Bizhub Pro 1050-Sm
Short Description
Manual for minolta 1050...
Description
SERVICE MANUAL
Field Service
1050/1050P/ 1050e/1050eP Info MA: Neu Juli 2007 Geänderte Seiten (lt. Seitenzahl im Dokument): 3,9,29,29-1,32,35,194,195,214,215,378,381,383, 385,385-1,385-2,413,418,419,567,716,719,723, 724,726,752,819,820,821,822,823 Info HJG: Neu September 2007 Geänderte Seiten (lt. Seitenzahl im Dokument): 315, 434, 436, 445
2006.11 Ver. 3.0
FIELD SERVICE TOTAL CONTENTS SAFETY AND IMPORTANT WARNING ITEMS ..............................................................S-1 IMPORTANT NOTICE ................................................................................................S-1 DESCRIPTION ITEMS FOR DANGER, WARNING AND CAUTION .........................S-1 SAFETY WARNINGS .................................................................................................S-2 SAFETY INFORMATION ...............................................................................................S-11 IMPORTANT NOTICE ..............................................................................................S-11 INDICATION OF WARNING ON THE MACHINE .....................................................S-12 MEASURES TO TAKE IN CASE OF AN ACCIDENT ....................................................S-16 Composition of the service manual ................................................................................. C-1 Notation of the service manual ....................................................................................... C-2
bizhub PRO 1050/1050P/1050e/1050eP OUTLINE ........................................................................................................................ 1 MAINTENANCE.............................................................................................................. 7 ADJUSTMENT/SETTING ........................................................................................... 317 TROUBLESHOOTING................................................................................................ 533 APPENDIX.................................................................................................................. 651 * For particulars, see the contents of the main body.
DF-603 OUTLINE ........................................................................................................................ 1 MAINTENANCE.............................................................................................................. 5 ADJUSTMENT/SETTING ............................................................................................. 27 * For particulars, see the contents of DF-603.
PF-701/PP-701 OUTLINE ........................................................................................................................ 1 MAINTENANCE.............................................................................................................. 3 ADJUSTMENT/SETTING ............................................................................................. 51 * For particulars, see the contents of PF-701/PP-701.
FD-501 OUTLINE ........................................................................................................................ 1 MAINTENANCE.............................................................................................................. 5 ADJUSTMENT/SETTING ............................................................................................. 49 * For particulars, see the contents of FD-501.
LS-501/502 OUTLINE ........................................................................................................................ 1 MAINTENANCE.............................................................................................................. 5 ADJUSTMENT/SETTING ............................................................................................. 23 * For particulars, see the contents of LS-501/502.
i
FS-503 OUTLINE ........................................................................................................................ 1 MAINTENANCE ............................................................................................................. 5 ADJUSTMENT/SETTING ............................................................................................. 39 * For particulars, see the contents of FS-503.
SD-501 OUTLINE ........................................................................................................................ 1 MAINTENANCE ............................................................................................................. 9 ADJUSTMENT/SETTING ............................................................................................. 63 * For particulars, see the contents of SD-501.
PB-501 OUTLINE ........................................................................................................................ 1 MAINTENANCE ............................................................................................................. 3 ADJUSTMENT/SETTING ............................................................................................. 55 * For particulars, see the contents of RC-501.
RC-501 OUTLINE ........................................................................................................................ 1 MAINTENANCE ............................................................................................................. 3 * For particulars, see the contents of PB-501.
IC Unit OUTLINE ........................................................................................................................ 1 MAINTENANCE ............................................................................................................. 3 ADJUSTMENT / SETTING ........................................................................................... 23 TROUBLESHOOTING ................................................................................................. 25 * For particulars, see the contents of IC Unit.
ii
SAFETY AND IMPORTANT WARNING ITEMS
SAFETY AND IMPORTANT WARNING ITEMS Read carefully the Safety and Important Warning Items described below to understand them before doing service work.
IMPORTANT NOTICE Because of possible hazards to an inexperienced person servicing this product as well as the risk of damage to the product, Konica Minolta Business Technologies, INC. (hereafter called the KMBT) strongly recommends that all servicing be performed only by KMBT-trained service technicians. Changes may have been made to this product to improve its performance after this Service Manual was printed. Accordingly, KMBT does not warrant, either explicitly or implicitly, that the information contained in this Service Manual is complete and accurate. The user of this Service Manual must assume all risks of personal injury and/or damage to the product while servicing the product for which this Service Manual is intended. Therefore, this Service Manual must be carefully read before doing service work both in the course of technical training and even after that, for performing maintenance and control of the product properly. Keep this Service Manual also for future service.
DESCRIPTION ITEMS FOR DANGER, WARNING AND CAUTION In this Service Manual, each of three expressions "
DANGER", "
WARNING", and "
CAUTION" is defined
as follows together with a symbol mark to be used in a limited meaning. When servicing the product, the relevant works (disassembling, reassembling, adjustment, repair, maintenance, etc.) need to be conducted with utmost care.
DANGER: Action having a high possibility of suffering death or serious injury WARNING: Action having a possibility of suffering death or serious injury CAUTION: Action having a possibility of suffering a slight wound, medium trouble and property damage
Symbols used for safety and important warning items are defined as follows:
:Precaution when using the copier. General precaution
Electric hazard
High temperature
:Prohibition when using the copier. General prohibition
Do not touch with wet hand Do not disassemble
:Direction when using the copier. General instruction
Unplug
Ground/Earth
S-1
SAFETY AND IMPORTANT WARNING ITEMS
SAFETY WARNINGS 1.
MODIFICATIONS NOT AUTHORIZED BY KONICA MINOLTA BUSINESS TECHNOLOGIES, INC.
Konica Minolta brand products are renowned for their high reliability. This reliability is achieved through highquality design and a solid service network. Product design is a highly complicated and delicate process where numerous mechanical, physical, and electrical aspects have to be taken into consideration, with the aim of arriving at proper tolerances and safety factors. For this reason, unauthorized modifications involve a high risk of degradation in performance and safety. Such modifications are therefore strictly prohibited. the points listed below are not exhaustive, but they illustrate the reasoning behind this policy.
Prohibited Actions DANGER • Using any cables or power cord not specified by KMBT.
• Using any fuse or thermostat not specified by KMBT. Safety will not be assured, leading to a risk of fire and injury.
• Disabling fuse functions or bridging fuse terminals with wire, metal clips, solder or similar object.
• Disabling relay functions (such as wedging paper between relay contacts)
• Disabling safety functions (interlocks, safety circuits, etc.) Safety will not be assured, leading to a risk of fire and injury.
• Making any modification to the product unless instructed by KMBT
• Using parts not specified by KMBT
S-2
SAFETY AND IMPORTANT WARNING ITEMS
2.
POWER PLUG SELECTION
In some countries or areas, the power plug provided with the product may not fit wall outlet used in the area. In that case, it is obligation of customer engineer (hereafter called the CE) to attach appropriate power plug or power cord set in order to connect the product to the supply.
Power Cord Set or Power Plug WARNING • Use power supply cord set which meets the following criteria: - provided with a plug having configuration intended for the connection
AC230V
to wall outlet appropriate for the product's rated voltage and current, and - the plug has pin/terminal(s) for grounding, and - provided with three-conductor cable having enough current capacity, and - the cord set meets regulatory requirements for the area. Use of inadequate cord set leads to fire or electric shock.
AC208V
240V
• Attach power plug which meets the following criteria: - having configuration intended for the connection to wall outlet appropriate for the product's rated voltage and current, and - the plug has pin/terminal(s) for grounding, and - meets regulatory requirements for the area. Use of inadequate cord set leads to the product connecting to inadequate power supply (voltage, current capacity, grounding), and may result in fire or electric shock. • Conductors in the power cable must be connected to terminals of the plug according to the following order: • Black or Brown:
L (line)
• White or Light Blue:
N (neutral)
• Green/Yellow:
PE (earth)
Wrong connection may cancel safeguards within the product, and results in fire or electric shock.
S-3
SAFETY AND IMPORTANT WARNING ITEMS
3.
CHECKPOINTS WHEN PERFORMING ON-SITE SERVICE
Konica Minolta brand products are extensively tested before shipping, to ensure that all applicable safety standards are met, in order to protect the customer and CE from the risk of injury. However, in daily use, any electrical equipment may be subject to parts wear and eventual failure. In order to maintain safety and reliability, the CE must perform regular safety checks.
1.
Power Supply
Connection to Power Supply WARNING
?V • Check that mains voltage is as specified. Connection to wrong voltage supply may result in fire or electric shock.
• Connect power plug directly into wall outlet having same configuration as the plug. Use of an adapter leads to the product connecting to inadequate power supply (voltage, current capacity, grounding), and may result in fire or electric shock. If proper wall outlet is not available, advice the customer to contact qualified electrician for the installation. • Plug the power cord into the dedicated wall outlet with a capacity greater than the maximum power consumption. If excessive current flows in the wall outlet, fire may result. • If two or more power cords can be plugged into the wall outlet, the total load must not exceed the rating of the wall outlet. If excessive current flows in the wall outlet, fire may result. • Make sure the power cord is plugged in the wall outlet securely. Contact problems may lead to increased resistance, overheating, and the risk of fire.
• Check whether the product is grounded properly. If current leakage occurs in an ungrounded product, you may suffer electric shock while operating the product. Connect power plug to grounded wall outlet.
S-4
kw
SAFETY AND IMPORTANT WARNING ITEMS
Power Plug and Cord WARNING • When using the power cord set (inlet type) that came with this product, make sure the connector is securely inserted in the inlet of the product. When securing measure is provided, secure the cord with the fixture properly. If the power cord (inlet type) is not connected to the product securely, a contact problem may lead to increased resistance, overheating, and risk of fire.
• Check whether the power cord is not stepped on or pinched by a table and so on. Overheating may occur there, leading to a risk of fire. • Check whether the power cord is damaged. Check whether the sheath is damaged. If the power plug, cord, or sheath is damaged, replace with a new power cord or cord set (with plug and connector on each end) specified by KMBT. Using the damaged power cord may result in fire or electric shock.
• Do not bundle or tie the power cord. Overheating may occur there, leading to a risk of fire.
• Check whether dust is collected around the power plug and wall outlet. Using the power plug and wall outlet without removing dust may result in fire.
• Do not insert the power plug into the wall outlet with a wet hand. The risk of electric shock exists.
• When unplugging the power cord, grasp the plug, not the cable. The cable may be broken, leading to a risk of fire and electric shock.
S-5
SAFETY AND IMPORTANT WARNING ITEMS
Wiring WARNING • Never use multi-plug adapters to plug multiple power cords in the same outlet. If used, the risk of fire exists. • When an extension cord is required, use a specified one. Current that can flow in the extension cord is limited, so using a too long extension cord may result in fire. Do not use an extension cable reel with the cable taken up. Fire may result.
2.
Installation Requirements
Prohibited Installation Place WARNING • Do not place the product near flammable materials or volatile materials that may catch fire. A risk of fire exists. • Do not place the product in a place exposed to water such as rain. A risk of fire and electric shock exists.
When not using product for a long time WARNING • When the product is not used over an extended period of time (holidays, dust collected around the power plug and outlet may cause fire.
Ventilation CAUTION • The product generates ozone gas during operation, but it will not be harmful to the human body. If a bad smell of ozone is present in the following cases, ventilate the room. a. When the product is used in a poorly ventilated room b. When taking a lot of copies c. When using multiple products at the same time
S-6
SAFETY AND IMPORTANT WARNING ITEMS
Fixing CAUTION • Be sure to lock the caster stoppers. In the case of an earthquake and so on, the product may slide, leading to a injury.
Inspection before Servicing CAUTION • Before conducting an inspection, read all relevant documentation (service manual, technical notices, etc.) and proceed with the inspection following the prescribed procedure in safety clothes, using only the prescribed tools. Do not make any adjustment not described in the documentation. If the prescribed procedure or tool is not used, the product may break and a risk of injury or fire exists. • Before conducting an inspection, be sure to disconnect the power plugs from the product and options. When the power plug is inserted in the wall outlet, some units are still powered even if the POWER switch is turned OFF. A risk of electric shock exists.
• The area around the fixing unit is hot. You may get burnt.
Work Performed with the product Powered WARNING • Take every care when making adjustments or performing an operation check with the product powered. If you make adjustments or perform an operation check with the external cover detached, you may touch live or high-voltage parts or you may be caught in moving gears or the timing belt, leading to a risk of injury. • Take every care when servicing with the external cover detached. High-voltage exists around the drum unit. A risk of electric shock exists.
S-7
SAFETY AND IMPORTANT WARNING ITEMS
Safety Checkpoints WARNING • Check the exterior and frame for edges, burrs, and other damages. The user or CE may be injured. • Do not allow any metal parts such as clips, staples, and screws to fall into the product. They can short internal circuits and cause electric shock or fire. • Check wiring for squeezing and any other damage. Current can leak, leading to a risk of electric shock or fire. • Carefully remove all toner remnants and dust from electrical parts and electrode units such as a charging corona unit. Current can leak, leading to a risk of product trouble or fire.
• Check high-voltage cables and sheaths for any damage. Current can leak, leading to a risk of electric shock or fire.
• Check electrode units such as a charging corona unit for deterioration and sign of leakage. Current can leak, leading to a risk of trouble or fire. • Before disassembling or adjusting the write unit (P/H unit) incorporating a laser, make sure that the power cord has been disconnected. The laser light can enter your eye, leading to a risk of loss of eyesight.
• Do not remove the cover of the write unit. Do not supply power with the write unit shifted from the specified mounting position. The laser light can enter your eye, leading to a risk of loss of eyesight. • When replacing a lithium battery, replace it with a new lithium battery specified in the Parts Guide Manual. Dispose of the used lithium battery using the method specified by local authority. Improper replacement can cause explosion. • After replacing a part to which AC voltage is applied (e.g., optical lamp and fixing lamp), be sure to check the installation state. A risk of fire exists.
S-8
SAFETY AND IMPORTANT WARNING ITEMS
Safety Checkpoints WARNING • Check the interlock switch and actuator for loosening and check whether the interlock functions properly. If the interlock does not function, you may receive an electric shock or be injured when you insert your hand in the product (e.g., for clearing paper jam). • Make sure the wiring cannot come into contact with sharp edges, burrs, or other pointed parts. Current can leak, leading to a risk of electric shock or fire. • Make sure that all screws, components, wiring, connectors, etc. that were removed for safety check and maintenance have been reinstalled in the original location. (Pay special attention to forgotten connectors, pinched cables, forgotten screws, etc.) A risk of product trouble, electric shock, and fire exists.
Handling of Consumable WARNING • Toner and developer are not harmful substances, but care must be taken not to breathe excessive amounts or let the substances come into contact with eyes, etc. It may be stimulative. If the substances get in the eye, rinse with plenty of water immediately. When symptoms are noticeable, consult a physician. • Never throw the used cartridge and toner into fire. You may be burned due to dust explosion.
S-9
SAFETY AND IMPORTANT WARNING ITEMS
Handling of Service Materials CAUTION • Unplug the power cord from the wall outlet. Drum cleaner (isopropyl alcohol) and roller cleaner (acetone-based) are highly flammable and must be handled with care. A risk of fire exists.
• Do not replace the cover or turn the product ON before any solvent remnants on the cleaned parts have fully evaporated. A risk of fire exists. • Use only a small amount of cleaner at a time and take care not to spill any liquid. If this happens, immediately wipe it off. A risk of fire exists.
• When using any solvent, ventilate the room well. Breathing large quantities of organic solvents can lead to discomfort.
S-10
SAFETY AND IMPORTANT WARNING ITEMS
SAFETY INFORMATION IMPORTANT NOTICE The Center for Devices and Radiological Health (CDRH) of the U.S. Food and Drug Administration implemented regulations for laser products manufactured since August 1, 1976. Compliance is mandatory for products marketed in the United States.
This copier is certified as a "Class 1" laser product under the U.S. Department of Health and Human Services (DHHS) Radiation Performance Standard according to the Radiation Control for Health and Safety Act of 1968. Since radiation emitted inside this copier is completely confined within protective housings and external covers, the laser beam cannot escape during any phase of normal user operation.
S-11
SAFETY AND IMPORTANT WARNING ITEMS
INDICATION OF WARNING ON THE MACHINE Caution labels shown below are attached in some areas on/in the machine. When accessing these areas for maintenance, repair, or adjustment, special care should be taken to avoid burns and electric shock. For metric area:
This product employs a Class 3B Laser Diode that emits an invisible laser beam. The cover should not be opened when the power is turned on.
This area generates high votage. Be careful not to touch here when the power is turned on to avoid getting an electric shock. 1050sa001e
S-12
SAFETY AND IMPORTANT WARNING ITEMS For inch area:
This product employs a Class 3B Laser Diode that emits an invisible laser beam. The cover should not be opened when the power is turned on.
This area generates high votage. Be careful not to touch here when the power is turned on to avoid getting an electric shock. 1050sa050e
S-13
SAFETY AND IMPORTANT WARNING ITEMS
This product employs a Class 3B Laser Diode that emits an invisible laser beam. The cover should not be opened when the power is turned on.
1050sa002e
S-14
SAFETY AND IMPORTANT WARNING ITEMS
CAUTION The paste tank unit is very hot. To avoid getting burned DO NOT TOUCH.
1050sa005e
CAUTION: You may be burned or injured if you touch any area that you are advised by any caution label to keep yourself away from. Do not remove caution labels. And also, when the caution label is peeled off or soiled and cannot be seen clearly, replace it with a new caution label.
S-15
SAFETY AND IMPORTANT WARNING ITEMS
MEASURES TO TAKE IN CASE OF AN ACCIDENT 1. If an accident has occurred, the distributor who has been notified first must immediately take emergency measures to provide relief to affected persons and to prevent further damage. 2. If a report of a serious accident has been received from a customer, an on-site evaluation must be carried out quickly and KMBT must be notified. 3. To determine the cause of the accident, conditions and materials must be recorded through direct on-site checks, in accordance with instructions issued by KMBT. 4. For reports and measures concerning serious accidents, follow the regulations given in "Serious Accident Report/Follow-up Procedures."
S-16
Composition of the service manual This service manual consists of the following sections and chapters:
OUTLINE:
System configuration, product specifications, unit configuration, and paper path
COMPOSITION/OPERATION:
Configuration of each unit, explanation of the operating system, and explanation of the control system
This section gives, as information for the CE to get a full understanding of the product, a rough outline of the object and role of each function, the relationship between the electrical system and the mechanical system, and the timing of operation of each part.
OUTLINE:
System configuration, and product specifications
MAINTENANCE:
Service schedule *, maintenance steps, list of service tools and directions for use *, firmware version up method *, and removal/reinstallation methods of major parts
ADJUSTMENT/SETTING:
Utility mode *, service mode *, security *, mechanical adjustment and POD corresponding adjustment
TROUBLESHOOTING *:
List of jam codes, their causes, operation when a jam occurs and its release method, and list of error codes, their causes, operation when a warning is issued and estimated abnormal parts.
APPENDIX *:
Parts layout drawings, connector layout drawings, timing chart, overall layout drawing
This section gives, as information required by the CE at the site (or at the customer's premise), a rough outline of the service schedule and its details, maintenance steps, the object and role of each adjustment, error codes and supplementary information.
The details of items with an asterisk "*" are described only in the service manual of the main body.
C-1
Notation of the service manual 1. Product name In this manual, each of the products is described as follows: (1) IC board:
Standard printer
(2) KonicaMinolta bizhub PRO 1050/1050P/1050e/1050eP:Main body (3) PS-502 PostScript3 Option:
PS3 Option
(4) Microsoft Windows 95:
Windows 95
Microsoft Windows 98:
Windows 98
Microsoft Windows Me:
Windows Me
Microsoft Windows NT 4.0:
Windows NT 4.0 or Windows NT
Microsoft Windows 2000:
Windows 2000
Microsoft Windows XP:
Windows XP
When the description is made in combination of the OS's mentioned above: Windows 95/98/Me Windows NT 4.0/2000 Windows NT/2000/XP Windows 95/98/Me/ NT/2000/XP
2. Brand name The company names and product names mentioned in this manual are the brand name or the registered trademark of each company.
3. Electrical parts and signals Those listed by way of example below are not exhaustive, but only some instances among many. Classification Load symbol
Ex. of signal name
Description
IN PS Sensor
PS
Door PS1
Sensor detection signal
SIG 102 PS 24V Solenoid
SD
DRV SOL 24V
Clutch
CL
DRV SOL
Motor
M
Drive signal Power to drive the clutch Drive signal
24V
Power to drive the motor
CONT
Drive signal
DRV1 DRV2 D1 D2
C-2
Power to drive the solenoid
Drive signals of two kinds
Classification Load symbol
Ex. of signal name
Description
_U _V _W DRV1
Drive signals (control signals) of three kinds
DRV2 DRV3 D1 D2 D3 D4 DRV A DRV A DRV B
Drive signals (control signals) of four kinds
DRV B
Motor, phases A and B control signals
A Motor
M
/A B /B AB BB CLK, PLL
PLL control signal
LCK, Lock, LD
PLL lock signal
FR
Forward/reverse rotation signal
EM, Lock, LCK, LD
Motor lock abnormality
BLK
Drive brake signal
P/S
Power/stop
S/S SS
Fan
Others Ground
FM
Operating load start/stop signal
CW/CCW, F/R
Rotational direction switching signal
ENB
Effective signal
TEMP_ER
Motor temperature abnormality detection signal
24V
Power to drive the fan motor
CONT, DRIVE
Drive signal
HL
Speed control signal (2 speeds)
EM, Lock, LCK, FEM
Detection signal
TH1.S, ANG
Analog signal
SG, S.GND, S_GND
Signal ground
PG, P.GND
Power ground
C-3
Classification Load symbol
Serial communication
Ex. of signal name
Description
DCD
Data carrier detection
SIN
Serial input
SOUT
Serial output
DTR
Data terminal operation available
GND
Signal ground (earth)
DSR, DSET
Data set ready
RTS
Transmission request signal
CTS
Consent transmission signal
RI
Ring indicator
TXD
Serial transmission data
RXD
Serial reception data
4. Paper feed direction When the direction in which paper is fed is in parallel with the longer side of paper, the paper feed direction like this is referred to as the longitudinal feed. And the paper feed direction that is perpendicular to the longitudinal feed is referred to as the transverse feed. When specifying the longitudinal feed, "S (abbreviation for Short Edge Feeding)" is added to the paper size. For the transverse feed, no specific notation is employed. However, when only the longitudinal feed is specified for one and the same paper size with no specification made for the transverse feed, "S" is not added even when being fed longitudinally.
Paper size A4 A3
C-4
Feed direction
Notation
Transverse feed
A4
Longitudinal feed
A4S
Longitudinal feed
A3
SERVICE MANUAL
Field Service
1050/1050P/ 1050e/1050eP Main body
2006.11 Ver. 3.0
Revision history After publication of this service manual, the parts and mechanism may be subject to change for improvement of their performance. Therefore, the descriptions given in this service manual may not coincide with the actual machine. When any change has been made to the descriptions in the service manual, a revised version will be issued with a revision mark added as required.
Revision mark: • To indicate clearly a section revised, show 1 to the left of the revised section. A number within 1 represents the number of times the revision has been made. • To indicate clearly a section revised, show 1 in the lower outside section of the corresponding page. A number within 1 represents the number of times the revision has been made. NOTE Revision marks shown in a page are restricted only to the latest ones with the old ones deleted. • When a page revised in Ver. 2.0 has been changed in Ver. 3.0: The revision marks for Ver. 3.0 only are shown with those for Ver. 2.0 deleted. • When a page revised in Ver. 2.0 has not been changed in Ver. 3.0: The revision marks for Ver. 2.0 are left ass they are.
Revision due to the addition of a new optional unit (PB)
2006/11
3.0
2005/04
2.0
2004/10
1.0
—
Date
Service manual Ver.
Revision mark
Revision due to the minor changes for enhancing its reliability Revision due to the addition of a new option (SD, RC) Issue of the first edition Descriptions of revision
CONTENTS
CONTENTS bizhub PRO 1050/1050P/1050e/1050eP OUTLINE 1. SYSTEM CONFIGURATION . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1 2. PRODUCT SPECIFICATIONS. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3 2.1
Type . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3
2.2
Functions. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3
2.3
Type of paper . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4
2.4
Maintenance . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4
2.5
Machine data. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5
2.6
Operating environment . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5
MAINTENANCE 3. PERIODIC CHECK . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7 3.1
Life value . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7
3.2
Schedule . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8
3.3
3.4
3.5
Maintenance item . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10 3.3.1
Main body. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10
3.3.2
DF. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 19
3.3.3
PF . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 20
3.3.4
FD. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 23
3.3.5
LS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 25
3.3.6
FS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 26
3.3.7
SD . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 27
3.3.8
PB . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 29
3.3.9
RC . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 30
Replacement parts list . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 31 3.4.1
Main body. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 31
3.4.2
Option. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 34
3.4.3
Spot replacement parts list . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 35
Maintenance procedure. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 36 3.5.1
External section. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 36
3.5.2
Photo conductor section. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 38
3.5.3
Developing section . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 53
3.5.4
Toner supply section . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 59
3.5.5
Cleaning/toner recycle section . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 72
3.5.6
Paper feed section . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 86
3.5.7
Vertical conveyance section . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 98
3.5.8
ADU . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 112
3.5.9
Fusing section. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 153
3.5.10
Paper exit section . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 192
4. SERVICE . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 194 4.1
Service material list . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 194
4.2
Jig list . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 195
4.3
Materials . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 197
4.4
Mail remote notification system . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 198
i
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
bizhub PRO 1050/1050P /1050e/1050eP
CONTENTS
Field Service Ver3.0 Nov.2006
4.4.1
Outline. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 198
4.4.2
Operating environments . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 198
4.4.3
Major functions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 198
4.4.4
Initialization . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 199
4.4.5
Operating instructions of the mail remote notification system . . . . . . . . . . . . . . . . . . . . . . . . . 203
4.4.6
Mail sending . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 204
5. FIRMWARE VERSION UP. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 205 5.1
ISW . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 205 5.1.1
5.2
Outline. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 205
5.1.2
Specifications . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 206
5.1.3
Installation of the ISWTrns . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 207
5.1.4
Usage of the ISWTrns . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 208
5.1.5
Error list. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 222
5.1.6
Troubleshooting . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 225
Internet ISW . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 227 5.2.1
Outline. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 227
5.2.2
Operating environment . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 227
5.2.3
Major functions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 227
5.2.4
Initialization . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 228
5.2.5
Internet ISW using the Web Utilities . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 234
5.2.6
Notes for use. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 235
5.2.7
Internet ISW using the touch panel . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 236
5.2.8
Authentication of the proxy server in Internet ISW . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 238
6. OTHERS. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 240 6.1
6.2 6.3
6.4
6.5
6.6
Items not allowed to be disassembled and adjusted . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 240 6.1.1
Scanner section . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 240
6.1.2
CCD unit . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 242
6.1.3
Writing section. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 243
6.1.4
Developing unit . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 244
6.1.5
Transfer/separation charger unit . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 245
6.1.6
Main body (write position adjusting shaft) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 248
List of parts to be disassembled and reassembled. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 249 Disassembling/reassembling procedure . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 250 6.3.1
Cover . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 250
6.3.2
Scanner section . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 260
6.3.3
Writing section. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 269
6.3.4
Paper feed section . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 271
6.3.5
Registration section . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 289
6.3.6
ADU . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 291
6.3.7
HDD . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 294
Commercially available parts . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 296 6.4.1
Status indicator light . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 296
6.4.2
Coin vendor. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 303
PCS corresponding parts. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 304 6.5.1
PCS corresponding parts . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 304
6.5.2
PCS corresponding parts list . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 304
6.5.3
Procedure for reinstallation . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 306
6.5.4
Periodic maintenance of the PCS corresponding parts . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 311
CMS corresponding parts . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 313 6.6.1
ii
CMS corresponding parts . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 313
CONTENTS
6.6.2
CMS corresponding parts list . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 313
6.6.3
CMS corresponding parts counter management. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 315
ADJUSTMENT/SETTING 7. HOW TO USE THE ADJUSTMENT / SETTING SECTION . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 317 7.1
Composition . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 317
8. LIST OF ADJUSTMENT ITEMS. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 318 9. UTILITY MODE . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 320 9.1
List of utility modes . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 320
10. SERVICE MODE. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 323 10.1
Setting method . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 323
10.1.1
Start and exit service mode. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 323
10.2 List of service mode. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 324 10.3
Machine adjustment . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 327
10.3.1
Tray adjustment . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 327
10.3.2
Magnification adjustment . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 328
10.3.3
Timing adjustment. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 333
10.3.4
Centering adjustment . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 338
10.3.5
Warp adjustment. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 340
10.3.6
Non-image area erase check . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 340
10.3.7
ADF adjustment . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 341
10.3.8
Recall standard data . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 344
10.4
Process adjustment. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 345
10.4.1
High voltage adjustment . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 345
10.4.2
Drum peculiarity adjustment . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 346
10.4.3
Drum peculiarity manual . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 349
10.4.4
User paper setting. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 349
10.4.5
Recall standard data . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 349
10.5
Counter . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 350
10.5.1
PM count . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 350
10.5.2
Data collection . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 351
10.5.3
Copy count of part . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 372
10.6
Machine condition . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 380
10.6.1 10.7
List output . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 420
10.7.1 10.8
I/O check mode . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 380 List output. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 420
Test mode . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 421
10.8.1
Test pattern output mode . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 421
10.8.2
Test pattern density . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 428
10.8.3
Running test mode . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 428
10.9
System setting. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 429
10.9.1
Software DIPSW setting . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 429
10.9.2
Telephone number setting. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 448
10.9.3
Serial number setting . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 449
10.9.4
Setting date input . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 449
10.10 ROM version . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 450 10.11 CS Remote Care . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 451 10.11.1 Outline. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 451 10.11.2 Setup procedure of the CS Remote Care . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 451 10.11.3 List of combinations of E-Mail CS Remote Care and Mail remote notification system. . . . . . . 454
iii
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
bizhub PRO 1050/1050P /1050e/1050eP
CONTENTS
Field Service Ver3.0 Nov.2006
10.11.4 Detailed setup procedure . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 455 10.11.5 Software DIPSW setting for CS Remote Care . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 457 10.11.6 Mail address setting . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 463 10.11.7 Modem First Call . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 465 10.11.8 Receiving the initial connection mail. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 466 10.11.9 Setup confirmation . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 466 10.11.10 Maintenance call . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 467 10.11.11 Center call from manager . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 467 10.11.12 Confirm communication log . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 468 10.11.13 Initialization of RAM for CS Remote Care . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 468 10.11.14 Error code list . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 469 10.11.15 Troubleshooting . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 470 10.12 ISW . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 471 10.13 Finisher adjustment . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 471 10.13.1 Staple Finisher adjustment. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 471 10.13.2 Multi folder (hole-punch) adjustment . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 472 10.13.3 Multi folder (Fold) adjustment . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 474 10.13.4 Multi folder (PI) adjustment . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 480 10.13.5 Stacker adjustment . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 480 10.13.6 Saddle stitcher adjustment . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 481 10.13.7 Perfect binder adjustment . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 486 10.13.8 Recall standard data . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 495 10.14 Machine manager setting. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 495 10.14.1 Manager authentication . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 495 10.14.2 Machine manager password . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 496 10.15 CE Setting . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 496 10.15.1 CE authentication . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 496 10.15.2 CE password setting . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 497 10.16 IP HDD format . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 497 11. MECHANICAL ADJUSTMENT . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 499 11.1 Paper feed section . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 499 11.1.1 Tray centering adjustment . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 499 11.1.2 Separation pressure adjustment. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 500 11.1.3 Pick-up roller load adjustment . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 501 11.1.4 Pick-up roller height adjustment . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 502 11.1.5 Paper feed pick-up amount adjustment . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 505 11.1.6 Paper lift plate skew adjustment. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 507 11.2 REGISTRATION SECTION . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 510 11.2.1
Registration roller paper skew adjustment . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 510
11.3 ADU section. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 511 11.3.1 Pre-transfer roller nip pressure adjustment . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 511 12. ADJUSTMENT FOR POD . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 513 12.1 Before using the adjustment for POD . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 513 12.2 The front and back registration. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 513 12.2.1
The front and back registration (printer) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 513
12.2.2
The front and back registration (scanner) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 516
12.2.3
The front and back registration (ADF). . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 517
12.2.4
The front and back registration by user (by paper brand) . . . . . . . . . . . . . . . . . . . . . . . . . . . . 518
12.2.5
The front and back registration by user (for fine adjustments). . . . . . . . . . . . . . . . . . . . . . . . . 519
12.3 Image density adjustment . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 520
iv
CONTENTS
12.3.1
Darken image density . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 520
12.3.2
Lighten image density . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 521
12.4
Transfer jitter adjustment . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 522
12.5
Overlay printing adjustment . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 525
12.6
User setting of each paper brand. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 530
12.7
Settings for feeding carbonless paper . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 530
TROUBLESHOOTING 13. JAM CODE . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 533 13.1
Jam code list . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 533
14. MALFUNCTION CODE . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 559 14.1
Malfunction code list . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 559
APPENDIX 15. ELECTRICAL PARTS LAYOUT DRAWING . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 651 15.1
Main body . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 651
15.2
DF-603 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 674
15.3
PF-701 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 678
15.4
FD-501 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 683
15.5
LS-501/502. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 691
15.6
FS-503 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 695
15.7
SD-501 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 700
15.8
PB-501 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 713
16. CONNECTOR LAYOUT DRAWING . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 728 16.1
Main body . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 728
16.2
DF-603 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 738
16.2.1 16.3
PF-701 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 740
16.3.1 16.4
Connector in the board . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 747
SD-501 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 749
16.7.1 16.8
Connector in the board . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 745
FS-503 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 747
16.6.1 16.7
Connector in the board . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 741
LS-501/502. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 745
16.5.1 16.6
Connector in the board . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 740
FD-501 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 741
16.4.1 16.5
Connector in the board . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 738
Connector in the board . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 749
PB-501 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 751
16.8.1
Connector in the board . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 751
17. TIMING CHART . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 753 17.1
Main body . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 753
17.2
DF-603 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 755
17.3
PF-701 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 757
17.4
FD-501 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 758
17.5
LS-501/502. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 766
17.6
FS-503 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 770
17.7
SD-501 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 773
17.8
PB-501 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 779
18. OVERALL WIRING DIAGRAM 18.1
Main body 1/4
v
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
bizhub PRO 1050/1050P /1050e/1050eP
CONTENTS
Field Service Ver3.0 Nov.2006
18.2 Main body 2/4 18.3 Main body 3/4 18.4 Main body 4/4 18.5 DF-603 18.6 PF-701 18.7 FD-501 18.8 LS-501/502 18.9 FS-503 18.10 SD-501 1/4 18.11 SD-501 2/4 18.12 SD-501 3/4 18.13 SD-501 4/4 18.14 PB-501 1/4 18.15 PB-501 2/4 18.16 PB-501 3/4 18.17 PB-501 4/4 19. PAPER SETTING 19.1 Relationship between the optimum value and the control of each of setting items by paper brand (U.S.A. paper) (for fusing hard roller) 19.2 Relationship between the optimum value and the control of each of setting items by paper brand (U.S.A. paper) (for fusing soft roller) 19.3 Relationship between the optimum value and the control of each of setting items by paper brand (European paper) (for fusing hard roller) 19.4 Relationship between the optimum value and the control of each of setting items by paper brand (European paper) (for fusing soft roller) 19.5 Conversion table of paper weight
vi
1. SYSTEM CONFIGURATION
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
OUTLINE 1. SYSTEM CONFIGURATION A. System configuration
[3]
[4]
[14] [8]
[1]
[2]
[5]
[9]
[13]
[10]
[6]
[12]
[7] [11]
1050to1001ea
2
1
bizhub PRO 1050/1050P /1050e/1050eP
1. SYSTEM CONFIGURATION
Field Service Ver3.0 Nov.2006
[1]
Main body
[9]
Expanded memory: 256 MB (EM-701) for
[2]
Large capacity paper feed unit (PF-701)
[3]
Double sided original auto feeder (DF-603) *1
[10]
Side cover *2
[4]
Flat stapling finisher (FS-503)
[11]
Hand cart (LC-501)
[5]
Punch and multi folding finisher (FD-501)
[12]
Simplified perfect binding machine (PB-501)
[6]
Large capacity stacker (LS-501)
[13]
Saddle stitching trimmer finisher (SD-501)
[7]
Large capacity stacker (LS-502)
[14]
Overlay printing kit (PP-701)
[8]
Toner recycle cut kit (RC-501)
the image controller
*1
In the case of the 1050P, no scanner/DF function is provided.
*2
Attach the side cover when PF-701 is not connected. The side cover is available as the service parts.
B. Option coupling formation NOTE • The option can be connected. However, be sure to take note of the AC connection mode.
Coupling combination of the main body and the finisher option LS-502
AC power to be connected to
1
Main body
2
Main body
3
Main body
4
Main body
FD-501
SD-501
External (FD-501/SD-501)
5
Main body
FD-501
PB-501
External (FD-501/PB-501)
6
Main body
FD-501
SD-501
FS-503
7
Main body
FD-501
SD-501
PB-501 External (FD-501/SD-501/PB-501)
8
Main body
9
Main body
FD-501
— FS-503
SD-501
External (SD-501)
FS-503 LS-501
External (FD-501)
External (FD-501/SD-501)
—
LS-501
FS-503
External (1st tandem LS-501) External (2nd tandem LS-501)
10
Main body
LS-501
LS-502
External (LS-501)
11
Main body
LS-501
FS-503
External (LS-501)
12
Main body
LS-501
PB-501
External (LS-501/PB-501)
13
Main body
14
Main body
SD-501
PB-501
External (SD-501/PB-501)
15
Main body
SD-501
FS-503
External (SD-501)
16
Main body
LS-501
SD-501
External (LS-501/SD-501)
17
Main body
FD-501
LS-502
External (FD-501)
18
Main body
FD-501
PB-501
External (PB-501)
LS-501
FS-503
NOTE • Any coupling formation other than the above is unavailable. • PF-701 can be either connected or disconnected.
2
2
External (FD-501/LS-501)
2. PRODUCT SPECIFICATIONS
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
2. PRODUCT SPECIFICATIONS 2.1
Type
Type:
Console type (floor-mounted type)
Copying method:
Indirect electrostatic method
Original stand:
Fixed
Original alignment:
Left rear standard
Photosensitive material:
OPC
Sensitizing method:
Laser writing
Paper feed trays:
Two trays (1,500 sheets x 2, 20lb, 80 gsm) PF-701 (2,000 x 3, 80 gsm) *1
*1
The PF-701 is optional.
2.2
Functions
Original: Maximum original size: Copy size: Tray /1, /2:
*1
Sheet, book, solid object A3, or 11 x 17
Inch: 12 x 18, 11 x 17, 81/2 x 14, 81/2 x 11, 81/2 x 11R, 51/2 x 81/2, A3, B4, A4, B5, B5S, 8 x 13, 81/4 x 131/4, 81/4 x 13, 81/2 x 13, wide paper *1 (up to 324 mm x 460 mm), standard index paper Metric:A3, B4, A4, A4S, B5, B5S, A5, 12 x 18, 11 x 17, 81/2 x 14, 81/2 x 11, 8 x 13, 81/8 x 131/4 , 81/4 x 13, 81/2 x 13, wide paper (up to 324 mm x 460 mm), standard index paper ADU: A3, B4, A4, A4S, B5, B5S, A5, 12 x 18, 11 x 17, 81/2 x 14, 81/2 x 11, 51/2 x 81/2, 81/2 x 11R, 8 x 13, 81/8 x 131/4, 81/4 x 13, 81/2 x 13, wide paper (up to 324 mm x 460 mm) When use wide paper as a cover paper in the perfect binding mode: up to 307 mm x 460 mm
Magnification: Fixed magnification:
Special magnification setting: Zoom magnification: Vertical magnification: Horizontal magnification: Warm-up time First copy out time Continuous copy speed: Continuous copy count: Copy density selection: Resolution: Scan: Write: Memory: Interface section:
Inch: x 1.000, x 2.000, x 1.545, x 1.294, x 1.214, x 0.785, x 0.772, x 0.647, x 0.500 Metric:x 1.000, x 2.000, x 1.414, x 1.224, x 1.154, x 0.866, x 0.816, x 0.707, x 0.500 3 types x 0.250 to x 4.000 (at the step of 0.1%) x 0.250 to x 4.000 (at the step of 0.1%) x 0.250 to x 4.000 (at the step of 0.1%) Hard roller: Less than 6 min. (under 20°C, at rated voltage) Soft roller: Less than 8 min. (under 20°C, at rated voltage) Hard roller: Less than 3.0 sec. Soft roller: Less than 9.0 sec. 105 copies/min. (for A4/81/4 x 11) Up to 9,999 sheets AE/AES, manual (9 steps), user density (2 steps) 600 dpi x 600 dpi 600 dpi x 600 dpi 256 MB (DRAM) + 10 GB (HDD1) RJ45 Ethernet, Serial port (RS232-C): Main body right side
2
3
bizhub PRO 1050/1050P /1050e/1050eP
2. PRODUCT SPECIFICATIONS
Field Service Ver3.0 Nov.2006 Serial port (USB Type B), Parallel port: Mounted on the Image processing board (IPB)
No. of originals to be stored:
More than 10,000 sheets Under the following conditions: Original: FAX#4CHART/A4 Density: Manual 5 Mode: Text/photo
2.3
Type of paper
Plain paper *2:
60 g/m2 to 90 g/m2, high-quality paper
Special paper *3:
OHP film, label paper, *4 coated paper, 60 g/m2 to 90 g/m2 recycled paper, 40 g/m2 to 60 g/m2, 16lb, high-quality paper (thin), *5 91 g/m2 to 300 g/m2, 25lb to 72lb, high-quality paper (thick) *6
*2
Standard specified paper:
*3
Inch:
Hammermill Tidal MP (75 g/m2),
Metric:
Konica Minolta Profi (80 g/m2),
Special paper/recommended paper: Thick paper:
Inch:
HM-Cover65lb (176 g/m2), XeroxDigitalLasr65lb (176 g/m2), DomterCdor65lb, COUGARCOVER65lb (176 g/m2)
Metric:
RDEREY200 (200 g/m2), RDEREY160 (160 g/m2), NEUCOLORCOPY (200 g/m2), XeroxColotech (200 g/m2), Xerox3R91798 (160 g/m2)
Thin paper: Label paper: Coated paper:
Inch:
Domter16lb (Doqupach16lb)
Metric:
Clair Mail (60 g/m2)
Inch:
AVERY 5160
Metric:
AVERY DSP24
Inch:
KROMEKOTE PLUSLASER HIGH GROSS 183 g/m2 (Smart Paper Company), Futural Laser 105 g/m2 (Stora Enso Paper Company)
Metric:
—
*4
Label paper is loaded and fed one sheet at a time.
*5
Carbonless paper is only for the A4S size in the simplex mode. Carbonless paper and recycled high-quality paper are only for character image. Carbonless paper output is only for the main tray output of the FS-503. 245 g/m2 to 300 g/m2 paper is available only for the middle stage tray of the PF-701.
*6
2.4
4
Maintenance
Maintenance:
Once every 750,000 prints
Machine service life:
40,000,000 prints or 7 years (whichever earlier)
2
2.5
2. PRODUCT SPECIFICATIONS
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
Machine data
Power source: Power consumption:
Inch:
AC208V to 240V ± 10%, 60Hz
Metric:
AC230V ± 10%, 50Hz
Inch:
Less than 3600W (full option)
Metric:
Less than 3450W (full option)
Weight:
1050/1050e: Approx. 330 kg (with DF provided) / 1050P/1050eP: Approx. 310 kg
Dimensions: 1050/1050e:
W 895 mm x D 775 mm x H 1190 mm
1050P/1050eP:
W 895 mm x D 775 mm x H 1020 mm
1050/1050e + PF-701 + FD-501 + FS-503:
W 2902 mm x D 775 mm x H 1190 mm
1050P/1050eP + PF-701 + LS-501 + LS-502:
W 3292 mm x D 775 mm x H 1020 mm
(with no operation board included in each case)
2.6
Operating environment
Temperature:
10°C to 30°C (50°F to 86°F)
Humidity:
10% RH to 80% RH
NOTE • The information herein May be subject to change for improvement without notice.
2
5
Field Service Ver3.0 Nov.2006
bizhub PRO 1050/1050P /1050e/1050eP
2. PRODUCT SPECIFICATIONS
Blank page
6
3. PERIODIC CHECK
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
MAINTENANCE 3. PERIODIC CHECK 3.1
Life value
A. Life value of materials Item
No. of prints
Driving time
Drum
1,000,000
220h
Definition of driving time The time during which the drum is being driven. Idling time* is included in this time period.
Developer
1,000,000
220h
The time during which the developing roller is being driven. Idling time* is included in this time period.
B. Life value The life value is a value for the number of prints or a value for the drive time, whichever is earlier. The relationship between the driving time mentioned above and the actual number of prints has certain conditions. It is decided according to the amount of copy time and also idling time*. Accordingly, the number of prints can vary substantially for the same amount of rotation time. *
Idling time: Time period during which the drum or developing roller is rotating with no image created.
Reference: Relationship between the number of prints and the drive time 220 hours drive at A4 continuous output of 11 sheets per job is equivalent to 1,000,000 prints. Caution: • Developer/drum replacement icon is generated only by print count or running time. The trigger can be switched between print count and running time by setting of the DIPSW 15-7 in the service mode.
1
7
bizhub PRO 1050/1050P /1050e/1050eP
3. PERIODIC CHECK
3.2
Field Service Ver3.0 Nov.2006
Schedule
Guarantee period (7 years or 40,000,000 prints) Service item
No. of
Main body
Maintenance 1 Every 750,000 prints
z
z z
Maintenance 2 Every 1,000,000 prints
z z
z
z
z
z
z z
z z
z
z
z z
z
z
z
z
z
z z xxxzxxx z
z
z
53 times 39 times
xxxzxxx
z
xxxzxxx
13 times
z
xxxzxxx
8 times
xxxzxxx
6 times
Maintenance 8 Every 10,000,000 prints
z z xxxzxxx
3 times
Maintenance 9 Every 15,000,000 prints
xxxzxxx
2 times
z
z
z z z
Maintenance 7 Every 6,000,000 prints
Maintenance 1 Every 750,000 prints
z
xxxzxxx
z
z
Maintenance 6 Every 4,500,000 prints
DF
z
z
z
Maintenance 5 Every 3,000,000 prints
z
z
z
z
z
z
Maintenance 2 Every 2,250,000 prints
z
z
z
z
z
z
z
z
z
Maintenance 3 Every 4,500,000 prints
PF
z
xxxzxxx
Maintenance 4 Every 2,250,000 prints
z
z
z
z
z
z
z
z
z
xxxzxxx
z
z
xxxzxxx
z
z
xxxzxxx
z
z
z
53 times 17 times 8 times
xxxzxxx
z
z
xxxzxxx
8 times
Maintenance 4 Every 10,000,000 prints
z z xxxzxxx
3 times
Maintenance 5 Every 15,000,000 prints
xxxzxxx
2 times
z
z
Maintenance 3 Every 4,500,000 prints
z
z
z
xxxzxxx
z
z
53 times 17 times
z
17 times
xxxzxxx
7 times
Maintenance 3 Every 10,000,000 prints
z z xxxzxxx
3 times
LS
z
z
Maintenance 1 Every 15,000,000 prints
xxxzxxx
2 times
FS
Maintenance 1 Every 2,250,000 prints
z
17 times
z
z
z
26 times
z
z
z
z
z
xxxzxxx
Maintenance 1 Every 750,000 prints Maintenance 2 Every 2,250,000 prints
FD
z
executions
z
Maintenance 3 Every 1,500,000 prints
Maintenance 1 Every 750,000 prints
Maintenance 2 Every 5,250,000 prints
Maintenance 2 Every 3,000,000 prints Maintenance 3 Every 5,250,000 prints
8
z
xxxxxx
3800 3825 3850 3900 3950 3975
0 75 100 150 200 225 250 300 350 375 400 450 500 525 550 600 650 675 700 750 800 825 850 900 950 975 1000 2000
x 10,000 prints
z
z
z
z
z
z
z
z
z
z
z
z
xxxzxxx
z
z
z
53 times
z
z z
z
xxxzxxx
13 times
xxxzxxx
7 times
3. PERIODIC CHECK
Service item
No. of
SD
Maintenance 1 Every 750,000 prints
z
Maintenance 2 Every 1,500,000 prints
z
z
z
z
z
z
z
z
z
z
z
z
z
z
z
Maintenance 3 Every 8,000,000 prints
z
z
PB
Maintenance 1 Every 750,000 prints
z
z
z
z
z
z
z
z
z
z
z
z
z
z
z
53 times
xxxzxxx
26 times
xxxzxxx
4 times 1 time
xxxzxxx
z
z
z
53
xxxzxxx
6 times
z z xxxzxxx
3 times
z
Maintenance 4 Every 20,000,000 prints
RC
z
executions
times
Maintenance 3 Every 10,000,000 prints
Maintenance 2 Every 10,000,000 prints
z
z
Maintenance 2 Every 6,000,000 prints
Maintenance 1 Every 750,000 prints
xxxzxxx
z
Maintenance 4 Every 20,000,000 prints
xxxxxx
3800 3825 3850 3900 3950 3975
0 75 100 150 200 225 250 300 350 375 400 450 500 525 550 600 650 675 700 750 800 825 850 900 950 975 1000 2000
x 10,000 prints
1 time
z z
z
z
z
z
z
z
z
z
z
z
z
z
xxxzxxx
z
z
z
53 times 3 times
z z xxxzxxx
2
9
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
bizhub PRO 1050/1050P /1050e/1050eP
3. PERIODIC CHECK
3.3
Field Service Ver3.0 Nov.2006
Maintenance item
Caution: • For cleaning of the tools used, be sure to use a vacuum cleaner appropriate for cleaning toner.
NOTE • For the part number of periodically replaced parts, see "Parts guide manual." • For the replacement procedure of periodically replaced parts, see "3.5 Maintenance procedure". 3.3.1
Main body
A. Maintenance 1 (Every 750,000 prints) No.
Unit
Description
Quantity
classification 1
Preparations
Image check
2
Photo conductor
Cleaning of the photo
section
conductor section
Cleaning/
Toner seal board
recycle section
Cleaning blade
3
Implementation classification
Materials
Cleaning Check Lubrication Replacement
Tools used
z z
Vacuum cleaner
z
Cleaning pad z
2
Setting powder
Blade set mode (in service mode) 14RT56011F 56UA5351#
z
Cleaning of the inside of
Vacuum cleaner
the cleaning unit z
Cleaning of the inside of the recycle pipe 4
Charger
z
Cleaning of the back
Cleaning pad/drum
plate
cleaner/cotton swab/blower brush
Charger control plate
1
z
2
z
2
z
2
z
2
z
56UA2508# Charger wire 56UA2509# Charger wire vibration proof rubber 55VA2527# Charger cleaning unit 55VA-255# C-clip 45AA2040# 5
Developing
Cleaning of the devel-
section
oping suction section Replacing of the suction
z
Vacuum cleaner z
1
filter 56UA3108# Cleaning of the developing section
10
z
Vacuum cleaner
No.
Unit
3. PERIODIC CHECK Description
classification 5
Developing
Reinstallation to the
section
photo conductor sec-
Quantity
Implementation classification
Materials
Cleaning Check Lubrication Replacement
Tools used
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
tion 6 7
z
Cleaning pad
Cleaning of each sensor
z
Blower brush
Cleaning of the pre-
z
Drum cleaner/
Writing
Cleaning of the dust-
section
proof glass
ADU
transfer roller Cleaning of the loop
cleaning pad z
roller Cleaning of the ADU
z
exit roller Cleaning of the ADU
z
conveyance roller /2 Cleaning of the ADU
z
conveyance roller /3 Cleaning of the ADU
z
conveyance roller /4 Cleaning of the ADU
z
conveyance roller /1 Cleaning of the ADU
z
reverse roller Cleaning of the ADU
z
reverse/exit roller Cleaning of the ADU
z
acceleration roller Cleaning of the paper
z
exit roller /1 Cleaning of the paper
z
exit roller /2 Cleaning of the fusing
z
exit roller Cleaning of the convey-
z
ance section 8
Registration
Cleaning of the paper dust
section
removing brush for the
z
Vacuum cleaner/ blower brush
registration roller /Lw Cleaning of the paper dust
z
removing brush for the registration roller /Up Cleaning of the registra-
z
Blower brush
tion sensor section Cleaning of each sensor
z
11
bizhub PRO 1050/1050P /1050e/1050eP
3. PERIODIC CHECK No.
Field Service Ver3.0 Nov.2006
Unit
Description
Quantity
classification 9
Transfer/sep-
Cleaning of the back
aration
plate
charger
Cleaning of the transfer
Implementation classification
Materials
Cleaning Check Lubrication Replacement
Tools used
z
Cleaning pad/drum cleaner/cotton swab/blower brush
z
assist sheet assembly Discharge wire
3
z
3
z
1
z
1
z
1
z
3
z
56UA2613# Transfer presser rubber 56AA1783# Transfer cleaning assembly 56GA-276# Separation cleaning assembly /1 56GA-277# Separation cleaning assembly /2 56GA-278# C-clip 45AA2040# 10 Fusing section
z
Cleaning of the fusing
Roller cleaner/
claw /Up
cleaning pad/drum cleaner
z
Cleaning of the fusing claw /Lw Cleaning web
z
1
56UA5351# Fixing cleaning web counter reset (in service mode) 11 Paper feed
Cleaning of each sensor
z
Blower brush
Cleaning of the paper
z
Vacuum cleaner/
section 12 Vertical conveyance
dust removing brush
section
Cleaning of each sensor
13 Paper exit section
blower brush z
Blower brush
z
Blower brush
z
Drum cleaner/
Removal of the paper exit section Cleaning of the paper exit sensor Cleaning of the main body paper exit roller
14 Scanner section
15 Toner supply section
12
Cleaning of the original
cleaning pad z
glass
Blower brush/drum cleaner/cleaning
Cleaning of the slit glass
z
pad
Cleaning of the toner
z
Vacuum cleaner/
bottle insertion opening
blower brush
No.
Unit
3. PERIODIC CHECK Description
Quantity
classification 16 Main body
Implementation classification
Materials
Cleaning Check Lubrication Replacement
Tools used
z
Cleaning of the cover/
Drum cleaner/
machine internal 17 Final check
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
cleaning pad z
Check of the image and the paper through (with various types of adjustments included)
z
PM counter reset (in service mode)
B. Maintenance 2 (Every 1,000,000 prints) No.
Unit
Description
Quantity
classification
Implementation classification
Materials
Cleaning Check Lubrication Replacement
Tools used
z
1
Preparations
Image check
2
Photo conductor
Replacing of the drum
section
DR010
every 1,000,000
• Sensitive drum
prints or 220 h. of
z
1
Replace it once for
counter reset (in ser-
driving time, which-
vice mode)
ever is earlier. z
Cleaning of the photo
Drum cleaner/clean-
conductor section
ing pad/vacuum cleaner
Replacing of the drum
z
3
claw 57GA2919# 3
Cleaning/
Cleaning of the clean-
recycle section
ing unit
z
Cleaning pad/ blower brush/vacuum cleaner
4
Developing
Cleaning of the devel-
section
oping section
z
Cleaning pad/vacuum cleaner z
Developer
5
Main body
every 1,000,000
• Developer counter
prints or 200 h. of
reset (in service
driving time, which-
mode)
ever is earlier.
Cleaning of the cover/
z
Drum cleaner/
machine internal 6
Final check
Replace it once for
DV010
Check of the image
cleaning pad z
and the paper through (with various types of adjustments included)
13
bizhub PRO 1050/1050P /1050e/1050eP
3. PERIODIC CHECK
Field Service Ver3.0 Nov.2006
C. Maintenance 3 (Every 1,500,000 prints) No.
Unit
Description
Quantity
classification 1
Toner supply
Agitator plate assem-
section
bly /1
Implementation classification
Materials
Cleaning Check Lubrication Replacement
Tools used
z
Cleaning pad
56UA-347# z
Agitator plate assembly /2 56UA-348# 2
Cleaning/
Cleaning of the clean-
recycle section
ing unit Toner guide brush
z
Vacuum cleaner/ Cleaning pad
1
z
1
z
1
z
1
z
1
z
1
z
2
z
2
z
1
z
2
z
6
z
1
z
assembly 56UA-574# Scattering prevention felt 55VA5568# Seal plate /Fr 56UA-559# Seal plate /Rr 56UA-558# 3
Transfer/
Replacing of the trans-
separation
fer assist sheet assem-
charger
bly 56UA-281#
4
Fusing
Fusing roller /Up
section
56UA5304#
Tri-flow (soft roller)
(hard roller) 56UA5470# (soft roller) Heat insulating sleeve 45405339# Fusing bearing /Up 45407504# Fusing roller assembly /Lw 56UA-528# Fusing claw /Lw 25AA5329# Fusing claw /Up 56UA5453# Fusing cleaning sheet assembly 56UA-547# Cleaning of the fusing heating roller
14
2
z
Cleaning pad/blower brush
3. PERIODIC CHECK
D. Maintenance 4 (Every 2,250,000 prints) No.
Unit
Description
Quantity
classification 1
Paper feed
Pick-up roller
section
55VA-484# Paper feed roller
2 2
55VA-483# Separation roller
2
55VA-483#
Implementation classification
Materials
Cleaning Check Lubrication Replacement
Tools used
z
Actual replacement cycle: 500,000
z z
E. Maintenance 5 (Every 3,000,000 prints) No.
Unit
Description
Quantity
classification 1
Photo conductor
Replacing of the drum
section
temperature sensor
Implementation classification
Materials
Cleaning Check Lubrication Replacement
Tools used
1
z
1
z
1
z
1
z
1
z
1
z
1
z
2
z
2
z
1
z
1
z
1
z
1
z
56GA-209# 2
Cleaning/
Toner seal board
recycle section
56UA-568# Toner guide plate assembly 56UA-561#
3
Fusing
Fusing heater lamp /1
section
55VF8302# 55VB8302#
Fusing heater lamp /2 55VF8303# 56UA8303#
Fusing heater lamp /3 55VF8304# 55VA8304#
Fusing heating roller 55UA5307# Heating roller bearing 56UA7507# Heat insulating sleeve / Lw 26AA5315# Thermistor /2 55VA8804# Thermistor /4 55VA8806# 4
Toner supply
Toner supply sleeve /1
section
55VA-334# Toner supply sleeve /2 55VA-335#
1
15
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
bizhub PRO 1050/1050P /1050e/1050eP
3. PERIODIC CHECK F.
Field Service Ver3.0 Nov.2006
Maintenance 6 (Every 4,500,000 prints)
No.
Unit
Description
Quantity
classification 1
Vertical
Pre-registration clutch /1
conveyance
56AA8201#
section
Pre-registration clutch /2
Implementation classification
Materials
Cleaning Check Lubrication Replacement
Tools used
z
1
Actual replacement cycle: 3,000,000
1
z
1
z
1
z
2
z
1
z
1
z
1
z
56AA8201# Vertical conveyance clutch 56AA8201# Paper dust guide brush assembly 55VA-574# 2
Main body
Ozone filter /A 56UA1121# Ozone filter /K 56UA1128# Conveyance suction filter 56UA1129# Developing suction filter 56UA1122#
z
Cleaning of the cover/
Drum cleaner/
machine internal
cleaning pad
G. Maintenance 7 (Every 6,000,000 prints) No.
Unit
Description
Quantity
classification 1
Charger
Charger unit
Implementation classification
Materials
Cleaning Check Lubrication Replacement
Tools used
1
z
1
z
1
z
56UA-250# 2
Developing
Developing suction
section
assembly 56UA-325# Developing unit 56UA-300#
3
ADU
z
Cleaning of the ADU
Blower brush
paper reverse sensor /1 z
Cleaning of the ADU paper reverse sensor /2 Paper exit roller /1
1
z
56UA47432E Paper exit roller /2 assem-
cycle: 6,000,000 1
z
1
z
bly 56UA-035# ADU acceleration roller 56UA4740#
16
Actual replacement
No.
Unit
3. PERIODIC CHECK Description
Quantity
classification 3
ADU
ADU reverse/exit roller
Implementation classification
Materials
Cleaning Check Lubrication Replacement
Tools used
z
1
56UA4741# ADU reverse roller
Actual replacement cycle: 6,000,000
1
z
1
z
1
z
1
z
1
z
1
z
1
z
1
z
2
z
1
z
1
z
1
z
1
z
1
z
56UA4741# ADU conveyance roller /1 56UA47442E ADU conveyance roller /2 56UA47442E ADU conveyance roller /3 56UA4595# ADU conveyance roller /4 56UA4683# ADU exit roller 56UA4683# Fusing exit roller 56UA4595# 4
Registration
Registration roller /Up
section
56UA46061E Registration bearing 56UA7602#
5
Transfer/
Transfer/separation
separation
charger unit
charger
56UA-270# TSL 55VA8308#
6
Fusing
Fusing gear
section
56UA7783# Web motor 56GA8017# Fusing actuator 56UA5383#
7
Paper exit
Cleaning of the paper
section
exit sensor Main body paper exit
z
Blower brush
1
z
1
z
roller 56UA45571E 8
Cleaning/
Cleaning gear /A assem-
toner recycle
bly
section
56GA-556#
2
17
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
bizhub PRO 1050/1050P /1050e/1050eP
3. PERIODIC CHECK
Field Service Ver3.0 Nov.2006
H. Maintenance 8 (Every 10,000,000 prints) No.
Unit
Description
Quantity
classification 1
ADU
Reverse gate
7
Implementation classification
Materials
Cleaning Check Lubrication Replacement
Tools used
z
56UA4760# 2
Vertical
Conveyance roller /1
conveyance
56UA4413#
section
Conveyance roller /2
Actual replacement cycle: 10,000,000
1
z
Actual replacement cycle: 6,000,000
1
z
1
z
1
z
1
z
1
z
4
z
1
z
1
z
1
z
56UA44141E Conveyance roller /3 56UA44641E Pre-registration roller /1 56UA44111E Pre-registration roller /2 56UA44111E Conveyance exit roller 56UA4412# Pre-registration bearing 56UA7603# Paper dust guide brush gear assembly 56UA-478# 3
Toner supply
Pump unit /Rt
section
56UA-790# Pump unit /Lt 56UA-780#
I.
Maintenance 9 (Every 15,000,000 prints)
No.
Unit
Description
Quantity
classification 1
Paper feed
Paper feed clutch /1
section
56AA8201# Paper feed clutch /2
1
Implementation classification
Materials
Cleaning Check Lubrication Replacement
Tools used
z
cycle: 3,000,000 1
z
1
z
1
z
1
z
56AA8201# Separation clutch /1 56AA8201# Separation clutch /2 56AA8201# 2
Cleaning/
Cleaning gear /B
toner recycle
55VA7921#
section
18
2
Actual replacement
3.3.2
3. PERIODIC CHECK
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006 DF
A. Maintenance 1 (Every 750,000 prints) No.
Unit
Description
Quantity
classification 1
2
3
Preparations
Implementation classification
Materials
Cleaning Check Lubrication Replacement
Tools used
Original through check
z
Cover
z
Paper feed
Pick-up roller
z
Drum cleaner/
section
Paper feed roller
z
cleaning pad
Paper feed assist roller
z
Cleaning pad
z
Registration roller
z
Pre-handling rubber
z
Original count sensor
z
Original size sensor /Lt
z
Original size sensor /Rt
z
Conveyance
Original registration
z
section
sensor /Lt
Blower brush
z
Original registration sensor /Rt 4
Read
Original conveyance
section
sensor
z z
Original skew sensor / Rr
5
Original skew sensor /Fr
z
Paper exit
Mirror on the driven
z
section
roller assembly Original reverse sensor
z
Reverse jam sensor
z
Original reverse/exit
z
sensor 6
Final check
z
Paper through check z
Cleaning of the cover
Drum cleaner/ cleaning pad
B. Maintenance 2 (Every 2,250,000 prints) No.
Unit
Description
Quantity
classification 1
Paper feed
Separation roller
section
13GA4606#
1
Implementation classification
Materials
Cleaning Check Lubrication Replacement
Tools used
z
Actual replacement cycle: 400,000
19
bizhub PRO 1050/1050P /1050e/1050eP
3. PERIODIC CHECK
Field Service Ver3.0 Nov.2006
C. Maintenance 3 (Every 4,500,000 prints) No.
Unit
Description
Quantity
classification 1
Paper feed
Pick-up roller
section
13GA4604#
Implementation classification
Materials
Cleaning Check Lubrication Replacement
Tools used
z
1
Actual replacement cycle: 800,000
Paper feed roller
1
z
1
z
1
z
15AS4605# Paper feed assist roller 15AS4601# Torque limiter 13GA-135#
3.3.3
PF
A. Maintenance 1 (Every 750,000 prints) No.
Unit
Description
Quantity
classification
Implementation classification
Materials
Cleaning Check Lubrication Replacement
Tools used
z
1
Preparations
Paper through check
2
Tray section
Cleaning of each sensor
z
3
Conveyance
Cleaning of each sensor
z
Blower brush
section 4
Final check
z
Paper through check z
Cleaning of the cover
Drum cleaner/ cleaning pad
B. Maintenance 2 (Every 2,250,000 prints) No.
Unit
Description
Quantity
classification 1
Tray section
Pick-up roller
3
Implementation classification
Materials
Cleaning Check Lubrication Replacement
Tools used
z
55VA-484# Paper feed roller
cycle: 500,000 3
z
3
z
55VA-483# Separation roller 55VA-483#
20
Actual replacement
3. PERIODIC CHECK
C. Maintenance 3 (Every 4,500,000 prints) No.
Unit
Description
Quantity
classification 1
Conveyance
Pre-registration clutch /1
section
56AA8201#
Implementation classification
Materials
Cleaning Check Lubrication Replacement
Tools used
z
1
Actual replacement cycle: 3,000,000
Pre-registration clutch /2
1
z
1
z
1
z
1
z
3
z
56AA8201# Pre-registration clutch /3 56AA8201# Intermediate clutch /Up 56AA8201# Intermediate clutch /Lw 56AA8201# 2
Tray section
Paper dust removing brush 15BY5604#
D. Maintenance 4 (Every 10,000,000 prints) No.
Unit
Description
Quantity
classification 1
Preparations
Paper through check
2
Conveyance
Pre-registration roller
section
15BA45071E Bearing
Implementation classification
Materials
Cleaning Check Lubrication Replacement
Tools used
z z
3
Actual replacement cycle: 6,000,000
6
z
4
z
1
z
2
z
56UA7603# Conveyance roller 15BA45081E PFU paper exit roller 15BA5011# Torque limiter 57GA4430# 3
Final check
z
Paper through check Cleaning of the cover
z
Drum cleaner/ cleaning pad
2
21
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
bizhub PRO 1050/1050P /1050e/1050eP
3. PERIODIC CHECK
Field Service Ver3.0 Nov.2006
E. Maintenance 5 (Every 15,000,000 prints) No.
Unit
Description
Quantity
classification 1
Tray section
Paper feed clutch /1
Implementation classification
Materials
Cleaning Check Lubrication Replacement
Tools used
z
1
56AA8201# Paper feed clutch /2
Actual replacement cycle: 3,000,000
1
z
1
z
1
z
1
z
1
z
1
z
56AA8201# Paper feed clutch /3 56AA8201# Separation clutch /1 56AA8201# Separation clutch /2 56AA8201# Separation clutch /3 56AA8201# Forced separation clutch 56AA8201#
F.
Spotted replacement part (Every 50,000 cycle)
No.
Unit
Description
Quantity
classification 1
Tray section
Pick-up roller
(PP-701)
A08R5621# Feed roller
Implementation classification
Materials
Cleaning Check Lubrication Replacement
Tools used
1
z
1
z
1
z
A08R5622# Separation roller A08R5622#
22
2
3.3.4
3. PERIODIC CHECK
FD
A. Maintenance 1 (Every 2,250,000 prints) No.
Unit
Description
Quantity
classification 1
Preparations
Paper through check
2
PI section
Paper feed rubber
Implementation classification
Materials
Cleaning Check Lubrication Replacement
Tools used
z z
2
50BA-575#
Actual replacement cycle: 100,000
Separation rubber
z
2
13QN-443#
3
Tray up/down
Cleaning of each sensor
z
Cleaning of each sensor
z
Cleaning of each sensor
z
Cleaning of each sensor
z
Blower brush
section 4
Punch section
5
Conveyance section
6
Final check
z
Paper through check z
Cleaning of the cover
Drum cleaner/ cleaning pad
B. Maintenance 2 (Every 5,250,000 prints) No.
Unit
Description
Quantity
classification 1
Preparations
2
PI section
Implementation classification
Materials
Cleaning Check Lubrication Replacement
Tools used
z
Paper through check Pick-up rubber
z
6
50BA-574# 3 4
Tray up/down
Tray up down motor
section
129U-108#
Final check
Paper through check Cleaning of the cover
Actual replacement cycle: 200,000
z
1
Actual replacement cycle: 5,000,000
z z
Drum cleaner/ cleaning pad
23
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
bizhub PRO 1050/1050P /1050e/1050eP
3. PERIODIC CHECK
Field Service Ver3.0 Nov.2006
C. Maintenance 3 (Every 10,000,000 prints) No.
Unit
Description
Quantity
classification 1
Preparations
Paper through check
2
Punch
Punch motor
section
15AG-573#
Conveyance
Roller solenoid /1
section
15AG-493#
3
Roller solenoid /2
Implementation classification
Materials
Cleaning Check Lubrication Replacement
Tools used
z z
1
Actual replacement cycle: 5,000,000
1
z
1
z
1
z
1
z
15AG-493# Roller solenoid /3 15AG-493# Roller solenoid /4 15AG-493# 4
Final check
z
Paper through check Cleaning of the cover
z
Drum cleaner/ cleaning pad
24
3.3.5
3. PERIODIC CHECK
LS
A. Maintenance 1 (Every 15,000,000 prints) No.
Unit
Description
Quantity
classification 1
Preparations
Paper through check
2
Conveyance
Paper press solenoid /3
section
15AV8255# Paper press solenoid /1
Implementation classification
Materials
Cleaning Check Lubrication Replacement
Tools used
z z
1
Actual replacement cycle: 5,000,000
1
z
1
z
1
z
1
z
15AV8252# Paper press solenoid /2 15AV8251# Rear stopper solenoid 15AV8253# Stacker tray up down motor 15AV8003# Cleaning of each sensor 3
Final check
z z
Paper through check Cleaning of the cover
Blower brush
z
Drum cleaner/ cleaning pad
25
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
bizhub PRO 1050/1050P /1050e/1050eP
3. PERIODIC CHECK 3.3.6
Field Service Ver3.0 Nov.2006
FS
A. Maintenance 1 (Every 750,000 prints) No.
Unit
Description
Quantity
classification
Implementation classification
Materials
Cleaning Check Lubrication Replacement
Tools used
z
1
Preparations
Paper through check
2
Main tray
Paper exit roller /A
section
122H4825#
Stacker
Cleaning of each sensor
z
Blower brush
Conveyance
Cleaning of the paper
z
Vacuum cleaner/
section
dust removing brush
Stapler
Cleaning of staple
section
scraps box
Final check
Paper through check
3
z
8
section 4 5 6
blower brush z z z
Cleaning of the cover
Drum cleaner/ cleaning pad
B. Maintenance 2 (Every 3,000,000 prints) No.
Unit
Description
Quantity
classification 1
Stapler
Stapler unit /Fr
section
15AA4222#
1
Implementation classification
Materials
Cleaning Check Lubrication Replacement
Tools used
z
Actual replacement cycle: 500,000
Stapler unit /Rr
1
z
15AA-450#
C. Maintenance 3 (Every 5,250,000 prints) No.
Unit
Description
Quantity
classification 1
Stacker
Intermediate roller
section
release solenoid 15AA-449#
26
2
1
Implementation classification
Materials
Cleaning Check Lubrication Replacement
Tools used
z
3.3.7
3. PERIODIC CHECK
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006 SD
A. Maintenance 1 (Every 750,000 prints) No.
Unit
Description
Quantity
classification 1 2
Right angle
Right angle conveyance
conveyance
sensor /1
section
Right angle conveyance
Implementation classification
Materials
Cleaning Check Lubrication Replacement
Tools used
z
Blower brush
z
sensor /2 3
z
Right angle conveyance
Drum cleaner/
roller /1 4
cleaning pad z
Right angle conveyance roller /2
5
z
Right angle conveyance roller /3
6
z
Right angle conveyance roller /4
7
Folding
Folding main scan align-
section
ment home sensor /Fr1
z z
Folding main scan align-
8
Blower brush
ment home sensor /Fr2 9
Folding entrance roller /1
z
Drum cleaner/
10
Folding entrance roller /2
z
cleaning pad
11
Folding entrance roller /3
z
Saddle stitching paper
z
12 Saddle stitching
Blower brush
sensor
13 section
Bundle sensor /1
z
14 Bundle pro-
Bundle sensor /2
z
15 Trimmer
Trimmer scraps full sensor
z
16 section
Trimmer board assembly
cessing section
z
15AN5282#
Actual replacement cycle: 18,900 cuts
B. Maintenance 2 (Every 1,500,000 prints) No.
Unit
Description
Quantity
classification 1
Trimmer
Trimmer blade assembly
section
15AN-570#
1
Implementation classification
Materials
Cleaning Check Lubrication Replacement
Tools used
z
Actual replacement cycle: 37,500 cuts
2
27
bizhub PRO 1050/1050P /1050e/1050eP
3. PERIODIC CHECK
Field Service Ver3.0 Nov.2006
C. Maintenance 3 (Every 8,000,000 prints) No.
Unit
Description
Quantity
classification 1
Trimmer
Trimmer blade motor
section
15AN8002#
2
1
Implementation classification
Materials
Cleaning Check Lubrication Replacement
Tools used
z
Actual replacement cycle: 200,000 cuts
Trimmer press motor
1
z
15AN8002#
D. Maintenance 4 (Every 20,000,000 prints) No.
Unit
Description
Quantity
classification 1 2
Right angle
Roller release solenoid /1
conveyance
15AN8251#
section
Roller release solenoid /2
1
Implementation classification
Materials
Cleaning Check Lubrication Replacement
Tools used
z
cycle: 5,000,000 1
z
15AN-239# 3
Right angle gate solenoid
5
Saddle
Stapler assembly /Rt
stitching
15AN-550#
section
Stapler assembly /Lt
1
z
7
Folding
Roller release solenoid /3
section
15AN8251#
Bundle pro-
Bundle press stage
Actual replacement cycle: 5,000,000
1
z
Actual replacement cycle: 1,000,000
1
z
15AN-550# 6
Actual replacement cycle: 5,000,000
15AN-249# 4
Actual replacement
Actual replacement cycle: 1,000,000
1
z
Actual replacement cycle: 5,000,000
1
z
Actual replacement
cessing sec- gear
cycle: 500,000 books
tion
(Bundle exit tray
15AN7719#
exit)
28
2
3.3.8
3. PERIODIC CHECK
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006 PB
A. Maintenance 1 (Every 750,000 prints) No.
Unit
Description
classification
Quantity
Implementation classification
Materials
Cleaning Check Lubrication Replacement
Tools used
1
Conveyance
Entrance sensor
z
2
section
SC entrance sensor
z
3
Sub tray conveyance roller
z
Drum cleaner/
4
Intermediate conveyance roller
z
cleaning pad
5
Entrance conveyance roller
z
6
Cover paper conveyance roller
z
Glue tank
z
7
Glue tank
Blower brush
z*2
Tweezers, industrial
section 8
wiper, multemp FF-RM Filter
z
A0753724# 9
Cover paper
Cover paper folding
section
plate
10
Book spine backing
z*1
Tweezers, industrial wiper
z*1
plate 11
Book exit belt /Rr
z
Drum cleaner/
12
Book exit belt /Fr
z
cleaning pad
13
Cover paper
z
conveyance roller /Rt 14
Cover paper
z
conveyance roller /Lt 15
Cover paper table
z
entrance roller 16
Paper dust removing
Blower brush
z
brush 17
z*3
Cover paper alignment
Plas guard No.2
plate shafts 18 Glue supply
Pellet hopper
z
19 Book stock
Book load limit sensor
z
20 section
Book upper limit LED
z
21
Book conveyance belt /Rr
z
Drum cleaner/
22
Book conveyance belt /Fr
z
cleaning pad
23
Book movement belt
z
Paper dust removing
z
24 Cover paper tray section 25
Blower brush
Blower brush
brush Paper dust removing
z
roller 26
Conveyance roller
z
Drum cleaner/ cleaning pad
2
29
bizhub PRO 1050/1050P /1050e/1050eP
3. PERIODIC CHECK 27 SC section
Field Service Ver3.0 Nov.2006 Switchback roller
z
13GQ4519# 28
Switchback assist roller /Rr
z
Drum cleaner/
29
Switchback assist roller /Fr
z
cleaning pad
*1
Cleaning of the cover paper folding plate and the book spine backing plate is an abbreviated cleaning. Remove adhered glue as necessary.
*2
Lubricate the glue apply roller motor drive connecting gear.
*3
Lubricate the cover paper alignment plate shafts.
B. Maintenance 2 (Every 6,000,000 prints) No.
Unit
Description
Quantity
classification 1
SC section
Implementation classification
Materials
Cleaning Check Lubrication Replacement
Tools used
SC switchback release
z
motor 13GQ8005#
C. Maintenance 3 (Every 10,000,000 prints) No.
Unit
Description
Quantity
classification 1 2
Cutter sec-
Roller cutter blade Assy
tion
A0754421#
Sub tray
Sub tray exit solenoid
section
15ANR714#
Implementation classification
Materials
Cleaning Check Lubrication Replacement
Tools used
z z
D. Maintenance 4 (Every 20,000,000 prints) No.
Unit
Description
Quantity
classification 1
SC section
Implementation classification
Materials
Cleaning Check Lubrication Replacement
Tools used
SC pressure arm solenoid
z
A075B746# 2
FD alignment solenoid
z
15AA8251#
E. Spotted replacement part (Every 500,000 cycle) No.
Unit
Description
Quantity
classification 1
Cover paper
Pick-up roller
tray section
55VA-484# Paper feed roller
Implementation classification
Materials
Cleaning Check Lubrication Replacement
Tools used
1
z
1
z
1
z
55VA-483# Separation roller 55VA-483#
29-1
2
bizhub PRO 1050/1050P /1050e/1050eP
3. PERIODIC CHECK
Field Service Ver3.0 Nov.2006
D. Spotted replacement part (Every 3,000,000 cycle) No.
Unit
Description
Quantity
classification 1
Cover paper
Cover paper pick up
tray section
clutch
Implementation classification
Materials
Cleaning Check Lubrication Replacement
Tools used
z
1
56AA8201#
3.3.9
RC
A. Maintenance 1 (Every 750,000 prints) No.
Unit
Description
Quantity
classification 1
Waste toner
Implementation classification
Materials
Cleaning Check Lubrication Replacement
Tools used
z
Hose /3
Drum cleaner/
conveyance
cleaning pad
section 2
Waste toner
Waste toner collecting
collecting
box
box
14RT-970#
1
z
B. Maintenance 2 (Every 10,000,000 prints) No.
Unit
Description
Quantity
classification 1 2
Waste toner
Accumulator
conveyance
14RT-230#
section
Recycle pump 14RT-210#
30
2
Implementation classification
Materials
Cleaning Check Lubrication Replacement
Tools used
1
z
1
z
Blower brush
3.4
3. PERIODIC CHECK
Replacement parts list
NOTE • For the part number of periodically replaced parts, see "Parts guide manual." • For the replacement procedure of periodically replaced parts, see "3.5 Maintenance procedure". • The parts count No. given in the table below represents the number of the fixed parts number in the service mode. 3.4.1 No.
Main body Classification
Part name
Part number
Qt.
Actual
Parts count
replacement
No.
cycle 1
Main body
Ozone filter /A
56UA1121#
2
4,500,000
32
2
Ozone filter /K
56UA1128#
1
4,500,000
32
3
Conveyance suction filter
56UA1129#
1
4,500,000
33
4
Developing suction filter
56UA1122#
1
4,500,000
33 22
5
Photo con-
Drum temperature sensor
56GA-209#
1
3,000,000
6
ductor section
Drum
DR010
1
* 1,000,000
Drum claw
57GA2919#
3
1,000,000
9
Charger unit
56UA-250#
1
6,000,000
34
9
Charger control plate
56UA2508#
1
750,000 4
10
Charger wire
56UA2509#
2
750,000 3
11
Charger rubber vibration isolator
55VA2527#
2
750,000
12
Charger cleaning unit
55VA-255#
2
750,000 5
13
C-clip
45AA2040#
2
750,000
Developing unit
56UA-300#
1
6,000,000
36
15
Developing suction assembly
56UA-325#
1
6,000,000
37
16
Suction filter
56UA3108#
1
17
Developer
DV010
1
* 1,000,000
18
Agitator plate assembly /1
56UA-347#
1
1,500,000
153
19
Agitator plate assembly /2
56UA-348#
1
1,500,000
153
Toner supply sleeve /1
55VA-334#
1
3,000,000
23
21
Toner supply sleeve /2
55VA-335#
1
3,000,000
24
22
Pump unit /Lt
56UA-780#
1
10,000,000 52
23
Pump unit /Rt
56UA-790#
1
10,000,000 51
7 8
14
Charger
Developing section
20
Toner supply
750,000 6
section
*
24
Cleaning/
Cleaning blade
56UA5351# 14RT56011F
2
25
recycle sec-
Toner seal board
56UA-568#
1
3,000,000
25
26
tion
Toner guide brush assembly
56UA-574#
1
1,500,000
12
27
Scattering prevention felt
55VA5568#
1
1,500,000
28
Seal plate /Fr
56UA-559#
1
1,500,000
14
29
Seal plate /Rr
56UA-558#
1
1,500,000
13
750,000 2
The actual replacement cycle of the drum and developer is 1,000,000 prints or 220 hours of use, whichever is earlier.
2
31
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
bizhub PRO 1050/1050P /1050e/1050eP
3. PERIODIC CHECK
No.
Field Service Ver3.0 Nov.2006
Classification
Part name
Part number
Qt.
Actual
Parts count No.
replacement cycle 30
Cleaning/recy-
Toner guide plate assembly
56UA-561#
1
3,000,000
26
31
cle section
Cleaning gear /A assembly
56GA-556#
1
6,000,000
167
Cleaning gear /B
55VA7921#
1
15,000,000
172
32
32
33
Paper feed sec-
Pick-up roller
55VA-484#
2
500,000 53,57
34
tion
Paper feed roller
55VA-483#
2
500,000 54,58
35
Separation roller
55VA-483#
2
500,000 54,58
36
Paper feed clutch /1
56AA8201#
1
3,000,000
55
37
Paper feed clutch /2
56AA8201#
1
3,000,000
59
38
Separation clutch /1
56AA8201#
1
3,000,000
56
39
Separation clutch /2
56AA8201#
1
3,000,000
60
40
Vertical con-
Conveyance roller /1
56UA4413#
1
6,000,000
82
41
veyance sec-
Conveyance roller /2
56UA44141E
1
6,000,000
83
42
tion
Conveyance roller /3
56UA44641E
1
6,000,000
83
43
Pre-registration roller /1
56UA44111E
1
6,000,000
84
44
Pre-registration roller /2
56UA44111E
1
6,000,000
85
45
Conveyance exit roller
56UA4412#
1
6,000,000
77
46
Paper dust guide brush assembly
55VA-574#
1
4,500,000
76
47
Pre-registration bearing
56UA7603#
4
6,000,000
48
Pre-registration clutch /1
56AA8201#
1
3,000,000
79
49
Pre-registration clutch /2
56AA8201#
1
3,000,000
81
50
Vertical conveyance clutch
56AA8201#
1
3,000,000
80
51
Paper dust guide brush gear assembly
56UA-478#
1
10,000,000
52
Transfer/sepa-
Transfer/separation charger unit
56UA-270#
1
53
ration charger
Discharge wire
56UA2613#
3
750,000 7
54
Transfer presser rubber
56AA1783#
3
750,000
55
Transfer cleaning assembly
56GA-276#
1
750,000 8
56
Separation cleaning assembly /1
56GA-277#
1
750,000 8
57
Separation cleaning assembly /2
56GA-278#
1
750,000 8
58
C-clip
45AA2040#
3
750,000
59
Transfer assist sheet assembly
56UA-281#
1
1,500,000
10, 11
60
TSL
55VA8308#
1
6,000,000
39
6,000,000
38
61
Registration
Registration roller /Up
56UA46061E
1
6,000,000
40
62
section
Registration bearing
56UA7602#
2
6,000,000
40
63
ADU section
Paper exit roller /1
56UA47432E
1
6,000,000
44
64
Paper exit roller /2 assembly
56UA-035#
1
6,000,000
65
ADU accelerate roller
56UA4740#
1
6,000,000
41
66
Reverse/exit roller
56UA4741#
1
6,000,000
42
67
ADU reverse roller
56UA4741#
1
6,000,000
43
68
ADU conveyance roller /1
56UA47442E
1
6,000,000
45
2
No.
Classification
3. PERIODIC CHECK Part name
Part number
Qt.
Actual
Parts count
replacement
No.
cycle 69
ADU section
ADU conveyance roller /2
56UA47442E
1
6,000,000
45
70
ADU conveyance roller /3
56UA4595#
1
6,000,000
45
71
ADU conveyance roller /4
56UA4683#
1
6,000,000
45
72
ADU exit roller
56UA4683#
1
6,000,000
45
73
Fusing exit roller
56UA4595#
4
6,000,000
46
74
Reverse gate
56UA4760#
7
10,000,000
75
Fusing sec-
Cleaning web
56UA5351#
1
750,000 1
76
tion
Fusing heater lamp /1
55VB8302# 55VF8302#
1
3,000,000
77
Fusing heater lamp /2
55VF8303# 56UA8303#
1
3,000,000
78
Fusing heater lamp /3
55VB8304# 55VF8304#
1
3,000,000
79
Fusing roller /Up
56UA5304#
1
1,500,000
15
56UA5470# 80
Heat insulating sleeve
45405339#
2
1,500,000
19
81
Fusing bearing /Up
45407504#
2
1,500,000
20
82
Heating roller bearing
56UA7507#
2
3,000,000
28
83
Fusing gear
56UA7783#
1
6,000,000
48
84
Fusing roller /Lw assembly
56UA-528#
1
1,500,000
16
85
Fusing heating roller
56UA5307#
1
3,000,000
31
86
Heat insulating sleeve /Lw
26AA5315#
2
3,000,000
27
87
Fusing claw /Up
56UA5453#
6
1,500,000
17
88
Fusing claw /Lw
25AA5329#
2
1,500,000
18
89
Thermistor /2
55VA8804#
1
3,000,000
29
90
Thermistor /4
55VA8806#
1
3,000,000
30
91
Fusing actuator
56UA5383#
1
6,000,000
50
92
Web motor
56GA8017#
1
6,000,000
49
93
Fusing cleaning sheet assembly
56UA-547#
1
1,500,000
21
Main body paper exit roller
56UA45571E
1
6,000,000
47
94
Paper exit section
33
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
bizhub PRO 1050/1050P /1050e/1050eP
3. PERIODIC CHECK 3.4.2
Field Service Ver3.0 Nov.2006
Option
No.
Classification
Part name
Part number
Qt.
Actual
Parts count No.
replacement cycle 1
Pick-up roller
13GA4604#
1
800,000 141
2
Paper feed roller
15AS4605#
1
800,000 142
3
Paper feed auxiliary roller
15AS4601#
1
800,000 144
4
Separation roller
13GA4606#
1
400,000 143
5
Torque limiter
13GA-135#
1
800,000 145
Pick-up roller
55VA-484#
3
500,000 61,66,71
7
Paper feed roller
55VA-483#
3
500,000 62,67,72
8
Separation roller
55VA-483#
3
500,000 62,67,72
9
Paper dust removing brush
15BY5604#
3
3,000,000
10
Paper feed clutch /1
56AA8201#
1
3,000,000 63
11
Paper feed clutch /2
56AA8201#
1
3,000,000 68
12
Paper feed clutch /3
56AA8201#
1
3,000,000 73
13
Separation clutch /1
56AA8201#
1
3,000,000 64
14
Separation clutch /2
56AA8201#
1
3,000,000 69
15
Separation clutch /3
56AA8201#
1
3,000,000 74
16
Forced separation clutch
56AA8201#
1
3,000,000 70
17
Pre-registration clutch /1
56AA8201#
1
3,000,000 90
18
Pre-registration clutch /2
56AA8201#
1
3,000,000 91
19
Pre-registration clutch /3
56AA8201#
1
3,000,000 92
20
Torque limiter
57GA4430#
2
6,000,000
21
Intermediate clutch /Up
56AA8201#
1
3,000,000 93
22
Intermediate clutch /Lw
56AA8201#
1
3,000,000 94
23
Pre-registration roller
15BA45071E
3
6,000,000 86,87,88
24
Bearing
56UA7603#
6
6,000,000
25
Conveyance roller
15BA45082F
4
6,000,000 86,88
26
PFU paper exit roller
15BA5011#
1
6,000,000 89
Pick-up rubber
50BA-574#
6
200,000 114,117
28
Paper feed rubber
50BA-575#
2
100,000 116,119
29
Separation rubber
13QN-443#
2
100,000 115,118
30
Roller solenoid /1
15AG-493#
1
5,000,000 121
31
Roller solenoid /2
15AG-493#
1
5,000,000 121
32
Roller solenoid /3
15AG-493#
1
5,000,000 122
33
Roller solenoid /4
15AG-493#
1
5,000,000 122
34
Punch motor
15AG-573#
1
5,000,000 120
35
Tray up down motor
129U-108#
1
5,000,000 123
Stacker tray up down motor
15AV8003#
1
5,000,000 128, 133
37
Paper press solenoid /1
15AV8252#
1
5,000,000 124, 129
38
Paper press solenoid /2
15AV8251#
1
5,000,000 126, 131
39
Paper press solenoid /3
15AV8255#
1
5,000,000 125, 130
6
27
36
34
DF
PF
FD
LS
2
No.
Classification
3. PERIODIC CHECK Part name
Part number
Qt.
Actual
Parts count
replacement
No.
cycle 40
LS
Rear stopper solenoid
15AV8253#
1
5,000,000 127, 132
41
FS
Intermediate roller release solenoid
15AA-449#
1
5,000,000 113
42
Stapler unit /Fr
15AA4222#
1
500,000 111
43
Stapler unit /Rr
15AA-450#
1
500,000 112
44
Paper exit roller /A (sponge roller)
122H4825#
8
750,000
Roller release solenoid /1
15AN8251#
1
5,000,000 139
46
Roller release solenoid /2
15AN-239#
1
5,000,000 140
47
Roller release solenoid /3
15AN8251#
1
5,000,000 140
48
Right angle gate solenoid
15AN-249#
1
5,000,000 138
49
Stapler assembly /Rt
15AN-550#
1
1,000,000 134
50
Stapler assembly /Lt
15AN-550#
1
1,000,000 135
51
Trimmer blade assembly
15AN-570#
1
37,500 136
52
Trimmer board assembly
15AN5282#
1
18,900 137
53
Trimmer blade motor
15AN8002#
1
200,000
54
Trimmer press motor
15AN8002#
1
200,000
55
Bundle press stage gear
15AN7719#
1
500,000
Switchback roller
13GQ4519#
1
750,000 158
57
Cover paper separation clutch
56AA8201#
1
3,000,000 162
58
Roller cutter blade Assy
A0754421#
1
100,000 163
59
Filter
A0753724#
1
750,000 164
60
Sub tray exit solenoid
15ANR714#
1
10,000,000 154
61
SC switchback release motor
13GQ8005#
1
6,000,000 155
62
FD alignment solenoid
15AA8251#
1
20,000,000 156
63
SC pressure arm solenoid
A075B746#
1
20,000,000 157
Recycle pump
14RT-210#
1
10,000,000 151
61
Accumulator
14RT-230#
1
10,000,000 152
62
Waste toner recycle box
14RT-970#
1
750,000 150
45
56
60
SD
PB
RC
(including the waste toner filter)
3.4.3 No.
Spot replacement parts list Classification
Part name
Part number
Qt.
Actual
Parts count
replacement
No.
cycle 1
Pick-up roller
55VA-484#
1
500,000 159
2
Paper feed roller
55VA-483#
1
500,000 160
3
Separation roller
55VA-483#
1
500,000 160
4
Cover paper pick up clutch
56AA8201#
1
3,000,000 161
Pick-up roller
A08R5621#
1
50,000 61,66,71
6
Paper feed roller
A08R5622#
1
50,000 62,67,72
7
Separation roller
A08R5622#
1
50,000 62,67,72
5
PB
PF (PP-701)
2
35
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
bizhub PRO 1050/1050P /1050e/1050eP
3. PERIODIC CHECK
3.5
Field Service Ver3.0 Nov.2006
Maintenance procedure
Caution: • When replacing periodically replaced parts, be sure to unplug the power cord of the main body from the power outlet.
3.5.1
External section
A. Replacing the ozone filters /A, /K and the conveyance suction filter (1) Periodically replaced parts/cycle • Ozone filter /A: Every 4,500,000 prints • Ozone filter /K: Every 4,500,000 prints • Conveyance suction filter: Every 4,500,000 prints (2) Procedure
1.
[1]
Loosen 2 screws [1] and remove the exhaust cover [2].
[2]
1050fs2053c
2.
[1]
/K [2], and the conveyance suction filter [3].
3. [2]
[3]
1050fs2054c
36
Remove 2 ozone filters /A [1] and the ozone filter Reinstall the above parts following the removal steps in reverse.
3. PERIODIC CHECK
B. Replacing the developing suction filter (1) Periodically replaced parts/cycle • Developing suction filter: Every 4,500,000 prints (2) Procedure
1.
Loosen 2 screws [1] and remove the filter cover [2].
[1]
[2]
1050fs2055c
[1]
2. 3.
Remove the developing suction filter [1]. Reinstall the above parts following the removal steps in reverse.
1050fs2056c
37
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
bizhub PRO 1050/1050P /1050e/1050eP
3. PERIODIC CHECK 3.5.2
Field Service Ver3.0 Nov.2006
Photo conductor section
A. Removing/reinstalling the photo conductor section NOTE • When the drum section has been removed, be sure to store it in a dark place with the drum cover provided. • When removing/reinstalling the photo conductor section, be careful not to rotate the drum in any direction other than the specified direction. Rotating it in the opposite direction to the rotational direction while printing may cause damage to the cleaning blade. • When removing/reinstalling the photo conductor section, be absolutely sure not to touch the drum claw. (1) Procedure
1. 2.
[1]
Open the front doors /Rt and /Lt. Bring down lever A of the ADU. (See P.112)
3.
Loosen 3 screws [1] and remove the photo conductor section cover [2].
[2]
1050fs2089c
[3]
4. 5.
[2]
Remove screw [1]. Loosen screw [2] and pull out the intermediate toner hopper [3].
[1]
1050fs2090c
38
3. PERIODIC CHECK
6.
[2]
Release the lock [1] and open the intermediate toner hopper [2].
[1]
1050fs2091c
7. 8.
[1]
Remove the 2 screws [1]. Remove the screw [2], pull the knob [3] toward you and lock the toner recycle pipe [4] while raising it up in the arrow-marked direction.
[4]
[3]
[2]
1050fs2092c
9.
[5]
Remove the screw [1] and pull out the coupling [2].
10. Hold the sections marked with [3] and [4] and pull out the photo conductor section [5].
11. Reinstall the above parts following the removal steps in reverse. NOTE • For reinstallation of the coupling, see "B. Cleaning/reinstallation of the coupling" in the next section.
[3]
[1]
[2]
[4]
1050fs2093c
39
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
bizhub PRO 1050/1050P /1050e/1050eP
3. PERIODIC CHECK
Field Service Ver3.0 Nov.2006
B. Cleaning/reinstallation of the coupling NOTE • Be sure to conduct this operation when removing the photo conductor section. (1) Procedure
1.
[1]
Clean the periphery of the coupling with drum cleaner.
2.
Insert the coupling so that the protrusions [2] of the coupling [1] get into the depressed portions
[2]
[4] of the drum [3]. NOTE • An detent [5] is provided on the inside of the coupling [1]. So be sure to set it into the key groove [7] of the drum shaft [6].
[4]
[7] [3]
[6]
[2]
[5]
40
fs503fs2094c
3. PERIODIC CHECK
3.
While attaching a plus driver lightly to the coupling [1], rotate the coupling [1] clockwise until its meshing surface fits the external surface of the bearing [2].
[1]
[2]
1050fs2420c
4.
Tighten the coupling [2] with the screw [1].
[2]
[1]
1050fs2095c
41
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
bizhub PRO 1050/1050P /1050e/1050eP
3. PERIODIC CHECK
Field Service Ver3.0 Nov.2006
C. Replacing the charger unit NOTE • When removing the charger unit, be careful not to touch the mesh portion of the charger control plate with bear hands. • When cleaning the charger control plate, blow off dirt with the blower brush. (1) Periodically replaced parts/cycle • Charger unit: Every 6,000,000 prints (2) Procedure
1. [3]
Pull the photo conductor section out of the main body. (See P.38)
2.
Disconnect the connector [1] and remove the wiring harness of the charger from the harness clamps [2] at the 3 places.
3.
[2]
Hold the portions marked with [3] and [4] and remove the charger unit [5].
4.
Reinstall the above parts following the removal steps in reverse.
[1] [5]
[4]
42
1050fs2096c
3. PERIODIC CHECK
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006 D. Replacing the charger control plate (1) Periodically replaced parts/cycle • Charger control plate: Every 750,000 prints (2) Procedure
1.
Remove the charger unit. (See P.42)
2.
Slide the lever [1] in the arrow-marked direction [2] to release the lock [3] and remove the charger
[4]
control plate [4]. NOTE • Be sure to avoid loosening or removing the screw [5] that fastens the lever.
3.
Reinstall the above parts following the removal steps in reverse.
[3] [5]
[4]
[1]
[2]
1050fs2104c
43
bizhub PRO 1050/1050P /1050e/1050eP
3. PERIODIC CHECK
Field Service Ver3.0 Nov.2006
E. Replacing the charger wire/charger vibration proof rubber (1) Periodically replaced parts/cycle • Charger wire: Every 750,000 prints • Charger vibration proof rubber: Every 750,000 prints (2) Procedure
[2]
1. 2. 3.
[5]
Remove the charger unit. (See P.42) Remove the charger control plate. (See P.43) Remove the spark arrester plates /Fr [1] and /Rr [2].
4.
Remove the springs [3], one each, and then remove the charger wires [4] and the charger vibration proof rubber [5], one each.
NOTE • When reinstalling the charger wire, be sure to insert each of the wires into the cut [6] of the
[6] [4]
[5]
charger vibration proof rubber. • Be sure to reinstall the charger wires so that the hook [7] of each spring turns to the inside.
5.
Reinstall the above parts following the removal steps in reverse.
[7]
[4]
44
[3]
[1]
[7]
1050fs2105c
F.
3. PERIODIC CHECK
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006 Replacing the charger cleaning unit/C-clip
(1) Periodically replaced parts/cycle • Charger cleaning unit: Every 750,000 prints • C-clip: Every 750,000 prints (2) Procedure
1. 2. 3. 4.
[4]
[3]
Remove the charger unit.(See P.42) Remove the charger control plate. (See P.43) Remove the charger wire. (See P.44) Remove the C-clip [3], one each, from the shaft [2] of the charger cleaning unit [1].
[2]
5.
Reverse the charger unit [4] and remove the 2 charger cleaning units.
6.
Remove the collar [5] from the shaft of each of the charger cleaning units.
7.
When the charger back plate is stained, clean it with drum cleaner and a cleaning pad.
[4]
[1]
NOTE • Be careful that the collar inserted into the shaft of the charger cleaning unit does not
[6]
drop off. • Be sure to reinstall the charger cleaning unit so that the marking "F" [6] turns in the same direction as shown in the drawing.
8.
Reinstall the above parts following the removal steps in reverse.
[1]
[2]
[5]
1050fs2106c
1
45
bizhub PRO 1050/1050P /1050e/1050eP
3. PERIODIC CHECK
Field Service Ver3.0 Nov.2006
G. Replacing the drum temperature sensor (1) Periodically replaced parts/cycle • Drum temperature sensor: Every 3,000,000 prints (2) Procedure
[2]
1. 2. 3.
Pull out the photo conductor section.(See P.38) Remove the charger unit. (See P.42) Remove 2 connectors [1] and then remove the wiring harness from the wiring harness clamp.
NOTE • Take note of the direction of the connector to be removed.
4.
port stay assembly [3].
[3]
[1]
[2]
46
Loosen 2 screws [2] and remove the sensor sup-
[1]
1050fs2097c
3. PERIODIC CHECK
5. 6.
[3]
Disconnect the connector [1]. Remove the screw [2] and then remove the drum temperature sensor [3].
7.
Reinstall the above parts following the removal steps in reverse.
[1]
[2]
1050fs2098c
47
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
bizhub PRO 1050/1050P /1050e/1050eP
3. PERIODIC CHECK
Field Service Ver3.0 Nov.2006
H. Replacing the drum/cleaning of the photo conductor section NOTE • Be careful not to touch or damage the drum and the cleaning blade with bare hands. • When storing the drum, be sure to store it in dark place with the drum cover attached. • When reinstalling the drum, the cleaning blade and the toner guide brush, be sure to apply setting powder all around the drum and the cleaning blade regardless of these parts being new or used ones. • When the drum is applied with setting powder, be sure to conduct the following operations before installing the photo conductor section to the main body: 1) With the charger and the developing section removed, rotate the drum one full turn (to prevent splashing of setting powder to the charger and prevent the image from getting blurred). 2) When installing a new drum, be sure to reset the photo conductor counter in the service mode. If not reset, image fogging and toner splash may result.(See P.350) (1) Periodically replaced parts/cycle • Drum: 1,000,000 prints or 220 hours drive, whichever is earlier (2) Procedure
1.
[1]
Pull out the photo conductor section. (See P.38)
2.
Remove the charger unit. (See P.42)
3.
Remove the sensor support stay assembly. (See P.46)
4.
Remove the developing unit. (See P.53)
5.
Remove the cleaning section. (See P.72)
6.
1050fs2099c
48
Remove the drum [1].
3. PERIODIC CHECK
7.
Clean toner adhered around the drum installation section [1] and the developing suction duct [2].
8.
Clean the maximum density sensor [3] and the gamma sensor [4] on the toner control sensor board (TCSB) with a cleaning pad.
[3]
[4]
[1]
[2]
1050fs2100c
9.
Clean toner in the recycle pipe [1] and on the toner receiving plate [2] with a vacuum cleaner.
NOTE • When cleaning toner with a vacuum cleaner, be sure to turn the shutter section [3] in the arrow-marked direction. • When cleaning the recycle pipe, be sure to tap the pipe softly to let toner that adheres to the inner wall drop off, and then rotate the gear [4] to discharge the toner.
[4]
[1]
[2] [3]
1050fs2400c
10. Reinstall the above parts following the removal steps in reverse.
49
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
bizhub PRO 1050/1050P /1050e/1050eP
3. PERIODIC CHECK I.
Field Service Ver3.0 Nov.2006
Replacing the drum claw
NOTE • When reinstalling the drum claw, take note of the direction and position of the claw. (1) Periodically replaced parts/cycle • Drum claw: Every 1,000,000 prints (2) Procedure
[4]
[3]
1. 2. 3. 4.
Pull out the photo conductor section.(See P.38) Remove the cleaning unit. (See P.72) Remove the drum. (See P.48) Disconnect the connector [1] and remove the spring [2].
5.
Remove 2 screws [3] and then remove the drum claw unit [4].
[1]
50
[3]
[2]
1050fs2101c
3. PERIODIC CHECK NOTE
[3]
• When reinstalling the drum claw unit [1], be sure to set the projection [2] of the drum claw unit to the guide hole [4] of the photo conductor section [3].
[4]
[3] [4]
[2]
[1]
1050fs2102c
51
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
Field Service Ver3.0 Nov.2006
bizhub PRO 1050/1050P /1050e/1050eP
3. PERIODIC CHECK
6.
[3]
Remove the C-clip [1], pull out the shaft [2] in the arrow-marked direction and remove the 3 drum claws [3].
7.
Remove the springs [4], one each, from each of the dram claws.
[2] NOTE • When reinstalling the drum claws, be sure to clean the shaft with drum cleaner and a cleaning pad. Reinstalling the separation claws with toner adhered causes the operation to slow down. • When reinstalling the drum claws, be sure to
[3]
insert the C-clip between the ribs [5]. • After reinstalling the dram claws, check to see if they move smoothly.
[4]
[1]
Reinstall the above parts following the removal steps in reverse.
[5]
52
8.
1050fs2103c
3.5.3
3. PERIODIC CHECK
Developing section
A. Replacing the suction filter (1) Periodically replaced parts/cycle • Suction filter: Every 750,000 prints (2) Procedure
1.
[2]
Pull the photo conductor section out of the main body. (See P.38)
[1]
2.
Open the cover of the developing suction assembly [1].
3. 4.
Remove the suction filter [2]. Clean the outside and the inside of the developing suction assembly with the cleaner.
NOTE • When reinstalling the suction filter, be sure to 1050fs2107c
expand the filter opening before installation. • When reinstalling it, make sure that the cover of the developing suction assembly has been closed thoroughly.
5.
Reinstall the above parts following the removal steps in reverse.
B. Replacing the developing suction assembly (1) Periodically replaced parts/cycle • Developing suction assembly: Every 6,000,000 prints (2) Procedure
1.
Pull the photo conductor section out of the main body. (See P.38)
2.
Remove the screw [1] and then remove the developing suction assembly [2].
[2]
3.
Reinstall the above parts following the removal steps in reverse.
[1]
1050fs2108c
53
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
bizhub PRO 1050/1050P /1050e/1050eP
3. PERIODIC CHECK
Field Service Ver3.0 Nov.2006
C. Cleaning of the developing unit (1) Procedure
1.
[1]
Pull the photo conductor section out of the main body. (See P.38)
2.
Remove the developing suction assembly. (See P.53)
3.
Remove the developing unit. (See P.55)
4.
Remove the developing unit cover /1. (See P.55)
[3]
[3]
[2]
5.
Clean up the developer regulation blade [1], the underside of the developing roller [2] and both
1050fs2401c
sides of the developer roller [3] with a vacuum cleaner. NOTE • Be careful not vacuum too much developer necessarily. Cleaning should be restricted only to stained sections. • Be careful not to bend the lower sheet.
6.
[1]
Clean up the rear side of the developing unit cover /1 [1] with a vacuum cleaner.
7.
Clean up the suction duct [2] of the developing unit cover /1 with a vacuum cleaner.
8.
Reinstall the above parts following the removal steps in reverse.
[2]
1050fs2402c
54
2
3. PERIODIC CHECK
D. Replacing the developing unit (1) Periodically replaced parts/cycle • Developing unit: Every 6,000,000 prints (2) Procedure
1.
Pull the photo conductor section out of the main body. (See P.38)
2.
Remove the developing suction assembly. (See P.53)
3.
Release the developing pressure lever [2] while holding down the right side [1] of the developing unit.
NOTE
[2]
[1]
1050fs2109c
• When releasing the developing pressure lever, be careful not to touch the front panel and the rear panel of the photo conductor section.
4.
Hold the sections [1] and [2] with both hands and remove the developing unit [3].
[2] [1] [3]
1050fs2110c
55
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
bizhub PRO 1050/1050P /1050e/1050eP
3. PERIODIC CHECK
Field Service Ver3.0 Nov.2006 NOTE • When reinstalling the developer unit, make sure that the developing unit stopper roller [1] is in contact with the developing unit stopper plate [2]. (DS secured) • When the developing unit stopper roller is too
[2]
easily rotated, remove it once and then reinstall it.
[1]
[1]
1050fs2116c
5.
Reinstall the above parts following the removal steps in reverse.
[2]
NOTE • When reinstalling the developer unit, be careful that the front panel of the photo conductor section does not come into contact with the
[1]
1050fs2111c
developing roller [1]. • Never rotate the developing gear to the arrow-marked direction [2].
56
1
3. PERIODIC CHECK
E. Replacing the developer NOTE
[2]
• When replacing the developer, be careful that dirt does not get into it. • When rotating the developing roller [1], be sure to rotate the developing gear to the arrow-marked direction [2] with the flat blade driver. • When putting in new developer, be sure to reset the developer counter in the service mode. If not reset, image fogging and toner
[1]
splash may result. (See P.350)
1050fs2112c
(1) Periodically replaced parts/cycle • Developer: 1,000,000 prints or 220 hours drive, whichever is earlier (2) Procedure
1. [4]
Pull the photo conductor section out of the main body.
[2]
(See P.38)
2.
Remove the developing suction assembly. (See P.53)
[3]
3.
Remove the developing unit. (See P.55)
[1]
1050fs2113c
4.
Release 2 hooks [1] and remove the developing unit cover /1 [2].
5.
Release 2 hooks [3] and remove the developing unit cover /2 [4].
1
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Field Service Ver3.0 Nov.2006
[4]
6.
[2]
With the developing unit [1] tilted to about 45° [2], rotate the developing gear to the arrowmarked direction [3] with a flat blade screwdriver to discharge the developer [4] in the developing
[1]
unit thoroughly.
7.
Use cleaner to clean the developer adhered to the developing roller.
NOTE • Any used developer remaining in the developing roller may cause gray background to the image.
[3]
1050fs2114c
8.
[3]
Pour new developer [1] evenly from above the mixing screw [2].
[4]
9.
Rotate the developing gear [5] counterclockwise so that the developer gets fully into the developing unit [4].
10. Repeat the steps 8 and 9 to pour the developer completely.
[1]
[5]
11. Rotate the developing gear counterclockwise and check the height of developer across the entire developing roller [6].
[2]
58
1
[6]
1050fs2115c
12. Reinstall the above parts following the removal steps in reverse.
3.5.4
3. PERIODIC CHECK
Toner supply section
A. Replacing/cleaning of the toner bottle (1) Procedure
[3]
1.
Open the toner supply door [1] and pull out the toner supply cover /A assembly [2].
2.
Remove the toner bottle [3].
3.
Clean around the toner bottle insertion opening
[1]
[2]
1050fs2004c
[1]
[1] with a blower brush and a vacuum cleaner.
4.
Reinstall the above parts following the removal steps in reverse.
1050fs2005c
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B. Replacing the agitator plate assembly (1) Periodically replaced parts/cycle • Agitator plate assembly /1: Every 1,500,000 prints • Agitator plate assembly /2: Every 1,500,000 prints (2) Procedure
1. 2. 3.
[2]
Open the front doors /Rt and /Lt. Bring down the lever A of the ADU.(See P.112) Remove the cover on the photo conductor section and pull out the intermediate toner hopper to open it.(See P.38)
4.
Close up the connection opening [1] of the intermediate toner hopper with a cleaning pad [2].
5.
Attach the toner recovery bag [4] beneath the shutter section [3] connected to the developing unit.
NOTE • For the toner recovery bag, use a paper bag made by folding a sheet of paper, or a vinyl bag. Be sure to fix it at an appropriate place
[3]
[4]
[1]
so that toner does not spill over. And also,
1050fs2783c
make sure that the bag does not come down by the toner's own weight. • The intermediate toner hopper contains toner about half as much as the volumetric capacity of the hopper. Be sure to set up a bag that accommodates of the entire toner amount.
[3]
[2]
[5]
6.
[4]
Enter 54-00 in "I/O check mode" in the service mode and press the start button.
7.
Insert the connecting shutter [1] fully deep and open it to discharge toner in the hopper. (This takes about 5 minutes.)
NOTE • While discharging, be sure to rotate the gear [2] several times in the arrow-marked direction [3] once in a while so that toner that is above the agitator plate assembly is discharged. • When rotating the gear [2] and no more toner is discharged, it is considered that almost all toner has been recovered.
[1]
[6]
1050fs2784c
• Be sure to avoid sucking toner in the intermediate toner hopper with a vacuum cleaner. Using a cleaner may cause damage electrostatically to the toner remaining sensor /1 (PS31).
60
2
3. PERIODIC CHECK
[2]
8. 9.
[1]
Press the stop button. Remove 5 screws [1] and then remove the intermediate toner hopper cover assembly [2] in the arrow-marked direction [3].
NOTE • The intermediate toner hopper cover assembly [5] will also be adhered with toner. Be careful that it does not scatter.
[3]
[1]
1050fs2802c
10. Rotate the gear [1] in the arrow-marked direction
[2]
until 2 screws [3] that hold the agitator plate assembly [2] turns up. NOTE • At this time, the sheet of the agitator plate assembly /1 jumps up. Be sure to cover about half of it with paper so that toner does not scatter.
11. Remove 2 screws [3] and then remove the agitator plate assembly /1 [2].
[5]
[3]
[4]
1050fs2785c
NOTE • Be sure not to rotate the gear [1] after removing the agitator plate assembly /1. Rotating it may cause a phase lag with the agitator plate assembly /2 [5], thus making it impossible to detect the remaining amount of toner properly.
2
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[2]
12. Remove the two screw [1] and remove the stirring plate /2 assembly [2].
13. Reinstall the above parts following the removal steps in reverse. NOTE • The recovered toner may get mixed with impurities. Be sure to dispose of it, do not put it back in the intermediate toner hopper.
[1]
62
2
1050fs5101c
3. PERIODIC CHECK
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006 C. Replacing the toner supply sleeves /1 and /2 (1) Periodically replaced parts/cycle • Toner supply sleeve /1: Every 3,000,000 prints • Toner supply sleeve /2: Every 3,000,000 prints (2) Procedure
[1]
1. 2.
Remove the left cover.(See P.250) Open the front doors /Rt [1] and /Lt [2] and the toner supply door [3].
[2]
3. 4. 5.
Remove the toner bottle [4]. (See P.59)
6.
Remove 6 screws [1] and then remove the toner
Remove the toner supply door. (See P.254) Replace the toner supply cover /A assembly [5].
[4]
[3] [5]
[1]
1050fs2006c
[2]
[1]
supply protective assembly [2].
7.
Pull out the toner supply cover /A assembly [3] until the lock is released.
NOTE • If the toner supply cover /A assembly [3] is set, the lock section [5] remains in contact when the toner supply lock assembly [4] is removed. Be sure to pull out the toner supply cover /A assembly [3].
8. 9. 10. 11.
[7]
[5] [3] [4]
[6]
Remove 2 screws [6]. Remove 2 screws [7]. Pull out tray /2. Remove the toner supply lock assembly [4].
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3. PERIODIC CHECK
12. Remove 2 connectors [1] and the wiring harness from the wiring harness clamp.
[1]
1050fs2008c
13. Release 2 hose clamps [1] and remove 2 hoses
[5]
[2]
[3] from the toner feed case [2]. NOTE • Keep each of the released hose clamps [1] near the connecting opening of each hose [3]. • When the hose [3] is removed from the toner feed case [2], toner may spill out of each hose. Be careful that the inside of the main body does not get stained with toner. • The hose connecting section of the toner feed case [2] and the hose [3] are provided with the
[3]
toner supply installation label [4] that indicates the respective points to which a con-
[1]
[3]
nection is made. When installing each hose, be sure to make a connection between the points having the corresponding toner supply installation label [4].
[2]
14. Release the cable clamp [5] and pull out the hose [3] to the outside of the main body. NOTE • The hose [3] may be damaged when the toner
[4]
64
[4]
1050fs2009c
supply unit [6] is being removed. Be sure to pull it out to the outside of the main body.
3. PERIODIC CHECK
[2]
15. Remove the screws [1] and [2], and pull out and
[1]
[3]
remove the toner supply unit [3].
1050fs2010c
NOTE
[1]
• When reinstalling the toner supply unit [1], be sure to insert 2 guide pins [2] on the rear side
[4]
and 2 guide pins [3] on the front side into the respective guide holes [4] of the main body frame.
[3]
[1] [4]
[2]
1050fs2011c
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16. Remove 4 screws [1] and then remove the toner supply protective plate [2].
[2]
[1] [2]
[1]
1050fs2012c
17. Remove 4 screws [1] and then remove the cover [2]
[1] [2]
[1] 1050fs2404c
66
/Up [2].
3. PERIODIC CHECK NOTE
[6]
• When reinstalling the cover /Up [2], set the
[8]
projection [5] of the cover /Lw [4] to the positioning hole [3] of the cover /Up [2] and then insert the projection [6] of the cover /Up [2] into the slit [8] of the drive board [7].
[7] [2]
[3]
[4]
[5] [2]
[3]
[4]
[5] 1050fs2013c
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18. Remove the toner supply sleeves /1 [1]. 19. Push the coupling in the arrow-marked direction [3]
[2] and remove the toner supply sleeve /2 [3].
[1]
[2]
1050fs2014c
NOTE
[2]
[1]
• Be sure to reinstall the toner supply sleeves /1 [1] and /2 [2] in the direction as shown in the drawing.
20. Reinstall the above parts following the removal steps in reverse. NOTE • After completion of disassembly/assembly of the toner supply unit, be sure to select the code 54-09 (rotation of the toner pump motor (M28) and the air pump motor (M29)) in the I/O check mode of the service mode and then press the start button. When toner drops off into the mixing section due to the vibration of the disassembly/ assembly, this may cause the codes SC23-14 and SC23-17. (See chapter III "4.6.1 G. Removing toner from the toner mixing section" in the Field Service for the main body.)
[1]
68
[2]
1050fs2015c
3. PERIODIC CHECK
D. Replacing the pump units /Lt and /Rt (1) Periodically replaced parts/cycle • Pump unit /Lt: Every 10,000,000 prints • Pump unit /Rt: Every 10,000,000 prints (2) Procedure
1.
Remove the rear cover and the upper covers / Rr1 and /Rr2.(See P.250)
2.
Remove 4 screws [1] and then remove the exterior mounting plate [2].
[1]
[2]
[1]
1050fs2016c
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[2]
[1]
[3]
[5]
3. 4.
Disconnect 2 connectors [1]. Release 2 hose clamps [2] and remove 2 hoses [4] from the pump unit /Rt [3].
NOTE • Keep each of the released hose clamps [2] near the connecting opening of each hose [4]. • When the hose [4] is removed from the pump unit /Rt [3], the toner may spill out of each hose. Be careful that the inside of the main body does not get stained with the toner. • The hose connecting section of the pump unit /Rt [3] and the hose [4] are provided with the toner supply installation label [5] that indi-
[5]
[4]
cates the respective points to which a con-
[5]
nection is made. When installing each hose,
1050fs2017c
be sure to make a connection between the points having the corresponding toner supply installation label [5].
[3]
[1]
5. 6.
[2]
Disconnect 2 connectors [1]. Release 2 hose clamps [2] and remove 2 hoses [4] from the pump unit /Lt [3].
NOTE • Keep each of the released hose clamps [2] near the connecting opening of each hose [4]. • When the hose [4] is removed from the pump unit /Lt [3], the toner may spill out of each hose. Be careful that the inside of the main body does not get stained with the toner. • The hose connecting section of the pump unit /Lt [3] and the hose [4] are provided with the toner supply installation label [5] that indicates the respective points to which a con-
[5]
[4]
[5]
1050fs2405c
nection is made. When installing each hose, be sure to make a connection between the points having the corresponding toner supply installation label [5].
70
3. PERIODIC CHECK
7.
Remove the screws [1], two each, and remove the pump unit /Lt [2] and the pump unit /Rt [3].
[3] [2]
[1]
NOTE • When reinstalling each pump unit, be sure to
[1]
insert the toner supply spacer [4] between the attaching surfaces.
8.
Reinstall the above parts following the removal steps in reverse.
[4]
[4]
1050fs2018c
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3. PERIODIC CHECK 3.5.5
Field Service Ver3.0 Nov.2006
Cleaning/toner recycle section
A. Removing/reinstalling the cleaning section NOTE • Be sure to avoid touching the edge of the cleaning blade with bare hands. • Before reinstalling the cleaning section, be sure to clean the cleaning section with a blower brush and a cleaning pad. • When reinstalling the cleaning section, be sure to apply setting powder to the entire periphery of the drum and the cleaning blade regardless of these parts being new or used ones. • When the drum is applied with setting powder, be sure conduct the following operations before installing the photo conductor section to the main body: 1) To obtain an accurate toner density, clean setting powder splashed onto the gamma sensor and the maximum density sensor on the toner control sensor board (TCSB) with a cleaning pad soaked in drum cleaner. 2) With the charger unit and the developing unit removed, rotate the drum one full turn (for splash prevention of setting powder to the charger and prevention against the image getting blurred). (1) Procedure
1.
Rotate the drum one full turn by hand.
NOTE
[7]
• Be sure to rotate the drum one full turn to prevent the toner on the guide brush inside the cleaning section from falling down.
2.
Pull the photo conductor section out of the main body. (See P.38)
3.
[1]
Release the 2 levers [1] that holding the cleaning section.
4.
Remove the connector [2], remove the wiring harness from the clamp [3] and then remove the cleaning section [4].
[4] NOTE • When removing the cleaning section, be sure
[3]
to move it along the ribs [5] of the photo con-
[2]
ductor section with the opposite side of the drum contacting section slanted to about 15°. When reinstalling it, be sure to set the reference pin [6] of the photo conductor section to the notch [7] of the cleaning section.
5. [5]
[6]
72
1050fs2117c
Reinstall the above parts following the removal steps in reverse.
3. PERIODIC CHECK
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006 B. Replacing the cleaning blade NOTE
• When replacing the cleaning blades, be sure to replace 2 blades at the same time. • Be sure to avoid touching the edge of the cleaning blade with bare hands. (1) Periodically replaced parts/cycle • Cleaning blade: Every 750,000 prints (2) Procedure
1.
Pull the photo conductor section out of the main body. (See P.38)
[1]
2. 3.
Remove the cleaning section. (See P.72) Remove the screw [1] and then remove the cleaning blade /2 [2].
4.
[2]
Reinstall a new cleaning blade /2.
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Field Service Ver3.0 Nov.2006
5.
With the blade release arm [1] raised in the arrow-marked direction [2], rotate the blade replacement lever [3] in the arrow-marked direction [4] to turn the cleaning blade /2.
[2]
NOTE • Be sure to keep the blade release arm raised up, do not let go of it.
[1]
[3]
[4]
1050fs2120c
74
3. PERIODIC CHECK
6.
Bring down the blade release arm [1] in the arrow-marked direction [2].
NOTE
[1]
• Be sure to keep hold of the blade replacement lever [3] being rotated, do not let go of it.
[2]
7.
Release the hand that is holding the blade replacement lever.
[3]
1050fs2121c
8.
Remove the screw [1] and then remove the cleaning blade /1 [2].
[1]
9. Install a new cleaning blade /1. 10. Remove toner adhered to the lower [3] and upper [4] blade sides of the cleaning section with a cleaning pad.
[4]
[3]
[2]
1050fs2503c
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Field Service Ver3.0 Nov.2006
11. Reinstall the parts after that following the removal
[2]
steps in reverse. NOTE • After replacing the cleaning blades /1 and /2, be sure to check to see if the blade replacement lever [1] has been pulled. • After replacing the cleaning blades /1 and /2, be sure to conduct the blade set mode in the service mode to prevent the blade from curling up.(See P.346) • Be sure to avoid using the blade set mode
[1]
fs503fs2153c
other than when replacing the cleaning blade. Otherwise, the cleaning blade count of the fixed parts count is reset so that the blade is not replaced automatically at the correct timing.
76
3. PERIODIC CHECK
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006 C. Cleaning/replacing the toner seal board NOTE • Be sure to avoid touching the edge of the cleaning blade with bare hands. (1) Periodic cleaning cycle • Toner seal board: Every 750,000 prints (2) Periodically replaced parts/cycle • Toner seal board: Every 3,000,000 prints (3) Procedure
[4]
[6]
1.
[5]
Pull the photo conductor section out of the main body. (See P.38)
2. 3.
Remove the cleaning section. (See P.72) Remove the screws [1] and [2], and then remove the toner seal board [3].
4.
Clean the sheet section [4] of the toner seal board with a blower brush and a cleaning pad.
[3]
NOTE • When reinstalling the toner seal board, be sure to first of all install the screw [1]. • When both sides [5] of the sheet section of the toner seal board get inside of the toner guide brush [6], an overflow toner may result. On such an occasion, a correction should be
[1]
[3]
made so that the warp of the sheet section
[2]
becomes parallel to the toner guide brush or
1050fs2122c
it turns a little to this side (less than 1 mm).
5.
Reinstall the above parts following the removal steps in reverse.
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D. Replacing the toner guide brush/scattering prevention felt/seal plate NOTE • Be sure to avoid touching the edge of the cleaning blade with bare hands. • When reinstalling the toner guide brush, apply setting powder uniformly with the toner guide brush removed. • Be absolutely sure to avoid touching the brush section of the toner guide brush with bare hands. Also, be careful that the brush section does not come in direct contact with other objects. (1) Periodically replaced parts/cycle • Toner guide brush: Every 1,500,000 prints • Scattering prevention felt: Every 1,500,000 prints • Seal plate /Fr: Every 1,500,000 prints • Seal plate /Rr: Every 1,500,000 prints (2) Procedure
1.
[2]
Pull the photo conductor section out of the main body. (See P.38)
2. 3. 4.
Remove the cleaning section. (See P.72) Remove the toner seal board.(See P.77) Remove the screw [1] and then remove the seal plate /Fr [2].
5.
Remove the screw [3] and then remove the seal plate /Rr [4].
[1]
[4]
[3]
1050fs2118c
78
3. PERIODIC CHECK
6.
Move the toner guide brush [1] in the order of the arrow-marks [2] and [3] and remove it.
NOTE • When reinstalling the toner guide brush, be sure to set the pin [6] of the toner guide brush to the coupling slit [5] of the cleaning section [4].
[6]
7. [2]
[1]
After removal of the toner guide brush, clean up the installation section of the seal plates /Fr and / Rr by a vacuum cleaner.
[4]
[5]
[3]
1050fs2123c
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3. PERIODIC CHECK
Field Service Ver3.0 Nov.2006
8.
[2]
Remove the C-clip [3], the bearing [4], the scattering prevention felt [5], the bearing fixing member [6] and the toner prevention collar [7] in this order from the shaft [2] of the toner guide brush
[3]
[1].
[1]
NOTE • Be careful that the toner prevention collar does not get lost.
9. [5]
steps in reverse.
[6]
[4]
[7] 1050fs2124c
80
Reinstall the above parts following the removal
3. PERIODIC CHECK
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006 E. Replacing the toner guide plate assembly (1) Periodically replaced parts/cycle • Cleaning gear /A assembly: 6,000,000 prints • Cleaning gear /B: 15,000,000 prints • Toner guide plate assembly: Every 3,000,000 prints (2) Procedure
1.
body. (See P.38)
[2] [1]
[5]
Pull the photo conductor section out of the main
2. 3. 4. 5.
Remove the cleaning section. (See P.72) Remove the toner seal board. (See P.77) Remove the seal plate. (See P.78) Remove the E-rings [1], one each, and then remove 2 cleaning mounting lever collars [2].
[4]
6.
Remove the screws [3] (B tight M3 x 8) and [4] (TPM3 x 6) and then remove the drive reinforcing plate [5].
[3]
[2]
[1]
1050fs2125c
NOTE • When installing the drive reinforcing plate, be careful not to confuse the screw [3] with the screw [4]. • When installing the drive reinforcing plate, be sure to tighten the screw [3] and the screw [4] in this order after fastening each of the cleaning mounting lever collar with the E-ring.
7.
[1]
Remove the cleaning gear /A assembly [1].
1050fs2423d
2
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Field Service Ver3.0 Nov.2006
[4][5]
[3]
[2]
8.
[1]
Remove the E-ring [2] from the toner guide shaft [1], and remove the cleaning gear /B [3].
NOTE • While removing the cleaning gear /A assembly or the cleaning gear/B [3], the bearing [4] and the splash prevention felt [5] may come off. If the felt become detached, make sure to replace it with a new one.
1050fs2424d
[2]
9.
[1]
Remove the E-ring [2] from the toner guide shaft [1].
1050fs2425d
[1]
[2]
10. Remove the C-clip [1] and remove the bearing
[3]
[2].
11. Pull out the toner guide shaft [3] to remove it.
1050fs2426d
82
2
3. PERIODIC CHECK NOTE
[1][2]
• When reinstalling the toner guide shaft, be sure to insert it while holding it down from the outside so that the bearing [1] does not come off. • If the bearing and the splash prevention felt [2] become detached while inserting the toner guide shaft, make sure to replace the splash prevention felt with a new one.
1050fs2427d
2
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Field Service Ver3.0 Nov.2006
12. Remove 2 screws [1] and then remove the toner
[1]
guide plate assembly [2]. NOTE • When reinstalling the toner guide plate assembly, be sure to hit it against the lower side before fixing it.
13. Clean up the exterior of the cleaning unit with a cleaning pad and a blower brush.
14. Reinstall the above parts following the removal steps in reverse.
[2]
[1]
84
1050fs2130c
F.
3. PERIODIC CHECK
Cleaning when removing the cleaning unit (when conducting maintenance work)
NOTE • When removing the cleaning unit, be sure to clean thoroughly both the inside and the inner wall of the cleaning unit and the recycle pipe with as little toner left as possible. When cleaning is insufficient, toner may spill over the conveyance section. (1) Procedure
1.
Pull out the photo conductor section from the main body. (See P.38)
2. 3. 4.
Remove the cleaning section.(See P.72) Remove the toner seal board.(See P.77) Remove the toner guide brush/seal plates Fr and Rr.(See P.78)
5.
Tap the casing [1] section softly to let the recycled toner adhering to the inner wall drop off.
[1]
1050fs2431c
6.
Rotate the gear [1] in the arrow-marked direction to discharge toner to the outside.
7.
Repeat the steps 5 and 6 until there is no toner discharged. And finally, clean the inside with a vacuum cleaner.
[1]
1050fs2432c
8.
Tap the recycle pipe softly to let the recycled toner adhering to the inner wall drop off into the pipe.
9.
Rotate the gear [1] of the recycle screw counterclockwise and open the shutter section [2] to discharge toner.
10. Repeat the steps 8 and 9 until there is no toner discharged.
11. Clean the cleaning unit mounting place (photo conductor section) with a vacuum cleaner. NOTE
[1]
[2]
• When cleaning it with a vacuum cleaner, be 1050fs2433c
careful that the vacuum cleaner does not come into contact with drum.
12. Reinstall the above parts following the removal steps in reverse.
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3. PERIODIC CHECK 3.5.6
Field Service Ver3.0 Nov.2006
Paper feed section
A. Removing/reinstalling the pick-up roller assembly/separation roller assembly NOTE • The pick-up roller assembly/separation roller assembly are CMS corresponding parts. (1) Procedure NOTE • The method for replacing the pick-up roller assembly/separation roller assembly is the same for tray /1 and tray /2. The explanation here is given for tray /1. • After completion of the installation, rotate the pick-up roller in the direction of the paper feed (counterclockwise as seen from the front) to check to see if the paper feed roller, the belt and the coupling section rotate smoothly. The rotation of the pick-up roller is restricted only to the direction of the paper feed (counterclockwise as seen from the front) and be absolutely sure not to turn it clockwise. • Be sure to take note that the direction of the pick-up roller is different for the main body and the PF.
1.
When the power switch is off, open the toner supply door.
2. [2]
[1]
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Raise up the tray lock lever [1] lightly and pull out the tray [2].
[2]
3. PERIODIC CHECK
3.
[3]
Rotate the pick-up roller [1] in the arrow-marked direction (counterclockwise as seen from the front) and place the coupling [2] in the longitudinal direction.
[1] NOTE • The rotation of the pick-up roller [1] is restricted only to the arrow-marked direction (counterclockwise). It does not rotate in the reverse direction (counterclockwise). So, be sure not to turn it in this direction forcibly.
1050fs2701c
[2]
4.
Remove 2 C-clips [3].
5. 6.
Remove the bearing /Fr [1]. Slide the bearing /Rr [2] to the rear side.
NOTE • When installing the bearing /Fr [1], /Rr [2], insert it in the notch [5] of the metal frame
[1]
while pressing down a little the metal frame [3] of the pick-up roller assembly to make level the flat portion [4] of the bearing /Rr [2]. And then insert the bearing /Fr [1] in the same manner as with the bearing /Rr.
[4] [5]
[2]
[3]
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Field Service Ver3.0 Nov.2006
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3. PERIODIC CHECK
Field Service Ver3.0 Nov.2006
7.
Hold the pick-up roller assembly [1] by hand and lift the paper feed roller [3] up to tilt while rotating it around the shaft [2] of the pick-up roller, and
[7]
then remove it from the notch [4] of the bearing and the coupling [5]. NOTE • When removing the pick-up roller [1], be careful not to damage the sensor [7] with the metal frame [6].
[5]
[3]
[6]
[4]
[2]
88
[1]
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3. PERIODIC CHECK
8.
Remove the pick-up roller shaft [2] from the arm [1] of the paper feed guide plate and then remove
[3]
the pick-up roller assembly [3].
[2] [1]
[3]
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9.
[2]
[1]
Remove 2 screws [1] and then remove the entrance guide plate [2].
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3. PERIODIC CHECK
Field Service Ver3.0 Nov.2006
10. Remove 2 screws [1].
[2]
NOTE • When reinstalling it, fasten it with the screws while pressing down the separation roller assembly [2].
[1]
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11. After pulling out the front side of the separation roller assembly [1], remove the coupling [2] in the rear from the joint [3].
[3] NOTE • When reinstalling it, be sure to engage the coupling pin [2] with the joint [3] before instal-
[2]
lation.
12. Reinstall the above parts following the removal steps in reverse. NOTE
[1]
• After completion of the installation, hold the pick-up roller lightly and rotate it in the direction of the paper feed (counterclockwise as seen from the front) to check to see if the paper feed roller, the belt and the coupling section rotate smoothly. (The rotation of the pick-up roller is restricted only to the direc-
1050fs2707c
tion of the paper feed (counterclockwise as seen from the front) and be absolutely sure not to turn it clockwise.)
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3. PERIODIC CHECK
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006 B. Replacing the pick-up roller/paper feed roller (1) Periodically replaced parts/cycle • Pick-up roller: Every 2,250,000 prints (actual replacement cycle: every 500,000 prints)
• Paper feed roller: Every 2,250,000 prints (actual replacement cycle: every 500,000 prints) (2) Procedure NOTE • The outward appearance of the collar is identical for the paper feed roller and the separation roller. However, a one-way mechanism is provided on the inside of the collar of the paper feed roller with no mechanism provided for the separation roller. Be careful not to confuse one with the other.
1. 2.
Remove the pick-up roller assembly. Remove the C-clip [1], remove the coupling bearing [2] and then remove the mounting bracket [3].
[2]
[1]
[3]
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3.
Pull out the shaft [3] from the collar [1] and remove the pick-up roller [2] from the collar [1].
NOTE • When reinstalling it, take note of the direction of the pick-up roller. Be sure to insert the collar [1] from the side provided with the groove [4].
[3]
[1]
[2]
[4]
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3. PERIODIC CHECK
[2]
Field Service Ver3.0 Nov.2006
4.
[3]
Remove the C-clip [1] and pull out the collar [2] and the paper feed roller [3].
NOTE • When reinstalling it, take note of the direction of the paper feed roller. Be sure to insert the collar [2] from the side provided with the groove [4].
[1]
5.
Reinstall the above parts following the removal steps in reverse.
[4]
[3]
[2]
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3. PERIODIC CHECK
C. Replacing the separation roller (1) Periodically replaced parts/cycle • Separation roller: Every 2,250,000 prints (actual replacement cycle: every 500,000 prints) (2) Procedure NOTE • The outward appearance of the collar is identical for the separation roller and the paper feed roller. However, a one-way mechanism is provided on the inside of the collar of the paper feed roller with no mechanism provided for the separation roller. Be careful not to confuse one with the other.
[1]
1. 2.
Remove the separation roller assembly. Remove the C-clip [1], slide the shaft and remove the separation roller [3] together with the shaft [2].
[3]
[2]
[1]
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[4]
[5]
[3]
[2]
3.
Pull out the gear [2], the collar [3] and the separation roller [4] from the shaft [1] in the arrowmarked direction and remove them.
NOTE • When reinstalling it, take note of the direction of the separation roller. Be sure to insert it into the shaft [2] from the side provided with the groove [5]. • The outward appearance is identical for the
[6]
collar [6] of the separation roller and the col-
[7]
lar [7] of the paper feed roller. However, the one-way mechanism is provided on the inside of the collar [7] of the paper feed roller with
[8]
no mechanism provided for the collar [6] of the separation roller. Be careful not to confuse one with the other.
4.
Reinstall the above parts following the removal steps in reverse.
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3. PERIODIC CHECK
Field Service Ver3.0 Nov.2006
D. Removing/reinstalling the tray
Caution: • The tray is heavy. Be sure to conduct this operation with two people.
NOTE • The procedure for removing/reinstalling the trays /1 to /2 is identical. The explanation here is made of the tray /1. • When raising up the tray, be sure to hold it at the specified positions. Holding it at positions other than those specified may cause damage to the tray, thus resulting in a paper feed jam. (1) Procedure
1. 2.
Open the toner supply door. Lightly raise up the tray lock lever [1] and pull out the tray [2].
[2]
[1]
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94
3.
When paper remains in the tray, take it all out.
[2]
3. PERIODIC CHECK
4.
[1]
Remove the stopper screws [2], one each, provided at either side of the rail [1] and pull the tray further out.
[2]
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3. PERIODIC CHECK
[1]
Field Service Ver3.0 Nov.2006
[2]
[4]
[3]
5.
Remove the screws [1], one each, provided at either side of he rail, hold the tray [2] at the specified positions [3] and raise it up to remove it.
NOTE • When raising up the tray, be sure to hold it at the specified positions [3] and raise it up with two persons. • Be absolutely sure to avoid holding it at positions [4] that can be easily deformed. This may affect the paper tray, thus resulting in a
[3]
jam.
[1]
• When reinstalling it, be sure to check to see if the knobs [5] provided at the 4 places on the rail are securely in the notches [6] of the tray.
6.
Reinstall the above parts following the removal steps in reverse.
[5]
96
[6]
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3. PERIODIC CHECK
E. Replacing the paper feed clutch/separation clutch (1) Periodically replaced parts/cycle • Paper feed clutch /1 (CL4), /2 (CL6): Every 15,000,000 prints (actual replacement cycle: every 3,000,000 prints) • Separation clutch /1 (CL5), /2 (CL7): Every 15,000,000 prints (actual replacement cycle: every 3,000,000 prints)
[1]
1.
[2]
Remove the rail stopper screw of the tray and pull out the tray.
2.
Remove 3 screws [1] and then remove the clutch cover [2].
1050fs2713c
[4]
3.
[7]
Disconnect 2 connectors [1] and remove the 2 wire binding bands [2].
4. [3]
Remove 2 C-clips [3] and then remove the paper feed clutch [4] and the separation clutch [5].
[6]
[5]
NOTE • When reinstalling it, be sure to engage the
[6]
stopper [6] of the clutch with the stopper sec-
[7]
tion [7].
5.
Reinstall the above parts following the removal steps in reverse.
[2]
[1]
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3. PERIODIC CHECK 3.5.7
Field Service Ver3.0 Nov.2006
Vertical conveyance section
A. Removing/reinstalling the vertical conveyance unit (1) Procedure
[2]
[1]
1. 2.
[3]
Remove the right cover. Pull the knob [1] and remove the paper dust guide holder [2].
NOTE • The roller may get stained with paper dust that has gathered in the paper dust guide
[4]
[4]
holder [2]. Be sure to remove it when removing the vertical conveyance unit.
3. 4. [5]
[6]
Disconnect the connector [3]. Remove 4 screws [4] and then remove the vertical conveyance unit [5].
NOTE • When placing the vertical conveyance unit, be sure to place it with the jam open/close door side down. Placing it with the roller side down
1050fs2732c
may cause damage to the gear [6]. When placing it with the roller side down, be sure to remove 2 gears [6].
5.
Reinstall the above parts following the removal steps in reverse.
NOTE • Pulling out the main body tray with the vertical conveyance unit removed may damage the guide roller that brings down forcibly the pick-up roller of the main body tray. Be absolutely sure not to pull out the main body tray with the vertical conveyance unit removed. • When reinstalling it, be sure to move the vertical conveyance unit [5] to the rear side and tighten it up with the screws [4].
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3. PERIODIC CHECK
B. Replacing the pre-registration clutch/vertical conveyance clutch (1) Periodically replaced parts/cycle • Pre-registration clutch /1 (CL1), /2 (CL3): Every 4,500,000 prints (actual replacement cycle: every 3,000,000 prints) • Vertical conveyance clutch (CL2): Every 4,500,000 prints (actual replacement cycle: every 3,000,000 prints) (2) Procedure
1. 2. 3.
[2]
Remove the right cover. Remove the vertical conveyance unit. (See P.98) Remove 2 C-clips [1] and then remove 2 gears [2].
NOTE • When reinstalling it, take note of the direction of the gears.
[1]
1050fs2733c
4. [5]
[4]
[3]
[6]
Disconnect 3 connectors [1] and remove the 3 wire binding bands [2].
5.
Remove 3 C-clips [3] and then remove the preregistration clutch /1 (CL1) [4], the vertical conveyance clutch (CL2) [5], and the pre-registration clutch /2 (CL3) [6].
NOTE • When reinstalling it, set the stopper [7] of the
[8]
[7]
[1]
[2]
clutch to the screw [8].
6.
Reinstall the above parts following the removal steps in reverse.
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3. PERIODIC CHECK
Field Service Ver3.0 Nov.2006
C. Replacing the pre-registration roller /1, /2, the registration bearing and the conveyance rollers /2 and /3 (1) Periodically replaced parts/cycle • Pre-registration roller /1 and /2: Every 10,000,000 prints (actual replacement cycle: every 6,000,000 prints) • Pre-registration bearing /1 and /2: Every 10,000,000 prints (actual replacement cycle: every 6,000,000 prints) • Conveyance roller /2: Every 10,000,000 prints (actual replacement cycle: every 6,000,000 prints) • Conveyance roller /3: Every 10,000,000 prints (actual replacement cycle: every 6,000,000 prints) (2) Procedure
[4]
[2] [6] [4]
[5]
1. 2. 3.
Remove the right cover. Remove the vertical conveyance unit.(See P.98) Remove the pre-registration clutches /1 (CL1) and /2 (CL3) and the vertical conveyance clutch (CL2). (See P.99)
4.
Disconnect 2 connectors [1] and the connector [2], and remove the wire binding bands [3] at the
[3]
5 places.
5.
Remove 4 screws [4] (one each at either side of each roller) and then remove the roller covers /1
[7]
[3]
[5] and /2 [6].
[1]
NOTE
[8]
• Be careful that no damage is caused to the sensor. • When removing the roller covers /1 [5] and /2
[9]
[6], be sure to pull up the upper side. • When reinstalling the roller covers /1 [5] and / 2 [6], be sure to set the grooves at both sides to the projection [8] and then press it lightly in the direction of the paper through slit [9].
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3. PERIODIC CHECK
6.
[4]
Remove the E-rings [1], one each provided at the 4 places, the bearings [2], one each, the pre-registration roller /1 [3] and the pre-registration roller /2 [4].
NOTE
[3]
• When removing and reinstalling the pre-registration rollers /1 [3] and /2 [4], be careful that they are not damaged by the corners of the guide plate.
[1]
• When reinstalling the bearing [2], be sure to raise the conveyance guide plate so that it is in the jam release condition.
[2]
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7. [2]
[1]
Remove 2 screws [1] and then remove the cover [2].
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3. PERIODIC CHECK
Field Service Ver3.0 Nov.2006
8.
[5]
Remove 2 E-rings [1], 2 belt stoppers [2], the belt [3], 2 pulleys [4] and 2 pins [5].
[4]
[3]
[2]
[1] 1050fs2739c
[5]
9.
[4]
Remove the E-rings [1], one each provided at 4 places, and then remove the plastic washers [2], one each, the bearing [3], one each, the vertical conveyance roller /2 [4] and the vertical conveyance roller /3 [5].
10. Reinstall the above parts following the removal steps in reverse. NOTE • After completion of the installation, check to see if each roller rotates smoothly.
[3] [1]
[2]
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3. PERIODIC CHECK
D. Replacing the conveyance roller /1 (1) Periodically replaced parts/cycle • Conveyance roller /1: Every 10,000,000 prints (actual replacement cycle: every 6,000,000 prints) (2) Procedure
1. 2. 3.
Remove the right cover. Remove the vertical conveyance unit. (See P.98) Remove the E-ring [1] and then remove the gear [2] and the pin [3].
[1]
NOTE • When installing the E-ring [1], be careful not to damage the teeth of the gear [2].
[2]
[3]
1050fs2741c
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3. PERIODIC CHECK
Field Service Ver3.0 Nov.2006
4.
[4]
Remove 2 E-rings [1], and then remove 2 plastic washers [2], 2 bearing [3] and the conveyance roller /1 [4].
NOTE • When removing and reinstalling the conveyance roller /1 [4], be careful that it does not get damaged by the corners of the guide plate.
[1]
• When reinstalling the bearing [3], be sure to raise the conveyance guide plate so that it gets into the jam release condition.
[3] [2]
5.
Reinstall the above parts following the removal steps in reverse.
NOTE • After completion of the installation, check to see if the roller rotates smoothly.
[3] [2] [1]
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3. PERIODIC CHECK
E. Replacing the conveyance exit roller (1) Periodically replaced parts/cycle • Conveyance exit roller: Every 10,000,000 prints (actual replacement cycle: every 6,000,000 prints) • Paper dust guide brush gear assembly: Every 10,000,000 prints (actual replacement cycle: every 6,000,000 prints) (2) Procedure
[2]
1.
Remove the right cover.
2.
Remove the vertical conveyance unit. (See P.98)
3.
Remove 4 screws [1] and then remove the cover [2].
4.
Remove the E-ring [1] and then remove the gear [2]
[1] [1]
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and the pin [3].
[3]
[2]
[1]
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2
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3. PERIODIC CHECK
Field Service Ver3.0 Nov.2006
5.
Remove 2 screws [1] and then remove the gear cover [2] and the bearing [3].
[2]
[1]
NOTE • When installing the bearing [3], be sure to install it from the inside to the gear cover [2].
[3]
1050fs2745c
6.
Remove the E-ring [1] and then remove the gear [2] and the pin [3].
NOTE • The gear removed at the step 4 is different
[3]
from the one removed at the step 6. Be careful not to confuse one with the other.
[2]
[2]
[1]
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106
3. PERIODIC CHECK 7.
[1]
Remove the Paper dust guide brush gear assembly [1].
1050fs5103c
[2]
[1]
[3]
8.
Remove the E-ring [1] and then remove the gear [2] and the pin [3].
1050fs2747c
2
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3. PERIODIC CHECK
[1]
[2]
Field Service Ver3.0 Nov.2006
[4]
9.
[3]
Disconnect the connector [1] and remove 2 wire binding bands [2].
10. Remove 4 screws [3] and then remove the sensor mounting plate [4].
[3]
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108
[3]
[2]
[1]
3. PERIODIC CHECK
[1]
11. Remove 2 E-rings [1], 2 washers [2] and 2 bear-
[2] [3]
ings [3], and take out the conveyance exit roller [4]. NOTE • When taking out the conveyance exit roller [4], the bearing [6] of the paper dust guide brush assembly [5] is displaced. When reinstalling it, be sure to get it back to the original place.
12. Reinstall the above parts following the removal steps in reverse.
[4]
[5] [6]
[6]
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3. PERIODIC CHECK F.
Field Service Ver3.0 Nov.2006
Replacing the paper dust guide brush assembly
(1) Periodically replaced parts/cycle • Paper dust guide brush assembly: Every 4,500,000 prints (actual replacement cycle: every 3,000,000 prints) (2) Procedure
1.
[1]
Pull the knob [1] and remove the paper dust guide holder [2].
[2]
1050fs2750c
[2]
2.
[3]
from the shaft [3] of the paper dust guide brush.
[1]
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110
Remove the screw [1] and pull out the holder [2]
3. PERIODIC CHECK
[1]
3.
[2]
Remove the shaft [1] of the paper dust guide brush assembly from the coupling [2] and then remove the paper dust guide brush assembly and the bearing [4].
4.
[3]
Reinstall the above parts following the removal steps in reverse.
[4]
1050fs2752c
G. Cleaning of the paper dust guide holder (1) Procedure
1.
[1]
Pull the knob [1] and remove the paper dust guide holder [2].
2.
Clean the paper dust guide holder [2] with the air brush.
3.
[2]
Reinstall the above parts following the removal steps in reverse.
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3. PERIODIC CHECK 3.5.8
Field Service Ver3.0 Nov.2006
ADU
A. Pulling out/reinstallation of the ADU
Caution: • Be absolutely sure to avoid forcibly turning ON the interlock switches /1 (MS1) and /2 (MS2) with the ADU pulled out. Otherwise, a high voltage may unexpectedly develop.
(1) Procedure
1. [2]
[1]
Open the front door /Rt [1] and the front door /Lt [2].
2.
While pressing the lock release lever [3] with a driver in the arrow-marked direction, pull out the ADU and bring the lever [4] down to pull out the ADU section [5].
3.
When reinstalling it, push in the ADU and bring up the lever that pulls out the ADU section.
[5]
[4]
[3]
112
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3. PERIODIC CHECK
B. Cleaning of the paper dust removing brush for the registration roller /Lw (1) Periodic cleaning cycle • Paper dust removing brush for the registration roller /Lw: Every 750,000 prints (2) Procedure
1. 2.
[3]
Pull out the ADU from the main body. (See P.112) After sliding once the paper dust removing lever [1] in the arrow-marked direction [2], pull out and remove the paper dust removing brush [3] for the registration roller /Lw. (The picture shows the lever that has been pulled
[2]
out a little.) NOTE • When reinstalling the paper dust removing brush for the registration roller /Lw, be sure to insert it fully until it hits against the back.
[1]
When the paper dust removing brush for the
1050fs2131c
registration roller /Lw is not inserted fully, this may block the light path of detection of the registration sensor (PS40), thus resulting in a jam.
3.
[1]
Clean the cleaning section [2] of the paper dust removing brush [1] for the registration roller /Lw with the blower brush.
4.
Reinstall the above parts following the removal steps in reverse.
[2]
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3. PERIODIC CHECK
Field Service Ver3.0 Nov.2006
C. Cleaning of the paper dust removing brush for the registration roller /Up (1) Periodic cleaning cycle • Paper dust removing brush for the registration roller /Up: Every 750,000 prints (2) Procedure
[2]
1. 2.
[3]
Pull out the ADU from the main body. (See P.112) Push out the projections [1], two each, and release the lock to remove 2 paper dust removing brushes /1 [2] and /2 [3] for the registration roller /Up.
[3]
[1]
1050fs2133c
3.
[1]
Clean each of 2 cleaning sections [2] of the paper dust removing brush [1] for the registration roller /Up.
4.
Reinstall the above parts following the removal steps in reverse.
[2]
114
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3. PERIODIC CHECK
D. Cleaning of the registration sensor (1) Periodic cleaning cycle • Registration sensor: Every 750,000 prints (2) Procedure
[1]
[2]
1. 2.
Pull out the ADU from the main body. (See P.112) Remove 2 screws [1] and release the fixing of the sensor mounting piece [2].
fs503fs2135c
3.
[2]
Turn over the sensor mounting piece [1] and clean the registration sensor (PS40) [2] with the blower brush.
4.
Reinstall the above parts following the removal steps in reverse.
[1]
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3. PERIODIC CHECK
Field Service Ver3.0 Nov.2006
E. Replacing the transfer/separation charger unit (1) Periodically replaced parts/cycle • Transfer/separation charger unit: Every 6,000,000 prints (2) Procedure
1. 2.
[1]
Pull out the ADU from the main body. (See P.112) Remove the screw [1] and then remove the connector cover [2].
[2]
1050fs2019c
3.
[3]
Disconnect the connector [1].
NOTE • When the transfer/separation charger unit is a PCS corresponding part (See "6.5 PCS corresponding parts"), remove also the connector [2].
4.
Loosen 2 screws [3] and remove the transfer/ separation unit [4].
5.
Reinstall the above parts following the removal steps in reverse.
[4]
[3] [1]
116
[2]
1050fs2020c
F.
3. PERIODIC CHECK
Removing/reinstalling the ADU cover
(1) Procedure
1. 2.
Pull out the ADU from the main body. (See P.112) Remove the screw [1] and then remove the lever [2] that pulls out the ADU section.
[6]
3.
Loosen 2 screws [4] and remove the ADU cover / Lt [5].
[4]
4.
Loosen 2 screws [6] and remove the ADU cover / Rt [7].
5.
Reinstall the above parts following the removal steps in reverse.
[5]
[7] [3]
[1]
[2] 1050fs2023c
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3. PERIODIC CHECK
Field Service Ver3.0 Nov.2006
G. Removing/reinstalling the registration section (1) Procedure
1. 2. 3.
[2]
Pull out the ADU from the main body. (See P.112) Remove the ADU cover. (See P.117) Remove 2 screws [1] and then remove the multi feed sensor cover [2] while removing the wire harness from the cord clamp.
[1]
fs503fs2138c
4.
[1]
[1]
[1]
118
1050fs2139c
Remove 5 connectors [1].
3. PERIODIC CHECK
5.
Remove the screw [1] and check the position of the graduation in the screw [1] section.
[1]
6. 7.
Remove 3 screws [2]. Reinstall the above parts following the removal steps in reverse.
[2]
NOTE • Reinstall the registration section so that it comes to the same graduation as that used for removal.
[3]
[2]
1050fs2140c
1
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3. PERIODIC CHECK
Field Service Ver3.0 Nov.2006
H. Replacing the discharge wire/transfer presser rubber (1) Periodically replaced parts/cycle • Discharge wire: Every 750,000 prints • Transfer presser rubber: Every 750,000 prints (2) Procedure
[2]
[1]
1. 2.
[1]
Pull out the ADU from the main body. (See P.112) Remove the transfer/separation charger unit. (See P.116)
3. [5]
the plunging prevention plates /1 [2] and /2 [3].
4. [4] [1]
[1]
120
Release the locks [1] at the 6 places and remove
[3]
1050fs2146c
Remove the spark arrester plates /Fr [4] and /Rr [5].
3. PERIODIC CHECK
5.
[1]
Remove the springs [1], one each, 3 discharge wires [2] and 3 transfer presser rubbers [3].
NOTE • When reinstalling the discharge wire, be sure to insert each wire into the notch [4] of each of the transfer presser rubbers. • Reinstall the discharge wire so that the hook [5] of each spring turns to the inside.
6. [2]
[5]
Reinstall the above parts following the removal steps in reverse.
[3]
[4] [3]
[2] 1050fs2147c
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3. PERIODIC CHECK I.
Field Service Ver3.0 Nov.2006
Replacing the transfer cleaning assembly/separation cleaning assemblies /1 and /2 and C-clips
(1) Periodically replaced parts/cycle • Transfer cleaning assembly: Every 750,000 prints • Separation cleaning assembly /1: Every 750,000 prints • Separation cleaning assembly /2: Every 750,000 prints • C-clip: Every 750,000 prints (2) Procedure
1. 2.
[2]
Pull out the ADU from the main body. (See P.112) Remove the transfer/separation charger unit. (See P.116)
3. 4.
[1]
Remove the discharge wire. (See P.120) Remove 3 C-clips [2] from the shaft [1] of each of the cleaning assemblies.
[3]
5.
Turn over the transfer/separation charger unit [3] and remove the transfer cleaning assembly [4] and the separation cleaning assemblies /1 [5] and /2 [6].
6.
Reinstall the above parts following the removal steps in reverse.
[4]
[5]
[6]
122
1050fs2148c
J.
3. PERIODIC CHECK
Replacing the transfer assist sheet assembly
(1) Periodically replaced parts/cycle • Transfer assist sheet assembly: Every 1,500,000 prints (2) Procedure
[2]
1. 2.
Pull out the ADU from the main body. (See P.112) Remove the transfer/separation charger unit. (See P.116)
3.
Remove 2 screws [1] and then remove the transfer assist sheet assembly [2].
[1]
1050fs2149c
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3. PERIODIC CHECK
[2]
NOTE • When reinstalling the transfer assist sheet assembly [1], make sure that the projections [2] at both ends get into the spring [3]. • When cramping it with a screw, be sure to put the spacer [5] in the stepped section of the screw [4]. At this time, take note that the spacer does not get caught by the stepped section of the screw. After completion of installation, be sure to check to see if the transfer assist sheet assembly [1] moves smoothly in the arrow-
[1]
[3]
marked direction.
4.
Reinstall the above parts following the removal steps in reverse.
[5]
[4]
124
1050fs2406c
3. PERIODIC CHECK
K. Replacing the TSL (1) Periodically replaced parts/cycle • TSL: Every 6,000,000 prints (2) Procedure
1. 2.
Pull out the ADU from the main body.(See P.112)) Remove the transfer/separation charger unit. (See P.116)
3. 4.
Remove the ADU cover.(See P.117) Remove 4 screws [1] and then remove the transfer exposure cover [2].
5.
Remove the connector [3] and then remove the TSL [4].
6.
Reinstall the above parts following the removal steps in reverse.
[1]
[4]
[1]
[2]
[3]
1050fs2141c
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3. PERIODIC CHECK
Field Service Ver3.0 Nov.2006
L. Replacing the registration roller /Up and the registration bearing (1) Periodically replaced parts/cycle • Registration roller /Up: Every 6,000,000 prints • Registration bearing: Every 6,000,000 prints (2) Procedure
1. 2.
Pull out the ADU from the main body.(See P.112) Remove the paper dust removing brush for the registration roller /Lw. (See P.113)
3.
Remove the paper dust removing brush for the registration roller /Up. (See P.114)
4. 5.
Remove the registration section.(See P.118) Remove the screw [1] and then remove the knob [2].
[3]
[4]
6.
Remove 2 screws [3] and then remove the gear [4].
[1] [2]
126
1050fs2150c
3. PERIODIC CHECK
7.
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006 Remove 2 springs [1].
[1]
[1]
1050fs2151c
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3. PERIODIC CHECK
Field Service Ver3.0 Nov.2006
8.
Remove the E-ring [1] and then remove the registration bearing [2].
[2]
[1]
9.
Remove the E-ring [3] and then remove the gear [4] and the pin [5].
10. Remove the E-ring [6] and then remove the registration bearing [7].
11. Open the pre-transfer jam handler [8] and move and remove the registration roller /Up [9] in the arrow-marked directions [10] and [11] in this order.
[8]
[9]
12. Reinstall the above parts following the removal steps in reverse.
[11]
[10]
[4]
[3]
[7]
[6]
[5]
128
1050fs2152c
3. PERIODIC CHECK
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006 M. Replacing the ADU exit roller, ADU conveyance rollers /2, /3 and /4 (1) Periodically replaced parts/cycle • ADU exit roller: Every 6,000,000 prints • ADU conveyance roller /2: Every 6,000,000 prints • ADU conveyance roller /3: Every 6,000,000 prints • ADU conveyance roller /4: Every 6,000,000 prints (2) Procedure
1. 2. 3. 4. 5.
[1]
Pull out the ADU from the main body.(See P.112) Remove the ADU cover.(See P.117) Remove the registration section.(See P.118) Disconnect the connector [1]. Remove 3 screws [2] and then remove the registration cooling fan (FM17) [3].
[3]
[4]
[2]
1050fs2154c
[3]
[1]
[4]
6.
Disconnect all the connectors [2] (8 pcs.) that are connected to the ADU drive board /2 [1]and intermediate connector [3].
7.
Remove 2 screws [4] and then remove the stay [5] while removing the wiring harness from the wiring harness clamp.
[2]
[5]
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3. PERIODIC CHECK
Field Service Ver3.0 Nov.2006
8.
[1]
Remove 4 screws [1] and then remove the loop motor assembly [2].
[2]
[1]
[2]
9.
[1]
[1]
130
1050fs2156c
Remove 3 screws [1] and then remove the registration motor assembly [2].
1050fs2157c
3. PERIODIC CHECK
10. Remove 3 connectors [1], the 2 connector [2], the 1 connector [3] and the 1 connector [4].
[1]
[2]
[3]
[4]
1050fs2158c
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3. PERIODIC CHECK
11. Remove 4 screws [1] and then remove the stay [2] while removing the wiring harness from the wiring harness clamp.
12. Remove 2 screws [3] and then remove the ADU lock solenoid assembly [4].
[1]
[1]
[1]
[2]
[1]
[4] [3]
1050fs2159c
132
3. PERIODIC CHECK
13. Remove the E-ring [1] and then remove the gear [2] and the pin [3].
14. Remove 2 screws [4] and then remove the bearing [5].
15. Pull out the ADU exit roller [6] and remove it. [6]
NOTE • The roller is provided with one E-ring. Be sure to remove also this E-ring when replacing the roller.
[1] [2]
[4]
[5]
[3]
[6]
1050fs2160c
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3. PERIODIC CHECK
Field Service Ver3.0 Nov.2006
16. Remove the E-ring [1] and then remove the
[8]
[9]
spacer [2].
17. Remove the belt [3] and then remove the pulley [4] and the pin [5].
18. Remove 2 screws [6] and then remove the bearing [7].
19. Pull out the ADU conveyance roller /4 [8] and remove it.
20. Following the steps 16 to 19, remove the ADU conveyance roller /3 [9]. NOTE • Each roller is provided with one E-ring. Be sure to remove also this E-ring when replacing the roller.
[2]
[1]
[3]
[4]
[6]
[8]
[7]
134
[5]
1050fs2161c
3. PERIODIC CHECK
21. Remove the E-ring [1]. 22. Remove 2 screws [2] and pull out and remove the ADU conveyance roller /2 [4].
[4]
[4]
[1]
[2]
[3]
1050fs2162c
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3. PERIODIC CHECK
23. Remove 5 E-ring [2], the gear [3], the pin [4] and
[7]
the bearing [5] and [6] from the ADU conveyance roller /2 [1].
[2] [6] [2]
NOTE • When reinstalling the bearing [6], be sure that the flange [7] turns outside.
24. Reinstall the above parts following the removal steps in reverse.
[1]
[3]
[2] [4] [2]
[5]
136
[2]
1050fs2195c
3. PERIODIC CHECK
N. Replacing the ADU conveyance roller /1 /ADU reverse roller/Reverse/exit roller/ADU acceleration roller/paper exit rollers /1 and /2 assembly (1) Periodically replaced parts/cycle • ADU conveyance roller /1: Every 6,000,000 prints • ADU reverse roller: Every 6,000,000 prints • Reverse/exit roller: Every 6,000,000 prints • ADU acceleration roller: Every 6,000,000 prints • Paper exit roller /1: Every 6,000,000 prints • Paper exit roller /2 assembly: Every 6,000,000 prints (2) Procedure
1. 2. 3. 4. 5.
[1]
[3]
Pull out the ADU from the main body.(See P.112) Remove the fusing section.(See P.153) Open the paper reverse/exit section [1]. Remove the connector [2]. Remove the connectors [4] and [5], 16 pcs in all, that are connected to the ADU drive board /1 (ADUDB1) [3].
[2]
NOTE • It is not necessary to remove the connector
[4]
[5]
[7] of the ADU cooling fan /1 (RM15) [6].
[8]
• It is possible to remove the connector [8] on the wiring harness side instead of removing the connector [5].
[6]
[4]
[7]
[4]
[4]
[4]
[4] 1050fs2189c
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3. PERIODIC CHECK
Field Service Ver3.0 Nov.2006
6. [1]
[3] [4]
Remove 3 screws [1] and then remove the stay [2].
NOTE • When reinstalling the stay, be sure to set the projection [4] of the ADU to the positioning hole [3].
[2]
[1]
138
1050fs2190c
3. PERIODIC CHECK
7.
Remove 3 screws [1] and then remove the ADU acceleration motor assembly [2].
NOTE • When reinstalling the ADU acceleration motor assembly, be sure to set the projection [4] of the ADU to the positioning hole [3].
[3] [4]
[2]
[1]
[3] [4]
[1]
1050fs2191c
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Field Service Ver3.0 Nov.2006
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3. PERIODIC CHECK
8.
Remove 2 screws [1] and then remove the thick paper assist solenoid assembly [2].
NOTE • When reinstalling the thick paper assist solenoid assembly, be sure to set the projection [4] of the ADU to the positioning hole [3].
[3] [4]
[2]
[1]
[3] [4]
1050fs2192c
9.
[4]
Loosen 3 screws [1] and release the tension of the belt [4] while sliding the ADU reverse motor assembly [2] in the arrow-marked direction [3].
[5]
NOTE
[6]
• When setting the belt, the tension is automat-
[7] [8]
ically adjusted by the spring [5]. Be sure to tighten up the screw [1] after the belt has been set.
10. Remove 3 screws [6] and then remove the ADU [3]
[6]
[2]
reverse motor assembly [2]. NOTE • When reinstalling the ADU reverse motor assembly, be sure to set the projection [8] of the ADU to the positioning hole [7].
[1]
[7] [8]
140
1050fs2193c
3. PERIODIC CHECK
11. Remove 2 screws [2] and pull out the ADU conveyance roller /1 [3].
[2]
[3]
[1]
1050fs2194c
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3. PERIODIC CHECK
12. Remove 5 E-ring [2], the gear [3], the pin [4] and
[7]
the bearing [5] and [6] from the ADU conveyance roller /1 [1].
[2] [6] [2] [1]
[3]
[2] [4] [2]
[5]
142
[2]
1050fs2195c
NOTE • When reinstalling the bearing [6], be sure that the flange [7] turns outside.
3. PERIODIC CHECK
[1]
[5]
13. Remove 3 screws [1] and then remove the belt [4] while sliding the pulley [2] of the reverse/exit motor (M13) in the arrow-marked direction [3]. NOTE • When setting the belt, the tension is automatically adjusted by the spring [5]. Be sure to tighten up the screw [1] after the belt has been set.
[4]
[3]
[2]
1050fs2196c
14. Remove the pierce ring [1], the spacer [2], the pulley [3] and the pin [4].
15. Remove 2 screws [5] and pull out the ADU reverse roller [6].
[2]
[3]
[1]
[6]
[5]
[4]
1050fs2197c
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3. PERIODIC CHECK
Field Service Ver3.0 Nov.2006
16. Remove 2 pierce rings [2] and the bearing [3]
[4]
from the ADU reverse roller [1].
[3]
NOTE • When reinstalling the bearing [3], be sure that the flange [4] turns outside.
[2]
[1]
[2]
1050fs2198c
17. Following the steps 14 to 16, remove the reverse/exit roller [1] and the ADU acceleration roller [2].
[2]
144
[1]
1050fs2199c
3. PERIODIC CHECK
18. Remove the E-ring [1] and then remove the spacer [2].
19. Remove the belt [3] and then remove the pulley [4] and the pin [5].
20. Remove 2 screws [6] and pull out the paper exit roller /2 assembly [7].
[1]
[2]
[3]
[4]
[6] [7]
[5]
1050fs2200c
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Field Service Ver3.0 Nov.2006
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3. PERIODIC CHECK
21. Following the steps 18, 19 and 20, pull out the paper exit roller /1 [1].
[1]
1050fs2202c
22. Remove 2 E-rings [2] and the bearing [3] from the
[4]
paper exit roller /1 [1].
[3]
NOTE • When reinstalling the bearing [3], be sure that
[2]
the flange [4] turns outside.
23. Reinstall the above parts following the removal steps in reverse.
[1]
[2]
146
1050fs2203c
3. PERIODIC CHECK
O. Replacing the reverse gate (1) Periodically replaced parts/cycle • Reverse gate: Every 10,000,000 prints (2) Procedure
1. 2.
Pull out the ADU from the main body.(See P.112) Loosen 3 screws [1] and remove the reverse section cover [2].
[1] [2]
1050fs2204c
[2]
[5]
[7]
[5]
[6]
3. 4. 5.
Disconnect the connector [1]. Remove the spring [2]. Remove the screw [3] and release the fixing of the actuator [4].
6.
Remove 2 screws [5] and then remove the reverse/exit solenoid assembly [6].
NOTE • Reinstall the reverse/exit solenoid assembly so that it comes to the same graduation [7] as that used for removal.
[1]
[4]
[3]
1503fs2205c
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3. PERIODIC CHECK
Field Service Ver3.0 Nov.2006
7.
Remove the E-rings [1], one each, and then remove 2 bearings [2].
[1]
[2]
8.
Open the reverse door [3] and remove the reverse gate assembly [4] while sliding it in the arrow-marked directions [5] and [6] in this order.
[6]
[5]
[4] [3]
[2]
[1]
1050fs2206c
9.
[2]
Remove the screws [1], one each, and then remove 7 reverse gates [2].
10. Reinstall the above parts following the removal steps in reverse.
[1]
1050fs2207c
148
P.
3. PERIODIC CHECK
Replacing the fusing exit roller
(1) Periodically replaced parts/cycle • Fusing exit roller: Every 6,000,000 prints (2) Procedure
1.
[1]
Open the front doors /Rt and /Lt, and pull out the ADU from the main body. (See P.112)
2.
Loosen 3 screws [1] and remove the reverse section cover [2].
[2]
1050fs2786c
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3. PERIODIC CHECK
3. 4.
[2]
Remove 2 connectors [1]. Remove 2 stepped screws [2] and then remove the paper reverse/exit section [3].
NOTE • When attaching the stepped screw [2], make sure that it gets in securely up to the step of the screw.
[3]
[2]
[2]
[5]
[1]
[7]
1050fs2787c
[5]
[6]
5. 6. 7.
Disconnect the connector [1]. Remove the spring [2]. Remove the screw [3] and release the fixing of the actuator [4].
8.
Remove 2 screws [5] and then remove the reverse/exit solenoid assembly [6].
NOTE • Reinstall the reverse/exit solenoid assembly so that it comes to the same graduation [7] as that used for removal.
[1]
150
[4]
[3]
1503fs2205c
3. PERIODIC CHECK
9.
Remove 2 screws [1] and then remove the bearing.
[1]
1050fs2792c
[2]
[3]
[1]
10. Remove the E-ring [1] and 2 screws [2], and slide the bearing [3] in the arrow-marked direction.
1050fs2788c
11. Pull out and remove gently the shaft [1] of the fusing exit roller so that it does not touch the guide plate.
[1] 1050fs2789c
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3. PERIODIC CHECK
[2]
12. Remove the E-ring [1]. 13. Remove 4 E-rings [2] and slide 4 pins [3] in the direction in which they can be removed. And then pull out 4 fusing exit rollers [4] in the opposite direction to remove them.
14. Reinstall the above parts following the removal steps in reverse.
[4]
[1]
152
[3]
1050fs2790c
3.5.9
3. PERIODIC CHECK
Fusing section
A. Replacing the cleaning web
Caution: • Immediately after turning off the main power switch (SW1) or the power switch (SW2), the fusing section is very hot and you may get burnt. Be sure to start operations when the temperature cools down sufficiently.
(1) Periodically replaced parts/cycle • Cleaning web: Every 750,000 prints (2) Procedure
1. 2.
[2]
Pull out the ADU from the main body. (See P.112) Remove 2 screws [1] and then remove the web cover [2].
[1]
1050fs2163c
3.
Release the couplings [1] provided at the 2 places in the arrow-marked direction and remove the used cleaning web [2].
[2]
[1]
1050fs2164c
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3. PERIODIC CHECK
Field Service Ver3.0 Nov.2006
4. [2]
Set the shaft [2] on the unused side of the new cleaning web [1] to the driven couplings /Rr [3] and /Fr [4].
[3] [6]
NOTE • Be sure to set each detent [5] on the driven couplings to the notch [6] of the shaft on the
[5]
unused side. When the web is installed in the wrong direction, it does not coincide with the notch.
5.
Hold either side [8] of the shaft [7] on the take-up side of the new cleaning web with both hands,
[7] [1]
and take up the new cleaning web until the blue line [9] disappears. NOTE • The performance of the new cleaning web is guaranteed from the position in which the blue line disappears. Be sure to take up the cleaning web up to this position.
[8] [9]
[4] [6]
[2]
154
[5]
1050fs2165c
3. PERIODIC CHECK
6.
[4]
Set the shaft [2] on the take-up side of the new cleaning web [1] to the take-up couplings /Rr [3] and /Fr [4].
NOTE • Be sure to set each detent [5] on the driven coupling to the notch [6] of the shaft on the unused side.
7. [1]
[2]
[6]
The reinstallation hereafter should be made following the removal steps in reverse.
[5]
NOTE • When the cleaning web is replaced, be sure to reset the counter of the fusing cleaning web in the service mode.(See P.373)
[3]
[5]
[6] [2]
1050fs2166c
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3. PERIODIC CHECK
Field Service Ver3.0 Nov.2006
B. Removing/reinstalling the fusing section
Caution: • Immediately after turning off the main power switch (SW1) or the power switch (SW2), the fusing section is very hot and you may get burnt. Be sure to start operations when the temperature cools down sufficiently.
(1) Procedure
[3] [1]
1. 2. 3. 4.
Pull out the ADU from the main body.(See P.112) Open the paper reverse/exit section [1]. Open the fusing paper exit section [2]. Remove 2 screws [3] and then remove the fusing cover [4].
[4]
[2]
156
1050fs2002c
3. PERIODIC CHECK
5.
Remove the screw [1] and then remove the lever assist plate [2].
6.
Remove the screw [3] and release the fixing of the fusing section [4].
NOTE • When fixing the fusing section [4], be sure to tighten up the screw [3] while pressing it toward the rear side.
[2] [4]
[7]
[1]
7. 8.
Close the fusing paper exit section [5]. Slide the fusing section [4] diagonally to the front side and hold it up with both hand to remove it.
NOTE
[5]
• When holding up the fusing section, be sure to hold it at the jam release knob [6] and the handle [7]. • When reinstalling it, be sure to slide it with the fusing section set to the reversal section side.
[6]
9.
Reinstall the above parts following the removal steps in reverse.
[3]
1050fs2003c
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3. PERIODIC CHECK
Field Service Ver3.0 Nov.2006
C. Opening/closing of the web section (1) Procedure
1. 2. 3. 4.
Pull out the ADU from the main body. (See P.112) Remove the fusing section. (See P.156) Open the fusing paper exit section [1]. Insert the driver [4] into the hole [3] of the shaft [2], and rotate the shaft to release pressure.
NOTE • When the web is closed and fixed, be sure to rotate the shaft to apply pressure. • Opening the web section disrupts the stabil-
[5] [6]
ity. Be careful it does not fall down.
5.
Remove 4 screws [6] and open the web section [5].
[4]
6.
Reinstall the above parts following the removal steps in reverse.
[1]
[6]
158
1
[2]
[3]
1050fs2167c
3. PERIODIC CHECK
D. Replacing the fusing heater lamps /1 and /2 NOTE • Be sure to avoid touching the lamp section of the fusing heater lamps /1 and /2 with bare hands. When touched, be sure to clean it with the roller cleaner. (1) Periodically replaced parts/cycle • Fusing heater lamp /1: Every 3,000,000 prints • Fusing heater lamp /2: Every 3,000,000 prints (2) Procedure
[3] [2] [1]
1. 2. 3. 4.
Pull out the ADU from the main body. (See P.112) Remove the fusing section. (See P.156) Open the web section [1]. (See P.158) Remove 2 screws [1] and then remove the 2 wiring harness clamps [2].
5.
Remove 2 faston terminals [4] of the fusing heater lamp /1 [3].
[4] NOTE • Be sure to fit in the fusing heater lamps /1 and /2 with the manufacturer's mark in this side. • When reinstalling the fusing heater lamp /1, be sure to insert it securely while taking note of the position in which the faston terminal is installed.
6.
Remove the screw [5] and then remove the wiring harness clamp [6].
NOTE
[3]
• When reinstalling the wiring harness clamp, be sure to install it in the correct position.
[5]
When it is installed in a wrong position, the fusing cover cannot be attached.
[6]
[4]
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3. PERIODIC CHECK
7.
[1]
Remove 2 faston terminals [2] of the fusing heater lamp /2 [1].
NOTE • When reinstalling the fusing heater lamp /2, be sure to insert it securely while taking note of the position in which the faston terminal is installed.
8.
Remove 2 screws [3] and then remove the lamp fixing plate /Fr [4].
9.
Pull out and remove each of the fusing heater lamps in the arrow-marked direction [5].
NOTE
[2]
• When reinstalling each of the fusing heater
[6]
lamps, check to see if either end of each lamp is set in the fitting holes of the lamp fixing plates /Fr [4] and /Rr [6]. • After each of the fusing heater lamps is
[5]
installed, check to see if it is in touch with the inner face of the fusing roller /Up [7].
10. Reinstall the above parts following the removal steps in reverse.
[7]
[4]
160
[3]
[5]
[2]
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3. PERIODIC CHECK
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E. Replacing the fusing roller /Up, the heat insulating sleeve, the bearing and the fusing gear (1) Periodically replaced parts/cycle • Fusing roller /Up: Every 1,500,000 prints • Heat insulating sleeve: Every 1,500,000 prints • Bearing: Every 1,500,000 prints • Fusing gear: Every 6,000,000 prints (2) Procedure
1. 2. 3. 4.
Pull out the ADU from the main body. (See P.112) Remove the fusing section. (See P.156) Open the web section [1]. (See P.158) Remove the fusing heater lamps /1 and /2. (See P.159)
[1]
5.
Remove the fusing roller /Up [1].
6.
Remove the C-ring [2], the fusing gear [3], the
1050fs2169c
[7]
gear [4] (part not replaced), the heat insulating sleeve [5] and the bearing [6] from the fusing roller /Up [1]. NOTE • When reinstalling the heat insulating sleeve and the bearing, make sure that the flange [7] turns outside.
7. [2] [3]
[4]
[5] [1] [6]
Remove the C-ring [8], the heat insulating sleeve [9] and the bearing [10] from the fusing roller /Up [1].
NOTE • When reinstalling the heat insulating sleeve and the bearing, make sure that the flange [11] turns outside.
[10]
[11]
8.
Reinstall the above parts following the removal steps in reverse.
[9]
[8] 1050fs2170c
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Field Service Ver3.0 Nov.2006
Replacing the fusing roller /Lw assembly
(1) Periodically replaced parts/cycle • Fusing roller /Lw assembly: Every 1,500,000 prints (2) Procedure
1. 2. [3]
Pull out the ADU from the main body. (See P.112) Remove the fusing section. (See P.156)
NOTE • When removing the fusing roller /Lw assembly with the web section open, the web section may become unstable. So, be sure to remove the cleaning web in advance. (See P.153)
3. 4.
[1]
Open the web section [1]. (See P.158) Remove the fusing heater lamps /1 and /2. (See P.159)
5. 6.
Remove the fusing roller /Up. (See P.161) Remove the screw [1] and then remove the jam release knob [2].
[2]
7.
Remove the fusing roller /Lw assembly [3].
1050fs2171c
NOTE • Before the roller is pressured, fix the pressure spring end [1] in front and rear at 2 to 4 mm [3] from the pressure plate end [2]. When this operation is not made, insufficient fusing may result when printing a thick paper. Standard: [3] 2 mm to 4 mm • Color of the pressure spring varies depending on the type of the roller. Soft roller: Black Hard roller: Silver
8.
Reinstall the above parts following the removal steps in reverse.
[3] [1]
[2] 1050fs2919c
162
2
3. PERIODIC CHECK
G. Replacing the fusing cleaning sheet assembly (1) Periodically replaced parts/cycle • Fusing cleaning sheet assembly: Every 1,500,000 prints (2) Procedure
1. 2. 3. 4.
Pull out the ADU from the main body. (See P.112) Remove the fusing section. (See P.156) Open the web section [1].(See P.158) Remove the fusing heater lamps /1 and /2. (See P.159)
5. 6.
Remove the fusing roller /Up.(See P.161) Remove the fusing roller /Lw assembly. (See P.162)
7.
Remove 2 screws [1] and then remove the fusing cleaning unit [2].
[2]
[1]
[1]
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Field Service Ver3.0 Nov.2006
8.
[1]
Remove 2 screws [1] and then remove the fusing cleaning sheet assembly [2].
9.
Remove the paper dust that has gathered in [3] of the fusing cleaning unit.
10. Reinstall the above parts following the removal steps in reverse.
[2]
164
[3]
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3. PERIODIC CHECK
H. Removing/reinstalling the fusing heating roller assembly (1) Procedure
[5]
[1]
1. 2. 3.
Pull out the ADU from the main body. (See P.112) Remove the fusing section. (See P.156) Remove the spring [1] (long one) and [2] (short one).
NOTE • The springs [1] and [2] are different in size and length. When installing them, take note of the positions in which they are installed.
4.
Remove the screw [3] and then remove the ground terminal [4].
5.
Remove 2 screws [5] and then remove the thick paper conveyance assist plate [6].
NOTE • When reinstalling the thick paper conveyance assist plate [6], be sure to install the springs [1] and [2] and the ground terminal [4] and then push the thick paper conveyance assist
[5]
[6]
plate in the direction of the paper exit. The plate must move smoothly.
[4]
[3]
[2]
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3. PERIODIC CHECK
6.
Remove 2 screws [1] and then remove the fixing plate [2].
NOTE
[1]
• When reinstalling the fixing plate, be sure to set the positioning hole [3] and the positioning slot [4] to 2 projections [5] of the fusing section.
[2]
[3] [5]
[1]
[4] [5]
166
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3. PERIODIC CHECK
7. 8.
Remove 2 springs [1]. Remove the screw [2] and open the fusing heating roller assembly [3].
[2]
[3]
[1]
[1]
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3. PERIODIC CHECK NOTE
• When reinstalling the fusing heating roller assembly [1], be sure to set the guide hole [3] of the fusing heating roller assembly to the
[1]
guide pin [2] of the fusing section.
9.
Reinstall the above parts following the removal steps in reverse.
[2]
[3]
168
1050fs2176c
I.
3. PERIODIC CHECK
Replacing the fusing heater lamp /3
NOTE • Be careful not to touch the lamp section of the fusing heater lamp /3 with bare hands. When touched, be sure to clean it with the roller cleaner. (1) Periodically replaced parts/cycle • Fusing heater lamp /3: Every 3,000,000 prints (2) Procedure
[1]
1. 2. 3.
Pull out the ADU from the main body.(See P.112) Remove the fusing section. (See P.156) Open the fusing heating roller assembly. (See P.165)
[2]
4.
Cut off the wire binding band [1] and remove the connector [2].
5. [8]
Cut off the wire binding band [3].
NOTE • When attaching a new wiring band, be sure to
[7]
[9] [10]
use a heat-resistant one.
6. [16]
Remove the screw [4] and then remove the wiring harness clamp [5].
7.
Remove the faston terminal [6].
NOTE • Be sure to fit in the fusing heater lamp /3 with
[15]
the manufacturer's mark in this side. • When reinstalling the faston terminal, be sure to insert it securely.
[17] [6]
8.
Remove the screw [7] and then remove the fixing plate /Rr [8].
[3]
NOTE
[5]
• When reinstalling the fixing plate /Rr, be sure to set the positioning hole [9] to the projection
[4]
[10] of the fusing heating roller assembly.
9. [12]
[13][14]
[11]
1050fs2177c
Remove the screw [11] and then remove the fixing plate /Fr [12].
NOTE • When reinstalling the fixing plate /Fr, be sure to set the positioning hole [13] to the projection [14] of the fusing heating roller assembly.
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3. PERIODIC CHECK
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10. Pull out the fusing heater lamp /3 [1] from the front side [3] of the fusing heating roller assembly [2] and remove it.
[2]
NOTE • When reinstalling the fusing heater lamp /3, be sure to take note of the direction. • After completion of the installation of the fus-
[1]
ing heater lamp /3, check to see if it is in
[3]
roller.
touch with the inner face of the fusing heating
1050fs2801c
11. Reinstall the above parts following the removal steps in reverse.
170
J.
3. PERIODIC CHECK
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
Replacing the fusing heating roller, the heat insulation sleeve /Lw and the bearing
(1) Periodically replaced parts/cycle • Fusing heating roller: Every 3,000,000 prints • Heat insulating sleeve /Lw: Every 3,000,000 prints • Bearing: Every 3,000,000 prints (2) Procedure
[5]
[2]
1. 2. 3.
[4]
Pull out the ADU from the main body. (See P.112) Remove the fusing section. (See P.156) Open the fusing heating roller assembly. (See P.165)
4. 5.
Remove the fusing heater lamp /3. (See P.169) Remove the fusing cleaning sheet assembly. (See P.163)
6.
Remove the C-rings [1], one each, and then remove the bearings [2], one each, to remove the fusing heating roller [3].
NOTE • When reinstalling the bearing, be sure to take
[3]
note of the direction of the flange [4].
[1]
7.
Remove the heat insulating sleeves /Lw [5], one each, from the fusing heating roller.
NOTE • When reinstalling the heat insulating sleeves / Lw, make sure that each of the flanges turn to the fusing heating roller side.
8.
Reinstall the above parts following the removal steps in reverse.
[1]
[4] [2]
[5]
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Field Service Ver3.0 Nov.2006
K. Replacing the fusing claw /Lw (1) Periodically replaced parts/cycle • Fusing claw /Lw: Every 1,500,000 prints (2) Procedure
1. 2. 3.
Pull out the ADU from the main body.(See P.112) Remove the fusing section. (See P.156) Open the fusing paper exit section .(See P.158)
4.
Remove the screw [1] and then remove 2 fusing claw /Lw assemblies [2].
NOTE • When reinstalling the fusing claw /Lw assembly, be sure to set the positioning hole [3] to the projection [4] of the fusing paper exit section.
[3] [4]
[1]
[3]
[2]
[2]
[4]
1050fs2179c
[1]
5.
Remove the spring [2] from each of the fusing claw /Lw assembly [1] and then remove the fusing claw /Lw [3].
NOTE • When reinstalling the fusing claw /Lw, be sure to take note of the position [4] to which the spring is hooked.
6.
Reinstall the above parts following the removal steps in reverse.
[4]
172
1050fs2180c
3. PERIODIC CHECK
L. Replacing the fusing claw /Up NOTE • The procedure for replacing the fixing claw/Up differs depending on whether the separation claw shaking mechanism exist or not. (1) Periodically replaced parts/cycle • Fusing claw /Up: Every 1,500,000 prints (2) Procedure (when not equipped with the shaking mechanism)
1. 2. 3.
Pull out the ADU from the main body. (See P.112) Remove the fusing section. (See P.156) Open the fusing paper exit section. (See P.158)
4.
Remove the springs [1], one each, and then remove 6 fusing claws /Up [2].
5.
Reinstall the above parts following the removal steps in reverse.
[2]
[1] 1050fs2181c
2
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3. PERIODIC CHECK
Field Service Ver3.0 Nov.2006
(3) Procedure (when equipped with the shaking mechanism)
1. 2. 3. 4.
Pull out the ADU from the main body.(See P.112) Remove the fusing section. (See P.156) Open the fusing paper exit section. (See P.158) Remove the springs [1], one each, and then remove 6 fusing claws /Up [2].
5.
Reinstall the above parts following the removal steps in reverse.
[2]
[1] 1050fs2920c
174
2
3. PERIODIC CHECK
M. Replacing the fusing actuator (1) Periodically replaced parts/cycle • Fusing actuator: Every 6,000,000 prints (2) Procedure
1. 2. 3. 4.
[1]
Pull out the ADU from the main body. (See P.112) Remove the fusing section. (See P.156) Open the fusing paper exit section.(See P.158) Remove the fusing sensor cover [1].
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3. PERIODIC CHECK
Field Service Ver3.0 Nov.2006
[10]
5.
[6]
Remove the screw [1] and then remove the fusing sensor cover plate [2].
[7] [8]
NOTE • When reinstalling the fusing sensor cover plate, be sure to set the positioning hole [3] to
[5]
the projection [4] of the fusing paper exit section.
6.
Remove the screw [5] and then remove the fusing claw /Lw assembly [6].
[1]
[2]
[9]
NOTE • When reinstalling the fusing claw /Lw assembly, be sure to set the positioning hole [7] to the projection [8] of the fusing paper exit section.
7.
Remove 2 screws [9] and then remove the fusing actuator assembly [10].
[3][4]
176
1050fs2183c
3. PERIODIC CHECK
8.
Pull out the shaft fixing member [1], release the spring [2] and remove the fusing actuator [4] from the fusing actuator assembly [3].
NOTE • When reinstalling the fusing actuator, be sure to take note of the position [5] to which the spring is hooked. • When reinstalling the shaft fixing member, be
[1]
[5]
sure to take note of its direction.
[3]
9.
Reinstall the above parts following the removal steps in reverse.
[4]
[2]
[5]
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3. PERIODIC CHECK
Field Service Ver3.0 Nov.2006
N. Replacing the thermistor /2
Caution: • After completion of the installation of the thermistor /2, be sure to check to see if it is in touch with the fusing roller /Up.
(1) Periodically replaced parts/cycle • Thermistor /2: Every 3,000,000 prints (2) Procedure
1.
Open the front doors /Rt and /Lt, and pull out the ADU from the main body.(See P.112)
2. 3. 4.
Remove the fusing section. (See P.156) Open the fusing paper exit section [1]. Insert the driver [4] into the hole [3] of the shaft [2] and rotate the shaft [2] clockwise to release pressure.
NOTE • Not releasing pressure may cause damage to the fusing heater lamp. Be sure to release it.
[1]
[2]
[3]
• When reinstalling it, be sure to rotate the shaft [2] counterclockwise to apply pressure.
5. 6.
Remove the connector [5]. Remove 4 screws [6] and 2 stepped screws [7], and then remove the web unit [8].
NOTE • When attaching the stepped screw [7], make sure that it gets in securely up to the step of the screw. • Be sure to remove the web section with it closed. If the web is removed with it open, the web section becomes unstable and you may get injured.
[2]
178
1050fs2185c
3. PERIODIC CHECK
7.
Cut off the wiring band [1].
[4] NOTE • When attaching a new wiring band, be sure to use a heat-resistant one.
8.
Remove the screw [2] and then remove the thermistor /2 assembly [3].
NOTE
[3]
• When reinstalling the thermistor /2 assembly,
[2]
check surely to see if it is in touch with the fusing roller /Up [4].
9.
Remove the connector [5] of the thermistor /2.
NOTE • There are 4 connectors for the thermistor provided at the same place and it is difficult to identify
[5]
a
corresponding
connector
in
advance. Therefore, the connector to be removed can be identified by following the wiring harness of the thermistor /2.
[1]
1050fs2186c
10. Remove the screw [1] and then remove the ther-
[1]
mistor /2 [2].
11. Reinstall the above parts following the removal steps in reverse.
[2]
1050fs2409c
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3. PERIODIC CHECK
Field Service Ver3.0 Nov.2006
O. Replacing the thermistor /4
Caution: • After completion of the installation of the thermistor /4, check to ensure it is in touch with the fusing heating roller.
(1) Periodically replaced parts/cycle • Thermistor /4: Every 3,000,000 prints (2) Procedure
1. 2. 3.
Pull out the ADU from the main body.(See P.112) Remove the fusing section. (See P.156) Open the fusing heating roller assembly. (See P.165)
4. 5. [8]
[5]
Cut off 2 wiring bands [1]. Remove the screw [2] and then remove the wiring harness clamp [3].
[9]
6.
Remove the screw [4] and then remove the thermistor /4 assembly [5].
NOTE • When reinstalling the thermistor /4 assembly, be sure to set the attaching hole [6] to the projection [7] of the fusing heating roller assembly. • When reinstalling the thermistor /4 assembly, check to see if it is in touch with the fusing heating roller [8].
[3]
[2]
[6][7] [4]
[1] 1050fs2187c
7.
Remove the connector [9] of the thermistor /4 assembly.
NOTE • There are 4 connectors for the thermistor provided at the same place and it is difficult to identify
a
corresponding
connector
in
advance. Therefore, the connector to be removed can be identified by following the wiring harness of the thermistor /4.
180
3. PERIODIC CHECK
8. 9.
Cut off the wiring band [1]. Remove the screw [2] and then remove the thermistor /4 [3].
[2]
NOTE • When attaching the wiring band, be sure to use a heat-resistant one.
10. Reinstall the above parts following the removal steps in reverse.
[3]
[1]
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3. PERIODIC CHECK P.
Field Service Ver3.0 Nov.2006
Replacing the web motor
(1) Periodically replaced parts/cycle • Web motor: Every 6,000,000 prints (2) Procedure
[2]
[1]
1. 2. 3.
[3]
Pull out the ADU from the main body. (See P.112) Remove the fusing section. (See P.156) Remove the screw [1] and then remove the wiring harness clamp [2].
4. 5.
Remove the connector [3]. Remove 3 screws [4] and then remove the web motor unit [5] in the arrow-marked direction.
[4]
[5]
1050fs2188c
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3. PERIODIC CHECK
6. 7.
[1]
Remove 2 screws [1]. Loosen the screw [2] and pull out the web motor [3] in the arrow-marked direction.
NOTE • When reinstalling the web motor, be sure to align the D-cut face of the web motor shaft with the direction of the screw [2].
8.
Reinstall the above parts following the removal steps in reverse.
[3]
[2]
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3. PERIODIC CHECK
Field Service Ver3.0 Nov.2006
Q. Removing/reinstalling the thermistor /1 NOTE • Be sure to make the position adjustments when the roller has cooled down. • When reinstalling the thermistor /1, adjust it with the temperature sensor positioning jig /A before fixing it. Be sure to apply Screw-lock to the screw that has been fixed. • After completion of the reinstallation of the thermistor /1, be sure to check the wiring harness to see if it is in touch with the fusing roller /Up. (1) Procedure for removal
[3]
1. 2. 3. 4.
Pull out the ADU from the main body. (See P.112) Remove the fusing section. (See P.156) Remove the web section. (See P.178) Cut off the wiring band [1].
NOTE
[2]
• When attaching a wiring band, be sure to use a heat-resistant one.
5.
Remove the screw [2] and then remove the thermistor /1 [3].
NOTE • For the method for installing the thermistor / 1, see "(2) Procedure for reinstallation."
6.
Remove the connector [4] of the thermistor /1.
NOTE • There are 4 connectors for the thermistor provided at the same place and it is difficult to identify
[4]
a
corresponding
connector
removed can be identified by following the wiring harness of the thermistor /1.
[1] 1050fs2208c
184
in
advance. Therefore, the connector to be
3. PERIODIC CHECK
(2) Procedure for reinstallation
1.
Insert the temperature sensor positioning jig /A [3] between the thermistor /1 [1] and the fusing
[3]
roller /Up [2].
2.
Adjust the position of the thermistor /1 so that it become flush with the temperature sensor positioning jig /A, and then fix it with the screw [4].
NOTE • Be sure to adjust the distance a [5] between the thermistor /1 and the fusing roller /Up so that it becomes equal to the thickness of the
[1]
[4]
temperature sensor positioning jig /A. Specified value: a = 0.75 ± 0.1 mm • Make sure that the thermistor /1 is parallel to the roller.
[5]
3. 4.
Apply Screw-lock to the screw [4]. For the parts to be reinstalled hereafter, reinstall them following the removal steps in reverse.
[2]
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3. PERIODIC CHECK
Field Service Ver3.0 Nov.2006
R. Removing/reinstalling the thermistor /3 NOTE • Be sure to make the position adjustments when the roller has cooled down. • When reinstalling the thermistor /3, adjust it with the temperature sensor positioning jig /A before fixing it. Be sure to apply Screw-lock to the screw that has been fixed. • After completion of the reinstallation of the thermistor /3, be sure to check the wiring harness to see if it is in touch with the fusing heating roller. (1) Procedure for removal
[6]
[3]
1. 2. 3.
Pull out the ADU from the main body. (See P.112) Remove the fusing section. (See P.156) Open the fusing heating roller assembly. (See P.165))
4.
Cut off 2 wiring bands [1].
NOTE
[1]
• When attaching a wire binding band, be sure to use a heat-resistant one.
[2]
5.
Remove the screw [2] and then remove the 2 wiring harness clamp [3].
6.
Remove 2 screws [4] and then remove the thermistor /3 [5].
NOTE • For the method for installing the thermistor / 3, see "(2) Procedure for reinstallation."
7. [4]
Remove the connector [6] of the thermistor /3.
NOTE • There are 4 connectors for the thermistor provided at the same place and it is difficult to identify
[5]
a
corresponding
connector
in
advance. Therefore, the connector to be removed can be identified by following the wiring harness of the thermistor /3.
1050fs2210c
186
3. PERIODIC CHECK
(2) Procedure for reinstallation
1.
Insert the temperature sensor positioning jig /B [3] between the thermistor /3 [1] and the fusing heating roller [2].
2.
Adjust the position of the thermistor /3 so that it become flush with the temperature sensor positioning jig /B, and then fix it with 2 screws [4].
NOTE • Be sure to adjust the distance a [5] between the thermistor /3 and the fusing heating roller so that it becomes equal to the thickness of
[4]
the temperature sensor positioning jig /A.
[1]
Specified value: a = 0.7 ± 0.1 mm • Make sure that the thermistor /3 is parallel to
[3]
the roller.
[5]
[2]
3. 4.
Apply Screw-lock to 2 screws [4]. For the parts to be reinstalled hereafter, reinstall them following the removal steps in reverse.
1050fs2211c
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3. PERIODIC CHECK
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S. Removing/reinstalling the thermostat /1 NOTE • Be sure to make the position adjustments when the roller has cooled down. • When reinstalling the thermostat /1, adjust it with the thermostat positioning jig /A before fixing it. Be sure to apply Screw-lock to the screw that has been fixed. • After completion of the reinstallation of the thermostat /1, be sure to check the wiring harness to see if it is in touch with the fusing roller /Up. (1) Procedure for removal
1. 2. 3. 4. 5.
[1]
Pull out the ADU from the main body.(See P.112) Remove the fusing section. (See P.156) Remove the web section. (See P.178) Remove 2 faston terminals [1]. Remove the screw [2] and then remove the thermostat /1 [3].
[2]
NOTE • For method for reinstalling the thermostat /1, see "(2) Procedure for reinstallation."
[3]
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3. PERIODIC CHECK
(2) Procedure for reinstallation
1. [3]
Install 2 faston terminals [2] to the thermostat /1 [1].
2.
Insert the thermostat positioning jig /A [4] between the thermostat /1 [1] and the fusing roller /Up [3].
3.
Adjust the position of the thermostat /1 so that it become flush with the thermostat positioning jig / A, and then fix it with the screw [5].
[2]
NOTE • Be sure to adjust the distance a [6] between the thermostat /1 and the fusing roller /Up so
[5]
that it becomes equal to the thickness of the thermostat positioning jig /A.
[4]
Specified value: a = 3.0 ± 0.2 mm
4. 5.
Apply Screw-lock to the screw [5]. For the parts to be reinstalled hereafter, reinstall them following the removal steps in reverse.
[1] [6] 1050fs2213c
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3. PERIODIC CHECK T.
Field Service Ver3.0 Nov.2006
Removing/reinstalling the thermostat /2
NOTE • Be sure to make the position adjustments when the roller has cooled down. • When reinstalling the thermostat /2, adjust it with the thermostat positioning jig /B before fixing it. Be sure to apply Screw-lock to the screw that has been fixed. • After completion of the reinstallation of the thermostat /2, be sure to check the wiring harness to see if it is in touch with the fusing heating roller. (1) Procedure for removal
1. 2. 3.
[1]
Pull out the ADU from the main body.(See P.112) Remove the fusing section. (See P.156) Open the fusing heating roller assembly. (See P.165)
[3]
4. 5.
Remove 2 faston terminals [1]. Remove the screw [2] and then remove the thermostat /2 [3].
[2]
NOTE • For method for reinstalling the thermostat /2, see "(2) Procedure for reinstallation."
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3. PERIODIC CHECK
(2) Procedure for reinstallation
1.
[2]
Install 2 faston terminals [2] to the thermostat /2 [1].
2.
Insert the thermostat positioning jig /B [4] between the thermostat /2 [1] and the fusing
[1]
heating roller [3].
3.
Adjust the position of the thermostat /2 so that it become flush with the thermostat positioning jig / B, and then fix it with the screw [5].
[5]
NOTE • Be sure to adjust the distance a [6] between the thermostat /2 and the fusing heating roller so that it becomes equal to the thickness of the thermostat positioning jig /B. Specified value: a = 3.0 ± 0.2 mm
4. 5.
Apply Screw-lock to the screw [5]. For the parts to be reinstalled hereafter, reinstall them following the removal steps in reverse.
[3]
[4] [6] 1050fs2215c
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3. PERIODIC CHECK 3.5.10
Field Service Ver3.0 Nov.2006
Paper exit section
A. Removing/reinstalling the paper exit section (1) Procedure
1. 2. 3.
[1]
Remove the left cover. (See P.250) Disconnect the connector [1]. Remove 4 screws [2] and then remove the paper exit section [3].
[2]
[2]
NOTE • When reinstalling the paper exit section, be sure to hook the retention hole [4] to the projection [5] of the frame and then set the posi-
[4][5]
[3] [6][7]
tioning hole [6] to the positioning pin [7] of the
1050fs2216c
frame.
4.
Reinstall the above parts following the removal steps in reverse.
B. Cleaning of the paper exit sensor (1) Periodic cleaning cycle • Paper exit sensor: Every 6,000,000 prints (2) Procedure
1. 2. 3.
Remove the left cover. (See P.250) Remove the paper exit section.(See P.192) Clean the paper exit sensor (PS3) [1] with the blower brush.
4.
Reinstall the above parts following the removal steps in reverse.
[1]
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Field Service Ver3.0 Nov.2006 C. Replacing the main body paper exit roller (1) Periodically replaced parts/cycle • Main body paper exit roller: Every 6,000,000 prints (2) Procedure
[7]
1. 2. 3.
[6]
Remove the left cover. (See P.250) Remove the paper exit section.(See P.192) Remove the E-ring [1] and then remove the gear [2] and the pin [3].
4.
Remove the E-ring [4] and then remove the bearing [5].
[8]
5.
Remove the E-ring [6] and then remove the bearing [7].
6.
Move the main body paper exit roller [8] in the arrow-marked directions [9] and [10] in this order,
[10]
and remove it.
7.
Reinstall the above parts following the removal steps in reverse.
[9]
[5]
[1]
[2]
[3]
[4] 1050fs2218c
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4. SERVICE 4.1
194
Service material list
Material No.
Name
000V-16-0
Drum cleaner
200 ml
000V-17-0
Roller cleaner
200 ml
000V-19-0
Setting powder
25 g
000V-18-0
Cleaning pad
10 pcs/1 pack
00GR00260
Multemp FF-RM
25 g
00GR00020
Plas guard No.2
1
Shape
Remark
25 g
4.2
4. SERVICE
bizhub PRO 1050/1050P 1050e/1050eP
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Jig list
Parts No. 55VAJG011
Name Temperature sensor
Shape
Quantity
Remark
1
positioning jig /A (for fusing roller /Up) 55VAJG021
Temperature sensor
1
positioning jig /B (for fusing heating roller) 55VAJG031
Thermostat position-
1
ing jig /A (for fusing roller /Up) 55VAJG041
Thermostat position-
1
ing jig /B (for fusing heating roller) 7050K0020
Optics unit position-
2
ing jig
00M6-2-00
Door switch jig
4
4040PJP1##
Test chart (A3 size)
1
4040PJP2##
Test chart
1
(11 x 17 size)
00VC-2-00
Drum cover
1
00VD-1000
Blower brush
1
00VE-1005
Tester
1
2
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196
Field Service Ver3.0 Nov.2006 Name
Shape
Quantity
Remark
120A1052#
Positioning shaft
2pc/set
For DF adjustment
120A9711#
Adjustment chart
1
For DF adjustment
120A9712#
White chart
1
For DF adjustment
2
4.3
4. SERVICE
Materials
A. Item Parts name
Useful life
Type name
Toner bottle
80,000 prints
TN010
Drum
1,000,000 prints or 220 hours
DR010
Developer
1,000,000 prints or 220 hours
DV010
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4. SERVICE
Field Service Ver3.0 Nov.2006
4.4
Mail remote notification system
4.4.1
Outline
"Mail remote notification system" is a system that allows you to obtain a list print which can be output by a copier using the Internet mail (E-mail). Using this system dispenses not only with printing the list on paper but also visiting the users. Sending a mail filled-in with a simple keyword to the copier allows you to receive by mail all sorts of print information of the copier. 4.4.2
Operating environments
In order to use the functions of "Mail remote notification system", the following conditions must be met. The operation of the functions is available while in jams, SC and a low power mode. A mail sent to the copier that is not operating does not get lost, but it is handled when the copier is activated again. (1) The copier has a server that can receive a mail using POP3 or IMAP protocol. (2) The copier has a mail server that can send a mail using SMTP protocol. (3) In the following 4 cases, "Mail remote notification system" does not operate in the copier. When the main power switch (SW1) is turned off. When the power switch (SW2) is turned off. While the copier is in auto shut-off. When the security enhanced mode is set to ON (the use of the main body NIC is not allowed.) In this manual, the network interface card installed in the main body is called the main body NIC. 4.4.3
Major functions
Sending a mail with a simple keyword allows you to use the following functions. (1) The list print information of the copier you want to obtain can be received by mail. List prints that can be obtained are the following 11 lists. Mode memory list User setting list Font pattern list Management list Adjustment list Parameter list Use management list Counter list Pixel ratio list Remote diagnostic report Audit log report (2) The counter list can be checked by cell phone. (3) A password used for certification of a mail can be change. (4) Directions for use of "Mail remote notification system" can be received by mail. To make use of the above functions, it is necessary to send a mail with a simple keyword (command). For particulars of the command, See "4.4.5 Operating instructions of the mail remote notification system"
198
1
4.4.4
4. SERVICE
Initialization
To make use of "Mail remote notification system", it is necessary to register the network parameter on the copier main body and the account on the mail server. A. Setting from the touch panel Set the IP address of the copier from the touch panel to connect the copier to the network. When already set, proceed to "(2) Setting from the Web browser". (1) Procedure Step
Operating instructions
1
Select [Utility/counter] on the operation board.
2
Select "06 Machine Manager Setting."
3
Select "04 Network Setting."
4
Select "01 Machine NIC Setting."
5
Enter "IP address," "Subnet mask," and "Gateway Address."
6
Restart the copier.
NOTE • The IP address of the copier is normally assigned by the system administrator. For particulars, contact the system administrator. B. Setting from the Web Utilities Enter the setting of the mail server from the Web Utilities. To use the Web Utilities, make preparations of a PC that can be connected to the network. NOTE • No space is available in all items to be set. The following characters cannot be used for setting an E-mail address. ();:“[] When an improper entry or setting is made on the Web browser, be sure to make corrections following the error massage. When no correction is made, a down load error of the program may result. • The Web layout is subject to change without notice.
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(1) Procedure Step 1
Operating instructions Start the Web browser. • When a proxy is set on the Web browser, the main body Web may not be accessible. For particulars, contact the network administrator. For Web browser, Internet Explorer or Netscape Navigator is recommended. However, no setting should be made from two or more browsers simultaneously.
2
Specify the IP address of the copier main body that is entered from "A. Setting from the operating panel." • "Main page" is displayed when an access is made to the Web Utilities of the copier main body.
3
Click "Extension for maintenance" on "Main page."
4
Enter the user name or the CE password in "Extension for maintenance" and press "OK."
User name: ce (cannot be changed) Password: CE Enter the password. (Default: "92729272")
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4. SERVICE
Step 5
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006 Operating instructions Click "E-Mail Initial Setting" to display the screen for setting.
Set item
Details
Enable E-mail
When using the mail remote notification system, select "Use." Default is "Not
notification
use."
Time difference
The time at which a mail was send out is calculated based on this value. For time difference setting, enter the difference from the standard time UTC in the range from -1200 (- 12 hour 00 minute) to +1200 (-12 hour 00 minute). When no value is entered, +0000 (UTC) is set. (Ex.: In the case of Japan, enter + 900.)
Sending mail
Set the IP address of the SMTP server.
(SMTP) server SMTP port
Set the port No. of the SMTP server. For default, 25 is set.
number Sending mail
For SMTP default, 5-minute is set.
(SMTP) server time out Interval between
The copier check the receiving mail server to see if a mail is newly received.
fetching mails
(An interval can be specified in the range from 1 minute to 60 minutes.) Taking into consideration the load on the network, this is usually set at the interval of 10 minutes.
Receiving mail
Set the IP address of the incoming mail server.
server Kind of mail
Select either of POP3 and IMAP. For default, [POP3] is selected.
spool Pop3 (IMAP)
When 110 is used for POP3 and 143 is used for IMAP, select "Use the default
port number
value." When any value other than the default, select "Setting" and enter a port number to be used in the text box.
2
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Step
Operating instructions Set item
Details
User name on
Enter an account name assigned to the copier by the incoming mail server.
the server Password
Enter a password to the account name above.
E-mail address
Enter the mail address of the copier its own. This is normally "mail account
of this copy
name@incoming mail server name."
machine Nickname
Enter a nickname that is added to the title (subject) of a mail sent from the copier. No entry cause no problem.
CE password
Enter a password that is added to the title (subject) of a mail sent to the copier. The copier uses this password for security purpose.
Also Notice to
• Not transfer: Default
the Administra-
• Transfer an unright mail: When a mail received by the copier is not con-
tor
form to the above password, or when the mail size is exceeding the specified size (10k bytes), a selection is made if the mail is communicated. • Transfer all transmission mails: Transfer all mails that use "Mail remote notification system."
Administrator
When "Transfer an unright mail" or "Transfer all transmission mails" is
E-mail address
selected, enter an E-mail address for transfer.
Announce delay
A selection is made if the difference (time required) between the time when a
time in replay
mail was sent to the copier and the time when the copier handled the mail is
mail
indicated in the mail. For default, "Not indicate" is selected.
Enable POP
After authentication is made by the mail receiving server, a selection is made
(IMAP) before
to decide whether to send out the mail or not. For default, "Send" is selected.
SMTP 6
After completion of entry, click the [Apply] key.
7
Conduct the mail sending/receiving test. • Click "Sending and Receiving test" and a sending test and a receiving test are conducted collectively to check to see if a test mail sent is correctly received. When a test failed, re-check the set items following the error message. • Click "Sending and Receiving test" to show the results of the sending and receiving test. Sending test
A mail sending test is made on the SMTP server. A test mail is sent to "E-mail address for the copier" set in Step 2.
8
202
Receiving
A receiving test is made on the incoming mail server. A test mail is received from
test
"E-mail address of the copier" set in Step 2.
Restart the copier.
4.4.5
4. SERVICE
Operating instructions of the mail remote notification system
For commands for communications with the copier and the details of options, see the table below. Command
Option
Description
Minimum input
GETLOG
[List option name]
Send back by mail the list print information specified
G
in [List print name]. ModeMemory
Send back [Mode memory list] by mail.
M
UserSetting
end back by [User setting list] mail.
U
FontPattern
Send back [Font pattern list] by mail.
F
Management
Send back [Management list] by mail.
Ma
Adjustment
Sent back [Adjustment list] by mail.
A
Parameter
Send back [Parameter list] by mail.
P
UserManagement
Send back [User management list] by mail.
Counter
Send back [Counter list] by mail.
C
PixelRatio
Send back [Pixel ratio list] by mail.
Pi
CommunicationLog
CommunicationLog Send back [Communication log
Co
UseM
list] by mail. AuditLog
Send back [Audit log report] by mail.
Au
ALL
Send back all of the above list prints in mail.
AL
Not specified
[Counter list] is edited so that it can be shown by cell phone. And this is sent back by mail.
CHPASS
HELP
[OldPasswd][New-
Change a password to be used for certification of a
Passwd]
mail.
[OldPasswd]
Specify a password that is currently used.
[NewPasswd]
Specify a new password.
Not specified
Send a help mail that describes the operating
C
H
instructions of the commands above.
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4. SERVICE 4.4.6
Field Service Ver3.0 Nov.2006 Mail sending
A command (option) printed on the mail is not case sensitive and can be identified from the minimum input listed on the preceding page. A. Notes • When sending a mail to the copier, take note of the following. (1)Mail software can be used without discrimination by OS and a hand-held device or a free mail using browser. (2)Use the mail software in the text mode. (3)For the mail software, as a condition for reception, 128 characters or more are recommended as the maximum number of characters displayed in a line. (4)There are one or more spaces or TAB's required between a command and an option that are written in the mail. (However, a line feed is not allowed.) (5)Enter all the commands that are written in the mail in alphanumeric characters (ASCII characters). When any other characters are used, an error message "No command found" is sent back. (6)Start a command written in the mail from the line head with not space. When there is a space or TAB found at the line head, the line is ignored. (7)The maximum number of commands available in a mail is ten. Commands exceeding ten are ignored. (8)Avoid attaching a file to a mail that is sent to the copier. (9)A signature on a mail that is sent to the copier may be handled as a command with an error message sent back. (10)When the power is shut off while the copier is sending a mail or when the copier main body is printing the list print, the same mail may be sent back twice. (11)The copier can receive up to 5 mails from the mail server at the same time. When more than 5 mails have been received by the mail server, the copier receives the remaining mails from the mail server next time.
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5. FIRMWARE VERSION UP
5. FIRMWARE VERSION UP 5.1
ISW
5.1.1
Outline
A. ISW (In-System Writer) • This is an operation in which a control program stored in the flush ROM that is built in each control board in the copier is rewritten with the board built in the copier main body. Conducting the ISW allows the version up of control program without changing the board and the installation of the up to date program when replacing the board. As a tool to conduct the ISW, (ISWTrns (PC software)) can be used for rewriting with the personal computer (PC) connected to the copier. This tool can rewrite directly a control program in the flush ROM built in the copier main body. B. ISWTrns • This is a software for Windows to rewrite the copier flush ROM and is used for the rewrite of programs (data transfer) with the copier main body and the personal computer connected with a parallel cable or the USB cable. NOTE • When this machine uses the USB to conduct the ISW, it is necessary to install the USB driver of the ISWTrns. For procedure for installation, see "5.1.4 A. Installation of the USB driver (Windows2000/ XP)" When using the USB, be sure to turn on the radio button of the USB on the ISWTrns [Setting (S)] - [Communications setting (C)], and then press the OK button.
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5. FIRMWARE VERSION UP 5.1.2
Field Service Ver3.0 Nov.2006
Specifications
A. ISWTrns (PC software) (1) ISWTrns disk composition • Setup disk: 2 • Rewritable disk: Varies for each copier (2) Operating environment of the software • OS: Windows95/98/98SE/Me/NT4.0/2000/XP • CPU: Pentium 75 MHz or above • Memory: 16 MB or more for abroad/ 32 MB or more for domestic • Free space in hard disk: 100 MB or more • Others: PC provided with parallel (printer) or USB interface (3) Idling time • Varies according to each PC (4) Parts required to conduct the ISW • Personal computer (PC): 1 • IBM-compatible PC/AT: Provided with D-sub25 pin parallel interface • ISWTrns setup program • Parallel cable or USB cable: 1 Item Board to be rewritten
Specifications Overall control board, Printer control board, RADF control board, FD control board, LS control board, IC control board, SD control board, PB control board
Method for rewriting program
1. Local ISW from the PC 2. Web Utilities directional type ISW by using the Internet 3. Operation panel directional type ISW by using the Internet
Protocol
FTP, HTTP
Network connection
Use of the NIC of the copier main body
Rewritable program
Image control
I1 to I4 collectively, I1- I4
Printer control
C1 to C2 collectively, C1, C2
DF
F
FD, FS, LS, SD, PB
H1, N1, S1-1/S1-2, B1, J1
Controller
P1
Conditions
Main body power turned on and program server provided
NOTE • To execute the ISW, check surely to see if the power source of the main body has been turned on in advance. • For rewritable programs, it is not possible to rewrite plural programs at a time. • When using the Internet ISW, it is required for it to be connected to the network environment by using the main body NIC. As a network environment, programs must be down-loadable from the program server on the Internet by using a ftp or http protocol.
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2
5.1.3
5. FIRMWARE VERSION UP
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006 Installation of the ISWTrns
Install the ISWTrns program to the PC. (1) Procedure Step
Operation
Remarks
1
Start the PC.
2
Copy the setup disk to the PC and double click the
When there remains the ISWTrns.exe of
[Setup.exe] icon to start the install program.
the old version, uninstall the old version first, and then install the new version.
3
"ISWTrns setup screen" Following the instructions on the screen, check the
1. For default, "C:\Program Files\KONI-
folder to which an installation is made, and then click
CAMINOLTA\ISWTrns" is set as a folder to
[Next].
which an installation is made. 2. When changing the folder to which an installation is made, click [Reference] and specify one as you please.
4
"Program confirmation screen" Following the instructions on the screen, check the
1. For default, "ISWTrns" is set as a folder
folder to which the ISWTrns program is stored and
to which an installation is made.
then click [Next].
2. When changing the folder to which an installation is made, enter an folder name directly, or select one from the existing folder displayed.
5
"Information dialog screen" Following the instructions on the screen, click [OK].
6
"Setup completion screen" Following the instructions on the screen, click [Completed].
7
The installation of the ISWTrns program is automatically completed.
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5. FIRMWARE VERSION UP 5.1.4
Field Service Ver3.0 Nov.2006
Usage of the ISWTrns
A. Installation of the USB driver (Windows2000/XP) When a connection is made between the PC and the copier main body with a USB cable, the installation of the USB driver is automatically started by the plug-and-play. However, this May result in the installation of the Windows USB driver (USBPRINT.SYS) and be sure to set the USB driver following the steps given below. (1) Procedure Step
Operation
1
From the screen below, select "Install from the list or the specified location," and then click [Next].
2
In the "Select the retrieve and install option screen," select "Select a driver for installation with no retrieval," and then click [Next].
3
Select the UBS driver in the driver selection screen and click "Next" to start installation. Driver name: Konica Minolta bizhub 1050/P USB Driver (ISW)
4
When the [Completed] in the "Hardware update wizard completed screen" is displayed, click [Completed] to exit the installation.
5
Check the "Device manager screen" to see if the USB driver has been correctly installed. Driver name: Konica Minolta bizhub 1050/P USB Driver (ISW)
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5. FIRMWARE VERSION UP
B. Setting of the communication method (1) Setting up of the parallel port When sending the parallel port data by using the ISWTrns program, it is necessary to release the ECP mode setting of the PC parallel port. The ISWTrns does not correspond to the data transmission through the parallel port. Accordingly, sending data in the ECP mode may result in an error while in transmission. Therefore, when using the ISWTrns with the PC set in the ECP, it is necessary to release the ECP mode. 1)
ECP port release procedure
The following procedure shows the release of the ECP mode. Step
Operation
Remarks
1
Start the PC.
2
Open "System" in "Control panel," select the
1. The LPT1 port is "ECP printer port (LPT1)," this is
"Device manager" tab and search LPT1 in
an ECP port.
"Port (COM/LPT)."
2. The LPT1 port is "Printer port (LPT1)," this is a normal parallel port.
3
4
When the printer port is set to the ECP port,
The change of the BIOS varies depending on the
change the BIOS setting of the PC to release
PC. For release of the ECP mode, contact the sys-
the ECP port.
tem administrator.
Conduct a transmission test to check the
When a correct transmission is once made on the
operations.
copier, transmission is available for all types of machines.
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5. FIRMWARE VERSION UP
Field Service Ver3.0 Nov.2006
(2) Preparations for transmission on the copier 1)
Checking of the ROM version
Before rewriting the ROM data, be sure to check the ROM version of the current control program by following the procedure given below. Step
Operation
1
Enter the service mode.
2
Press the [08 ROM version] key in "Service mode menu screen."
3
Press the [01 ROM version] key in the sub-menu displayed on the right side of the screen.
4
"ROM version screen" Press the [08 ROM version] key and check the version information.
2)
Standby for the ISW transfer
Open the service mode of the copier and get into the standby of the ISW transmission. Step
Operation
1
Enter the service mode.
2
Press the [10 ISW] key in "Service mode menu
Remarks
screen." 3
Press the [01 ISW] key in the sub menu displayed on the right side of the screen.
4
[Service mode menu] Example: Image control: collective
The ISW standby status is a status in which the [Start] key is shown in the display section.
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C. Firmware copy (1) Creation of the folder Start the ISWTrns program the installation of which has been completed, and set a folder into which a transferred file (rewritten data) is stored. 1)
Procedure Step
Operation
1
Start the PC.
2
Select "ISWTrns" from the start menu or double
Remarks
click the "ISWTrns" icon on the desktop to start up the "ISWTrns program." 3
"ISWTrns dialog screen" This screen is displayed only when the ISWTrns is started for the first time.
Click [OK] key to set a folder into which a transferred file (rewritten data) is stored. 4
"Option screen" 1. A folder (C:\Program Files\KonicaMinolta\ISWTrns)into which the ISWTrns program has been installed as a stored folder (data folder) for default is set. 2. When changing a stored folder, click [Browse] and specify any one as you please, or make an entry directly in the editor box in full path. 3. When the [Make Folder] key is clicked, a hierarchical folder is created using the stored Set a folder into which a transferred file (rewritten
folder set above as a route.
data) is stored and then click [Make Folder] key.
5
"Option screen" Click [OK] key.
This operation stores the data folder created in the step 4 into the INI file of the ISWTrns program.
6
"ISWTrns screen" The main screen of the ISWTrns program is displayed.
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(2) Data copy Using the ISWTrns program, copy data (rewritten data) which is sent to the PC. 1)
Procedure Step
Operation
1
Start the PC.
2
Select "ISWTrns" from the start menu or double
Remarks
click the "ISWTrns" icon on the desk top to start up the "ISWTrns program." 3
Click the "Option" menu.
4
"Option screen"
Click [Data Copy] key. 5
"File copy screen"
Click [Browse] key. 6
Select the folder into which a file to be trans-
1. A folder selected is displayed in the upper dis-
ferred (data to be rewritten) is stored as a file
play section of the file from which a copy was
from which the copy is made.
made. 2. In the lower display section of a file from which a copy was made, the transferred files (rewritten data) stored in the elected folder are displayed.
7
Select a transferred file (rewritten data) you
1. A number of transferred files (rewritten data)
want to copy from the lower display section of a
can be selected.
file from which a copy was made.
2. When copying all of the transferred files (rewritten data) that are displayed, skip this step and proceed to the step 8.
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Step
Operation
Remarks
8
Copy the transferred file (rewritten data)
1. When copying all of the transferred files (rewritten
selected by clicking [Copy] key into the
data) that are displayed in the lower display section of
folder created at the setup of the
the file from which a copy was made, click [Copy all] key
ISWTrns.
instead of [Copy] key. 2. In the upper display section of the file into which a copy has been made, a folder name created at the setup of the ISWTrns is displayed. 3. In the list shown in the lower display section of the file into which a copy has been made, files the copy of which has been successfully completed are listed in full path. In the copy error file list, files the copy of which have been failed are listed. As the causes of failure, following are considered. A. There exists a file of the same name and "O/W" is not checked. B. A folder into which a file is stored is not found. C. An overwrite is made on an overwrite-prohibited file. 4. When changing a transferred file (rewritten data) that is currently stored into a new data, click the overwrite check box to make a check mark.
9
After completion of copy, click [Refresh] key.
10
Click [Return] to get back to "option screen."
11
"Option screen" Click [OK] key.
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D. Firmware (1) Firmware data flow The following shows the flow of the ISW data. Image processing
PC
Overall control board
board
Printer control board RADF control board FNS control board FD control board SD control board PB control board LS control board IC board
When conducting the ISW in the entire system, be sure to conduct it in the order shown below. Step 1
*1
Type of programs
*1
FD (H1), FS (N1), SD (B1), PB (J1), LS (S1-2, S1-1)*2
2
DF (F), IC (P1), Printer control board (C1 to C2 collectively, C1, C2)
3
Image control (I1 to I4 collectively, I1, I2, I3, I4) Be sure to conduct the low end first out of those set in the sequence 1. Ex.) When the composition is made up of "LS-501 (1st set) + LS-501 (2nd set) + FS-503" FS-503 (N1) → LS-501 (S1-2) → LS-501 (S1-1)
*2
When the LS is the coupling of 2 sets, the 1st set (main body side) is S1-1 and the 2nd set is S1-2.
NOTE • When the overall control board is replaced, be sure to conduct first of all the ISW of the image control program. When the image control program is not contained in the overall control board, other programs cannot be written. •
Programs are not stored in the image processing board. So, when the board is replaced, the ISW is not required.
For FS and SD, be sure to take note of the followings. NOTE • When a finishing option is directly connected to the main body Ex.1) Main body + FS Connect the jumper connector to CN19 on the FNS control board (FNSCB) Ex.2) Main body + SD Connect the jumper connector to CN19 on the SD control board (SDCB) Ex.3) Main body + PB Connect the jumper connector to CN29 on the PB control board (PBCB) Ex.4) Main body + LS Connect three connectors of the LS to the main body and connect the 2 pin connector to the LS
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• When two or more finishing option is connected to the main body Ex.1) Main body + FD + FS Connect the jumper connector to CN19 on the FD control board (FDCB) Connect the connector on the FS side to CN19 on FNSCB Ex.2) Main body + LS + SD Connect three connectors of the LS to the main body and connect the 2 pin connector to the LS Connect the connector on the SD side to CN19 on SDCB Ex.3) Main body + FD + SD + FS Connect the jumper connector to CN19 on the FDCB Connect the connector on the SD side to CN19 on SDCB Connect the connector on the FS side to CN19 on FNSCB Ex.4) Main body + SD + PB Connect the jumper connector to CN19 on the SDCB Connect the connector on the PB side to CN29 on PBCB
2
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[When the main power switch (SW1) is required to be turned OFF/ON in the middle of the ISW] When the system configuration is as shown below, the SW1 is required to be turned OFF/ON in the middle of the ISW. • Case 1: Main body + IC + DF-603 + LS-501 (1st set) + LS-501 (2nd set) + FS-503 ISW sequence: FS-503 → LS-501 (2nd set) → SW1 OFF/ON → LS-501 (1st set) → DF-603 → IC → Main body • Case 2: Main body + IC + DF-603 + LS-501 (1st set) + LS-501 (2nd set) ISW sequence: LS-501 (1st set) → SW1 OFF/ON → LS-501 (2nd set) → DF-603 → IC → Main body However, when the LS-501 (2nd set) is conducted first, the SW1 is not required to be turned OFF/ON. (2) Types of the transfer mode There are 2 types of the ISW transfer mode on the machine side as shown below. 1)
When writing a new program (when replacing a board or when failed in writing a program)
Overall control board
Displayed normally when starting up
Method for ISW transmission
Power save LED flashing
Power ON mode
No display on operation board Others
Error code display
Service mode
When there is an abnormality found with the image processing program of the image processing board, or an error is found with date displayed on the operation panel, a startup is normally unavailable. In the condition like this, when the power switch is turned on, the system gets into the ISW standby status. And when an abnormality occurs while in rewriting the image processing program and the contents of the memory is damaged, the power save LED is flashing when the power is turned on again, and the system gets into the ISW standby status. When the image processing program is in the normal condition and there is an abnormality found with other programs, an SC error is normally display on the touch panel while in the startup. 2)
When in the version up of the program Displayed normally when starting up
Method for ISW transmission
Overall control board
Normal
Service mode
Others
Normal
Service mode
(3) Use of each transmission mode • Power ON mode This mode is used when there is no program installed in the overall control board (OACB) of the copier main body, or when an error code is displayed. When the image control program of the OACB is not installed, the OACB can be written with the power switch ON. • Service mode This mode is used when the image control program of the OACB has been already installed.
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Field Service Ver3.0 Nov.2006 E. Connection to the main body (1) When using the parallel cables Preparations are made of the following when a connection is made. • PC into which transferred files (rewritten data) have been copied. • Parallel cables 1)
Procedure Step
Operations
1
Turn OFF the power of the copier.
2
Turn OFF the power of the PC.
3
Remove 5 screws and then remove the upper right cover.
4
Connect the IEEE1284 port and the PC with the cable.
5
Connect the parallel cables of the PC to the ISW connectors of the copier.
NOTE • When exiting the ISW, be sure to clean each mirror of the scanner.
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(2) When using the USB cables Preparations are made of the following when a connection is made. • PC into which transferred files (rewritten data) have been copied. • UBS cables 1)
Procedure Step
Operations
1
Turn OFF the power of the copier.
2
Turn OFF the power of the PC.
3
Remove 5 screws and then remove the upper right cover.
4
Connect the USB port and the PC with the cables.
5
Connect the USB cables of the PC to the ISW connectors.
NOTE • When exiting the ISW, be sure to clean each mirror of the scanner.
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5. FIRMWARE VERSION UP
Rewriting of firmware
(1) Relationship between the ISW and the display on the operation board When the ISWTrns program starts up, the main screen of the ISWTrns is displayed. In the main screen, the selection of transferred files (rewritten data), the display of information, the confirmation of a transferred file (rewritten data) and the transmission of the transferred file (rewritten data) are conducted. For detailed information of the functions, see the following.
[9]
[10]
[1] [2] [3] [4]
[8]
[5] [6] [7]
[1] Version selection frame • When transferred files of plural versions are stored in a folder, a selection is made if the version is transferred. [2] Version stored folder edit box • When the condition selection frame of [10] is decided, according to the data folder set in the option screen and the INI file information, a folder name in full path is displayed. When a transferred file is in a folder other than a data folder, a change can be made by using the [Browse] button of [4] or rewriting directly the folder name. A transferred file that meets the INI file conditions displayed here in the folder is displayed in the list box of [3]. [3] Version file selection list box • Files to be displayed that exist in the folder selected in [2] above are displayed. The files to be displayed are described with the wild card name in the ISWTrns.INI file. Accordingly, when there are plural version files in the same file, plural versions are to be displayed in this list box. The list displayed here is sorted in the order of names, and when the list is displayed, an item displayed last is selected. Changing an item of selection decides the version of a transferred file that is transmitted. [4] Browse key • This key is used when the transfer folder is in a folder other than the default data folder. Display the folder selection screen to select the folder of [2]. [5] Transferred file information display list • Display a list of files that are actually transferred when the version file is selected at [3]. The number of files actually transferred is described in the checksum file attached to the transferred file (rewritten data). When all of the transferred files are not stored in the folder of [2], or when unnecessary files are included in the folder, an error message "No transferred files found or a file with an illegal name found in the folder. Make sure of it" is displayed. When [File check] key of [6] is pressed, the checksum of all the files displayed is calculated. The value obtained is compared with the checksum value stored in the checksum file (*.SUM) attached to the transferred files (rewritten data) and the result is displayed. [6] File check key • When this button is pressed with the transferred files displayed in "Transferred file information display list" of [5], the file checksum (checksum of the entire files) of each transferred file displayed is calculated and the result is shown by the side of each transferred file. And the result of the checksum calculation and the checksum file attached to the transferred file (rewritten data) are compared and the result of comparison is displayed in the format shown below.
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"OK": Accord "NG": Not accord "??": A corresponding checksum not found [7] File Send key • The transmission of the transferred files is started. [8] Send file information frame • A list of files actually transferred is displayed based on the information selected in the frames [1] and [10], and pressing the [File Check] key displays the checksum of files and the consistency of the checksum (OK, NG, ??). [9] File detailed information list • When the version file of [3] is selected, the detailed information of a file are displayed. [10] Condition selection frame • The condition of the transferred file (rewritten data) is checked. When all the 4 types of combo boxes are selected, the folder of [2] is set based on the information set in the INI file. The contents of the combo box selected is stored in the ISWTrns.INI file by "Transmission," and initialized and displayed when being started next time. (2) Rewrite procedure Ex.: When the image control program is written collectively. Step
Operations
1
Copy the data to the PC. (For the procedure, see "C. Firmware copy.")
2
Start the ISWTrns program.
3
Select the machine type, the destination and the board types. • Machine type: bizhub 1050, Destination: KBJ, Board type: 11 to 14 collectively
4
The data to be used is displayed in the version file selection box and the transmitted file information frame.
5
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Press the [File Check] key to check if the data to be used has any problem.
5. FIRMWARE VERSION UP
Step
Operations
6
Place the copier main body in the standby for the ISW transfer. (For the procedure, see "2) Standby for the ISW transfer.")
7
Press the [Start] key on the copier main body side first, and then press the [File Send] key of the ISWTrns.
8
The following window is displayed on the PC while in the data transfer.
9
When the data transfer is completed, the following window is displayed. [PC side]
[Copier side]
10
When transmitting other data, press the [Yes] key. When exiting the rewrite, press the [No] key. When pressing the [No] key, the copier main body is automatically rebooted.
11
Check the ROM version information in the service mode to see if the rewrite operation is completed normally. It is not completed normally, repeat the procedure from the step 2.
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Error list
Detection function • When the copier main body detects an abnormal condition after turning on the power, the copier does not display it on the main body touch panel, but inform you of it by lighting or flashing the LED (with the ISW placed in the standby condition). For the LED display, see the table given below. No.
Transaction
Power save LED
1
CPU in initialization when the power is turned on
OFF
2
Flush memory in checking
OFF
3
When an error is detected while in memory check (ISW standby status)
Flashing in orange
4
ISW processing (data being received from the PC and flush memory being
Flashing in green
written) 5
When an abnormality is detected while in data transmission
Flashing alternately in red and green
6
When an error is detected while in writing flush memory
Flashing in red
7
Memory check successfully completed: while in rebooting
OFF
(1) ISWTrns error list The ISWTrns displays messages when an error is shown or the transaction is completed. The table below shows the contents of the message and the status of the ISWTrns. Message
Status of the ISWTrns
The opening of the file the checksum of which is
The opening of the checksum file failed. The file is in use
to be taken is not available.
or damaged.
The opening of the file the checksum of which is
The reading of the checksum file failed. The memory is
to be taken cannot be read.
insufficient or the OS is in trouble.
The file cannot be opened.
The opening of the transferred file failed. The file is in use or damaged.
The LPT port cannot be opened
The opening of the LPT port failed.
Communication port setting acquisition error
The access to GetCommState failed.
Communication port setting error
The access to GetCommState failed.
The transferred file cannot be opened.
The opening of the transferred file is unavailable. The file is in use or damage.
The Term Test file cannot be transmitted.
The transmission of the communication test block failed. 1. The copier side is not in the receiving condition. 2. The cable is disconnected. 3. The transferred file is wrong.
Transmission of the file failed.
The transmission of the transferred file failed. Communication troubles such as a disconnected cable.
The transmission to the LPT port failed.
The output to the LPT port failed. Communication troubles such as a disconnected cable.
The folder name is illegal.
The name of the input folder is illegal. Be sure that the input be started with the drive name such as "C:\"
The generation of the thread failed.
The generation of the thread failed.
The transferred file is not found.
A file that copies a file is not selected or does not exist in the folder.
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Message Some files cannot be copied.
Status of the ISWTrns 1. When the folder into which files are stored is not found. 2. When a file is copied into the folder in which a file of the same name is contained with "Overwrite check box" not checked. 3. When overwriting is made on an overwrite prohibited file. 4. The file is used by another application. OS trouble.
The transferred file is not found, or a file with an
The number of divisions of the transferred file written in
illegal name is found in the folder. Make sure of
the checksum file does not correspond with the number
it.
of files that actually exist. 1. When a file with an illegal name is in the data folder, or a file name that seems to be illegal is displayed in the folder list. 2. The number of divided files is insufficient. Check the insufficient number of files in the folder list and copy them again. 3. When the checksum file is damaged, copy it again to the folder.
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(2) Main body error list The table below shows error codes. Error code
Description
Program applicable
0x02
The internal work space cannot be secured.
0x04
The DIMM space cannot be secured.
0x05
The DIMM space cannot be opened.
0x06
Data transmission to the DIMM failed.
0x21
The DIMM space on the controller side cannot be secured.
0x41
The format of the input data is abnormal.
0x42
The type name of input data is abnormal.
0x43
The board name of input data is abnormal.
0x64
Rewritten address error
0x81
Input device such as input time out is abnormal.
0xC1
The erasing of the flush ROM failed.
0xC2
The writing of the flush ROM failed.
0xC3
The ROM checksum is abnormal.
0xC4
Output device such as output time out is abnormal.
0xE1
Program SUM check error.
F
Controller I/F writing error.
P
0xE2
0xE3
P
Common
F Common I
Common
Erasure error.
C/ H/ N/ S/ J
Writing error.
C/ H/ N/ S/ J
Controller I/F verify error.
P
Blanc check error.
F
Communication error.
C/ H/ N/ S/ J
NOTE • When rewriting the IC firmware, the execution of the ISW is inhibited if the initialization of the IC is not completed. • When any one of the errors shown above occurs, an error code is not displayed, but the message "Now initializing Controller" is shown in the touch panel section.
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2
5.1.6
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bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006 Troubleshooting
When an error occurs while in the execution of the ISWTrns program. Condition 1
Cause
Measure taken
The ISWTrns does
The ISWTrns file is damaged
Set it up again.
not start up.
The setup disk itself is damaged.
Check the setup disk and set it up again.
2
The screen is dis-
The Japanese DLL[RCJP.DLL] is
played in English.
damaged. The INI file is set incorrectly. (The INI
Set it up again. Check the ISWTrns.INI file.
file in English version is used.) 3
When an item in the
The transferred file is not stored in
Check to see if the relevant file is stored
combo box is
the relevant folder.
in the folder displayed in the "Folder"
selected, the trans-
text box of "Select version." When a
ferred file is not dis-
folder into which a file is stored is not
played.
found, use the "File copy" function. The data folder in the option screen
Check the setting of the data folder.
is set incorrectly.
When a folder into which a file is stored is not found, use the "File copy" function.
The file name is illegal (or has been
The file name must be used with no
changed.)
change made. When the file name is changed, the display or selection of the file becomes unavailable. When the file name is changed, return it to former state.
The folder name is illegal (or has
When the folder name created by the
been changed.)
"Create folder" button in the option screen has been changed, it cannot be found. Return it to former state and check it again.
4
"NG" is displayed
The transferred file is damaged.
while in the file check.
Copy the file and check it again. When "NG" still recurs, contact the supplier of the file.
5
"??" is displayed
When the transferred file was cop-
while in the file check. ied to the PC, the copying of the
6
Copy the checksum file to the same file as the one for the transferred file at the
checksum file (*.SUM) was forgot-
same time. (If you use the "Copy a file"
ten.
function, a copy is made automatically.)
The transfer of the file failed. An error "The file can- The file is being used by anther pro-
Exit another program. The error still
not be opened" is
gram or system.
recurs, reboot Windows.
An error "Term Test
The connection of the cable is loos-
Check the cable to see if it is connected
file cannot be sent" is
ened.
securely or if there is any problem found
displayed.
displayed.
with the cable itself. The main body is not in the receiv-
Check the main body to see if it is in the
ing condition.
receiving condition.
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Condition 6
Cause
Measure taken
An error "The transmis-
The connection of the cable is
Check the cable to see if it is con-
sion to the LPT port
loosened.
nected securely or if there is any prob-
failed" is displayed.
lem found with the cable itself. Wrong data has been sent.
Check the file information screen to see if the receiving mode on the copier side (type of receiving board) corresponds with the transferred file. If the file is sent for the first time, contact the file supplier.
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The length of the cable is out
Use a cable the length of which is less
of specifications.
than 2 m.
The parallel port of the PC is
See the PC manual to release the ECP
set to the ECP mode.
mode.
There is a compatibility prob-
Conduct a test with a PC with an actual
lem between the parallel port
performance of transmission, and
of the PC and the port on the
check to see if there is a compatibility
copier main body side.
problem found.
5.2
Internet ISW
5.2.1
Outline
5. FIRMWARE VERSION UP
"Internet ISW" is a system in which instructions are given to the ISW by using browser so that the copier automatically obtain the program from the program server. Using the Web functions allows you to conduct the ISW at the user's premise without taking the programs with you. 5.2.2
Operating environment
To make use of the Internet ISW functions, the following conditions must be met. • The copier must be connected to the network environment that allows the download of programs from the Internet by using ftp or http protocol. • In the following 4 cases, the "Internet ISW" does not operate on the copier. • The main power switch (SW1) is off. • The power switch (SW2) is off. • The copier is in the auto shut-off. • When the security enhanced mode is set to ON (the use of the main body NIC is not allowed.) NOTE • It operates while in the jam, SC and lower power mode.
5.2.3
Major functions
"Internet ISW" allows you to use the following functions. • Internet ISW using the Web Utilities Programs can be rewritten by accessing the Web Utilities of the copier main body on the Web browser of the PC. However, this requires a Web terminal that is connected to the copier through the network. • Internet ISW using the operation panel Programs can be rewritten by using the touch panel of the copier. However, this requires a Web terminal that is connected to the copier through the network.
1
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Initialization
To make use of the Internet ISW, it is necessary to set in advance the network parameter, program server address and the fire wall address of the copier. A. Setting from the operation panel To introduce the copier main body into the network, set the IP address of the copier from the operation panel. When this setting has been already made, proceed to "(2) Setting from the Web browser." (1) Procedure Step
Operating instructions
1
Press the [Utility/counter] button on the operation panel.
2
Select "06 Machine Manager Setting."
3
Select "04 Network Setting."
4
Select "01 Machine NIC Setting."
5
Enter "IP address," "Subnet mask," and "Gateway Address."
6
Restart the copier.
NOTE • The IP address of the copier is normally assigned by the system administrator. For particulars, contact the system administrator.
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B. Setting from the Web Utilities Enter the setting of the program server from the Web browser. At this time, in order to use the Web browser, make preparations of the PC that can be introduced into the network. NOTE • No "space" is allowed in all set items. • When an incorrect setting is made on the Web browser, be sure to correct it following the error message. Correcting no input error may result in the download error of the program. • The Web layout is subject to change without notice. (1) Procedure Step 1
Operations Start up the Web browser. When the proxy is set on the Web browser, the main body Web may not be accessed. For particulars, contact the network administrator. For Web browser, Internet Explorer or Netscape Navigator is recommended. However, be sure to avoid setting from two or more browsers at a time.
2
Specify the IP address of the copier main body that is entered thorough "A. Setting from the operation panel". When you access the Web Utilities of the copier main body, "Main page" is displayed.
3
Click [Extension for maintenance] in "Main page."
4
Enter the user name and the CE password in the "Extension for maintenance" and then press [OK].
User name: ce (cannot be changed) Password: CE Enter the password. (Default: "92729272")
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Step
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Operations
5
Click [Internet ISW] in "Extension for maintenance."
6
Click [Initial Setting].
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Step 7
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Operations Set the proxy server. When using no proxy server (fire wall), proceed to the step 9.
Enable Proxy
Select the following: When using no proxy: "Connect to the program server." When using ftp proxy: "Use ftp proxy." When using http proxy: "Use http proxy."
Proxy Server
When selecting "Use ftp proxy" in "Use of proxy," then select a proxy server
Type
type from among the below. Type 1: "User user@host name" Type 2: "OPEN host name" Type 3: "FW host name => FW password => SITE host name" Type 4: "FW host name => FW password => User user@host name" NOTE • For types 2, 3 and 4, no guarantee is made. • For authentication of proxy server, see "3.2.7 Authentication of the proxy server in the Internet ISW."
Proxy Server IP
When using the proxy server, set the IP address of the proxy server.
Address Port Number
When using the proxy server, set the number of the port that uses the proxy server.
8
User name on
When selecting the type 1 or type 2 in "Type of proxy server" above set the
the Proxy Server
account of the proxy server.
Password for the
When selecting the type 1 or type 2 in "Type of proxy server" above set the
Proxy Server
password of the proxy server.
After completion of entry, click [Next] and then after checking the set items in the setting check screen, click [Next]. However, if there is an input error, click [Back] following the message shown in red and then re-set the item.
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Field Service Ver3.0 Nov.2006
Step 9
Operations Set the program server. (Proxy is used.)
Program server address
Set the address of the server into which the program to be down loaded is stored. Select the protocol to be used from the pull-down menu left and enter the address after that in the text box on the right. In the case of ftp, it is a relative path from the home directory.
User name on the Program
Enter the account name of the program server.
Server Password for the Program
Enter the password of the program server.
Server Receiving time out
Set the receiving time out of the program. When the time is out, the down load of the program forcibly comes to an end, and the system returns to the normal mode without conducting the ISW.
10
After completion of entry, click [Next]. Then after checking the set items in the setting check screen, click [Completed]. However, if there is an input error, click [Back] following the message shown in red and then re-set the item.
11
Set the program server. (Proxy is not used.) Protocol
Select the protocol that receives the program.
Program Server IP Address
Set the IP address of the server into which the program to be down loaded is stored.
Target directory
In the case of http, set the path after the host domain. In the case of ftp, set the relative path from the home directory.
User name on the Program
Enter the account name of the program server.
Server Password for the Program
Enter the password of the program server.
Server Receiving time out
Set the receiving time out of the program. When the time is out, the down load of the program forcibly comes to an end, and the system returns to the normal mode without conducting the ISW.
232
Step 12
5. FIRMWARE VERSION UP
Operations After completion of entry, click [Next]. Then after checking the set items in the setting check screen, click [Complete]. However, if there is an input error, click [Back] following the message shown in red and then re-set the item.
13
Conduct the Download test. • In the down load test, "test.dat" is down loaded from the program server set in the initialization to check the settings. When the down load test failed, re-check the set items following the error message. • When the down load test is successfully completed, the communication speed and the expected down load time are displayed as shown below. Refer to the "Receiving time out" setting.
• When the down load test failed, the response error code from the server is display as shown below. Since there may be a setting error, re-check the initialization.
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5. FIRMWARE VERSION UP 5.2.5
Field Service Ver3.0 Nov.2006
Internet ISW using the Web Utilities
Using the Web Utilities of the copier allows the customer engineer, by just making a click from the browser, to download the programs from the program server automatically for rewriting. (1) Procedure Step 1
Operations Proceed to "Internet ISW" on the Web Utilities. The ROM version of the board is displayed beside each of the board names.
2
Select one of the ISW-intended boards in the item "ISW," and check its check box. When specifying the file name to be down loaded, enter it in the "File name" text box column. When specifying no file name, obtain the following from the specified program server address.
3
After completion of entry, click the [ISW] key. If there is an input error, click [Back] following the message displayed in red and then enter the item again.
234
Step 4
5. FIRMWARE VERSION UP
Operations Checking of the ISW conditions. From the screen shown below, you can check the current processing condition to see if there is any error. • "ISW in communication" • "ISW in rewriting" • "Completed successfully": Be sure to avoid pressing the "Read again" key of the browser to reboot after successful completion. • "Aborted due to a communication error." • "Aborted due to a communication time error." • "Aborted due to a writing error."
5
When the ISW is completed successfully, the copier restarts automatically to complete the ISW. NOTE • Clicking the [Check progress] key allows you to abort the ISW only while in programming.
6
After restart of the copier main body, check the ROM version in "Internet ISW main screen" to see if it is being updated successfully.
5.2.6
Notes for use
(1) Notice to the administrator When conducting Internet ISW, be sure to notify the administrator of it and get approval from him in advance. And conduct this operation when the copier is not used. When the copier is in use (with jobs accompanied), Internet ISW does not operate. (2) When the power supply is cut off while writing the image control program in the overall control board (OACB). When the main power switch (SW1) turns off due to a power failure, the copier does not start up. If the main power switch is turned off due to the failure of power supply and Internet ISW is abnormally terminated, be sure to go to the copier that has been conducting the Internet ISW and use the ISWTrns to reperform the rewriting of the program. (3) Failure while in low power mode When ISW failed due to the down load of the program or the data check error, get it back in the normal mode.
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5. FIRMWARE VERSION UP 5.2.7
Field Service Ver3.0 Nov.2006
Internet ISW using the touch panel
When the customer engineer uses the Internet ISW from the touch panel, with no PC brought with, the copier can download programs from the program server to rewrite them automatically. (1) Procedure Ex.: When the image control program is rewritten collectively. Step
236
Operations
1
Display "ISW rewrite screen."
2
Press [Internet ISW] key provided below the screen.
3
Press [Collective] key of .
Step 4
5. FIRMWARE VERSION UP Operations
Pressing the [Start] key starts the download of the latest program for rewriting. In a case in which the download of an old version programs is required, press the [File Name Input] key and enter the file name by hand for execution.
5 6
When ISW is completed normally, the copier is rebooted and exits ISW automatically. After the copier main body is rebooted, check the [ROM version screen] to see if the ROM version has been updated normally.
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5. FIRMWARE VERSION UP 5.2.8
Field Service Ver3.0 Nov.2006
Authentication of the proxy server in Internet ISW
A. Proxy server Proxy server which is provided on the inside of the fire wall is the generic name of a mail server that serves the proxy of a client who receives an access demand (HTTP and FTP) from the client. B. Authentication of the proxy server There are 4 types of authentication methods for the proxy server. The Internet ISW is corresponding to these 4 types. C. Authentication type of the proxy server and the command list (1) Type 1: User user name@host name When accessing the outside through the proxy, authentication to the proxy server is not required. When accessing the outside through the proxy server, or when the entry of the user name and password of the proxy server is not required, this proxy authentication is likely to be used. Command Command
Parameter
Reply Code
USER
User name@host
331
name PASS
Password
Description Transmit the user name of the program server and the program server address
230
Transmit the password for the user name above
(2) Type 2: OPEN host name This is almost the same as the type 1, except for the exchange of commands while in authentication. When all the settings are made correctly and no communication is available with type 1 authentication, this setting is used. Command Command
Parameter
OPEN
Host name
Reply Code ftp expanded function,
Description Transmit the user name of the program server
defined for each server USER
User name
331
Transmit the user name of the program server
PASS
Password
230
Transmit the password for the user name above
(3) Type 3: FW user name => FW password => SITE host name This is a type that requires the authentication to the proxy server itself when accessing the outside. The information of the server you want to access and the user name and password of the proxy server (F/W) are required. When accessing the outside through the proxy server and when the user name and the password of the proxy server are required, this proxy authentication is likely to be used.
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bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006 Command Command
Parameter
Reply Code
Description
USER
FW user name
331
Transmit the user name of the proxy server
PASS
FW password
230
Transmit the password for the user name above
SITE
Host name
ftp expanded
Transmit the user name of the program server
function, defined for each server USER
User name
331
Transmit the user name of the program server
PASS
Password
230
Transmit the password for the user name above
(4) Type 4: FW user name => FW password => USER user name@host name This is almost the same as the type 3, except for the exchange of commands while in authentication. When all the settings are made correctly and no communication is available with type 3 authentication, this setting is used. Command Command
Parameter
Reply Code
USER
FW user name
331
Transmit the user name of the proxy server
PASS
FW password
230
Transmit the password for the user name above
USER
User name@host
331
Transmit the user name of the program server and the
name PASS
Password
Description
program server address 230
Transmit the password for the user name above
D. Remarks For fwtk2.1 (for Unix) and Black Jumbo Dog (for Windows), the type 1 authentication is used. For most of the proxy servers, the type 1 authentication is used. When the authentication type of the proxy server is not known, you are recommended to make settings in type 1 authentication as a temporary measure.
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6. OTHERS
Field Service Ver3.0 Nov.2006
6. OTHERS 6.1
Items not allowed to be disassembled and adjusted
6.1.1
Scanner section
A. Read position adjusting plates /Fr and /Rr (1) Positions from which the screws are not allowed to be removed • Attaching screws, one each, of the read position adjusting plates /Fr and /Rr
[2]
[1]
[1]
[3]
1050fs2073c
[1]
Screws not allowed to be removed
[2]
Read position adjusting plate /Fr
[3]
Read position adjusting plate /Rr
(2) Reason of prohibition The read position adjusting plates /Fr and /Rr hold in place the slit glass that becomes the read position while in the DF scan. The displacement of the slit glass may cause the image read by the DF to be deformed. Accordingly, this position of installation is not allowed to be changed.
240
6. OTHERS
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Field Service Ver3.0 Nov.2006 B. Mirror unit/exposure unit (1) Position not allowed to be adjusted • Installation positions of the mirror unit and the exposure unit
[2]
[1]
1050fs2219c
[1]
Mirror unit
[2]
Exposure unit
(2) Reason of prohibition The distance between the mirror unit and the exposure unit affects the magnifications of the original to be read in the sub scan direction. Therefore, the installation positions of the mirror unit and the exposure unit must not be arbitrarily adjusted. However, when the exposure unit and the scanner wire have been removed, these parts must be reinstalled using the optics unit positioning jig.
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6. OTHERS 6.1.2
Field Service Ver3.0 Nov.2006 CCD unit
(1) Positions from which the screws are not allowed to be removed • 9 screws used to assemble the CCD unit • 4 attaching screws of the lens reference plate assembly
[4]
[3]
[1]
[2] [2]
[5]
[1]
[1]
[5]
1050fs2504c
[1]
Screws not allowed to be removed
[4]
Lens reference plate assembly
[2]
Screws not allowed to be removed
[5]
Attaching screw of the CCD unit (allowed to
[3]
CCD unit
be removed when replacing the CCD unit)
(2) Reason of prohibition The accuracy of the CCD unit is guaranteed as a unit, and if disassembled, its accuracy is not guaranteed. Accordingly, screws that lead up to the disassembly of the CCD unit are not allowed to be removed. The lens reference plate assembly acts as the basis for the installation position of the CCD unit. Removing this assembly may cause the displacement of the optical axis of the CCD unit. So, be sure not to remove the attaching screws of the lens reference plate assembly.
242
6.1.3
6. OTHERS
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006 Writing section
(1) Positions from which the screws are not allowed to be removed • 11 attaching screws of the writing section cover
[1]
[2]
[1]
[1] [1]
Screws not allowed to be removed
[2]
1050fs2220c
Writing section cover
(2) Reason of prohibition The inside of the writing section becomes the laser light path. Opening the cover allows dust and dirt to get inside, which may block the laser light path. Therefore, the screws of the writing section cover are not allowed to be removed.
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6. OTHERS 6.1.4
Field Service Ver3.0 Nov.2006 Developing unit
(1) Positions from which the screws are not allowed to be removed • 2 fixing screws of the developer regulation blade • 1 fixing screw of the magnet angle adjusting knob
[5]
[1]
[4]
[3]
[2]
[1]
Screws not allowed to be removed
[4]
Developing roller
[2]
Screws not allowed to be removed
[5]
Developer regulation blade
[3]
Magnet angle adjusting knob
1050fs2221c
(2) Reason of prohibition The developer regulation blade and the magnet angle adjusting knob both decide the heights of the developer in the developing roller. They have been adjusted to an appropriate value in advance. Accordingly these fixing screws are not allowed to be removed.
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6.1.5 A.
6. OTHERS
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006 Transfer/separation charger unit
Transfer guide plate/transfer assist home sensor assembly
(1) Positions from which the screws are not allowed to be removed • 5 attaching screws of the transfer guide plate • 2 attaching screws of the transfer assist home sensor assembly
[4]
[1]
[3]
[2]
1050fs2222c
[1]
Screws not allowed to be removed
[3]
Transfer assist home sensor assembly
[2]
Screws not allowed to be removed
[4]
Transfer guide plate
(2) Reason of prohibition The transfer guide plate decides the approach angle of paper against the transfer position and the displacement of the installation position may result in poor transfer. Accordingly, the attaching screws of the transfer guide plate are not allowed to be removed. The transfer assist home sensor (PS37) detects the starting point to drive the transfer assist sheet assembly and the displacement of this position may result in poor transfer or damage to the drum. Accordingly, the attaching screws of the transfer assist home sensor assembly are not allowed to be removed.
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Field Service Ver3.0 Nov.2006
B. Transfer assist sheet assembly (1) Positions from which the screws are not allowed to be removed • 2 attaching screws of the actuator
[1]
[2] [1]
Actuator
[2]
1050fs2223c
Screws not allowed to be removed
(2) Reason of prohibition The accuracy of the transfer assist sheet assembly is guaranteed as a unit, and if disassembled, its accuracy is not guaranteed. Accordingly, screws that lead up to the disassembly of the transfer assist sheet assembly are not allowed to be removed.
246
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Field Service Ver3.0 Nov.2006 C. Separation support member (1) Positions from which the screws are not allowed to be removed • Separation support member, 2 pcs
[1]
[1] [1]
1050fs2225c
Separation support member
(2) Reason of prohibition The separation support members decide the distance from the transfer wire and the separation wire to paper, and removing them changes the attaching height of the wire, thus resulting in the reduced performance of the transfer and the separation. Accordingly, the separation support members are not allowed to be removed.
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6. OTHERS 6.1.6
Field Service Ver3.0 Nov.2006 Main body (write position adjusting shaft)
(1) Positions from which the screws are not allowed to be removed • 2 attaching screws of the write position adjusting shaft fixing plate
[1]
[3] [1]
Screws not allowed to be removed
[2]
Write position adjusting shaft fixing plate
[2]
1050fs2224c
[3]
Write position adjusting shaft
(2) Reason of prohibition The write position adjusting shaft is the reference angle of the installation of the write section to the drum. Removing it may undermine the parallelism of the drum with the write section, thus causing the image to be deformed. Therefore, be sure not to remove the attaching screw of the fixing plate of the write position adjusting shaft.
248
6.2
6. OTHERS
List of parts to be disassembled and reassembled
NOTE • This list shows the explanation of the disassembly and reassembly of the parts which are considered necessary to replace (other than periodically replaced parts). However, these parts except for the covers are not required to be disassembled while in normal service operations. • For the method of replacing the periodically replaced parts, see "3.5 Maintenance procedure".
No
Section
1
Cover
Parts name
Page referred to
Front door Rt
P.251
2
Front door Lt
P.252
3
Toner supply door
P.254
4
Rear cover
P.250
5
Right cover
P.250
6
Left cover
P.251
7
Upper cover /Rr1
P.255
8
Upper cover /Rr2
P.255
9
Upper cover /Rt
P.256
10
Upper cover /Lt
P.257
11
Upper cover /Fr
P.257
12
Original glass
P.256
CCD unit
P.260
14
Exposure lamp
P.262
15
Exposure unit
P.264
16
Scanner wire
P.266
Writing section
P.269
Lift wire
P.284
19
Paper feed assist fan
P.277
20
Paper lift motor
P.284
13
Scanner section
17
Writing section
18
Paper feed section
21
Registration section
22
Multi feed detection board /1 Multi feed detection board /2
P.289
23
ADU
ADU
P.291
24
HDD
Hard disk /1
P.294
Hard disk /2
P.295
25
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6. OTHERS
6.3
Field Service Ver3.0 Nov.2006
Disassembling/reassembling procedure
Caution: • When disassembling/reassembling the parts, be sure to unplug the power cord of the main body from the power outlet.
6.3.1
Cover
A. Removing/reinstalling the rear cover (1) Procedure
[2]
1.
[1]
Remove 9 screws [1] and then remove the rear cover [2].
2.
steps in reverse.
[1]
[1]
Reinstall the above parts following the removal
1050fs2057c
B. Removing/reinstalling the right cover (1) Procedure
1.
[2]
Remove 6 screws [1] and then remove the right cover [2].
2.
Reinstall the above parts following the removal steps in reverse.
[1]
[1]
1050fs2058c
250
6. OTHERS
C. Removing/reinstalling the left cover (1) Procedure
1.
Remove 6 screws [1] and then remove the left cover [2].
2.
Reinstall the above parts following the removal steps in reverse.
[1]
[1]
[2] 1050fs2059c
D. Removing/reinstalling the front door /Rt (1) Procedure
1. 2.
Open the front door /Rt [1]. Loosen 2 screws [2] and bring down the shaft [3].
3. 4.
Remove the front door /Rt [1]. Reinstall the above parts following the removal steps in reverse.
[3]
[2]
[1]
1050fs2060c
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6. OTHERS
Field Service Ver3.0 Nov.2006
E. Removing/reinstalling the front door /Lt (1) Procedure
1. 2.
Open the front door /Lt [1]. Loosen 2 screws [2], bring down the shaft [3] and remove the front door /Lt [1].
[1]
[2]
[3]
1050fs2061c
252
6. OTHERS NOTE • When reinstalling the front door /Lt [1], be
[3]
sure to insert the projection [4] of the hinge [3] into the hole [2] provided in the lower section of the front door /Lt.
[4]
3.
Reinstall the above parts following the removal steps in reverse.
[1]
[2]
1050fs2062c
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6. OTHERS F.
Field Service Ver3.0 Nov.2006
Removing/reinstalling the toner supply door
(1) Procedure
1. 2.
Open the toner supply door [1]. Remove the screw [2] and then remove the hinge [3] together with the toner supply door [1].
[3]
NOTE • When reinstalling the toner supply door [1], be sure to insert the projection [6] of the hinge
[2]
[5] into the hole [4] provided in the lower section of the toner supply door.
[1]
3.
Reinstall the above parts following the removal steps in reverse.
[6]
[4] [5]
1050fs2063c
254
6. OTHERS
G. Removing/reinstalling the upper cover /Rr1 NOTE • The same removal and reinstallation procedure is applicable when the DF-603 is provided. (1) Procedure
1.
Remove 3 screws [1] and then remove the upper cover /Rrl [2].
[2]
2.
Reinstall the above parts following the removal steps in reverse.
[1]
1050fs2064c
H. Removing/reinstalling the upper cover /Rr2 NOTE • The same removal and reinstallation procedure is applicable when the DF-603 is provided. (1) Procedure
1. 2.
[3]
Remove 2 screw caps [1]. Remove 2 screws [2] and then remove the upper cover /Rr2 [3].
3.
Reinstall the above parts following the removal steps in reverse.
[2]
[1]
1050fs2065c
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6. OTHERS I.
Field Service Ver3.0 Nov.2006
Removing/reinstalling the upper cover /Rt
NOTE • The same removal and reinstallation procedure is applicable when the DF-603 is provided. (1) Procedure
1. 2.
[3] [2]
Remove 5 screws [2] and then remove the upper cover /Rt [3].
3.
[2]
Remove 3 screw caps [1].
Reinstall the above parts following the removal steps in reverse.
[1]
1050fs2066c
J.
Removing/reinstalling the original glass
NOTE • The same removal and reinstallation procedure is applicable when the DF-603 is provided. • When reinstalling the original glass, be sure that the shading correction plate (white) is on the upper side of the glass. (1) Procedure
[3]
1.
[6]
(See P.256)
2.
[4]
Remove the upper cover /Rt.
[5]
Remove 2 screws [1] and then remove the original stopper plate /Lt [2].
3.
Remove 3 screws [3] and then remove the original stopper plate /Rr [4].
4.
[1]
Remove 2 screws [5] and then remove the original stopper plate /Rt [6].
[2]
5. 6.
Remove the original glass [7]. Reinstall the above parts following the removal steps in reverse.
[7]
256
1050fs2067c
6. OTHERS
K. Removing/reinstalling the upper cover /Lt NOTE • The same removal and reinstallation procedure is applicable when the DF-603 is provided. (1) Procedure
1.
[1]
Remove 2 screws [1] and then remove the original stopper plate /Lt [2].
2.
[4] [2]
Remove 2 screws [3] and then remove the upper cover /Lt [4].
3.
Reinstall the above parts following the removal steps in reverse.
[3]
1050fs2068c
L. Removing/reinstalling the upper cover /Fr NOTE • The same removal and reinstallation procedure is applicable when the DF-603 is provided. a.
Procedure
1.
[1]
Remove the upper cover /Rt. (See P.256)
2.
Remove the original glass. (See P.256))
3.
Remove the upper cover /Lt. (See P.257)
4.
Remove the original glass guide /Fr [1].
1050fs2069c
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6. OTHERS
Field Service Ver3.0 Nov.2006
5.
Remove the front door /Rt. (See P.251)
6.
Remove the front door /Lt. (See P.257)
7.
the upper cover /Fr [1].
[2]
[1]
[2]
[2]
1050fs2070c
258
Remove 4 screws [2] provided on the bottom of
[1]
6. OTHERS
[2]
8.
Remove 4 screws [1] and then remove the upper cover /Fr [2].
9.
Reinstall the above parts following the removal steps in reverse.
1050fs2071c
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6. OTHERS 6.3.2
Field Service Ver3.0 Nov.2006 Scanner section
A. Removing/reinstalling the CCD unit NOTE • After completion of reinstallation of the CCD unit, be sure to conduct the image adjustments in of the service mode. (See P.317) (1) Procedure
[1]
1.
Remove the upper cover /Rt. (See P.257)
2.
Remove the original glass. (See P.256)
3.
Remove 10 screws [1] and then remove the lens light blocking cover [2].
[1]
[2]
[1]
1050fs2074c
4.
Remove 2 screws [1] and then remove the cable cover [2].
[2]
[1]
1050fs2075c
5.
[2]
[1]
260
Remove the ribbon cable [2] from the CCD board (CCDB) [1].
1050fs2076c
6. OTHERS NOTE
[2]
• When removing the ribbon cable [1], bring down the lock lever [3] of the connector [2] in the direction as shown in the drawing to release the lock and pullout the ribbon cable.
[3]
[1]
1050fs2077c
• When reinstalling the ribbon cable [1], make
[3]
sure that the lock lever [2] is released. And insert the ribbon cable fully into the connector [3] while taking care that the conductor side of the ribbon cable comes to the under side of the lock lever.
[1]
[2]
1050fs2078c
And then return the lock lever [1] to its original position and lock the ribbon cable [2].
[1]
[2]
1050fs2079c
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6. OTHERS
6.
[4]
Remove the screw [1] and then remove the ground terminal [2].
7.
Remove 2 screws [3] and then remove the CCD unit [4].
8.
Reinstall the above parts following the removal steps in reverse.
[3]
[1]
[2] 1050fs2080c
B. Removing/reinstalling the exposure lamp (1) Procedure
1. [2]
[1]
Remove the upper cover /Rt. (See P.256)
2.
Remove the original glass. (See P.256)
3.
Remove the upper cover /Lt. (See P.257)
4. 5.
1050fs2081c
262
Remove the original glass guide /Fr [1]. Remove the original glass guide /Rr [2].
6. OTHERS
6.
Move the exposure unit [1] to the notch [2] of the main body frame.
[9]
7.
Remove the screw [3] and then remove the cable clamp [4].
[8]
8. 9.
Remove the connector [5]. Remove the screws [6], one each, and then remove the lamp presser plates /Fr [7] and /Rr [8].
[6]
10. Remove 2 screws [9] and then remove the exposure lamp [10].
11. Reinstall the above parts following the removal
[2]
steps in reverse.
[10]
[1] [2] [3]
[5]
[9]
[6] [4]
[7] 1050fs2082c
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Field Service Ver3.0 Nov.2006
C. Removing/reinstalling the exposure unit (1) Procedure for removal
[5]
1.
[6]
Remove the upper cover /Rt. (See P.256)
2. [3]
Remove the original glass. (See P.256)
3.
Remove the upper cover /Lt. (See P.257)
[8]
4.
Remove the upper cover /Fr. (See P.257)
5. [7]
[2] of the main body frame.
6. [4] [2]
Move the exposure unit [1] to the notch position Remove 2 screws [3] and then remove the cord presser member [4].
7. [1]
Remove the screw [5] and then remove the ground terminal [6].
8. 9.
Remove the connector [7]. Remove 4 screws [8] and then remove the exposure unit [1].
[2]
[8]
1050fs2083c
264
6. OTHERS
(2) Procedure for reinstallation
1.
Move the V-mirror unit [1] toward the V-mirror positioning hole [2].
2.
Insert the optics unit positioning jig [3] into the Vmirror positioning hole [2] and fix the V-mirror unit [1].
[3]
NOTE • Be sure to insert the optics unit positioning jig [3] from the front side and pass it through the
[1]
[7]
V-mirror unit [1].
[2]
• Be care full not to confuse the V-mirror positioning hole [2] with the unused hole [4].
[5]
3.
exposure unit positioning hole [5].
4. [6] [4] [3]
Insert the optics unit positioning jig [6] into the Press the exposure unit [7] against the optics unit positioning unit [2].
5. 6. 7.
Reinstall the exposure unit with 4 screws. Remove 2 optics unit positioning jigs. For the parts to be installed hereafter, reinstall them following the removal steps in reverse.
[3]
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D. Stretching of the scanner wire NOTE • Be sure to wind the wire closely without overlapping each other. • When re-stretching or replacing the scanner wire, be sure to use the optics unit positioning jig. • When re-stretching or replacing the scanner wire, be sure to conduct the image adjustment in the service mode.(See P.317) (1) Procedure
[1]
[2]
[4] [3]
[3]
[3]
1050fs2226c
1. 2. 3. 4. 5. 6. 7.
Remove the upper cover /Rt. (See P.256) Remove the original glass. (See P.256) Remove the upper cover /Lt. (See P.257) Remove the upper cover /Fr. (See P.257) Move the exposure unit. (See P.264) Move the V-mirror unit [1] toward the V-mirror positioning hole [2]. Insert the optics unit positioning jig [3] into the V-mirror positioning hole [2] and fix the V-mirror unit [1].
NOTE • Be sure to insert the optics unit positioning jig [3] from the front side and pass it through the V-mirror unit [1]. • Be care full not to confuse the V-mirror positioning hole [2] with the unused hole [4].
266
6. OTHERS
[6]
[3]
[6]
[7] [12]
[5]
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[3] [5]
[2]
[13]
[9]
[22] [13]
[15] [14] [17]
[22] [4] [8]
[16]
[11]
[21]
[1]
[8] [18] [10]
[4] [20] [18]
[17]
[15]
[7]
[16]
[11] 1050fs2227c
8.
Drop the metal ball [3] in between the scanner wire /Fr [1] and /Rr [2] into the installation hole of the drive pulley [4]. And with this hole as a starting point, wind the wire 4 turns [5] outwards and 5 turns [6] inwards.
NOTE • Be sure to wind the scanner wire with the metal ball [7] at the end outwards and the scanner wire with the wire terminal [8] at the end inwards. • For both scanner wires, be sure to pull out the one wound outwards in the paper feed direction [9] from above the drive pulley and the one wound inwards in the paper exit direction [10] from above the drive pulley.
9.
For each scanner wire that has been wound round the drive pulley, fasten it to the respective wire stoppers through the wire stopper /Fr [11] or /Rr [12] pulley /1 [13] and via the outside of the pulley [15] of the V-mirror unit [14].
NOTE • Each wire stopper is provided with 2 grooves. Fix the metal ball [7] in the groove on the outside for the wire stopper /Fr [11], and fix it in the groove on the inside for the wire stopper /Rr [12].
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10. For each scanner wire that has been wound round the drive pulley, after reversing it by the pulley /2 [16], pass it through the inside of the pulley [15] of the V-mirror unit [14] and pulley /3 [17] and hook the wire terminal [8] to the spring fixing plate [18].
[11][12]
11. Paste the wire restriction sheet [19] to the wire
[19]
stoppers /Fr [11] and /Rr [12]. (The sheet is common to both the front and rear stoppers.) NOTE • Be sure to paste it so that the wire restriction sheet comes in contact with the wire.
1050fs2421c
12. Fasten tentatively each of the spring fixing plates with the screw [20]. 13. Loosen once the screw [20], attach the spring [21] between 2 spring fixing plate [18] and then fix each spring fixing plate with the screw [20]. NOTE • After attaching each of the scanner wires, check the respective exposure unit mounting brackets [22] if they turn to the inside.
14. For the parts to be installed hereafter, reinstall them following the removal steps in reverse.
268
6.3.3
6. OTHERS
Writing section
Cautions: • Be absolutely sure not to turn on the writing section with it displaced from its regular position. • Be absolutely sure not to remove the writing section cover. If laser beams get in your eyes, you may suffer loss of sight. • After turning off the main power switch (SW1) or the power switch (SW2), be absolutely sure not to remove the writing section for about 2 minutes.
A. Removing/reinstalling the writing section (1) Procedure
1.
Remove the right cover. (See P.250)
2.
Remove 8 screws [1] and then remove the writing section cover [2].
[4] [3]
NOTE • When reinstalling the writing section cover [2], hold it by inserting the notch holes [3] at either side into the hooks [4] of the main body frame.
[1]
[2]
[1] [1]
[3]
[4]
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Field Service Ver3.0 Nov.2006
3. 4.
[1]
Remove 3 connectors [1]. Loosen 2 screws [2] and pull out the writing section [3] for removal.
5.
Reinstall the above parts following the removal steps in reverse.
[3]
[2]
270
1050fs2086c
6.3.4
6. OTHERS
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006 Paper feed section
A. Removing/reinstalling the lift wire NOTE • The same procedure for removing/reinstalling the lift wire is used for both the trays /1 and /2. (1) Procedure
1.
Remove the tray. (See P.94)
2.
Remove 2 screws [1] and the 2 screws [2] with washer.
3.
[3]
[1] [4]
Remove the connector [3] and then remove the tray front cover [4].
[1]
[2]
[2]
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[6]
Field Service Ver3.0 Nov.2006
[4]
4. 5. 6. 7.
[2]
Remove the E-ring [1]. Remove 5 screws [2]. Remove the screw [3]. Remove the bearing [5], the bearing [6] and the torque restriction gear [7] together with the gear mounting plate [4].
[3] NOTE
[5]
• When removing the gear mounting plate [4], take note that the gear comes off freely.
[1] [2]
• When reinstalling it, make sure that the step
[7]
[8] of each shaft gets in the gear mounting plate [4] securely. • Be sure to reinstall the bearing (large) [5] from the outside of the gear cover [4] and the bearing (small) [6] from the inside.
[4]
[8]
1050fs2755c
272
6. OTHERS
8.
Remove the E-ring [1] and then remove the gear [2] and the pin [3].
9.
[1]
[4]
Remove the E-ring [4].
[2]
[2]
[3]
1050fs2756c
10. Slide the pulley [1] and remove the wire end [2]
[2]
from the shaft hole [3]. NOTE • When reinstalling it, lift up the paper lift plate a little to give slack to the lift wire you want to insert. Then insert the wire ends [2] into the shaft hole [3] one at a time and fix it with the pulley [1].
[3]
[1]
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Field Service Ver3.0 Nov.2006
[5]
[4]
[3]
[1]
[2]
11. Remove the E-rings [1], one each provided at the 2 places and then remove the wire covers [2], one each.
12. Remove the lift wires /Fr1 [4] and /Fr2 [5] from the pulley [3]. NOTE • When reinstalling it, make sure that the lift wires /Fr1 [4] and /Fr2 [5] are contained in the wire cover [2] and they are not crossing each other.
[4]
[5] 1050fs2758c
[2]
13. Pull out from up to down the lift wires /Fr1 and /
[1]
Fr2 [2] from the arm [1] of the paper lift plate. NOTE • Be sure to pull out the lift wire gently and take care that the lift wire does not get damaged by the edges of the metal frame.
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274
6. OTHERS
14. Remove the screw [1] and then remove the [3]
[5]
ground [2].
15. Remove 3 screws [3] and then remove the cover [4].
16. Remove 4 screws [5] and then remove the connector mounting plate [6].
[4]
[2] [1]
[6]
1050fs2760c
[2]
17. Remove the E-ring [1]. 18. Slide the pulley [2] and remove the wire end [3]
[3]
from the hole [4].
[4]
[1]
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Field Service Ver3.0 Nov.2006
[1]
[2]
[3]
[5]
[4]
19. Remove the E-rings [1], one each provided at the 2 places and then remove the wire covers [2], one each.
20. Remove the lift wires /Rr1 [4] and /Rr2 [5] from the pulley [3]. NOTE • When reinstalling it, make sure that the lift wires /Rr1 [4] and /Rr2 [5] are contained in the wire cover [2] and they are not crossing each other.
[5]
[4]
[2]
1050fs2762c
21. Pull out from up to down the lift wires /Rr1 and /
[1]
Rr2 [2] from the arm [1] of the paper lift plate. NOTE • Be sure to pull out the lift wire gently and take care that the lift wire does not get damaged by the edges of the metal frame.
22. Reinstall the above parts following the removal steps in reverse. NOTE • The lift wire /Fr is grey in color and /Rr black in color. • Make sure that the lift wires do not cross each other. • After completion of installation, check the 1050fs2763c
276
paper lift plate to ensure it is level.
6. OTHERS
B. Removing/reinstalling the paper feed assist fan NOTE • The same removal and reinstallation procedures of the paper feed assist fans /Fr1 (FM20), /Rr1 (FM21) and /Fr2 (FM22), /Fr2 (FM23) are used for trays /1 and /2. (1) Procedure
[2]
[3]
[1]
1.
Remove the tray. (See P.94)
2. 3.
Loosen a screw [1]. With the release lever [2] placed at its original position, hold the stopper [3] and tighten the screw [1] to fix the stopper.
4.
Remove the tray front cover and lift wire. (See P.271)
1050fs2422c
1
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Field Service Ver3.0 Nov.2006
[4]
[5]
5.
[3]
Loosen the screws [1], one each provided at the 4 places and slide the bracket [2] in the arrowmarked direction.
6.
Hold down the paper stopper [3] and pull out the lift plate cover [4] upward to remove it.
NOTE • When removing the lift plate cover [4], raise up the pick-up roller [5] in the arrow-marked direction to move it out of the way. • When reinstalling the bracket [2], push it lightly in the opposite direction of removal and fix it with screws.
[1]
[2]
1050fs2764c
278
6. OTHERS
7.
Rotate the gear of the drive section by hand and raise the paper lift plate [1] upward. Move the coupling gear [2] in the arrow-marked direction and then fix the lift plate.
[1]
[2]
1050fs2765c
8.
Remove the connectors [1], one each, and the wire binding bands [2], one each.
NOTE • To make it clear, the picture shows the condition in which the lift plate is removed.
[1]
[2]
[1]
1050fs2767c
1
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Field Service Ver3.0 Nov.2006
[1]
9.
[3]
Remove the screw [1], the screw [2], the screw [3] and the screws [4], 3 each.
10. Remove the paper guides /Fr [5] and /Rr [6]. NOTE • When reinstalling it, be sure to fasten the paper guides /Fr [5] and /Rr [6] with the screws [2] and the screws [3], 3 each. Then tentatively tighten the screws [1] and the screws [4], 3 each and tighten them up fully after placing the paper guides /Fr and /Rr in a
[5]
[6]
horizontal position. To check the verticality of the paper guides, move the guide plate up and down with copy paper placed on the lift plate and check the clearance of the paper guide.
[2]
280
1
[4] 1050fs2768c
6. OTHERS
11. Remove the screws [1], 2 each, of the paper
[1]
guide /Rr and then remove the paper guide cover [2].
[2]
1050fs2769c
[2]
12. Remove the screws [1], 2 each, and then remove
[1]
the paper stopper mounting plate [2].
13. Remove 6 screws [3], the screw (with a washer and a spring washer) [4], 3 screws [5] and the fan
[3]
motor mounting plate [6].
[6]
[5]
[3]
[4]
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14. Remove the connector [1]. 15. Remove 2 screws (nuts) and the paper feed
[3]
assist fans /Rr1 (FM21) and /Rr2 (FM23) [3].
[2]
[1]
1050fs2771c
16. Remove the screws [1], 2 each of the paper
[1]
guide /Fr and then remove the paper guide cover [2].
17. Remove 2 screws [3] and then remove the lever [2]
[3]
[4]
1050fs2772c
282
cover [4].
6. OTHERS
18. Remove 2 screws [1] and then remove the paper
[1]
[3]
[2]
stopper mounting plate [2].
19. Remove 6 screws [3], the screw (with a washer and a spring washer) [4] and 3 screws [5], and then remove the fan motor mounting plate [6].
[6] [3]
[5]
[4]
1050fs2773c
20. Cut off the connector [1] and the wire binding band [2].
21. Remove 2 screws [3] and the paper feed assist fans /Fr1 (FM20), /Fr2 (FM22) [4].
[3]
[4]
NOTE • When reinstalling it, be sure to replace the wire binding band with a new one.
22. Reinstall the above parts following the removal steps in reverse.
[2] NOTE • After completion of reinstallation, be sure to
[1]
conduct the paper size detection adjust1050fs2774c
ments. (See chapter III "4.3.1 Tray adjustment.")
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Field Service Ver3.0 Nov.2006
C. Removing/reinstalling the paper lift motor NOTE • The same removal and reinstallation procedures are employed for the paper lift motors /1 (M25) and /2 (M26) of the trays /1 and /2. (1) Procedure
1.
Remove the tray. (See P.94)
2.
Remove 2 screws [1] and 2 screws [2] with washer.
3.
[3]
[1] [4]
tray front cover [4].
[1]
[2]
[2]
1050fs2775c
284
Remove the connector [3] and then remove the
6. OTHERS
4.
[1]
[2]
Remove 4 screws [1] and then remove the cover [2] and the stopper [3].
[3]
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Field Service Ver3.0 Nov.2006
5. 6. 7. 8.
[2]
[4]
Remove the E-ring [1]. Remove 5 screws [2]. Remove the screw [3]. Remove the bearing [5], the bearing [6] and the torque restriction gear [7] together with the gear
[6] [3] [5]
mounting plate [4].
[1]
NOTE
[7]
• When removing the gear mounting plate [4], take note that the gear comes off freely. • When reinstalling it, make sure that the step [8] of each shaft gets in the gear mounting plate [4] securely.
[2]
• Be sure to reinstall the bearing (large) [5] from the outside of the gear cover [4] and the bearing (small) [6] from the inside.
[4]
[8]
1050fs2777c
286
6. OTHERS
9.
Remove the E-ring [1] and then remove the gear [2] and the pin [3].
[2]
[1]
[2]
[3]
1050fs2778c
10. Remove 2 screws [1].
[1]
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Field Service Ver3.0 Nov.2006
[3]
[1]
[2]
11. Remove the connector [1] and the wire binding band [2], and then remove the paper lift motors / 1 (M25) and /2 (M26) [3]. NOTE • For ease of the removal and reinstallation operations, press the release lever [4] so that the coupling gear [5] can raise.
12. Reinstall the above parts following the removal steps in reverse.
[4]
288
[5]
1050fs2780c
6.3.5
6. OTHERS
Registration section
A. Removing/reinstalling the multi feed detection board NOTE • The multi feed detection boards /1 and /2 were adjusted as a unit during the production process. Be sure to replace it as a unit when replacing one. • When replacing the multi feed detection board /1 and /2, be sure to conduct the sensitivity adjustments of the multi feed sensor. (See P.380) (1) Procedure
1.
Remove the registration section. (See P.112)
2.
Remove 2 screws [1] and the remove the multi feed detection board /2 (MFDB2) [2].
[2]
[1]
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6. OTHERS
3.
Turn over the registration section and remove the connector [1].
4.
Remove 2 screws [2] and then remove the multi feed detection board /1 (MFDB1) [3].
5.
Reinstall the above parts following the removal steps in reverse.
[3]
[1]
290
[2]
1050fs2229c
6.3.6
6. OTHERS
ADU
A. Removing/reinstalling the ADU NOTE • The ADU is very heavy. So when removing and/or reinstalling it, be sure to conduct the operation with 2 people. (1) Procedure
1.
Pull out the ADU main body. (See P.112)
2. [1]
Remove the fusing section. (See P.153)
3.
Remove the transfer/separation section. (See P.112)
4.
Remove the registration section. (See P.112)
5. 6.
Open the paper reverse/exit section [1]. Remove 2 screws [2] and then remove the connector cover [3].
7. [4] [5]
[2]
When reinstalling the connector cover, be sure to set the positioning hole [4] to the projection [5] of the ADU.
[3]
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6. OTHERS
8.
Remove 4 connectors [1].
9.
Remove 3 screws [1] and remove the cable arm
[1]
[1]
1050fs2143c
[2].
[2] [1]
1050fs2144c
292
6. OTHERS
10. Remove the screws [1], 3 each, and release the [6]
ADU from the guide rails /Lt [3] and /Rt [4].
11. Hold the stay [5] and the paper reverse/exit section [6] with 2 people and remove the ADU. NOTE • Be sure place the ADU in a horizontal place. • Placing the ADU from the front side diagonally may deform the open/close door /A [7]. Be absolutely sure to avoid this.
[4]
[1]
12. Reinstall the above parts following the removal steps in reverse.
[7]
[2]
[5]
[1]
[3]
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6. OTHERS 6.3.7
Field Service Ver3.0 Nov.2006 HDD
A. Removing/reinstalling the hard disk /1 (1) Procedure
1. [4]
[1]
Remove the upper cover /Rt. (See P.256)
2. 3.
Remove 12 screws [1]. Raise the cover [2] and remove 2 connectors [4] connected to the image processing board (IPB) [3].
[1]
[2] [1]
[1]
[3]
1050fs2230c
4. 5.
[5]
Remove 2 connectors [1]. Remove 4 screws [2] and then remove the hard disk mounting bracket [3].
[1]
6.
Remove 4 screws [4] and then remove the hard disk /1 (HDD1) [5].
7.
Reinstall the above parts following the removal steps in reverse.
[4]
[2]
[3]
[2]
294
[4]
1050fs2231c
6. OTHERS
B. Removing/reinstalling the hard disk /2 (1) Procedure
1.
Remove the rear cover. (See P.250)
2. 3.
Remove 2 connectors [1]. Remove 4 screws [2] and then remove the hard disk mounting bracket [3].
4.
Remove 4 screws [4] and the remove the hard disk /2 (HDD2) [5].
5.
Reinstall the above parts following the removal steps in reverse.
[1]
[3]
[4] [2]
[2]
[5]
[4]
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Field Service Ver3.0 Nov.2006
6.4
Commercially available parts
6.4.1
Status indicator light
A. Connecting connector (1) Connector position
[1]
1050fs2233c
[1]
296
CN160
6. OTHERS
(2) Connector specifications Connector
Pin No. 1
Signal name PAT1
Description Light ON signal
Output timing L signal output when the
Type of signal Open collector
printing available 2
PAT2
L signal output while in the scanning or printing operation
3
PAT3
L signal output when an abnormal stop occurs due to jams, error codes, no paper,
160
or no toner 4
PAT4
L signal output when the toner supply message is displayed
5
24V
24V DC source
At all times
24V, 500 mA
6
P.GND
Power ground
—
—
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6. OTHERS
Field Service Ver3.0 Nov.2006
B. Procedure for reinstallation (1) Preparation in advance • Be sure set the wiring harness pin assignment on the status indicator light to the pin assignment of CN160 on the main body side so that the CN can be connected. (2) Procedure on the main body side
[2]
[1]
1.
Remove the rear cover (See P.250) and the upper cover /Rt (See P.256)
2.
Remove 2 screws [1] and then remove the adjusting knob [2]. Remove 2 screws [3] and then remove the arm cover /1 [4].
[3]
[4]
1050fs2412c
3.
[1]
[2]
298
Remove 2 screws [1] and then remove the arm cover /2 [2].
1050fs2413c
6. OTHERS
4.
[1]
[2]
Remove 3 screws [1] and then remove the arm cover /3 [2].
1050fs2423c
5.
[1]
Remove the IC board unit. (See IC unit Field Service "4.2.1 Removal / Installation of IC Unit").
6.
Remove 3 screws [1] and then remove the exterior mounting plate /A [2].
[2]
[1]
1050fs2414c
[2]
7.
Peel off the label [2] of the arm cover /3 [1].
1050fs2415c
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Field Service Ver3.0 Nov.2006
[2]
[3]
[1]
8.
With the bolt section [1] of the status indicator light provided with the nut [2] and washer [3], pass the wiring harness of the status indicator light through the arm cover /3 [4], the washer [5] and the nut [6] and tighten up the nut [6].
[4]
[5]
[6]
1050fs2416c
300
6. OTHERS
[1]
[2]
9.
Pass the wiring harness [1] of the status indicator light through the operation unit support member [2] and install the arm cover /3 [4] with 3 screws [3].
10. Reinstall the arm cover /1, the arm cover /2 and the adjusting knob following the removal steps in reverse.
[3]
[4]
1050fs2417c
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Field Service Ver3.0 Nov.2006
[2]
11. Connect the connector [1] of the status indicator
[1]
light to the connector [2] on the main body for wiring. NOTE • When wiring, be sure that the wiring harness does not come in contact with the drive section.
12. Reinstall the upper cover /Rt and the rear cover following the removal steps in reverse.
1050fs2418c
302
6.4.2
6. OTHERS
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006 Coin vendor
A. Connecting connector (1) Connector position
[1]
[4]
[3] [2]
1050fs2234c
[1]
AC drive board (ACDB)
[3]
CN37 (Serial)
[2]
CN36 (Parallel)
[4]
Printer control board (PRCB)
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Field Service Ver3.0 Nov.2006
6.5
PCS corresponding parts
6.5.1
PCS corresponding parts
"PCS" stands for "proactive customization support," and three types of items are set so that the demands expected in the POD market and Product printing market can be met. Providing these parts allows customization adequate to the user's type of usage. 6.5.2
PCS corresponding parts list
A. Transfer assist sheet (1) Purpose For the transfer assist sheet, A3 and A4 sizes (metric)/11 inches size (inch) are provided as standard equipment. When paper sizes other than the standard sizes are used more frequently, the transfer assist sheet can be changed to these sizes. (2) Characteristics 8 types of the transfer assist sheets are provided according to the paper sizes. However, when changing to sizes other than those provided as standard equipment, it is necessary to add a new relay wiring harness and size detection connector. It is possible to use a number of the transfer/separation assist sheets. On that occasion, however, after adding the relay wiring harness mentioned above, it is necessary to purchase a transfer assist sheet that has been incorporated into the transfer/separation charger unit. This transfer/separation charger unit must be provide with a size detection connector. NOTE • When using plural sizes jointly, the transfer/separation unit of standard equipment (A3 and A4/ metric, 11 inches) requires the size detection connector. • Since no individual counter is equipped, when the unit is replaced for each size, the management of the counter is unavailable. (3) Counter management of the transfer/separation unit in the PCS correspondence The copy count (fixed parts count) by parts that need to be replaced is equipped with a counter for each size. When making the transfer/separation charger unit PCS corresponding, be sure to conduct the counter management with this counter. However, this counter counts any relevant size regardless of the size of the transfer assist sheet installed to the main body. So, to manage the counter correctly, the user must replace the transfer/separation charger unit with an appropriate one. • Reference: Double sided print job on the following condition Transfer size: 8.5 inches Weight: 91 g/m2 or less No. of prints: 10 Size of the transfer assist sheet: A4S, A5 The copy count by parts that need to be replaced on this condition is as shown below. On this occasion, even if the transfer assist sheet size is A4S or A5, the transfer size is "8.5 inches" and the count is up at 8.5 inches No. 107 8.5 inches. double sided paper through count 10 counts No. 108 A4S, A5 double sided paper through count
304
0 count
Unit
6. OTHERS Type
Wire color of the
Remarks
size detection connector Transfer/separation Used exclusively for A3, A4 charger unit
Used exclusively for 11 inches
Brown Red
Used exclusively for 8K, 16K
Orange
Used exclusively for B4, B5
Yellow
Used exclusively for 8.5 inches
Pink
Used exclusively for A4S, A5
Blue
Used exclusively for 8, 8.125, 8.25 inches Used exclusively for B5S Transfer assist
Used exclusively for A3, A4
sheet assembly
Used exclusively for 11 inches
Default size for metric area Default size for inch area
Purple Gray —
Default size for metric area Default size for inch area
Used exclusively for 8K, 16K Used exclusively for B4, B5 Used exclusively for 8.5 inches Used exclusively for A4S, A5 Used exclusively for 8, 8.125, 8.25 inches Used exclusively for B5S B. Cleaning brush (1) Purpose A cleaning brush is used while in the overlay printing in which coated paper is used. For coated paper while in off-set printing, ink gets dry slowly. Therefore, to prevent the transfer of ink onto the backside of the paper, powder is normally sprinkled. The cleaning brush is used to prevent the occurrence of a no feed condition due to this powder. However, to maintain the specified performance, the cleaning brush needs to be cleaned every 2,000 sheets of paper through while in overlay printing. Do not use the cleaning brush for the paper with many paper powders. The cleaning brush may be clogged by the paper powder and the conveyance power may be reduced. (2) Characteristics The cleaning brush can clean the pick-up roller and the paper feed roller. Since it is used while in the overlay printing, it can be installed only in the tray 4 of PF-701 that is used while in the overlay printing. C. Paper feed assist plate (1) Purpose The paper feed assist plate is used to adjust the pick-up pressure on paper by changing the load on the pick-up roller. Adjustments can be made according to the type of paper to increase the paper feed performance. Improve a non feed condition that is apt to occur when feeding paper, such as a thick paper, that is hard to convey. (2) Characteristics The paper feed assist plate weighs about 10g and the pick-up roller can be equipped with up to 4 plates. Increasing or decreasing the number of plates allows you to adjust the pick-up pressure corresponding to the type of paper. 4 plates only are packaged together with the main body and they can be purchased as service parts when required.
1
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6. OTHERS 6.5.3
Field Service Ver3.0 Nov.2006 Procedure for reinstallation
A. Transfer assist sheet (1) Preparation When changing from the standard size to any other size, it is necessary to purchase the following parts. • PCS corresponding (other than the standard size) transfer /separation charger unit (assembled with the transfer assist sheet) * • Size detection connector • Relay wiring harness • Wire binding band *
Other than the transfer/separation charger unit assembled with each size of the transfer assist sheet, it is possible to purchase the transfer assist sheet assembly.
(2) Addition of the size detection connector
1.
[1]
Pull out the ADU. (See P.112)
2.
Remove the screw [1] and then remove the connector cover [2].
[2]
1050fs2019c
306
6. OTHERS
3. 4.
[2]
Disconnect the connector [1]. Loosen 2 screws [2] and remove the transfer/ separation charger unit [3].
[3]
[1]
[2]
1050fs2021c
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6. OTHERS
5.
Turn over the transfer/separation charger unit [1] and tighten the wiring harness of the existing connector [2] and the wiring harness of the size detection connector [3] with the wiring band [4].
NOTE • Be sure to install the wiring harness of the size detection connector [3] so that the rear end section [5] does not protrude from the inner end [7] of the connector bracket plate
[6]
[1]
[6]. If it is protruding, the wiring harness may be broken. • For the size detection connector, it is necessary to install the one corresponding to the size to be used. This can be identified by the
[5]
wire color of the size detection connector. (See P.306)
[7]
[4] [2]
[3] 1050fs2022c
6.
Remove the screw [1] and then remove the lever A [2].
[6]
7. 8.
Open the open/close guide /1 [3]. Loosen 2 screws [4] and remove the ADU cover / Lt [5].
[4]
9.
Loosen 2 screws [6] and remove the ADU cover / Rt [7].
[5]
[7] [3]
[1]
[2] 1050fs2023c
308
6. OTHERS
10. Connect the connector [2] of the relay wiring har-
[4]
ness [1] to the CN599 of the ADU drive board /1 [3].
11. Pull around the relay wiring harness [1] as shown in the drawing and hold it with the relay wiring clamps [4] provided at the 12 placed.
[4]
[1]
[3] [1]
[2]
[4]
[1]
1050fs2024c
12. Reinstall the transfer/separation charger unit [1]. 13. Connect the size detection connector [4] to the
[3]
connector [3] of the relay wiring harness [2].
14. Reinstall the ADU covers /Rt and /Lt and the lever A.
15. Put the ADU back to the inside of the main body. 16. Change the software DIPSW settings in the service mode to the following. • DIPSW26-0: On (1) • DIPSW26-1: On (1) NOTE • When the above software DIPSW is changed,
[4]
[2]
1050fs2025c
the size detection connector is required by the transfer/separation charger of standard size. When the size detection connector is not installed, the transfer assist sheet does not operate.
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6. OTHERS
Field Service Ver3.0 Nov.2006
B. Paper feed assist plate (1) Checking of the contents of the package The package contains the following as a set. • [1] Paper feed assist plate:4 pcs. • [2] Screw:2 pcs (TP3 x 8)
[1]
[2] 1050fs2722c
(2) Procedure For the main body, see "11.1.3 Pick-up roller load adjustment". For the PF, see"5.3 Adjusting the pick-up roller pressure" in the Field Service for the PF-701.
310
6.5.4
6. OTHERS
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006 Periodic maintenance of the PCS corresponding parts
A. Maintenance Item No.
Unit
Description
Quantity
classification 1
Transfer/
Implementation classification
Materials
Cleaning Check Lubrication Replacement
Tools used
(1) Removal of trans-
separation
fer/separation unit
charger unit (2) Replacing of trans-
1
z
fer assist sheet assembly
B. Periodically replaced parts list No.
Classification
Parts name
Quan-
Actual replacement
tity
cycle
1
Transfer assist sheet
Exclusively used for A3 and A4
1
1,500,000
2
assembly * 1
Exclusively used for 11 inches
1
1,500,000
3
Exclusively used for 8K and 16K
1
1,500,000
4
Exclusively used for B4 and B5
1
1,500,000
5
Exclusively used for 8.5 inches
1
1,500,000
6
Exclusively used for A4S and A5
1
1,500,000
7
Exclusively used for 8, 8.125 and 8.25 inches
1
1,500,000
8
Exclusively used for B5S
1
1,500,000
9
Transfer/separation
Exclusively used for A4
1
6,000,000
10
charger unit
Exclusively used for 11 inches
1
6,000,000
11
Exclusively used for 8K and 16K
1
6,000,000
12
Exclusively used for B4 and B5
1
6,000,000
13
Exclusively used for 8.5 inches
1
6,000,000
14
Exclusively used for A4S and A5
1
6,000,000
15
Exclusively used for 8, 8.125 and 8.25 inches
1
6,000,000
16
Exclusively used for B5S
1
6,000,000
* 1 For the PCS corresponding transfer assist assembly, the counter management is not available. The numerical values given here are reference.
311
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6. OTHERS
Field Service Ver3.0 Nov.2006
C. Maintenance procedure
Caution: • When replacing the periodically replaced parts, be sure to unplug the power cord of the main body from the power outlet.
(1) Replacing the transfer assist sheet assembly 1)
Periodically replaced parts/cycle
• Transfer assist sheet assembly: Every 1,500,000 prints 2)
Procedure
See “3.5.8 J. Replacing the transfer assist sheet assembly”.
312
6.6
CMS corresponding parts
6.6.1
CMS corresponding parts
6. OTHERS
"CMS" stands for "customer maintenance support," and this is applicable when the user wants to change parts by himself. For CMS corresponding parts, 9 types of parts are set. However, some parts provided as an assembly of parts larger than those replaced normally by the CE so that the user can easily conduct the part replacement operation. 6.6.2
CMS corresponding parts list
A. Pick-up roller unit (1) Purpose To return to normal operation in a short time when the paper feedability goes down due to deterioration of the pick-up roller. (2) Replacement cycle • Pick-up roller unit (Main body): Every 2,250,000 prints (Periodically replaced cycle: 500,000 prints) • Pick-up roller unit (DF-603): Every 4,500,000 prints (Periodically replaced cycle: 800,000 prints) • Pick-up roller unit (PF-701): Every 2,250,000 prints (Periodically replaced cycle: 500,000 prints) • Pick-up roller unit (PP-701): Periodically replaced cycle: 50,000 prints (3) Replacement procedure 1)
Pick-up roller unit (Main body)
See "3.5.6 A. Removing/reinstalling the pick-up roller assembly/separation roller assembly”. NOTE • The steps 1 to 8 are applicable. 2)
Pick-up roller unit (DF-603)
See DF-603 Service Manual (Field service) "2.1.2 Replacing the separation roller/torque limiter". NOTE • The steps 1 to 5 are applicable. 3)
Pick-up roller unit (PF-701/PP-701)
See PF-701,PP-701 Service Manual (Field service) "2.1.1 Removing/reinstalling the pick-up roller Assy/separation roller Assy". NOTE • The steps 1 to 8 are applicable.
2
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6. OTHERS
Field Service Ver3.0 Nov.2006
B. Separation roller unit (1) Purpose To return to the normal operation in a short time when the paper feedability goes down due to deterioration of the separation roller. (2) Replacement cycle • Separation roller unit (Main body): Every 2,250,000 prints (Periodically replaced cycle: 500,000 prints) • Separation roller unit (DF-603): Every 2,250,000* prints (Periodically replaced cycle: 400,000 prints) • Separation roller unit (PF-701): Every 2,250,000 prints (Periodically replaced cycle: 500,000 prints) • Pick-up roller unit (PP-701): Periodically replaced cycle: 50,000 prints * For the torque limiter and the separation roller that are the component parts of the separation roller unit (DF603), the periodically replaced cycle is different. So, the cycle of the separation roller that is the shorter of the two is employed. (3) Replacement procedure 1)
Separation roller unit (Main body)
See "3.5.6 A. Removing/reinstalling the pick-up roller assembly/separation roller assembly”. NOTE • The steps 9 to 11 are applicable. 2)
Separation roller unit (DF-603)
See DF-603 Service Manual (Field service) "2.1.2 Replacing the separation roller/torque limiter". NOTE • The steps 1 to 2 are applicable. 3)
Separation roller unit (PF-701/PP-701)
See PF-701/PP-701 Service Manual (Field service) "2.1.1 Removing/reinstalling the pick-up roller Assy/separation roller Assy". NOTE • The steps 9 to 11 are applicable. C. Transfer/separation charger unit (1) Purpose To return to normal operation in a short time when the transfer or separation performance goes down due to deterioration of the transfer/separation charger unit. (2) Replacement cycle • Transfer/separation charger unit: 6,000,000 prints (3) Replacement procedure See "E. Replacing the transfer/separation charger unit".
314
2
6. OTHERS
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006 D. Waste toner recycle box 1)
Purpose
To return to the normal operation as soon as possible when the waste toner recycle box of RC-501 is full. 2)
Replacement cycle
• Waste toner recycle box (RC-501) : 750,000 prints 3)
Replacement procedure
See RC-501 Service Manual (Field service) "3.1.2 Waste toner recycle box" NOTE • The steps 1 to 4 are applicable. 6.6.3
1.
CMS corresponding parts counter management
When the user replaces CMS corresponding parts, the counter needs to be reset. By changing the CMS corresponding parts counter from DIPSW15-0 to 1, [CMS Parts Count] is displayed in the utility menu screen.
2.
The parts name/parts number/limit value of [CMS Parts Count] is registered by the user, and can also be reset. In addition, as this count value uses the value of [Count of each part] in service mode, when DIPSW15-0 is set to 1, the contents of the [Count of each part] settings are displayed in the [Utility] mode.
3.
The counting method of the [CMS Parts Count] is shown in the table below.
DIPSW
CMS Function
Counter No.
Ignore
1 to 30
Counting Method
15-0 0
1 count for each paper exit in the single side mode, 2 counts in the double side mode.
1
Apply
1 to 2
When paper in tray 1 is used, 1 count for each paper exit.
3 to 4
When paper in tray 2 is used, 1 count for each paper exit.
5 to 6
When paper in tray 3 is used, 1 count for each paper exit.
7 to 8
When paper in tray 4 is used, 1 count for each paper exit.
9 to 10
When paper in tray 5 is used, 1 count for each paper exit.
11 to 12
When the document is scanned from the ADF, 1 count for each paper exit.
13 to 14 15 to 30
1 count for each paper exit. 1 count for each paper exit in the single side mode, 2 counts in the double side mode.
31
For waste toner box of RC-501 • Displayed when the DIPSW5-1, 5-4, 12-5, 15-0 are all "1". • Timing of pre-full display, full warning display can be changed by DIPSW5-0
2
315
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6. OTHERS
Blank page
316
7. HOW TO USE THE ADJUSTMENT / SETTING SECTION
ADJUSTMENT/SETTING 7. HOW TO USE THE ADJUSTMENT / SETTING SECTION
B. Checkpoints when conducting on-site ser-
7.1
repairing the machine.
Composition
vice Due attention should be paid to the following when
1.
Be sure to unplug the power cord from the
This part "ADJUSTMENT/SETTING" describes items
power outlet. Also, when operating the machine
to be adjusted and the method of adjustment that is
with the power supplied, be careful of the scan
required by this machine, it also gives detailed expla-
of the exposure unit and be sure not to get
nations.
caught by the gear.
2.
not to get burnt when handling it.
A. Checking before starting work When conducting claims in the field, it is necessary to
The fusing section may be very hot. Be careful
3.
The developing unit is strongly magnetized. Be
check first the following:
careful not to bring a watch and instrument near
1.
to the unit.
Are the power supply and voltage secured in accordance with the specifications?
2. 3.
Is the power supply properly grounded? Is any equipment that repeatedly consumes a lot
4. 5.
Be careful not to damage the drum with a tool. Be careful not to touch IC directly with bare hands.
of electricity connected to the same power supply? (e.g.: Electric noise sources such as elevator and air conditioner)
4.
Are environmental conditions suitable for the machine? • High temperature and high humidity, direct sunlight, air ventilation, etc. • Levelness of the location on which the machine is installed.
5.
Does the cause of poor images lie in the original itself?
6. 7. 8. 9.
Is density selected properly? Is the original glass stained? Is proper paper used for copy? Are copy consumables replaced with new ones at their life? (e.g.: Developer, drum, cleaning blade, etc)
10. Is toner filled?
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Field Service Ver3.0 Nov.2006
8. LIST OF ADJUSTMENT ITEMS
Machine adjustment
Magnification adjustment
Timing adjustment
Centering adjustment Warp adjustment
ADF adjustment
Process adjustment
Counter
ISW Finisher adjustment IP HDD format Others
•
•
318
High voltage adjustment Drum peculiarity adjustment
Count
Copy count of special parts ISW mode Stacker adjustment
Regist line speed adjustment Printer drum clock adjustment (Side1) Printer horizontal adjustment (Side1) Scanner drum clock adjustment ADF drum clock adjustment Printer drum clock adjustment (Side2) Printer horizontal clock adjustment (Side2) Printer restart timing adjustment (Side1) Scanner restart timing adjustment ADF restart timing adjustment ADF regist loop adjustment Printer centering adjustment ADF Centering adjustment Scanner (Glass) warp (Main) Scanner (Glass) warp (Deputy) Scanner (ADF) warp (Main) Scanner (ADF) warp (Deputy) ADF density adjustment ADF original size adjustment ADF sensor sensitivity adjustment ADF incline offset adjustment ADF centering sensor adjustment High voltage auto adjustment Blade setting mode Auto drum potential adjustment Auto maximum density adjustment Auto dot diameter adjustment LD offset adjustment Auto gamma adjustment (1dot) Cartridge set mode PM cycle setting counter reset Developer setting counter reset Sensitive drum setting counter reset Fixing cleaning web
Slit glass
Cleaning web
Toner guide brush
Replacement parts/Others
Cleaning blade
Adjustment items
Developer
This table shows the list of adjustment items when replacing a part. Items are numbered in a circle by the priority if there is any.
Drum
•
After PM Implementation
bizhub PRO 1050/1050P /1050e/1050eP
8. LIST OF ADJUSTMENT ITEMS
c
e f g h i j k
e f g h i j
{ c e c
Paper width adjustment Paper length adjustment
IP HDD format Setting powder application Dust-proof glass cleaning (Write unit) Mirror unit positioning (require the jigs) Blade auto replacement spring charge Fusing lamp's installation direction (Maker's mark in front) Thermistor positioning (require the jig) Thermostat positioning (require the jig) Parameter board (PB) replacement EEPROM replacement Grip conveyance home sensor adjustment Trimmer board solenoid operation counter clear Multi feed detection board adjustment
c d
c
c
d d
When replacing the image processing board (IPB) due to the IPB being damaged, the parameter board (PB) that was installed on the damaged IPB should be used on the new IPB. Contact the service manager of the authorized distributor if it is considered that the PB is also damaged. The parameter board (PB) stores various adjustment data, setting data and counter data. Therefore, when replacing the PB, perform all adjustments and settings, and be sure to replace the parts for control correction (Drum, developer, cleaning blade, cleaning web). For details, contact the service manager of the authorized distributor.
2
d
e f g h
• c d e
e
{
{
{
{ c {
h i j k
{
e h
f
g f i g
d j
l
f d k e
c
f g h i j k
c c e f d d
c
c
{
{
{
d d d
c
c
{
2
{
{
When replacing a board due to the PB control board (PBCB), the SD control board (SDCB), FD control
board (FDCB) or the FNS control board (FNSCB) being damaged, the non-volatile memory (EEPROM) that
was installed on the damaged control board should be used on the new control board. Install the new EEP-
ROM and perform all adjustments for the PB, SD, FD or FS if it is considered that the EEPROM is also dam-
aged.
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bizhub PRO 1050/1050P 1050e/1050eP
PI drive board (PIDB)
d
ADU drive board /1 (ADUDB1)
Trimmer board assembly
PB control board (PBCB)
{
SD control board (SDCB)
c
Hard disk /2 (HDD2)
FNS control board (FNSCB)
c
FD control board (FDCB)
c d
LS control board (LSCB)
RADF control board (RADFCB)
Operation board /1 (OB1)
Printer control board (PRCB)
Overall control board (OACB)
High voltage unit /1, /2 (HV1, /2)
Thermostat /2 (TS2)
Thermostat /1 (TS1)
Thermistor /3 (TH3)
Thermistor /1 (TH1)
Fusing heater lamp /3 (L4)
Fusing heater lamp /2 (L3)
Fusing heater lamp /1 (L2)
Multi feed detection board /1, /2 (MFDB /1, /2)
Registration roller
Write unit
CCD unit
Scanner wire · mirror unit
Field Service Ver3.0 Nov.2006 8. LIST OF ADJUSTMENT ITEMS
bizhub PRO 1050/1050P /1050e/1050eP
9. UTILITY MODE
Field Service Ver3.0 Nov.2006
9. UTILITY MODE 9.1
List of utility modes
Note • For details on the utility mode, refer to "User's guide." 01 System Setting 01 Language Setting 02 Buzzer Setting
01 Buzzer On/Off, Volume Setting 02 Buzzer for Job Stop Setting
03 1 SHOT Indication Time 04 Default Screen Setting 05 Auto Reset Setting 06 Key Response Time 07 Change User Password 08 Function Key Setting 02 Function
01 Feed Tray Setting
Setting
01 Feed Tray Auto Selection 02 ATS Permit 03 Auto Paper Type
02 Each Function Setting 03 Density Setting
01 Density Shift for Enhance Mode 02 User Density Setting 03 Photo Mode Density Selection 04 Image Density Selection
04 Preset Zoom 05 Tandem Setting
01 Batch Reading Mode 02 Wait/Proof Mode 03 Shift Value Setting 04 Tandem Setting after JOB
06 User Paper Selection 03 Copy Setting
01 Reset Setting
01 Initial Setting 02 Reset Function Setting 03 Initial by Key Counter Insert
02 Each Function Setting 04 Scanner Set-
01 Default Address Setting
ting
02 Each Function Setting
05 Touch Screen Adjustment 06 Machine Manager Setting
01 System Setting
01 Power Save Setting 02 Time and Date Setting 03 Weekly Timer
01 Weekly Timer On/Off Setting
Setting
02 Time Setting 03 Timer Action On/Off Setting 04 Lunch Hour Off Setting 05 Set Password for Timer Interrupt
04 Management List Print
320
2
06 Machine
01 System Setting
9. UTILITY MODE
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006 05 Operation Prohibit Setting
Manager Setting 06 Expert
01 Original Scan Area Setting
Adjustment
02 ADF Frame Erasure Setting 03 Non Image Area Erase Setting
07 Size Setting 08 Annotation Setting 09 Perfect Binding Mode Setting 02 Manager/Machine Register
01 Machine Manager Register
03 User Auth./Volume
01 Authentication Method
Track
02 Authentication Setting 02 Section Management Setting
02 Volume Track 03 User Authentication Set 04 Non register/Output Set 04 Network Setting
01 Machine NIC Setting 02 Controller NIC
01 TCP/IP
Setting
02 NetWare 03 IPP 04 FTP 05 SNMP 06 SMB 07 AppleTalk 08 E-Mail
01 E-Mail Send Setting 02 E-Mail Receive Setting 03 Title Setting 04 Sentence Setting
09 HDD 10 Alert Mail 11 CSRC
01 CSRC Send Setting 02 CSRC Receive Setting 03 CSRC Communication Test
12 AP I/F 13 PSWC 14 Network Setting Clear 15 SNMP Trap 05 Copy/Printer Setting
01 Job Offset Operating 02 Continuation print(Print) 03 Page No. pos.(Booklet) 04 Fixing Prerotation Set 05 Image Auto Rotation 06 Interruption Suspend 07 Copy Reserve Operation 08 Scan Stop (pull out tray) 09 Continuation Print (Copy)
2
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9. UTILITY MODE 06 Machine
Field Service Ver3.0 Nov.2006 05 Copy/Printer Setting
Manager Setting
10 Original Glass SDF 11 SDF Auto Setting
06 System Connection
01 User Call
07 Security Setting
01 Machine Manager Password 02 HDD Management
01 Folder Box List/Delete
Setting
02 HDD Data Auto Delete Period Setting 03 Change HDD Lock Password
03 Security Strengthen Mode 08 Scanner Address Register
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01 Send Address Edit/Delete
10. SERVICE MODE
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
10. SERVICE MODE 10.1 Setting method This machine is provided with a service mode for various adjustments/settings. Data adjusted/set in this mode is stored in the parameter board (PB). 10.1.1
Start and exit service mode
You can access the service mode while the power is both turned ON and OFF. In either way, the started service mode is the same, but how to exit differs. A. Starting and exiting service mode while the power p is ON
1.
Be sure that the ordinary copy screen is displayed.
2. 3.
Press the Utility/Counter button. "Utility Menu screen" On the Operation panel, press the following buttons. Stop → 0 → 0 → Stop → 0 → 1 When the CE password has been set, you must enter the password to enter the service mode.
4.
"Service mode menu screen" The service mode appears.
5.
Press the key for an item you want to configure. The setting screen for each item appears.
6.
Press the [Exit] key to go back to the "Utility Menu" screen.
7.
The new settings become effective.
B. Starting and exiting service mode while the p power is OFF
1.
While pressing the Utility/Counter button, turn ON the power switch (SW2). When the CE password has been set, you must enter the password to enter the service mode.
2.
"Service mode menu screen" The service mode appears.
3.
Press the key for an item you want to configure. The setting screen for each item appears.
4. 5.
Turn OFF the SW2. After the reboot, the new settings become effective.
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10. SERVICE MODE
Field Service Ver3.0 Nov.2006
10.2 List of service mode 01 Machine Adjustment
01 Tray Adjustment 02 Magnification
01 Regist Line Speed Adjustment
Adjustment
02 Printer Drum Clock Adjustment 03 Printer Drum Clock Adjustment 04 Printer Horizontal Adjustment 05 Printer Horizontal Adjustment 06 Scanner Drum Clock Adjustment 07 ADF Drum Clock Adjustment
03 Timing Adjustment
01 Printer Restart Timing Adjustment 02 Printer Restart Timing Adjustment 03 Printer Regist Loop Adjustment 04 Printer Pre-regist Adjustment 05 Printer Lead Edge Timing Adjustment 06 Transfer Assistance Timing Adjustment 07 Scanner Restart Timing Adjustment 08 ADF Restart Timing Adjustment 09 ADF Regist Loop Adjustment
04 Centering Adjust-
01 Printer Centering Adjustment
ment
02 Scanner Centering Adjustment 03 ADF Centering Adjustment
05 Warp Adjustment 06 NonImage Area Erase Check 07 ADF Adjustment
01 ADF Density Adjustment 02 ADF Original Size Adjustment 03 ADF Sensor Sensitivity Adjustment 04 ADF Incline Offset Adjustment 05 ADF Centering Sensor Adjustment
02 Process Adjustment
08 Recall Standard Data
Recall standard data: Machine adjustment
01 High Voltage
01 High Voltage Auto Adjustment
Adjustment
02 HV Adjustment (Charge) 03 HV Adjustment (Transfer) 04 HV Adjustment (Separation AC) 05 HV Adjustment (Separation DC) 06 HV Adjustment (Charging grid voltage) 07 HV Adjustment (Bias of development DC) 08 Transfer Guide Confirm
02 Drum Peculiarity Adj.
01 Blade Setting Mode 02 Auto Drum Potential Adjustment 03 Auto Maximum Density Adjustment 04 Auto Dot Diameter Adjustment 05 LD Offset Adjustment
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02 Process Adjustment
10. SERVICE MODE 02 Drum Peculiarity
06 Auto Gamma Adjustment (1dot)
Adjustment
07 LD1 Bias Adjustment
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
08 LD2 Bias Adjustment 09 Cartridge Set Mode 03 Drum Peculiarity Manual 04 User Paper Setting 05 Recall Standard Data 03 Counter
01 PM Count 02 Data Collection
01 Total count of each paper size 02 Copy count of each paper size 03 Print count of each paper size 04 Large size count 05 ADF Count 06 Pixel ratio of each section 07 Pixel ratio ranking list 08 JAM data of time series 09 JAM Count 10 Count of each copy mode 11 SC data of time series 12 SC Count 13 JAM count of each section 14 SC count of each section
03 Parts Counter
01 Count of special parts 02 Count of each parts
04 Machine Condition
01 I/O Check mode
05 List Output
01 List Output
06 Test Mode
01 Test Pattern Output Mode 02 Test Pattern Density 03 Running Test Mode
07 System Setting
01 Software SW Setting 02 Telephone Number Setting 03 M/C Serial Number Setting 04 Setting Date Input
08 ROM Version
01 ROM Version
09 CS Remote Care
01 CS Remote Care
01 E-Mail 02 Modem
10 ISW
01 ISW
11 Finisher Adjustment
01 Stapler Position Adj.
01 Stapling Center Position Adjustment 02 Paper Width Adjustment
02 Multi Folder (Punch)
01 Paper Width Adjustment
Adj.
02 Hole-Punch Vertical Position Adjustment
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10. SERVICE MODE 11 Finisher Adjustment
Field Service Ver3.0 Nov.2006 03 Multi Folder (Fold)
01 Folding Position Adjustment
Adj.
02 Letter Fold-in Position Adjustment 03 Letter Fold-out Pos. Adjustment 04 Double Parallel Position Adjustment 05 Z-Fold Position Adjustment 06 Gate Position Adjustment 07 Fold Regist Loop Adjustment
04 Multi Folder (PI) Adj. 05 Stacker Adjustment
01 Paper Width Adjustment 02 Paper Length Adjustment
06 Saddle Stitcher Adj.
01 Stapling Centring Adjustment 02 Stapling Paper Width Adjustment 03 Stapling Pitch Adjustment 04 Folding Position Adjustment 05 Three-Fold Position Adjustment 06 Fold Paper Width Adjustment 07 Trimming Adjustment
07 Perfect Binder
01 Cover Trimming Adjustment
Adjustment
02 Cover Lead Edge Adjustment 03 Spine Corner forming Position Adj. 04 Pasting Start Postion Adjustment 05 Pasting Finish Position Adjustment 06 Paste Formation Finish Position Adj. 07 Temperature Adjustment 08 Sub Compile CD Width Adjustment 09 Clamp CD Width Adjustment 10 Cover Up/Down CD Width Adjustment 11 Clamp FD Position Adjustment
08 Recall Standard Data 12 Machine Manager Setting 01 Manager Authentication 02 Machine Manager Password 13 CE Setting
01 CE Authentication Setting 02 CE Password Setting
14 IP HDD Format
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2
01 IP HDD Format
10. SERVICE MODE
10.3 Machine adjustment
5. Pull out the selected tray and widen the paper guide [1] to the max. width. Narrow the paper
10.3.1
Tray adjustment
guide [1] slowly to fill a gap [3] between the lift
Adjust the paper size from tray /1 to tray /5.
plate cover [2] and the paper guide [1] until it
This adjustment is needed when a paper size is not
reaches the scale "250"[4]. (The scale inside
detected properly.
the paper guide is 250 mm)
(1) Procedure
[2]
[3]
[1]
1. Enter the service mode. 2. "Service mode menu screen" Press the [01 Machine Adjustment] key.
3. A sub menu appears on the right side of the screen. Press the [01 Tray Adjustment] key on the sub menu.
4. "Tray adjustment screen" Tray adjustment includes the following items. Press the [Next] key or the [Back], and select (1) of the tray you adjust.
[4]
[Tray 1 (1)] [Tray 1 (2)] [Tray 2 (1)] [Tray 2 (2)] [Tray 3 (1)]
Info HJG: 1. 250mm 2. 297mm
250mm
[Tray 3 (2)] [Tray 4 (1)] [Tray 4 (2)] [Tray 5 (1)] [Tray 5 (2)]
[1]
Note • Be sure to select (1) of the tray you adjust.
1050fs3021c
6. Set the tray. 7. Press the [Start] key on the screen.
Info HJG: Wichtig: Zum Ausführen Justage müssen die Papiermagazine eingeschoben sein !
The current position of the selected tray is read in. When the adjustment is done, the message "Complete" appears.
8. Press the [Next] key and select (2) of the trays you want to adjust. Note • Be sure to select (2) of the trays you want to adjust.
9. Pull out the tray and widen the paper guide to the max. width. Narrow the paper guide slowly to fill a gap between the lift plate cover and the paper guide until it reaches the scale "A3·A4". (The scale inside the paper guide is 297 mm)
10. Set the tray.
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bizhub PRO 1050/1050P /1050e/1050eP
10. SERVICE MODE
11. Press the [Start] key on the screen. The current position of the selected tray is read
Field Service Ver3.0 Nov.2006 10.3.2
Magnification adjustment
Adjust various kinds of image magnification.
in. When the adjustment is done, the message "Complete" appears.
12. To adjust other trays, repeat steps 4 to 11.
A. Regist line speed adjustment Change the line speed of the registration roller to match the line speed of the drum. NOTE
Info HJG: Geschwindigkeit der Registrierrollen
• This adjustment changes the line speed of the registration roller only. Unless properly adjusted, it may cause a transfer jitter at a position 145 mm from the paper trailing edge. • Usually, do not use this adjustment in the field. Use this only when replacing the registration roller and when a transfer jitter occurs at a position 145 mm from the paper trailing edge. (1) Procedure
1. Enter the service mode. 2. "Service mode menu screen" Press the [01 Machine Adjustment] key.
3. A sub menu appears on the right side of the screen. Press the [02 Magnification Adjustment] key on the sub menu.
4. "Magnification adjustment mode menu screen" Press the [01 Regist Line Speed Adjustment] key.
5. "Regist Line Speed Adjustment screen" Confirm that the [Inside Pattern] is displayed "16", and press the [COPY] key.
6. Set A3 or 11 x 17 paper (130 g/m2 or 35 lb Bond) in the tray. Press the Start button to output the test pattern (No.16). Note • Select [72-91g] for the basic weight setting.
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1
10. SERVICE MODE
7. Measure the magnification of the sub scan direction with a scale.
15. Check the transfer jitter around 145 mm from the paper trailing edge, and find an output with
• Standard value: ± 0.5% or less (When in life-size)
the least transfer jitter (Density of half-tone is even with surrounding area).
0 mm Within 102.8 -0.5
16. Press the [SERVICE] key. 17. "Regist Line Speed Adjustment screen" Through the numeric keys, enter the adjusted
0
102.8 -0.5
step number of the output paper you selected in step 15, and press the [Set] key. • Setting range:-40 (short) to +55 (long) 1 step = 0.05%
1050fs3001c
8. When the value is not within the standard value, press the [SERVICE] key.
9. "Regist Line Speed Adjustment screen" Enter a numeric value through the numeric keys and press the [Set] key. • Setting range:-40 (short) to +55 (long) 1 step = 0.05%
10. Repeat steps 5 to 9 until the standard value can be obtained.
11. "Regist Line Speed Adjustment" Press the [Inside Pattern] key and enter 9 with the numeric key. Press the [Set] key. Press the [Inside Pattern] key again and press the [COPY] key. Note • The density of "Test pattern density setting" is reflected. So, be sure to check the set value of "Test pattern density setting" to ensure it is "255."
12. Set A3 or 11 x 17 paper (130 g/m2 or 35 lb Bond) in the tray. Press the Start button to output the test pattern (No.9).
13. Press the [SERVICE] key to return to the [Regist Line Speed Adjustment] screen.
14. Repeat steps 11 to 13 to output test patterns for two steps before and after the value you entered in step 10. e.g.: When the adjusted value is "-1" Output 5 test patterns for -3, -2, -1, 0, 1.
1
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bizhub PRO 1050/1050P /1050e/1050eP
10. SERVICE MODE
Field Service Ver3.0 Nov.2006
B. Printer drum clock adjustment (Side 1)
C. Printer drum clock adjustment (Side 2)
Adjust the magnification of the sub scan direction on
Adjust the magnification of the sub scan direction on
only side 1 of the printer system.
only side 2 of the printer system.
This adjustment changes the line speed of the drum
This adjustment changes the line speed of the drum
and the registration roller on side 1 evenly.
and the registration roller on side 2 evenly.
Info HJG: Maßstab in FD der Seite 1
Info HJG: Maßstab in FD der Seite 2 (1) Procedure
(1) Procedure
1. Enter the service mode.
1. Enter the service mode.
2. "Service mode menu screen"
2. "Service mode menu screen"
Press the [01 Machine Adjustment] key.
3. A sub menu appears on the right side of the
Press the [01 Machine Adjustment] key.
3. A sub menu appears on the right side of the
screen.
screen.
Press the [02 Magnification Adjustment] key on
Press the [02 Magnification Adjustment] key on
the sub menu.
the sub menu.
4. "Magnification adjustment mode menu screen"
4. "Magnification adjustment mode menu screen"
Press the [02 Printer Drum Clock Adjustment
Press the [03 Printer Drum Clock Adjustment
] key.
] key.
5. "Printer Drum Clock Adjustment screen"
5. "Printer Drum Clock Adjustment screen" Tray can be adjusted by each (tray /1 to /5).
Press the [COPY] key.
Press the [Next] or the [Back] key to select the 2
6. Set A3 or 11 x 17 paper (130 g/m or 35 lb Bond) in the tray. Press the Start button to output the test pattern (No.16).
item you adjust, and press the [COPY] key.
6. Set A3 or 11 x 17 paper (130 g/m2 or 35 lb Bond) in the tray. Press the Start button to out-
7. Measure the magnification of the sub scan
put the test pattern (No.16).
7. Measure the magnification of the sub scan
direction with a scale. • Standard value:± 0.5% or less (When in life-size)
direction with a scale. • Standard value:± 0.5% or less (When in life-size)
Within 205.7 ± 1 mm
Within 205.7 ± 1 mm
205.7 1 205.7 1
1050fs3002c 1050fs3003c
8. When the value is not within the standard value, press the [SERVICE] key.
9. "Printer Drum Clock Adjustment
press the [SERVICE] key.
9. "Printer Drum Clock Adjustment screen"
screen" Enter a numeric value through the numeric keys
Enter a numeric value through the numeric keys
and press the [Set] key.
and press the [Set] key.
• Setting range:-10 (short) to +10 (long)
• Setting range:-10 (short) to 0 (long)
1 step = 0.05%
1 step = 0.05%
10. Repeat steps 5 to 9 until the standard value
10. Repeat steps 5 to 9 until the standard value
can be obtained.
330
8. When the value is not within the standard value,
can be obtained.
10. SERVICE MODE
D. Printer horizontal adjustment (Side 1)
E. Printer horizontal adjustment (Side 2)
Adjust the magnification of the main scan direction on
Adjust the magnification of the main scan direction on
only side 1 of the printer system.
only side 2 of the printer system.
This adjustment changes the horizontal magnification
This adjustment changes the horizontal magnification
in image processing prior to the laser exposure.
in image processing prior to the laser exposure.
Info HJG: Maßstab in CD der Seite 1
Info HJG: Maßstab in CD der Seite 2 (1) Procedure
(1) Procedure
1. Enter the service mode.
1. Enter the service mode.
2. "Service mode menu screen"
2. "Service mode menu screen"
Press the [01 Machine Adjustment] key.
Press the [01 Machine Adjustment] key.
3. A sub menu appears on the right side of the
3. A sub menu appears on the right side of the
screen.
screen.
Press the [02 Magnification Adjustment] key on
Press the [02 Magnification Adjustment] key on
the sub menu.
the sub menu.
4. "Magnification adjustment mode menu screen"
4. "Magnification adjustment mode menu screen"
Press the [04 Printer Horizontal Adjustment
Press the [05 Printer Horizontal Adjustment
] key.
] key.
5. "Printer
Horizontal
Adjustment
5. "Printer Horizontal Adjustment screen"
screen"
Tray can be adjusted by each (tray /1 to /5).
Press the [COPY] key.
Press the [Next] or the [Back] key to select the
6. Select A3 or 11 x 17 paper. Press the Start but-
item you adjust, and press the [COPY] key.
6. Select A3 or 11 x 17 paper. Press the Start but-
ton to output the test pattern (No.16).
7. Measure the magnification of the main scan
ton to output the test pattern (No.16).
7. Measure the magnification of the main scan
direction with a scale. • Standard value:± 0.5% or less (When in life-size)
direction with a scale. • Standard value:± 0.5% or less (When in life-size)
Within 190 ± 1 mm
Within 190 ± 1 mm
190 190
1050fs3004c 1050fs3005c
8. When the value is not within the standard value,
8. When the value is not within the standard value,
press the [SERVICE] key.
9. "Printer
Horizontal
Adjustment
press the [SERVICE] key.
9. "Printer Horizontal Adjustment screen"
screen" Enter a numeric value through the numeric keys
Enter a numeric value through the numeric keys
and press the [Set] key.
and press the [Set] key.
• Setting range:-10 (short) to +10 (long) 1 step = 0.1%
10. Repeat steps 5 to 9 until the standard value can be obtained.
• Setting range:-5 (short) to 0 (long) 1 step = 0.1%
10. Repeat steps 5 to 9 until the standard value can be obtained.
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bizhub PRO 1050/1050P /1050e/1050eP
10. SERVICE MODE F.
Field Service Ver3.0 Nov.2006 G. ADF drum clock adjustment
Scanner drum clock adjustment
Adjust the magnification of the main scan direction of
Adjust the magnification of the main scan direction of
the scanner system.
the scanner system.
This adjustment changes the scanning speed of the
This adjustment changes the scanning speed of the
exposure unit.
ADF.
Info HJG: Maßstab in FD vom Originalglas
Info HJG: Maßstab in FD vom Feeder
(1) Procedure
(1) Procedure
1. Enter the service mode.
1. Enter the service mode.
2. "Service mode menu screen"
2. "Service mode menu screen"
Press the [01 Machine Adjustment] key.
3. A sub menu appears on the right side of the
Press the [01 Machine Adjustment] key.
3. A sub menu appears on the right side of the
screen.
screen.
Press the [02 Magnification Adjustment] key on
Press the [02 Magnification Adjustment] key on
the sub menu.
the sub menu.
4. "Magnification adjustment mode menu screen"
4. "Magnification adjustment mode menu screen"
Press the [06 Scanner Drum Clock Adjustment]
Press the [07 ADF Drum Clock Adjustment]
key.
key.
5. "Scanner (Orig. Glass) drum clock adj. screen" Press the [COPY] key.
5. "Scanner (ADF) drum clock adj. screen" Press the [Next] and [Back] key to select the
6. Select A3 or 11 x 17 paper, and set the "test
magnification you adjust. Press the [COPY] key.
chart" on the original glass. Press the Start but-
The magnification changes as follows:
ton.
100% → 75% → 200% → 400%
7. Measure the magnification of the sub scan
6. Select A3 or 11 x 17 paper, and set the "adjustment chart" on the ADF. Press the Start button.
direction with a scale. • Standard value:± 0.5% or less (When in life-size)
7. Measure the magnification in the sub scan direction with a scale.
Within 200 ± 1 mm
• Standard value:± 0.5% or less (When in life-size) Within 190 ± 1 mm
200
1050fs3006c
8. When the value is not within the standard value, press the [SERVICE] key.
9. "Scanner (Orig. Glass) drum clock adj. screen" Enter a numeric value through the numeric keys and press the [Set] key. • Setting range:-40 (short) to +40 (long) 1 step = 0.05%
10. Repeat steps 5 to 9 until the standard value can be obtained.
190
1050fs3007c
8. When the value is not within the standard value, press the [SERVICE] key.
9. "Scanner (ADF) drum clock adj. screen" Enter a numeric value through the numeric keys and press the [Set] key. • Setting range:-40 (short) to +40 (long) 1 step = 0.05%
10. Repeat steps 5 to 9 until the standard value can be obtained.
332
2
10.3.3
10. SERVICE MODE
Timing adjustment
9. "Printer Restart Timing Adjustment
Adjust various image timing.
screen" Enter a numeric value through the numeric keys
A. Printer restart timing adjustment (Side 1) Adjust the image leading edge timing on only side 1.
and press the [Set] key. • Setting range:-30 (short) to +30 (long)
This adjustment changes the laser writing start timing.
Info HJG: Drucker Neustart - Bildanfang Seite 1
1 step = 0.1 mm
10. Repeat steps 5 to 9 until the standard value
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
can be obtained.
NOTE • Be sure the printer drum clock adjustment (Side 1) has been adjusted.
B. Printer restart timing adjustment (Side 2) Adjust the image leading edge timing on only side 2.
(1) Procedure
This adjustment changes the laser writing start timing.
1. Enter the service mode.
Info HJG: Drucker Neustart - Bildanfang Seite 2
2. "Service mode menu screen"
NOTE
Press the [01 Machine Adjustment] key.
3. A sub menu appears on the right side of the
• Be sure the printer drum clock adjustment (Side 2) has been adjusted.
screen. Press the [03 Timing Adjustment] key on the
(1) Procedure
sub menu.
1. Enter the service mode.
4. "Timing adjustment menu screen" Press the [01 Printer Restart Timing Adjustment
2. "Service mode menu screen" Press the [01 Machine Adjustment] key.
] key.
5. "Printer Restart Timing Adjustment
3. A sub menu appears on the right side of the
screen"
screen.
Tray can be adjusted as a whole and by each
Press the [03 Timing Adjustment] key on the
(tray /1 to /5). Press the [Next] or the [Back] key
sub menu.
to select the item you adjust, and press the
4. "Timing adjustment menu screen" Press the [02 Printer Restart Timing Adjustment
[COPY] key.
6. Select A3 or 11 x 17 paper. Press the Start button to output the test pattern (No.16).
7. Measure the leading edge timing with a scale.
] key.
5. "Printer Restart Timing Adjustment screen" Tray can be adjusted by each (tray /1 to /5).
• Standard value:20 ± 0.5 mm
Press the [Next] or the [Back] key to select the item you adjust, and press the [COPY] key.
20
6. Select the A3 or 11 x 17 paper. Press the Start button to output the test pattern (No.16).
1050fs3008c
8. When the value is not within the standard value, press the [SERVICE] key.
1
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Field Service Ver3.0 Nov.2006
7. Measure the leading edge timing with a scale. • Standard value:20 ± 0.5 mm
5. "Printer regist loop adj. screen" Press the [Next] or the [Back] key to select the item you adjust, and press the [COPY] key. The item changes as follows:
20
Side 1 → Side 2 → Side 1 thick → Side 2 thick Note • The adjustment values for "Side 1" and "Side 2" are reflected on the paper weight 50 to 161 g/m2. • The adjustment values for "Side 1 thick" 1050fs3009c
8. When the value is not within the standard value, press the [SERVICE] key.
9. "Printer Restart Timing Adjustment screen"
and "Side 2 thick" are reflected in 162 to 300 g/m2.
6. Set the copy according to the item that has been adjusted and press the Start button to output a test pattern (No. 16).
7. When the trouble is not solved, press the
Enter a numeric value through the numeric keys and press the [Set] key. • Setting range:-30 (short) to +30 (long) 1 step = 0.1 mm
10. Repeat steps 5 to 9 until the standard value
[SERVICE] key.
8. "Printer regist loop adj. screen" Enter a numeric value through the numeric keys and press the [Set] key. • Setting range:-10 (small) to +10 (large)
can be obtained.
1 step = 1 ms
9. Repeat the steps 5 to 8 until an appropriate C. Printer regist loop adjustment
value is obtained.
Adjust the paper loop amount in the registration roller section to remove paper skew and wrinkle, or paper jamming in the registration section.
Info HJG: Bausch - Registrierrollen (1) Procedure
D. Printer pre-regist adjustment Adjust the paper loop amount in the pre-registration roller section to remove paper skew and wrinkle, or paper jamming in the pre-registration section.
1. Enter the service mode.
Info HJG: Bausch - Vor-Registrierrollen
2. "Service mode menu screen"
(1) Procedure
Press the [01 Machine Adjustment] key.
3. A sub menu appears on the right side of the screen. Press the [03 Timing Adjustment] key on the sub menu.
4. "Timing adjustment menu screen" Press the [03 Printer Regist Loop Adjustment] key.
1. Enter the service mode. 2. "Service mode menu screen" Press the [01 Machine Adjustment] key.
3. A sub menu appears on the right side of the screen. Press the [03 Timing Adjustment] key on the sub menu.
4. "Timing adjustment menu screen" Press the [04 Printer Pre-regist Adjustment] key.
5. "Printer pre-regist adj. screen" Tray can be adjusted by each (tray /1 to /5). Press the [Next] or the [Back] key to select the item you adjust, and press the [COPY] key.
334
6. Select A3 or 11 x 17 paper. Press the Start button to output the test pattern (No.16).
7. When the trouble is not solved, press the [SERVICE] key.
8. "Printer pre-regist adj. screen" Enter a numeric value through the numeric keys and press the [Set] key. • Setting range:-10 (small) to +10 (large) 1 step = 1ms
9. Repeat the steps 5 to 8 until an appropriate value is obtained.
10. SERVICE MODE F.
Transfer assist timing adjustment
Adjust the pressure/release timing and the pressure amount of the transfer assist sheet when transfer error (such as missing image portions) occurs. Preparation: • Select the appropriate paper setting beforehand so that the transfer assist sheet (50 to 91 g/m2) can be fed through. NOTE • Perform "Transfer Assist Pressure Level adj." properly, or the photoconductor may get
E. Printer lead edge timing adjustment Adjust the image erasure amount of the leading edge.
damaged. • Only perform this adjustment when the trans-
Info HJG: Löschbereich am Bildanfang
fer error still occurs after performing "Trans-
(1) Procedure
fer Assist Push Position adjustment" and "Transfer Assist Release Position adj."
1. Enter the service mode. 2. "Service mode menu screen" Press the [01 Machine Adjustment] key.
3. A sub menu appears on the right side of the
• Always perform "Transfer Assist Push Position
adjustment"
Release
Position
and
"Transfer
adj."
after
Assist
performing
"Transfer Assist Pressure Level adj."
screen. Press the [03 Timing Adjustment] key on the sub menu.
(1) Procedure
1. Enter the service mode.
4. "Timing adjustment menu screen" Press the [05 Printer Lead Edge Timing Adjustment] key.
5. "Printer lead edge timing adjustment screen" Press the [COPY] key.
6. Select A3 or 11 x 17 paper. Press the Start button to output the test pattern (No.16).
7. Check the printer lead edge timing. • Standard value:within 4 mm
8. When the value is not within the standard value, press the [SERVICE] key.
9. "Printer lead edge timing adjustment screen"
2. "Service mode menu screen" Press the [01 Machine Adjustment] key.
3. A sub menu appears on the right side of the screen. Press the [03 Timing Adjustment] key on the sub menu.
4. "Timing adjustment menu screen" Press the [06 Transfer Assistance Timing Adjustment] key. Press the [NEXT] or the [Back] key to select the item to be adjusted, and press [COPY].
5. "COPY screen"
Enter a numeric value through the numeric keys
Change the print mode to [1 - 2], and select the
and press the [Set] key.
tray in which the transfer assist sheet is loaded.
• Setting range:-20 (small) to +40 (large) 1 step = 0.1 mm
10. Repeat steps 5 to 9 until the standard value can be obtained.
6. Press [START] to print the test pattern (No. 16). Print a halftone image or the original as necessary.
7. If the transfer error still occurs, press the [SERVICE] key.
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10. SERVICE MODE
Field Service Ver3.0 Nov.2006
8. Enter a numeric value through the numeric keys
G. Scanner restart timing adjustment Adjust image leading edge timing of original scanning
and press the [Set] key. • [Transfer Assist Push Position adjustment]
from the original glass.
• [Transfer Assist Release Position adj.]
In this adjustment, the starting position for reading
Setting range:-32 (earlier) to +31(later)
while in the original scanning mode is adjusted.
Info HJG: Scanner Neustart
1 step = 0.5mm
(1) Procedure vom Originalglas für Bildanfang
• [Transfer Assist Pressure Level adj.] Setting range:-10 (pressure amount-low) to +10 (pressure amount-high) 1 step = 0.1 mm
1. Enter the service mode. 2. "Service mode menu screen" Press the [01 Machine Adjustment] key.
3. A sub menu appears on the right side of the
Note • The following table shows the relation
screen.
among pressure amount, pressure point,
Press the [03 Timing Adjustment] key on the
release point, and limit step of the adjust-
sub menu.
ment. If the adjustment value exceeds the
4. "Timing adjustment menu screen"
limit steps, the transfer assist sheet may
Press the [07 Scanner Restart Timing Adjust-
contact and damage the photoconductor.
ment] key.
(Note that the steps described below are
5. "Scanner (Orig. Glass) restart timing adj. screen"
only used as a guide.)
Press the [COPY] key. Pressure amount
Pressure point
Release point
(Step)
(Step)
(Step)
0
-10
+12
-10
-20
+22
+10
0
+2
6. Select A3 or 11 x 17 paper, and set the "test chart" on the original glass. Press the Start button.
7. Check the leading edge timing. • Standard value:within ± 1.5 mm
8. When the value is not within the standard value, 9. Repeat the steps 4 to 7 until an appropriate value is obtained.
press the [SERVICE] key.
9. "Scanner (Orig. Glass) restart timing adj. screen" Enter a numeric value through the numeric keys and press the [Set] key. • Setting range:-40 (image, fast) to +40 (image, slow) 1 step = 0.1 mm
10. Repeat steps 5 to 9 until the standard value can be obtained.
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2
10. SERVICE MODE
H. ADF restart timing adjustment
I.
Adjust image leading edge timing of original scanning
Adjust the original loop amount in the ADF registra-
from the ADF.
tion roller section to remove paper skew and wrinkle,
In this adjustment, the starting position for reading
or original jamming in the registration section.
while in the ADF scanning mode is adjusted.
Info HJG: ADF Originalbausch
Info HJG: ADF Neustart - Bildanfang (1) Procedure
ADF regist loop adjustment
(1) Procedure
1. Enter the service mode.
1. Enter the service mode. 2. "Service mode menu screen" Press the [01 Machine Adjustment] key.
3. A sub menu appears on the right side of the
2. "Service mode menu screen" Press the [01 Machine Adjustment] key.
3. A sub menu appears on the right side of the screen.
screen.
Press the [03 Timing Adjustment] key on the
Press the [03 Timing Adjustment] key on the
sub menu.
sub menu.
4. "Timing adjustment menu screen"
4. "Timing adjustment menu screen" Press the [08 ADF Restart Timing Adjustment key.
Press the [09 ADF Regist Loop Adjustment] key.
5. "ADF regist loop adj. screen"
5. "ADF restart timing adj. screen"
Press the [Next] or the [Back] key to select the
Press the [Next] or the [Back] key to select the
side of original you adjust, and press the
side of original you adjust, and press the
[COPY] key.
[COPY] key.
The side of original changes as follows:
The side of original changes as follows:
SIDE1 → SIDE2
SIDE1 → SIDE2 Note • SIDE 1 represents the front side and SIDE 2
Note • SIDE 1 represents the front side and SIDE 2 represents the back side.
6. Select A3 or 11 x 17 paper, and set the "adjustment chart" on the ADF. Press the Start button.
7. Check the image leading edge timing. • Standard value: ± 2 mm
8. When the value is not within the standard value, press the [SERVICE] key.
9. "ADF restart timing adj. screen" Enter a numeric value through the numeric keys and press the [Set] key. • Setting range:-50 (image, fast) to +50 (image, slow)
represents the back side.
6. Select the A3 or 11 x 17 paper, and set the "adjustment chart" on the ADF. Press the Start button.
7. When the ADF regist loop amount is not appropriate, press the [SERVICE] key.
8. "ADF regist loop adj. screen" Enter a numeric value through the numeric keys and press the [Set] key. • Setting range:-10 (small) to +10 (large) 1 step = 0.1 mm
9. Repeat the steps 5 to 8 until an appropriate value is obtained.
1 step = 0.1 mm
10. Repeat steps 5 to 9 until the standard value can be obtained.
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10. SERVICE MODE 10.3.4
Field Service Ver3.0 Nov.2006
Centering adjustment
B. Scanner centering adjustment
Adjust the mis-centering of images in the main scan
Adjust the mis-centering of images when scanning
direction.
from the original glass.
This adjustment changes the laser writing start tim-
Info HJG: Scannerzentrierung Originalglas
ing.
NOTE • Be sure the printer centering has been
A. Printer centering adjustment
adjusted.
Adjust the mis-centering of images on the printer.
Info HJG: Drucker Zentrierung CD (Siehe untere Info)
NOTE
• Be sure the printer horizontal adjustment (Side 1) and the printer horizontal adjustment (Side 2) have been adjusted.
(1) Procedure
1. Enter the service mode. 2. "Service mode menu screen" Press the [01 Machine Adjustment] key.
3. A sub menu appears on the right side of the screen.
(1) Procedure
Press the [04 Centering Adjustment] key on the
1. Enter the service mode. 2. "Service mode menu screen" Press the [01 Machine Adjustment] key.
3. A sub menu appears on the right side of the screen.
4. "Centering adjustment mode menu screen" Press the [02 Scanner Centering Adjustment] key and press the [COPY] key.
5. Select A3 or 11 x 17 paper, and set the "test
Press the [04 Centering Adjustment] key on the
chart" on the original glass. Press the Start but-
sub menu.
ton.
4. "Centering adjustment mode menu screen"
6. Fold the printed paper into two along the center
Press the [01 Printer Centering Adjustment] key
in the main scan direction, and measure how
and press the [COPY] key.
much the left and right lines misalign from each
5. Select A3 or 11 x 17 paper. Press the Start button to output the test pattern (No.16).
6. Fold the printed paper into two along the center in the main scan direction, and measure how much the left and right lines misalign from each other.
7. When the value is not within the standard value, press the [SERVICE] key.
8. "Printer centering adjustment screen" Enter a numeric value through the numeric keys and press the [Set] key. • Setting range:-64 (image in front) to +63 (image in back) 1 step = 0.1 mm
9. Repeat steps 5 to 8 until the standard value can be obtained.
Info HJG: Für die Justage muß DIPSW 12 (Bit 3) auf „1“ gesetzt werden (Zentrierungssensor ist dann für die Justage = deaktiviert) ! Nach der Justage muß der Bit wieder auf „0“ gesetzt werden ! 2
other. • Standard value: within ± 2 mm
7. When the value is not within the standard value, press the [SERVICE] key.
8. "Scanner (Orig. Glass) centering Adj. screen" Enter a numeric value through the numeric keys
• Standard value: within ± 1.5 mm
338
sub menu.
and press the [Set] key. • Setting range:-30 (image in front) to +30 (image in back) 1 step = 0.1 mm
9. Repeat steps 5 to 8 until the standard value can be obtained.
10. SERVICE MODE
C. ADF Centering adjustment
Note
Adjust the mis-centering of images when scanning
• SIDE 1 represents the front side and SIDE 2
from the ADF. NOTE
Info HJG: ADF Zentrierung (Siehe untere Info)
• Be sure the printer centering has been adjusted.
represents the back side. • "Small" represents paper which is smaller than 300 mm in the sub-scan direction. However, this excludes A4 or 8.5 x 11 which is automatically adjusted by the centering sensor.
(1) Procedure
• "Large" represents paper which is larger
1. Enter the service mode. 2. "Service mode menu screen" Press the [01 Machine Adjustment] key.
3. A sub menu appears on the right side of the
than 300 mm in the sub-scan direction. However, this excludes A3 or 11 x 17 which is automatically adjusted by the centering sensor. • When adjusting ADF centering sensor
screen.
adjustment (SIDE1:8.5 x 11) and (SIDE1:11 x
Press the [04 Centering Adjustment] key on the
17), change the centering sensor /Fr posi-
sub menu.
tion to "LT" side. Then, turn OFF/ON the
4. "Centering adjustment mode menu screen"
power switch, and follow the procedure of
Press the [03 ADF Centering Adjustment] key
this adjustment. (See chapter III "1.5
and press the [COPY] key.
Centering sensor switchover adjustment"
5. "ADF centering adjustment screen" Press the [Next] or the [Back] key to select the
in the Theory of Operation for DF-603)
6. Select paper according to the adjusted item.
item you adjust, and press the [COPY] key.
Set the "adjustment chart" on the ADF and
The item switches as follows:
press the Start button.
ADF Centering Adjustment (SIDE1:Small) ↓ ADF Centering Adjustment (SIDE2:Small) ↓ ADF Centering Adjustment (SIDE1:Large) ↓ ADF Centering Adjustment (SIDE2:Large) ↓ ADF Centering Sensor Adjustment (SIDE1:A4) or (SIDE1:8.5 x 11)*1 ↓ ADF Centering Sensor Adjustment (SIDE1:A3) or (SIDE1:11 x 17)*1
7. Fold the printed paper into two along the center in the main scan direction, and measure how much the left and right lines misalign from each other. • Standard value: within ± 2 mm
8. When the value is not within the standard value, press the [SERVICE] key.
9. [ADF centering adjustment screen] Enter a numeric value through the numeric keys and press the [Set] key. • Setting range:-30 (image in front) to +30 (image in back) 1 step = 0.1 mm
*1
When the power switch is ON, the ADF's centering correction sensor /Fr position is
10. Repeat steps 5 to 9 until the standard value can be obtained.
automatically detected and displayed.
Info HJG: Formate A4 und A3 werden automatisch über den Centringsensor justiert (siehe bei Note)
2
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10. SERVICE MODE 10.3.5
Field Service Ver3.0 Nov.2006
Warp adjustment
10.3.6
Non-image area erase check
Adjust the image distortion in scanning.
When installing the copier or moving its installation
Info HJG: Schrägeinzug - Originalglas/ADF
location, check to see if the non-image area erase
(1) Procedure
function of the copy application functions works sat-
1. Enter the service mode.
isfactorily. This also automatically adjusts sensitivity to correctly detect the non-image area.
2. "Service mode menu screen" Press the [01 Machine Adjustment] key.
3. A sub menu appears on the right side of the screen.
Preparation: • Open fully the DF. • There should not be anything on the original glass.
Press the [05 Warp Adjustment] key on the sub
• Clean the original glass.
Info HJG: Löschung Bildfreier Bereich
menu.
4. "Warp adjustment menu screen" Press the [Next] or the [Back] key to select the item you adjust, and press the [COPY] key. The item switches as follows: Scanner (Orig. Glass) warp adj. (Main) FD ↓ Scanner (Orig.Glass)warp adj. (Deputy) CD ↓ Scanner (ADF) warp adj. (Main) FD ↓ Scanner (ADF) warp adj. (Deputy) CD
5. Select A3 or 11 x 17 paper. Set the "test chart"
A. Procedure
1. Enter the service mode. 2. "Service mode menu screen" Press the [01 Machine Adjustment] key.
3. A sub menu appears on the right side of the screen. Press the [06 Non Image Area Erase Check] key on the sub menu.
4. "Non image area erase check screen" Press the [Start] key.
5. Make sure the following message appears.
at the position (original glass or ADF) according to the adjusted item, and press the Start but-
NORMAL adjustment selected.
ton.
The machine is set to appropriate parame-
6. Measure the image distortion with a scale.
ters for Non-image area erase.
• Standard value:± 0.5% or less (difference in the diagonals of 200 mm square
If any other message appears, refer to "B. Error
must be 1.4 mm or less)
message and Handling", and perform the non-
7. When the value is not within the standard value, press the [SERVICE] key.
8. "Warp adjustment menu screen" Enter a numeric value through the numeric keys and press the [Set] key. • Setting range:-50 (counterclockwise) to +50 (clockwise) 1 step = 0.05%
9. Repeat steps 4 to 8 until the standard value can be obtained.
340
image area erase check again.
10. SERVICE MODE
B. Error message and Handling
10.3.7
ADF adjustment
If an error is detected while performing the "Non
A. ADF density adjustment
Image Area Erase Check" mode, the following error
Since the slit glass of the scanning section is coated
message will be displayed.
with electrical conductive material, The way it refracts light from the exposure lamp is different from that of
(1) Error message 1
the original glass. Thus, perform this adjustment when replacing the slit glass.
Adjust for Moderate Brightness.
Info HJG: Belichtungsintensität über ADF für die kleine Glasplatte
The Non-image area erase function may not
Preparation:
operate correctly with dark (density) origi-
• Clean the slit glass.
nals.
• Make sure the white chart is not dirty. (Partial dirt can be ignored)
Handling 1 When the non-image area erase function is not used very frequently, or when copy originals that have a dark background are not copied very frequently in non-image area erase, the copier can be used in the current installation location. However, when copy originals that have a dark background are frequently
(1) Procedure
1. Enter the service mode. 2. "Service mode menu screen" Press the [01 Machine Adjustment] key.
3. A sub menu appears on the right side of the
copied, install the copier in a location where less
screen.
external light gets in (darker) than the present loca-
Press the [07 ADF Adjustment] key on the sub
tion, and check the non-image area erase check
menu.
mode again.
4. "ADF adjustment mode menu screen" Press the [01 ADF Density Adjustment] key.
(2) Error message 2
5. "ADF density adjustment screen" Set the "white chart" on the ADF.
Adjust for Extreme Brightness. In many case, the non-image area erase
Note
function will not operate correctly.
• Set the "white chart" in the A4-direction.
6. Press the [Start] key. Handling 2 When the non-image area erase function is not used very frequently, the copier can be used in the current installation location. However, if the non-image area erase function is frequently used, install the copier in a location where less external light gets in (darker) than the present
The white chart is scanned, and density is automatically adjusted.
7. When an error message appears, turn OFF/ON the power switch (SW2) of the main body. Repeat steps 1 to 6 until it is completed properly.
location, and check the non-image area erase check mode again. At this time, when there is a bright light source such as a fluorescent light installed directly above the copier, reconsider the installation location, or take some measures to shield the light source and check the mode again.
B. ADF original size adjustment Conduct this adjustment when the ADF original size is not properly detected. (1) Procedure
Info HJG: ADF Originalformaterkennung
1. Enter the service mode. 2. "Service mode menu screen" Press the [01 Machine Adjustment] key.
1
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10. SERVICE MODE
3. A sub menu appears on the right side of the
Field Service Ver3.0 Nov.2006
5. "ADF sensor sensitivity adjustment screen"
screen.
Press the [Start] key.
Press the [07 ADF Adjustment] key on the sub
The ADF sensor sensitivity is automatically
menu.
adjusted, and the message of completion
4. "ADF adjustment mode menu screen" Press the [02 ADF Original Size Adjustment] key.
5. "ADF original size adj. (A4 or 8.5 x 11) 1/2 screen"
appears.
6. Press the [COPY] key to check to see if there is any malfunction.
7. When malfunction is found, press the [SERVICE] key to repeat steps 5 and 6.
Set A4 paper (for metric machine) or 8.5 x 11 paper (for inch machine) on the ADF and press the [Start] key.
6. Confirm the message of completion, press the [Next] key.
7. "ADF original size adj. (A5R or 5.5 x 8.5R) 2/2 screen"
D. ADF incline offset adjustment Adjust image skew in the ADF scanning mode. This adjustment is reflected on the skew adjustment control in ADF scanning mode.
Info HJG: ADF Schrägeinzug (1) Procedure
Set A5R paper (for metric machine) or 5.5 x 8.5R paper (for inch machine) on the ADF and
1. Enter the service mode.
press the [Start] key.
2. "Service mode menu screen"
8. Confirm the message of completion, press the [COPY] key.
9. Make sure the ADF original size is properly detected.
Press the [01 Machine Adjustment] key.
3. A sub menu appears on the right side of the screen. Press the [07 ADF Adjustment] key on the sub menu.
C. ADF sensor sensitivity adjustment Conduct this adjustment when a malfunction (JAM display does not disappear despite no paper JAM) occurs in the reflective type sensors.
Info HJG: ADF Sensorempfindlichkeit Preparation: • Clean each of the ADF reflective sensors.
4. "ADF adjustment mode menu screen" Press the [04 ADF Incline Offset Adjustment] key.
5. "ADF Incline offset adjustment screen" Press the [COPY] key.
6. Set the "adjustment chart" on the ADF and press the Start button.
7. Measure the image skew with a scale. (1) Procedure
• Standard value:within ± 0.5% Difference between a and b is 2.1mm or less
1. Enter the service mode. 2. "Service mode menu screen" Press the [01 Machine Adjustment] key.
3. A sub menu appears on the right side of the screen. Press the [07 ADF Adjustment] key on the sub menu.
4. "ADF adjustment mode menu screen" b
ment] key.
a
Press the [03 ADF Sensor Sensitivity Adjust1050fs3026c
8. When the value is not within the standard value, press the [SERVICE] key.
342
9. "ADF Incline Offset Adjustment screen" Enter a numeric value through the numeric keys
10. SERVICE MODE
6. Remove one screw [1] to remove the sensor cover [2].
and press the [Set] key. • Setting range:-60 (counterclockwise) to +60 (clockwise) 1 step = 0.05%
10. Repeat steps 5 to 9 until the standard value can be obtained.
E. ADF centering sensor adjustment Adjust sensitivity of the centering sensor /Fr.
Info HJG: ADF Sensorempfindlichkeit NOTE • Be sure to conduct adjustment for both A4 and 8.5 x 11.
[1]
[2]
(1) Procedure
1. Enter the service mode. 2. "Service mode menu screen" Press the [01 Machine Adjustment] key.
3. A sub menu appears on the right side of the screen. Press the [07 ADF Adjustment] key on the sub menu.
4. "ADF adjustment mode menu screen" Press the [05 ADF Centering Sensor Adjustment] key.
5. "ADF Centering Sensor Adj. screen" Press the [Next] or [Back] key to select "ADF
1050fs3022c
Centering Sensor Adj. (A4)".
7. Remove one screw [1] to place the sensor mounting plate [2] to the "A4" side [3] impress, the two locating projections [4] to their places.
[2]
[4]
[1]
[3]
[4]
1050fs3023c
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10. SERVICE MODE
Field Service Ver3.0 Nov.2006
8. "ADF Centering Sensor Adj. (A4) screen"
10.3.8
Recall standard data
Press the [Start] key. Sensitivity of the sensor is
Reset the adjustment values of the machine adjust-
adjusted, and message of completion is dis-
ment to the factory initial data or the installation initial
played.
data.
9. Press the [Next] key to select "ADF Centering Sensor Adj. (8.5 x 11)."
10. Remove one screw [1] to place the sensor mounting plate [2] to the "LT" side [3] impress, the two locating projections [4] to their places.
Info HJG: Rücksetzung auf Werks- / oder A. Procedure Inst. Justagedaten (siehe untere Info) 1. Enter the service mode. 2. "Service mode menu screen" Press the [01 Machine Adjustment] key.
3. A sub menu appears on the right side of the [3]
[2]
screen. Press the [08 Recall Standard Data] on the sub menu.
4. "Recall standard data (Machine adjustment) screen" Press the [Factory Initial Data] or the [Installation Initial Data] key. Note • Selecting [Factory initial data] recalls the factory initial data.
[4]
[1]
1050fs3024c
11. "ADF Centering Sensor Adj. (8.5 x 11) screen"
• Selecting [Installation initial data] recalls the adjustment values stored when code
Press the [Start] key. Sensitivity of the sensor is
"91" of the I/O check mode was conducted.
adjusted, and message of completion is dis-
• When selecting [Data at shipment] or [Data
played.
12. Replace the sensor plate to the position of orig-
at installation], the data returns with no display changed on the screen.
inal size (A4 or 8.5 x 11) that the customer mainly uses.
344
1
Info HJG: Erfolgte Änderung im Speicher sichern Servicemode 04 Machine condition 01 I/O check Mode Eingabe “9” u. “1”
10.4 Process adjustment
10. SERVICE MODE G. HV adjustment (Bias of development DC) Do not conduct this adjustment in the field.
Make various adjustments around the process. H. Transfer guide confirm 10.4.1
High voltage adjustment
Do not use this adjustment in the field.
Adjust various high voltage values. A. High voltage auto adjustment Current values and voltage values of a transfer, separation (AC), separation (DC), developing bias are automatically adjusted respectively. Preparation: • The photo conductor section must be set. (1) Procedure
1. Enter the service mode. 2. "Service mode menu screen" Press the [02 Process Adjustment] key.
3. A sub menu appears on the right side of the screen. Press the [01 High Voltage Adjustment] key on the sub menu.
4. "High voltage adjustment mode menu screen" Press the [01 High Voltage Auto Adjustment] key.
5. "HV adjustment (Auto adjustment) screen" Press the [Start] key. NOTE • When an error message appears during the adjustment, check to see if the error unit is properly installed and cleaned. Conduct the adjustment again. B. HV adjustment (Charge) Do not conduct this adjustment in the field. C. HV adjustment (Transfer) Do not conduct this adjustment in the field. D. HV adjustment (Separation AC) Do not conduct this adjustment in the field. E. HV adjustment (Separation DC) Do not conduct this adjustment in the field. F.
HV adjustment (Charging grid voltage)
Do not conduct this adjustment in the field.
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10. SERVICE MODE 10.4.2
Drum peculiarity adjustment
Field Service Ver3.0 Nov.2006
4. "Drum peculiarity adjustment mode menu
Make various adjustments related to image creation
screen"
to the drum.
Press the [02 Auto Drum Potential Adjustment]
Info HJG: Trommelbesonderheiten anpassen A. Blade setting mode Perform this adjustment when changing the cleaning blade. In this mode, apply toner to the cleaning blade and drum, to prevents damages to them. NOTE
Info HJG: nur bei Cleaningblade Wechsel machen. Achtung, siehe untere Info !
key.
5. "Auto drum potential adjustment screen" Press the [Start] key. After the automatic adjustment,
the
message
of
completion
appears. NOTE
• Perform this only when changing the cleaning
• When the following error messages appear,
blade. Otherwise, the cleaning blade special
check to see if the drum potential sensor
parts counter is reset, thus making it impos-
(DPS) is properly installed and cleaned. Con-
sible to implement the auto blade change in
duct the adjustment again.
the right timing.
1) Error 1
• Apply setting powder to the cleaning blade and drum.
In the 0V check of the DPS, voltage over 100V is detected 5 times or more. 2) Error 2
(1) Procedure
1. Enter the service mode. 2. "Service mode menu screen" Press the [02 Process Adjustment] key.
3. A sub menu appears on the right side of the screen.
The drum potential after laser exposure is detected to be over 350V, and it is determined that control patch detect signal is not outputted. 3) Error 3 Drum potential has been corrected 10 or more times, but it does not converge.
Press the [02 Drum Peculiarity Adj.] key on the sub menu.
4. "Drum peculiarity adjustment mode menu
C. Auto maximum density adjustment Automatically adjust maximum density of images.
screen"
Info HJG: Max. Kontrast - Dmax Sensor Justage
Press the [01 Blade Setting Mode] key.
(1) Procedure
5. "Blade setting mode screen" Press the [Start] key. With toner applied, the drum is cleaned with the cleaning blade. The message of completion appears.
1. Enter the service mode. 2. "Service mode menu screen" Press the [02 Process Adjustment] key.
3. A sub menu appears on the right side of the screen. B. Auto drum potential adjustment
Press the [02 Drum Peculiarity Adj.] key on the
Measure the charging potential of drum, and adjust
sub menu.
automatically the developing bias value, charging voltage and grid voltage.
4. "Drum peculiarity adjustment mode menu screen" Press the [03 Auto Maximum Density Adjust-
(1) Procedure
1. Enter the service mode.
ment] key.
5. "Auto maximum density adjustment screen" Press the [Start] key.
2. "Service mode menu screen" Press the [02 Process Adjustment] key.
3. A sub menu appears on the right side of the
346
NOTE • When the following error messages appear,
screen.
check to see if the toner control sensor board
Press the [02 Drum Peculiarity Adj.] key on the
(TCSB) is properly installed and cleaned.
sub menu.
Conduct the adjustment again.
Info HJG: Achtung, nur bei Cleaningblade Wechsel machen. Sonst wird beim Ausführen nur der Zähler auf „0“ gesetzt, aber das Cleaningblade bleibt in vorheriger Position.
10. SERVICE MODE
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006 E. LD offset adjustment
1) Error 1 The maximum density sensor (on the TCSB) dirt correction has been corrected 10 or more times, but it does not converge.
Equally adjust two laser intensity.
Info HJG: LD Versatz (1) Procedure
1. Enter the service mode.
2) Error 2 The auto maximum density adjustment is not completed, when the developing roller rotation speed reaches the specified
2. "Service mode menu screen" Press the [02 Process Adjustment] key.
3. A sub menu appears on the right side of the screen.
value.
Press the [02 Drum Peculiarity Adj.] key on the
3) Error 3 No signal is outputted from the maximum density sensor. Control patch detect signal is not outputted.
sub menu.
4. "Drum peculiarity adjustment mode menu screen" Press the [05 LD Offset Adjustment] key.
D. Auto dot diameter adjustment Automatically adjust the diameter of laser beam.
Info HJG: Punktdurchmesser (1) Procedure
1. Enter the service mode. 2. "Service mode menu screen" Press the [02 Process Adjustment] key.
3. A sub menu appears on the right side of the screen. Press the [02 Drum Peculiarity Adj.] key on the sub menu.
5. "LD offset adjustment screen" Press the LD1 offset line speed [490 mm] key, and press the [COPY] key.
6. Select A3 or 11 x 17 paper, and press the Start button to output a test pattern.
7. Adjust laser intensity of LD1 and LD2. Standard value: Compare image patterns created by the LD1 and LD2. Confirm that density is uniform (± 1 gap is OK) as per the following figure, and the highlighted patterns start between the two reference lines.
4. "Drum peculiarity adjustment mode menu screen" Press the [04 Auto Dot Diameter Adjustment]
[1]
key.
5. "Auto dot diameter adjustment screen" Press the [Start] key. NOTE • When the following error messages appear, check to see if the toner control sensor board (TCSB) is properly installed and cleaned. Conduct the adjustment again. 1) Error 1 The gamma sensor (on the TCSB) dirt correction has been corrected 10 or more
LD1 LD2 LD1 LD2 LD1 LD2 LD1 LD2
times, but it does not converge. 1050fs3010c
2) Error 2 The auto dot diameter adjustment com-
[1] Reference lines
pleted with an abnormal value.
8. When the value is not within the standard value, press the [SERVICE] key.
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9. "LD Offset Adjustment screen" Press the [490mm] key for the laser you want
G. LD1 bias adjustment
to adjust (LD1 offset or LD2 offset). Enter a
Do not conduct this adjustment in the field.
numeric value through the numeric keys and press the [Set] key and then the [COPY] key. • Setting range:-128 (lighter) to +127 (darker)
H. LD2 bias adjustment Do not conduct this adjustment in the field.
10. Select A3 or 11 x 17 paper, and press the Start button to output a test pattern.
11. When the value is not within the standard value, press the [SERVICE] key to repeat steps 5 to 10 until the standard value can be obtained.
12. Adjust the line speed 425 mm and 290 mm
I.
Cartridge set mode
Conduct this adjustment when black spots (toner) appear on the print-out after removing/inserting the photo conductor section. (1) Procedure
likewise as well.
1. Enter the service mode. F.
Auto gamma adjustment (1 dot)
Automatically adjust image gradation (gamma).
Info HJG: Auto Gamma Anpassung 1dot (1) Procedure
2. "Service mode menu screen" Press the [02 Process Adjustment] key.
3. A sub menu appears on the right side of the screen. Press the [02 Drum Peculiarity Adj.] key on the
1. Enter the service mode. 2. "Service mode menu screen" Press the [02 Process Adjustment] key.
3. A sub menu appears on the right side of the screen.
sub menu.
4. "Drum peculiarity adjustment mode menu screen" Press the [09 Cartridge Set Mode] key.
5. "Cartridge set mode screen"
Press the [02 Drum Peculiarity Adj.] key on the
Press the [Start] key. The development unit and
sub menu.
the drum rotate for 3 minutes to charge low-
4. "Drum peculiarity adjustment mode menu
charge toner.
screen"
6. After the rotation stops, press the [COPY] key.
Press the [06 Auto Gamma Adjustment (1dot)]
7. Select the A3 or 11 x 17 paper. Press the Start
key.
5. "Auto gamma adjustment (1dot) screen" Press the [Start] key.
button to output 10 blank papers, thus cleaning the drum. siehe unten
8. When the black spot does not disappear, press the [SERVICE] key to repeat steps 5 to 7.
NOTE • When the following error messages appear, check to see if the toner control sensor board (TCSB) is properly installed and cleaned. Conduct the adjustment again. 1) Error 1 The gamma sensor (on the TCSB) dirt correction has been corrected 10 or more times, but it does not converge. 2) Error 2 No signal is outputted from the gamma sensor. Control patch detect signal is not outputted. 3) Error 3 Regression error during the gamma curve calculation.
348
1
Wichtig: Es müssen die 10 weißen A3 Seiten ausgedruckt werden. Sonst werden die Daten nicht gespeichert !
10.4.3
10. SERVICE MODE
Drum peculiarity manual
Do not conduct this adjustment in the field.
10.4.5
Recall standard data
Reset the adjustment values of the process adjustment to the factory initial data or the installation initial
10.4.4
data.
User paper setting
Use this adjustment when the transfer and separation functions do not work satisfactorily with the standard adjustments because of using special papers, etc. This setting is applied when you select [User] as the
A. Procedure
1. Enter the service mode. 2. "Service mode menu screen"
paper type. By default, the following data are inputted. 2
• For Japan: 62 to 71 g/m Normal paper 2
• For inch area: 72 to 91 g/m Normal paper 2
• For metric area: 72 to 91 g/m Normal paper
Press the [02 Process Adjustment] key.
3. A sub menu appears on the right side of the screen. Press the [05 Recall Standard Data] key on the sub menu.
NOTE • Input data according to instructions of KMBT field support section.
4. "Recall standard data (Process adjustment) screen" Press the [Factory initial data] or the [Installation initial data] key.
A. Procedure
1. Enter the service mode. 2. "Service mode menu screen" Press the [02 Process Adjustment] key.
3. A sub menu appears on the right side of the
Note • Selecting [Factory initial data] recalls the factory initial data. • Selecting [Installation initial data] recalls the adjustment values stored when code
screen.
"91-00" of the I/O check mode was con-
Press the [04 User Paper Setting] key on the
ducted.
sub menu.
4. "User Paper Setting screen" Select one of the followings; [User Paper 1] /
• When selecting [Data at shipment] or [Data at installation], the data returns with no display changed on the screen.
[User Paper 2] / [User Paper 3] Press the [Next] and [Back] key to select an item you adjust.
5. Input data for the selected item, and press the [Set] key.
6. Repeat steps 4 and 5 to configure other items.
User Paper Setting (Areas) Bereich : lead edge Bereich : center 1 Bereich : center 2 Bereich : rear edge 1 Bereich : rear edge 2
2
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10. SERVICE MODE
Field Service Ver3.0 Nov.2006
10.5 Counter
Also, the “Drum/Deve” icon on the user screen does not disappear.
Confirm and configure settings of various counters. (1) Procedure 10.5.1
PM count
Configure the reset and cycle of the PM count, developer count and drum count.
1. Enter the service mode. 2. "Service mode menu screen" Press the [03 Counter] key.
3. A sub menu appears on the right side of the screen.
NOTE • The PM count is different in the count condition depending on the setting of DIPSW86.
4. "PM count/cycle screen" Press the key for an item you reset, and press
When set to "0": 1 count for a single side of each large paper exit, and 2 counts for a double side. When set to "1": 2 counts for a single side
5. "Reset confirm screen" Press the [Yes] key to reset the counter. The counter is reset, and the start date is automatically inputted.
(the definition of large size
Press the [No] key not to reset the counter. You
paper is set by DIPSW10-3
return to the "PM count/cycle screen."
6. "PM count/cycle screen"
double side. For those
Pressing the [OK] key validates resetting.
other than the large size,
Pressing the [Cancel] key invalidates the count
the count is same as when
reset.
set to "0." • The developer count and the sensitive drum count are made at all times 1 count for a single side and 2 counts for a double side for a small size paper, 2 counts for a single count and 4 counts for a double count for a large size paper. A. Counter reset Reset the PM count, developer count and drum count. NOTE • Be sure to reset the PM count after implementing a periodic check (every 750,000 prints). Otherwise, the periodic check alert message and icon do not disappear. • Be sure to reset the developer count after replacing a developer. Otherwise, gray background image and toner scatter may occur. Also, the “Drum/Deve” icon on the user screen does not disappear. • Be sure to reset the sensitive drum count after replacing a drum. Otherwise, image gray background and toner scatter may occur.
1
the [Count Reset] key.
of each large paper exit
and 4), and 4 counts for a
350
Press the [01 PM Count] key on the sub menu.
10. SERVICE MODE
B. PM cycle
10.5.2
Data collection
Configure settings of the PM cycle, developer cycle
It is possible to confirm various data held in the
and drum cycle.
machine. It is also possible to confirm collected data by the CS Remote Care, list output and the mail
NOTE
remote notification system.
• The PM cycle, developer cycle and drum cycle are already inputted in the initial set-
A. Confirmation method
tings. Usually, do not change these settings.
(1) Procedure
(1) Procedure
1. Enter the service mode. 2. "Service mode menu screen"
1. Enter the service mode. 2. "Service mode menu screen" Press the [03 Counter] key.
3. A sub menu appears on the right side of the screen. Press the [01 PM Count] key on the sub menu.
4. "PM count/cycle screen" Press the key for an item you configure.
5. Enter the first three digits of the cycle value through the numeric keys
6. "PM count/cycle screen"
Press the [03 Counter] key.
3. A sub menu appears on the right side of the screen. Press the [02 Data Collection] key on the sub menu.
4. "Data collection menu screen" Data collection include the followings: [01 Total count of each paper size] [02 Copy count of each paper size] [03 Print count of each paper size] [04 Large size count]
Pressing the [OK] key returns you to the "Serv-
[05 ADF count]
ice mode menu screen."
[06 Pixel ratio of each section]
Press the [Cancel] key to invalidate the
[07 Pixel ratio ranking list]
changed settings.
[08 JAM data of time series] [09 JAM count] [10 Count of each copy mode] [11 SC data of time series] [12 SC count] [13 JAM count of each section] [14 SC count of each section] Note Info HJG: Siehe DIPSW 30-1 When setting DIPSW30-1 to 1, 08 to 14 can be confirmed.
5. Press the data collection item key you want to confirm.
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10. SERVICE MODE
Field Service Ver3.0 Nov.2006
6. "Individual data confirmation screen" Press the [Next] or [Previous] key to scroll the screen. Note • The [Count Reset] key is shown in the individual data confirmation screen of the [13 JAM count of each section] and the [14 SC count of each section]. When pressing the [Count Reset] key, "Count
reset
confirmation
screen"
is
shown, and when pressing the [Yes] key, the section data is reset. Pressing the [No] key returns to "Individual data confirmation screen" with the interval data not reset. Reset these data while in the PM implementation to confirm the jam or SC occurrence count after it was visited last time.
352
10. SERVICE MODE
B. Details of the data collection (1) Data collection No. 1 to 3: Total, copy and print count of each paper size Confirm the number of print of each paper size. Note • Maximum count: 99,999,999 • 1 count is made for paper of all types regardless of the paper size. • All size of paper not included in the below table are counted as special. However, wide paper and R-direction paper are counted as the same size. Example: A4W and A4S are counted as A4. • 8K is counted as B4, and 16K is counted as B5. NO.
CSRC parameter
For
Remark
(B1, B6, B8)
Japan
Inch
Metric
1
00
A2
17 x 22
A2
2
01
A3
11 x 17
A3
3
02
B4
81/2 x 14
B4 (8K)
4
03
A4
81/2 x 11
A4
5
04
B5
5 /2 x 8 /2
B5 (16K)
6
05
A5
—
A5
7
06
B6
—
F4
8
07
81/2 x 14
—
—
9
08
8 /2 x 11
A4
—
10
09
Special
Special
Special
11
0A
PostCard
—
—
1
1
1
Not used
(2) Data collection No. 04: Large size count Confirm the number of print of the large size paper. Note • Maximum count: 99,999,999 • Definition of the large size can be changed by DIPSW10-3, 4 (A3, 11 x 17, 12 x 18 for default). NO.
CSRC command
Item
Remark
(Parameter) 1
BH (00)
Large size printer count
2
BI (00)
Large size copy count
3
F6 (01)
Large size scan count
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10. SERVICE MODE
Field Service Ver3.0 Nov.2006
(3) Data collection No. 05: ADF count Confirm the number of originals fed in each ADF mode. Note • Maximum count: 99,999,999 • No.1, 2 are not counted as No.3 to 8. NO.
CSRC parameter
Item
Remark
(F0)
354
1
00
N of originals fed in ADF mode
Simplex mode
2
01
N of originals fed in RADF mode
Duplex mode
3
02
N of 1 sided SDF original fed
Single Feed mode
4
03
N of 2 sided SDF original fed
Single Feed mode
5
04
N of 1 sided mixed original fed
Mixed Original mode
6
05
N of 2 sided mixed original fed
Mixed Original mode
7
06
N of 1 sided Z-folded original fed
Z-Fold mode
8
07
N of 2 sided Z-folded original fed
Z-Fold mode
10. SERVICE MODE
(4) Data collection No. 06: Pixel ratio of each section It is possible to confirm the average pixel ratio of 5,000 print sheets (At max. 30 data. Older data are deleted first). Note • This pixel ratio is a calculated value based on the colored area and the transfer paper area, and is different from the print ratio when actually printed. NO.
CSRC parameter
Item
(V0) 1
00
Average pixel
Remark
ratio (%) Total count
2
01
Print count 1
3
02
Print count 2
4
03
Print count 3
5
04
Print count 4
6
05
Print count 5
7
06
Print count 6
8
07
Print count 7
9
08
Print count 8
10
09
Print count 9
11
0A
Print count 10
12
0B
Print count 11
13
0C
Print count 12
14
0D
Print count 13
15
0E
Print count 14
16
0F
Print count 15
17
10
Print count 16
18
11
Print count 17
19
12
Print count 18
20
13
Print count 19
21
14
Print count 20
22
15
Print count 21
23
16
Print count 22
24
17
Print count 23
25
18
Print count 24
26
19
Print count 25
27
1A
Print count 26
28
1B
Print count 27
29
1C
Print count 28
30
1D
Print count 29
31
1E
Print count 30
Displaying up to the first place of a Newest data decimal point
Oldest data
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10. SERVICE MODE
Field Service Ver3.0 Nov.2006
(5) Data collection No. 7: Pixel ratio ranking list Confirm data for the top 15 jobs with higher pixel ratio ranks. To exclude faulty operations (skyshot) by a user, display only data for continuous 5 or more print-outs. Note • This pixel ratio is a calculated value based on the colored area and the transfer paper area, and is different from the print ratio when actually printed. NO. 1
CSRC parameter
Pixel ratio
Print
(V1)
(%)
Quantity
Displaying
Displaying
00
2
01
3
02
4
03
5
04
6
05
7
06
8
07
9
08
10
09
11
0A
12
0B
13
0C
14
0D
15
0E
Paper Size
up to the first the number place of a
Mode
Date
Remark
Copier or Printer
of papers
decimal point
(6) Data collection No. 08: JAM data of time series With respect to the latest 100 jam data, it is possible to confirm jam code, total count, date of occurrence, time of occurrence, tray, paper size and magnification.
356
10. SERVICE MODE
(7) Data collection No. 9, 13: JAM count, JAM
NO.
count of each section code (except idling JAM). NOTE • Maximum count: 999,999
CSRC
Jam code is shown on
Jam code is shown on
Section
parameter the operation panel when
Confirm the JAM occurrence count for each JAM
NO.
CSRC
Section
parameter the operation panel when (J0)
DIPSW11-7 is set to 1
1
00
J11-01
2
01
J11-02
3
02
J11-03
4
03
J11-04
5
04
J12-01
6
05
J12-02
7
06
J12-03
8
07
J12-04
9
08
J13-01
10
09
J13-02
11
0A
J13-03
12
0B
J13-04
13
0C
J14-01
14
0D
J14-02
15
0E
J14-03
16
0F
J15-01
17
10
J15-02
18
11
J15-03
19
12
J15-04
20
13
J17-01
Paper feed
21
14
J17-02
conveyance
22
15
J17-03
23
16
J17-04
24
17
J17-05
25
18
J17-06
26
19
J17-12
27
1A
J18-01
28
1B
J18-02
29
1C
J18-03
Tray /4
30
1D
J18-04
Tray /5
31
1E
J18-05
32
1F
J18-06
Tray /3
33
20
J18-07
Tray /4
Tray /1
Tray /2
(J0)
DIPSW11-7 is set to 1
34
21
J18-08
Tray /5
35
22
J21-01
Sensitive drum
36
23
J31-01
Registration
37
24
J31-02
38
25
J32-01
39
26
J32-02
40
27
J32-03
41
28
J32-04
42
29
J32-05
43
2A
J32-06
44
2B
J92-01
45
2C
J92-02
46
2D
J93-01
47
2E
J94-01
48
2F
J19-01
Tray /5
Tray /3
ADU
Paper feed conveyance
Tray /3
Tray /4
Fixing/exit
49
30
J19-02
PF
50
31
J51-01
Main body
51
32
J61-01
DF
52
33
J61-02
53
34
J62-01
54
35
J62-02
55
36
J62-03
56
37
J62-04
57
38
J62-05
58
39
J62-06
59
3A
J62-07
60
3B
J62-08
61
3C
J62-09
62
3D
J62-10
63
3E
J63-01
64
3F
J63-02
65
40
J63-03
66
41
J63-04
67
42
J63-05
68
43
J63-06
69
44
J63-07
70
45
J63-08
71
46
J63-09
72
47
J63-10
73
48
J63-11
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10. SERVICE MODE NO.
CSRC
Field Service Ver3.0 Nov.2006 Jam code is shown on
Section
NO.
parameter the operation panel when
358
(J0)
DIPSW11-7 is set to 1
74
49
J72-01
75
4A
76
CSRC
Jam code is shown on
parameter the operation panel when (J0)
DIPSW11-7 is set to 1
115
72
J72-66
J72-02
116
73
J72-67
4B
J72-03
117
74
J72-68
77
4C
J72-04
118
75
J72-69
78
4D
J72-05
119
76
J72-70
79
4E
J72-06
120
77
J72-71
80
4F
J72-09
121
78
J72-72
81
50
J72-10
122
79
J72-73
82
51
J72-11
123
7A
J72-74
83
52
J72-12
124
7B
J72-75
84
53
J72-13
125
7C
J72-76
85
54
J72-14
126
7D
J72-77
86
55
J72-16
127
7E
J72-78
87
56
J72-17
128
7F
J72-79
88
57
J72-18
129
80
J72-80
89
58
J72-19
130
81
J72-81
90
59
J72-20
131
82
J72-82
91
5A
J72-21
132
83
J72-83
92
5B
J72-22
133
84
J72-84
93
5C
J72-23
134
85
J72-85
94
5D
J72-28
135
86
J72-86
95
5E
J72-30
136
87
J72-87
96
5F
J72-39
137
88
J72-88
97
60
J72-40
138
89
J72-89
98
61
J72-41
139
8A
J72-90
99
62
J72-42
140
8B
J72-99
100
63
J72-43
141
8C
J74-01
101
64
J72-44
142
8D
J74-02
102
65
J72-45
143
8E
J74-03
103
66
J72-46
144
8F
J74-04
104
67
J72-47
145
90
J74-05
105
68
J72-48
146
91
J74-06
106
69
J72-49
147
92
J74-07
107
6A
J72-50
148
93
J74-08
108
6B
J72-58
149
94
J74-09
109
6C
J72-59
150
95
J74-10
110
6D
J72-61
151
96
J74-11
111
6E
J72-62
152
97
J74-12
112
6F
J72-63
153
98
J74-19
113
70
J72-64
154
99
J74-31
114
71
J72-65
155
9A
J74-32
1
Section
FD
FS
FD
SD
SD
LS
NO.
CSRC
10. SERVICE MODE
Jam code is shown on
Section
NO.
parameter the operation panel when (J0)
DIPSW11-7 is set to 1
156
9B
J74-33
157
9C
158
CSRC
Jam code is shown on
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
Section
parameter the operation panel when (J0)
DIPSW11-7 is set to 1
197
C4
J74-90
J74-34
198
C5
J74-91
9D
J74-35
199
C6
J74-92
159
9E
J74-36
200
C7
J74-93
160
9F
J74-37
201
C8
J74-96
161
A0
J74-38
202
C9
J74-97
162
A1
J74-39
203
CA
J74-98
163
A2
J74-40
204
CB
J74-99
164
A3
J74-41
165
A4
J74-42
166
A5
J74-49
167
A6
J74-60
168
A7
J74-61
169
A8
J74-62
170
A9
J74-63
171
AA
J74-64
172
AB
J74-65
173
AC
J74-66
174
AD
J74-67
175
AE
J74-68
176
AF
J74-69
177
B0
J74-70
178
B1
J74-71
179
B2
J74-72
180
B3
J74-73
181
B4
J74-74
182
B5
J74-75
183
B6
J74-76
184
B7
J74-77
185
B8
J74-78
186
B9
J74-79
187
BA
J74-80
188
BB
J74-81
189
BC
J74-82
190
BD
J74-83
191
BE
J74-84
192
BF
J74-85
193
C0
J74-86
194
C1
J74-87
195
C2
J74-88
196
C3
J74-89
LS
PB
PB
2
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10. SERVICE MODE
Field Service Ver3.0 Nov.2006
(8) Data collection No. 10: Count of each copy mode Confirm the status of use of each copy mode. Note • Maximum count: 99,999,999
NO.
CSRC parameter
Item
(F1)
360
1
00
1-1 mode
2
01
1-2 mode
3
02
2-1 mode
4
03
2-2 mode
5
04
ADF 1-1 mode
6
05
ADF 1-2 mode
7
06
Mixed original mode
8
07
SDF mode
9
08
Z-folded original mode
10
09
LEF: Portrait/SEF: Landscape (Reg.)
11
0A
LEF: Landscape/SEF: Portrait (Reg.)
12
0B
LEF: Portrait/SEF: Landscape (Rev.)
13
0C
LEF: Landscape/SEF: Portrait (Rev.)
14
0D
Text & Photo
15
0E
Text
16
0F
Photo
17
10
Low contrast
18
11
Custom size
19
12
1 oblique staple (Upper left)
20
13
1 oblique staple (Upper right)
21
14
2 parallel staples (Left binding)
22
15
2 parallel staples (Upper binding)
23
16
Right & Left binding
24
17
2 parallel staples (Right binding)
25
18
Upper binding
26
19
Tab original
27
1A
Folding & Stapling
28
1B
Stacker1 5000 sheets full alarm
29
1C
Group
30
1D
Offset group
31
1E
Collated
32
1F
Offset collated
33
20
Face down
34
21
Face up
35
22
1 to N
36
23
N to 1
Count conditions
NO.
10. SERVICE MODE
CSRC parameter
Item
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
Count conditions
(F1) 37
24
Stacker 2 5000 sheets full alarm
38
25
Cover sheet
39
26
Trimmer
40
27
Real size copy
41
28
Preset magnification E4
42
29
Preset magnification E3
43
2A
Preset magnification E2
44
2B
Preset magnification E1
45
2C
Preset magnification R4
46
2D
Preset magnification R3
47
2E
Preset magnification R2
48
2F
Preset magnification R1
49
30
Preset Zoom 1
50
31
Preset Zoom 2
51
32
Preset Zoom 3
52
33
ZOOM
53
34
Vertical/Horizontal ZOOM
54
35
Maximum ZOOM
55
36
Minimum ZOOM
56
37
APS
57
38
AMS
58
39
Auto density
59
3A
Preset density level 1
60
3B
Preset density level 2
61
3C
Interrupted copy
62
3D
Auto image rotation cancellation
63
3E
Sheet insertion
64
3F
Chapter control
65
40
Combination
66
41
Booklet copy
67
42
OHP interleave copy
68
43
OHP interleave blank
69
44
Image insert
70
45
Book copy
71
46
Program job
72
47
Non-image area erase
73
48
Neg-/Positive reverse
74
49
Auto repeat
75
4A
Manual repeat
76
4B
Standard size repeat
77
4C
Frame erasure
78
4D
Fold erasure
361
bizhub PRO 1050/1050P /1050e/1050eP
10. SERVICE MODE NO.
Field Service Ver3.0 Nov.2006
CSRC parameter
Item
Count conditions
(F1) 79
4E
Image centering
80
4F
All-image area
81
50
Image shift
82
51
Reduction shift
83
52
Overlay
84
53
Watermark
85
54
Stamp
86
55
Date/Time
87
56
Page
88
57
Numbering
89
58
Set quantity 1
90
59
Set quantity 2-5
91
5A
Set quantity 6-10
92
5B
Set quantity 11 or more
93
5C
Time while power remote 1 is On
Accumulation of time during which the overall control board/image processing board is powered (main power switch is ON). (in minutes)
94
5D
Time while power remote 2 is On
Time during which the main relay is ON. (in minutes)
95
5E
Time while power remote 3 is On
Time during which the power control signal (REM3) is ON. (in minutes)
96
5F
Time while power remote 4 is On
Time during which the power control signal (REM4) is ON. (in minutes)
97
60
Time during Low Power mode
Time in the LOW POWER mode. (in minutes)
98
61
Time during warm up time
Time for warm-up, except print ready time. (in minutes)
99
62
Time during which the front door is
Time during which the front door is open.
open
(in seconds)
100
63
Ope.time in 1side straight exit
Time from the start of print and the end of
101
64
Ope.time in 1side reverse exit
print. (in seconds)
102
65
Operation time in 2side print
(Down time due to jam omitted)
103
66
Operation time in ADF mode
Time during which ADF operates. (in seconds)
104
67
Morning correction count
Counts 1 per image stabilization control (fixing temperature is 50°C or lower)
105
68
Time during APS sensor On
Time during which the APS sensor is ON. (in seconds)
106
69
—
107
6A
—
108
6B
N of folding & stapling used jobs
109
6C
N of ADF special error 5 occurred
Number of ADF double feed detection
110
6D
N of ADF NF occurred
Number of ADF no feed detection
111
6E
N of ADF special error 1 occurred
Number of wrong detection of original size
112
6F
N of ADF special error 2 occurred
Number of wrong detection of next original information
362
NO.
10. SERVICE MODE
CSRC parameter
Item
Count conditions
(F1) 113
70
N of ADF special error 3 occurred
Number of error in size for which mixed size mode is not allowed
114
71
N of scanner scanned
Counts 1 for pressing Start button in the platen mode
115
72
N of electrode cleaned
116
73
N of memory overflow
Sum of No.124, 125, 126 plus HDD memory shortage
117
74
N of fixing alarm occurred
118
75
N of no toner stop occurred
119
76
N of AGC retry
120
77
Multi letter tray full alarm
121
78
N of mis-centering correct error
122
79
N of ADF distortion adjust error
123
7A
N of ADF distortion data error
124
7B
Compression memory overflow
Scanner compression/print compression memory shortage
125
7C
Page memory overflow (scan)
Shortage in memory for receiving print data
126
7D
Page memory overflow (print)
Decompression page memory shortage
127
7E
Staple Finisher main tray alarm
128
7F
Staple Finisher staple alarm
129
80
Saddle Stitcher trash full alarm
130
81
N of ADF special error 4 occurred
131
82
Store for HDD (Sync.with Copying)
132
83
Store for HDD (Store Scan → HDD)
133
84
Store for PC (Store Scan → PC)
134
85
Store for PC (Store HDD → PC)
135
86
Recall from HDD (Recall HDD)
136
87
Recall from PC (PC/JobEditer)
137
88
Saddle Stitcher staple alarm
138
89
Wide paper count (A3W or 11 x 17W)
139
8A
Wide paper count (A4W or 8.5 x 11W)
140
8B
Wide paper count (A4SW or 8.5 x 11SW)
141
8C
Wide paper count (A5W or 5.5 x 8.5W)
142
8D
Wide paper count (Others)
143
8E
Hole-Punch
144
8F
Z-Folding
145
90
Multi Folder trash full alarm
146
91
Mixplex (Simplex)
147
92
Mixplex (Duplex)
148
93
Right/Left binding originals
149
94
Upper binding originals
150
95
Inside print multi letter
Ready timeout error
363
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
bizhub PRO 1050/1050P /1050e/1050eP
10. SERVICE MODE NO.
Field Service Ver3.0 Nov.2006
CSRC parameter
Item
(F1)
364
151
96
Outside print multi letter
152
97
Inside print letter fold-in
153
98
Outside print letter fold-in
154
99
Inside print letter fold-out
155
9A
Outside print letter fold-out
156
9B
Inside print double parallel
157
9C
Outside print double parallel
158
9D
Inside print gate
159
9E
Outside print gate
160
9F
Multi Center
161
A0
Inside print folding
162
A1
Outside print folding
163
A2
Main tray output
164
A3
Stacker 1 tray output
165
A4
Stacker 2 tray output
166
A5
Stacker auto setting output
167
A6
Stacker pile setting permit
168
A7
Folding & Stapling tray output
169
A8
Three-Folding tray output
170
A9
Folding sub tray output
171
AA
Stacker 1 sub tray output
172
AB
Stacker 2 sub tray output
173
AC
Folding & Stapling sub tray output
174
AD
Stapling sub tray output
175
AE
Main tray output Job number
176
AF
Stacker 1 tray output Job number
177
B0
Stacker 2 tray output Job number
178
B1
Folding & Stapling output Job No.
179
B2
Three Folding tray output Job No.
180
B3
Folding sub tray Job number
181
B4
Stacker 1 sub tray Job number
182
B5
Stacker 2 sub tray Job number
183
B6
Fold & Staple sub tray Job number
184
B7
Stapling sub tray Job number
185
B8
Multi center Job number
186
B9
Inside print folding Job number
187
BA
Outside print folding Job number
188
BB
Arbitrary stamp
189
BC
Perfect binding blank cover mode
190
BD
Perfect binding 1 in 1 mode
191
BE
Perfect binding 2 in 1 mode
192
BF
Perfect binding 3 in 1 mode
2
Count conditions
NO.
10. SERVICE MODE
CSRC parameter
Item
Count conditions
(F1) 193
C0
PB cover paper tray mode
194
C1
Number of perfect binding cover
Number of books created by perfect binding machine.
195 196 197
C2 C3 C4
Number of perfect binding cover with
Number of books when cover paper trim-
trim
ming is set.
Number of perfect binding cover
Number of books when cover paper trim-
without trim
ming is not set.
Number of ejected paper on the sub tray (perfect binding)
198
C5
Number of ejected paper on the stacker (perfect binding)
199
C6
Number of times PB tray is pulled
200
C7
Number of times PB front door is opened/closed
201
C8
Number of times PB upper door is opened/closed
(9) Data collection No. 11: SC data of time series With respect to the latest 20 SC, confirm SC code, total count, date of occurrence, time of occurrence and machine condition (00: Idling, 01: Scanner operating, 02: Printer operating, 03: Scanner and printer operating).
2
365
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
bizhub PRO 1050/1050P /1050e/1050eP
10. SERVICE MODE
Field Service Ver3.0 Nov.2006
(10) Data collection No. 12, 14: SC count, SC
NO.
count of each section
CSRC
SC code
Section
parameter
Confirm the number of SC occurrence of each SC code.
(E0/E1) 28
1B
SC21-04
Transfer/separation
29
1C
SC21-05
cleaning motor
30
1D
SC21-06
abnormality
• When the service mode DIPSW3-1 is 1
31
1E
SC21-07
Transfer assist motor
(Latched), SC34, 35, 36, 23-14 and 23-17 are
32
1F
SC21-08
abnormality
not counted.
33
20
SC23-01
Toner bottle motor
NOTE • Maximum count: 99,999,999
NO.
CSRC
SC code
abnormality
Section 34
parameter
21
SC23-02
(E0/E1) 1 2 3
4
00 01 02
03
SC13-01 SC13-02 SC13-03
SC13-05
Paper feed motor
35
22
SC23-03
Blade motor abnormality
abnormality
36
23
SC23-04
Paper feed motor
37
24
SC23-05
abnormality (PF)
38
25
SC23-06
Vertical conveyance
39
26
SC23-07
motor abnormality
40
27
SC23-08
(PF)
41
28
SC23-09
Exit conveyance motor
42
29
SC23-10
43
2A
SC23-11
Toner supply abnormality
abnormality (PF)
366
Developing motor abnormality
Tray /1 abnormality
Drum motor abnormality
5
04
SC18-11
44
2B
SC23-12
6
05
SC18-12
45
2C
SC23-13
7
06
SC18-13
46
2D
SC23-14
8
07
SC18-10
47
2E
SC23-15
9
08
SC18-21
48
2F
SC23-17
10
09
SC18-22
49
30
SC23-20
11
0A
SC18-23
50
31
SC23-21
12
0B
SC18-20
51
32
SC23-22
13
0C
SC18-31
52
33
SC23-24
14
0D
SC18-32
53
34
SC23-25
15
0E
SC18-33
54
35
SC23-26
16
0F
SC18-30
55
36
SC24-01
Drum temperature
17
10
SC18-41
56
37
SC24-02
sensor abnormality
18
11
SC18-42
57
38
SC28-01
High voltage abnor-
19
12
SC18-43
mality
20
13
SC18-40
21
14
SC18-51
22
15
SC18-52
23
16
SC18-53
24
17
SC18-50
25
18
SC21-01
Charger cleaning
26
19
SC21-02
motor abnormality
27
1A
SC21-03
Tray /2 abnormality
Tray /3 abnormality
Tray /4 abnormality
Tray /5 abnormality
58
39
SC28-02
59
3A
SC28-03
60
3B
SC28-04
61
3C
SC29-01
62
3D
SC29-02
63
3E
SC29-03
64
3F
SC29-04
65
40
SC29-05
66
41
SC29-06
Process abnormality
NO.
CSRC
10. SERVICE MODE
SC code
Section
NO.
CSRC
parameter
parameter
(E0/E1)
(E0/E1)
67
42
SC29-07
68
43
69
Process abnormality
SC code
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
Section
108
6B
SC32-33
SC29-08
109
6C
SC32-34
44
SC29-09
110
6D
SC32-35
70
45
SC29-10
111
6E
SC32-36
71
46
SC29-11
112
6F
SC32-37
72
47
SC29-12
High voltage abnor-
113
70
SC32-38
73
48
SC29-13
mality
114
71
SC32-39
74
49
SC29-14
115
72
SC32-40
75
4A
SC29-15
116
73
SC32-41
76
4B
SC29-16
117
74
SC32-42
77
4C
SC32-01
118
75
SC32-43
78
4D
SC32-02
119
76
SC32-44
79
4E
SC32-03
120
77
SC32-45
80
4F
SC32-04
121
78
SC32-46
81
50
SC32-05
122
79
SC32-47
82
51
SC32-06
123
7A
SC32-48
83
52
SC32-07
124
7B
SC32-49
84
53
SC32-09
125
7C
SC32-50
85
54
SC32-10
126
7D
SC32-51
86
55
SC32-11
127
7E
SC32-52
87
56
SC32-12
128
7F
SC32-53
88
57
SC32-13
129
80
SC32-54
89
58
SC32-14
130
81
SC32-55
90
59
SC32-15
131
82
SC33-01
ADU drive board
91
5A
SC32-16
132
83
SC33-02
abnormality
92
5B
SC32-17
133
84
SC33-04
Printer control board
93
5C
SC32-18
134
85
SC33-05
abnormality
94
5D
SC32-19
135
86
SC33-06
95
5E
SC32-20
136
87
SC34-01
96
5F
SC32-21
137
88
SC34-02
97
60
SC32-22
138
89
SC34-03
98
61
SC32-23
139
8A
SC34-04
99
62
SC32-24
140
8B
SC35-01
100
63
SC32-25
141
8C
SC35-02
101
64
SC32-26
142
8D
SC36-01
102
65
SC32-27
143
8E
SC36-02
103
66
SC32-28
144
8F
SC36-03
104
67
SC32-29
145
90
SC36-04
105
68
SC32-30
146
91
SC36-05
106
69
SC32-31
147
92
SC36-06
107
6A
SC32-32
Fan abnormality
Fan abnormality
Fusing abnormality
367
bizhub PRO 1050/1050P /1050e/1050eP
10. SERVICE MODE NO.
148
368
CSRC
Field Service Ver3.0 Nov.2006 SC code
Section
NO.
CSRC
parameter
parameter
(E0/E1)
(E0/E1)
93
SC41-01
Scanner abnormality
189
BC
SC code
SC46-36
Image processing abnormality
149
94
SC41-02
190
BD
SC46-40
150
95
SC41-03
191
BE
SC46-41
151
96
SC41-10
192
BF
SC46-42
152
97
SC41-11
193
C0
SC46-43
153
98
SC42-01
194
C1
SC46-50
154
99
SC42-02
195
C2
SC46-51
155
9A
SC42-03
196
C3
SC46-61
156
9B
SC42-04
197
C4
SC46-62
157
9C
SC42-05
198
C5
SC46-63
158
9D
SC42-06
199
C6
SC46-64
159
9E
SC42-07
200
C7
SC46-66
160
9F
SC42-08
201
C8
SC46-80
161
A0
SC42-09
202
C9
SC46-81
162
A1
SC42-10
203
CA
SC46-82
163
A2
SC42-16
204
CB
SC46-83
164
A3
SC42-17
205
CC
SC46-90
165
A4
SC42-18
206
CD
SC46-91
166
A5
SC42-19
207
CE
SC46-99
167
A6
SC46-01
Image processing
208
CF
SC49-01
168
A7
SC46-02
abnormality
209
D0
SC49-03
169
A8
SC46-03
210
D1
SC49-04
170
A9
SC46-05
211
D2
SC49-05
171
AA
SC46-06
212
D3
SC49-06
172
AB
SC46-08
213
D4
SC50-01
173
AC
SC46-12
214
D5
SC50-02
174
AD
SC46-13
215
D6
SC50-03
175
AE
SC46-14
216
D7
SC50-04
176
AF
SC46-15
217
D8
SC50-05
177
B0
SC46-16
218
D9
SC50-10
178
B1
SC46-17
219
DA
SC50-11
179
B2
SC46-19
220
DB
SC52-01
180
B3
SC46-21
221
DC
SC52-02
181
B4
SC46-23
222
DD
SC52-03
182
B5
SC46-24
223
DE
SC52-04
183
B6
SC46-25
224
DF
SC52-05
184
B7
SC46-26
225
E0
SC52-06
185
B8
SC46-27
226
E1
SC52-07
186
B9
SC46-31
227
E2
SC52-08
187
BA
SC46-32
228
E3
SC52-09
188
BB
SC46-35
229
E4
SC52-10
Write abnormality
Fan abnormality
Section
Fan abnormality
NO.
230
CSRC
10. SERVICE MODE
SC code
Section
NO.
CSRC
parameter
parameter
(E0/E1)
(E0/E1)
E5
SC52-11
Fan abnormality
268
0B
SC code
Section
SC70-01
Communication
269
0C
SC70-02
abnormality
Fusing motor abnormality
270
0D
SC76-01
LS abnormality
Total count abnormality
271
0E
SC76-02
272
0F
SC76-03
273
10
SC76-04
274
11
SC76-05
Power source abnor-
275
12
SC76-06
mality
276
13
SC76-07
277
14
SC76-08
278
15
SC76-09
SC53-12
279
16
SC76-10
F1
SC53-13
280
17
SC76-11
243
F2
SC53-14
281
18
SC76-31
244
F3
SC53-15
PF paper feed abnor-
282
19
SC76-32
245
F4
SC53-16
mality
283
1A
SC76-33
246
F5
SC53-17
Printer control board
284
1B
SC76-34
abnormality
285
1C
SC76-35
Erase lamp abnormality
286
1D
SC76-36
231
E6
SC52-12
232
E7
SC53-01
233
E8
SC53-02
234
E9
SC53-03
235
EA
SC53-04
236
EB
SC53-05
237
EC
SC53-06
238
ED
SC53-07
239
EE
SC53-08
240
EF
SC53-11
241
F0
242
247
F6
SC53-18
248
F7
SC53-19
249
F8
SC53-20
Key counter abnormality
Paper feed abnormality
Conveyance motor
287
1E
SC76-37
abnormality
288
1F
SC76-38
ADU reverse paper
289
20
SC76-39
290
21
SC76-40
291
22
SC76-41
292
23
SC77-01
293
24
SC77-02
294
25
SC77-03
295
26
SC77-04
296
27
SC77-05
297
28
SC77-06
298
29
SC77-07
299
2A
SC77-08
300
2B
SC77-11
301
2C
SC77-12
302
2D
SC77-15
303
2E
SC77-21
304
2F
SC77-22
305
30
SC77-25
306
31
SC77-28
exit motor abnormality 250
F9
SC60-01
251
FA
SC60-02
252
FB
SC60-03
253
FC
SC60-11
254
FD
SC67-01
255
FE
SC67-02
256
FF
SC67-03
257
00
SC67-04
258
01
SC67-05
259
02
SC67-06
260
03
SC67-07
261
04
SC67-08
262
05
SC67-09
263
06
SC67-10
264
07
SC67-11
265
08
SC67-12
266
09
SC67-13
267
0A
SC67-14
DF abnormality
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
FS abnormality
369
bizhub PRO 1050/1050P /1050e/1050eP
10. SERVICE MODE NO.
370
CSRC
Field Service Ver3.0 Nov.2006 SC code
Section
NO.
CSRC
parameter
parameter
(E0/E1)
(E0/E1)
307
32
SC77-30
308
33
309
Section
SD abnormality
348
5B
SC77-82
SC77-31
349
5C
SC77-83
34
SC77-32
350
5D
SC77-84
310
35
SC77-33
351
5E
SC77-85
311
36
SC77-34
352
5F
SC77-86
312
37
SC77-35
353
60
SC77-87
313
38
SC77-36
354
61
SC77-88
314
39
SC77-37
355
62
SC77-89
315
3A
SC77-38
356
63
SC77-90
316
3B
SC77-39
357
64
SC77-95
317
3C
SC77-40
358
65
SC77-96
318
3D
SC77-41
359
66
SC77-97
319
3E
SC77-42
360
67
SC77-98
320
3F
SC77-43
361
68
SC77-99
321
40
SC77-44
362
69
SC80-01
Communication
322
41
SC77-48
363
6A
SC80-02
abnormality
323
42
SC77-49
364
6B
SC80-03
324
43
SC77-58
365
6C
SC80-1*
325
44
SC77-59
366
6D
SC80-30
326
45
SC77-60
367
6E
SC80-31
327
46
SC77-61
368
6F
SC80-32
328
47
SC77-62
369
70
SC80-40
329
48
SC77-63
370
71
SC80-41
330
49
SC77-64
371
72
SC80-42
331
4A
SC77-65
372
73
SC80-43
332
4B
SC77-66
373
74
SC80-44
333
4C
SC77-67
374
75
SC80-45
334
4D
SC77-68
375
76
SC90-01
335
4E
SC77-69
376
77
SC90-02
336
4F
SC77-70
377
78
SC90-03
Communication
337
50
SC77-71
378
79
SC90-04
abnormality
338
51
SC77-72
379
7A
SC93-01
ADU drive board
339
52
SC77-73
340
53
SC77-74
341
54
SC77-75
342
55
SC77-76
FD abnormality
SC code
SD abnormality
ISW abnormality
ADU abnormality
abnormality 380
7B
SC93-05
Power source abnormality
381
7C
SC93-06
ADU drive board
343
56
SC77-77
382
7D
SC93-07
abnormality
344
57
SC77-78
383
7E
SC93-08
PF drive board abnor-
345
58
SC77-79
346
59
SC77-80
347
5A
SC77-81
1
mality 384
7F
SC95-01
Fan abnormality
385
80
SC49-07
IC abnormality
NO.
CSRC
SC code
10. SERVICE MODE Section
NO.
CSRC
parameter
parameter
(E0/E1)
(E0/E1)
386
81
SC49-08
387
82
388
IC abnormality
SC code
Section
PB abnormality
427
AA
SC78-38
SC49-09
428
AB
SC78-39
83
SC49-10
429
AC
SC78-40
389
84
SC77-91
SD abnormality
430
AD
SC78-41
390
85
SC23-50
Main body abnormality
431
AE
SC78-42
391
86
SC78-01
PB abnormality
432
AF
SC78-43
392
87
SC78-02
433
B0
SC78-44
393
88
SC78-04
434
B1
SC78-45
394
89
SC78-05
435
B2
SC78-46
395
8A
SC78-06
436
B3
SC78-47
396
8B
SC78-07
437
B4
SC78-48
397
8C
SC78-08
438
B5
SC78-49
398
8D
SC78-09
439
B6
SC78-50
399
8E
SC78-10
440
B7
SC78-51
400
8F
SC78-11
441
B8
SC78-52
401
90
SC78-12
442
B9
SC78-53
402
91
SC78-13
443
BA
SC78-54
403
92
SC78-14
444
BB
SC78-55
404
93
SC78-15
445
BC
SC78-56
405
94
SC78-16
446
BD
SC78-57
406
95
SC78-17
447
BE
SC78-58
407
96
SC78-18
448
BF
SC78-59
408
97
SC78-19
449
C0
SC78-60
409
98
SC78-20
450
C1
SC78-61
410
99
SC78-21
451
C2
SC78-62
411
9A
SC78-22
452
C3
SC78-63
412
9B
SC78-23
453
C4
SC78-64
413
9C
SC78-24
454
C5
SC78-91
414
9D
SC78-25
455
C6
SC78-92
415
9E
SC78-26
456
C7
SC78-93
416
9F
SC78-27
457
C8
SC78-94
417
A0
SC78-28
458
C9
SC78-96
418
A1
SC78-29
459
CA
SC78-97
419
A2
SC78-30
460
CB
SC78-98
420
A3
SC78-31
461
CC
SC78-99
421
A4
SC78-32
462
CD
SC80-46
422
A5
SC78-33
423
A6
SC78-34
424
A7
SC78-35
425
A8
SC78-36
426
A9
SC78-37
2
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
371
bizhub PRO 1050/1050P /1050e/1050eP
10. SERVICE MODE 10.5.3
Copy count of part
A. Copy count of special parts When a part is replaced, reset the counter of the part that has been replaced to manage the service history. (1) Procedure
1. Enter the service mode. 2. "Service mode menu screen" Press the [03 Counter] key.
3. A sub menu appears on the right side of the screen. Press the [03 Parts Counter] key on the sub menu.
4. "Copy count of part menu screen" Press the [01 Count of special parts] key.
5. "Count of special parts screen" Press the [Next] or [Previous] key to scroll the screen. Press the [S] or [T] key to select an item you want to reset.
6. Press the [Count Reset] key. 7. "Reset confirm screen" Press the [Yes] key to reset the counter. Press the [No] key not to reset the counter. You return to the "Count of special parts screen."
372
Field Service Ver3.0 Nov.2006
10. SERVICE MODE
B. Count of special parts list Note • Be sure to reset the fixing cleaning web counter (No.001) after replacing the cleaning web. Otherwise, fuser cleaning trouble may occur. • Be sure to perform the blade set mode of the service mode after replacing the cleaning blade. This automatically resets the cleaning blade counter (No.002). Otherwise, the auto blade replacement cannot be implemented.
NO
CSRC
Parts name
Parts No.
Count conditions
parameter (Z1) 001
00
Fixing cleaning web
56UA5351
1 count for each paper exit in the single side
002
01
Cleaning blade
56UA5601
mode, 2 counts in the double side mode.
003
02
Charging wire
56UA2509
004
03
Charging grid
56UA2508
005
04
Charging cleaning unit
55VA-255
006
05
Develop suction filter
56UA3108
007
06
Trans./sep. wire
56UA2613
008
07
Trans./sep. CL unit
56GA-276/ 56GA-277/ 56GA-278
009
08
Drum Separation claws
55VA2919
2 counts for each A3, 11x17, 8K paper exit in the single side mode, 4 counts for double. Except these, 1 count for the single and 2 counts for the double.
010
09
Trans Assist PET1
56UA-281
For the paper type which is 297 mm width or more and 91 g/m2 or less, 0 count for each paper exit in the single side mode, and 1 count for the double side mode.
011
0A
Trans Assist PET2
56UE-281
For the paper type which is between 279 and 297 mm width and 91 g/m2 or less, 0 count for each paper exit in the single side mode, and 1 count for the double side mode.
012
0B
Cleaner fur brush
56UA-574
1 count for each paper exit in the single side mode, 2 counts in the double side mode.
013
0C
Cleaner side seal R
56UA-558
014
0D
Cleaner side seal F
56UA-559
015
0E
Fix. roller (U)
56UA5304
016
0F
Fix. roller Unit (L)
56UA-528
017
10
Fixing claws upper
55VA5321
018
11
Fixing claws lower
25AA5329
019
12
Heat sleeve (Upper)
45405339
020
13
Upper roller bearing
45407504
021
14
Fixing CL sheet
56UA-547
022
15
Temperature sensor
56GA-209
023
16
Toner supply sleeve /1
55VA-334
373
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
bizhub PRO 1050/1050P /1050e/1050eP
10. SERVICE MODE NO
Field Service Ver3.0 Nov.2006
CSRC
Parts name
Parts No.
Count conditions
parameter (Z1) 024
17
Toner supply sleeve /2
55VA-335
1 count for each paper exit in the single side
025
18
Cleaner toner tray
56UA-568
mode, 2 counts in the double side mode.
026
19
Fur brush scraper
56UA-561
027
1A
Heat sleeve (Heated)
26AA5315
028
1B
Heat roller bearing
56UA7507
029
1C
Upper roller sensor
55VA8804
030
1D
Heat roller sensor
55VA8806
031
1E
Fixing sub roller
56UA5307
032
1F
Ozone filter
56UA1121 56UA1128
033
20
Ozone suction filter
56UA1122 56UA1129
034
21
Charging corona
56UA-250
035
22
PCL
56UA-257
036
23
Developing unit
56UA-300
037
24
Develop suction box
56UA-325
038
25
Trans/Sep unit
56UA-270
039
26
TSL
55VA8308
040
27
Regis. feed count
56UA7602 56UA4606
041
28
ADU accelerator roller
56UA4740
1 count for each reverse exit paper in the single side mode, 0 count for each 1side straight mode, 1 count in the double side mode.
042
29
Reversal output roller
56UA4741
2 count for each reverse exit paper in the single side mode, 0 count for each 1side straight mode, 1 count in the double side mode.
043
2A
ADU reversal roller
56UA4741
2 count for each reverse exit paper in the single side mode, 0 count for each 1side straight mode, 2 count in the double side mode.
044
2B
Output convey roller
56UA4742
1 count for each reverse exit paper in the single
56UA4743
side mode, 0 count for each 1side straight mode, 0 count in the double side mode.
045
2C
046
2D
ADU convey roller Fixing exit roller
56UA4744
0 count for each paper exit in the single side
56UA4683
mode, 1 counts in the double side mode.
56UA4595
1 count for each paper exit in the single side
(N = 4)
374
047
2E
Output roller
56UA4557
048
2F
Fixing gear /2
56UA7783
049
30
Web Motor
56GA8017
050
31
Fixing output actuator
56UA5383
051
32
Toner pump /1
56UA-780
052
33
Toner pump /2
56UA-790
1
mode, 2 counts in the double side mode.
NO
CSRC
10. SERVICE MODE Parts name
Parts No.
Count conditions
parameter (Z1) 053
34
Tray 1 feed roller
55VA-464
054
35
Tray 1 conv/rev roller
55VA-463
055
36
Tray 1 feed clutch
56AA8201
056
37
Tray 1 handle clutch
56AA8201
1 count for each paper exit from tray /1.
1 count for each paper exit when the clutch is turned ON by paper from tray /1.
057
38
Tray 2 feed roller
55VA-464
058
39
Tray 2 conv/rev roller
55VA-463
059
3A
Tray 2 feed clutch
56AA8201
060
3B
Tray 2 handle clutch
56AA8201
1 count for each paper exit from tray /2.
1 count for each paper exit when the clutch is turned ON by paper from tray /2.
061
3C
Tray 3 feed roller
55VA-484
1 count for each paper exit from tray /3.
062
3D
Tray 3 conv/rev roller
55VA-483
063
3E
Tray 3 feed clutch
56AA8201
064
3F
Tray 3 handle clutch
56AA8201
1 count for each paper exit when the clutch is
065
40
Tray 3 reverse clutch
56AA8201
turned ON by paper from tray /3.
066
41
Tray 4 feed roller
55VA-484
1 count for each paper exit from tray /4.
067
42
Tray 4 conv/rev roller
55VA-483
068
43
Tray 4 feed clutch
56AA8201
069
44
Tray 4 handle clutch
56AA8201
1 count for each paper exit when the clutch is
070
45
Tray 4 reverse clutch
56AA8201
turned ON by paper from tray /4.
071
46
Tray 5 feed roller
55VA-484
1 count for each paper exit from tray /5.
072
47
Tray 5 conv/rev roller
55VA-483
073
48
Tray 5 feed clutch
56AA8201
074
49
Tray 5 handle clutch
56AA8201
1 count for each paper exit when the clutch is
075
4A
Tray 5 reverse clutch
56AA8201
turned ON by paper from tray /5.
076
4B
Paper fur brush
55VA-574
1 count for each paper exit.
077
4C
V-convey exit roller
56UA4412
078
4D
Paper powder scraper
56UA4419
079
4E
V-convey clutch top
56AA8201
1 count for each paper exit from tray /1 and /2.
080
4F
V-convey clutch mid.
56AA8201
1 count for each paper exit from tray /2.
081
50
V-convey clutch low
56AA8201
082
51
V-convey roller /1
56UA4413
1 count for each paper exit.
083
52
V-convey roller 2/3
56UA4414
1 count for each paper exit from tray /2.
56UA4464 084
53
Tray 1 pre-reg. roller
56UA4411
1 count for each paper exit from tray /1 and /2.
085
54
Tray 2 pre-reg. roller
56UA4411
1 count for each paper exit from tray /2.
086
55
PFU V-convey roller /T
15BA4507
1 count for each paper exit from tray /3.
15BA4508 087
56
PFU V-convey roller /M
15BA4507
1 count for each paper exit from tray /4.
088
57
PFU V-convey roller /L
15BA4507
1 count for each paper exit from tray /5.
15BA4508
375
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
bizhub PRO 1050/1050P /1050e/1050eP
10. SERVICE MODE NO
CSRC
Field Service Ver3.0 Nov.2006 Parts name
Parts No.
Count conditions
parameter (Z1) 089
58
PFU output roller
15BA5011
1 count for each paper exit from tray /3, /4 and /5.
090
59
PFU V-convey clutch /T
56AA8201
1 count for each paper exit from tray /3.
091
5A
PFU V-convey clutch /M
56AA8201
1 count for each paper exit from tray /4.
092
5B
PFU V-convey clutch /L
56AA8201
1 count for each paper exit from tray /5.
093
5C
PFU Mid-conv clutch /T
56AA8201
1 count for each paper exit from tray /3.
094
5D
PFU Mid-conv clutch /L
56AA8201
1 count for each paper exit from tray /5.
095
5E
Exposure On time
56UA8301
Accumulation of time lamp is on. 1 count per second.
096
5F
Fixing cleaning roller
56UA5353
1 count for each paper exit in the single side
097
60
Web prevention part
56UA-544
mode, 2 counts in the double side mode.
098
61
Main Switch
55GA8601
1 count each time the main power switch turns OFF the power.
099
62
Door Switch
40AA8501
1 count each time the front door is opened
100
63
Tray 1 feed count
56UA-400
1 count for each paper exit from tray /1.
101
64
Tray 2 feed count
56UA-400
1 count for each paper exit from tray /2.
102
65
Tray 3 feed count
15BA-300
1 count for each paper exit from tray /3.
103
66
Tray 4 feed count
15BA-400
1 count for each paper exit from tray /4.
104
67
Tray 5 feed count
15BA-300
1 count for each paper exit from tray /5.
105
68
8k,16k Duplex count
For the paper type which is between 270 mm and 279 mm width and 91 g/m2 or less, 0 count for each paper exit in the single side mode, and 1 count for the double side mode.
106
69
B4, B5 Duplex count
For the paper type which is between 257 mm and 270 mm width and 91 g/m2 or less, 0 count for each paper exit in the single side mode, and 1 count for the double side mode.
107
6A
8.5 Duplex count
For the paper type which is between 215 mm and 257 mm width and 91 g/m2 or less, 0 count for each paper exit in the single side mode, and 1 count for the double side mode.
108
6B
A4S, A5 Duplex count
For the paper type which is between 210 mm and 215 mm width and 91 g/m2 or less, 0 count for each paper exit in the single side mode, and 1 count for the double side mode.
109
6C
8, 8.125, 8.25 Dup.count
For the paper type which is between 203 mm and 210 mm width and 91 g/m2 or less, 0 count for each paper exit in the single side mode, and 1 count for the double side mode.
110
6D
B5R Duplex count
For the paper type which is between 182 mm and 203 mm width and 91 g/m2 or less, 0 count for each paper exit in the single side mode, and 1 count for the double side mode.
376
NO
CSRC
10. SERVICE MODE Parts name
Parts No.
Count conditions
parameter (Z1) 111
6E
FS Staple/Front
15AA4222
1 count for each paper exit in either of the 1staple at front or the 2-staple mode.
112
6F
FS Staple/Back
15AA4222
1 count for each paper exit in either of the 1staple at rear or the 2-staple mode.
113
70
FS solenoid /A
56QA8251
1 count for each paper exit in the non-sort mode and the sort mode.
114
71
FD feed roller /A Top
50BA-574
Counts the paper feed from PI tray /Up.
115
72
FD reverse rubber /Top
13QN-443
116
73
FD feed roller /B Top
50BA-575
117
74
FD feed roller /A Low
50BA-574
118
75
FD reverse rubber /Low
13QN-443
119
76
FD feed roller /B Low
50BA-575
120
77
FD punch motor assy
15AG-573
1 count for each paper exit in the punch mode.
121
78
FD solenoid /A (release 1)
56QA8251
1 count for each paper exit in the punch or fold-
Counts the paper feed from PI tray /Lw.
ing mode (all size). 122
79
FD solenoid /A (release 2)
56QA8251
• 1 count for each paper exit in the folding mode (all size) • 1 count for each paper exit in the punch mode (paper length 220 mm or larger).
123
7A
FD motor assy
129U-108
1 count for each paper exit to the main tray.
124
7B
LS1 solenoid (Lead)
15AV8252
1 count for each paper exit in the non-sort and
125
7C
LS1 solenoid (Rear)
15AV8253
sort mode (all size).
126
7D
LS1 solenoid (Center)
15AV8251
1 count for each paper exit in the non-sort and sort mode (Length 295 mm or more and Width 226 or more).
127
7E
LS1 solenoid (Curl)
15AV8255
1 count for each paper exit in the non-sort mode.
128
7F
LS1 Up/Down motor
15AV8003
Counts operation number of times of the stacker tray up down motor.
129
80
LS2 solenoid (Lead)
15AV8252
1 count for each paper exit in the non-sort and
130
81
LS2 solenoid (Rear)
15AV8253
sort mode (all size).
131
82
LS2 solenoid (Center)
15AV8251
1 count for each paper exit in the non-sort and sort mode (Length 295 mm or more and Width 226 or more).
132
83
LS2 solenoid (Curl)
15AV8255
1 count for each paper exit in the non-sort mode.
133
84
LS2 Up/Down motor
15AV8003
Counts operation number of times of the stacker tray up down motor.
134
85
SD Staple/Right
15AN-550
1 count for each paper exit in the saddle stitch
135
86
SD Staple/Left
15AN-550
mode.
136
87
SD trimmer edge
15AN-570
1 count for each paper exit in the trimming
137
88
SD trimmer receiver
15AN5282
mode.
1
377
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
bizhub PRO 1050/1050P /1050e/1050eP
10. SERVICE MODE NO
Field Service Ver3.0 Nov.2006 Parts name
CSRC
Parts No.
Count conditions
parameter (Z1) 138
89
SD convey solenoid
15AN8251
1 count for each paper exit to the folding sec-
139
8A
SD solenoid
13QE8251
tion.
140
8B
SDFNS solenoid /2
12QR8252
1 count for each paper exit to the stacker.
141
8C
ADF pick up roller
13GA4604
Original feed count in all modes.
142
8D
ADF feed roller
15AS4605
143
8E
ADF retard roller
13GA4606
144
8F
ADF sub pick roller
13GA4601
145
90
ADF torque limiter
13GA-135
146
91
ADF SDF solenoid
13GA8252
147
92
ADF LSB solenoid
13GA8251
Total original feed count in the single feed mode. • 1 count for each set of the large size original single side mode. • 1 count for each sheet of the large size original double side mode. *1
148
93
ADF press/release SD
13GA8251
1 count for each sheet of the large size original double side mode. *1
149
94
ADF SSB solenoid
13GA8251
1 count for each sheet of the small size original double side mode.
150
95
Toner collect box
14RT-970
1 count for each paper exit in the single side
151
96
Recycling cut pump
14RT-210
mode, 2 counts in the double side mode.
152
97
Accumulator
14RT-230
153
98
Stirring plate assy
56UA-347
1 count for each paper exit in the single side
56UA-348
mode, 2 counts in the double side mode.
154
99
PB sub tray exit solenoid
15ANR714
1 count for each paper exit on the sub tray.
155
9A
PB SC roller release
13GQ8005
1 count for each paper exit on the stacker.
motor 156
9B
PB SC stopper solenoid
15AA8251
157
9C
PB SC pressure arm sole-
A07B746
noid 158
9D
PB switchback roller
13GQ4519
1 count for each paper exit.
159
9E
PB pick-up roller
55VA-464
1 count for each book exit in PB tray cover
160
9F
PB paper feed roller sep-
55VA-463
mode.
aration roller 161
A0
162
A1
PB paper pick up clutch
56AA8201
PB cover paper separa-
56AA8201
tion clutch 163
A2
PB roller cutter blade assy
A0756230
1 count for each book exit in cover trimming mode.
164
A3
PB filter /1
A0753724
1 count for each paper exit.
165
A4
PB filter /2
A0753734
166
A5
PB straight gate solenoid
56QA8251
1 count for each book exit except in PB tray cover mode.
*1
The large size original represents all originals in the mixed original mode; A3, B4, A4S, B5S, 8K, 16KS, 11 x 17, 81/2 x 14, 81/2 x 11S, 8 x 13, 81/4 x 13, 81/8 x 13 and 81/2 x 13.
378
2
10. SERVICE MODE
C. Copy count of each part
(2) Resetting of each part counter
This is used when you want to control the service his-
1)
tory of each part not registered as a special part. Confirm and reset part name, part number, limit value
Procedure
1. Enter the service mode. 2. "Service mode menu screen"
setting and print count. Up to 30 data from No.01 to No.30 can be set. 1 count is taken for each passage of paper, regard-
Press the [03 Counter] key.
3. A sub menu appears on the right side of the screen.
less of the paper size.
Press the [03 Parts Counter] key on the sub (1) Setting of each part and confirmation of the copy count 1)
menu.
4. "Copy count of part menu screen"
Procedure
Press the [02 Count of each parts] key.
1. Enter the service mode. 2. "Service mode menu screen" Press the [03 Counter] key.
3. A sub menu appears on the right side of the screen. Press the [03 Parts Counter] key on the sub menu.
4. "Copy count of part menu screen" Press the [02 Count of each parts] key.
5. "Copy count of each part screen" Press the [Next] or [Previous] key to scroll the screen. Press the [S] or [T] key to select an item you want to reset.
6. Press the [Count Reset] key. 7. "Reset confirm screen" Press the [Yes] key to reset the counter. Press the [No] key not to reset the counter. You return to the "Copy count of each part screen."
5. "Copy count of each part screen" Press the [Next] or [Previous] key to scroll the screen.
NOTE
Press the [S] or [T] key to select a data
• When the copy count is in excess of a limit
number.
value, an asterisk "*" is shown to the right of
6. Select either the [Name Setting], [P/N Setting]
the limit value.
or [Limit Setting] key.
7. Press one of the key you want to set or change, and enter it with the alphanumeric keys. • [Name Setting]
: Enter a part name (8 digits)
• [P/N Setting]
: Enter a part number (9 digits)
• [Limit Setting]
: Enter a limit value (8 digits)
8. Press the [OK] key to update data. Press the [Cancel] key to cancel the update.
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D. Relationship between each data number
10.6 Machine condition
and CSRC parameter 10.6.1
I/O check mode
NO.
NAME
P/N
COUNT
LIMIT
01
Z4:00
Z3:00
G0:00
H0:00
output check function) to check and adjust the vari-
02
Z4:01
Z3:01
G0:01
H0:01
ous signals and loads.
03
Z4:02
Z3:02
G0:02
H0:02
04
Z4:03
Z3:03
G0:03
H0:03
05
Z4:04
Z3:04
G0:04
H0:04
06
Z4:05
Z3:05
G0:05
H0:05
07
Z4:06
Z3:06
G0:06
H0:06
08
Z4:07
Z3:07
G0:07
H0:07
09
Z4:08
Z3:08
G0:08
H0:08
10
Z4:09
Z3:09
G0:09
H0:09
11
Z4:0A
Z3:0A
G0:0A
H0:0A
12
Z4:0B
Z3:0B
G0:0B
H0:0B
13
Z4:0C
Z3:0C
G0:0C
H0:0C
14
Z4:0D
Z3:0D
G0:0D
H0:0D
15
Z4:0E
Z3:0E
G0:0E
H0:0E
16
Z4:0F
Z3:0F
G0:0F
H0:0F
17
Z4:10
Z3:10
G0:10
H0:10
[1] I/O check code
18
Z4:11
Z3:11
G0:11
H0:11
[2] Multi code
19
Z4:12
Z3:12
G0:12
H0:12
[3] Input check
20
Z4:13
Z3:13
G0:13
H0:13
[4] Output check
21
Z4:14
Z3:14
G0:14
H0:14
22
Z4:15
Z3:15
G0:15
H0:15
23
Z4:16
Z3:16
G0:16
H0:16
24
Z4:17
Z3:17
G0:17
H0:17
1. Enter the service mode.
25
Z4:18
Z3:18
G0:18
H0:18
2. "Service mode menu screen"
26
Z4:19
Z3:19
G0:19
H0:19
27
Z4:1A
Z3:1A
G0:1A
H0:1A
28
Z4:1B
Z3:1B
G0:1B
H0:1B
29
Z4:1C
Z3:1C
G0:1C
H0:1C
30
Z4:1D
Z3:1D
G0:1D
H0:1D
This mode provides self-diagnostic functions (input/
A. I/O check screen
[1]
[2]
[3]
[4]
B. Input check method (1) Procedure
Press the [04 Machine Condition] key.
3. A sub menu appears on the right side of the screen. Press the [01 I/O Check Mode] key on the sub menu.
4. "I/O check mode screen" Enter the input check code with the numeric keys.
5. To use the multi mode, press the Access button.
6. Enter the multi code with the numeric keys. 7. Input check result will appear in the message display area.
8. Repeat steps 3 to 7 to perform the other signal input check.
380
C. Output check method (1) Procedure
10. SERVICE MODE (1) Procedure
1. Replace the multi feed detection board /1, /2.
1. Enter the service mode.
(See chapter II "Maintenance 4.3.5 Registration
2. "Service mode menu screen"
section")
Press the [04 Machine Condition] key.
3. A sub menu appears on the right side of the
2. Check the stamp letter [1] placed on the multi feed detection board /1, /2, and rotate the
screen.
rotary switch [2] on the ADU drive board /1
Press the [01 I/O Check Mode] key on the sub
(ADUDB1) as shown in the table below.
menu.
4. "I/O check mode screen"
[1]
Enter the output check code with the numeric keys.
5. To use the multi mode, press the Access button.
6. Enter the multi code with the numeric keys. 7. Press the Start button to perform the output check.
D
8. Press the STOP button to stop it. 9. Repeat steps 4 to 8 to perform the other load or signal output check.
[2] D. Adjustment when replacing the multi feed detection board (main body) When the multi feed detection board of the main body or the ADU drive board /1 (ADUDB1) is replaced, conduct this adjustment. And also adjust it when multi feed is not detected properly due to specific types of paper (such as thin paper, coated paper with less stiffness, and thick paper). However, multi feed detection control is not applicable to paper weight more than 210 g/m2 and coated paper of 50 to 61 g/m2. 1050fs3056c
NOTE • The multi feed detection board /1 and /2 are
Stamp letter
Rotary switch
A
0
B
1
• Adjustment error may occur because of the
C
2
temperature of the sensor surface. Make the
D
3
adjustment at a temperature close to that in
E
4
which the copier is actually used (20 to 30°C).
F
5
adjusted in the manufacturing process as a pair of upper and lower. Be sure to replace them as a pair.
(In case you brought a new part from outdoors, make the adjustment after the temperature of the sensor surface and the room
3. Select the input check code "56-00" of the I/O check mode in the service mode.
temperature become the same)
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4. Insert one sheet of the paper (P/N 65AA-9910)
8. Insert one sheet of paper that customer mainly
between the multi feed detection board /1 and
use (paper weight 62 to 209 g/m2), and confirm
2
/2 (200 to 300 g/m paper can also be used).
that "L" appears on the input check display.
Be sure the paper does not trail down.
"L": no multi feed (0 or 1 sheet of paper) "H": multi feed (2 sheets of paper)
Note • If the paper trails down, the angle of paper
Note
insertion is different from that of paper pas-
• When "H" is once detected, the guide plate
sage, thus making it impossible to make an
to which the multi feed detection board /2
accurate adjustment.
is installed must be opened and closed.
5. Connect the tester (voltmeter) to the following
Otherwise, a return to "L" is not available.
9. Insert another sheet of paper (2 sheets in all),
positions of the ADUDB1. +terminal: test pin No. TP60 (white) [1]
that customer mainly use and confirm that "H"
- terminal: test pin No. TP57 (green) [2]
appears on the input check display.
Range: DC 20 V
10. In case of detection error, return to step 4 to conduct the adjustment again. In step 6, set power voltage to the value 1.0 V lower than the previous adjustment.
11. Repeat the steps 8 to 10 until detection error is resolved.
12. Pull out the inserted papers, and install the parts you removed.
E. Cleaning blade transportation lock This separates the cleaning blade from the drum, thus preventing any damage on the cleaning blade while moving the machine or during a long-term stor-
[1]
[2]
1050fs3057c
age. Use this when packing the machine while moving an installation location.
Note • Because the ADU is powered, do not drop any metal material on the board, or do not connect the tester pin to an irrelevant terminal. It may cause the board to short circuit and be damaged.
6. In the multi feed detection board /2 volume, set
NOTE • While conducting this mode, the blade is automatically replaced. In case the first cleaning blade was used before packing, be sure to perform a spring charge for the auto blade replacement as you reinstall the machine.
power voltage to the standard value. • Standard value: 8.0 ± 0.2 V
(1) Procedure
7. Pull out the paper inserted in step 4. 1. Check whether the currently used cleaning blade is the first one or the second one.
2. Enter the I/O check mode. 3. Enter "17" with the numeric keys. Confirm that "17-00" is displayed in the message display area.
382
1
4. Open the front door /Rt.
10. SERVICE MODE
6. The toner pump motor (M28) and the air pump motor (M29) start rotating. Press the STOP but-
Note
ton to stop them after abut 1 minute.
• If the front door /Rt is not open, the blade motor (M22) does not rotate.
5. Press the Start button. 6. The blade motor (M22) starts rotating, and the cleaning blade moves from the drum to the transportation lock position.
H. Adjustment when replacing the multi feed detection board (PI) Adjust when replacing the multi feed detection board of the PI section or the PI drive board (PIDB). Also, perform this adjustment when multi feed of special paper (thin paper, coated paper with less stiffness,
F.
Scanner transportation lock
thick paper) cannot be detected properly.
Move the scanner mirror to the transportation lock position, thus making it easy to fix the mirror with
NOTE
screws.
• The multi feed detection board /1 and /2 are
Use this when packing the machine while moving an
adjusted in the manufacturing process as a
installation location.
pair of upper and lower. Be sure to replace them as a pair.
(1) Procedure
• Adjustment error may occur because of the temperature of the sensor surface. Make the
1. Enter the I/O check mode.
adjustment at a temperature close to that in
2. Enter "36" with the numeric keys. Confirm that
which the copier is actually used (20 to 30°C).
"36-00" is displayed in the message display
(In case you brought a new part from out-
area.
doors, make the adjustment after the temper-
3. Press the Start button.
ature of the sensor surface and the room
4. The scanner motor (M27) starts rotating, and
temperature become the same)
the mirror moves to the left.
5. Fix the mirror with the lock screws of the scanner mirror you removed when unpacking the machine.
(1) Procedure
1. Replace the multi feed detection board /1, /2. (See "3.3.17 Removing/reinstalling the multi feed detection boards /1 (MFDB/1) and /2 (MFDB/2)") in Field Service for FD-501)
G. Removing toner in the toner mixing section After moving the installation location of the machine, remove toner which may have dropped into the mixing section of the toner supply section. (1) Procedure
1. Enter the I/O check mode. 2. Enter "54" with the numeric keys. Confirm that "54-00" is displayed in the message display area.
3. Press the Access button. 4. Enter "09" with the numeric keys. Confirm that "54-09" is displayed in the message display area.
5. Press the Start button.
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2. Check the stamp letter [1] placed on the multi
4. Open the FD upper door and front door to turn
feed detection board /1, /2, and rotate the
the jam clearing knob [1]. Insert one sheet of
rotary switch [2] on the PI drive board (PIDB) as
paper [2] (P/N 65AA-9910) between the multi
per following table.
feed detection board /1 and /2 [3] (200 to 300 g/m2 paper can also be used). Note • Turn the jam clearing knob until the paper hits the roller [4], thus confirming that the paper is between the multi feed detection board /1 and /2.
[2] [1]
[2]
fd501fs3005c
[1] Stamp letter
Rotary switch
A
1
B
2
C
3
D
4
E
6
F
7
Note • The rotary switch 5 is not used.
3. Select the output check code "70-82" of the I/ O check mode in the service mode.
384
[4]
[3] fd501fs3006c
10. SERVICE MODE
5. Press the Start button to activate the output
12. Pull out the inserted papers, and install the
check mode. Connect the tester (voltmeter) to
parts you removed.
the following positions of the PIDB. + terminal: test pin No. TP51 (GAIN) [1] - terminal: test pin No. TP11 (SGND) [2]
I.
Adjustment when replacing the multi feed detection board (PB)
Range: DC 20 V
Adjust when replacing the multi feed detection board of the PB or the PB control board (PBCB). Also, per-
VR2
form this adjustment when multi feed of special paper (thin paper, coated paper with less stiffness, thick paper) cannot be detected properly. NOTE • The multi feed detection board /1 and /2 are adjusted in the manufacturing process as a pair of upper and lower. Be sure to replace them as a pair. • Adjustment error may occur because of the temperature of the sensor surface. Make the adjustment at a temperature close to that in which the copier is actually used (20 to 30°C).
LED1 [1]
[2]
fd501fs3007c
(In case you brought a new part from outdoors, make the adjustment after the temperature of the sensor surface and the room
Note
temperature become the same)
• Because the FD is powered, do not drop any metal material on the board, or do not connect the tester pin to an irrelevant terminal. It may cause the board to short circuit and be damaged.
6. In the PIDB volume (VR2), set power voltage to
(1) Procedure
1. Replace the multi feed detection board /1, /2. (See ”3.2.24 Removing/reinstalling the multi feed detection board /1 (MFDTB71) and /2 (MFDTB72)” in Field Service for FB-501)
the standard value. Standard value: 8.0 ± 0.2 V
7. Pull out the paper inserted in step 4. 8. Insert one sheet of paper that customer mainly use (paper weight 50 to 300 g/m2), and confirm that the PIDB's LED (LED1) can be turned on. LED on: no multi feed (0 or 1 sheet of paper) LED off: multi feed (2 sheets of paper)
9. Insert another sheet of paper (2 sheets in all), that customer mainly use, and to see if the LED is turned off.
10. In case of detection error, return to step 4 to conduct the adjustment again. In step 6, set power voltage to the value 1.0 V lower than the previous adjustment.
11. Repeat steps 7 to 10 until detection error is resolved.
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2. Check the stamp letter [1] placed on the multi feed detection board /1, /2, and rotate the rotary switch [2] on the PBCB as per following table.
8. Press the Start button. The paper is fed from the PB cover paper tray and stops at the conveyance section. Note • Confirm that the paper is between the multi feed detection board /1 and /2.
9. After the operation, press the Stop button. 10. Connect the tester (voltmeter) to the following positions of the PBCB. + terminal: test pin No. TP28 (GAIN) [1] - terminal: test pin No. TP24 (SGND) [2] Range: DC 20 V
[1] [1]
[2] [2]
VR4
564Af3c002cb
564Af3c001cb
Note • Because the PB is powered, do not drop Stamp letter
Rotary switch
any metal material on the board, or do not
A
1
connect the tester pin to an irrelevant ter-
B
2
minal.
C
3
It may cause the board to short circuit and
D
4
E
5
3. Insert one sheet of paper (P/N 65AA-9910, fusing adjustment paper, 16 sheets/A3) in the cover paper tray of the PB (200 to 300 g/m2 paper can also be used).
4.
Select the output check code "75-96" of the I/ O check mode in the service mode.
5. Press the Start button to perform the all initializing operation. 6. After the operations, press the Stop button. 7. Select the output check code "75-95" of the I/ O check mode in the service mode.
385-1
be damaged.
11. In the PBCB volume (VR4), set power voltage to the standard value. Standard value: 8.0 ± 0.1 V
12. Pull out the paper inserted in step 8. 13. Insert one sheet of paper that customer mainly use (paper weight 50 to 300 g/m2), and confirm that the PBCB's LED (LED1) can be turned on. LED on: no multi feed (0 or 1 sheet of paper) LED off: multi feed (2 sheets of paper)
14. Insert another sheet of paper (2 sheets in all), that customer mainly use, and to see if the LED is turned off.
15. In case of detection error, return to step 3 to
10. SERVICE MODE NOTE
conduct the adjustment again. In step 11, set
• Only one type of data can be backed up.
power voltage to the value 1.0 V lower than the
When backed up again, data will be overwrit-
previous adjustment.
ten.
16. Repeat steps 3 to 14 until detection error is resolved.
17. Pull out the inserted papers, and install the parts you removed. J.
Finishing option adjustment data EEPROM storage (Installation initial data)
Backup adjustment data of the FD, SD, FS, PB which are adjusted in the field are stored in the non-volatile memory (EEPROM) of the each control board. When necessary, it can be recalled with installation initial data of Recall standard data (Finisher adjustment data) in the service mode. NOTE • Only one type of data can be backed up. When backed up again, data will be overwritten. • When the main body is connected to two or more option, data is backed up to all EEPROMs. If you want to back up data to specific option, connect specific option to the main body. (1) Procedure
1. Enter the I/O check mode. 2. Enter "90" with the numeric keys. Confirm that "9000" is displayed in the message display area.
3. Press the Start button. 4. "NOW" is displayed while in the back-up. And when completed, "FIN" is displayed and the current finisher adjustment data is backed up in the EEPROM.
K. Main body adjustment data parameter board storage (Installation initial data) Adjustment data of the main body which are adjusted in the field are backed up to the parameter board (PB). When necessary, it can be recalled with installation data of Recall standard data (Machine adjustment data, Process adjustment data) in the service mode.
1
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10. SERVICE MODE
Field Service Ver3.0 Nov.2006
(1) Procedure
• Replace the HDD1 in case performing the
1. Enter the I/O check mode. 2. Enter "91" with the numeric keys. Confirm that "9100" is displayed in the message display area.
3. Press the Start button. 4. "NOW" is displayed while in the back-up. And when completed, "FIN" is displayed and the current machine adjustment data and the process adjustment data are backed up in the PB. K. Hard disk check Perform this operation if you want to check the copier's hard disk /1 (HDD1) total capacity, the remaining capacity, and the malfunction code (SC4640 to SC46-43) related to the hard disk. (1) Procedure
1. Enter the I/O check mode. 2. Enter "99" with the numeric keys. Confirm that "99-00" is displayed in the message display area.
3. Press the Access button. 4. Enter one of the followings with the numeric keys. Check that "99-{{" ({{ represent multi code number) appear in the message display area. 01: HDD1 total capacity check 02: HDD1 remaining capacity check 03: HDD1 bad sectors check and recovery
5. Press the Start button. • HDD1 total capacity check: The total capacity is displayed • HDD1 remaining capacity check: Remaining capacity is displayed • HDD1 bad sectors check and recovery: During the operation-"NOW" appears The operation succeeded - "OK" appears The operation failed - "NG" appears Press the Start button to perform the HDD1 bad sectors check and recovery again when "NG" appears. NOTE • The operation can not be cancelled during the HDD1 bad sectors check and recovery (the STOP button or the [Return] key are disabled).
386
HDD1 bad sectors check and recovery do not prevent the malfunction code.
L.
10. SERVICE MODE
I/O check list
(1) Input check list Classifica- Symbol Code tion Analog
Multi
Name
Display and signal source
code PS31
01
H
01
Toner remaining sensor /1
PS32
02
Toner remaining sensor /2
PS33
03
Toner remaining sensor /3
PS34
04
Toner remaining sensor /4
No toner
L Toner
signal
TH5
02
00
Drum temperature sensor
TH1
03
00
Thermistor /1
TH3
04
00
Thermistor /3
TCSB
05
00
Humidity sensor signal
06
00
Max. density sensor monitor signal
07
00
Max. density sensor output signal
08
00
Gamma sensor output signal
DPSB
09
00
Drum potential sensor output signal
TCSB
10
00
Drum jam sensor output signal
Paper
PS8
11
01
Paper empty sensor /1 (Tray /1)
feed
PS14
02
Paper empty sensor /2 (Tray /2)
PS73
03
Paper empty sensor /1 (Tray /3)
PS79
04
Paper empty sensor /2 (Tray /4)
PS85
05
Paper empty sensor /3 (Tray /5)
01
Remaining paper VR /1 (Tray /1)
VR2
02
Remaining paper VR /2 (Tray /2)
VR10
03
Remaining paper VR /1 (Tray /3)
VR12
04
Remaining paper VR /2 (Tray /4)
VR14
05
Remaining paper VR /3 (Tray /5)
01
Paper size sensor /Fr1 (Tray /1)
PS5
02
Paper size sensor /Rr1 (Tray /1)
PS10
03
Paper size sensor /Fr2 (Tray /2)
PS11
04
Paper size sensor /Rr2 (Tray /2)
PS75
05
Paper size sensor /Fr1 (Tray /3)
PS76
06
Paper size sensor /Rr1 (Tray /3)
PS81
07
Paper size sensor /Fr2 (Tray /4)
PS82
08
Paper size sensor /Rr2 (Tray /4)
PS87
09
Paper size sensor /Fr3 (Tray /5)
PS88
10
Paper size sensor /Rr3 (Tray /5)
01
Paper size VR /1 (Tray /1)
VR4
02
Paper size VR /2 (Tray /2)
VR11
03
Paper size VR /1 (Tray /3)
VR13
04
Paper size VR /2 (Tray /4)
VR15
05
Paper size VR /3 (Tray /5)
VR1
PS4
VR2
12
13
14
0 to 255
Paper
No paper
0 (FULL) to 4 (EMPTY)
ON
OFF
0 to 255
1
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Classifica- Symbol Code tion Paper feed
Multi
Name
Display and signal source
code —
15
—
01 02
H
L
Paper size signal (Tray /1)
0: 11 x 17, 1: A3, 2: B4,
Paper size signal (Tray /2)
3: 81/2 x 14, 4: A4S, 5: 81/2 x 11R, 6: B5S, 7: 81/2 x 11, 8: 51/2 x 81/2S, 9: A4, 10: A5S, 11: B5, 12: A5, 13: B6S, 14: 51/2 x 81/2, 15: B6, 16: Special, 17: 81/8 x 131/4, 18: 8 x 13, 19: 81/4 x 13, 20: 81/2 x 13
PS6
16
01
Upper limit sensor /1 (Tray /1)
PS12
02
Upper limit sensor /2 (Tray /2)
PS71
03
Upper limit sensor /1 (Tray /3)
PS77
04
Upper limit sensor /2 (Tray /4)
PS83
05
Upper limit sensor /3 (Tray /5)
01
Tray /1 set signal
—
02
Tray /2 set signal
—
03
Tray /3 set signal
—
04
Tray /4 set signal
—
05
Tray /5 set signal
01
Handle release sensor /1 (Tray /1)
PS15
02
Handle release sensor /2 (Tray /2)
PS74
03
Handle release sensor /1 (Tray /3)
PS80
04
Handle release sensor /2 (Tray /4)
PS86
05
Handle release sensor /3 (Tray /5)
01
Paper feed sensor /1 (Tray /1)
conveyance PS13
02
Paper feed sensor /2 (Tray /2)
PS72
03
Paper feed sensor /1 (Tray /3)
PS78
04
Paper feed sensor /2 (Tray /4)
PS84
05
Paper feed sensor /3 (Tray /5)
01
Pre-registration sensor /1 (Tray /1)
PS18
02
Pre-registration sensor /2 (Tray /2)
PS89
03
Pre-registration sensor /1 (Tray /3)
PS93
04
Pre-registration sensor /2 (Tray /4)
PS95
05
Pre-registration sensor /3 (Tray /5)
01
Vertical conveyance sensor /1
PS21
02
Vertical conveyance sensor /3
PS90
03
Vertical conveyance sensor /1 (PF)
PS96
04
Vertical conveyance sensor /3 (PF)
PS20
05
Vertical conveyance sensor /2
PS91
06
Intermediate sensor /Up
PS97
07
Intermediate sensor /Lw
—
PS9
Paper feed, PS7
PS17
PS19
388
17
18
20
21
22
Upper limit
Not at upper limit
Set
Not set
ON
OFF
Paper
No paper
Classifica- Symbol Code tion
10. SERVICE MODE Multi
Name
code
Paper feed, PS41
01
Paper leading edge sensor
02
Loop sensor
PS40
03
Registration sensor
PS92
04
Loop sensor /1 (Tray /3)
PS94
05
Loop sensor /2 (Tray /4)
PS98
06
Loop sensor /3 (Tray /5)
PS99
07
PFU exit sensor
01
Fusing exit sensor
PS3
02
Paper exit sensor
PS48
03
Reverse sensor /1
PS47
04
Reverse sensor /2
PS23
05
Fusing jam sensor
PS50
06
ADU reverse paper exit sensor
01
Door switch /1
PS2
02
Door open/close sensor /2
PS1
03
Door open/close sensor /1
MS1/2
04
Interlock switch /1, /2
PS317
05
APS timing sensor
SW5
06
Door switch /2
—
07
Fusing section set detection signal
—
08
Sensitive drum section set detection signal
PS70
09
SW11
L
Paper
No paper
Open
Close
Set
Not set
Door open/close sensor (PF)
Open
Close
10
Vertical conveyance door switch /Up (PF)
ON
OFF
SW12
11
Vertical conveyance door switch /Lw (PF)
SW10
12
Door switch (PF)
Open
Close
SW13
13
Horizontal conveyance door switch (PF)
ON
OFF
01
Scanner home sensor
Home
Other than
position
home position
No original
Original
PS22
SW4
Scanner PS51 PS52
23
H
conveyance PS16
Peculiar
Display and signal source
24
25
30 31
01
APS sensor /1
PS53
02
APS sensor /2
PS317
08
APS timing sensor
Open
Close
CNT2
52
00
Key counter
Connected
Unconnected
functions PS37
53
00
Transfer assist home sensor
Home
Other than
PS26
54
01
Charger cleaning home sensor
position
home position
02
Charger cleaning limit sensor
Limit
Other than
position
limit position
Home
Other than
position
home position
Limit
Other than
position
limit position
ON
OFF
PS27 PS38
03
PS39 PS24 PS25
04 55
Transfer/separation home sensor Transfer/separation limit sensor
01
Blade sensor /1
02
Blade sensor /2
389
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
bizhub PRO 1050/1050P /1050e/1050eP
10. SERVICE MODE
Field Service Ver3.0 Nov.2006
Classifica- Symbol Code tion Peculiar
Multi
Name
Display and signal source
code MFDB1/2
56
00
H Multi feed detection board /1, /2
Multi feed
functions DF
FD
L Other than multi feed
PS303
1
Original size sensor /Lt
Paper
No paper
PS302
2
Original size sensor /Rt
PS306
3
Original registration sensor /Lt
PS308
4
Original conveyance sensor
PS309
5
Original reverse sensor
PS307
6
Original exit sensor /Lt
PS313
7
Original reverse exit sensor
PS314
8
Original exit sensor /Rt
PS305
9
Original empty sensor
PS301
10
RADF open/close sensor
Open
Close
MS301
11
Cover open/close sensor
PS318
12
Original registration sensor /Rt
Paper
No paper
PS304
13
Reverse jam sensor
PS311
14
Original skew sensor /Fr
PS310
15
Original count sensor
PS312
16
Original skew sensor /Rr
MFS1
17
Multi feed sensor /1
—
18
—
—
19
—
01
FD entrance sensor
No paper
Paper
PS4
02
PI exit sensor
Paper
No paper
PS5
03
Punch conveyance sensor
No paper
Paper
PS7
04
Main tray folding paper full sensor
Full
Other than full
PS8
05
2 holes punch home sensor
Other than
Home position
PS1
60
70
PS9
06
3 holes/4 holes home sensor
home position
PS10
07
Alignment plate home sensor
Home
Other than
PS11
08
Punch registration home sensor
position
home position
PS12
09
Punch scraps box set sensor
Set
Not set
PS23
10
Intermediate conveyance sensor
Paper
No paper
PS16
11
Sub tray paper exit sensor
PS17
12
Sub tray paper full sensor
Other than full
Full
PS18
13
Main tray paper exit sensor
Paper
No paper
PS20
14
Main tray upper limit sensor
Upper limit
Other than upper limit
PS22
15
Main tray lower limit sensor
Lower limit
Other than lower limit
390
PS23
16
Main tray empty sensor
Other than full
Full
PS26
17
Punch scraps full sensor
Other than full
Full
—
18
—
—
—
—
19
—
Classifica- Symbol Code tion FD
10. SERVICE MODE Multi
Name
Display and signal source
code —
70
H
L
20
—
—
—
DCPS
21
24 V output
Normal
Abnormal
PS2
22
Folding exit sensor
Paper
No paper
CN90
23
Main tray connection recognition (CN90
Unconnected
Connected
No paper
Paper
Pressure
Non-pressure
Paper
No paper
OFF
ON
connection) PS51
24
1st folding conveyance sensor
PS52
25
Folding entrance sensor
PS53
26
2nd folding conveyance sensor
PS54
27
3rd folding conveyance sensor
PS55
28
1st folding cam home sensor
PS56
29
2nd folding cam home sensor
PS57
30
3rd folding cam home sensor
PS58
31
S size conveyance sensor
PS6
32
Punch registration sensor
FDOB
33
Staple selection switch
FDOB
34
Punch selection switch
FDOB
35
Folding selection switch
FDOB
36
Start/Stop switch
FDOB
37
Multi feed function select switch
PS46
39
Sub tray paper full sensor
Full
Other than full
PS31
40
PI conveyance sensor /Up
Paper
No paper
PS37
41
PI conveyance sensor /Lw
PS32
42
PI upper limit sensor /Up
Upper limit
Other than upper limit
PS33
43
PI paper empty sensor /Up
Other than full
Full
PS34
44
PI lift plate home sensor /Up
Home
Other than
position
home position
No paper
Paper
PS35
45
L size sensor /Up
PS36
46
S size sensor /Up
—
47
—
—
—
PS38
48
PI upper limit sensor /Lw
Upper limit
Other than upper limit
PS39
49
PI paper empty sensor /Lw
Other than full
Full
PS40
50
PI lift plate home sensor /Lw
Home
Other than
position
home position
No paper
Paper
PS41
51
L size sensor /Lw
PS42
52
S size sensor /Lw
PS43
53
PI cover open/close sensor
Close
Open
PS44
54
PI paper set sensor /Up
No paper
Paper
PS45
55
PI paper set sensor /Lw
—
56
—
—
—
—
57
—
1
391
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
bizhub PRO 1050/1050P /1050e/1050eP
10. SERVICE MODE
Field Service Ver3.0 Nov.2006
Classifica- Symbol Code tion FD
SD
1
Name
Display and signal source
code —
—
—
59
—
—
60
—
PS47
61
PI max paper size sensor /Up
PS48
62
PI max paper size sensor /Lw
01
Entrance sensor
PS2
02
Horizontal conveyance sensor /1
PS3
03
Horizontal conveyance sensor /2
PS4
04
Horizontal conveyance exit sensor
PS5
05
Right angle conveyance sensor /1
PS6
06
Right angle conveyance sensor /2
PS7
07
Folding sensor /1
PS8
08
PS17
09
PS1
70
H
58
71
L
—
—
No paper
Paper
Paper
No paper
No paper
Paper
Folding passage sensor
Paper
No paper
Overlap home sensor
Home
Other than
position
home position
PS18
10
Folding main scan alignment home sensor /Fr1
Other than
Home
PS49
11
Folding main scan alignment home sensor /Fr2
home position
position
PS20
12
1st folding blade home sensor /1
PS21
13
1st folding blade home sensor /2
Home
Other than
position
home position
Other than
Home
home position
position
PS22
392
Multi
14
2nd folding blade home sensor /1
PS23
15
2nd folding blade home sensor /2
Home
Other than
PS24
16
Folding exit home sensor
position
home position
PS9
17
Tri-folding exit sensor
Paper
No paper
PS10
18
Tri-folding paper full sensor
Other than full
Full
PS11
19
Subtray exit sensor
Paper
No paper
PS12
20
Subtray paper full sensor
Other than full
Full
PS44
21
Folding sensor /2
No paper
Paper
PS19
22
Folding main scan alignment home sensor /Rr
Home
Other than home position
PS46
23
Guide shaft home sensor
position
HS2/HS4
24
Clincher start sensors /Rt and /Lt
No clinch
Clinch
—
25
—
—
—
—
26
—
—
27
—
—
28
—
—
29
—
—
30
—
—
31
—
—
32
—
PS13
33
Saddle stitching paper sensor
No paper
Paper
PS14
34
Bundle sensor /1
Classifica- Symbol Code tion SD
10. SERVICE MODE Multi
Name
Display and signal source
code PS15 PS16 PS25 PS26 PS27
71
H
L
35
Bundle sensor /2
No paper
Paper
36
Bundle registration plate home sensor
Other than
Home
home position
position
37 38 39
Stapler movement home sensor
Home
Other than
position
home position
Other than
Home
home position
position
Saddle stitching press home sensor
Home
Other than
position
home position
Upper limit
Other than
Clincher up down home sensor
PS28
40
Saddle stitching alignment home sensor /Rt
PS29
41
Saddle stitching alignment home sensor /Lt
PS33
42
Bundle clip upper limit sensor
upper limit PS30
43
Bundle clip lower limit sensor
Lower limit
Other than lower limit
PS32
44
Bundle arm home sensor
Home
Other than
PS31
45
Bundle arm rotation home sensor
position
home position
PS34
46
Bundle registration home sensor
PS35
47
Bundle press stage up down home sensor
PS45
48
Bundle press stage up down limit sensor
Upper limit
Other than upper limit
PS37 PS47
49 50
Bundle press home sensor Bundle press lower limit sensor
Other than
Home
home position
position
Other than
Lower limit
lower limit PS48
51
Scraps press home sensor
Other than
Home
home position
position
PS40
52
Scraps box set sensor
Set
Not set
PS41
53
Trimmer scraps full sensor
Other than full
Full
PS36
54
Bundle press movement home sensor
Home
Other than
PS38
55
Bundle arm assist home sensor
position
home position
PS39
56
Bundle arm assist upper limit sensor
Upper limit
Other than upper limit
SW1
57
Staple empty switch /Rt
No staple
Staple
SW2
58
Staple empty switch /Lt
HS1
59
Stapler home sensor /Rt
Other than
Home
HS3
60
Stapler home sensor /Lt
home position
position
—
61
—
—
—
—
62
—
—
63
—
—
64
—
PS42
65
Front door sensor /Rt
Open
Close
PS43
66
Front door sensor /Lt
1
393
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
bizhub PRO 1050/1050P /1050e/1050eP
10. SERVICE MODE
Field Service Ver3.0 Nov.2006
Classifica- Symbol Code tion SD
Name
Display and signal source
code PS54
71
PS55 PS56
FS
Multi
H
L
67
Bundle sensor /4
Paper
No paper
68
Trimmer registration sensor
Registration
Other than regis-
position
tration position
69
Folding sub scan alignment home sensor
Home
Other than
position
home position
PS57
70
Bundle exit sensor /2
No paper
Paper
PS58
71
Bundle tray set sensor
Not set
Set
PS59
72
Trimmer board replacement sensor
Replace
Not replace
—
73
—
—
—
—
74
—
PS61
75
Bundle tray paper full sensor
Full
Other than full
—
76
—
—
—
PS60
77
Folding entrance sensor
No paper
Paper
01
Rear stopper home sensor
Home
Other than
position
home position
Other than
Home
home position
position
Home
Other than
position
home position
Other than
Home
home position
position
Home
Other than
position
home position
Scraps box
No scraps
PS35
72
PS33
02
PS32
03
PS14
04
PS11
05
PS34
06
Intermediate roller home sensor Stack assist home sensor Stapler rotation home sensor Stapler movement home sensor Staple scraps box set sensor
box PS30
07
Sub tray paper full sensor
Other than full
Full
PS1
08
Sub tray paper exit sensor
Paper
No paper
PS5
09
Stacker entrance sensor
PS4
10
FNS entrance sensor
No paper
Paper
PS15
11
Counter reset sensor
Reset
Other than reset
PS12
12
Paper exit opening sensor
Other than
Home
home position
position
PS10
13
Main tray paper exit sensor
Paper
No paper
PS3
14
Tray lower limit sensor
Lower limit
Other than lower limit
PS7
15
Stapler paper exit upper limit sensor
Other than
Upper limit
upper limit PS2
16
Tray upper limit sensor
Upper limit
Other than upper limit
FS
394
—
17
—
—
18
—
19
—
—
1
72
—
—
—
—
Classifica- Symbol Code tion
10. SERVICE MODE Multi
Name
Display and signal source
code
H
—
20
—
PS47
21
Staple ready sensor /Fr
Other than
L
Ready
ready PS43
22
Cartridge set sensor /Fr
No cartridge
Cartridge
PS45
23
Staple empty sensor /Fr
No staple
Staple
PS41
24
Stapler home sensor /Fr
Other than
Home
home position
position
Other than
Ready
PS46
25
Staple ready sensor /Rr
ready PS42
26
Cartridge set sensor /Rr
No cartridge
Cartridge
PS44
27
Staple empty sensor /Rr
No staple
Staple
PS40
28
Stapler home sensor /Rr
Other than
Home
home position
position
—
29
—
—
—
PS20
30
Stacker empty sensor
No paper
Paper
PS9
31
Paper exit arm home sensor
Home
Other than
position
home position
MS1
32
Door switch
Open
Close
PS31
33
Alignment home sensor /Fr
Home
Other than
PS8
34
Alignment home sensor /Rr
position
home position
01
Entrance sensor
Paper
No paper
Upper limit
Other than
LS
PS4
tandem
73
PS11
02
Sub tray paper exit sensor
(1st)
PS7
03
Conveyance sensor /1
PS16
04
Conveyance sensor /2 (LS-501 only)
PS17
05
Conveyance sensor /3 (LS-501 only)
PS18
06
Tandem exit sensor (LS-501 only)
PS3
07
Stacker tray upper limit sensor
upper limit PS6
08
Paper empty sensor
Full
Other than full
PS13
09
2,000 sheets stacked sensor
ON
OFF
—
10
—
—
—
PS14
11
5,000 sheets stacked sensor
ON
OFF
PS9
12
Sub tray full sensor
Full
Other than full
PS1
13
Stacker tray set sensor
Set
Not set
RS1
14
Hand cart reset switch
PS15
15
Stacker tray arm release sensor
ON
OFF
TOB
16
Paper exit switch
MS1
17
Door switch
Open
Close
RS2
18
JAM door switch
PS8
19
Sub tray door sensor
1
395
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
bizhub PRO 1050/1050P /1050e/1050eP
10. SERVICE MODE
Field Service Ver3.0 Nov.2006
Classifica- Symbol Code
Name
Display and signal source
code
tion LS
Multi
MS2
73
20
H Stacker tray upper limit switch
Upper limit
tandem (1st)
L Other than upper limit
MS3
21
Stacker tray lower limit switch
Lower limit
Other than lower limit
PS12
22
Alignment home sensor
Home
Other than
PS11
23
Shift unit home sensor
position
home position
PS5
24
Grip conveyance home sensor
01
Entrance sensor
Paper
No paper
Upper limit
Other than
LS
PS4
74
tandem
PS11
02
Sub tray paper exit sensor
(2nd)
PS7
03
Conveyance sensor /1
PS16
04
Conveyance sensor /2 (LS-501 only)
PS17
05
Conveyance sensor /3 (LS-501 only)
PS18
06
Tandem exit sensor (LS-501 only)
PS3
07
Stacker tray upper limit sensor
upper limit PS6
08
Paper empty sensor
Full
Other than full
PS13
09
2,000 sheets stacked sensor
ON
OFF
—
10
—
—
—
PS14
11
5,000 sheets stacked sensor
ON
OFF
PS9
12
Sub tray full sensor
Full
Other than full
PS1
13
Stacker tray set sensor
Set
Not set
RS1
14
Hand cart reset switch
PS15
15
Stacker tray arm release sensor
ON
OFF
TOB
16
Paper exit switch
MS1
17
Door switch
Open
Close
MS4
18
JAM door switch
PS8
19
Sub tray door sensor
MS2
20
Stacker tray upper limit switch
Upper limit
Other than upper limit
MS3
21
Stacker tray lower limit switch
Lower limit
Other than lower limit
PB
396
2
PS12
22
Alignment home sensor
Home
Other than
PS11
23
Shift unit home sensor
position
home position
PS5
24
Grip conveyance home sensor
01
Entrance sensor
No paper
Paper
PS2
02
SC entrance sensor
PS3
03
Cover paper entrance sensor
PS4
04
Sub tray exit sensor
PS5
05
Sub tray full sensor
Other than full
Full
M2
06
Intermediate conveyance motor
Abnormal
Normal
M91
07
Sub tray exit motor
Normal
Abnormal
PS1
75
Classifica- Symbol Code tion PB
10. SERVICE MODE Multi
Name
Display and signal source
code PS12
75
08
H SC switchback arm pressure detection
L
OFF
ON
ON
OFF
Home
Other than
position
home position
sensor PS13
09
SC switchback spring pressure detection sensor
PS14
10
SC alignment HP sensor
PS16
11
SC paper detection sensor
No paper
Paper
PS17
12
SC roller release sensor
Press the
Release the
roller
roller
Home
Other than
position
home position
Press the
Release the
roller
roller
PS18 PS19
13 14
Clamp entrance movement HP sensor Clamp entrance roller release sensor
PS21
15
Clamp alignment HP sensor
Home
Other than
PS22
16
Clamp HP sensor
position
home position
PS23
17
Clamp pressure sensor
ON
OFF
PS24
18
Clamp rotation HP sensor
Home
Other than
position
home position
Pressurize
Not pressur-
PS25
19
Clamp rotation pressure sensor
ize PS26
20
Cover paper table upper limit sensor /Fr
Upper limit
Not at upper
PS27
21
Cover paper table upper limit sensor /Rr
PS28
22
Clamp paper sensor
No paper
Paper
PS29
23
Book thickness sensor
Detection
No detection
PS31
24
Glue tank movement limit sensor
Upper limit is
Not reached
limit
reached PS32
25
Glue apply position detection sensor
No paper
Paper
PS33
26
Glue tank HP sensor
Home
Other than
position
home position
PS36
27
Pellet remain sensor
No Pellet
Pellet
PS37
28
Pellet count sensor
No detection
Detection
PS38
29
Pellet supply arm upper limit sensor
Upper limit
Not at upper limit
PS39
30
Pellet supply arm lower limit sensor
Lower limit
Not at lower limit
M32
31
Glue apply roller motor
Normal
Abnormal
PS3
32
Paper exit sensor
No paper
Paper
PS41
33
Cover paper alignment HP sensor
Home
Other than
Cover paper conveyance arm HP sensor
position
home position
No paper
Paper
PS42
34
/Rt PS43
35
Cover paper conveyance arm HP sensor /Lt
PS44
36
Cover paper switchback sensor
2
397
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
bizhub PRO 1050/1050P /1050e/1050eP
10. SERVICE MODE
Field Service Ver3.0 Nov.2006
Classifica- Symbol Code tion PB
Multi
Name
Display and signal source
code PS45
75
H
37
Cover paper sensor /Rt
PS46
38
Cover paper sensor /Lt
PS47
39
PS53
L
No paper
Paper
Cover paper table HP sensor /Fr
Other than
Home
40
Cover paper table HP sensor /Rr
home position
position
PS48
41
Cover paper folding plate HP sensor /Rt
Home
Other than
PS49
42
Cover paper folding plate HP sensor /Lt
position
home position
PS50
43
Cover paper folding plate encorder sensor
Detection
No detection
PS51
44
Cover paper folding plate position sensor
At the refer-
Not at the
ence posi-
position
tion PS52
45
Cover paper folding pressure sensor
Pressurize
Not pressurize
SW41 SW42
46 47
Cutter HP sensor Cutter HP sensor
Other than
Home
home position
position
Other than
End position
end position MS2
48
Front door switch
Close
Open
—
49
—
—
—
PS61
50
Book end sensor
Detection
No detection
PS62
51
Cover paper conveyancebelt movemen-
Home
Other than
tHP sensor
position
home position
Lower limit
Not at lower
PS63
52
Cover paper belt HP sensor
PS64
53
Cover paper belt lower limit sensor
limit PS65
54
Book load limit sensor
Not at upper
Upper limit
limit PS66
55
Book sensor /1
PS67
56
Book sensor /2
PS68
57
Book stopper HP sensor
No paper
Paper
Home
Other than
position
home position
PS69
58
Cart set sensor
Set
Not set
OB/2
59
Book stock operation board
SW OFF
SW ON
—
60
—
—
—
SW1
61
Upper door switch
Open
Close
M81
62
Exhaust fan /2
Abnormal
Normal
M4
63
Pellet supply cooling fan
PBCB
64
FNS connection detection signal
Connected
Not connected
—
65
Cover paper tray set detection signal
Not set
Set
PS71
66
Cover paper empty sensor
No paper
Paper
—
67
power cord connection detection signal
Connected
Not connected
398
2
Classifica- Symbol Code tion PB
10. SERVICE MODE Multi
Name
Display and signal source
code PS74
75
68
H Cover paper tray upper limit sensor
Upper limit
L Not at upper limit
PS75
69
Cover paper conveyance sensor /1
No paper
Paper
PS76
70
Cover paper conveyance sensor /2
PS77
71
Cover paper conveyance sensor /3
PS78
72
Cover paper conveyance sensor /4
PS79
73
Cover paper conveyance sensor /5
PS80
74
Waste box full sensor
Other than full
Full
PS81
75
Waste box set sensor
Set
Not set
M71
76
Cover paper tray fan /1
Abnormal
Normal
M72
77
Cover paper tray fan /2
M74
78
Cover paper feed motor
Abnormal
Normal
M80
79
Exhaust fan /1
PS82
80
Cover paper tray knob sensor
Locked
Unlocked
TH2
81
Glue tank temperature sensor /up
0 to 255
TH3
82
Glue tank temperature sensor /Md
0 to 255
TH4
83
Glue tank temperature sensor /Md
0 to 255
TH1
84
Glue apply roller temperature sensor
0 to 255
OB/1
85
Manual operation board
Glue apply
Glue apply
SW OFF
SW ON
Alignment
Alignment
SW OFF
SW ON
Start SW
Start SW
OFF
ON
OB/1
86
OB/1
87
Manual operation board Manual operation board
MS1
88
Pellet supply door switch
Close
Open
TH1
89
Glue apply roller temperature sensor
Abnormal
Normal
Paper
No paper
(overheat abnormality) TH1
90
Glue apply roller temperature sensor (low-temperature abnormality)
TH2
91
Glue tank temperature sensor /up (overheat abnormality)
TH2
92
Glue tank temperature sensor /up (low-temperature abnormality)
TH3
93
Glue tank temperature sensor /Md (overheat abnormality)
94
Glue tank temperature sensor /Md (low-temperature abnormality)
TH
95
Glue tank temperature sensor /Lw (overheat abnormality)
96
Glue tank temperature sensor /Lw (low-temperature abnormality)
ADU
PS35 PS43
80
01
ADU conveyance sensor /1
02
ADU exit sensor
2
399
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
bizhub PRO 1050/1050P /1050e/1050eP
10. SERVICE MODE
Field Service Ver3.0 Nov.2006
Classifica- Symbol Code tion ADU
400
Multi
Name
code PS49
80
Display and signal source H
03
ADU accelerate sensor
PS42
04
ADU deceleration sensor
PS44
05
PS46
L
Paper
No paper
ADU handle release sensor
Release
Set
06
ADU reverse sensor /1
Paper
No paper
PS45
07
ADU reverse sensor /2
PS36
08
ADU conveyance sensor /2
10. SERVICE MODE
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006 (2) Output check list Note • Do not output codes which are not described in the output check list. Classifi- Symbol
Code
cation
Multi
Name
code
Analog
L1,FM19
00
00
Exposure lamp + Scanner cooling fan
signal
M6
01
00
Toner bottle motor
—
02
00
—
03
00
—
04
00
—
05
00
—
06
00
—
07
00
—
08
00
—
09
00
—
15
01
Data collection count clear
02
Mode memory clear
98
CS Remote Care memory initialization
Data
Remark
—
clear
Used in the CS Remote Care mode
— Paper feed
M22
17
00
Cleaning blade packing lock move
—
18
01
—
CL11
02
Forced separation clutch (Tray /4)
—
03
—
01
Separation clutch /1 (Tray /1)
CL7
02
Separation clutch /2 (Tray /2)
CL7
03
Separation clutch /1 (Tray /3)
CL10
04
Separation clutch /2 (Tray /4)
CL13
05
Separation clutch /3 (Tray /5)
M4,
06
Paper feed motor + Separation clutch /1
CL5
19
CL5
(Tray /1)
M4,
07
CL7
Paper feed motor + Separation clutch /2 (Tray /2)
M40,
08
CL7
Paper feed motor + Separation clutch /1 (Tray /3)
M40,
09
CL10
Paper feed motor + Separation clutch /2 (Tray /4)
M40,
10
CL13 SD3
Used in re-packing
Paper feed motor + Separation clutch /3 (Tray /5)
20
01
Pick-up solenoid /1 (Tray /1)
SD4
02
Pick-up solenoid /2 (Tray /2)
SD14
03
Pick-up solenoid /1 (Tray /3)
SD15
04
Pick-up solenoid /2 (Tray /4)
SD16
05
Pick-up solenoid /3 (Tray /5)
401
bizhub PRO 1050/1050P /1050e/1050eP
10. SERVICE MODE Classifi- Symbol
Field Service Ver3.0 Nov.2006 Code
cation
Multi
Remark
code
Paper
CL4
01
Paper feed clutch /1 (Tray /1)
feed
CL6
02
Paper feed clutch /2 (Tray /2)
CL6
03
Paper feed clutch /1 (Tray /3)
CL9
04
Paper feed clutch /2 (Tray /4)
CL12
05
Paper feed clutch /3 (Tray /5)
01
Vertical conveyance clutch /1
CL3
02
Vertical conveyance clutch /3
CL1
03
Pre-registration clutch /1 (Tray /3)
CL3
04
Pre-registration clutch /2 (Tray /4)
CL4
05
Pre-registration clutch /3 (Tray /5)
CL2
06
Vertical conveyance clutch /2
CL2
07
Intermediate clutch /Up (PF)
CL5
08
Intermediate clutch /Lw (PF)
M8
09
Vertical conveyance motor (290 mm/s)
10
Vertical conveyance motor (425 mm/s)
11
Vertical conveyance motor (490 mm/s)
12
Vertical conveyance motor (1000 mm/s)
13
Paper feed motor + Vertical conveyance
CL1
21
22
M4, CL1
clutch /1
M4,
14
CL3 15
CL1
Paper feed motor + Pre-registration clutch /1 (PF)
M40,
16
CL3
Paper feed motor + Pre-registration clutch /2 (PF)
M40,
17
CL4
Paper feed motor + Pre-registration clutch /3 (PF)
M4,
18
CL2
Paper feed motor + Vertical conveyance clutch /2
M40,
19
CL2
Paper feed motor + Intermediate clutch / Up (PF)
M40,
20
CL5 M25
Paper feed motor + Vertical conveyance clutch /3
M40,
Paper feed motor + Intermediate clutch / Lw (PF)
01
Paper lift motor /1 (Tray /1)
From the tray lowering
M26
02
Paper lift motor /2 (Tray /2)
position to the upper limit
M42
03
Paper lift motor /1 (Tray /3)
M43
04
Paper lift motor /2 (Tray /4)
M44
05
Paper lift motor /3 (Tray /5)
01
Tray lock solenoid /1 (Tray /1)
SD2
02
Tray lock solenoid /2 (Tray /2)
SD10
03
Tray lock solenoid /1 (Tray /3)
SD11
04
Tray lock solenoid /2 (Tray /4)
SD12
05
Tray lock solenoid /3 (Tray /5)
SD1
402
Name
23
24
Classifi- Symbol
Code
cation Paper
10. SERVICE MODE Multi
Name
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
Remark
code M5
25
feed
M18
M9
26
27
M13
M4
28
M40
01
Conveyance motor (290 mm/s)
02
Conveyance motor (425 mm/s)
03
Conveyance motor (490 mm/s)
01
Loop motor (1000 mm/s)
02
Loop motor (825 mm/s)
03
Loop motor (520 mm/s)
04
Loop motor (490 mm/s)
05
Loop motor (425 mm/s)
06
Loop motor (290 mm/s)
01
Paper exit motor /1 (290 mm/s)
02
Paper exit motor /1 (425 mm/s)
03
Paper exit motor /1 (490 mm/s)
04
Paper exit motor /1 (520 mm/s)
05
Paper exit motor /1 (825 mm/s)
06
Paper exit motor /1 (1000 mm/s)
10
Reverse paper exit motor (1000 mm/s)
11
Reverse paper exit motor (825 mm/s)
12
Reverse paper exit motor (520 mm/s)
01
Paper feed motor
02
Paper feed motor (PF)
SD5
29
00
Drum claw solenoid
M41
30
01
PF exit conveyance motor (290 mm/s)
02
PF exit conveyance motor (1000 mm/s)
03
PF exit conveyance motor (490 mm/s)
04
PF exit conveyance motor (425 mm/s)
Scanner M27
31
00
Home search + Scan
M21,
32
00
Polygon motor (low speed) + Polygon
FM18
cooling fan 01
Polygon motor (middle speed) + Polygon cooling fan
02
Polygon motor (high speed) + Polygon cooling fan
M27,L1
34
00
Shading correction
M27,
35
00
DF scan position move + Scanner cooling
FM19
fan
M27
36
00
Scanner packing lock move
Used in re-packing
—
37
—
—
LDB, M21
38
00
LD current value measurement (LD alarm level) Can be confirmed with list output
403
bizhub PRO 1050/1050P /1050e/1050eP
10. SERVICE MODE Classifi- Symbol
Field Service Ver3.0 Nov.2006 Code
cation Main
Multi
Name
code M1
40
body
M2,M3
41
00
Fusing motor
01
Fusing motor (290 mm/s)
02
Fusing motor (425 mm/s)
03
Fusing motor (490 mm/s)
00
Drum motor + Developing motor
01
Drum motor (290 mm/s) + Developing motor
02
Drum motor (425 mm/s) + Developing motor
03
Drum motor (490 mm/s) + Developing motor
FM19
01
Scanner cooling fan
02
Suction fan /1 (high speed)
03
Suction fan /1 (low speed)
FM5
04
Developing suction fan
FM1
06
Cooling fan /1 (high speed)
07
Cooling fan /1 (low speed)
08
Cooling fan /2 (high speed)
09
Cooling fan /2 (low speed)
10
Cooling fan /3 (high speed)
11
Cooling fan /3 (low speed)
13
Suction fan /2, /3 (high speed)
14
Suction fan /2, /3 (low speed)
FM18
15
Polygon cooling fan
FM9
16
Paper exit cooling fan /1
FM10
17
Paper exit cooling fan /2
FM20,
18
Paper feed assist fan /Fr1, /Rr1 (Tray /1)
19
Paper feed assist fan /Fr2, /Rr2 (Tray /2)
20
Paper feed assist fan /Fr1, /Rr1 (Tray /3)
21
Paper feed assist fan /Fr2, /Rr2 (Tray /4)
22
Paper feed assist fan /Fr3, /Rr3 (Tray /5)
FM4
23
Transfer/separation suction fan
FM25,
24
Power supply cooling fan /1, /2
FM12
25
IPB cooling fan
FM11
26
Pump cooling fan
FM27
27
Power supply cooling fan /3 (high speed)
28
Power supply cooling fan /3 (low speed)
FM6
FM2
FM3
FM7,8
42
FM21 FM22, FM23 FM41, FM42 FM43, FM44 FM45, FM46
FM26
404
Remark
Classifi- Symbol
Code
cation
10. SERVICE MODE Multi
Name
Remark
code
Main
CNT1
body
01
Total counter
CNT2
02
Key counter
PS54
03
Centering sensor LED
01
Transfer assist motor
M19
43
44
Perform with ADU pulled out to prevent drum damage
M24
45
06
Web motor
Peculiar M23
46
00
Charger cleaning motor (shuttle)
01
Charger cleaning motor (to the back)
02
Charger cleaning motor (to the front)
00
Transfer/separation cleaning motor (shut-
functions
M20
47
tle) 01
Transfer/separation cleaning motor (to the back)
02
Transfer/separation cleaning motor (to the front)
OB2
48
00
Illuminate all LEDs
M20,
49
00
Charger cleaning + Transfer/separation
M23
cleaning (shuttle)
M3,M2
50
00
Developing motor + Drum motor
EL
51
00
Erase lamp
TSL
52
00
Transfer exposure lamp
—
53
01
Status indicator lamp — PAT1 ON
02
Status indicator lamp — PAT2 ON
03
Status indicator lamp — PAT3 ON
04
Status indicator lamp — PAT4 ON
00
Intermediate hopper motor
M7
03
Toner hopper motor
M28
04
Toner pump motor (high speed)
05
Toner pump motor (low speed)
06
Air pump motor (high speed)
07
Air pump motor (low speed)
08
Toner pump motor (high speed) +
M11
54
M29
M28, M29
Air pump motor (high speed) 09
M10
Toner pump motor (low speed) +
Used after moving the
Air pump motor (low speed)
machine
10
Air separation motor
LCDB
55
00
Message test
M30
56
00
Recycle cut motor
—
57
—
—
58
—
—
59
—
—
PCS part
405
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
bizhub PRO 1050/1050P /1050e/1050eP
10. SERVICE MODE Classifi- Symbol
Field Service Ver3.0 Nov.2006 Code
cation DF
Multi
Name
code M302
60
1
Original feed motor forward rotation
M302
2
Original feed motor reverse rotation
M301
3
Original conveyance motor forward rotation
M301
4
Original conveyance motor reverse rotation
M304
5
Original exit motor /1 forward rotation
M304
6
Original exit motor /1 reverse rotation
M305
7
Original exit motor /2 forward rotation
M305
8
Original exit motor /2 reverse rotation
M303
9
Tray up down motor forward rotation
M303
10
Tray up down motor reverse rotation
SD302
11
Paper press release solenoid
SD303
12
Gate solenoid
SD304
13
Paper exit gate solenoid
SD301
14
SDF switch solenoid
FM301,
15
Cooling fan /Lt + cooling fan /Rt
01
Entrance conveyance motor
M2
02
Punch conveyance motor
M3
03
Intermediate conveyance motor
M4
04
1st folding motor forward
M4
05
1st folding motor reverse
M5
06
2nd folding motor forward
M5
07
2nd folding motor reverse
M6
08
3rd folding motor forward
M6
09
3rd folding motor reverse
M7
10
PI conveyance motor
M8
11
Paper lift motor /Up (down)
M8
12
Paper lift motor /Up (up)
M9
13
Paper lift motor /Lw (down)
M9
14
Paper lift motor /Lw (up)
M17
15
Main tray paper exit motor
M10
21
Punch motor (3 holes/4 holes)
M10
22
Punch motor (2 holes)
M11
23
Tray up down motor (home search)
M12
24
Alignment motor (home search)
M13
26
Punch registration motor (home search)
M14
27
FM302 FD
M1
70
1st folding release motor (conveyance position move)
M14
28
1st folding release motor (folding position move)
406
1
Remark
Classifi- Symbol
Code
cation FD
10. SERVICE MODE Multi
Name
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
Remark
code M15
70
29
2nd folding release motor (conveyance position move)
M15
30
2nd folding release motor (folding position move)
M16
31
3rd folding release motor (conveyance position move)
M16
32
3rd folding release motor (folding position move)
SD
SD1
61
Entrance gate solenoid
SD3
62
S size gate solenoid
SD4
63
L size gate solenoid
SD5
64
Roller solenoid /1
SD6
65
Roller solenoid /2
SD7
66
Roller solenoid /3
SD8
67
Roller solenoid /4
SD9
68
Sub tray gate solenoid
SD12
69
Paper exit solenoid
SD13
70
PI pick-up solenoid /Up
SD14
71
PI pick-up solenoid /Lw
SD15
72
Folding gate solenoid
—
73
—
SD18
74
2nd folding roller solenoid
CL1
75
PI registration clutch /Up
CL2
76
PI registration clutch /Lw
—
81
—
MFDB1
82
Multi feed detection board /1 (CLK output)
FDOB
89
FD operation board (lit all LEDs)
JAMIB
90
Jam indicator board (lit all LEDs)
—
99
—
01
Entrance conveyance motor
M2
02
Horizontal conveyance motor
M3
03
Folding entrance motor
M4
04
Folding conveyance motor
M4
05
Folding conveyance motor
M6
06
Right angle conveyance motor
M29
07
Stapler motor /Rt (stapling)
M30
08
Stapler motor /Lt (stapling)
M5
09
Bundle exit motor
M8
10
Folding sub scan alignment exit motor
M5
21
Bundle exit motor (home search)
M7
24
Folding main scan alignment motor /Fr
M1
71
(home search)
1
407
bizhub PRO 1050/1050P /1050e/1050eP
10. SERVICE MODE Classifi- Symbol
Field Service Ver3.0 Nov.2006 Code
cation SD
Multi
Name
Remark
code M7
71
25
Folding main scan alignment motor /Fr (alignment)
M8
27
Folding sub scan alignment exit motor (home search)
M9
29
Saddle stitching alignment motor /Rt (home search)
M9
30
Saddle stitching alignment motor /Rt (inward movement)
M10
31
Bundle arm motor (home search)
M10
32
Bundle arm motor (inward movement)
M11
33
Bundle clip motor (home search)
M12
34
Bundle registration motor (home search)
M13
35
Overlap motor (home search)
M14
36
Folding main scan alignment motor /Rr (home search)
M14
37
Folding main scan alignment motor /Rr (forward movement)
M15
39
Stapler movement motor (home search)
M15
40
Stapler movement motor
M16
41
Saddle stitching alignment motor /Lt (home search)
M16
42
Saddle stitching alignment motor /Lt (inward movement)
M17
43
Bundle press movement motor (home search)
M18
44
1st folding blade motor (home search)
M19
45
2nd folding blade motor (home search)
M20
46
Clincher up down motor (home search)
M20
47
Clincher up down motor (stapling)
M21
48
Saddle stitching press motor (home search)
M22
49
Bundle arm rotation motor (home search)
M23
50
Bundle press motor (home search)
M24
51
Bundle press stage up down motor (home search)
M25
52
Guide shaft motor (home search)
M31
53
Trimmer blade motor (home search)
M31
54
Trimmer blade motor (trimming position)
Available after 71-53 (home search)
M32
55
Trimmer press motor (home search)
M32
56
Trimmer press motor (upper limit search)
M32
57
Trimmer press motor (pressing)
Available after 71-55 (home search)
408
1
Classifi- Symbol
Code
cation SD
10. SERVICE MODE Multi
Name
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
Remark
code M32
71
58
Trimmer press motor (movement to trim-
Available after 71-55
mer board release position)
(home search)
M10
59
Bundle arm motor (inward movement)
M23
60
Bundle press motor (pressing)
M24
61
Bundle press stage up down motor (up)
M24
62
Bundle press stage up down motor (home search for the bundle registration plate)
FS
M26
63
Bundle arm assist motor (home search)
SD1
71
Entrance gate solenoid
SD2
72
Right angle conveyance gate solenoid
SD3
73
Horizontal conveyance gate solenoid
SD4
74
Roller release solenoid /4
SD5
75
Roller release solenoid /1 (roller press)
SD5
76
Roller release solenoid /1 (roller release)
SD6
77
Roller release solenoid /2
SD7
78
Roller release solenoid /3 (roller press)
SD7
79
Roller release solenoid /3 (roller release)
SD8
80
Folding unit lock solenoid (lock)
SD8
81
Folding unit lock solenoid (release)
SD11
82
Trimmer board solenoid (ON once)
SD11
83
Trimmer board solenoid (ON twice)
CL1
86
Tri-folding exit clutch
FM1
87
Scraps removal fan motor
—
95
Trimmer board solenoid operation
Reset after replace the
counter reset
trimmer board.
M1 M3
M22
72
01
Conveyance motor (1000 mm/sec)
06
Tray up down motor (home search)
07
Tray up down motor (lower limit move)
08
Tray up down motor (staple mode up down)
11
Alignment motor /Fr (home search)
12
Alignment motor /Fr (A4S standby position move) Note: effective after 72-11 home search
13
Alignment motor /Fr (A4S position move) Note: effective after 72-12 A4S standby position move
14
Alignment motor /Fr (A4S standby position move) Note: effective after 72-13 A4S position move
M7
M8
16
Main tray paper exit motor (800 mm/sec)
17
Main tray paper exit motor (205 mm/sec)
21
Paper exit opening motor (home search)
1
409
bizhub PRO 1050/1050P /1050e/1050eP
10. SERVICE MODE Classifi- Symbol
Field Service Ver3.0 Nov.2006 Code
cation FS
Multi
Name
code M8
72
22
Paper exit opening motor (full opening: approx. 55°)
23
Paper exit opening motor (half opening: approx. 44°)
24
Paper exit opening motor (small opening: approx. 27°)
M31
M30
M11
26
Stapler motor /Fr (needles out, empty staple)
27
Stapler motor /Fr (staple)
28
Stapler motor /Rr (needles out, empty staple)
29
Stapler motor /Rr (staple)
31
Stapler movement motor (home search)
32
Stapler movement motor (A4 1 staple position move)
M13
36
Stacker entrance motor (1000 mm/sec)
M26
41
Rear stopper motor (home search)
42
Rear stopper motor (stopper release)
SD5
46
Bypass solenoid
SD2
47
Gate solenoid
SD9
48
Paper exit opening solenoid (ON/OFF)
SD7
49
Intermediate roller release solenoid
M24
51
Stacker assist motor (home search)
M24
52
Stacker assist motor (assist position move)
M25
56
Intermediate roller open/close motor (home search)
57
Intermediate roller open/close motor (reserve position move)
M23
61
Paper exit arm motor (home search)
62
Paper exit arm motor (800 mm/sec)
63
Paper exit arm motor (400mm/sec)
M6
66
Sub tray paper exit motor (1000 mm/sec)
M5
71
Alignment motor /Rr (home search)
72
Alignment motor /Rr (A4S standby position move) Note: effective after 72-71 home search
73
Alignment motor /Rr (A4S position move) Note: effective after 72-72 A4S standby position move
74
Alignment motor /Rr (A4S standby position move) Note: effective after 72-73 A4S position move
M2
76
Paddle motor (ON/OFF)
M5,
78
Alignment motor /Rr, /Fr (home search)
M22
410
Remark
Classifi- Symbol
Code
cation FS
10. SERVICE MODE Multi
Name
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
Remark
code M5,
78
79
M22
Alignment motor /Rr, /Fr (A4 standby position move) Note: effective after 72-78 home search
80
Alignment motor /Rr, Fr (A4 position move) Note: effective after 72-79 A4 standby position move
JAMIB
90
Jam indicator board (illuminate all LEDs)
—
99
No paper running mode 20 sheets of A3 with 2 staples
LS
M2
01
Conveyance motor (490 mm/s)
02
Conveyance motor (1000 mm/s)
03
Sub tray paper exit motor (490 mm/s)
04
Sub tray paper exit motor (1000 mm/s)
05
Tandem conveyance motor (490 mm/s)
06
Tandem conveyance motor (1000 mm/s)
07
Grip conveyance motor (490 mm/s)
08
Grip conveyance motor (1300 mm/s)
09
Alignment motor (initial operation)
10
Alignment motor
11
Shift unit motor (home search)
12
Shift unit motor
13
Stacker tray up down motor (down)
14
Stacker tray up down motor (up)
SD1
15
1st gate solenoid
SD10
16
2nd gate solenoid (LS-501 only)
SD9
17
Front stopper solenoid
SD3
18
Rear stopper solenoid
SD8
19
Paper press solenoid /3
SD6
20
Paper press solenoid /1
SD4
21
Front door lock solenoid
SD5
22
Entrance conveyance lock solenoid
tandem (1st)
M3
M6
M4
M7
M5
M1
73
SD11
Tandem conveyance lock solenoid
SD2
23
Job partition solenoid
SD7
24
Paper press solenoid /2
FM1, FM3,
25
Paper cooling fan /Fr, /Mi
FM2, FM6 FM5
Paper cooling fan motor /1, /2 26
Paper cooling fan /Rr
411
bizhub PRO 1050/1050P /1050e/1050eP
10. SERVICE MODE Classifi- Symbol
Field Service Ver3.0 Nov.2006 Code
cation LS
Name
code M2
74
01
Conveyance motor (490 mm/s)
02
Conveyance motor (1000 mm/s)
03
Sub tray paper exit motor (490 mm/s)
04
Sub tray paper exit motor (1000 mm/s)
05
Tandem conveyance motor (490 mm/s)
06
Tandem conveyance motor (1000 mm/s)
07
Grip conveyance motor (490 mm/s)
08
Grip conveyance motor (1300 mm/s)
09
Alignment motor (initial operation)
10
Alignment motor
11
Shift unit motor (home search)
12
Shift unit motor
13
Stacker tray up down motor (down)
14
Stacker tray up down motor (up)
SD1
15
1st gate solenoid
SD10
16
2nd gate solenoid (LS-501 only)
SD9
17
Front stopper solenoid
SD3
18
Rear stopper solenoid
SD8
19
Paper press solenoid /3
SD6
20
Paper press solenoid /1
SD4
21
Front door lock solenoid
SD5
22
Entrance conveyance lock solenoid
tandem (2nd)
Multi
M3
M6
M4
M7
M5
M1
SD11
Tandem conveyance lock solenoid (LS501 only)
SD2
23
Job partition solenoid
SD7
24
Paper press solenoid /2
FM1,
25
Paper cooling fan /Fr, Mi
26
Paper cooling fan /Rr
01
Entrance conveyance motor
M2
02
Intermediate conveyance motor
SD1
03
Entrance gate solenoid
SD2
04
Bypass gate solenoid
SD3
05
Sub tray gate solenoid
SD4
06
Sub tray exit solenoid
M11
07
SC entrance conveyance motor
M12
08
SC switchback conveyance motor
FM3 FM5 PB
M1
75
(F rotation) 09
SC switchback conveyance motor (R rotation)
412
2
Remark
Classifi- Symbol
Code
cation PB
10. SERVICE MODE Multi
Name
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
Remark
code M13
75
10
SC switchback release motor (home position search)
11
SC switchback release motor (High pressing position move)
12
SC switchback release motor (Low pressing position move)
M15
13
SC alignment motor (home position search)
14
SC alignment motor (A4 standby position
75-13 must have been
move)
performed in advance.
15
SC alignment motor (alignment)
M17
16
SC bundle conveynace motor
M18
17
SC roller release motor (home position search)
18
SC roller release motor (movement to the pressing position)
M19
19
Clamp entrance movement motor (home position search)
20
Clamp entrance movement motor(move-
The following adjustments must
ment to the entrance position)
have been made in advance. 1. 75-96 2. 75-31 3. 75-32 4. 75-19 5. 75-29
M20
21
Clamp entranse roller release motor (home position search)
22
Clamp entranse roller release motor (pressing position move)
SD11
23
FD alignment solenoid
SD12
24
SC stopper solenoid
SD13
25
SC pressure arm solenoid
M21
26
Clamp alignment motor (home position search)
27
Clamp alignment motor (A4 standby position move)
M22
28
Clamp alignment motor (alignment)
29
Clamp motor (home position search)
30
Clamp motor (movement to the clamp position)
M23
31 32
Clamp rotation motor (home position
75-19 must have been
search)
performed in advance.
Clamp rotation motor (movement to the
75-19 must have been
compile position)
performed in advance.
2
413
bizhub PRO 1050/1050P /1050e/1050eP
10. SERVICE MODE Classifi- Symbol
Field Service Ver3.0 Nov.2006 Code
cation PB
Multi
Name
Remark
code SD91 M31
75
33
Straight gate solenoid
34
Glue tank movement motor (home posi-
The following adjust-
tion search)
ments must have been made in advance. 1. 75-55 2. 75-29
35
Glue tank movement motor (tank forward
The following adjust-
movement )
ments must have been made in advance. 1. 75-55 2. 75-29 3. 75-34 4. 75-49 5. 75-51
36
Glue tank movement motor (tank back-
The following adjust-
ward movement )
ments must have been made in advance. 1. 75-35 2. 75-29 3. 75-34 4. 75-49 5. 75-51 6. 75-35
M32
37
Glue apply roller motor
SD31
38
Glue tank up solenoid /1
SD32
39
Cover paper glue up solenoid
H1
40
Glue tank heater
H2
41
Glue apply roller heater
M33
42
Pellet supply motor
The following adjustments must have been made in advance. 1. 75-55 2. 75-29 3. 75-34 4. 75-44
M34
43
Pellet supply arm motor (home position search)
44
Pellet supply arm motor
The following adjust-
(movement to the supply position)
ments must have been made in advance. 1. 75-55 2. 75-29 3. 75-34
M41
414
2
45
Cover paper alignment motor
75-55 must have been
(home position search)
performed in advance.
Classifi- Symbol
Code
cation PB
10. SERVICE MODE Multi
Name
Remark
code M41
75
46
Cover paper alignment motor
The following adjust-
(A3 standby position move)
ments must have been made in advance. 1. 75-55 2. 75-45 3. 75-57 4. 75-60
47
Cover paper alignment motor (alignment)
The following adjustments must have been made in advance. 1. 75-55 2. 75-45 3. 75-57 4. 75-60 5. 75-46
M42
48
Book exit motor
75-55 must have been performed in advance.
M43
49
Cover paper conveyance arm motor /Rt
The following adjust-
(home position search)
ments must have been made in advance. 1. 75-55 2. 75-29 3. 75-34
50
Cover paper conveyance arm motor /Rt
The following adjust-
(roller pressure)
ments must have been made in advance. 1. 75-55 2. 75-29 3. 75-34 4. 75-49
M44
51
Cover paper conveyance arm motor /Lt
The following adjust-
(home position search)
ments must have been made in advance. 1. 75-55 2. 75-29 3. 75-34
52
Cover paper conveyance arm motor /Lt
The following adjust-
(roller pressure)
ments must have been made in advance. 1. 75-55 2. 75-29 3. 75-34 4. 75-51
2
415
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
bizhub PRO 1050/1050P /1050e/1050eP
10. SERVICE MODE Classifi- Symbol
Field Service Ver3.0 Nov.2006 Code
cation PB
Multi
Name
Remark
code M45
75
53 54
M46
55
M47
Cover paper conveyance motor (F rota-
75-55 must have been
tion)
performed in advance.
Cover paper conveyance motor (R rota-
75-55 must have been
tion)
performed in advance.
Cover paper table up down motor /Fr, /Rr (home position search)
56
Cover paper table up down motor /Fr, /Rr
The following adjust-
(book spine corner creation)
ments must have been made in advance. 1. 75-55 2. 75-29 3. 75-34 4. 75-49 5. 75-50 6. 75-51 7. 75-52 8. 75-19 9. 75-31 10. 75-30 11. 75-32 12. 75-45 13. 75-58 14. 75-61
M48
57 58
Cover paper folding motor /Rt
75-55 must have been
(home position search)
performed in advance.
Cover paper folding motor /Rt
The following adjust-
(movement to the open position)
ments must have been made in advance. 1. 75-55 2. 75-45
59
Cover paper folding motor /Rt
The following adjust-
(movement to the close position)
ments must have been made in advance. 1. 75-55 2. 75-45 3. 75-58
M49
60 61
Cover paper folding motor /Lt
75-55 must have been
(home position search)
performed in advance.
Cover paper folding motor /Lt
The following adjust-
(movement to the open position)
ments must have been made in advance. 1. 75-55 2. 75-45
416
2
Classifi- Symbol
Code
cation PB
10. SERVICE MODE Multi
Name
Remark
code M50
75
62
Cutter motor (home position search)
75-55 must have been performed in advance.
63
Cutter motor(cut position movement)
75-55 must have been performed in advance.
SD41
64
Cover paper lift solenoid
—
65
—
—
66
—
M61
67
Cover paper belt motor
M62
68
Cover paper belt movement motor (home position search)
69 70
Cover paper belt movement motor
75-68 must have been
(A4 standby position move)
performed in advance.
Cover paper belt movement motor (book stock alignment)
M63
71
Cover paper belt up down motor (home position search: upper limit)
72
Cover paper belt up down motor
The following adjust-
(movement to the lower position)
ments must have been made in advance. 1. 75-68 2. 75-69
M64
73
Book movement motor
M65
74
Book stopper motor (home position search)
75
Book stopper motor
75-74 must have been
(A4 standby position move)
performed in advance.
M73
76
Cover paper tray lift motor
M74
77
Cover paper feed motor
SD71
78
Cover paper pick up solenoid
SD72
79
Cover paper tray solenoid
M71
80
Cover paper tray fan /1
M72
81
Cover paper tray fan /2
MC71
82
Cover paper pick up clutch
MC72
83
Cover paper separation clutch
SD80
84
Front door lock solenoid (locked)
85
Front door lock solenoid (released)
M80
86
Exhaust fan /1
—
87
Multi feed clock output signal
JAMIB/
88
Jam indicator board /1 /2 (all the lights on)
89
Manual operation board (all the lights on)
1 JAMIB/ 2 OB/1
2
417
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
bizhub PRO 1050/1050P /1050e/1050eP
10. SERVICE MODE Classifi- Symbol
Field Service Ver3.0 Nov.2006 Code
cation PB
Multi
Name
M81
75
SD61
90
Exhaust fan /2
91
Book door solenoid (lock)
92
Book door solenoid (release)
95
Cover paper feed operation for the
75-96 must have been
M72,
adjustment of the multi feed detection
performed in advance.
M73,
board.
M71,
M74, SD71, SD72, MC71, MC72 — ADU
96
All initial operation
01
Reverse/exit solenoid
SD6
02
ADU lock solenoid
SD8
03
Thick paper assist solenoid
01
Registration motor (490 mm/s)
02
Registration motor (290 mm/s)
03
Registration motor (425 mm/s)
01
Reverse motor (F rotation: 1000 mm/s)
02
Reverse motor (F rotation: 490 mm/s)
03
Reverse motor (R rotation: 1000 mm/s)
04
Reverse motor (F rotation: 520 mm/s)
05
Reverse motor (F rotation: 290 mm/s)
06
Reverse motor (R rotation: 520 mm/s)
07
Reverse motor (F rotation: 825 mm/s)
08
Reverse motor (F rotation: 425 mm/s)
09
Reverse motor (R rotation: 825 mm/s)
01
ADU conveyance motor /1 (1000 mm/s)
02
ADU conveyance motor /1 (490 mm/s)
03
ADU conveyance motor /1 (520 mm/s)
04
ADU conveyance motor /1 (290 mm/s)
05
ADU conveyance motor /1 (825 mm/s)
06
ADU conveyance motor /1 (425 mm/s)
07
ADU conveyance motor /2 (1000 mm/s)
08
ADU conveyance motor /2 (490 mm/s)
09
ADU conveyance motor /2 (520 mm/s)
10
ADU conveyance motor /2 (290 mm/s)
11
ADU conveyance motor /2 (825 mm/s)
12
ADU conveyance motor /2 (425 mm/s)
01
Reverse paper exit motor (F rotation:
SD7
M17
M12
M15
80
83
84
85
M16
M13
86
1000 mm/s) 02
Reverse paper exit motor (F rotation: 490 mm/s)
418
2
Remark
code
Classifi- Symbol
Code
cation ADU
10. SERVICE MODE Multi
Name
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
Remark
code M13
86
03
Reverse paper exit motor (R rotation: 1000 mm/s)
04
Reverse paper exit motor (F rotation: 520 mm/s)
05
Reverse paper exit motor (F rotation: 290 mm/s)
06
Reverse paper exit motor (R rotation: 520 mm/s)
07
Reverse paper exit motor (F rotation: 825 mm/s)
08
Reverse paper exit motor (F rotation: 425 mm/s)
09
Reverse paper exit motor (R rotation: 825 mm/s)
FM13,
00
ADU cooling fan /3
FM14,
ADU cooling fan /1
FM15
ADU cooling fan /2
M14
Others
87
— —
88
90 91
01
ADU accelerate motor (1000 mm/s)
02
ADU accelerate motor (490 mm/s)
03
ADU accelerate motor (520 mm/s)
04
ADU accelerate motor (290 mm/s)
05
ADU accelerate motor (825 mm/s)
06
ADU accelerate motor (425 mm/s)
00
Finishing option adjustment data EEPROM Perform after installation
00
storage (installation data)
adjustment
Main body adjustment data parameter
Perform after installation
board storage (installation data)
adjustment
—
92
00
Parameter board data reset
Cannot adjust in the field
—
93
00
Finishing option adjustment data each
Cannot adjust in the field
EEPROM storage —
94
00
Adjustment data display
—
96
00
Main body adjustment data parameter
Cannot adjust in the field
board storage (initial data) —
97
00
Image memory (DRAM) capacity check
—
98
00
Image memory (DRAM) check
HDD1
99
01
HDD1 total capacity
02
HDD1 remaining capacity check
03
HDD1 bad sectors check and recovery
419
bizhub PRO 1050/1050P /1050e/1050eP
10. SERVICE MODE
Field Service Ver3.0 Nov.2006
10.7 List output
tion modes and the results of communications are displayed in the numbers of 4 digit number.
Conduct various list outputs, test pattern outputs and
For the meaning of them, refer to the table
running tests.
below.
10.7.1
Communication mode
List output
Results of communication
Output various lists. 0000 —
Transmitted successfully
(1) Procedure 0001 Initial transmission
1. Enter the service mode.
Connection time out when transmitting
2. "Service mode menu screen"
0002 Emergency trans-
Press the [05 List Output] key.
3. A sub menu appears on the right side of the
mission 0004 Emergency recovery
screen.
transmission
Press the [01 List Output] key.
4. "List output mode menu screen" The list output mode menu includes the following items.
Received successfully
0005 —
Reception failed
0008 Transmission for
—
warning 0010 Warning recovery
• Machine Management List
—
—
transmission
• Adjustment Data List
0020 Maintenance start
• Pixel Ratio Data List
—
transmission
• Parameter List
0040 Maintenance com-
• Font Pattern
—
pletion transmission
• Communication Log List *1 • Memory Dump List
0080 Administrator trans-
—
mission Note
0100 Fixed date transmis-
• If you set DIPSW30-1 to 1, the parameter list and after are displayed.
sion 0200 Response transmis-
• Do not use the parameter list and the memory dump list in the field because they are for development.
5. Press the key for an item you want to output. 6. "List output mode menu screen" Press the [COPY] key.
7. Press the Start button to output the selected list.
To output other lists, repeat steps 4 to 8. Prints out the latest 30 items of the sending and receiving history of the mail remote notification system and the CS Remote Care. The start time of communications, the time period of communi(modem
only),
the communication
modes, the results of communications, and the senders (mail only) are printed. The communica-
420
0***
—
Transmission failed
1000 Enquiry
—
2000 Data rewrite
—
4000 Response reception
—
8000 Test mail
—
RFC1846, 2554 and 2821 are displayed in this place
9. "List output mode menu screen"
cations
—
sion
The SMTP reply codes (200 to 554) prescribed in the
8. Press the [SERVICE] key.
*1
—
of ***.
10. SERVICE MODE
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
10.8 Test mode 10.8.1
Test pattern output mode
Output various test patterns to use them for troubleshooting. NOTE • Do not use any test pattern number not described in the service manual. (1) Procedure
1. Enter the service mode. 2. "Service mode menu screen" Press the [06 Test Mode] key.
3. A sub menu appears on the right side of the screen. Press the [01 Test Pattern Output Mode] key.
4. "Test pattern output mode screen" Enter the test pattern No. you want to output through the numeric keys and press the [Set] key and then press the [COPY] key.
5. Set A3 or 11 x 17 paper. Press the Start button to output the test pattern.
6. Press the [SERVICE] key. 7. To output other test patterns, repeat steps 4 to 6.
421
bizhub PRO 1050/1050P /1050e/1050eP
10. SERVICE MODE
Field Service Ver3.0 Nov.2006
halftone (8-bit output) No.1 Overall (created by random dot pattern) [Check item] • When density is set to 70 (halftone) If there are white stripes, black stripes, determine whether the fault is with the scanner system or the process system. [Recommended checkpoints]: Developing unit, cleaning unit, charger unit, transfer/separation charger unit, scanner mirrors, slit glass, original glass • When density is set to 0 (white) If the test pattern is gray background image, determine whether the fault is with the process. [Recommended checkpoints]: Charger, high voltage contact • When density is set to 255 (black) If the density is light, determine whether the fault is with the process. [Recommended checkpoints]: Write unit *
For information about setting the density, see "10.8.2 Test pattern density".
Note • All print outputs in the user mode are outputted with 1-bit or 2-bit error diffusion. However, since this pattern is output in 8-bit, an uneven density is apt to conspicuous. Therefore, when checking an uneven density in halftones (other than 0 and 255 in the density setting), be sure to use the test pattern No. 9.
Test patterns When the density is set to 70
When the density is set to 0
When the density is set to 255
1050fs3011c
422
10. SERVICE MODE
No.3 Gradation pattern (8-bit output) [Check item] • Check the pattern to see if the laser output of LD1/LD2 is uniform with the gradation continuously reproduced. [Recommended checkpoints]: Write unit, LD offset adjustment *
For LD offset adjustment, see "10.4.2 Drum peculiarity adjustment".
Test patterns
LD1 LD2
1050fs3054c
423
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
bizhub PRO 1050/1050P /1050e/1050eP
10. SERVICE MODE
Field Service Ver3.0 Nov.2006
No.5 Gradation pattern (8-bit output) [Check item] • Check the pattern to see if the laser output of LD1/LD2 is uniform with the gradation continuously reproduced. [Recommended checkpoints]: Write unit, LD offset adjustment *
For LD offset adjustment, see "10.4.2 Drum peculiarity adjustment".
Wichtig: Test pattern density auf 255 einstellen !
Test patterns
LD1 LD2
1050fs3012c
424
10. SERVICE MODE
screen halftone (8-bit output) No.9 Line (created by line dot pattern) [Check item] • Check if there is any uneven density or transfer jitter. [Recommended checkpoints]: Moisture absorption of paper, developing unit, charger unit, transfer/separation charger unit, transfer jitter adjustment *
For the transfer jitter adjustment see "12.4 Transfer jitter adjustment"
Note • The density of halftone changes according to the test pattern density adjustment. • All print outputs in the user mode are outputted with 1-bit or 2-bit error diffusion. However, since this pattern is output in 8-bit, an uneven density is apt to conspicuous, but less conspicuous than the test pattern No. 1.
Wichtig: Test pattern density auf 255 einstellen !
Test patterns
1050fs3055c
425
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
bizhub PRO 1050/1050P /1050e/1050eP
10. SERVICE MODE
Field Service Ver3.0 Nov.2006
No.11 Beam check (8-bit output) [Check Items 1] • Check the solid black pattern to see if there is uneven density found in the main scan and sub scan directions. [Recommended checkpoints]: Charger unit, transfer/separation charger unit, developing unit, writing dust-proof glass. [Check Items 2] • Check to see if there is any image repelling in the gradation pattern at the leading/trailing edge of the test pattern in the sub scan direction. [Recommended checkpoints]: transfer/separation charger unit
Wichtig: Test pattern density auf 255 einstellen !
Test pattern
[1]
[2]
1050fs3013c
[1] Solid black pattern
426
[2] Gradation pattern
10. SERVICE MODE
No.16 Linearity evaluation pattern (1-bit error diffusion output) [Check item] Judge from this test pattern whether the scanner system or the printer system is abnormal. Items that can be checked include main scan magnification, sub scan magnification, image skew, and leading edge timing of the printer system. If the copy image is defective despite no abnormality being visible on the test pattern, the scanner system is defective.
Wichtig: Test pattern density auf 255 einstellen !
Test pattern
[1]
237mm
20mm
31mm
190mm
m
0m 28
205.7mm
28
0m
m
190mm
[1]
190mm
1050fs3014c
[1] Edge of pager
427
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
bizhub PRO 1050/1050P /1050e/1050eP
10. SERVICE MODE 10.8.2
Test pattern density
Set the density of test pattern.
Field Service Ver3.0 Nov.2006 10.8.3
Running test mode
Conduct a test while in the continuous print opera-
Wichtig: Test pattern density auf 255 einstellen ! tion. (1) Procedure
1. Enter the service mode.
In this mode, the following items can be selected: • Intermittent copy mode
2. "Service mode menu screen"
After completion of the printing operation for the
Press the [06 Test Mode] key.
set print count, the machine changes into the
3. A sub menu appears on the right side of the screen. Press the [02 Test Pattern Density] key.
4. "Test pattern density setting screen"
ready state and waits for 0.5 sec. before resuming the same operation. • Paperless running mode Without detecting paper or jam, the printing
Enter a numeric value through the numeric keys
operation is made nearly at the same timing as
and press the [Set] key and then press the
the normal operation. In the same manner as the
[COPY] key.
intermittent mode, after completion of the print-
• Setting range: 0 (light) to 255 (dark).
5. Set the A3 or 11 x 17 paper. Press the Start button to output the test pattern.
ing operation for the set print count, the machine changes into the ready state and waits for 0.5 sec. before resuming the same operation. • Paperless mode Without detecting paper or jam, the printing operation is made nearly at the same timing as the normal operation. • Paperless endless mode The machine operates with the print count infinitely set automatically. In the same manner as the paperless mode, without detecting paper or jam, the printing operation is made nearly at the same timing as the normal operation. • Running mode The printing operation is made in the paperless endless mode plus the scanning operation and the auto paper feed tray switching. (1) Procedure
1. Enter the service mode. 2. "Service mode menu screen" Press the [06 Test Mode] key.
3. A sub menu appears on the right side of the screen. Press the [03 Running Mode] key.
4. "Running mode menu screen" Select a mode and press the [COPY] key.
5. Press the Start button to start the running test. 6. Press the STOP button to stop the running test.
428
10.9 System setting 10.9.1 10.
10. SERVICE MODE
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
B. Software DIPSW setting screen
Software DIPSW setting
Configure settings for the software DIPSW. Config E NOTE W bits data are written into the parame• DIPSW ter board d (PB) every time a change is made. Do not change hastily, for they cannot ange data d be automatically lly restored. res • Do not change any switch not described in sw the service manual. A. Procedure
[1] [2] [3]
[4]
1. Enter the service mode. 2. "Service mode menu screen" Press the [07 System Setting] key.
[1]
DIPSW number
[2]
8-bit switch values indicated in hexadecimals from 00 to FF.
3. A sub menu appears on the right side of the screen.
[3]
Bit number (0 to 7)
Press the [01 Software SW Setting] key on the
[[4]
Bit data: On (1), Off (0)
sub menu.
4. "Software switch setting mode screen" Press the [S], [T] key or the numeric keys to select a DIPSW bit number.
5. Press the [On (1)] or [Off (0)] key to set the selected bit number ON/OFF.
6. Press the [Return] key to return to the "Service mode menu screen" on which the sub menu was displayed.
Info HJG: Siehe DIPSW Liste von HJG
429
bizhub PRO 1050/1050P /1050e/1050eP
10. SERVICE MODE
Field Service Ver3.0 Nov.2006
C. List of software DIPSW Note • Be sure not to change bits with no particular reference made of the function.
DIPSW No Bit DIP
DIPSW1 IPSW
Function
0
1
Default setting Japan
Inch
Metric
0
Print stop condition after toner
*1
*
0
0
0
1
supply display
*
*
1
1
1
1
2
Print stop method after toner
*2
*2
1
1
1
3
supply display
*
*
2
0
0
0
4
Pro Prohibition of printing when the
Enabled
0
0
0
1
2
Disabled
1
count is reached PM c
DIPSW2
5
Print number setting until printnt num
*
*
0
0
0
6
ing is prohibited after PM is prohib
*
*
0
0
0
7
displayed ed
*
*
3
0
0
0
0
—
—
—
0
0
0
1
All charger cleaning (fixaning cycle c
*
*
4
0
0
0
2
ing temperature 50°C o or less
*4
*4
0
0
0
3
when turning ON)
*
*
0
0
0
4
e (afte All charger cleaning cycle (after
*
*
5
0
0
0
5
turned ON)
*5
*5
0
0
0
6
Blade auto replacement cycle
*6
*6
0
0
0
*
*
6
0
0
0
Disa Disabled
Enabled
1
1
1
Unlatched ched
Latched
0
0
0
—
—
0
0
0
7 DIPSW3
0
3 3 3
4
4 5
6
Transfer assist timing adjust-
3 3
4
ment 1
SC latch (SC23-14, 23-17, 34-**, 35-**, 36-**, 78-40 to 62)
2
—
3
Charger cleaning function
Enabled
Disabled D
0
0
0
4
Transfer/separation charger
Enabled
Disabled Disa
0
0
0
—
—
0
0
0
Disabled
Enabled ed
0
0
0
cleaning function 5
—
6
I/O check mode output 15 memory clear
DIPSW4
430
2
7
PageScope JobEditor recognition
Disabled
Enabled
0
0
0
0
RADF auto skew adjustment
Enabled
Disabled
0
0
0
1
—
—
—
0
0
0
2
—
—
—
0
0
0
3
—
—
—
0
0
0
4
Key counter removal recovery
Disabled
Enabled
0
1
0
5
APS when change magnification
Enabled
Disabled
0
1
0
6
—
—
—
0
0
0
DIPSW No Bit
DIPSW4
7
10. SERVICE MODE Function
Large-size paper count method
0
Count as 1
1
Count as 2
Default setting Japan
Inch
Metric
0
1
0
0
0
0
0
0
0
(other than PM counter) DIPSW5
0
Causes a message to notify a waste toner full status when using RC.
1
Printer operation at waste toner full status
65 to 80%: Near- 45 to 65%: Nearfull
full
80% or more: Full 60% or more: Full Not allowed
Allowed (switched to
(SC23-50)
toner recycling mode) *7
2
Image density selection (laser
*7
0
0
0
3
PWM) for copier
*
*
0
0
0
4
D Display of CMS button of the
*
*
8
0
0
0
7
7
8
toner collection box tone
DIPSW6
5
—
—
—
0
0
0
6
—
—
—
0
0
0
7
—
—
—
0
0
0
0
Background adjustnd density den
*9
*9
0
0
0
1
ment (photo mode)
*
*
9
1
1
1
2
ontrol Transfer assist control
Disabled
9
Enabled
0
0
0
*
3
Minimum black band width in nd wid
*
0
0
0
4
black band creation control ontrol
*
*
10
0
0
0
5
Image stabilization controll
*11
*11
0
0
0
6
cycle
*
*
11
1
1
1
7
Drum potential auto adjust-
Enabled
Disabled
0
0
0
—
—
0
0
0
10 10
11
10
ment DIPSW7
0
—
1
—
—
—
0
0
0
Background density adjustment
*
*
0
0
0
*
12
*
12
0
0
0
2 3
12
12
4
—
—
—
0
0
0
5
—
—
—
0
0
0
6
—
—
—
0
0
0
Control to change the black band
*
*
0
0
0
7
13
13
width DIPSW8
0
Image density selection (laser
*
*
0
0
0
1
PWM) for printer
*
*
0
0
0
2
Fusing initial rotation condition
*
*
0
0
0
3
*
*
1
1
1
4
*
*
0
0
0
*
*
16
0
0
0
Count as 1
Count as 2
0
0
0
Long (⎯ 1 ⎯)
Short (- 1 -)
0
0
0
2
431
14 15 15
Fusing initial rotation time
5 6
14
16 16
Large-size paper count
14 14 15 15 16
method (PM counter) 7
Page number dash length for Stamp/Overlay mode
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
bizhub PRO 1050/1050P /1050e/1050eP
10. SERVICE MODE
Field Service Ver3.0 Nov.2006
DIPSW No Bit
DIPSW9
0
Function
Operation at key counter removal (copier)
1
Operation at key counter
0
Same as
Immediate
the stop key
stop (jam)
Ignored
Same as
removal (printer)
Japan
Inch
Metric
0
1
1
0
0
0
DIPSW9-0 *
0
0
0
3
*
*
17
0
0
0
4
*18
*18
0
0
0
5
*18
*18
0
0
0
6
*
*
0
0
0
7
*
*
0
0
0
0
*
*
19
0
0
0
*19
*19
0
0
0
Message switchover
17 17
Copy quantity limit
18 18
e mem Image memory usable area
1
DIPSW11
Default setting
*
2
DIPSW10
1
19
17
18 18
2
—
—
—
0
0
0
3
Definition change ge of th the large size
*
*
0
0
0
4
paper in counter control ontrol
*
*
0
0
0
5
lowed for Number of pages allowed
*
*
21
0
0
0
6
saddle stitch (paper weight: eight: 90 9
*21
*21
0
0
0
7
to 244 g/m2)
*21
*21
0
0
0
0
—
—
—
0
0
0
1
Automatic paper supply
Disabled D
Enabled
0
0
0
2
Erasure amount of trailing edge
3m mm
1 mm
0
0
0
F/E code e screen scre
F code screen
0
0
0
switch h
only
Disabled
Enabled
0
0
0
2bitED
1b 1bitED
0
0
0
*22
*22
1
1
1
Disabled
Enabled
0
0
0
23
0
0
0
Disabled
0
0
0
0
0
0
20 20 21
20 20
of tab paper 3 4
SC screen switchover Filter for jagged edges on slanting lines
5
Gradation switchover in the photo mode
6
Criterion for judging custom paper or wide paper as large size
DIPSW12
7
Jam code display
0
Control for high coverage origi-
*
23
*
nal correspondence 1
Switching of default Job List
Enabled
screen when using RC 2 3
Printer auto centering correction
Enabled
Disabled
0
0
0
4
—
—
—
0
0
0
5
RC recognition
Disabled
Enabled
0
0
0
6
Konica Minolta logo when
Enabled
Disabled
0
0
0
—
—
0
0
0
power switch is turned ON 7
432
2
—
DIPSW No Bit
DIPSW13
10. SERVICE MODE Function
0
Default setting Japan
Inch
Metric
0
Original size detection switchover 1
A5
51/2 x 81/2
0
1
0
1
Original size detection switchover 2
A4S
8 / x 11S
0
1
0
2
—
—
—
0
0
0
3
—
—
—
0
0
0
4
—
—
—
0
0
0
5
Original size detection switcho-
*
*
0
0
0
6
ver 3
*
*
0
0
0
*
*
24
1
1
0
8K/16K/16KS
0
0
0
Limited
Not limited
0
0
0
24 24
7 DIPSW14
1
0
24
Original size detection switcho- B4, 11 x 17/B5, ver 4 ve
1
Wider Wider-sized paper + punch
12
24 24
8 /2 x 11/B5S 1
pport in printer mode support
DIPSW15
2
—
—
—
0
0
0
3
—
—
—
0
0
0
4
—
—
—
0
0
0
5
—
—
—
0
0
0
6
—
—
—
0
0
0
7
—
—
—
0
0
0
0
CMS function
Not use
Use
0
0
0
*25
1
Number of "Fine" paper that at
*25
0
0
0
2
can be stapled
*25
*25
0
0
0
Finishing option alarm stop
*26
*26
0
0
0
*2 26
*26
0
0
0
3 4 5
CS Remote Care recognition
Disabled isabled
Enabled
0
0
0
6
Maximum density in printer mode
1.43 43
1.35
0
0
0
7
Trigger the display of developer/
Number of prints
Running time
0
0
0
Displayed
Not displayed
0
0
0
Enabled
Disabled Disable
0
0
0
—
—
0
0
0
Disabled
Enabled d
0
0
0
Enabled
Disabled
0
0
0
drum replacement icon DIPSW16
0
Developer/drum running time display
1
Copy reservation function
2
—
3
Count of the key counter in printer mode
4
Utility mode installation date display
5
Non-image area erase mode
*
*
0
0
0
6
judge level
*
*
27
0
0
0
7
NIC selection for E-Mail CS
Machine NIC
0
0
0
2
433
27 27
Controller NIC
27
Remote Care
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
bizhub PRO 1050/1050P /1050e/1050eP
10. SERVICE MODE
Field Service Ver3.0 Nov.2006
DIPSW No Bit DIPSW17
Function
0
1
Default setting Japan
Inch
Metric
*
*
0
0
0
1
*
*
1
1
1
2
*
*
1
1
1
3
*
*
0
0
0
4
Density selection at scanning
*
*
0
0
0
5
tab paper
*
*
0
0
0
*
*
29
0
0
0
Not rotate
Rotates
1
1
1
0
Summer time setting
28 28
28
28
28
28
28
29
29
29
29
29
6 7
28
Switching of custom size paper in printer mode
DIPSW18
DIPSW19
0
Faulty part isolation: Tray /1
Normal
Unavailable
0
0
0
1
Faulty part isolation: Tray /2
Normal
Unavailable
0
0
0
2
Faulty part isolation: Tray /3
Normal
Unavailable
0
0
0
3
Faulty part isolation: Tray /4
Normal
Unavailable
0
0
0
4
Faulty part isolation: RADF
Normal
Unavailable
0
0
0
5
—
—
—
0
0
0
6
—
—
—
0
0
0
7
Faulty part isolation: HDD1
Normal
Unavailable
0
0
0
*
*
0
0
0
1
*
*
0
0
0
2
*
*
0
0
0
3
*
*
0
0
0
*
31
*
31
0
0
0
0
4
29
Fusing temperature setting
29
29
29
29
29
29
Black band width when the
29
inside temperature is high
DIPSW20
5
—
—
—
0
0
0
6
Maximum black band width
*
*
0
0
0
7
(when connecting RC)
*
*
32
0
0
0
0
Group staple
Enabled
0
0
0
33 Original priority
0
0
0
Based on
0
0
0
1
Image scanning area with
32
32
32
Disabled *
33 Normal
*
image shift 2
Total page number standard in Based on original stamp mode
DIPSW21
434
2
3
Keyboard layout
4
Faulty part isolation: Tray /5
5
transfer paper ABC layout
QWERTY layout
0
0
0
Normal
Unavailable
0
0
0
—
—
—
0
0
0
6
—
—
—
0
0
0
7
Tandem connection
*34
*34
0
0
0
0
Mixed size paper staple
0
0
0
Allowed
Prohibited
(real-time output)
(batch output)
1
—
—
—
0
0
0
2
—
—
—
0
0
0
3
—
—
—
0
0
0
DIPSW No Bit
DIPSW21
4
10. SERVICE MODE Function
Minimum custom size
0
main
1
main
Default setting Japan
Inch
Metric
0
0
0
scanning: 182mm scanning: 150mm
5
Touch panel adjustment method
sub scanning:
sub scanning:
140mm
132mm
Utility/setting but-
hard key
0
0
0
Not target settings
0
0
0
ton +hard key 6
Target settings to judge
Target settings
unmatched paper type in front
(not overwrites the
and back registrations value of
front and back registrations value)
a job read out from HDD
DIPSW22
7
—
0
Machine achine NIC setting
1
Number ber of punch holes
2 3
Image position on for tthe non-stan-
—
—
0
0
0
Disabled
Enabled
1
1
1
*
*
35
1
1
0
*35
*35
0
0
1
0
0
0
35
Based on user Based on APS at
dard size original al (at DF) D
selection
DF
4
er save button Function of power
Enabled
Disabled
0
0
0
5
SD trimmer board moving tim-
Not displayed
Displayed
0
0
0
Request staple
Selectable staple
0
0
0
supply
supply or staple 0
0
0
ing adjustment 6
mpty Operation when staple empty of FNS
release 7 DIPSW23
Jam screen selection
Described by
display disp
illustration
—
—
0
0
0
0
—
1
—
—
—
0
0
0
2
Toner density of developer
*
*
0
0
0
3
selection
*
*
36
0
0
0
*36
*36
0
0
0
4
DIPSW24
Jam position
36 36
36
5
—
—
—
0
0
0
6
—
—
—
0
0
0
7
—
—
—
0
0
0
0
—
—
—
0
0
0
1
Default settings of PageScope
Manual
Automatic
0
0
0
—
—
0
0
0
JobEditor when turned ON 2
—
3
—
—
—
0
0
0
Z-fold output number limit
*37
*37
0
0
0
*
*
0
0
0
4 5
DIPSW25
37
37
6
Z-fold + Staple output number
*
*
0
0
0
7
limit
*
*
38
0
0
0
0
PI size detection switchover 1
A5
5.5 x 8.5
0
1
0
1
PI size detection switchover 2
A4S
8.5 x 11S
0
1
0
38 38
38
2
435
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
bizhub PRO 1050/1050P /1050e/1050eP
10. SERVICE MODE
Field Service Ver3.0 Nov.2006
DIPSW No Bit DIPSW25
Function
0
1
Default setting Japan
Inch
Metric
*
*
0
0
0
3
*
*
0
0
0
4
*
*
39
1
1
0
8K/16K/16KS
0
0
0
12 x 18
0
1
0
2
5
PI size detection switchover 3
39 39 39
PI size detection switchover 4
B4, 11 x 17/B5,
39 39
8 /2 x 11/B5S 1
DIPSW26
6
PI size detection switchover 5
A3
7
—
—
—
0
0
0
0
Transfer assist control size
*
*
0
1
0
1
switchover
*
*
40
0
0
0
2
Multi feed detection control
Enabled
Disabled
0
0
0
Enabled
Disabled
0
0
0
Operate only in
Operate always
0
0
0
40 40
40
(main body) 3
Multi feed detection control (PI)
4
Tray /4 forced separation clutch control
high temp.
5
—
—
—
0
0
0
6
—
—
—
0
0
0
7
Multi feed detection control
Enabled
Disabled
0
0
0
For Japan
For other than
0
1
1
1
1
0
(DF) DIPSW27
0
Paper weight-line speed control switchover
Japan
1
Fusing roller type
Hard roller
2
Image density selection (toner
*
*
0
0
0
3
control patch density)
*
41
*
41
0
0
0
4
—
—
—
0
0
0
5
Thin characters reproduction
Thin-character
0
0
0
41
Standard
Soft roller 41
correspondent
improvement (usage of smaller laser dot)
DIPSW28
6
—
—
—
0
0
0
7
—
—
—
0
0
0
0
Selection of page margin method
0
0
0
set on main body for printer job
Side1 and side2 Side1 and side2 collectively
separately
—
—
0
0
0
0
0
0
0
0
0
1
—
2
Changing direction of adjusting
To the direction
To the direction
print start position at back side
opposite to that
same as that of
in fine increments (other than
of the frontside
the frontside
Changing direction of adjusting
To the direction
To the direction
print start position at back side
same as that of
opposite to that
the frontside
of the frontside
book) 3
in fine increments (book)
436
2
4
—
—
—
0
0
0
5
—
—
—
0
0
0
DIPSW No Bit
DIPSW28
6
10. SERVICE MODE Function
Standard of shifting with the
0
1
Based on image Based on paper
Default setting Japan
Inch
Metric
0
0
0
shifting direction specified two repeat. 7
SD-501 Limitation for multi half
Limited
Not Limited
0
0
0
fold DIPSW DIPSW29
0
—
—
—
0
0
0
1
—
—
—
0
0
0
2
—
—
—
0
0
0
3
—
—
—
0
0
0
4
Switching of suction fan /4 Sw
Idling
ON for 10 minutes
0
0
0
(FM29) operation control (FM2
OFF
after finishing printing (when the drum temperature is 45°C or more)
DIPSW30
5
—
—
—
0
0
0
6
—
—
—
0
0
0
7
—
—
—
0
0
0
0
—
—
—
0
0
0
1
Service mode, restriction tion of
Restricted
Not restricted
0
0
0
data collection display
DIPSW31
DIPSW32
2
—
—
—
0
0
0
3
—
—
—
1
1
1
4
—
—
—
0
0
0
5
—
—
—
0
0
0
6
—
—
—
0
0
0
7
—
—
—
0
0
0
0
—
—
—
1
1
1
1
—
—
—
0
0
0
2
—
—
—
0
0
0
3
—
—
—
0
0
0
4
—
—
—
0
0
0
5
—
—
—
0
0
0
6
—
—
—
0
0
0
7
—
—
—
0
0
0
0
—
—
—
0
0
0
1
—
—
—
0
0
0
2
—
—
—
0
0
0
3
—
—
—
0
0
0
4
—
—
—
0
0
0
5
—
—
—
0
0
0
6
—
—
—
0
0
0
7
—
—
—
0
0
0
2
437
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
bizhub PRO 1050/1050P /1050e/1050eP
10. SERVICE MODE
Field Service Ver3.0 Nov.2006
DIPSW No Bit
DIPSW33
0
Function
Faulty part isolation: FD-fold/
0
1
Default setting Japan
Inch
Metric
Normal
Unavailable
0
0
0
—
—
0
0
0
Normal
Unavailable
0
0
0
punch function 1 2
— Faulty part isolation: FD main tray paper exit
3
Faulty part isolation: PI function
Normal
Unavailable
0
0
0
4
Faulty part isolation: FD
Normal
Unavailable
0
0
0
5
—
—
—
0
0
0
6
Faulty part isolation: LS main Fault
Normal
Unavailable
0
0
0
Normal
Unavailable
0
0
0
Normal
Unavailable
0
0
0
Normal
Unavailable
0
0
0
Normal
Unavailable
0
0
0
Normal
Unavailable
0
0
0
N Normal
Unavailable
0
0
0
tray-tandem (1st) ay-tan 7
Faulty ty part isolation: LS main tray-tandem ndem (2nd)
DIPSW34
0
Faulty partt isolation: SD saddle isolat stitch
1
Faulty part isolation: SD multi tion: S center fold
2
Faulty part isolation: SD mu multi tri-fold
3
mFaulty part isolation: SD trimming
4
Faulty part isolation: SD connection/ sub-tray exit
DIPSW35
5
—
—
—
0
0
0
6
—
—
—
0
0
0
7
—
—
—
0
0
0
Normal
Unavailable
0
0
0
Normal
Unavailable Unav
0
0
0
0
Faulty part isolation: FS staple function
1
Faulty part isolation: FS main tray paper exit
2
Faulty part isolation: FS
Normal
ailable Unavailable
0
0
0
3
Faulty part isolation: PB cover
Normal
Unavailable able
0
0
0
Normal
Unavailable
0
0
0
Normal
Unavailable
0
0
0
paper insertion 4
Faulty part isolation: PB binder function
DIPSW36
438
2
5
Faulty part isolation: PB
6
—
—
—
0
0
0
7
—
—
—
0
0
0
0
—
—
—
0
0
0
1
—
—
—
0
0
0
2
—
—
—
0
0
0
3
—
—
—
0
0
0
4
—
—
—
0
0
0
5
—
—
—
0
0
0
DIPSW No Bit
DIPSW36
DIPSW37
10. SERVICE MODE Function
0
1
Default setting Japan
Inch
Metric
6
—
—
—
0
0
0
7
—
—
—
0
0
0
0
—
—
—
0
0
0
1
—
—
—
0
0
0
2
PB perfect binding limit
Enabled
Disabled
0
0
0
0
0
0
0
0
0
(includes Z-fold) 3
Upper limit setting for the num- Limited according Limited accordber of papers to be stapled
to paper size, paper ing to the paper weight, or paper
size
type, whichever is the minimum. 4
setting for the numUpper limit l
Limited by the
Limited by the
ber of papers to be ejected for pap
software
FS-503 main tray
stapling folding g or fo
DIPSW38
lower limit sensor
5
—
—
—
0
0
0
6
—
—
—
1
1
1
7
—
—
—
0
0
0
0
Default folder when n selecting selec
Private folder
Shared folder
0
0
0
box function 1
File name overwriting with box functio function
Disabled
Enabled
0
0
0
2
age Print quantity and output page
Enabled
Disabled
0
0
0
selection for Wait or Proof output for box function 3
—
—
—
0
0
0
Automatic change of tray set-
*
*
42
0
0
0
d Disabled
Enabled
0
0
0
Buck side trailing edge erasure
*43
*43
0
0
0
7
amount with duplex output
*
*
43 4
0
0
0
0
Tray1 paper leading edge
Disabled
Enable Enabled
0
0
0
Disabled
Enabled ed
0
0
0
Disabled
Enabled
0
0
0
Disabled
Enabled
0
0
0
Disabled
Enabled
0
0
0
4
42
ting names 5
Peripheral image erasure of custom size
6
DIPSW39
43
buckling prevention control 1
Tray2 paper leading edge buckling prevention control
2
Tray3 paper leading edge buckling prevention control
3
Tray4 paper leading edge buckling prevention control
4
Tray5 paper leading edge buckling prevention control
5
—
—
—
0
0
0
6
—
—
—
0
0
0
7
—
—
—
0
0
0
2
439
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
bizhub PRO 1050/1050P /1050e/1050eP
10. SERVICE MODE
Field Service Ver3.0 Nov.2006
DIPSW No Bit
DIPSW40
Function
0
Default setting Japan
Inch
Metric
—
0
0
0
0
—
1
—
—
—
0
0
0
Cover sheet single fold control
*
*
0
0
0
with folding&stapling/multi
*
44
*
44
0
0
0
2 3
—
1
44
44
center
DIPSW42
DIPSW43
4
—
—
—
0
0
0
5
—
—
—
0
0
0
6
—
—
—
0
0
0
7
—
—
—
0
0
0
0
print TIFF direct d
Not output
Output
0
0
0
*
1
TIFF direct print F direc
*
45
0
0
0
2
APS target paper size (F4) arget p
*45
*45
0
0
0
3
—
—
—
0
0
0
4
—
—
—
0
0
0
5
—
—
—
0
0
0
6
—
—
—
0
0
0
7
—
—
—
0
0
0
0
Change of the scanner comom-
MMR
MH
0
0
0
45
pression method
DIPSW46
440
2
1
—
—
—
0
0
0
2
—
—
—
0
0
0
3
—
—
—
0
0
0
4
—
—
—
0
0
0
5
—
—
—
0
0
0
6
—
—
—
1
1
1
7
—
—
—
0
0
0
0
Visual Counter Master counter
*
*
0
0
0
1
value read-off intervals
*
46
*
46
0
0
0
2
—
—
—
0
0
0
3
—
—
—
0
0
0
4
—
—
—
0
0
0
5
—
—
—
0
0
0
6
—
—
—
0
0
0
7
—
—
—
0
0
0
46
46
10. SERVICE MODE *5
NOTE
All charger cleaning cycle (after turned ON)
• Bold boxes show default settings. *
1
Mode
Print stop condition after toner supply display Mode
1-1
1-0
Stops after 500 prints
0
0
Stops after 750 prints
0
1
Stops after 1,000 prints
1
0
Stops after 2,000 prints
1
1
*2
2-5
2-4
Every 10,000 prints
0
0
Every 20,000 prints
0
1
Every 30,000 prints
1
0
Every 5,000 prints
1
1
2-7
2-6
Every 375,000 prints
0
0
Every 250,000 prints
0
1
Every 300,000 prints
1
0
Every 500,000 prints
1
1
*6
Blade auto replacement cycle Mode
Print stop method after toner supply display Mode
1-3
1-2
Stops after exit paper in the
0
0
0
1
1
0
density.
1
1
NOTE
machine Stops at a break between
*7
print set
Image density selection (laser PWM) for copier
Change the image writing laser PWM to change image
Stops at the end of the current job Does not stop
• There are two kinds of DIPSWs to lighten image *3
Print number setting until printing is prohibited after
density: laser PWM (5-2/3) and toner control patch
PM is displayed
density (27-2/3). As a priority of adjustment,
Mode
adjust in the following order.
1-7
1-6
1-5
1,000 prints
0
0
0
2,000 prints
0
0
1
down
3,000 prints
0
1
0
Using this setting alone may cause white spot
4,000 prints
0
1
1
on the solid section. Be sure to use together
5,000 prints
1
0
0
with DIPSW23-2/3/4 (toner density of devel-
1,000 prints
1
0
1
1,000 prints
1
1
0
1,000 prints
1
1
1
*4
1) Laser PWM 2) Toner control patch density: approx. 0.5%
oper) approx. 0.25% up or 0.5% up. • Select “Dark” when the image density become lighter, approx. 10,000 prints after changing the developer.
All charger cleaning cycle (fixing temperature 50°C Mode
or less when turning ON) Mode
2-3
2-2
2-1
Cleaning every time
0
0
0
At 5,000 prints
0
0
1
At 10,000 prints
0
1
0
At 15,000 prints
0
1
1
At 20,000 prints
1
0
0
At 25,000 prints
1
0
1
At 30,000 prints
1
1
0
No cleaning
1
1
1
*
5-3
5-2
Standard (*200/200/186)
0
0
Lighter (*167/167/137)
0
1
Lightest (*142/142/112)
1
0
Dark (*230/230/200)
1
1
0 (white) to 255 (black) represent density within the image density range. Numbers represent each image density at the line speed 490 mm/s, 425 mm/s, 290 mm/s from left.
2
441
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
bizhub PRO 1050/1050P /1050e/1050eP
10. SERVICE MODE
Field Service Ver3.0 Nov.2006 *12 Background density adjustment
*8
Change the charging potential and set the image density
Toner collection box CMS display Mode
5-4
Disabled
0
Enabled
1
of the highlight section. Mode
7-3
7-2
Standard
0
0
Dark (25 V down)
0
1
NOTE
Lighter (25 V up)
1
0
• This setting is enabled when DIPSW5-1, 12-5, and
Lightest (50 V up)
1
1
15-0 are set to "1". *9
Background density adjustment (photo mode)
Change the laser PWM and set the image density for the highlight section while in the photo mode.
*13 Black band width change control Set black band to prevent the overflow toner and the cleaning fault. Mode
The numerical values given in the table represent the density in the image density range of 0 (white) to 255
Changes in synchronization
(black).
with toner supply amount Mode
7-7 0
Black band width fixed
1
6-1
6-0
PWM 16
0
0
PWM 0
0
1
Change the image writing laser PWM to change image
PWM 8
1
0
density.
PWM 24
1
1
• Select "Dark" when the image density become
*14 Image density selection (laser PWM) for printer
lighter, approx. 10,000 prints after changing the *10 Minimum black band width of black band creation
developer.
control
Mode
8-1
8-0
Standard (*200/200/186)
0
0
Lighter (*167/167/137)
0
1
Lightest (*142/142/112)
1
0
Dark (*230/230/200)
1
1
Specifies Minimum black band width of black band creation control Mode
6-4
6-3
0.25 mm
0
0
0.5 mm
0
1
0.75 mm
1
0
No black band
1
1
*
0 (white) to 255 (black) represent density within the image density range. Numbers represent each image density at the line speed 490 mm/s, 425 mm/s, 290 mm/s from left.
*11 Image stabilization control cycle Changes cycle of the image stabilization control (drum potential, maximum density, gamma auto adjustment). Mode
442
6-6
6-5
Every 20,000 prints
0
0
Every 30,000 prints
0
1
Every 40,000 prints
1
0
Every 50,000 prints
1
1
2
10. SERVICE MODE *18 Copy quantity limit
*15 Fusing initial rotation condition In the low temperature environment, fusibility may be
Mode
insufficient immediately after the power is turned ON.
9-7
9-6
9-5
9-4
So, rotate the fusing roller while in the warm-up to
No limit
0
0
0
0
obtain an even heat distribution of the fusing roller to
1 prints
0
0
0
1
avoid the insufficient fusing.
3 prints
0
0
1
0
In this adjustment, determine the environment in
5 prints
0
0
1
1
which you implement the fusing initial rotation.
9 prints
0
1
0
0
10 prints
0
1
0
1
20 prints
0
1
1
0
rotation in the low and normal temperature envi-
30 prints
0
1
1
1
ronment
50 prints
1
0
0
0
99 prints
1
0
0
1
No limit
1
0
1
0
• Low temperature: perform the fusing initial rotation in the low temperature environment only. • Low/normal temperature: perform the fusing initial
• Low/normal/high temperature: perform the fusing initial rotation in all environments. 8-3
8-2
No limit
1
0
1
1
Low temperature
0
0
No limit
1
1
0
0
Low/normal temperature
0
1
No limit
1
1
1
0
Low/normal/high temper-
1
0
No limit
1
1
1
1
1
1
Mode
ature No preparatory rotation
*19 Image memory usable area Changes the usable area of DRAM (256 MB) on the image processing board (IPB). Compression memory
*16 Fusing initial rotation time
is used within the memory area of compressed image 8-5
8-4
data, and expansion memory is used for page mem-
180 sec
0
0
ory of expanded image data. There are 2 types of
300 sec
0
1
image memory; DRAM on IPB and hard disk/1 (10
60 sec
1
0
0 sec
1
1
Mode
GB of total 40 GB is used). DRAM is used by priority. If hard disk/1 is damaged and memory overflow occurs during scanning or transferring data from PC, increase compression memory. If memory overflow
*17 Message switchover
occurs before printing starts, increase expansion memory.
Mode
9-3
9-2
Please insert key counter
0
0
Please insert copy card
0
1
Compression memory
Please insert coin
1
0
187MB
Please insert key counter
1
1
Expansion memory 69 MB
Mode
Compression memory
10-1
10-0
0
0
0
1
1
0
1
1
220MB Expansion memory 36 MB Compression memory 159MB Expansion memory 97 MB Compression memory 46MB Expansion memory 210 MB
2
443
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
bizhub PRO 1050/1050P /1050e/1050eP
10. SERVICE MODE
Field Service Ver3.0 Nov.2006
*20 Definition change of the large size paper in counter control
NOTE • When this setting is enabled, the background optical density (DIPSW7-2 and 7-3) must be
Mode
10-3
10-4
A3 · 11 x 17 · 12 x 18
0
0
• When this setting is enabled, be sure to carry
Small size only
0
1
out cleaning of the conveyance belt every
A3 · 11 x 17 · 12 x 18 ·
1
0
20,000 prints.
set to " Lighter (50V up)".
• Print density may drop immediately after
81/2 x 14 · B4 · 8K A3 · 11 x 17 · 12 x 18 ·
1
1
changing the setting from "enabled" to "disabled".
81/2 x 14 · B4 · 8K · F4
The density will return to normal
while printing a dozen pages. *21 Allowable number of pages for saddle stitch with 2
• Enabling this setting increases toner consumption. Print density becomes lower as
paper weight 92 to 244 g/m
the remaining amount of toner gets lower. Be Mode +0
10-7
10-6
10-5
0
0
0
careful not to cause a cartridge empty status while printing is in progress.
+5
0
0
1
• Transfer/separation output value of this con-
+10
0
1
0
trol is [User paper 1 to 3]. Be sure to set the
+15
0
1
1
appropriate current value.
+20
1
0
0
+25
1
0
1
+30
1
1
0
—
1
1
1
*24 Original size detection switchover 3 Default setting for inch is 8.5 x 14 and 8 x 13 for metric. Mode
*22 Criterion for judging custom size or wide size paper as large size Mode
*
11-6
330mm*
0
298mm
1
Only valid when DIPSW10-3 and 10-4 are 0/1 and 1/1,respectively.
*23 Control for printing high print ratio pages Supports originals with high printing coverage by measuring
developing
conditions,
toner
supply
period, and changes in line speed. Valid when "1" is selected for this setting and the paper settings are as follows: (RC-501 must be installed to use this function.) Paper type: Rough paper Paper weight: 131 to 161 g/m2 Mode
444
12-0
Disabled
0
Enabled
1
2
13-7
13-6
13-5
8 x 13
0
0
0
8.25 x 13
0
0
1
8.125 x 13.25
0
1
0
8.5 x 13
0
1
1
8.5 x 14
1
0
0
Not used
1
0
1
Not used
1
1
0
Not used
1
1
1
10. SERVICE MODE
*25 Number of "Fine" paper that can be stapled
Mode
17-3 17-2 17-1 17-0
15-2
15-1
110 minutes
1
0
1
1
100 sheets
0
0
120 minutes
1
1
0
0
50 sheets
0
1
130 minutes
1
1
0
1
40 sheets
1
0
140 minutes
1
1
1
0
30 sheets
1
1
150 minutes
1
1
1
1
Mode
*29 Density selection at scanning tab paper
*26 Finishing operation alarm stop Alarm stop means the following full detection functions. FD/FS/LS tray lower limit, FD/FS/LS/SD number of sheets on the tray, FD punch, FS staple scraps, SD trim scraps. Mode Stops immediately after
0
40 (Lightest)
0
0
1
60
0
1
0
0
0
120
1
0
0
160
1
0
1
200
1
1
0
255 (Darkest)
1
1
1
0
1
1
0 *30 Fusing temperature setting Temperature up: Decrease insufficient fusing or wrapping jam at fusing. Temperature down: decrease paper exit curling or waving.
1
16-6
16-5
Standard
0
0
Correspond to dark origi-
0
1
1
0
1
1
Mode
19-3 19-2 19-1 19-0 0
0
0
0
Standard + 5°C
0
0
0
1
Standard + 10°C
0
0
1
0
Standard + 15°C
0
0
1
1
Standard -5°C
0
1
0
0
10 °C lower than the
0
1
0
1
Standard (default for a soft roller and a hard roller for met-
nal
ric and inch area)
ference
*28 Summer time setting Mode
0
1
*27 Non-image area erase mode judge level
Not used
0
1
ing
Correspond to light inter-
80
0
1
Mode
17-4
100
ing Does not stop while print-
17-5
15-3
print set after detection Does not stop while print-
17-6
15-4
detection Stops at a break between
Mode
17-3 17-2 17-1 17-0
standard
0 minute
0
0
0
0
(default for a hard roller for Japan)
10 minutes
0
0
0
1
Standard -15°C
0
1
1
0
20 minutes
0
0
1
0
Standard -20°C
0
1
1
1
30 minutes
0
0
1
1
Standard -25°C
1
0
0
0
40 minutes
0
1
0
0
Standard -30°C
1
0
0
1
50 minutes
0
1
0
1
Standard -35°C
1
0
1
0
60 minutes
0
1
1
0
Standard -40°C
1
0
1
1
70 minutes
0
1
1
1
Standard -45°C
1
1
0
0
80 minutes
1
0
0
0
Standard -50°C
1
1
0
1
90 minutes
1
0
0
1
Standard -55°C
1
1
1
0
100 minutes
1
0
1
0
Standard -60°C
1
1
1
1
2
445
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
bizhub PRO 1050/1050P /1050e/1050eP
10. SERVICE MODE
Field Service Ver3.0 Nov.2006
*31 Black band width when internal temperature
*35 Number of punch holes
Black band is created with the width set in DIPSW6Mode
3, 4 when "1" is selected for this setting and the drum
22-2
22-1
temperature sensor (TH5) detects temperature above
Not used
0
0
45 °C.
2 and 3 holes
0
1
2 and 4 holes
1
0
Not used
1
1
Mode
19-4
Changes in synchronization with toner
0
supply amount
*36 Toner density of developer selection
Fixed black band width* *
1
Width set in DIPSW6-3 and 6-4.
Change developing roller rotation and toner density of developer (toner and carrier ratio) to change only toner density of developer without changing image
*32 Maximum black band width (when connecting RC)
density. If increasing toner density of developer resulted in
Sets the maximum width of the black band in black
image background, decrease toner density. If lighten-
band creation control.
ing image in other DIPSW (5-0/1, 27-2/3) resulted in
Only valid when RC is installed.
white spot on the solid section, increase toner den-
Mode
sity.
19-7
19-6
20mm
0
0
10mm
0
1
• After change the DIPSW, image density does
5mm
1
0
not appear as the setting value until printing
Follows the DIPSW6-3 and 6-4
1
1
about 500 prints because it need to add toner
NOTE
to increase toner density of developer or
settings
need to consume toner to reduce it. *33 Image scanning area with shift function Mode
Normal: Compare the original size and the transfer
23-4
23-3
23-2
paper size, the smaller one is to be the image area.
Standard toner density
0
0
0
Original priority: Original size is to be the image area.
Approx. 0.5% down
0
0
1
Approx. 1.0% down
0
1
0
Approx. 1.5% down
0
1
1
Approx. 0.25% up
1
0
0
Approx. 0.5% up
1
0
1
*34 Tandem connection mode
Approx. 0.75% up
1
1
0
Select "Enabled" in the setting to make the tandem
Approx. 1.0% up
1
1
1
Mode
20-1
Normal
0
Original priority
1
connection. The firmware of the main unit must have been set to
*37 Z-fold output number limit
use the option. And the fusing rollers must be the
Mode
same type; hard rollers or soft rollers.
24-4
50 sheets
0
0
20-7
40 sheets
0
1
Disabled
0
30 sheets
1
0
Enabled
1
20 sheets
1
1
Mode
446
24-5
2
10. SERVICE MODE *41 Image density selection (toner control patch den-
*38 Z-fold + Staple output number limit
sity) Mode
24-7
24-6
5 sheets
0
0
bias for the toner control patch formed on the drum
8 sheets
0
1
to determine the toner density.
10 sheets
1
0
3 sheets
1
1
Changes the image density by setting the developing
NOTE • After changing the DIPSW, image density
*39 PI size detection switchover 3
does not appear as the setting value until
Default setting for inch is 8.5 x 14 and 8 x 13 for met-
printing about 500 prints because it needs to
ric.
add toner to increase the toner density of developer or consume toner to reduce it. Mode
25-4
25-3
25-2
8 x 13
0
0
0
background or toner spillage. Be sure to use
8 /4 x 13
0
0
1
together with DIPSW23-2/3/4 (toner density
81/8 x 131/4
0
1
0
of developer) approx. 0.5% down or 1.0%
81/2 x 13
0
1
1
down.
81/2 x 14
1
0
0
Not used
1
0
1
Not used
1
1
0
of adjustment, adjust in the following order.
Not used
1
1
1
1) Laser PWM
1
• Using this setting alone may cause image
• There are two kinds of DIPSWs to lighten image density: laser PWM (5-2/3) and toner control patch density (27-2/3). For the priority
2) Toner control patch density: approx. 0.5% *40 Transfer assist control size switchover
down
Default setting for inch is "Between 279 mm and 297
Using this setting alone may cause white
mm" and "297 mm or more" for metric.
spots on the solid section. Be sure to use together with DIPSW23-2/3/4 (toner den-
NOTE
sity of developer) approx. 0.25% up or
• When you make the transfer assist sheet
0.5% up.
PCS-compliant, be sure to set this switch to Mode
27-3
27-2
Standard
0
0
Approx. 0.5% up
0
1
Approx. 1.0% up
1
0
Approx. 0.5% down
1
1
"Correspond to PCS."
Mode
26-1
26-0
297 mm or more
0
0
Between 279 mm and
0
1
Do not transfer assist
1
0
Correspond to PCS
1
1
297 mm
*42 Tray name is automatically changed. Mode
38-4 0
Automatically changes the name to the name of selected paper type, when the name has been set to "paper type".
1
Automatically changes the name to the name of selected paper type, when paper type, paper weight, color, and punch settings are changed.
2
447
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
bizhub PRO 1050/1050P /1050e/1050eP
10. SERVICE MODE
Field Service Ver3.0 Nov.2006
*43 Buck side trailing edge erasure amount with
10.9.2
Telephone number setting
Set the telephone number and FAX number of the
duplex output
service center displayed when malfunction occurs. Mode
38-7
38-6
0
0
6mm
0
1
1. Enter the service mode.
8mm
1
0
2. "Service mode menu screen"
10mm
1
1
* 2mm (copier)
A. Procedure
0mm (printer)
*
It becomes 4 mm when the paper size is userdefined with the DIPSW38-5 has been set to "1".
*44 Cover sheet single fold control with folding&sta-
Press the [07 System Setting] key.
3. A sub menu appears on the right side of the screen. Press the [02 Telephone Number Setting] key on the sub menu.
4. "Customer support TEL/FAX setting screen"
pling/multi center Enabling this setting improves accuracy of folding
Press either the [Service Center Tel (16)] or the
cover paper.
[Service Center Fax (16)] key you want to set.
5. Enter the telephone number or FAX number Mode
40-3
40-2
Normal control
0
0
* Enables the control
0
1
under a certain condition Enables the control all the
1
0
sure to use hyphen to fill up the blanks.
6. Press the [OK] key to register data.
—
1
1
Enables the control only when the weight of cover paper fed from the main body is 131 g/m2 or heavier.
*45 TIFF direct print APS target paper size (F4) Mode
42-1
42-2
8 x 13
0
0
8.5 x 13
0
1
8.25 x 13
1
0
8.125 x 13.25
1
1
*46 Visual Count Master counter value read-off intervals Mode
448
Note • When a number is less than 16 digits, be
time
*
you register through the numeric keys.
46-0
46-1
Once every 10 minutes
0
0
Once every 1 minute
0
1
Not read off
1
0
Once every 1 hour
1
1
2
Press the [Cancel] key to cancel the setting you entered.
10.9.3
Serial number setting
10. SERVICE MODE 10.9.4
Setting date input
Set and display the serial number of the main body
Set the starting date of the total counter that is dis-
and options.
played on the utility mode. When setting the DIPSW 16-4 to 1, the starting date
Caution: • Never change the serial number of the main body. Otherwise, the fixing temperature abnormality or the drum damage may occur.
of the total counter is not displayed. A. Procedure
1. Enter the service mode. 2. "Service mode menu screen"
A. Procedure
Press the [07 System Setting] key.
3. A sub menu appears on the right side of the 1. Enter the service mode.
screen.
2. "Service mode menu screen"
Press the [04 Setting Date Input] key on the
Press the [07 System Setting] key.
3. A sub menu appears on the right side of the
sub menu.
4. "Setting date input screen"
screen.
Enter the starting date through the numeric
Press the [03 M/C Serial Number Setting] key
keys.
on the sub menu.
4. "Serial number setting mode screen" Press the key for the option you want to set,
5. Press the [OK] key to update data. Press the [Cancel] key to cancel the setting you updated.
and enter the serial number through the numeric keys.
5. Press the [OK] key to register data. Press the [Cancel] key to cancel the setting you entered. NOTE • When the entered data is incorrect, a notice screen appears. Press the [OK] key to close the screen and enter data again.
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bizhub PRO 1050/1050P /1050e/1050eP
10. SERVICE MODE
10.10 ROM version Display the ROM version of the main body and options. NOTE • The [Image control] that is displayed on the screen represents the ROM version of the overall control board (OACB). (1) Procedure
1. Enter the service mode. 2. "Service mode menu screen" Press the [08 ROM Version] key.
3. A sub menu appears on the right side of the screen. Press the [01 ROM Version]] key on the sub menu.
4. "Indication of ROM version screen" Each ROM version is displayed.
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Field Service Ver3.0 Nov.2006
10. SERVICE MODE
10.11 CS Remote Care 10.11.1 Outline The CS Remote Care is a system that manages the main body by sending and receiving various kinds of the management data of the main body between the main body and the CS Remote Care center computer through the phone line or E-mail. It enables the main body to call the center computer, and the center computer to inquire regularly the main body for various data. The data handled by the CS Remote Care can be classified into the 3 following groups. a. Data that allow you to grasp the use conditions of the main body, such as the total count and the PM count. b. Data that give us the general information of when and how often an abnormality occurred with the main body. c. All sorts of adjustment data Note • When the security enhanced mode is set to ON, the use of the main body NIC is not allowed. 10.11.2 Setup procedure of the CS Remote Care When a change in use is made between the main body NIC and the controller NIC, or when the mail remote notification system is jointly used, care should be taken of the mail account and the DIPSW setting. For particulars, see "10.11.3 List of combinations of E-Mail CS Remote Care and Mail remote notification system". In case you setup again the once setup main body, clear the RAM for CS Remote Care and start from step 5. About how to clear the RAM for CS Remote Care, see "10.11.3 List of combinations of E-Mail CS Remote Care and Mail remote notification system" Step
Operation When using the phone line modem
When using the E-mail Main body NIC
0
Controller NIC
Registered the machine ID in the application on the CS Remote Care center side. When the machine ID is not registered, no initial connection cannot be made.
1
Modem connection
When using the E-mail, remove the modem for the
Turn off the power of the modem, connect the
phone line.
main body and the modem with a modem cable, and the modem and the wall outlet with a modular cable. * For the connection of a modular cable, see the instructions of the modem to be used. 2
I/O check mode and data collection clear available (Service mode → 07 System Setting → 01 Software SW Setting → Set 03-6 to "On (1)")
3
CS Remote Care memory initialization (Service mode → 04 Machine Condition → 01 I/O Check Mode → [1] [5] [ACCESS] [9] [8] → [Start] button ON)
4
CS Remote Care function ON (Service mode → 07 System Setting → 01 Software SW Setting → Set 15-5 to "On (1)")
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bizhub PRO 1050/1050P /1050e/1050eP
10. SERVICE MODE Step
Field Service Ver3.0 Nov.2006 Operation
When using the phone line modem
When using the E-mail Main body NIC
5
6
7
Proceed to the step 6.
Controller NIC
CS Remote Care used
CS Remote Care used
NIC selection (main
NIC selection (controller
body NIC used)
NIC used)
(Service mode → 07
(Service mode → 07
System Setting → 01
System Setting → 01
Software SW Setting →
Software SW Setting →
Set 16-7 to "On (1)")
Set 16-7 to "Off (0)")
CS Remote Care function selection
CS Remote Care function selection
(Service mode → 09 CS Remote Care → 01 CS
(Service mode → 09 CS Remote Care → 01 CS
Remote Care → Set 02 Modem)
Remote Care → Set 01 E-mail)
No. code entry (Service mode → 09 CS Remote Care → 01 CS Remote Care → Press No. Code → Enter the No. code* → Press No. Code) * For the No. code, enter a specified code.
8
Date and time setting for the CS Remote Care (Enter the No. code → Detail setting → 02 Date and time setting → Press Setting Time → Enter the current time → Press SET → Press Time Zone → Enter the time zone)
9
Center ID setting (Enter the No. code → Detail setting → 01 Basic setting → Press the Center No. → Enter the center No.*) * Enter the center No. in five digits.
10
11
Center telephone Number setting
Response time out setting: Optional
(Enter the No. code → Detail setting → 01 Basic
(Enter the No. code → Detail setting → 03
setting → Press Center Telephone Number →
Response time out setting → Enter the response
Enter the center telephone Number*)
time out time)
* Make an entry using "T" and "P" as required.
(This is usually left as default.)
Machine telephone Number setting
Proceed to the step 12.
(Enter the No. code → Detail setting → 01 Basic setting → Press Machine Telephone Number → Enter the machine telephone Number *) * Make an entry using "T" and "P" as required. 12
452
Modem initialization AT command entry
Main body mail address
Controller mail address
(Enter the No. code → Detail setting → 04 AT
setting
setting
command → Press First command → Enter the
This is set from the Web
This is set by the admin-
initialization command *)
utility on the browser of
istrator set network set-
* For particulars of the initialization command,
the PC connected to
ting through the
see the instructions of the modem to be used.
the main body NIC by
operation panel of the
the network.
main body.
Be sure to conduct the
Be sure to conduct the
sending and receiving
sending and receiving
test.
test.
Step
10. SERVICE MODE Operation
When using the phone line modem
When using the E-mail Main body NIC
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DIPSW setting for the CS Remote Care
Controller NIC
Proceed to the step 14.
(Enter the No. code → Detail setting → Software SW setting) (Baud rate setting: Select the baud rate at the software DIPSW setting 01-4 to 7.) 14
Turn on and off the power switch (SW2) of the main body.
15
First call execution
Initial connection mail
Initial connection mail
(Service mode → 09 CS Remote Care → 01 CS
reception
reception
Remote Care → Press No. Code twice → Detail
The initial connection
The initial connection
setting → 01 Basic setting → First call*)
mail is sent to the mail
mail is sent to the mail
* When the connection to the center completes
address of the main
address of the controller
successfully, the CS Remote Care setting screen
body NIC from the cen-
NIC from the center.
is displayed.
ter.
* When the CS Remote
* When the CS Remote
Care related window is
Care related screen is
opened while receiving
opened while receiving
the initial connection
the initial connection
mail from the center, the
mail from the center, the
information being cre-
information being cre-
ated is destroyed and
ated is destroyed and
the CS Remote Care
the CS Remote Care
setting screen is dis-
setting screen is dis-
played.
played.
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10. SERVICE MODE
Field Service Ver3.0 Nov.2006
10.11.3 List of combinations of E-Mail CS Remote Care and Mail remote notification system To change a combination of E-Mail CS Remote Care and Mail remote notification system, refer to this table to configure the DIPSW setting or the mail account setting. Case
Mail remote
E-Mail CS
E-Mail CS
notification
Remote Care
Remote Care
system
Setting item
Value
"Use the mail remote notification
Use
Remark
using the main using the conbody NIC
troller NIC system" of the main body NIC’s Web utility
1
{
{
—
"Service mode - Software
1
(*3)
DIPSW": 15-5 (*1) "Service mode - Software
1
DIPSW": 16-7 (*2) "Use the mail remote notification
Use
system" of the main body NIC Web utility 2
{
—
{
"Service mode - Software
1
(*4)
DIPSW": 15-5 (*1) "Service mode - Software
0
DIPSW": 16-7 (*2) "Use the mail remote notification
Use
system" of the main body NIC Web utility 3
{
—
—
"Service mode - Software
0
—
DIPSW": 15-5 (*1) "Service mode - Software
0
DIPSW": 16-7 (*2) "Use the mail remote notification system" of the main body NIC
Do not use
Web utility 4
—
{
—
"Service mode - Software
1
—
DIPSW": 15-5 (*1) "Service mode - Software
1
DIPSW": 16-7 (*2) "Use the mail remote notification system" of the main body NIC
Do not use
Web utility 5
—
—
{
"Service mode - Software
1
—
DIPSW": 15-5 (*1) "Service mode - Software
0
DIPSW": 16-7 (*2) *1
Service mode - Software DIPSW: 15-5 (CS Remote Care function ON, 0=OFF, 1=ON)
*2
Service mode - Software DIPSW: 16-7 (NIC selection of E-Mail CS Remote Care, 0=controller NIC, 1=main body NIC)
*3
Mail remote notification system and CS Remote Care using the main body NIC share the same mail account
*4
Mail remote notification system and CS Remote Care using the controller NIC use separate mail accounts
454
10.11.4 Detailed setup procedure A. I/O check mode, data collection clear valid
1. Enter the service mode. 2. "Service mode menu screen" Press the [07 System Setting] key.
3. "Sub menu screen"
10. SERVICE MODE
5. Set the bit data to "On (1)". On (1): CS Remote Care function enabled Off (0): CS Remote Care function disabled (default)
6. Press the [Return] key to finish the configuration.
Press the [01 Software SW Setting] key.
4. "Software SW Setting screen" Set "03" with the DIPSW number. Set "6" with the DIPSW bit number.
5. Set the bit data to "On (1)". On (1): I/O check mode, data collection clear enabled Off (0): I/O check mode, data collection clear disabled (default)
6. Press the [Return] key to finish the configuration.
D. NIC selection for E-Mail CS Remote Care
1. Enter the service mode. 2. "Service mode menu screen" Press the [07 System Setting] key.
3. "Sub menu screen" Press the [01 Software SW Setting] key.
4. "Software SW Setting screen" Set "16" with the DIPSW number. Set "7" with the DIPSW bit number.
5. Set the bit data to the NIC you use. On (1): Use the main body NIC B. CS Remote Care memory initialization
1. Enter the service mode.
Off (0): Use the controller NIC (default)
6. Press the [Return] key to finish the configuration.
2. "Service mode menu screen" Press the [04 Machine Condition] key.
3. "Sub menu screen" Press the [01 I/O Check Mode] key.
4. "I/O Check Mode screen" Enter "15" with the numeric keys. Confirm that "15-00" is displayed on the message display area.
5. Press the [Access] button. 6. Enter "98" with the numeric keys. 7. Press the [Start] button. Confirm that the output check display switches to "FIN."
E. CS Remote Care function selection (E-Mail/ Phone line modem)
1. Enter the service mode. 2. "Service mode menu screen" Press the [09 CS Remote Care] key.
3. "Sub menu screen" Press the [01 CS Remote Care] key.
4. "CS Remote Care setting screen" Select the key for the function you use. 01 E-Mail: Use the E-Mail CS Remote Care 02 Modem: Use the Modem CS Remote Care
5. Press the [No. Code] key. C. CS Remote Care function ON
1. Enter the service mode. 2. "Service mode menu screen" Press the [07 System Setting] key.
3. "Sub menu screen" Press the [01 Software SW Setting] key.
4. "Software SW Setting screen" Set "15" with the DIPSW number. Set "5" with the DIPSW bit number.
6. Enter the No. code* with the numeric keys. 7. Press the [No. Code] key. 8. Press the [Detail setting] key. 9. "Setting menu screen" Press the [02 Date and time setting] key.
10. Enter the date with the numeric keys, and press the [Set] key.
11. Enter the month with the numeric keys, and press the [Set] key.
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10. SERVICE MODE
12. "Date and Time setting screen"
Field Service Ver3.0 Nov.2006 *1
When entering the telephone number, keys on
Enter the year in 2 digits with the numeric keys,
the screen other than numeric keys represent
and press the [Set] key.
the followings.
13. Enter time with the numeric keys, and press the [Set] key.
14. Press the [Time Zone] key. 15. Enter the time zone with the numeric keys, and press the [Set] key.
16. Press the [OK] key to return to the "Setting menu screen." *
Enter the No. code that is assigned in advance.
F.
Modem initial setting
[ , ] Pause: holds the self-dial delivery for some time [W] Wait: detects the destination dial tone [T] Tone dial: tone dialing [P] Pulse dial: pulse dialing [—] Number delimiter: ignored when actually dialed [*] [#] [•]: use as necessary *2
Change the modem initialization command if necessary (Usually, there is no need to change). For details, refer to the manual of the modem.
G. Baud rate setting
1. "Modem setting menu screen" Press the [01 Basic setting] key.
2. "Basic setting screen" Press the [Center No.] key.
3. Enter the center ID with the keyboard, and press the [OK] key.
4. Press the [Center Telephone Number] key. 5. Enter the center telephone number with the
NOTE • In case you changed bit data by accident, be sure to restore the previous state.
1. "Modem setting menu screen" Press the [05 Software SW setting] key.
2. "Software SW Setting screen" Set "01" with the DIPSW number.
numeric and symbolic keys.
Set the modem baud rate using the DIPSW bit
Use [T]s and [P]s depending on the modem
number "4 to 7".*
and the phone line. *1
6. Press the [Machine Telephone Number] key.
3. Press the [Return] key to return to the "Modem setting menu screen."
7. Enter the machine telephone number with the numeric and symbolic keys. Use [T]s and [P]s depending on the modem and the phone line. *1
8. Press the [OK] key to return to the "Modem setting menu screen."
9. "Modem setting menu screen" Press the [04 AT command] key.
10. "AT command setting screen" Press the [First command] key.
11. Enter the modem initialization command with the keyboard, and press the [OK] key. *2
12. Press the [OK] key to return to the "Modem setting menu screen."
456
* Modem baud rate Baud rate
01-7 01-6 01-5 01-4
1200 bps
0
0
1
1
2400 bps
0
1
0
0
4800 bps
0
1
0
1
9600 bps
0
1
1
0
19200 bps
0
1
1
1
38400 bps
1
0
0
0
57600 bps
1
0
0
1
10. SERVICE MODE
H. E-Mail initial setting
10.11.5 Software DIPSW setting for CS Remote Care
1. "E-Mail Setting Menu screen" Press the [01 Basic setting] key.
2. "Basic setting screen"
NOTE • DIPSW bits data are written into the Parame-
Press the [Center No.] key.
ter board (PB) every time a change is made.
3. Enter the center ID with the keyboard, and
In case you changed bit data by accident, be
press the [OK] key.
sure to restore the previous state.
4. Press the [OK] key to return to the "E-Mail Setting Menu screen."
5. "E-Mail Setting Menu screen" Press the [03 Response time out setting] key. *
6. Enter the response time out time with the numeric keys. (in minutes)
7. Press the [OK] key to return to the "E-Mail Setting Menu screen."
A. Input procedure
1. Enter the service mode. 2. "Service mode menu screen" Press the [09 CS Remote Care] key.
3. "Sub menu screen" Press the [01 CS Remote Care] key.
4. "CS Remote Care setting screen" Press the [No. Code] key.
NOTE • The response time out setting is automati-
5. Use the sheet setting keys to enter the No. code. *1
cally set on receiving the initial connection mail. Change the setting if necessary.
6. Press the [No. Code] key. 7. Press the [Detail setting] key. 8. "Setting menu screen" Press the [05 Software SW Setting] key.
9. "Software SW Setting screen" Select the DIPSW number. Use the left arrow key or the numeric keys.
10. Select the DIPSW bit number. Use the right arrow key or the numeric keys.
11. Select DIPSW On (1), Off (0). Use the [On (1)], [Off (0)] key.
12. Press the [Return] key to return to the "Setting menu screen." *1
If the No. code is already entered, confirm that No. code.
NOTE • About functions of each switch, see to "B. List of software DIPSW for CS Remote Care".
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10. SERVICE MODE
Field Service Ver3.0 Nov.2006
B. List of software DIPSW for CS Remote Care Note • Do not change any bit not described on this table. DIPSW No
Bit
DIPSW1
0
—
1
Modem reception
2
DIPSW2
Functions
0
1
Default
—
—
1
Receive*1
Do not receive*1
0
—
—
—
0
3
—
—
—
0
4
Baud rate
*2
*2
0
5
*2
*2
0
6
*2
*2
0
7
*2
*2
1
0
Auto call on SC occurrence
Do not call
Call
1
1
Auto call on date specification
Do not call
Call
1
2
Auto call on the part replacement
Do not call
Call
1
3
Auto call on the drum replacement
Do not call
Call
1
4
Auto call on the periodic maintenance
Do not call
Call
1
(PM)
DIPSW3
5
—
—
—
0
6
—
—
—
0
7
—
—
—
0
0
—
—
—
0
1
Auto call on the toner supply
Do not call
Call
1
2
Auto call on frequent JAM occurrence
Do not call
Call
1
—
—
—
0
CS Remote Care communication mode
*3
*3
0
*3
*3
1
—
—
—
0
Modem redial interval
*4
*4
1
1
*4
*4
1
2
*4
*4
0
3
*4
*4
0
—
—
—
0
Modem redial times
*5
*5
0
1
*5
*5
1
2
*5
*5
0
3
*5
*5
1
4
*5
*5
0
5
*5
*5
0
6
*5
*5
0
—
—
0
Do not redial
Redial
1
—
—
0
3 to 7 DIPSW4
0 1 2 to 7
DIPSW5
0
4 to 7 DIPSW6
DIPSW7
0
7
—
0
Redial for response time out
1 to 7
458
—
10. SERVICE MODE
DIPSW No
Bit
Functions
0
1
Default
DIPSW8
0
Retransmission interval on E-Mail delivery
*6
*6
0
1
error
*6
*6
1
2
*6
*6
1
3
*6
*6
0
—
—
—
0
0
Retransmission times on E-Mail delivery
*7
*7
0
1
error
*7
*7
1
2
*7
*7
0
3
*7
*7
1
4
*7
*7
0
5
*7
*7
0
6
*7
*7
0
4 to 7 DIPSW9
DIPSW10
DIPSW11
DIPSW12
DIPSW13
7
—
—
—
0
0
Time zone setting
*8
*8
0
1
*8
*8
0
2
*8
*8
0
3
*8
*8
0
4
*8
*8
0
5
*8
*8
0
6
*8
*8
0
7
*8
*8
0
0
Timer 1
*9
*9
0
1
RING reception → CONNECT reception
*9
*9
0
2
*9
*9
0
3
*9
*9
0
4
*9
*9
0
5
*9
*9
1
6
*9
*9
0
7
*9
*9
0
0
Timer 2
*10
*10
0
1
Dial request completed → CONNECT
*10
*10
0
2
reception
*10
*10
0
3
*10
*10
0
4
*10
*10
0
5
*10
*10
0
6
*10
*10
1
7
*10
*10
0
0
Timer 3
—
—
0
1
Not used
—
—
1
2
—
—
0
3
—
—
1
4
—
—
0
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10. SERVICE MODE
Field Service Ver3.0 Nov.2006
DIPSW No
Bit
DIPSW13
5 6
Functions
0
1
Default
Timer 3
—
—
0
Not used
—
—
0
—
—
0
Timer 4
*11
*11
0
1
Line connection → Start request telegram
*11
*11
0
2
delivery
*11
*11
0
3
*11
*11
0
4
*11
*11
0
5
*11
*11
1
6
*11
*11
0
7
*11
*11
0
7 DIPSW14
DIPSW15
DIPSW16
DIPSW17
DIPSW18
0
0
Timer 5
*12
*12
0
1
Wait time for other side's response
*12
*12
1
2
*12
*12
1
3
*12
*12
1
4
*12
*12
1
5
*12
*12
0
6
*12
*12
0
7
*12
*12
0
0
Retry data, timer 6
*13
*13
1
1
Initialization OK → Dial request
*13
*13
1
2
*13
*13
1
3
*13
*13
1
4
*13
*13
1
5
*13
*13
1
6
*13
*13
1
7
*13
*13
1
0
Call JAM date (main body)
*14
*14
1
1
Valid copy quantity
*14
*14
0
2
Call ADF JAM date
*15
*15
1
3
Valid original feed quantity
*15
*15
0
4
Call JAM date
*16
*16
1
5
MCBJ setting
*16
*16
0
6
Call ADF JAM date
*17
*17
1
7
MOBJ setting
*17
*17
0
0
Attention display
Do not call
Call
1
1 to 7
—
—
—
0
DIPSW19 to 0 to 7
—
—
—
0
DIPSW40
460
1
*1
10. SERVICE MODE
Modem reception
*6
Mode
Mode
01-1
Receive
0
Issue ATA by RING delivery Do not receive
1
Do not issue ATA by RING delivery *2
Retransmission interval on E-Mail delivery error
Baud rate Mode
01-7 01-6 01-5 01-4
08-3 08-2 08-1 08-0
0 minute
0
0
0
0
10 minutes
0
0
0
1
20 minutes
0
0
1
0
30 minutes
0
0
1
1
40 minutes
0
1
0
0
50 minutes
0
1
0
1
60 minutes
0
1
1
0
1200 bps
0
0
1
1
70 minutes
0
1
1
1
2400 bps
0
1
0
0
80 minutes
1
0
0
0
4800 bps
0
1
0
1
90 minutes
1
0
0
1
9600 bps
0
1
1
0
100 minutes
1
0
1
0
19200 bps
0
1
1
1
110 minutes
1
0
1
1
38400 bps
1
0
0
0
120 minutes
1
1
0
0
57600 bps
1
0
0
1 *7
*3
Retransmission times on E-Mail delivery error
CS Remote Care communication mode Mode Mode
03-0
Data modem
0
0
0 to 9 times
FAX (not used)
0
1
10 times
E-Mail
1
0
11 to 99 times
Reservation
1
1 *8
Modem redial interval
3
2
1
0
000 0000 to 000 1001 0
0
0
1
0
1
0
000 1011 to 110 0011
7
6
5
4
3
2
1
0
DIPSW10
05-3 05-2 05-1 05-0
1 minute
0
0
0
1
-12 to -1
2 minutes
0
0
1
0
0
3 minutes
0
0
1
1
1 to 12
4 minutes
0
1
0
0
5 minutes
0
1
0
1
6 minutes
0
1
1
0
7 minutes
0
1
1
1
Mode
8 minutes
1
0
0
0
DIPSW11
9 minutes
1
0
0
1
0 to 31 sec
10 minutes
1
0
1
0
32 sec
*9
1111 0100 to 1111 1111 0
0
0
0
0
0
0
0
0000 0001 to 0001100
Timer 1 (RING reception → CONNECT reception)
33 to 255 sec *5
4
Time zone setting Mode
Mode
5
DIPSW09
03-1
*4
6
7
6
5
4
3
2
1
0
0000 0000 to 0001 1111 0
0
1
0
0
0
0
0
0010 0001 to 1111 1111
Modem redial times Mode
6
5
4
3
2
1
0
DIPSW06 0 to 9 times 10 times 11 to 99 times
000 0000 to 000 1001 0
0
0
1
0
1
0
000 1011 to 110 0011
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10. SERVICE MODE
Field Service Ver3.0 Nov.2006
*10 Timer 2 (Dial request completed → CONNECT
Valid original feed quantity
reception) Mode
7
6
5
4
3
2
1
0
DIPSW12 0 to 63 sec 64 sec
0000 0000 to 0011 1111 0
65 to 255 sec
1
0
0
0
0
0
0
0100 0001 to 1111 1111
*11 Timer 4 (Line connection → Start request telegram delivery) Mode
Mode
17-3
17-2
600 sheets
0
0
1200 sheets
0
1
1800 sheets
1
0
2400 sheets
1
1
17-5
17-4
1000
0
0
2000
0
1
3000
1
0
5000
1
1
17-7
17-6
100
0
0
200
0
1
400
1
0
600
1
1
*16 Call JAM date MCBJ setting
7
6
5
4
3
2
1
0
DIPSW14 0 to 31 (x 100 msec) 32 (x 100 msec)
*15 Call ADF JAM date
0000 0000 to 0001 1111 0
33 to 255
0
1
0
0
0
0
0
0010 0001 to 1111 1111
Mode
(x 100 msec) *17 Call ADF JAM date *12 Timer 5 (Wait time for other side's response) Mode
7
6
5
4
3
2
1
MOBJ setting 0
DIPSW15 0 to 29 sec 30 sec
0000 0000 to 0001 1101 0
31 to 255 sec
0
0
1
1
1
1
0
0001 1111 to 1111 1111
*13 Retry data, timer 6 (Initialization OK → Dial request) Mode
7
6
5
4
3
2
1
0
DIPSW16 0 to 254 (x 5 msec) 255 (x 5 msec)
0000 0000 to 1111 1110 1
1
1
1
1
1
1
*14 Call JAM date (main body) Valid copy quantity Mode
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17-1
17-0
3000 copies
0
0
6000 copies
0
1
9000 copies
1
0
12000 copies
1
1
1
1
Mode
10.11.6 Mail address setting A. Procedure for setting the main body NIC
10. SERVICE MODE
5. Click [E-Mail Initial Setting]. The mail initial setting screen is displayed.
Display the Web utility on the browser of the PC that is connected to this machine by the network to set the mail address. The mail setting method of the CS Remote Care that uses the main body NIC is the same as that for the mail remote notification system. Corresponding browser: Internet Explorer 5.5 or Netscape4.7x or above
1. Start up the PC that is connected to this machine by the network.
2. Open the browser and select "Open" in the file menu.
3. Enter the IP address of this machine or the host name, and press the [Enter] key. The main page of the Web utility screen of this machine is displayed.
4. Click [Extension for maintenance]. Enter "ce" for the user name and then enter the 8-digit CE password (default: 92729272) for the password, and then click the [OK] button. The CE extended function screen is displayed.
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10. SERVICE MODE
6. Set the following items. • Enable E-mail notification:
Field Service Ver3.0 Nov.2006 Supplement: [Communication log]
Select "Yes."
The CE extended function page shows 5 sent-out
The setting method of the CS Remote Care
and 5 received mail logs. The CS Remote Care
that uses the main body NIC is the same as
related mails are displayed as "Kind: CS Remote
that of the mail remote notification system.
Care Mail."
• Sending mail (SMTP) server: Set the IP address of the sending mail server. • Interval between fetching mails: Set the intervals from 1 minute to 60 minutes to check the receiving mail server to see if a mail is newly received. • Receiving mail server: Set the IP address of the receiving mail server. • Kind of mail spool: Select either of POP3 and IMAP according to the mail server to be used by the main body. Default: "POP3" • User name on the server: Enter the account name assigned to the main body by the receiving mail server. • Password: Enter the password to the above account name. • E-mail address of this copy machine:
1. Press the [Utility] button on the operation panel. 2. "Utility menu screen" Press the [06 Machine Manager Setting] key.
3. "Machine manager setting menu screen" Press the [04 Network Setting] key.
4. "Sub menu screen" Press the [02 Controller NIC Setting] key.
5. "Controller NIC setting menu screen" Press the [11 CSRC] key.
6. "CSRC setting menu screen" Press the [01 CSRC Send Setting] key.
7. Configure the following items. • CSRC Send Select [Yes]. • SMTP Server Address
Enter the mail address assigned to the main
Specify the SMTP server address. You can use
body.
symbols and alphanumeric characters within
• CE password: Enter any alphanumeric characters (including symbols) up to 20 characters. • Enable POP (IMAP) before SMTP: After authentication is made by the receiving
63 characters. • Port Number Specify the SMTP port number within the range from 1 to 65535. Default is [25]. • Connection Time Out Time
mail server, a selection is made if the mail is to
Specify the SMTP time out time with in the
be sent out or not. Default: "To be sent."
range from 30 to 300 (sec). Default is [60] sec-
* : Change "SMTP port No." and "POP (IMAP)
onds.
port No." as necessary.
• Machine Manager From Address
* : "Nickname for the copier," "Mail transfer
Specify the From address of mails from the
option," "E-mail address for transfer" and "Dis-
controller NIC.
play of the time required in the mail" are set for
==========================
the mail remote notification system. Set them
In case you use a server in which authentication is
as necessary.
required for sending and receiving mails, press the
7. Press the [Apply] button to decide the entry.
[Next] key to configure necessary settings.
8. Click the [Sending and Receiving test] button to
8. Press the [OK] key.
conduct the sending and receiving test of the mail. When the test is completed successfully, proceed to the next step. When the test fails, check the setting again according to the error message to conduct the test once more.
464
B. Procedure for setting the Controller NIC
9. "CSRC setting menu screen" Press the [02 CSRC Receive Setting] key.
10. Configure the following items.
10. SERVICE MODE 10.11.7 Modem First Call
• CSRC Receive
Send the machine ID and telephone number to the
Select [Yes].
CS Remote Care center computer to establish con-
• POP Server Address Specify the POP server address. You can use symbols and alphanumeric characters within 63 characters.
nection with the center.
1. Enter the service mode. 2. "Service mode menu screen" Press the [09 CS Remote Care] key.
• User Name Enter the user name to login to the POP server.
3. "Sub menu screen" Press the [01 CS Remote Care] key.
You can use symbols and alphanumeric characters within 63 characters.
4. "CS Remote Care setting screen" Press the [No. Code] key.
• Password Enter the password to login to the POP server.
5. Enter the No. code with the numeric keys. *1
You can use symbols and alphanumeric char-
6. Press the [No. Code] key.
acters within 16 characters.
7. Press the [Detail setting] key.
• APOP
8. "Setting menu screen"
Select [On] to use the APOP function. • Port Number Specify the POP port number within the range
Press the [01 Basic setting] key.
9. "Basic setting screen" Press the [First Call] key.
from 1 to 65535. Default is [110]. • Connection Time Out Time
10. Confirm that the connection with the center is
Specify the POP time out time with in the range
properly completed. *2
from 30 to 300 (sec). Default is [60] seconds.
When properly completed, the "CS Remote Care setting screen" appears.
Press the [Next] key to configure the following two
*1
No. code.
settings. • Auto Check Select [Yes]. • Auto Check Interval Time Specify the interval between checking new
If the No. code is already entered, confirm that
*2
In case an error occurred in the communication with the center, check the displayed code. For details on error codes, see "10.11.14 Error code list".
mails within the range from 1 to 60 (minutes). Default is 15 minutes.
11. Press the [OK] key. 12. "CSRC setting menu screen" Press the [03 CSRC Communication Test] key.
13. "CSRC Communication Test" Press the [Start] key. Confirm that the sending and receiving are correctly performed and go to next step. If the test failed, re-confirm the settings and perform the test again following the error message.
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10. SERVICE MODE 10.11.8 Receiving the initial connection mail In case E-Mails are used, after settings are done on the main body, the center needs to send an initial connection mail to the mail address of the main body, thus enabling mail transmission between the center and the main body.
Field Service Ver3.0 Nov.2006 10.11.9 Setup confirmation
1. Enter the service mode. 2. "Service mode menu screen" Press the [09 CS Remote Care] key.
3. "Sub menu screen" Press the [01 CS Remote Care] key.
MEMO: • About how to send the initial connection mail, refer to the CS Remote Care center's manual. • Mail transmission are possible only between the center and the main body that the initial connection has been established. • The initial connection mail is sent from the center. The mail address of the center used then is stored in the main body. • To check the center's mail address on the main body, output "Machine Management List." Procedure: Service mode → 05 List Output → 01 List Output → Machine Management List. Press the [COPY] key at upper left of the screen to output the list from the basic screen.
466
4. "CS Remote Care setting screen" Make sure that only selected items for "Modem" or "E-Mail" are displayed.
10. SERVICE MODE
10.11.10 Maintenance call
10.11.11 Center call from manager
As the CE starts the maintenance, enter the ID code
If the setup of CS Remote Care is completed, the
of CE (7-digit number with which each CE is identi-
manager can call the center of CS Remote Care.
fied, managed by a distributor.) to notify the center the start of maintenance. After the maintenance, pressing the maintenance completion key notifies the center the completion of maintenance.
1. Enter the utility mode. 2. "Utility Menu screen" Press the [06 Machine Manager Setting] key.
3. "Machine manager setting menu screen"
1. Enter the service mode. 2. "Service mode menu screen" Press the [09 CS Remote Care] key.
3. "Sub menu screen" Press the [01 CS Remote Care] key.
4. "CS Remote Care setting screen"
Press the [06 System Connection] key.
4. "Sub menu screen" Press the [01 User Call] key.
5. "User Call screen" Press the [Start] key. If the setup is not completed, or if other call is made, the [Start] key is grayed out, disabling to make a call.
Press the [No. Code] key.
5. Enter the No. code with the numeric keys.
About how to call the center and send various data of
6. Press the [No. Code] key.
the main body on the specified date and time, refer to the CS Remote Care center's manual.
During the maintenance, the [Start] button blinks until the completion of the maintenance.
1. Enter the service mode. 2. "Service mode menu screen" Press the [09 CS Remote Care] key.
3. "Sub menu screen" Press the [01 CS Remote Care] key.
4. "CS Remote Care setting screen" Press the [Maintenance comp] key.
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10. SERVICE MODE 10.11.12 Confirm communication log
Field Service Ver3.0 Nov.2006 10.11.13 Initialization of RAM for CS Remote
You can output and confirm the communication log.
1. Enter the service mode.
Care Initializing the RAM for CS Remote Care enables you to perform the setup again.
2. "Service mode menu screen" 1. Enter the service mode.
Press the [05 List Output] key.
2. "Service mode menu screen"
3. "Sub menu screen"
Press the [09 CS Remote Care] key.
Press the [01 List Output] key.
3. "Sub menu screen"
4. "List output mode menu screen"
Press the [01 CS Remote Care] key.
Press the [Communication Log List] key.
4. "CS Remote Care setting screen"
5. Press the [COPY] key to output the list from the
Press the [No. Code] key.
basic screen.
5. Enter the No. code with the numeric keys. *1 For details of logs, see "10.7 List output".
6. Press the [No. Code] key. 7. Press the [Detail setting] key. 8. "Setting menu screen" Press the [04 RAM Clear] key.
9. "RAM Clear setting screen" 10. The confirmation screen appears. Press the [OK] key.
11. The RAM is cleared, and the "CS Remote Care setting screen" appears.
12. Perform the setup again if necessary. *
1
If the No. code is already entered, confirm that No. code.
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10. SERVICE MODE
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006 10.11.14 Error code list Error code K00_00
Error Connection NG (Cannot connect from the modem,
Solution Redial and wait for re-reception.
timed out). K00_01
No response (After connection, no start telegram
Redial and wait for re-reception.
from the center detected). K00_02
Copying. Could not be written in non-volatile memory, and line disconnected.
K00_03
Center ID mismatch.
Confirm the center ID.
K00_04
Serial number mismatch.
Confirm the serial number.
Grammar error (when receiving undefined com-
Redial.
K00_05
mands or parameters). K00_06
Received a write order for an unwritable item.
K00_07
Unread item error.
K00_08
Signal reception time out after a response detection
Redial.
(after the start telegram shuttled). K00_09
Already registered serial number.
K00_10
Communication error occurred because of the car-
Redial.
rier OFF (NO CARRIER detected in the modem). K00_11
Dialtone (NO DIALTONE) detected in the modem.
Redial.
K00_12
Busy signal (BUSY) detected in the modem.
Redial.
K00_13
NO ANSWER detected in the modem.
Redial.
K00_14
Telegram error (irregular telegram received in
Retry standard times, and redial.
response to the telegram you sent). K00_15
Serial number not registered in the center (4 x 40 telegrams received).
K00_16
Errors not defined in the above -00 to 15 (last 2 dig-
Redial.
its). K00_17
Telephone number you must call was not registered.
K01_00
DSR turned OFF or remains turned OFF.
K01_01
Error on creating a message queue.
K01_02
Error on generating a task.
K01_03
Error on sending a message.
K01_04
Error on receiving a message.
K01_05
Received an error (NG) from the timer task.
K02_01
Modem initialization NG.
K03_00
Center call evacuation buffer is full. Cannot evacuate any more.
K05_90
Because of memory shortage, unable to secure enough area for sending a mail.
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10. SERVICE MODE
Field Service Ver3.0 Nov.2006
Error code K05_92
Error
Solution
Controller in operation: unable to send a mail
In the manual transmission, retry
because the controller is in operation.
when the controller is idling. In the auto transmission, an automatic retry is performed after 1 minute.
K05_93
Mail sending error: an error was returned on sending
In the auto transmission, an auto-
a mail.
matic retry is performed after the specified time. Check if there is no fault in the network environment and the network settings.
K05_94
Machine in operation: unable to send a mail because
In the manual transmission, retry
the machine is in operation.
when the machine is idling. In the auto transmission, an automatic retry is performed after 1 minute.
K05_95 K05_96
Controller not connected: unable to send a mail
Check the connection between the
because the controller is not connected.
controller and the main body.
Controller-driven SC: unable to send a mail because
In case of the controller-driven SC, a
of a controller-driven SC (49-xx).
mail cannot be sent through the controller. Use a telephone. This error do not occur in the main body NIC.
*
The shaded error codes are the ones that may occur when a transmission is made from the main body to the center.
10.11.15 Troubleshooting Check the followings when the main body neither receives the initial connection mail nor returns a response. 1) The center ID or the machine ID are not set in the main body. 2) The center ID or the machine ID are different (A machine ID error is not returned at the initial connection). 3) CS Remote Care function is disabled, or the phone line is selected in the CS Remote Care function selection. 4) Communication between the main body and the mail server is not proper (Check this with a transmission test).
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10. SERVICE MODE
Field Service Ver3.0 Nov.2006
10.12 ISW
9. "Stapling Center Position Adjustment screen" Enter a value through the numeric keys and press
See "5. FIRMWARE VERSION UP".
the [Set] key. • Setting range: -20 (in front) to +20 (in back)
10.13 Finisher adjustment
1 step = 0.1 mm 10. Repeat steps 5 to 9 until the standard value can be
10.13.1 Staple Finisher adjustment
obtained.
Conduct various settings of the FS.
Anmerkung HJG: Ab FW Ver. 4x ist es möglich folgende Justagen separat durchzuführen (Straight u. Staple Mode
A. Stapling center position adjustment Adjust the center position of the staple while in stapling.
B. Paper Width (Straight Mode) (reine Blattausgabe) Adjust an uneven paper stack (main scanning direction) on the main tray in non-sort and sort mode. This adjustment adjusts the position of the alignment
(1) Procedure
plate while in alignment.
1. Enter the service mode. 2. "Service mode menu screen"
(1) Procedure
Press the [11 Finisher Adjustment] key. 3. A sub menu appears on the right side of the screen. Press the [01 Staple Position Adj.] key on the sub
Wichtig: Im Straight Mode darf bei Eingabe der Kopienanzahl, nur "1" eingegeben werden !
1. Enter the service mode. 2. "Service mode menu screen" Press the [11 Finisher Adjustment] key.
menu. 4. "Staple Finisher adjustment mode screen"
3. A sub menu appears on the right side of the screen.
Press the [01 Stapling Center Position Adjustment]
Press the [01 Stapler Position Adj.] key on the sub
key.
menu.
5. "Stapling Center Position Adjustment screen"
4. "Staple Finisher adjustment mode screen" Press the [02 Paper Width Adjustment] key.
Press the [COPY] key. 6. Select A3 or 11 x 17 paper, and select the 2 sta-
5. "Stapling Paper Width Adj. screen"
plings. Press the Start button to output the test pat-
Press the [Straight Mode] key and press the
tern (No.16).
[COPY] key .
7. Fold the outputted paper in half in the paper feed
6. Select the paper size according to the item you
direction to check the misalignment with the sta-
want to adjusted and press the Start button to out-
pling center position.
put a test pattern (No. 16). 7. Open the front door of the FS and pull out the
• Standard value: a = ± 3mm
stacker. Note • If the length of the paper is longer than 239 mm
[1]
in sub-scanning direction, the paper edge will hanging out of the stacker. In that case, remove
a
the paper through the paper opening section before pulling out the stacker, and reload the
[2]
paper in the stacker. 8. Measure the gap between the paper in the stacker fs503fs3011ca
[1] Paper center
[2] Stapling center position
8. When the value is not within the standard value, press the [SERVICE] key.
and the alignment plate. Standard value: 0.1 to 1 mm 9. When the value is not within the standard value, press the [SERVICE] key. 10. "Stapling Paper Width Adj. screen" Use the [Next] and [Back] key to select the paper size you want to adjust.
470 471
10. SERVICE MODE
11. "Stapling Paper Width Adj. screen" Enter a value with the numeric keys and press the [Set] key.
11. "Stapling Paper Width Adj. screen" Enter a value with the numeric keys and press the [Set] key.
• Setting range: -20 (wide) to +20 (narrow)
• Setting range: -20 (wide) to +20 (narrow)
1 step = 0.1 mm
1 step = 0.1 mm
12. Repeat steps 5 to 11 until the standard value can be obtained.
C. Paper Width (Staple Mode)
12. Repeat steps 5 to 11 until the standard value can be obtained.
(Heftmodus)
Adjust an uneven paper stack (main scanning direction) on the main tray in non-sort and sort mode. This adjustment adjusts the position of the alignment plate while in alignment. (1) Procedure 1. Enter the service mode. 2. "Service mode menu screen" Press the [11 Finisher Adjustment] key.
Achtung: Ab FW Ver. 4x ist es möglich folgende Justagen separat durchzuführen. a) Straight Mode (reine Blattausgabe) b) Staple Mode (Heftmodus)
3. A sub menu appears on the right side of the screen. Press the [01 Stapler Position Adj.] key on the sub menu. 4. "Staple Finisher adjustment mode screen" Press the [02 Paper Width Adjustment] key. 5. "Stapling Paper Width Adj. screen" Press the [Staple Mode] key and press the [COPY] key . 6. Select the paper size according to the item you want to adjusted and press the Start button to output a test pattern (No. 16). 7. Open the front door of the FS and pull out the stacker. Note • If the length of the paper is longer than 239 mm in sub-scanning direction, the paper edge will hanging out of the stacker. In that case, remove the paper through the paper opening section before pulling out the stacker, and reload the paper in the stacker. 8. Measure the gap between the paper in the stacker and the alignment plate. Standard value: 0 ± 0.5 mm 9. When the value is not within the standard value, press the [SERVICE] key. 10. "Stapling Paper Width Adj. screen" Use the [Next] and [Back] key to select the paper size you want to adjust.
2
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10. SERVICE MODE
Field Service Ver3.0 Nov.2006
7. Check to see if the bundle of papers is misaligned (a: a misalignment occurs when the
10.13.2 Multi folder (hole-punch) adjustment Conduct the FD punch related adjustment.
paper width setting is larger than the paper width) and if the bundle is curved (b: the curve
A. Paper width adjustment
occurs when the paper width setting is smaller
When a large mis-alignment is found with the position
than the paper width).
of a punch hole, use a corresponding paper size to
• Standard value:
a = ± 1.0 mm or less
adjust the width of the alignment plate.
(16 sheets or less) a = ± 1.5 mm or less (from 17 to 100 sheets)
(1) Procedure
1. Enter the service mode. 2. "Service mode menu screen"
a
Press the [11 Finisher Adjustment] key.
3. A sub menu appears on the right side of the screen. Press the [02 Multi Folder (Punch) Adj.] key on the sub menu.
b
4. "Multi Folder (Hole-Punch) adj. menu screen" Press the [01 Paper Width Adjustment] key. fs503fs3012c
5. "Paper Width Adjustment screen" Press the [COPY] key.
8. When the value is not within the standard value, press the [SERVICE] key.
9. "Stapling Paper Width Adj. screen" Use the [Next] and [Back] key to select the paper size you want to adjust.
10. Enter a value through the numeric keys and press the [Set] key. • Setting range:-20 (wide) to +20 (narrow) 1 step = 0.1 mm
11. Repeat steps 5 to 10 until the standard value can be obtained.
6. Set paper you want to adjust in the tray, the number of copies is set to 10 and press the Start button.
7. Check the diameter of the through-hole when the ejected paper is stacked. No. of holes
Standard value (mm)
2 & 4 holes
φ 5.0 or larger
3 holes
φ 6.5 or larger
8. When the value is not within the standard value, press the [SERVICE] key.
9. "Paper Width Adjustment screen" Use the [Next] and [Back] key to select the paper size you want to adjust.
10. Enter the set value through the numeric keys and press the [Set] key. • Setting range:-20 (narrow) to +20 (wide) 1 step = 0.1 mm Note • When the alignment plate is wider than an appropriate position, the punch centering is displaced, and when too narrow, the punch holes are apt to disperse.
11. Repeat steps 5 to 10 until the standard value can be obtained.
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10. SERVICE MODE
B. Hole-punch vertical position adjustment Adjust punch holes in the sub scan direction.
11. Enter a value through the numeric keys and press the [Set] key. • Setting range:-40 (wide) to +40 (narrow)
(1) Procedure
1 step = 0.1 mm
12. Repeat steps 5 to 11 until the standard value
1. Enter the service mode.
can be obtained.
2. "Service mode menu screen" Press the [11 Finisher Adjustment] key.
3. A sub menu appears on the right side of the
13. To configure other punch hole/paper size, repeat steps 5 to 11.
screen. Press the [02 Multi Folder (Punch) Adj.] key on the sub menu.
4. "Multi Folder (Hole-Punch) adj. menu screen" Press the [02 Hole-Punch Vertical Position Adjustment] key.
5. "Punch Vertical Position Adj. screen" Press the [COPY] key.
6. Set the paper of the paper size you want to adjust in the tray, and select the number of punch holes. Press the Start button to output the test pattern (No.16).
7. Check the distance a from the outputted paper leading edge to the punch holes center position.
a
fs503fs3013c
Holes
Standard value a (mm)
2 & 4 holes
10.5 ± 5.0
3 holes
9.5 ± 5.0
8. When the value is not within the standard value, press the [SERVICE] key.
9. "Punch Vertical Position Adj. screen" Use the [Next] and [Back] key to select the paper size you want to adjust.
10. Press the punch hole key you want to adjust.
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10. SERVICE MODE
Field Service Ver3.0 Nov.2006
10.13.3 Multi folder (Fold) adjustment
B. Letter fold-in position adjustment
Conduct the FD folding related adjustment.
Adjust the folding position on the letter fold-in printing
Broschüren Falz
mode.
A. Folding position adjustment Adjust the folding position on the fold printing.
Brief Falz inne
NOTE • When adjusting both the single fold and the
(1) Procedure
double fold, be sure to start with the double fold.
1. Enter the service mode.
• The position of the single fold is based on the
2. "Service mode menu screen"
leading edge of paper and the position of the
Press the [11 Finisher Adjustment] key.
3. A sub menu appears on the right side of the
double fold is based on the position of the single fold. So, the dimension "b" in the step
screen.
7 varies when either position of the single fold
Press the [03 Multi Folder (Fold) Adj.] key on the
and the double fold is changed.
sub menu.
4. "Multi Folder (Fold) adj. mode screen" Press the [01 Folding Position Adjustment] key.
5. "Folding Position Adjustment screen" Press the [COPY] key.
6. Set the paper of the paper size you want to adjust in the tray. Press the Start button to output the test pattern (No.16).
7. Check the misalignment "a" on the edge of the outputted paper.
(1) Procedure
1. Enter the service mode. 2. "Service mode menu screen" Press the [11 Finisher Adjustment] key.
3. A sub menu appears on the right side of the screen. Press the [03 Multi Folder (Fold) Adj.] key on the sub menu.
4. "Multi Folder (Fold) adj. mode screen"
• Standard value a: ± 1.5 mm
Press the [02 Letter Fold-in Position Adjust-
a
ment] key.
5. "Letter Fold-in Position Adjustment screen" Press the [COPY] key.
6. Set the paper of the paper size you want to fs503fs3014c
8. When the value is not within the standard value, press the [SERVICE] key.
9. "Folding Position Adjustment screen" Use the [Next] and [Back] key to select the paper size you want to adjust.
10. Enter a value through the numeric keys and press the [Set] key. • Setting range: -50 to +50, 1 step = 0.1 mm • In the case of the mis-alignment given in the step 7, enter a set value on the positive side.
11. Repeat steps 5 to 10 until the standard value can be obtained.
12. To configure other paper size, repeat steps 5 to 11.
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adjust in the tray. Press the Start button to output the test pattern (No.16).
10. SERVICE MODE C. Letter fold-out position adjustment
7. Check "a" and "b" on the outputted paper.
Adjust the folding position on the letter fold-out printing mode.
b [1]
a
• The position of the single fold is based on the double fold is based on the position of the
a03uf3c019ca
Paper size
NOTE leading edge of paper and the position of the
[2]
[1] Single fold
Brief Falz aussen
[2] Double fold
single fold. So, the dimension "a" and "b" in the step 7 varies when either position of the single fold and the double fold is changed.
Standard value (mm) (1) Procedure
a± 1.5
b± 1.5
A3
139.0
142.0
1. Enter the service mode.
B4
120.3
123.3
2. "Service mode menu screen"
A4S
98.0
101.0
12 x 18
151.4
154.4
11 x 17
142.9
145.9
screen.
81/2 x 14
117.5
120.5
Press the [03 Multi Folder (Fold) Adj.] key on the
81/2 x 11S
92.1
95.1
8K
129.0
132.0
8. When the value is not within the standard value, press the [SERVICE] key.
9. "Letter Fold-in Position Adjustment screen" Use the [Next] and [Back] key to select the paper size you want to adjust.
10. Press the [Double Fold] key.
Press the [11 Finisher Adjustment] key.
3. A sub menu appears on the right side of the
sub menu.
4. "Multi Folder (Fold) adj. mode screen" Press the [03 Letter Fold-out Pos. Adjustment] key.
5. "Letter Fold-out Pos. Adjustment screen" Press the [COPY] key.
6. Set the paper of the paper size you want to adjust in the tray. Press the Start button to output the test pattern (No.16).
11. Enter a value through the numeric keys and press the [Set] key. • Setting range: -50 to +50, 1 step = 0.1 mm • The dimension "a" in the step 7 gets larger when the set value is moved to the positive side and gets smaller when moved to the negative side.
12. Press the [Single Fold] key. 13. Enter a value through the numeric keys and press the [Set] key. • Setting range: -50 to +50, 1 step = 0.1 mm • The dimension "b" in the step 7 gets larger when the set value is moved to the positive side and gets smaller when moved to the negative side.
14. Repeat steps 5 to 13 until the standard value can be obtained.
2
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10. SERVICE MODE
Field Service Ver3.0 Nov.2006 D. Double parallel position adjustment
7. Check "a" and "b" on the outputted paper.
Adjust the folding position on the double parallel position.
b
Doppelparallel Falz NOTE
[1]
a [2]
a03uf3c020ca
[1] Single fold Paper size
[2] Double fold Standard value (mm) b± 1.5
A3
282.0
144.0
B4
243.7
123.3
A4S
199.0
101.0
12 x 18
306.8
156.4
11 x 17
289.9
147.9
81/2 x 14
238.1
120.5
81/2 x 11S
187.3
95.1
8K
262.0
134.0
8. When the value is not within the standard value, press the [SERVICE] key.
9. "Letter Fold-out Pos. Adjustment screen" Use the [Next] and [Back] key to select the paper size you want to adjust.
10. Press the [Single Fold] key. 11. Enter a value through the numeric keys and press the [Set] key. • Setting range: -50 to +50, 1 step = 0.1 mm • The dimension "a" in the step 7 gets larger when the set value is moved to the plus side and gets smaller when moved to the minus side.
12. Press the [Double Fold] key. 13. Enter a value through the numeric keys and press the [Set] key. • Setting range: -50 to +50, 1 step = 0.1 mm • The dimension "b" in the step 7 gets larger when the set value is moved to the positive side and gets smaller when moved to the negative side.
14. Repeat steps 5 to 13 until the standard value
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2
double fold, be sure to start with the double fold. • The position of the single fold is based on the leading edge of paper and the position of the
a± 1.5
can be obtained.
• When adjusting both the single fold and the
double fold is based on the position of the single fold. So, the dimension "b" in the step 7 varies when either position of the single fold and the double fold is changed. (1) Procedure
1. Enter the service mode. 2. "Service mode menu screen" Press the [11 Finisher Adjustment] key.
3. A sub menu appears on the right side of the screen. Press the [03 Multi Folder (Fold) Adj.] key on the sub menu.
4. "Multi Folder (Fold) adj. mode screen" Press the [04 Double Parallel Position Adjustment] key.
5. "Double Parallel Pos. Adj. screen" Press the [COPY] key.
6. Set the paper of the paper size you want to adjust in the tray. Press the Start button to output the test pattern (No.16).
10. SERVICE MODE
7. Check "a" and "b" on the outputted paper.
E. Z-fold position adjustment Adjust the folding position on the Z-fold position.
Z Falz NOTE
b
[1]
double fold, be sure to start with the single
a
fold.
[2]
• The position of the single fold is based on the a03uf3c021ca
[1] Single fold Paper size
• When adjusting both the single fold and the
[2] Double fold
leading edge of paper and the position of the double fold is based on the position of the single fold. So, the dimension "b" in the step
Standard value (mm)
7 varies when either position of the single fold and the double fold is changed.
a± 1.5
b± 1.5
A3
208.5
103.8
B4
180.5
89.8
A4S
147.0
73.0
1. Enter the service mode.
12 x 18
227.1
113.1
2. "Service mode menu screen"
11 x 17
214.4
106.7
81/2 x 14
176.3
87.7
81/2 x 11S
138.2
68.6
8K
193.5
96.3
8. When the value is not within the standard value, press the [SERVICE] key.
9. "Double Parallel Pos. Adj. screen" Use the [Next] and [Back] key to select the paper size you want to adjust.
10. Press the [Single Fold] key. 11. Enter a value through the numeric keys and
(1) Procedure
Press the [11 Finisher Adjustment] key.
3. A sub menu appears on the right side of the screen. Press the [03 Multi Folder (Fold) Adj.] key on the sub menu.
4. "Multi Folder (Fold) adj. mode screen" Press the [05 Z-Fold Position Adjustment] key.
5. "Z-Fold Position Adjustment screen" Press the [COPY] key.
6. Set the paper of the paper size you want to adjust in the tray. Press the Start button to output the test pattern (No.16).
press the [Set] key. • Setting range: -50 to +50, 1 step = 0.1 mm • The dimension "a" in the step 7 gets smaller when the set value is moved to the positive side and gets larger when moved to the negative side.
12. Press the [Double Fold] key. 13. Enter a value through the numeric keys and press the [Set] key. • Setting range: -50 to +50, 1 step = 0.1 mm • The dimension "b" in the step 7 gets smaller when the set value is moved to the positive side and gets larger when moved to the negative side.
14. Repeat steps 5 to 13 until the standard value can be obtained.
2
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10. SERVICE MODE
Field Service Ver3.0 Nov.2006
7. Check "a" and "b" on the outputted paper.
13. Enter a value through the numeric keys and press the [Set] key. • Setting range: -50 to +50, 1 step = 0.1 mm
b
• The dimension "b" in the step 7 gets smaller
[2]
[1]
a
when the set value is moved to the positive side a03uf3c022ca
and gets larger when moved to the negative side.
14. Repeat steps 5 to 13 until the standard value 8 1㧛214 [1]
can be obtained.
a a03uf3c031ca
[1] Single fold
[2] Double fold
Paper size
Standard value (mm) a± 1.5
b± 1.5
A3
105.5
108.5
B4
91.5
94.5
A4S
74.8
77.8
12 x 18
114.8
117.8
11 x 17
108.5
111.5
81/2 x 14
94.0
—
81/2 x 11S
70.4
73.4
8K
98.0
101.0
8. When the value is not within the standard value, press the [SERVICE] key.
9. "Z-Fold Position Adjustment screen" Use the [Next] and [Back] key to select the paper size you want to adjust.
10. Press the [Single Fold] key. 11. Enter a value through the numeric keys and press the [Set] key. • Setting range: -50 to +50, 1 step = 0.1 mm • The dimension "a" in the step 7 gets smaller when the set value is moved to the positive side and gets larger when moved to the negative side.
12. Press the [Double Fold] key.
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F.
Gate position adjustment
10. SERVICE MODE
7. Check "a" and "b" on the outputted paper.
Adjust the folding position on the gate position. NOTE
Altar Falz
b
• When adjusting the single fold, the double
a
fold and the triple fold, be sure to conduct the
[1]
single fold, the double fold and the triple fold in this order. • The position of the single fold is based on the
[3]
[2]
c
leading edge of paper and the position of the
a03uf3c023ca
double fold is based on the position of the single fold. So, the dimension "a" and "b" in the step 7 varies when either position of the
[1] Single fold [2] Double fold [3] Triple fold Paper size
single fold and the double fold is changed.
Standard value (mm) a± 1.5
b± 1.5
c± 1.5
A3
103.5
213.0
106.5
B4
89.5
185.0
92.5
1. Enter the service mode.
A4S
72.8
151.5
75.8
2. "Service mode menu screen"
12 x 18
112.8
231.6
115.8
11 x 17
106.5
218.9
109.5
8 /2 x 14
87.4
180.8
90.4
81/2 x 11S
68.4
142.7
71.4
8K
96.0
198.0
99.0
(1) Procedure
Press the [11 Finisher Adjustment] key.
3. A sub menu appears on the right side of the screen. Press the [03 Multi Folder (Fold) Adj.] key on the sub menu.
4. "Multi Folder (Fold) adj. menu screen" Press the [06 Gate Position Adjustment] key.
5. "Gate Position Adjustment screen" Press the [COPY] key.
6. Set the paper of the paper size you want to
1
8. When the value is not within the standard value, press the [SERVICE] key.
9. "Gate Position Adjustment screen" Use the [Next] and [Back] key to select the paper size you want to adjust.
adjust in the tray. Press the Start button to out-
10. Press the [Single Fold] key.
put the test pattern (No.16).
11. Enter a value through the numeric keys and press the [Set] key. • Setting range: -50 to +50, 1 step = 0.1 mm • The dimension "a" in the step 7 gets smaller when the set value is moved to the positive side and gets larger when moved to the negative side.
12. Press the [Double Fold] key. 13. Enter a value through the numeric keys and press the [Set] key. • Setting range: -50 to +50, 1 step = 0.1 mm • The dimension "b" in the step 7 gets larger when the set value is moved to the positive side and gets smaller when moved to the negative side.
14. Press the [Triple Fold] key.
2
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15. Enter a value through the numeric keys and press the [Set] key. • Setting range: -50 to +50, 1 step = 0.1 mm
10.13.5 Stacker adjustment Conduct the LS related adjustments.
LS-501 / 502 A. Paper width adjustment
• The dimension "c" in the step 7 gets smaller
Conduct this adjustment when a paper exit mis-align-
when the set value is moved to the positive side
ment occurs in the main scan direction of the stacker
and gets larger when moved to the negative
tray.
side.
This adjusts the position of the alignment plate while
16. Repeat steps 5 to 14 until the standard value
in alignment.
can be obtained. (1) Procedure G. Fold regist loop adjustment Adjust the paper loop amount at the registration roller section to adjust the folding skew, the wrinkling of paper or a jam at the registration section.
Registrations Bausch
1. Enter the service mode. 2. "Service mode menu screen" Press the [11 Finisher Adjustment] key.
3. A sub menu appears on the right side of the screen. Press the [05 Stacker Adjustment] key on the
(1) Procedure
sub menu.
1. Enter the service mode. 2. "Service mode menu screen" Press the [11 Finisher Adjustment] key.
3. A sub menu appears on the right side of the screen. Press the [03 Multi Folder (Fold) Adj.] key on the sub menu.
4. "Multi Folder (Fold) adj. menu screen" Press the [07 Fold Regist Loop Adjustment] key.
5. "Fold Regist Loop Adjustment screen" Press the [COPY] key.
6. Select A3 or 11 x 17 paper and press the start button to output the test pattern (No. 16).
7. When the trouble recurs, press the [SERVICE] key.
Press the [01 Paper Width Adjustment] key.
5. "Paper Width Adjustment screen" Press the [COPY] key.
6. Select A3 or 11 x 17 paper and press the start button to output the test pattern (No. 16).
7. When a paper exit mis-alignment occurs, press the [SERVICE] key.
8. "Paper Width Adjustment screen" Press the [Next] or [Back] key to select either the stacker 1 or the stacker 2.
9. Enter a value through the numeric keys and press the [Set] key. • Setting range:-20 (narrow) to +20 (wide) 1 step: 0.1 mm
10. Repeat the steps 5 to 9 until an appropriate
8. "Fold Regist Loop Adjustment screen" Enter a value through the numeric keys and press the [Set] key. • Setting range:-50 (small) to +50 (large) 1 step = 0.1 mm
9. Repeat the steps 5 to 8 until an appropriate value is obtained.
10.13.4 Multi folder (PI) adjustment This is not used in the field.
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4. "Stacker Adjustment Mode Menu screen"
value is obtained.
10. SERVICE MODE
B. Paper length adjustment
10.13.6 Saddle stitcher adjustment
Conduct this adjustment when a paper exit mis-align-
Conduct various adjustment related to SD
ment occurs in the sub scan direction of the stacker tray.
A. Stapling center position adjustment
This adjusts the position of the leading edge stopper.
Adjust the center position of the staple for the saddle stitching mode.
Broschürenfinisher SD-501
(1) Procedure
1. Enter the service mode. 2. "Service mode menu screen" Press the [11 Finisher Adjustment] key.
3. A sub menu appears on the right side of the
(1) Procedure
1. Enter the service mode. 2. "Service mode menu screen" Press the [11 Finisher Adjustment] key.
3. A sub menu appears on the right side of the screen.
screen. Press the [05 Stacker Adjustment] key on the
Press the [06 Saddle Stitcher Adj.] key on the
sub menu.
sub menu.
4. "Stacker Adjustment Mode Menu screen" Press the [02 Paper Length Adjustment] key.
5. "Paper Length Adjustment screen" Press the [COPY] key.
6. Select A3 or 11 x 17 paper and press the start button to output the test pattern (No. 16).
7. When a paper exit mis-alignment occurs, press the [SERVICE] key.
8. "Paper Length Adjustment screen"
4. "Saddle Stitcher Adjustment Menu screen" Press the [01 Staple Center Adjustment] key.
5. "Stapling Center Position Adjustment screen" Press the [COPY] key.
6. Select A3 or 11 x 17 paper and press the start button to output the test pattern (No. 16).
7. Check the misalignment between the staplecenter and the paper center. • Standard value: a = ± 2 mm
Press the [Next] or [Back] key to select either the stacker 1 or the stacker 2.
9. Enter a value through the numeric keys and press the [Set] key. • Setting range:-20 (narrow) to +20 (wide) 1 step: 0.1 mm
[2]
[1]
10. Repeat the steps 5 to 9 until an appropriate value is obtained.
a [1] Single fold
fs503fs3300c
[2] Stapling center
8. When the value is not within the standard value, press the [SERVICE] key.
9. "Stapling Center Position Adjustment screen" Enter a value through the numeric keys and press the [Set] key. • Setting range:-20 (right) to +20 (left) 1 step = 0.1 mm
10. Repeat steps 5 to 9 until the standard value can be obtained.
1
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B. Stapling paper width adjustment
9. "Staple Paper Width Adj.screen"
When there is an uneven edge found with the bundle
Use the [Next] and [Back] key to select the
paper at the saddle stitching mode, conduct this
paper size you want to adjust.
adjustment.
10. Enter a value through the numeric keys and
This adjustment adjusts the position of the saddle stitching alignment plate.
press the [Set] key. Setting range:-20 (narrow) to +20 (wide) 1 step = 0.1 mm
NOTE • Make sure that the folding skew adjustment of the mechanical adjustment has been com-
11. Repeat steps 5 to 10 until the standard value can be obtained.
pleted. C. Staple pitch adjustment (1) Procedure
Adjust the stapling interval for the saddle stitching mode.
1. Enter the service mode. 2. "Service mode menu screen"
(1) Procedure
Press the [11 Finisher Adjustment] key.
3. A sub menu appears on the right side of the
1. Enter the service mode. 2. "Service mode menu screen"
screen. Press the [06 Saddle Stitcher Adj.] key on the sub menu.
Press the [11 Finisher Adjustment] key.
3. A sub menu appears on the right side of the screen.
4. "Saddle Stitcher Adjustment Menu screen" Press the [02 Stapling Paper Width Adjustment] key.
Press the [06 Saddle Stitcher Adj.] key on the sub menu.
4. "Saddle Stitcher Adjustment Menu screen"
5. "Staple Paper Width Adj. screen"
Press the [03 Staple Pitch Adjustment] key.
Press the [COPY] key.
5. "Staple Pitch Adjustment screen"
6. Set the paper of the paper size you want to adjust. Press the Start button to output the test pattern (No. 16).
Press the [COPY] key.
6. Set the paper of the paper size you want to adjust. Press the Start button to output the test
7. Check to see if the bundle of papers is misaligned (a: a misalignment occurs when the paper width setting is larger than the paper width) and if the bundle is curved (b: the curve
pattern (No. 16).
7. Check the interval "a" between the staples against the paper size "b." • Standard value: a = (b/2) ± 2 mm
occurs when the paper width setting is smaller than the paper width). • Standard value a: 1.0 mm or less
a
a b
b
fs503fs3011c fs503fs3012c
8. When the value is not within the standard value, press the [SERVICE] key.
8. When the value is not within the standard value, press the [SERVICE] key.
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2
9. "Staple Pitch Adjustment screen" Use the [Next] and [Back] key to select the paper size you want to adjust.
10. SERVICE MODE
7. Check the misalignment "a" on the edge of the outputted paper. • Standard value a: 1.5 mm or less
10. Enter a value through the numeric keys and press the [Set] key.
a
• Setting range:-20 (narrow) to +20 (wide) 1 step = 1 mm • Setting range is restricted by the paper size. Minimum value is determined based on the stapler movable range and the maximum value is determined so that the saddle stitching alignment plate and stapler do not interfere with
fs503fs3014c
8. When the value is not within the standard value, press the [SERVICE] key.
9. "Folding Position Adjustment screen"
each other. B5S: Setting is not possible (fixed to 91 mm)
Use the [Next] and [Back] key to select the
B4: -20 to +20 mm (108.5 to 148.5 mm)
paper size you want to adjust.
A4S: -14 to +14 mm (91 to 119 mm)
10. Enter a value through the numeric keys and
A3: -20 to +16.5 mm (128.5 to 165 mm)
press the [Set] key.
81/2 x 14, 81/2 x 11S: -16.95 to +16.95 mm
Setting range: -20 to +20 1 step = 0.1 mm
(91 to 124.9 mm) 11 x 17, 8 /2 x 11: -20 to +20 mm 1
(119.7 to 159.7 mm)
11. Repeat steps 5 to 10 until the standard value can be obtained.
• In case of the misalignment given in the step 7, enter a set value on the positive side.
11. Repeat steps 5 to 10 until the standard value can be obtained.
D. Folding position adjustment
E. Three-Fold position adjustment
Adjust the folding position at the center folding mode.
Adjust the folding position on the multi letter folding mode.
(1) Procedure NOTE
1. Enter the service mode. 2. "Service mode menu screen" Press the [11 Finisher Adjustment] key.
3. A sub menu appears on the right side of the
• When adjusting both the single fold and the double fold, be sure to start with the double fold. • The position of the single fold is based on the
screen.
leading edge of paper and the position of the
Press the [06 Saddle Stitcher Adj.] key on the
double fold is based on the position of the
sub menu.
single fold. So, the dimension "b" in the step
4. "Saddle Stitcher Adjustment Menu screen" Press the [04 Folding Position Adjustment] key.
7 varies when either position of the single fold and the double fold is changed.
5. "Folding Position Adjustment screen" Press the [COPY] key.
6. Set the paper of the paper size you want to adjust. Press the Start button to output the test pattern (No. 16).
(1) Procedure
1. Enter the service mode. 2. "Service mode menu screen" Press the [11 Finisher Adjustment] key.
3. A sub menu appears on the right side of the screen. Press the [06 Saddle Stitcher Adj.] key on the sub menu.
2
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10. SERVICE MODE
Field Service Ver3.0 Nov.2006
4. "Saddle Stitcher Adjustment Menu screen" Press the [05 Three-Fold Position Adjustment] key.
F.
Fold paper width adjustment
When there is an uneven edge found with the bundle paper at the folding or multi letter folding mode, con-
5. "Three-Folding Position Adj. screen"
duct this adjustment.
Press the [COPY] key.
6. Set the paper of the paper size you want to adjust. Press the Start button to output the test pattern (No. 16).
This adjustment adjusts the alignment width for the main scan alignment. (1) Procedure
7. Check "a" and "b" on the outputted paper. 1. Enter the service mode. 2. "Service mode menu screen"
a
Press the [11 Finisher Adjustment] key.
3. A sub menu appears on the right side of the screen. Press the [06 Saddle Stitcher Adj.] key on the sub menu.
b
4. "Saddle Stitcher Adjustment Menu screen" fs503fs3015c
Press the [06 Fold Paper Width Adjustment] key.
5. "Fold Paper Width Adjustment screen" Paper size
Standard value (mm) a
b
Press the [COPY] key.
6. Set the paper of the paper size you want to
A4S
97.5 ± 2.5
102.0 ± 2.5
adjust. Press the Start button to output the test
81/2 x 11S
91.6 ± 2.5
96.1 ± 2.5
pattern (No. 16).
7. Check the printed pages for misalignment. 8. When the value is not within the standard value, press the [SERVICE] key.
9. "Three-Folding Position Adj. screen"
a. When the paper width setting is set to wider than the actual paper width, misalignment occurs at random.
Use the [Next] and [Back] key to select the
b. When the paper width setting is set to nar-
paper size you want to adjust.
rower than the actual paper width, misalign-
10. Press the [Double fold] key.
ment occurs in one direction.
11. Enter a value through the numeric keys and press the [Set] key. • Setting range: -50 to +50, 1 step = 0.1 mm • The dimension "a" in the step 7 gets larger when the set value is moved to the positive side
a
and gets smaller when moved to the negative side.
12. Press the [Single-folding] key. 13. Enter a value through the numeric keys and press the [Set] key. • Setting range: -50 to +50, 1 step = 0.1 mm
b
• The dimension "b" in the step 7 gets larger fs503fs3302ca
when the set value is moved to the positive side and gets smaller when moved to the negative side.
14. Repeat steps 5 to 13 until the standard value can be obtained.
8. When the value is not within the standard value, press the [SERVICE] key.
9. "Fold Paper Width Adjustment screen" Use the [Next] and [Back] key to select the paper size you want to adjust.
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2
10. SERVICE MODE
10. Enter a value through the numeric keys and press the [Set] key.
10. Enter a value through the numeric keys and press the [Set] key.
• Setting range:-20 (narrow) to +20 (wide)
• Setting range:-400 (smaller) to +400 (larger)
1 step = 0.1mm
1 step = 0.1mm
11. Repeat steps 5 to 10 until the standard value
11. Repeat steps 5 to 10 until the standard value
can be obtained.
can be obtained.
G. Trimming adjustment When there is misalignment in the trimmed fore-edge or the trimming is too much, conduct this adjustment. (1) Procedure
1. Enter the service mode. 2. "Service mode menu screen" Press the [11 Finisher Adjustment] key.
3. A sub menu appears on the right side of the screen. Press the [06 Saddle Stitcher Adj.] key on the sub menu.
4. "Saddle Stitcher Adjustment Menu screen" Press the [07 Trimming Adjustment] key.
5. "Trimming Adjustment screen" Press the [COPY] key.
6. Set the paper of the paper size you want to adjust. Press the Start button to output the test pattern (No. 16).
7. Check the trimming distance "a" on the cover paper. • Standard value: a = 2 mm or more Note • Trimming distance less than 2mm may cause trimming fault.
a
fs503fs3301c
8. When the value is not within the standard value, press the [SERVICE] key.
9. "Trimming Adjustment screen" Use the [Next] and [Back] key to select the paper size you want to adjust.
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10. SERVICE MODE
Field Service Ver3.0 Nov.2006
10.13.7 Perfect binder adjustment
10. "Cover Trimming Adjustment"
A. Cover trimming adjustment
Enter a value through the numeric keys and
Adjusts the trimming position of the right side edge of the cover paper.
press the [Set] key. • Setting range: -128 (reduces the trimming amount) to +127 (enlarges the trimming amount)
Klebebinder PB-501
NOTE
1 step = 0.1mm
• In order to align the leading edges on the left and right covers, perform the adjustments in
11. Repeat the steps 5 to 10 until an appropriate value is obtained.
the order shown below: 1. B Cover lead edge adjustment B. Cover lead edge adjustment
2. A Cover trimming adjustment
Sets the length that the left side of cover paper exceeds the length (width) of inside pages.
(1) Procedure
1. Enter the service mode.
(1) Procedure
2. "Service mode menu screen" 1. Enter the service mode.
Press the [11 Finisher Adjustment] key.
3. A sub menu appears on the right side of the
2. "Service mode menu screen" Press the [11 Finisher Adjustment] key.
screen. Press the [07 Perfect Binder Adjustment] key on the sub menu.
4. "Perfect
Binder
3. A sub menu appears on the right side of the screen.
adjustment
mode
menu
Press the [07 Perfect Binder Adjustment] key on the sub menu.
screen" Press the [01 Cover Trimming Adjustment] key.
5. "Cover Trimming Adjustment screen" Press the [Next] or [Back] key to select PB Tray or Main Tray.
4. "Perfect Binder adjustment mode menu screen" Press the [02 Cover Lead Edge Adjustment] key.
5. "Cover Lead Edge Adj. screen" Press the [Main Tray] or [PB Tray] key to select PB tray or tray on the main body.
6. Press the [COPY] key. 7. Select the paper type and press the start but-
6. Press [Next] or [Back] key to select the paper
ton to make test prints and carry out perfect
size from the following options.
binding.
All Size
8. Check the cover of the created book if its right
8.5 x 11
side edge and left side edge align with each
5.5 x 8.5R
other.
A4 A5R B5
[3]
A5 5.5 x 8.5 Special 16K 8.5 x 11W
[2]
[1]
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5.5 x 8.5W A4W
[1] Trimming position [2] Right cover paper
A5W
[3] Left cover paper
B5W
9. Press the [SERVICE] key to change the trimming position of the right cover paper.
Note • Above paper sizes are book (the inside pages) finished sizes.
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10. SERVICE MODE C. Spine corner forming position adjustment
7. Press the [COPY] key. 8. Select the paper type and press the start but-
Adjusts the corner folding position of the cover paper.
ton to make test prints and carry out perfect (1) Procedure
binding.
9. Check that the width of the left cover paper is longer than that of the inside pages by specified amount.
1. Enter the service mode. 2. "Service mode menu screen" Press the [11 Finisher Adjustment] key.
3. A sub menu appears on the right side of the [3]
[4]
screen.
[5] [1]
Press the [07 Perfect Binder Adjustment] key on the sub menu.
4. "Perfect
Binder
adjustment
mode
menu
screen" Press the [03 Spine Corner forming Position
[2]
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[1] Inside pages
[2] Right cover paper
[3] Left cover paper
[4] Length differential
[5] Edge of the left cover paper
10. To change the width of the left cover paper, press the [SERVICE] key.
11. "Cover Lead Edge Adj. screen"
Adj.] key.
5. "Spine Corner forming Up/Down Adj. screen" Press the [COPY] key.
6. Select the paper type and press the start button to make test prints and carry out perfect binding.
7. Check that the corner edges of the cover paper
Enter a value through the numeric keys and
are created uniformly in the main scan direc-
press the [Set] key.
tion.
• Setting range:-128 (short) to +127 (long) 1 step = 0.1mm
[4]
12. Repeat the steps 5 to 11 until an appropriate [1]
value is obtained.
[2]
[3]
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[1] Right cover paper [2] Main scanning direction [3] Cover paper
[4] Left cover paper
8. When the corner edges of the cover paper are not created uniformly, press the [SERVICE] key.
9. "Spine Corner forming Up/Down Adj. screen" Press [Next] or [Back] key to Select the front edge/rear edge adjustment
10. Enter a value through the numeric keys and press the [Set] key. • Setting range:-128 (down) to +127(up) 1 step = 0.1mm
11. Repeat the steps 5 to 10 until an appropriate value is obtained.
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10. SERVICE MODE D. Pasting start postion adjustment Adjusts the start position for applying glue to inside
Field Service Ver3.0 Nov.2006
9. Check that the glue applying start position to the inside pages is appropriate.
pages.
[3]
(1) Procedure
1. Enter the service mode. 2. "Service mode menu screen" Press the [11 Finisher Adjustment] key.
3. A sub menu appears on the right side of the
[1]
screen. Press the [07 Perfect Binder Adjustment] key
[2]
on the sub menu.
4. "Perfect Binder adjustment mode menu screen" Press the [04 Pasting Start Postion Adjustment] key.
5. "Pasting Start Pos. Adj. screen" Press [Go Ahead] or [Go Back] to select which start position, for applying during frontward movement or backward movement, to be adjusted.
6. Press [Next] or [Back] key to select the paper size from the following options. All Size 8.5 x 11 A4 B5 A5 5.5 x 8.5 16K A4W B5W A5W 8.5 x 11W 5.5 x 8.5 W Special Note • Above paper sizes are book (the inside pages) finished sizes.
7. Press the [COPY] key. 8. Select the paper type and press the start button to make test prints and carry out perfect binding.
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[1] Start position for frontward applying [2] Start position for backward applying [3] Inside pages
10. To adjust the start position, press the [SERVICE] key.
11. "Pasting Start Pos. Adj. screen" Enter a value through the numeric keys and press the [Set] key. • Setting range:-128 (earlier) to +127 (later) 1 step = 0.1mm
12. Repeat the steps 5 to 11 until an appropriate value is obtained.
E. Pasting finish position adjustment Adjusts the position to finish applying glue.
10. SERVICE MODE
9. Check that the glue applying finish position to the inside pages is appropriate.
(1) Procedure
[3]
1. Enter the service mode. 2. "Service mode menu screen" Press the [11 Finisher Adjustment] key.
3. A sub menu appears on the right side of the [1]
screen. Press the [07 Perfect Binder Adjustment] key on the sub menu.
[2]
4. "Perfect Binder adjustment mode menu screen" Press the [05 Pasting Finish Position Adjustment] key.
5. "Paste Finish Pos. Adj. screen" Press [Go Ahead] or [Go Back] to select which finish position, for applying during frontward movement or backward movement, to be adjusted.
6. Press [Next] or [Back] key to select the paper size from the following options. All Size 8.5 x 11 A4 B5
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[1] Finish position for frontward applying [2] Finish position for backward applying [3] Inside pages
10. To adjust the finish position, press the [SERVICE] key.
11. "Paste Finish Pos. Adj. screen" Enter a value through the numeric keys and press the [Set] key. • Setting range:-128 (earlier) to +127 (later) 1 step = 0.1mm
12. Repeat the steps 5 to 11 until an appropriate value is obtained.
A5 5.5 x 8.5 16K A4W B5W A5W 8.5 x 11W 5.5 x 8.5 W Special Note • Above paper sizes are book (the inside pages) finished sizes.
7. Press the [COPY] key. 8. Select the paper type and press the start button to make test prints and carry out perfect binding.
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10. SERVICE MODE F.
Field Service Ver3.0 Nov.2006
Paste formation finish position adjustment
10. "Paste Formation Finish Adj. screen"
Adjusts the finish position of the process to make a
Enter a value through the numeric keys and
uniform layer of glue applied on the inside pages
press the [Set] key.
spine.
• Setting range:-128 (earlier) to +127 (later) 1 step = 0.1mm
(1) Procedure
11. Repeat the steps 5 to 9 until an appropriate value is obtained.
1. Enter the service mode. 2. "Service mode menu screen" Press the [11 Finisher Adjustment] key.
3. A sub menu appears on the right side of the screen. Press the [07 Perfect Binder Adjustment] key on the sub menu.
4. "Perfect
Binder
adjustment
mode
menu
screen" Press the [06 Paste Formation Finish Position Adj.] key.
5. "Paste Formation Finish Adj. screen" Press [Next] or [Previous] key to select the paper size from the following options. All Size 8.5 x 11 A4 B5 A5 5.5 x 8.5 16K A4W B5W A5W 8.5 x 11W 5.5 x 8.5 W Special Note • Above paper sizes are book (the inside pages) finished sizes.
6. Press the [COPY] key. 7. Select the paper type and press the start button to make test prints and carry out perfect binding.
8. Check that the finish position of the process to make a uniform layer of glue on the inside pages spine is appropriate.
9. When adjusting the the finish position of the process to make a uniform layer of glue, press the [SERVICE] key.
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10. SERVICE MODE
G. Temperature adjustment
10. Enter a value through the numeric keys and
Sets the temperatures to be detected by the glue apply roller temperature sensor (TH1), the glue tank
press the [Set] key. • Melt Tank - Top
temperature sensor/Up (TH2), the glue tank tempera-
Setting range: 10 to 200 °C
ture sensor/Md (TH3), and the glue tank temperature
Default: 132 °C
sensor/Lw (TH4) provided in the glue tank.
• Melt Tank - Mid Setting range: 140 to 200 °C
(1) Procedure
Default: 145 °C • Melt Tank - Low
1. Enter the service mode.
Setting range: 140 to 200°C
2. "Service mode menu screen"
Default: 185 °C
Press the [11 Finisher Adjustment] key.
• Pasting Roller
3. A sub menu appears on the right side of the screen.
Default: 165 °C
Press the [07 Perfect Binder Adjustment] key on the sub menu.
4. "Perfect
Setting range: 140 to 200 °C
Binder
adjustment
mode
menu
11. Repeat the steps 5 to 10 until an appropriate value is obtained.
screen" Press the [07 Temperature Adjustment] key.
5. "Temperature Adjustment screen" Press the [COPY] key.
6. Select the paper type and press the start button to make test prints and carry out perfect binding.
7. Check that the glue applied has dried appropriately.
8. To adjust the dryness of the glue, press the [SERVICE] key.
9. "Temperature Adjustment screen" Press the [NEXT] or the [Back] key to select the option of which the temperature is set. The following options are provided. Melt Tank - Top Melt Tank - Mid Melt Tank - Low Pasting Roller
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10. SERVICE MODE
Field Service Ver3.0 Nov.2006
H. Sub Compile CD width adjustment
I.
Adjusts the alignment width of the inside pages when
Adjusts the alignment width of the inside pages when
aligning in the main scan direction.
aligning in the main scanning direction.
(1) Procedure
(1) Procedure
1. Enter the service mode.
1. Enter the service mode.
2. "Service mode menu screen"
2. "Service mode menu screen"
Press the [11 Finisher Adjustment] key.
3. A sub menu appears on the right side of the
Press the [11 Finisher Adjustment] key.
3. A sub menu appears on the right side of the
screen.
screen.
Press the [07 Perfect Binder Adjustment] key
Press the [07 Perfect Binder Adjustment] key
on the sub menu.
on the sub menu.
4. "Perfect Binder adjustment mode menu screen"
4. "Perfect Binder adjustment mode menu screen"
Press the [08 Sub Compile CD Width Adjust-
Press the [09 Clamp CD Width Adjustment]
ment] key.
key.
5. "Sub Compile CD Width Adj. screen"
5. "Clamp CD Width Adj. screen"
Press [Next] or [Back] key to select the paper
Press [Next] or [Back] key to select the paper size
size from the following options.
from the following options.
All Size
All Size
8.5 x 11
8.5 x 11
A4
A4
B5
B5
A5
A5
5.5 x 8.5
5.5 x 8.5
16K
16K
A4W
A4W
B5W
B5W
A5W
A5W
8.5 x 11W
8.5 x 11W
5.5 x 8.5 W
5.5 x 8.5 W
Special
Special
Note
Note
• Above paper sizes are book (the inside
• Above paper sizes are book (the inside
pages) finished sizes.
6. "Sub Compile CD Width Adj. screen"
pages) finished sizes.
6. "Clamp CD Width Adj. screen"
Enter a value through the numeric keys and press
Enter a value through the numeric keys and press
the [Set] key.
the [Set] key.
• Setting range:-20 (wider) to +20 (narrower)
492
Clamp CD width adjustment
• Setting range:-20 (wider) to +20 (narrower)
1 step = 0.1mm
1 step = 0.1mm
7. Create multiple books in normal copy mode,
7. Create multiple books in normal copy mode,
and check the alignment of the second and
and check the alignment of the second and
later book. Change set value set in Step 5 until
later book. Change set value set in Step 5 until
an properly aligned book is created.
an properly aligned book is created.
2
J.
10. SERVICE MODE
Cover up/down CD width adjustment
K. Clamp FD position adjustment
Adjusts the positional relation in the main scan direc-
Adjusts the alignment width of the inside pages when
tion between the cover paper and the inside pages.
aligning in the sub scan direction.
(1) Procedure
(1) Procedure
1. Enter the service mode.
1. Enter the service mode.
2. "Service mode menu screen"
2. "Service mode menu screen"
Press the [11 Finisher Adjustment] key.
Press the [11 Finisher Adjustment] key.
3. A sub menu appears on the right side of the
3. A sub menu appears on the right side of the
screen.
screen.
Press the [07 Perfect Binder Adjustment] key
Press the [07 Perfect Binder Adjustment] key
on the sub menu.
on the sub menu.
4. "Perfect
Binder
adjustment
mode
menu
4. "Perfect
Binder
adjustment
mode
menu
screen"
screen"
Press the [10 Cover Up/Down CD Width
Press the [11 Clamp FD Position Adjustment]
Adjustment] key.
key.
5. "Cover Up/Down CD Width Adj. screen"
5. "Clamp FD Position Adj. screen"
Press the [Next] and [Back] key to select PB
Press [Next] or [Back] key to select the paper
Tray or Main Tray on the main body.
size from the following options.
6. Press the [COPY] key.
All Size
7. Select the paper type and press the start but-
8.5 x 11
ton to make test prints and carry out perfect
A4
binding.
B5
8. Check if the relation between the main-scanning position of the cover and that of the inside pages are appropriate.
9. To adjust the relation of their main-scanning positions, press the [SERVICE] key.
10. "Cover Up/Down CD Width Adj. screen"
A5 5.5 x 8.5 16K A4W B5W A5W 8.5 x 11W
Enter a value through the numeric keys and
5.5 x 8.5 W
press the [Set] key.
Special
• Setting range:-20 (wider) to +20 (narrower) 1 step = 0.1mm
11. Repeat the steps 5 to 10 until an appropriate value is obtained.
Note • Above paper sizes are book (the inside pages) finished sizes.
6. Press the [COPY] key. 7. Select the paper type and press the start button to make test prints and carry out perfect binding.
8. Check if the sub-scanning direction of all the inside pages are properly aligned.
9. To adjust the alignment width in sub-scanning direction of the inside pages, press the [SERVICE] key.
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10. SERVICE MODE
Field Service Ver3.0 Nov.2006
10. "Clamp FD Position Adj. screen" Enter a value through the numeric keys and press the [Set] key. • Setting range:-20 (wider) to +20 (narrower) 1 step = 0.1mm
11. Repeat the steps 5 to 10 until an appropriate value is obtained. Note • If the setting is too wide, pages are misplaced in sub-scanning direction. • If the setting is too narrow, mark of the FD alignment plate may appear.
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10.13.8 Recall standard data
10. SERVICE MODE
10.14 Machine manager setting
Reset various setting values of the finisher adjustment to the factory initial data or the installation initial data. NOTE • The stacker adjustments cannot recall. A. Procedure
1. Enter the service mode. 2. "Service mode menu screen" Press the [11 Finisher Adjustment] key.
3. A sub menu appears on the right side of the screen.
Important • The use of the security strengthen mode in the machine manager setting in the utility mode is limited only when the manager authentication is set to "Authentication On."
10.14.1 Manager authentication To strengthen security of the machine manager setting of the utility mode, configure the setting so that a password is required to enter the machine manager setting.
Press the [07 Recall Standard Data] key on the sub menu.
4. "Recall Standard Data (Finisher adj.) screen" Pressing [Factory Initial Data] or [Installation Initial Data] displays "Standard data is returning." When completed, the data returns with "Standard data has returned" displayed.
(1) Procedure
1. Enter the service mode. 2. "Service mode menu screen" Press the [12 Machine Manager Setting] key.
3. A sub menu appears on the right side of the screen.
Note • Selecting [Factory Initial Data] recalls the factory initial data. • Selecting [Installation Initial Data] recalls the adjustment values stored when code "90-00" of the I/O check mode was con-
Press the [01 Manager Authentication] key.
4. "Manager Authentication Setting screen" Press the [Authentication On] key and press the [OK] key to confirm.
5. To disable the authentication setting, press the [Cancel] key or [Authentication Off] key.
ducted.
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10. SERVICE MODE 10.14.2 Machine manager password
Field Service Ver3.0 Nov.2006
10.15 CE Setting
Configure a password to enter the machine manager setting of the utility mode. The machine manager password can also be set in the machine manager setting of the utility mode. NOTE • The selection of the [Machine Manager Pass-
Important • The use of the security strengthen mode in the machine manager setting in the utility mode is limited only when the CE authentication setting is set to "Authentication On."
word] key is limited only when the [Manager Authentication] is set to "Authentication On." • Do not use anything easily guessed by others such as your name, birthday.
10.15.1 CE authentication To strengthen security of the service mode, configure the setting so that a password is required to enter the service mode.
(1) Procedure
1. Enter the service mode. 2. "Service mode menu screen" Press the [12 Machine Manager Setting] key.
3. A sub menu appears on the right side of the screen. Press the [02 Machine Manager Password] key.
4. "Machine Manager Password setting screen" Enter an 8-digit password with alphanumeric
1. Enter the service mode. 2. "Service mode menu screen" Press the [13 CE Setting] key.
3. A sub menu appears on the right side of the screen. Press the [01 CE Authentication Setting] key.
4. "CE Authentication Setting screen"
keys.
Press the [Authentication On] key and press the
Default is "00000000."
[OK] key to confirm.
5. Press the [OK] key to register data. Press the [Cancel] key to cancel the setting you entered.
496
(1) Procedure
5. To disable the authentication setting, press the [Cancel] key or [Authentication Off] key.
10.15.2 CE password setting Configure a password to enter the service mode.
10. SERVICE MODE
10.16 IP HDD format Controller HDD Format the hard disk /2 (HDD2) on the print controller.
NOTE
Formatting enables you to secure space/delete inter-
• The selection of the [CE Password Setting]
nal data.
key is limited only when the CE authentication setting is set to "Authentication On." • Do not use anything easily guessed by others such as your name, birthday. • CE should not inform other people of the password.
(1) Procedure
1. Enter the service mode. 2. "Service mode menu screen" Press the [14 IP HDD Format] key.
3. A sub menu appears on the right side of the (1) Procedure
screen. Press the [01 IP HDD Format] key on the sub
1. Enter the service mode. 2. "Service mode menu screen" Press the [13 CE Setting] key.
3. A sub menu appears on the right side of the
menu.
4. "IP HDD Format screen" HDD format includes the following five items. [ALL]
screen.
[Document]
Press the [02 CE Password Setting] key.
[Parameter]
4. "CE Password Setting screen" Enter an 8-digit password with alphanumeric
[Font] [Spool]
keys.
5. Press the item you want to format.
Default is "92729272."
6. "Format confirmation screen"
5. Press the [OK] key to register data.
The message "Execute Format Yes/No?"
Press the [Cancel] key to cancel the setting you
appears.
entered.
Press the [Yes] key.
(2) Purpose of each item • [ALL] Formats all areas of the hard disk. This is equal to performing the following four operations at once. Conduct this on such occasions as replacing the hard disk /2 (HDD2). • [Document] Formats the document storage area. Conduct this when deleting the Scan to HDD job. • [Parameter] Formats the storage area for the controller setting information. Conduct this when deleting the whole setting information on the print controller (the network setting and default settings of each port, etc). NOTE • Be sure to output the settings information list before formatting parameters.
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10. SERVICE MODE • [Font] Formats the font data storage area. Conduct this when deleting downloaded external font data. NOTE • By formatting, all downloaded external fonts are deleted. • [Spool] Formats the spool area. There is no need to format this area alone.
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11. MECHANICAL ADJUSTMENT
11. MECHANICAL ADJUSTMENT 11.1 Paper feed section 11.1.1
Tray centering adjustment
This adjustment is made when the mis-centering of paper varies each paper supplied from the trays /1 and /2. The mis-centering is automatically adjusted in the image processing unit, and this adjustment is made only when a mis-centering exceeding the range of auto correction (±5 mm) occurs.
1. Disable (data=1) the Software DIPSW12-3 "Printer
[2]
mis-centering correction. (See P.429).
2. Perform copying/printing without automatic correction to check the mis-centering of image.
3. Pull out the paper feed tray. 4. If any paper remaining, remove it. 5. If the paper guide [1] is at the small size position, stretch the guide.
6. Loosen 2 screws [2]. 7. Move the paper guide [1]. According to the miscentering you checked in step 2, adjust the center position using the marking line [3].
[1]
[1]
[3]
8. Tighten 2 screws [2]. 9. Insert a paper and set the tray. 10. Make a copy/print and check to see if the miscentering is within the standard value (±2 mm).
11. When not up to the standard value, repeat the steps 3 to 10.
12. Enable (data=0) the Software DIPSW12-3 "Printer mis-centering correction."
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11. MECHANICAL ADJUSTMENT 11.1.2
Field Service Ver3.0 Nov.2006
Separation pressure adjustment
Perform the separation pressure adjustment when the no feed (a paper is conveyed to the paper feed roller section but stops there) or the double feed occurs at the paper feed. Note • Affected by the paper type and the operating environment (the no feed is likely in the low temperature environment and the double feed is likely in the high temperature environment). • Excess adjustment may reverse the symptom.
1. Pull out the paper feed tray. 2. Change the position of the spring adjustment lever [1]. Note • The separation pressure is strengthened when the lever is moved to the direction [2] and is weakened when the lever is moved to the direction [3]. Weak: a double feed jam is improved.
[2]
[1]
[3]
Strong: a no feed jam is improved. Reference • The spring load changes 10% as the spring is moved one step.
3. Set the tray to perform copying/printing. Check whether the no feed or the double feed occurs or not.
4. In case either jam occurs, repeat steps 1 to 3.
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11.1.3
11. MECHANICAL ADJUSTMENT
Pick-up roller load adjustment
In case a no feed jam occurs frequently, perform the pick-up roller load adjustment.
[2]
1. Pull out the paper feed tray. 2. In the pick-up roller section [1], put paper feed
[1]
assist plate [3] on the paper feed assist plate holder [2], and fix them with accompanying screw (M3 x 8 mm) [4].
3. Set the tray. 4. Perform copying/printing to check whether the no feed or the double feed occurs or not. Note • The maximum number of the paper feed assist plates that can be attached is 4 plates.
[4]
[3]
[4]
For the number of plates to be attached, see chapter V "5. Paper setting." • The paper feed assist plate is approx. 10g each.
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11. MECHANICAL ADJUSTMENT 11.1.4
Field Service Ver3.0 Nov.2006
Pick-up roller height adjustment
Perform this adjustment when the following situations occurred. •
A no feed jam is not improved by the pick-up roller load adjustment
•
A no feed jam in which a thick paper is stuck on the entrance guide (a metallic guide plate near the separation roller)
•
A double feed jam is not improved by the separation pressure adjustment
Note • On performing the pick-up roller height adjustment, the paper feed pick-up amount is changed. Be sure to confirm the paper feed pick-up amount in the paper feed pick-up amount adjustment. (See P.505)
[2]
[3]
[1]
1. 2. 3. 4.
Pull out the paper feed tray. If any paper remaining, remove it. Loosen a screw [1]. With the release lever [2] placed at its original position, hold the stopper [3] and tighten the screw [1] to fix the stopper.
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11. MECHANICAL ADJUSTMENT
5. Set the tray. Confirm that the paper lift finished its
[1]
elevation to the top by hearing the sound of the paper lift motor. Pull out the tray again.
6. Remove 2 screws [1] to remove the paper feed cover [2].
[2]
[1]
[3]
1050fs3032c
7. Check whether the actuator [1] of the pick-up
[2]
roller section matches with the center [3] position of the upper limit sensor /1 (PS6), /2 (PS12) [2].
8. Remove the pick-up roller section [4]. (See P.86)
[4]
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11. MECHANICAL ADJUSTMENT
[2]
Field Service Ver3.0 Nov.2006
[3]
[1]
9. Record a mark for the height of the sensor placing plate.
10. Remove 2 screws [3], and place them temporarily in the slotted hole on the upper limit sensor placing plate [1].
11. Adjust the height of the sensor placing plate [1], and fix it with the screws [3]. Note • Place the upper limit sensor placing plate [1] horizontally.
[4]
[1] Adjustment standard • Lifting the upper limit sensor position lowers the height of the pick-up roller [5]. (The difference of elevation [7] between the paper feed roller [6] and the pick-up roller [5] becomes larger.) • Lowering the upper limit sensor position lifts the height of the pick-up roller [5]. (The difference of elevation [7] between the paper feed
[3] [5]
roller [6] and the pick-up roller [5] becomes
[6]
smaller.) • In case a no feed occurred, lower the upper limit sensor. • In case a double feed occurred, lift the upper limit sensor.
[7]
12. Place the pick-up roller section, and replace the stopper of step 4 to the original position.
1050fs3034c
Note • If you set the tray without placing the pick-up roller, the paper lift does not stop at the upper limit, thus damaging the tray. Be sure to place the roller.
13. Insert a paper, and set the tray. 14. Perform copying/printing to confirm that the no feed or jam do not occur. In case they are not improved, repeat steps 7 to 14.
15. Confirm the paper feed pick-up amount. (See P.505)
16. Reinstall the above parts following the removal steps in reverse. Note • After the adjustment, be sure to replace the stopper of the release lever to the original position.
504
11.1.5
11. MECHANICAL ADJUSTMENT
Paper feed pick-up amount adjustment
Perform the paper feed pick-up amount adjustment as you have done the pick-up roller height adjustment.
[2]
[3]
[1]
1. 2. 3. 4.
Pull out the paper feed tray. If any paper remaining, remove it. Loosen a screw [1]. With the release lever [2] placed at its original position, hold the stopper [3] and tighten the screw [1] to fix the stopper.
1050fs3035c
5. Set the tray. Confirm that the paper lift finished its
[1]
elevation to the top by hearing the sound of the paper lift motor. Pull out the tray again.
6. Remove 2 screws [1] to remove the paper feed cover [2].
[2]
1050fs3036c
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11. MECHANICAL ADJUSTMENT
Field Service Ver3.0 Nov.2006
[1]
7. Pull the plunger [2] of the pick-up solenoid [1] to
[2]
measure the gap "A" between the pick-up roller [3] and the paper lift plate [4] with the gap gauge. Standard value A = 0.1 to 1.5 mm If it is not within the standard value, follow step 8 and after.
8. Loosen the screw [5]. Note • Before loosening the screw [5], record the position of the pick-up solenoid [1] with the marking line [6].
9. With the plunger [2] pulled, adjust the position of [5]
[3]
[6]
[4]
the pick-up solenoid [1] so that the standard value can be obtained for the gap A between the pickup roller [3] and the paper lift plate [4].
10. Tighten the screw [5] to fix the pick-up solenoid [1].
11. Replace the stopper of step 4 to the original posi-
A
tion.
12. Insert a paper, and set the tray. 13. Perform copying/printing to confirm that the no 1050fs3037c
feed does not occur.
14. Reinstall the above parts following the removal steps in reverse. Note • After the adjustment, be sure to replace the stopper of the release lever to the original position.
506
11.1.6
11. MECHANICAL ADJUSTMENT
Paper lift plate skew adjustment
Perform the paper lift plate skew adjustment after replacing a lift wire or when the paper lift plate is skewed.
[2]
[3]
[1]
1. 2. 3. 4.
Pull out the paper feed tray. If any paper remaining, remove it. Loosen a screw [1]. With the release lever [2] placed at its original position, hold the stopper [3] and tighten the screw [1] to fix the stopper.
1050fs3038c
[1]
5. Set the tray. Confirm that the paper lift finished its
[2]
elevation to the top by hearing the sound of the paper lift motor. Pull out the tray again.
6. Remove 2 screws [2] of the stopper of the rails [1] on the right and left side. Pull out the tray.
1050fs3039c
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11. MECHANICAL ADJUSTMENT
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7. Remove 2 screws (with washers) on the right and
[1]
left side[1] and 2 screws on the upper side [2]. Note • Removing the screws [1] and [2] causes the tray front cover [3] to fall. Support the cover not to drop.
8. Remove the connector [4] to remove the tray front cover [3].
[1]
Note • Be sure to connect the connector as you place it. Otherwise, all trays in the main body become unable to be pulled out.
[2]
[3]
[4] 1050fs3040c
508
11. MECHANICAL ADJUSTMENT
[3]
9. Lift up the pick-up roller [1]. 10. In case the paper guide [2] is open, close it to the
[4]
smallest-size position.
11. Remove the screw [3], and place them temporarily in the slotted screw hole [4].
12. While holding the pulley placing plate being placed with the screw [5], loosen the screw [5] to adjust the skewed paper lift plate [7] with the marking line [6].
13. Confirm that the paper lift plate is horizontal, and fix the screw [5] and [8].
14. Pull down the pick-up roller [1]. 15. Place the tray front cover. 16. Insert a paper, and set the tray. 17. Perform copying/printing to confirm that the no jam occurs, and that papers are properly fed.
18. Reinstall the above parts following the removal steps in reverse.
[5]
[7]
[1]
[6]
[8]
Note • After the adjustment, be sure to replace the stopper of the release lever to the original position.
[2]
1050fs3041c
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11. MECHANICAL ADJUSTMENT
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11.2 REGISTRATION SECTION 11.2.1
Registration roller paper skew adjustment
Perform this adjustment when there is skew in the registration section.
1. Remove the screw [1] and then make sure the graduation of the screw [1].
[1]
2. Loosen 3 screws [2]. 3. Move the registration section [3] to the arrow on the basis of the graduation.
[2]
Info HJG: Justage der Passergenauigkeit ist ein Zusammenspiel der Position der und der Einstellung der ! Achtung: Vor dem lösen der Druckeinheit, vorher Gerät ausschalten !
[3]
[2]
510
4. Tighten the screw [1] and screws [2]. 5. Perform copy/printing to check the paper skew. 6. In case it is not improved, repeat steps 1 to 5.
1
1050fs3070c
11. MECHANICAL ADJUSTMENT
11.3 ADU section 11.3.1
Pre-transfer roller nip pressure adjustment
This adjustment enables you to up/down the pre-transfer roller nip pressure. Perform this adjustment when a transfer jitter occurred. For more information on how to perform this adjustment, see "12.4 Transfer jitter adjustment". A. Nip pressure up adjustment procedure
1. Pull out the ADU. (See P.36) 2. Remove the ADU cover /Lt, /Rt. (See P.36) 3. Twist counterclockwise the conveyance roller /T axis [1] until the axis stopper [2] is locked. Note • To restore the previous nip pressure, twist clockwise the conveyance roller /T axis until the axis stopper is locked.
4. Reinstall the above parts following the removal steps in reverse.
[2]
[1]
1050fs3025c
1
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11. MECHANICAL ADJUSTMENT
Field Service Ver3.0 Nov.2006
B. Nip pressure down adjustment procedure
[5]
[4]
[3]
[6]
1. Pull out the ADU. (See P.112)
2. Remove the ADU cover /Lt, /Rt. (See P.117)
3. Remove the registration section. (See P.118)
4. Twist clockwise the conveyance roller /T axis [1] to make the nip pressure standard. (See P.511)
5. Remove 2 springs /Fr [2], /Rr [3] from the hook hole /Up [4], /Lw [5]. (By removing the spring, pretransfer roller's own weight becomes the only nip pressure.)
[1]
[7]
Note • To restore the standard nip pressure, place the spring /Fr [2], /Rr [3]. • Removing/placing the spring with the nip pressure up tends to stretch the spring. Thus, remove/place the spring with the standard nip pressure. If tension of the spring /Fr and /Rr differs, a transfer misalignment occurs. When restoring the standard nip pressure, in case the spring was stretched, do not use it and replace it with a new one. • In case the spring /Fr [2], /Rr [3] are not easily removed from the hook hole /Lw [5], remove it from the hook hole /Up [4] first. Then, while holding the spring not to drop, twist counterclockwise (nip pressure up) the conveyance roller /T axis [1] and rotate the cam [6] to make a gap, thus making it easy to remove the spring. • Be careful not to drop the spring. Put a paper over the ADU section [7] so that the spring does not fall inside the machine.
6. Reinstall the above parts following the removal steps in reverse.
[2]
512
[6]
[5]
[4] 1050fs3058c
12. ADJUSTMENT FOR POD
12. ADJUSTMENT FOR POD 12.2.1
The front and back registration (printer)
A. Procedure
12.1 Before using the adjustment for POD
Info HJG: Justage durch Kunden unter Button !
This section describes how to make adjustments to improve image quality (The front and back registration, image density, transfer jitter) and paper feeding
1. Adjust the paper skew on both side. With the registration roller paper skew adjustment in the mechanical adjustment, adjust the skew of the sub scan direction on both side to be parallel to each other.
so as to satisfy the needs of customers (especially POD customers) who demand even higher quality of image and feeding than the factory settings.
12.2 The front and back registration Align image printing position on the front side and back side. Misalignment of image printing position occurs for the following reasons. • The image leading edge on the front and back side are different. Thus, in case leading edge timings are misaligned, image positions on the front and back side are misaligned. • Even the standard size papers are not cut off according to the standard size. • A paper that passes the fusing section becomes smaller because of moisture evaporation of the paper due to heat. In duplex printing, the front side
[1]
passes the fusing section twice and the back side
[2]
passes once, thus image on the front side becomes smaller than the back side.
[1] Front
1050fs3350c
[2] Back
• The shrinkage ratio in passing the fusing section is different depending on the paper type, paper brand, temperature/humidity of a paper storage location. To adjust misalignment due to these factors, use the front and back adjustment in the user mode, selecting [MACHINE] - [Paper Set] - [Register Type/Weight]. To adjust misalignment due to individual difference of each tray, select the tray you want to adjust in the user mode, selecting [MACHINE] - [Paper Set] - [Tray Setting]. Then, select [Change] - [Both Sides Adj.] to make an adjustment.
1
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12. ADJUSTMENT FOR POD
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2. Adjust distortion in the main scan direction on both sides. Remove the photo conductor cover and open the
3. Use the service mode to adjust various image timing in the front side of printer system.
intermediate toner hopper. Mark current position of the positioning plate [1] as a reference point with
Note
something like a pencil. Loosen 2 screws [2] to move
• With the [Printer Centering Adjustment] in
the positioning plate [1] side to side and move the
the service mode, there is no adjustment
shaft [3] that positions the write unit, thus adjusting
for individual tray. In case you need to
the distortion and making the lines in the main scan
adjust individual tray, select the user mode,
direction parallel on both sides.
selecting [MACHINE] - [Paper Set] - [Tray
When distortion is found as shown in the drawing
Setting]. Then, select [Change] - [Both
below, move the positioning plate to the right.
Sides Adj.] to make adjustment with the Image Shift function.
Reference
4. Adjust the leading edge timing of the back side.
• Attaching the long screw M4 to the shaft [3] makes the adjustments easy.
Use
[Printer
Restart
Timing
Adjust-
ment] in the service mode. Use the cross on the figure A to align the leading edge
[3]
timing of the back side to that of the front side.
[2]
A
[1]
[1] [2] [1] Front
[4] [5] [4] Front
514
1050fs3042c
[5] Back
1050fs3043c
[2] Back
12. ADJUSTMENT FOR POD
5. Align the magnification of the back side to the
6. Adjust the centering of the back side.
front side.
At the user mode, select the tray you want to
Use [Printer Drum Clock Adjustment ]
adjust from [MACHINE] - [Paper Set] - [Tray
and [Printer Horizontal Adjustment ] to
Setting]. Then, select [Change] - [Both Sides
align magnification of the back side to the front
Adj.] to make adjustment. Use the Image Shift
side.
function to align the centering of the back side on the figure A to the front side. Note • With the [Printer Centering Adjustment] in the service mode, there is no adjustment for individual tray. • Since a test pattern cannot be output in the user mode, output an image from a PC so you can confirm the image centering or use [Test Pattern Output Mode] in Service mode. • The [Tray Setting] you set in step 5 is an individual adjustment, in which the updated settings are not applied to the registered paper type. Thus, to change the registered paper type, select the paper name key you want to adjust in [MACHINE] - [Paper Set] -
[1]
[Register Type/Weight]. Make the adjust-
[2]
1050fs3044c
ment with the Image Shift function of [Both Sides Adj.].
[1] Front
[2] Back
A
[1] [2] [1] Front
1050fs3045c
[2] Back
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12. ADJUSTMENT FOR POD 12.2.2
Field Service Ver3.0 Nov.2006
The front and back registration (scanner)
5. Adjust the original skew. Remove the original stopper plate /Rr, and
A. Procedure
mark the current position of the adjustment
1. Set a test chart on the original glass. Make the sub scan magnification with [Scanner Drum Clock Adjustment] in the service mode.
2. Set a test chart on the original glass. Adjust distortion with [Scanner (Orig. Glass) warp adj.(Main)] and [Scanner (Orig.Glass) warp adj.
plate [1] with something like a pencil. Loosen the screw [2] to move the adjustment plate [1] up and down, thus adjusting the mounting position of the original stopper plate /Rr.
[1]
[2]
(Deputy)] in the service mode.
3. Align the leading edge timing of both sides. Use [Scanner Restart Timing Adjustment] in the service mode. Use the cross on the figure A to align the leading edge timing of both sides.
A
[1] [2] [1] Front
1050fs3046c
[2] Back
4. Align the centering of both sides. Use [Scanner Centering Adjustment] in the service mode to align the centering of both sides on the figure A.
A
[1] [2] [1] Front
516
[1]
1050fs3047c
[2] Back
[2] [1] Front
1050fs3048c
[2] Back
12. ADJUSTMENT FOR POD
6. Perform steps 3 and 4 to adjust the misalign-
4. Align the centering of both sides.
ments of timing and centering caused by the
Use [ADF centering adj.(SIDE2)] in the service
original skew adjustment and the magnification
mode to align the centering of the back side on
adjustment.
the figure A to the front side.
12.2.3
The front and back registration (ADF)
A. Procedure
A
1. Set an adjustment chart on the ADF. Make the sub scan magnification, leading edge timing and centering adjustment on the front side with [Scanner(ADF) drum clock adj.], [ADF restart timing
adj.(SIDE1)]
and
[ADF
centering
adj.(SIDE1)] in the service mode.
2. Set the "adjustment chart" on the ADF. Adjust a distortion with [Scanner(ADF) warp adj.(Main)]
[1]
and [Scanner(ADF) warp adj.(Deputy)] in the
[2]
service mode.
3. Align the leading edge timing of both sides. Use [ADF restart timing adjustment(SIDE2)] in
[1] Front
1050fs3050c
[2] Back
5. Adjust the ADF paper skew.
the service mode. Use the cross on the figure A
With the ADF paper skew adjustment in the
to align the leading edge timing of the back
mechanical adjustment, adjust the skew on the
side to the front side.
front and back side.
A
[1] [2] [1] Front
1050fs3049c
[2] Back
[1] [2] [1] Front
1050fs3051c
[2] Back
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Field Service Ver3.0 Nov.2006
6. Perform steps 3 and 4 to adjust the misalign-
3. Press the name key of paper you want to
ments of timing and centering caused by the
change, or press [Next] key to register paper
ADF paper skew adjustment.
newly.
12.2.4
The front and back registration by user (by paper brand)
Even when conducting the front and back registration in 12.2.1 to 12.2.3, adjustments may be required depending on the type and brand of paper to be used. NOTE • Check to see if the front and back registrations in 12.2.1 to 12.2.3 are completed. A. Procedure
4. Enter the type of paper, the name of paper, the weight, the color paper and the punch hole. For
1. From "MACHINE screen" in the user mode, press the [Paper Set] key.
2. Press the [Register Type/Weight] key.
the type of paper and the weight, see "19. PAPER SETTING"."
5. Press the [Both Sides Adj.] key, and adjust the front and back registration.
518
12.2.5
The front and back registration by user (for fine adjustments)
12. ADJUSTMENT FOR POD
3. Press the tray key you want to adjust, and then press the [Change] key.
Even when conducting the adjustments for brand of paper as described in 12.2.4, an adjustment may be required depending on the number of tray in which paper is fed, the storage condition (temperature and humidity) of paper and the temperature and humidity in the room, etc. This adjustment describes the method for fine adjustment of each tray to the front and back adjustment of the paper brand setting described in 12.2.4. NOTE • Check to see if the front and back registrations in 12.2.1 to 12.2.4 are completed.
4. Press the [Both Sides Adj.] key.
1. From "MACHINE screen" in the user mode, press the [Paper Set] key.
2. Press the [Tray Setting] key.
2
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12. ADJUSTMENT FOR POD
5. Register the front and back of the paper.
Field Service Ver3.0 Nov.2006
12.3 Image density adjustment
There are two modes for the registration, automatic (adjustment) and manual (adjustment). • Manual registration (adjustment)
12.3.1
Darken image density
Print industry customers may demand image settings with dark image density in the shadow area such as the offset printing. This section describes how to adjust the shadow area (max. density) to make its image density darker. If the adjustment to make image density darker is not performed properly, toner spillage or image background occurs. By this procedure, the density can be adjusted more safely, minimizing occurrences of these problems. However, perform this adjustment only when necessary. Related adjustments are as follows. • Utility mode 1) Image density selection
• Automatic registration (adjustment) Press [Chart Adjustment] to execute the automatic registration (adjustment).
This setting changes the charger voltage and the developing bias. • Service mode 1) DIPSW23-2, 3, 4 toner density of developer This setting changes the developing roller rotation and toner density, thus changing the toner density of developer without changing image density. 2) DIPSW27-2, 3 image density selection (toner control patch density) This setting changes the developing bias for creating the toner control patch formed on the drum to determine toner density, thus changing toner density of developer to change image density.
6. When adjusting another tray, repeat the steps 3 to 5.
A. Procedure
1. With the image density selection of the density setting in the utility mode, set Darker [+1].
2. In the test pattern output mode, output the test pattern No.11 to check image density.
3. When image density is insufficient, set the image density selection "approx. 0.5% up" in the DIPSW27-2, 3.
4. With the DIPSW23-2, 3, 4 toner density of developer,
set
"approx.
0.5%
down"
or
"approx. 1.0% down" to prevent from image background and toner spillage.
520
2
5. Output 500 prints of test pattern No.11 in the test pattern output mode.
12. ADJUSTMENT FOR POD A. Procedure
1. With the image density selection of the density setting in the utility mode, set Lighter [-1].
Note • The settings in steps 3 and 4 change the toner density of developer. Thus, image density does not change without making prints.
6. Confirm image density. 7. When image density is insufficient, set the image density selection "approx. 1.0% up" in DIPSW27-2, 3.
8. With DIPSW23-2, 3, 4 toner density of developer, set "approx. 1.5% down."
9. Output 500 prints of the test pattern No.11 in the test pattern output mode.
2. Output test pattern No.11 in the test pattern output mode to confirm image density.
3. When image density is insufficient, repeat steps 1 and 2 until "-5."
4. When image density is insufficient, set as "lighter" in the DIPSW5-2, 3.
5. Output test pattern No.11 in the test pattern output mode to confirm image density.
6. When image density is insufficient, set as "lightest" in the DIPSW5-2, 3.
7. Output test pattern No.11 in the test pattern output mode to confirm image density.
10. Confirm image density.
12.3.2
Lighten image density
Such printing materials as books use lighter letters so as to reduce readers' eyestrain. Thus, print industry customers may demand light image settings. This section describes how to lighten image density of the shadow section (max. density) without changing image density of the highlight section. If the adjustment to make image density lighter is not performed properly, white spots in the shadow section occurs. By this procedure, the density can be adjusted more safely, minimizing occurrences of problems. However, perform this adjustment only when necessary. Related adjustments are as follows. • Utility mode 1) Image density selection This setting changes the charger voltage and the developing bias. • Service mode 1) DIPSW5-2, 3 image density selection (laser PWM) for copier This setting changes the image writing laser PWM.
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12. ADJUSTMENT FOR POD
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12.4 Transfer jitter adjustment
B. Cause and tendency of occurrence (1) 250 mm from the trailing edge 1)
Describes how to adjust transfer jitter.
When the trailing edge of the paper passed through the loop roller, the stiffness of the
A. Preparation:
paper caused the loop created to try and
Adjustments differ depending on the position at
revert.
which transfer jitter occurs. Thus, locate the position
This may be found with paper weight 161 g/
where transfer jitter occurs. Measure with a scale.
m2 or less. (Because less loop is created for paper weight 162 g/m2 or more by paper
(1) Procedure
loop control.)
1. Output No.9 of the "test pattern output mode" with A3 paper.
(2) 145 mm from the trailing edge 1)
When the line speed of the registration roller is faster than that of the drum, paper is
Note
pushed out from the registration roller to
• Check to ensure the test pattern density is
the drum and a loop is formed between the
set to 255.
registration roller and the drum. Accord-
2. Confirm the position where transfer jitter
ingly, the paper conveyance speed may
occurs.
change when paper passes through the registration roller. 2)
[1]
When the trailing edge of the paper passed through the registration roller, the load
[2]
decreased and the transfer paper speed
[5]
became faster momentarily. Possible with thick papers 200 g/m2 or heavier. (3) 138 mm from the trailing edge 1)
Fluctuation of load when the paper entered the fusing roller. Possible with thick papers 130 g/m2 or
[3][4]
heavier 2)
leading edge of paper hits against the
1050fs3052c
entrance guide plate and the paper does not
[1]: Approx. 250 mm from the trailing edge
enter smoothly. Possible with paper weight
[2]: Approx. 145 mm from the trailing edge
80 g/m2 or less.
[3]: Approx. 138 mm from the trailing edge [4]: Approx. 138 to 103 mm from the trailing edge [5] Approx. 40 mm from the trailing edge Transfer jitter occurs randomly other than the above
When paper gets into the fusing unit, the
(4) 138 to 103 mm from the trailing edge 1)
When paper gets into the fusing unit, the leading edge of paper hits against the entrance guide plate, and the resulting shock creates a loop between the drum and
NOTE • The position where transfer jitter occurs differs depending on the paper type, paper weight or paper conveyance behavior.
the pre-transfer roller. The stiffness of paper causes the loop created to try and revert, thus resulting in transfer jitter of band shape. Possible with paper weight around 160 g/m2 at a low humidity.
522
(5) 40 mm from the trailing edge 1)
When the trailing edge of the paper passed through the pre-transfer roller, the load decreased and the paper speed became
12. ADJUSTMENT FOR POD (3) Approx. 138 mm from the trailing edge
1. Strengthen the nip pressure of the pre-transfer roller. (See P.511)
faster momentarily. Possible with thick papers 200 g/m2 or heavier.
Note • If the nip pressure is strengthened it is possible that transfer jitter 40 mm from the
(6) Random occurrence 1)
Transfer jitter that occurs when the leading edge of paper touches the conveyance section. Main causes are as follows.
• Speed change of the conveyance belt itself • Speed difference between the registration roller and the conveyance belt • Rough paper movement while it passes through the conveyance belt • Shock because of the paper leading edge touching the conveyance belt
trailing edge may occur. In this instance select whichever image is best. (before pressure increase or after) • If transfer jitter occurs at around 140 mm from the trailing edge, it may be impossible to determine if the jitter is caused by the registration roller (145 mm) or by the fusing unit (138 mm). In this instance cut 20 mm off the trailing edge of an A3 sheet and print a test pattern to the cut paper. If the position of the jitter changes in relation to the leading edge the cause can be deter-
C. Procedure (1) Approx. 250 mm from the trailing edge
mined to be the registration roller.
2. Remove 2 screws [2] to remove 2 suction covers [1] at the lower side of the conveyance belt
1. With the [Printer Regist Loop Adjustment] in the service mode, reduce loop amount.
on both sides of the conveyance section so as to improve the conveyance suction ability.
(2) Approx. 145 mm from the trailing edge
[2]
[1]
1. Adjust the registration line speed. (See P.328)) 2. Strengthen the nip pressure of the pre-transfer roller. (See P.511) Note • If the nip pressure is strengthened it is possible that transfer jitter 40 mm from the trailing edge may occur. In this instance select whichever image is best. (before pressure increase or after) • If transfer jitter occurs at around 140 mm from the trailing edge, it may be impossible to determine if the jitter is caused by the
[2]
registration roller (145 mm) or by the fusing
[1]
1050fs3053c
unit (138 mm). In this instance cut 20 mm off the trailing edge of an A3 sheet and
Note
print a test pattern to the cut paper. If the
• If the transfer suction ability is increased it
position of the jitter changes in relation to
is possible that transfer jitter may occur
the leading edge the cause can be deter-
145 mm from the trailing edge. Select
mined to be the registration roller.
whichever image is best. (before adjustment or after)
523
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
bizhub PRO 1050/1050P /1050e/1050eP
12. ADJUSTMENT FOR POD
3. Reverse the paper set direction in the tray. Set paper so that the curling direction of paper becomes concave on the conveyance section. When the curling is convex, the leading edge of
Field Service Ver3.0 Nov.2006 (5) Approx. 40 mm from the trailing edge
1. Remove 2 pressure springs of the pre-transfer roller. (See P.511)
paper hits against the entrance guide plate and this may be apt to cause a transfer jitter. (6) Random occurrence (4) Approx. 138 to 103 mm from the trailing edge
1. Strengthen the nip pressure of the pre-transfer
1. Remove the 2 suction covers provided under the conveyance belts on both sides of the conveyance section.
roller. (See P.511) Note • If the transfer jitter is due to the speed dif-
Note • If the nip pressure is strengthened it is pos-
ference between the registration roller and
sible that transfer jitter 40 mm from the
the conveyance belt, the transfer jitter
trailing edge may occur. In this instance
occurs
select whichever image is best. (before
image is best. (before adjustment or after)
pressure increase or after) • If transfer jitter occurs at around 140 mm from the trailing edge, it may be impossible to determine if the jitter is caused by the registration roller (145 mm) or by the fusing unit (138 mm). In this instance cut 20 mm off the trailing edge of an A3 sheet and print a test pattern to the cut paper. If the position of the jitter changes in relation to the leading edge the cause can be determined to be the registration roller.
2. Remove the 2 suction covers provided under the conveyance belts on both sides of the conveyance section. Note • If the transfer suction ability is increased it is possible that transfer jitter may occur 145 mm from the trailing edge. Select whichever image is best. (before adjustment or after)
3. Reverse the paper set direction in the tray. Set paper so that the curling direction of paper become concave on the conveyance section. When the curling is convex, the leading edge of paper hits against the entrance guide plate and this may be apt to cause a transfer jitter.
524
1
more
easily.
Select
whichever
12.5 Overlay printing adjustment
12. ADJUSTMENT FOR POD A. Preparation
1.
user mode.
Overlay printing is to re-print the company name, the address, the logo, etc. on offset printed paper.
• Set paper on which overlay printing has been made.
When performing overlay printing, take notice the following description.
Make the following settings with the tray /4 in the
• Set the type of paper to [Coated B]. • Set the air assist setting to [On].
Reference: • The surface of coated paper is applied with a coat-
NOTE
ing agent and so it takes more time for the ink of
• Registration of back and front sides must be
offset printing to dry. Therefore, to prevent block-
checked every day before starting printing.
ing (back transfer), the entire surface of paper is applied with powder.
2.
The powder drastically reduces the conveyance
• Set software DIPSW26-4 to 1. (Sets tray /4 forced
forces of the pick-up roller and the paper feed
separation clutch control to the operation at all times.)
roller, and this may be apt to cause a no feed jam
• When performing overlay printing on both front
Make the following settings in the service mode.
and back sides of paper weighing 91 g/m2 or
or a double feed jam.
lighter, set the software DIPSW6-2 to "1". (this disNOTE • Before overlay printing, be sure to take note
ables the transfer assist control.) • Set the DIPSW2-4/5 to "1". (sets the cleaning
of following. a) Be sure to install the PP-701 (urethane
cycle of the charging corona to every 5,000 prints ) • When using paper other than coated paper for
roller)
overlay printing, make the paper type setting to
b) We recommend use of RC-501 for the
other than "coated B" and set the software DIPSW
overlay printing.
corresponds to the selected paper tray to "1".
c) Apply as little powder as possible when
tray 1: DIPSW39-0
offset printing.
tray 2: DIPSW39-1
d) Get paper loosened sufficiently before
tray 3: DIPSW39-2
setting it in the tray /4.
tray 4: DIPSW39-3
e) Adjust paper condition with the same
tray 5: DIPSW39-4
environments (temperature and humidity) as those for the main body. When left in a
NOTE
high humidity environment, paper strongly
• When the above mentioned DIPSW is set to
adhere to each other making them unable
"1", paper feed control will be the same as
to feed.
that of [Coated paper B]. This improves the endurance of the urethane roller, however,
• A paper centering error is likely to occur due
double feed may occur at frequent intervals.
to contamination of the centering sensor
• The above mentioned DIPSW will not work
(PS54) with powder. Clean the sensor if the
when [Coated paper A] or [Paper weight 92 g/
error occurs or before starting overlay print-
m2] or more is selected for the paper setting.
ing. • Registration of paper must be checked every 30,000 prints.
3.
Install the paper feed assist plate. (See "5.3 Adjusting the pick-up roller pressure" in the Field Service for the PF-701.)
NOTE • The number of paper feed assist plates varies according to the paper weight. 130 g/m2 or less → None 131 g/m2 or more → 4 pcs.
2
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bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
bizhub PRO 1050/1050P /1050e/1050eP
12. ADJUSTMENT FOR POD
Field Service Ver3.0 Nov.2006
B. Air assist adjustment
4. Check the measurement "a" between the
Check to see if the height of the air supply opening of
center position [1] (The center is 4.5 mm from
the paper feed assist fan and the upper surface of
the upper edge [2].) of the air supply openings
paper are appropriate. Otherwise air assist is not con-
of the paper feed assist fan /Fr and /Rr and the
ducted properly and this may result in a jam occur-
upper surface of paper [3].
rence.
• Standard value a: within 4.5 ± 2.5 mm
(1) Procedure
When the value is not within the standard, con-
1. Pull out tray /4 and set about 10 sheets of
duct step 7 and succeeding steps.
coated paper that have been printed.
2. Push in the release lever [1], insert the screw [2] into the hole [3] to fix the release lever, and then set the tray /4.
[1]
[2]
[2]
[3] [3]
a
[1] 1050fs3067c
3. After stop sound of the paper lift motor operation (when the paper lift plate gets to the upper limit position), pull out tray /4 again.
1050fs3059c
5. Release the release lever that was fixed at step 2 and bring down the paper lift plate.
6. Pull out tray /4 and load it fully with coated paper that has been printed, and perform steps 2 to 5.
7. Conduct the following adjustments according to the curling condition of paper. 1) When there is no paper curling with no paper slant. Conduct "Pick-up roller height adjustment." (See "5.2 Adjusting the pick-up roller height" in the Field service for the PF-701.)
526
12. ADJUSTMENT FOR POD
2) If there is slant found due to paper curling:
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
3) When there is a convex curling found with paper:
1050fs3060c
1050fs3062c
Put the underlays (included in the PP package) [1] under the lower side of the stacked paper.
Put the underlays (included in the PP package) Note
[1] under the both sides of the stacked paper.
• To prevent air from blowing upon the pad when the remaining paper gets low, place
Note
the pad to the right side of the air supply
• To prevent air from blowing upon the pad
opening position [2].
when the remaining paper gets low, place the pad to the right side of the air supply
[2]
opening position [2].
[1]
[2]
[1]
1050fs3351c
1050fs3352c
2
527
bizhub PRO 1050/1050P /1050e/1050eP
12. ADJUSTMENT FOR POD
Field Service Ver3.0 Nov.2006
4) When there is a concave curling found with paper:
9. Remove the PF right cover. (See chapter II "2.2.1 A. Removal/reinstallation of the right cover" in the Field service for the PF-701.)
10. Select the code 42-21 of the service mode - I/ O check and press the Start button to operate the paper feed assist fan.
11. After checking the paper separation condition [1] from the right side of the PF, press the Stop button to complete the I/O check.
12. Conduct the respective operations depending on the condition of separation. a. Air is blown upon more than 10 sheets of paper and separate a sheet each. b. Paper separation is not made for one sheet each, but 10 or more sheets of paper are being floated by air. c. The number of sheets of paper that are being 1050fs3064c
floated by air is less than 4 or 5. d. No paper is floated
Put the underlays (included in the PP package) [1] under the center part of the stacked paper. Note • To prevent air from blowing upon the pad when the remaining paper gets low, place
[1]
the pad to the right side of the air supply opening position [2], hitting it against the paper rear guide plate [3]. In the case of a concave curling, it is normally possible to adjust curling by placing a pad at the center position 40 mm away from the front and rear paper guides.
[2]
[1]
1050fs3066c
In the cases of "a" and "b," conduct step 12 and succeeding steps. In the cases of "c" and "d," repeat step 1 to 1050fs3353c
8. After adjustment, repeat step 1 to step 6 to check again the paper height at the air supply opening section.
528
2
step 11.
12. ADJUSTMENT FOR POD
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
13. Conduct a test print to check to see if a jam [2]
occurs. When a jam occurs, conduct "C. Paper feed pressure adjustment."
14. Reinstall the above parts following the removal steps in reverse. Note • Be sure to release the release lever that has been fixed at the step 2. C. Paper feed pressure adjustment
[5]
[1]
[6]
Despite the paper separation being made correctly by air from the paper feed assist fan, when a paper jam occurs, conduct the following adjustments. (1) Procedure
1. Conduct the respective operations depending on the condition of jam. • J14-01 (Paper is not conveyed to the separation roller due to slipping of pick-up roller.) Add paper feed assist plates to raise pressure on the pick-up roller. (See "5.3 Adjusting the
[3]
[4] 1050fs3354c
pick-up roller pressure" in PF-701 Field Service.)
• J14-01 with thick paper (Paper is not conveyed Note • 4 sheets of paper feed assist plate are normally used. However, when a no feed condition recurs, it is possible to use up to 8 sheets.
to the separation roller due to paper being unable to get over the entrance guide plate.) Up the pick-up roller height. (Down the sensor position. 2 mm as a tentative) (See "5.2 Adjusting the pick-up roller height" in PF-701 Field Service.)
• J14-01 (paper bumps against the both
• J14-01 (Jam with a crushed leading edge of
sides [2] of the entrance guide plate [1] and
paper)
cannot go over the entrance guide plate
Increase the separation pressure.
[1].) Put the underlays (included in the PP
(See "5.4 Adjusting the separation pressure" in
package) [3] on the bottom of the tray
PF-701 Field Service.)
locating them directory below [4] the both edges [2] of the entrance guide plate [1].
• J14-02 (No feed occurs before the pre-registration roller.) Increase the separation pressure.
• Be sure to set the underlays [3] so that those top edges are not contacted with the surface [5] of the tray, otherwise they may interfere with the paper lift plate operation. • Put the underlays [3] avoiding the paper empty sensor [6].
(See "5.4 Adjusting the separation pressure" in PF-701 Field Service.) • J17-02 (Double feed) Down the pick-up roller height. (Up the sensor position. 2 mm as a tentative) (See "5.2 Adjusting the pick-up roller height" in the Field Service for the PF-701.)
2
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bizhub PRO 1050/1050P /1050e/1050eP
12. ADJUSTMENT FOR POD
Field Service Ver3.0 Nov.2006
12.6 User setting of each paper brand
12.7 Settings for feeding carbonless paper
For the user setting method for paper which is com-
When using carbonless paper (thin paper), take the
monly used in the POD market, see "19. PAPER SET-
following measures.
TING", by paper brand. This document shows the optimum set values for
Reference
paper brands tested by KMBT.
• The carbonless paper adheres to the conveyance
However, it does not assure the same image quality
belt under suction while it is conveyed by the belt.
and paper feed ability as the paper specified by
This makes the paper reading edge to be flipped
KMBT. Only the basic performance under usual envi-
up when it comes to the fusing section, and the
ronment (temperature and humidity) has been tested
reading edge is rubbed against the fusing entrance
and confirmed.
guide causing soiled on the printed side.
Information on other brand of paper will be also provided when the test is finished, by updating the docu-
NOTE
ment.
• When feeding carbonless paper, take the following countermeasures. a) When
printing
on
carbonless
middle
sheets, 50mm width of the sheet leading edge reacts by the pressure and changes in color. If this cannot be allowed, use middle sheets 60 mm longer in main scan direction, and 20 mm longer in sub scan direction to trim off the discolored portion. b) Set carbonless paper in SEF position (the narrower side of paper comes to the paper feed roller side). c) Set the paper so that the paper curls convexly in the conveyance section. d) Allowable curl amount is less than 3 mm. When using paper curled more than 3 mm, use the overlays included in the PP-701 package to correct the curl. e) Only [Simplex mode] is acceptable for carbonless paper. A. Preparation
1.
Configure the settings below in user mode.
• Set the paper type to [Coated A]. • Set the air-blow setting to [ON]. • Set the output setting to [Face-down].
2.
Carry out the following mechanical adjustment.
• Weaken the separation pressure of the paper feed section for 1 step. (See P.500)
530
2
12. ADJUSTMENT FOR POD
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006 B. Procedure
1. Pull out the ADU main body. (See P.291) 2. Turn over the conveyance belt [1] so that the suction holes [2] can be seen.
[2]
[1]
1050fs3355c
3. Install the cover [2] with the screw [1]. 4. Reinstall the above parts following the removal steps in reverse.
[2]
[1]
1050fs3356c
2
531
Field Service Ver3.0 Nov.2006
bizhub PRO 1050/1050P /1050e/1050eP
12. ADJUSTMENT FOR POD
Blank page
532
13. JAM CODE
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
TROUBLESHOOTING 13. JAM CODE 13.1 Jam code list Jam
cation
code
Tray 1
J11-01
J11-02
Cause
Resulting
Correction
operation During operation
Classifi-
J11-03
The paper feed sensor /1 (PS7) does
If there is a sheet
Pull out tray /1 and
not turn ON within a specified period of
of paper being
remove jammed paper if
time after the paper feed clutch /1 (CL4)
printed when a
any.
turns ON.
jam occurs, the
The pre-registration sensor /1 (PS17)
main body com-
Open tray /1 and the
does not turn ON within a specified
pletes the paper
main body vertical con-
period of time after the paper feed
exit before stop-
veyance door, and
clutch /1 (CL4) turns ON.
ping operations.
remove jammed paper if any.
The vertical conveyance sensor /1 (PS19) does not turn ON within a specified period of time after the pre-registration sensor /1 (PS17) turns ON. When the trailing edge of paper is pass- After completion
J11-05
When idling
J11-04
J11-06
ing through the vertical conveyance
of the exit of the
sensor /1 (PS19), the pre-registration
preceding paper,
sensor /1 (PS17) is turned ON by the
the main body
succeeding paper.
stops operations.
The vertical conveyance sensor /1
—
(PS19) turns ON while in idling.
Open the main body vertical conveyance door and remove jammed paper if any.
The pre-registration sensor /1 (PS17)
Pull out tray /1 and
turns ON while in idling.
remove jammed paper if
Tray 2
J12-01
J12-02
J12-03
During operation
any. The paper feed sensor /2 (PS13) does
If there is a sheet
Pull out tray /2 and
not turn ON within a specified period of
of paper being
remove jammed paper if
time after the paper feed clutch /2 (CL6)
printed when a
any.
turns ON.
jam occurs, the
The pre-registration sensor /2 (PS18)
main body com-
Open tray /2 and the
does not turn ON within a specified
pletes the paper
main body vertical con-
period of time after the paper feed-
exit before stop-
veyance door, and
clutch /2 (CL6) turns ON.
ping operations.
remove jammed paper if
The vertical conveyance sensor /3
any.
(PS21) does not turn ON within a specified period of time after the pre-registration sensor /2 (PS18) turns ON.
2
533
Field Service Ver3.0 Nov.2006
cation
code
Tray 2
J12-04
J12-05
Cause
Resulting
Correction
operation Open tray /2 and the
During operation
Jam
When the trailing edge of paper is pass- After completion ing through the vertical conveyance
of the exit of the
main body vertical con-
sensor /3 (PS21), the pre-registration
preceding paper,
veyance door, and
sensor /2 (PS18) is turned ON by the
the main body
remove jammed paper if
succeeding paper.
stops operations.
any.
When idling
Classifi-
The vertical conveyance sensor /3
—
Open the main body ver-
J12-06
(PS21) turns ON while in idling.
tical conveyance door and remove jammed paper if any.
The pre-registration sensor /2 (PS18)
Pull out tray /2 and
turns ON while in idling.
remove jammed paper if
Tray 3
J13-01
(PF)
J13-02
During operation
any.
J13-03
The paper feed sensor /1 (PS72) does
If there is a sheet
Pull out tray /3 and
not turn ON within a specified period of
of paper being
remove jammed paper if
time after the pick-up clutch /1 (CL6)
printed when a
any.
turns ON.
jam occurs, the
The pre-registration sensor /1 (PS89)
main body com-
Open tray /3, the PF
does not turn ON within a specified
pletes the paper
front door and the verti-
period of time after the pick-up clutch /
exit before stop-
cal conveyance door /
1 (CL6) turns ON.
ping operations.
Up, and remove jammed paper if any.
The vertical conveyance sensor /1 (PS90) does not turn ON within a specified period of time after the pre-registration sensor /1 (PS89) turns ON. When the trailing edge of paper is pass- After completion
J13-04
J13-05
When idling
bizhub PRO 1050/1050P /1050e/1050eP
13. JAM CODE
ing through the vertical conveyance
of the exit of the
sensor /1 (PS90), the pre-registration
preceding paper,
sensor /1 (PS89) is turned ON by the
the main body
succeeding paper.
stops operations.
The vertical conveyance sensor /1
—
(PS90) turns ON while in idling.
Open the PF front door and the vertical conveyance door /Up and remove jammed paper if any.
J13-06
The pre-registration sensor /1 (PS89)
Pull out tray /3 and
turns ON while in idling.
remove jammed paper if any.
534
2
Jam
cation
code
Tray 4
J14-01
(PF)
J14-02
Cause
Resulting
Correction
operation During operation
Classifi-
13. JAM CODE
J14-03
The paper feed sensor /2 (PS78) does
If there is a sheet
Pull out tray /4 and
not turn ON within a specified period of
of paper being
remove jammed paper if
time after the pick-up clutch /2 (CL9)
printed when a
any.
turns ON.
jam occurs, the
The pre-registration sensor /2 (PS93)
main body com-
Open tray /4, the PF
does not turn ON within a specified
pletes the paper
front door and the hori-
period of time after the pick-up clutch /
exit before stop-
zontal conveyance jam
2 (CL9) turns ON.
ping operations.
release lever and remove jammed paper if any.
When the trailing edge of paper is passing through the loop sensor /2 (PS94), the pre-registration sensor /2 (PS93) is
J15-01
(PF)
J15-02
The pre-registration sensor /2 (PS93)
The paper feed sensor /3 (PS84) does
If there is a sheet
Pull out tray /5 and
not turn ON within a specified period of
of paper being
remove jammed paper if
time after the pick-up clutch /3 (CL12)
printed when a
any.
turns ON.
jam occurs, the
The pre-registration sensor /3 (PS95)
main body com-
Open tray /5, the PF
does not turn ON within a specified
pletes the paper
front door and the verti-
period of time after the pick-up clutch /
exit before stop-
cal conveyance door /
3 (CL12) turns ON.
ping operations.
Lw, and remove jammed
J15-03
—
turns ON while in idling.
Pull out tray /4 and remove jammed paper if any.
paper if any.
The vertical conveyance sensor /3 (PS96) does not turn ON within a specified period of time after the pre-registration sensor /3 (PS95) turns ON. When the trailing edge of paper is pass- After completion
J15-04
J15-05
When idling
Tray 5
When idling
J14-04
During operation
turned ON by the succeeding paper.
ing through the vertical conveyance
of the exit of the
sensor /3 (PS96), the pre-registration
preceding paper,
sensor /3 (PS95) is turned ON by the
the main body
succeeding paper.
stops operations.
The vertical conveyance sensor /3
—
(PS96) turns ON while in idling.
Open the PF front door and the vertical conveyance door /Lw and remove jammed paper if any.
J15-06
The pre-registration sensor /3 (PS95)
Pull out tray /5 and
turns ON while in idling.
remove jammed paper if any.
2
535
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
Field Service Ver3.0 Nov.2006
Classifi-
Jam
cation
code
Cause
Resulting
Correction
operation If there is a sheet
Open the main body
turn ON within a specified period of
of paper being
front doors /R and /L,
time after the ADU deceleration sensor
printed when a
pull out the ADU section
(PS42) turns ON.
jam occurs, the
and remove jammed
The ADU deceleration sensor (PS42)
main body com-
paper if any.
mon to
does not turn ON within a specified
pletes the paper
each
period of time after the loop sensor
exit before stop-
tray)
(PS16) turns ON.
ping operations.
J17-01
feed conveyance (com-
J17-02
During operation
The registration sensor (PS40) does not
Paper
The loop sensor (PS16) does not turn
After completion
Open the main body ver-
feed
ON within a specified period of time
of the exit of the
tical conveyance door
convey-
after the vertical conveyance sensor /1
preceding paper,
and remove jammed
ance
(PS19) turns ON.
the main body
paper if any.
Paper
J17-03
stops operations.
(trays 1/ and /2) Paper
J17-04
The vertical conveyance sensor /2
feed
(PS20) does not turn ON within a speci-
convey-
fied period of time after the vertical con-
ance
veyance sensor /3 (PS21) turns ON.
(tray /2)
J17-05
The vertical conveyance sensor /1 (PS19) does not turn ON within a specified period of time after the vertical conveyance sensor /2 (PS20) turns ON. The loop sensor (PS16) does not turn
Open the PF front door
feed
ON within a specified period of time
and the horizontal con-
convey-
after the PF exit sensor (PS99) turns
veyance jam release
ance (PF)
ON.
lever, and remove
Paper
J17-06
Paper
J17-07
feed convey-
J17-08
ance
When idling
jammed paper if any.
J17-09
The paper leading edge sensor (PS41)
—
J17-10
front doors /R and /L,
The registration sensor (PS40) turns ON
pull out the ADU section
while in idling.
and remove jammed
The ADU deceleration sensor (PS42)
paper if any.
The loop sensor (PS16) turns ON while in idling.
J17-11
The vertical conveyance sensor /2 (PS20) turns ON while in idling.
J17-12
The multi feed detection boards /1 and
If there is a sheet
/2 detect a double feed.
of paper being printed when a jam occurs, the main body completes the paper exit before stopping operations.
536
Open the main body
turns ON while in idling.
turns ON while in idling.
During operation
bizhub PRO 1050/1050P /1050e/1050eP
13. JAM CODE
Jam
cation
code J18-01
feed conveyance (PF) J18-02
Resulting
Correction
operation
J18-03
The intermediate sensor /Up (PS91)
If there is a sheet
Open the PF front door
does not turn ON within a specified
of paper being
and the PF vertical con-
period of time after the vertical convey-
printed when a
veyance door /Up, and
ance sensor /1 (PS90) turns ON.
jam occurs, the
remove jammed paper if
The loop sensor /1 (PS92) does not
main body com-
any.
turn ON within a specified period of
pletes the paper
time after the intermediate sensor /Up
exit before stop-
(PS91) turns ON.
ping operations.
The loop sensor /2 (PS94) does not
Open the PF front door
turn ON within a specified period of
and the horizontal con-
time after the pre-registration sensor /2
veyance jam release
(PS93) turns ON.
lever, and remove jammed paper if any.
J18-04
J18-05
The intermediate sensor /Lw (PS97)
Open the PF front door
does not turn ON within a specified
and the PF vertical con-
period of time after the vertical convey-
veyance door /Lw, and
ance sensor /3 (PS96) turns ON.
remove jammed paper if
The loop sensor /3 (PS98) does not
any.
turn ON within a specified period of time after the intermediate sensor /Lw (PS97) turns ON. J18-06
The PF exit sensor (PS99) does not turn
Open the PF front door,
ON within a specified period of time
the PF vertical convey-
after the loop sensor /1 (PS92) turns
ance door /Up and the
ON.
horizontal conveyance jam release lever, and remove jammed paper if any.
J18-07
The PF exit sensor (PS99) does not turn
Open the PF front door
ON within a specified period of time
and the PF horizontal
after the loop sensor /2 (PS94) turns
conveyance jam release
ON.
lever, and remove jammed paper if any.
J18-08
The PF exit sensor (PS99) does not turn
Open the PF front door,
ON within a specified period of time
the PF vertical convey-
after the loop sensor /3 (PS98) turns
ance door /Lw and the
ON.
horizontal conveyance jam release lever, and remove jammed paper if any.
J18-09 J18-10
When idling
Paper
Cause
During operation
Classifi-
13. JAM CODE
The intermediate sensor /Up (PS91)
—
Open the PF front door
turns ON while in idling.
and the PF vertical con-
The loop sensor /1 (PS92) turns ON
veyance door /Up, and
while in idling.
remove jammed paper if any.
537
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
Field Service Ver3.0 Nov.2006 Jam
cation
code
Paper
J18-11
feed conveyance (PF)
Cause
Resulting
Correction
operation When idling
Classifi-
The loop sensor /2 (PS94) turns ON
—
while in idling.
Open the PF front door and the horizontal conveyance jam release lever, and remove jammed paper if any.
J18-12 J18-13
The intermediate sensor /Lw (PS97)
Open the PF front door
turns ON while in idling.
and the PF vertical con-
The loop sensor /3 (PS98) turns ON
veyance door /Lw, and
while in idling.
remove jammed paper if any.
J18-14
The PF exit sensor (PS99) turns ON
Open the PF front door
while in idling.
and the horizontal conveyance jam release lever, and remove
Convey-
J19-01
ance PF
J19-02
During operation
jammed paper if any. The main body vertical conveyance
The main body
Close the vertical con-
door is opened while in printing.
stops immedi-
veyance door.
ately. The PF front door is opened while in
The main body/
printing.
PF stops immedi-
Close the PF front door.
ately. While in the print sequence, the maxi-
If there is a sheet
Open the main body
paper
mum density sensor detects paper at
of paper being
front doors /R and /L,
exit
the specified timing.
printed when a
pull out the ADU section
jam occurs, the
and remove jammed
main body com-
paper if any.
Fusing/
J21-01
pletes the paper exit before stopJ21-02
J31-01
J31-02
J32-01
When idling
ping operations. While in idling, the maximum density
During operation
bizhub PRO 1050/1050P /1050e/1050eP
13. JAM CODE
The paper leading edge sensor (PS41)
If there is a sheet
does not turn ON within a specified
of paper being
period of time after the registration
printed when a
motor (M17) turns no.
jam occurs, the
The fusing exit sensor (PS22) does not
main body com-
turn ON within a specified period of
pletes the paper
time after the paper leading edge sen-
exit before stop-
sor (PS41) turns ON.
ping operations.
timing.
The paper exit sensor (PS3) does not turn ON within a specified period of time after the fusing exit sensor (PS22) turns ON.
538
—
sensor detects paper at the specified
Jam
cation
code
Fusing/
J32-02
paper exit J32-03
Cause
Resulting
Correction
operation During operation
Classifi-
13. JAM CODE
J32-04
The ADU acceleration sensor (PS49)
If there is a sheet
Open the main body
does not turn ON within a specified
of paper being
front doors /R and /L,
period of time after the fusing exit sen-
printed when a
pull out the ADU section
sor (PS22) turns ON.
jam occurs, the
and remove jammed
The reverse sensor /1 (PS48) does not
main body com-
paper if any.
turn ON within a specified period of
pletes the paper
time after the ADU acceleration sensor
exit before stop-
(PS49) turns ON.
ping operations.
The PS46 does not turn ON again within a specified period of time after the reverse sensor /1 (PS48) turns ON.
J32-05
The paper exit sensor (PS3) does not turn ON within a specified period of time after the reverse sensor /1 (PS48) turns ON.
J32-06
The paper exit sensor (PS3) does not turn OFF within a specified period of
J32-07 J32-08
When idling
time after the PS3 turns ON.
J32-09
The paper exit sensor (PS3) turns ON
—
while in idling. The ADU acceleration sensor (PS49) turns ON while in idling. The fusing exit sensor (PS22) turns ON while in idling.
J32-10
The reverse/exit sensor (PS50) turns ON while in idling.
J32-11
The fusing jam sensor (PS23) turns ON while in idling.
J32-12
The reverse sensor /1 (PS48) turns ON while in idling.
J32-13
The reverse sensor /2 (PS47) turns ON
External
J51-01
During operation
while in idling. The front door/R, /L of the main body
The main body
Open the main body
was opened while printing.
stops immedi-
front doors /R and /L,
ately.
pull out the ADU section and remove jammed paper if any.
2
539
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
Field Service Ver3.0 Nov.2006
Classifi-
Jam
cation
code
DF
J61-1 J61-2 J62-1
Cause
Resulting
The RADF open/close sensor (PS301)
The DF stops
Open the DF open/close
turns OFF while in operation.
immediately. If
cover and remove
The cover open/close switch (MS301)
there is paper
jammed paper if any.
turns OFF while in operation.
being transferred
The original registration sensor /Rt
or having been
(PS306) does not turn OFF within a
transferred, the
specified period of time after the pre-
main body com-
feed start.
pletes the paper exit before stopping operations.
J62-2
The original conveyance sensor (PS308) does not turn ON within a specified period of time after the prefeed start of the front side of the double sided original (including the single sided original).
J62-3
The original conveyance sensor (PS308) does not turn ON within a specified period of time after the prefeed start of the back side of the double sided original.
J62-4
While in the forward rotation of the original conveyance motor (M301), the original conveyance sensor (PS308) does not turn OFF within a specified period of time after it turns ON.
J62-5
While in the reverse rotation of the original conveyance motor (M301), the original conveyance sensor (PS308) does not turn OFF within a specified period of time after it turns ON.
J62-6
When entering a large size double sided original in the reverse section, the original reverse sensor (PS309) does not turn ON within a specified period of time after the original conveyance sensor (PS308) turns ON.
J62-7
When exiting a large size single sided original, the original exit sensor /Lt (PS307) does not turn ON within a specified period of time after the original conveyance sensor (PS308) turns ON.
540
Correction
operation During operation
bizhub PRO 1050/1050P /1050e/1050eP
13. JAM CODE
Jam
cation
code
DF
J62-8
J62-9
J62-10
Cause
Resulting
Correction
operation During operation
Classifi-
13. JAM CODE
When exiting a large size double sided
The DF stops
Open the DF open/close
original, the original exit sensor /Lt
immediately. If
cover and remove
(PS307) does not turn ON within a
there is paper
jammed paper if any.
specified period of time after the original
being transferred
reverse sensor (PS309) turns ON.
or having been
When exiting a large size single sided
transferred, the
original, the original exit sensor /Lt
main body com-
(PS307) does not turn OFF within a
pletes the paper
specified period of time after it turns
exit before stop-
ON.
ping operations.
When exiting a large size double sided original, the original exit sensor /Lt (PS307) does not turn OFF within a specified period of time after it turns ON.
J63-1
When outputting a large size double sided original from the reverse section, the original reverse sensor (PS309) does not turn ON.
J63-2
When entering a large size double sided original into the reverse section, the original reverse sensor (PS309) does not turn OFF within a specified period of time after it turns ON.
J63-3
When outputting a large size double sided original from the reverse section, the original reverse sensor (PS309) does not turn OFF within a specified period of time after it turns ON.
J63-4
When exiting a small size single sided original, the original exit sensor /Rt (PS314) does not turn OFF within a specified period of time after the original reverse sensor (PS309) turns ON.
J63-5
When exiting a small size double sided original, the original exit sensor /Rt (PS314) does not turn OFF within a specified period of time after the original reverse/exit sensor (PS313) turns ON.
J63-6
When exiting a small size single sided original, the original exit sensor /Rt (PS314) does not turn OFF within a specified period of time after it turns ON.
541
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
Field Service Ver3.0 Nov.2006
Classifi-
Jam
cation
code
DF
J63-7
J63-8
Cause
The DF stops
Open the DF open/close
original, the original exit sensor /Rt
immediately. If
cover and remove
(PS314) does not turn OFF within a
there is paper
jammed paper if any.
specified period of time after it turns
being transferred
ON.
or having been
When entering a small size double
transferred, the
sided original into the reverse section,
main body com-
the original reverse sensor (PS309)
pletes the paper
does not turn ON within a specified
exit before stop-
period of time after original conveyance
ping operations.
When outputting a small size double sided original from the reverse section, the original reverse sensor (PS309) does not turn ON within a specified period of time after original conveyance sensor (PS308) turns ON.
J63-10
When entering a small size double sided original into the reverse section, the original reverse sensor (PS309) does not turn OFF within a specified period of time after it turns ON.
J63-11
When outputting a small size double sided original from the reverse section, the original reverse sensor (PS309) does not turn OFF within a specified period of time after it turns ON.
J65-1
The original registration sensor /Rt (PS306) turns ON while in idling.
J65-2
The original conveyance sensor (PS308) turns ON while in idling.
J65-4
The original reverse sensor (PS309) turns ON while in idling.
J65-8
The original exit sensor /Lt (PS307) turns ON while in idling.
J65-10
The original reverse/exit sensor (PS313) turns ON while in idling.
J65-20
The original exit sensor /Rt (PS314) turns ON while in idling.
J65-40
The reverse jam sensor (PS304) turns ON while in idling.
J65-80
The original registration sensor /Lt (PS318) turns ON while in idling.
542
Correction
When exiting a small size double sided
sensor (PS308) turns ON. J63-9
Resulting operation
During operation
bizhub PRO 1050/1050P /1050e/1050eP
13. JAM CODE
Jam
cation
code
FD
J72-01
J72-02
Cause
Resulting
Correction
operation During operation
Classifi-
13. JAM CODE
The FD entrance sensor (PS1) does not
The FD and the
Remove jammed paper if
turn ON within a specified period of
main body stop
any from the FD/main
time after the main body paper exit sen- immediately.
body.
sor (PS3) turns ON. The intermediate conveyance sensor (PS13) does not turn ON within a specified period of time after the FD entrance sensor (PS1) turns ON.
J72-03
The main tray exit sensor (PS18) does not turn ON within a specified period of time after the intermediate conveyance sensor (PS13) turns ON.
J72-04
The main tray exit sensor (PS18) does not turn OFF within a specified period of time after it turns ON.
J72-05
The sub tray paper exit sensor (PS16) does not turn ON within a specified period of time after the intermediate conveyance sensor (PS13) turns ON.
J72-06
The sub tray paper exit sensor (PS16) does not turn OFF within a specified period of time after it turns ON.
J72-09
The punch conveyance sensor (PS5) does not turn ON within a specified period of time after the FD entrance sensor (PS1) turns ON.
J72-10
The 3rd folding conveyance sensor (PS54) does not turn ON within a specified period of time after the punch conveyance sensor (PS5) turns ON.
J72-11
The punch registration sensor (PS6) does not turn ON within a specified period of time after the punch conveyance sensor (PS5) turns ON.
J72-12
The 1st folding conveyance sensor (PS51) does not turn ON within a specified period of time after the punch registration sensor (PS6) turns ON.
J72-13
The 3rd folding conveyance sensor (PS54) does not turn ON within a specified period of time after the 1st folding conveyance sensor (PS51) turns ON.
J72-14
The intermediate conveyance sensor (PS13) does not turn ON within a specified period of time after the 3rd folding conveyance sensor (PS54) turns ON.
543
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
Field Service Ver3.0 Nov.2006
Classifi-
Jam
cation
code
FS
J72-16
J72-17
Cause
The FS and the
Remove jammed paper,
not turn ON within a specified period of
main body stop
if any, from the FS/main
time after the main body paper exit sen-
immediately.
body.
sor (PS3) turns ON. The main tray exit sensor (PS10) does time after the stacker entrance sensor (PS5) turns OFF. The stacker entrance sensor (PS5) does not turn ON within a specified period of time after the FNS entrance sensor (PS4) turns ON.
J72-19
While in stapling, the stacker entrance sensor (PS5) does not turn OFF within a specified period of time after the stacker entrance motor (M13) turns ON. While in any other operations than stapling, the PS5 does not turn OFF within a specified period of time after it turns ON.
J72-20
While in stapling a small size paper, the main tray exit sensor (PS10) does not turn ON within a specified period of time after the paper exit arm motor (M23) turns ON.
J72-21
While in stapling a large size paper, the main tray exit sensor (PS10) does not turn OFF within a specified period of time after the paper exit arm motor (M23) turns ON.
J72-22
While in exiting paper in the sub tray, the sub tray paper exit sensor (PS1) does not turn ON within a specified period of time after the FNS entrance sensor (PS4) turns ON.
J72-23
While in exiting paper in the sub tray, the sub tray paper exit sensor (PS1) does not turn OFF within a specified period of time after the PS1 turns ON.
J72-28
While in the straight/shift of the small size paper, the main tray paper exit sensor (PS10) does not turn OFF within a specified period of time after the PS10 turns ON.
544
Correction
The FNS entrance sensor (PS4) does
not turn OFF within a specified period of
J72-18
Resulting operation
During operation
bizhub PRO 1050/1050P /1050e/1050eP
13. JAM CODE
Jam
cation
code
FS
J72-30
J72-39 FD
J72-40
Cause
Resulting
Correction
operation During operation
Classifi-
13. JAM CODE
While in stapling a small size paper, the
The FS and the
Remove jammed paper,
main tray paper exit sensor (PS10) does
main body stop
if any, from the FS/main
not turn OFF within a specified period of
immediately.
body.
The door switch (MS1) turns OFF while
The copier stops
Close the front door.
in the copy/print.
immediately.
While in the folding operation, the 2nd
The FD and the
Remove jammed paper if
folding conveyance sensor (PS53) does
main body stop
any from the FD/main
not turn ON within a specified period of
immediately.
body.
time after the PS10 turns ON.
time after the 1st folding motor (M4) starts to accelerate. J72-41
While in the folding operation, the 3rd folding conveyance sensor (PS54) does not turn ON within a specified period of time after the 1st folding motor (M4) starts to accelerate.
J72-42
While in the folding operation, the 3rd folding conveyance sensor (PS54) does not turn ON within a specified period of time after the 2nd folding motor (M5) starts to accelerate.
J72-43
While in the folding operation, the intermediate conveyance sensor (PS13) does not turn ON within a specified period of time after the 3rd folding motor (M6) starts to accelerate.
J72-44
While in the folding operation, the 3rd folding conveyance sensor (PS54) does not turn ON within a specified period of time after the 2nd folding conveyance sensor (PS53) turns ON.
J72-45
While in the folding operation, the intermediate conveyance sensor (PS13) does not turn ON within a specified period of time after the 3rd folding conveyance sensor (PS54) turns ON.
J72-46
The PI conveyance sensor /Up (PS31) does not turn ON within a specified period of time after the PI pick-up solenoid /Up (SD13) turns ON.
J72-47
The PI exit sensor (PS4) does not turn ON within a specified period of time after the PI conveyance sensor /Up (PS31) turns ON.
545
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
Field Service Ver3.0 Nov.2006
Classifi-
Jam
cation
code
FD
J72-48
J72-49
Cause
Resulting
Correction
operation During operation
bizhub PRO 1050/1050P /1050e/1050eP
13. JAM CODE
The PI conveyance sensor /Lw (PS37)
The FD and the
Remove jammed paper if
does not turn ON within a specified
main body stop
any from the FD/main
period of time after the PI pick-up sole-
immediately.
body.
noid /Lw (SD14) turns ON. The PI exit sensor (PS4) does not turn ON within a specified period of time after the PI conveyance sensor /Lw (PS37) turns ON.
J72-50
The FD entrance sensor (PS1) does not turn ON within a specified period of time after the PI exit sensor (PS4) turns ON.
SD
J72-58
The PI multi feed is detected.
J72-59
The door switch (MS1) turns OFF.
J72-61
The entrance sensor (PS1) does not
The SD and the
Remove jammed paper if
turn ON within a specified period of
main body stop
any from the SD/main
time after the exit sensor (PS3) on the
immediately.
body.
main body turns ON. J72-62
The horizontal conveyance sensor /1 (PS2) does not turn ON within a specified period of time after the entrance sensor (PS1) turns ON.
J72-63
The horizontal conveyance sensor /2 (PS3) does not turn ON within a specified period of time after the horizontal conveyance sensor /1 (PS2) turns ON.
J72-64
The horizontal conveyance exit sensor (PS4) does not turn ON within a specified period of time after the horizontal conveyance sensor /2 (PS3) turns ON.
J72-65
The horizontal conveyance exit sensor (PS4) does not turn OFF within a specified period of time after it turns ON.
J72-66
The subtray exit sensor (PS11) does not turn ON within a specified period of time after the horizontal conveyance sensor /1 (PS2) turns ON.
J72-67
The subtray exit sensor (PS11) does not turn OFF within a specified period of time after it turns ON.
J72-68
The entrance sensor (PS1) does not turn ON within a specified period of time after the exit sensor (PS3) on the main body turns ON.
546
2
Jam
cation
code
SD
J72-69
J72-70
Cause
Resulting
Correction
operation During operation
Classifi-
13. JAM CODE
The right angle conveyance sensor /2
The SD and the
Remove jammed paper if
(PS6) does not turn ON within a speci-
main body stop
any from the SD/main
fied period of time after the right angle
immediately.
body.
conveyance motor (M6) turns ON. The folding sensor /1 (PS7) does not turn ON within a specified period of time after the folding entrance motor (M3) turns ON.
J72-71
The saddle stitching paper sensor (PS13) does not turn ON within a specified period of time after the folding sub scan alignment exit motor (M8) turns ON.
J72-72
The bundle sensor /1 (PS14) does not turn ON within a specified period of time after the bundle arm rotation motor (M22) turns ON.
J72-73
The bundle sensor /2 (PS15) does not turn ON within a specified period of time after the bundle clip motor (M11) turns ON.
J72-74
The bundle sensor /4 (PS54) does not turn ON within a specified period of time after the bundle sensor /2 (PS15) turns ON.
J72-75
The entrance sensor (PS1) does not turn Off within a specified period of time after it turns ON.
J72-76
The horizontal conveyance sensor (PS3) does not turn OFF within a specified period of time after the entrance sensor (PS1) turns ON.
J72-77
The right angle conveyance sensor /2 (PS6) does not turn OFF within a specified period of time after the folding entrance motor (M3) turns ON.
J72-78
The folding sensor /2 (PS44) does not turn OFF within a specified period of time after the folding sub scan alignment exit motor (M8) turns ON.
J72-79
The saddle stitching paper sensor (PS13) does not turn OFF within a specified period of time after the folding sub scan alignment exit motor (M8) turns ON.
2
547
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
Field Service Ver3.0 Nov.2006 Jam
cation
code
SD
J72-80
J72-81
Cause
Resulting
Correction
operation During operation
Classifi-
The bundle sensor /1 (PS14) does not turn
The SD and the
Remove jammed paper if
OFF within a specified period of time after
main body stop
any from the SD/main
the bundle clip motor (M11) turns ON.
immediately.
body.
—
Open the FS front door
The bundle sensor /2 (PS15) does not turn OFF within a specified period of time after the bundle registration motor (M12) turns ON.
J72-82
With paper bundle exit, the bundle sensor /4 (PS54) does not turn OFF within a specified period of time after the bundle registration motor (M12) turns ON.
J72-83
The folding passage sensor (PS8) does not turn ON within a specified period of time after the folding conveyance motor (M4) turns ON.
J72-84
The tri-folding exit sensor (PS9) does not turn ON within a specified period of time after the folding conveyance motor (M4) turns ON.
J72-85
The folding sub scan alignment exit motor (M8) does not turn OFF within a specified period of time after it turns ON.
J72-86
The folding passage sensor (PS8) does not turn OFF within a specified period of time after the folding conveyance motor (M4) turns ON.
J72-87
The tri-folding exit sensor (PS9) does not turn OFF within a specified period of time after it turns ON.
J72-88
With paper bundle exit, the bundle sensor /2 (PS15) does not turn OFF within a specified period of time after it turns ON.
J72-89
The trimmer registration sensor (PS55) does not turn OFF within a specified period of time after the bundle press movement motor (M17) turns ON.
J72-90
The trimmer registration sensor (PS55) does not turn ON within a specified period of time after the bundle registration motor (M12) turns ON.
J72-99
During printing, either the SD front door switch /Rt (MS1) or /Lt (MS2) turns OFF.
FS
J73-01 J73-02
548
2
When idling
bizhub PRO 1050/1050P /1050e/1050eP
13. JAM CODE
The stacker entrance sensor (PS5) turns ON while in idling.
and the jam release lever,
The FNS entrance sensor (PS4) turns
and remove jammed
ON while in idling.
paper, if any.
Jam
cation
code
FS
J73-03
J73-04
Cause
Resulting
Correction
operation When idling
Classifi-
13. JAM CODE
The main tray paper exit sensor (PS10)
—
Open the FS front door
turns ON while in idling. Or, the stack
and the jam release lever,
empty sensor (PS20) turns ON while
and remove jammed
turning ON the power source.
paper, if any.
The sub tray paper exit sensor (PS1) turns ON while in idling.
FD
J73-05
Either of the FD entrance sensor (PS1),
—
Open the FD front door,
the punch conveyance sensor (PS5)
open then the entrance
and the punch registration sensor (PS6)
conveyance jam release
turns ON while in idling.
levers /1 and /2 and the punch conveyance jam release levers /1 and /2, and then remove jammed paper, if any.
J73-06
J73-07
Either of the intermediate conveyance
Open the FD front door
sensor (PS13), the sub tray paper exit
and the intermediate
sensor (PS16) and the main tray paper
conveyance jam lever,
exit sensor (PS18) turns ON while in
and remove the jammed
idling.
paper, if any.
Either of the 1st folding conveyance
Open the FD front door,
sensor (PS51), the 2nd folding convey-
pull out the folding con-
ance sensor (PS53), the 3rd folding
veyance section, open
conveyance sensor (PS54), the S size
the folding conveyance
conveyance sensor (PS58), the folding
jam release levers /1 to /
entrance sensor (PS52) and the folding
5, and remove jammed
exit sensor (PS2) turns ON while in
paper, if any.
idling. J73-08
Either of the PI conveyance sensor /Up
Open the FD upper door
(PS31), the PI conveyance sensor /Lw
and remove jammed
(PS37) and the PI exit sensor (PS4)
paper, if any. When
turns ON while in idling.
jammed paper gets in the PI exit, open the entrance conveyance jam release lever /1 and remove the jammed paper.
SD
J73-09 J73-10
The entrance sensor (PS1) turns ON
Open the SD front door /
while in idling.
Rt and remove jammed
Either of the horizontal conveyance
paper, if any.
sensor /1 (PS2), the horizontal conveyance sensor /2 (PS3), or the subtray exit sensor (PS11) turns ON while in idling. J73-11
The horizontal conveyance exit sensor
Open the SD front door /
(PS4) turns ON while in idling.
Lt and remove jammed paper, if any.
1
549
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
Field Service Ver3.0 Nov.2006
Classifi-
Jam
cation
code
SD
J73-12
J73-13
Cause
Resulting
Correction
operation When idling
bizhub PRO 1050/1050P /1050e/1050eP
13. JAM CODE
Either of the right angle conveyance
—
Open the SD front door /
sensor /1 (PS5) or the right angle con-
Rt and remove jammed
veyance sensor /2 (PS6) turns ON while
paper, if any.
in idling. Either of the folding sensor /1 (PS7), the folding passage sensor (PS8), the trifolding exit sensor, or the folding sensor /2 (PS44) turns ON while in idling.
J73-14 J73-15
The saddle stitching paper sensor
Open the SD front door /
(PS13) turns ON while in idling.
Lt and remove jammed
Either of the bundle sensor /1 (PS14),
paper, if any.
the bundle sensor /2 (PS15), the bundle sensor /4 (PS54), or the bundle exit sensor /2 (PS57) turns ON while in idling. LS
J73-17
The entrance sensor (PS4) of the tan-
Open the tandem (1st)
dem (1st) LS turns ON while in idling.
LS front door, open then entrance conveyance jam release lever and remove jammed paper, if any.
J73-18
The sub tray exit sensor (PS10) of the
Open the tandem (1st)
tandem (1st) LS turns ON while in idling.
LS sub tray cover, and remove jammed paper, if any.
J73-19
Either of the conveyance sensors /1, /2
Open the tandem (1st)
and /3 (PS7, 16 and 17) of the tandem
LS JAM door, and
(1st) LS turns ON while in idling.
remove jammed paper, if any.
J73-20
The coupling exit sensor (PS18) of the
Open the tandem (1st)
tandem (1st) LS turns ON while in idling.
LS front door, open then the coupling exit jam release lever, and remove jammed paper, if any.
J73-21
The entrance sensor (PS4) of the tan-
Open the tandem (2nd)
dem (2nd) LS turns ON while in idling.
LS front door, open then entrance conveyance jam release lever and remove jammed paper, if any.
J73-22
The sub tray paper exit sensor (PS10)
Open the tandem (2nd)
of the tandem (2nd) LS turns ON while
LS sub tray cover, and
in idling.
remove jammed paper, if any.
550
1
Jam
cation
code
LS
J73-23
Cause
Resulting
Correction
operation When idling
Classifi-
13. JAM CODE
Either of the conveyance sensors /1, /2
—
Open the tandem (2nd)
and /3 (PS7, 16 and 17) of the tandem
LS JAM door, and
(2nd) LS turns ON while in idling.
remove jammed paper, if
However, in the case of LS-502, only
any.
the conveyance sensor /1 (PS7) is applicable. J73-24
The coupling exit sensor (PS18) of the
Open the tandem (2nd)
tandem (2nd) LS turns ON while in
LS front door, open then
idling.
the coupling exit jam
However, in the case of LS-501 only.
release lever and remove jammed paper, if any.
PB
J73-30
The entrance sensor (PS1) turns ON
Open the front door and
while in idling.
remove jammed paper, if
The SC entrance sensor (PS2) turns ON
any.
while in idling. The cover paper entrance sensor (PS3) turns ON while in idling. The sub tray exit sensor (PS4) turns ON
Open the upper door
while in idling.
and remove jammed paper, if any.
J73-31 J73-32
The SC paper detection sensor (PS16)
Open the front door and
turns ON while in idling.
remove jammed paper, if
The clamp paper sensor (PS28) turns
any.
ON while in idling. J73-33
The cover paper switchback sensor (PS44) turns ON while in idling. The cover paper sensor/Rt (PS45) turns ON while in idling. The cover paper sensor/Lt (PS46) turns ON while in idling.
J73-34
The book end sensor (PS61) turns ON
Open the stacker door
while in idling.
and remove jammed paper, if any.
J73-35
The cover paper conveyance sensor /1
Pull out the paper feed
(PS75) turns ON while in idling.
tray and remove jammed
The cover paper conveyance sensor /2
paper, if any.
(PS76) turns ON while in idling. The cover paper conveyance sensor /3 (PS77) turns ON while in idling. The cover paper conveyance sensor /4 (PS78) turns ON while in idling. The cover paper conveyance sensor /5 (PS79) turns ON while in idling.
2
551
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
Field Service Ver3.0 Nov.2006 Jam
cation
code
LS
J74-01
J74-02
Cause
The LS and the
Remove jammed paper,
dem (1st) LS does not turn ON within a
main body stop
if any, from the LS/main
specified period of time after the main
immediately.
body.
body paper exit sensor (PS3) turns ON. The entrance sensor (PS4) of the tanspecified period of time after it turns ON.
J74-04
The sub tray exit sensor (PS10) does not turn ON within a specified period of time after the entrance sensor (PS4) of the tandem (1st) LS turns ON. The sub tray exit sensor (PS10) of the tandem (1st) LS does not turn OFF within a specified period of time after it turns ON.
J74-05
The conveyance sensor /1 (PS7) does not turn ON within a specified period of time after the entrance sensor (PS4) of the tandem (1st) LS turns ON.
J74-06
The conveyance sensor /1 (PS7) of the tandem (1st) LS does not turn OFF within a specified period of time after it turns ON.
J74-07
The conveyance sensor /2 (PS16) does not turn ON within a specified period of time after the conveyance sensor /1 (PS7) of the tandem (1st) LS turns ON.
J74-08
The conveyance sensor /2 (PS16) of the tandem (1st) LS does not turn OFF within a specified period of time after it turns ON.
J74-09
The conveyance sensor /3 (PS17) does not turn ON within a specified period of time after the conveyance sensor /2 (PS16) of the tandem (1st) LS turns ON.
J74-10
The conveyance sensor /3 (PS17) of the tandem (1st) LS does not turn OFF within a specified period of time after it turns ON.
J74-11
The coupling exit sensor (PS18) does not turn ON within a specified period of time after the conveyance sensor /3 (PS17) of the tandem (1st) LS turns ON.
552
Correction
The entrance sensor (PS4) of the tan-
dem (1st) LS does not turn OFF within a J74-03
Resulting operation
During operation
Classifi-
During operation
bizhub PRO 1050/1050P /1050e/1050eP
13. JAM CODE
Jam
cation
code
LS
J74-12
J74-19
Cause
Resulting
Correction
operation During operation
Classifi-
13. JAM CODE
The coupling exit sensor (PS18) of the
The LS and the
Remove jammed paper,
tandem (1st) LS does not turn OFF
main body stop
if any, from the LS/main
within a specified period of time after it
immediately.
body.
turns ON. The LS front door open jam. While in any other modes than the tandem mode, the front door switch (MS1) of the tandem (1st) LS turns OFF while in the print/print.
J74-31
The entrance sensor (PS4) of the tandem (2nd) LS does not turn ON within a specified period of time after the coupling exit sensor (PS18) of the tandem (1st) LS turns ON.
J74-32
The entrance sensor (PS4) of the tandem (2nd) LS does not turn OFF within a specified period of time after it turns ON.
J74-33
The sub tray exit sensor (PS10) does not turn ON within a specified period of time after the entrance sensor (PS4) of the tandem (2nd) LS turns ON.
J74-34
The sub tray exit sensor (PS10) of the tandem (2nd) LS does not turn OFF within a specified period of time after it turns ON.
J74-35
The conveyance sensor /1 (PS7) does not turn ON within a specified period of time after the entrance sensor (PS4) of the tandem (2nd) LS turns ON.
J74-36
The conveyance sensor /1 (PS7) of the tandem (2nd) LS does not turn OFF within a specified period of time after it turns ON.
J74-37
The conveyance sensor /2 (PS16) does not turn ON within a specified period of time after the conveyance sensor /1 (PS7) of the tandem (2nd) LS turns ON.
J74-38
The conveyance sensor /2 (PS16) of the tandem (2nd) LS does not turn OFF within a specified period of time after it turns ON.
J74-39
The conveyance sensor /3 (PS17) does not turn ON within a specified period of time after the conveyance sensor /2 (PS16) of the tandem (2nd) LS turns ON.
553
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
Field Service Ver3.0 Nov.2006
Classifi-
Jam
cation
code
LS
J74-40
J74-41
Cause
Resulting
Correction
operation During operation
bizhub PRO 1050/1050P /1050e/1050eP
13. JAM CODE
The conveyance sensor /3 (PS17) of
The LS and the
Remove jammed paper,
the tandem (1st) LS does not turn OFF
main body stop
if any, from the LS/main
within a specified period of time after it
immediately.
body.
The entrance sensor (PS1) does not
The PB and the
Remove jammed paper,
turn ON within a specified period of
main body stop
if any, from the PB/main
time after the main body paper exit sen-
immediately.
body.
turns ON. The coupling exit sensor (PS18) does not turn ON within a specified period of time after the conveyance sensor /3 (PS17) of the tandem (2nd) LS turns ON.
J74-42
The coupling exit sensor (PS18) of the tandem (2nd) LS does not turn OFF within a specified period of time after it turns ON.
J74-49
The LS front door open jam. While in any other modes other than the tandem mode, the front door switch (MS1) of the tandem (2nd) LS turns OFF while in the print/print.
PB
J74-60
sor (PS3) turns ON. J74-61
The SC entrance sensor (PS2) does not turn ON within a specified period of time after the entrance sensor (PS1) turns ON.
J74-62
The SC entrance sensor (PS2) does not turn OFF within a specified period of time after it turns ON.
J74-63
The cover paper entrance sensor (PS3) does not turn ON within a specified period of time after the main body paper exit sensor (PS3) turns ON.
J74-64
The sub tray exit sensor (PS4) does not turn ON within a specified period of time after the entrance sensor (PS1) turns ON.
J74-65
The sub tray exit sensor (PS4) does not turn OFF within a specified period of time after it turns ON.
J74-66
The SC paper detection sensor (PS16) does not turn ON within a specified period of time after the SC entrance sensor (PS2) turns ON.
554
2
Jam
cation
code
PB
J74-67
J74-68
Cause
Resulting
Correction
operation During operation
Classifi-
13. JAM CODE
The SC paper detection sensor (PS16)
The PB and the
Remove jammed paper,
does not turn OFF within a specified
main body stop
if any, from the PB/main
period of time after it turns ON.
immediately.
body.
When conveying two pages at a time, the SC paper detection sensor (PS16) does not turn ON within a specified time period after the SC entrance sensor (PS2) turns ON.
J74-69
When conveying two pages at a time, the SC paper detection sensor (PS16) does not turn OFF within a specified period of time after it turns ON.
J74-70
The SC paper detection sensor (PS16) does not turn OFF within a specified period of time after the SC bundle conveynace motor (M17) turns ON.
J74-71
The clamp paper sensor (PS28) does not turn OFF within a specified period of time after the Clamp motor (M22) turns OFF.
J74-72
The glue apply position detection sensor (PS32) does not turn ON within a specified period of time after reversal of glue tank movement motor (the tank moves back) turns ON.
J74-73
The glue apply position detection sensor (PS32) does not turn OFF within a specified period of time after it turns ON.
J74-74
The cover paper sensor/Rt (PS45) does not turn ON within a specified period of time after the cover paper pick up clutch (MC71) turns ON.
J74-76
When starting trimming of the cover paper fed from the PB, the cover paper switchback sensor (PS44) does not turn ON within a specified time period after the cover paper conveyance motor (M45) turns ON.
J74-77
When trimming of the cover paper fed from the PB is complete, the cover paper switchback sensor (PS44) does not turn OFF within a specified time period after the cover paper conveyance motor (M45) turns ON.
2
555
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
Field Service Ver3.0 Nov.2006
Classifi-
Jam
cation
code
PB
J74-78
Cause
The PB and the
Remove jammed paper,
the cover paper fed from the PB, the
main body stop
if any, from the PB/main
cover paper sensor/Lt (PS46) does not
immediately.
body.
turn OFF within a specified time period after the cover paper conveyance When positioning the leading edge of the cover paper fed from the PB, the cover paper sensor/Lt (PS46) does not turn ON within a specified time period after the cover paper conveyance motor (M45) turns ON.
J74-80
When cover paper is fed from the main body, the cover paper sensor/Rt (PS45) does not turn OFF within a specified time period after the cover paper entrance sensor (PS3) turns ON.
J74-82
When starting trimming of the cover paper fed from the main body, the cover paper switchback sensor (PS44) does not turn ON within a specified period of time after the cover paper conveyance motor (M45) turns ON.
J74-83
When trimming of the cover paper fed from the main body is complete, the cover paper switchback sensor (PS44) does not turn OFF within a specified period of time after the cover paper conveyance motor (M45) turns ON.
J74-84
When positioning the leading edge of the cover paper fed from the main body, the cover paper sensor/Lt (PS46) does not turn OFF within a specified time period after the cover paper conveyance motor (M45) turns ON.
J74-85
When positioning the leading edge of the cover paper fed from the main body, the cover paper sensor/Lt (PS46) does not turn ON within a specified time period after the cover paper conveyance motor (M45) turns ON.
J74-86
The book end sensor (PS61) does not turn ON within a specified period of time after the book conveyance belt motor (M61) turns ON.
556
2
Correction
When positioning the leading edge of
motor (M45) turns ON. J74-79
Resulting operation
During operation
bizhub PRO 1050/1050P /1050e/1050eP
13. JAM CODE
Jam
cation
code
PB
J74-87
J74-88
Cause
Resulting
Correction
operation During operation
Classifi-
13. JAM CODE
When loading first book, the book sen-
The PB and the
Remove jammed paper,
sor /1 (PS66) does not turn ON within a
main body stop
if any, from the PB/main
specified period of time after the book
immediately.
body.
conveyance belt up down motor (M63) turns ON. When first row of book moves, the book sensor /2 (PS67) does not turn ON within a specified period of time after the book movement motor (M64) turns ON.
J74-89
When feeding paper, the cover paper conveyance sensor /1 (PS75) does not turn ON within a specified period of time after the cover paper pick up clutch (MC71) turns ON.
J74-90
The cover paper conveyance sensor /2 (PS76) does not turn ON within a specified period of time after the cover paper conveyance sensor /1 (PS75) turns ON.
J74-91
When re-feeding paper, the cover paper conveyance sensor /3 (PS77) does not turn ON within a specified period of time after the cover paper pick up clutch (MC71) turns ON.
J74-92
The cover paper conveyance sensor /4 (PS78) does not turn ON within a specified period of time after the cover paper conveyance sensor /3 (PS77) turns ON.
J74-93
The multi feed detection board /2 (MFDTB72) turns OFF.
J74-96
The cover paper switchback sensor (PS44) does not turn ON within a specified period of time after the cover paper feed motor (M74) turns ON.
J74-97
No paper is detected (the paper has removed) when restarting the job after recovery.
J74-98
A cover paper has not been conveyed to the cover paper table section when clamping of inside pages is finished.
J74-99
The front door switch (MS2), the upper door switch (MS3) and the stacker door switch (MS4) became OFF during printing.
2
557
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
Field Service Ver3.0 Nov.2006 Jam
cation
code
ADU
J92-01
J92-02
Cause
Resulting
Correction
operation During operation
Classifi-
The ADU reverse sensor /1 (PS46) does
If there is a sheet
Open the main body
not turn ON within a specified period of
of paper being
front doors /R and /L,
time after the reverse sensor /1 (PS48)
printed when a
pull out the ADU section
turns ON.
jam occurs, the
and remove jammed
The ADU reverse sensor /1 (PS46) does
main body com-
paper if any.
not turn ON again within a specified
pletes the paper
period of time after the PS46 turns ON.
exit before stop-
J92-04 J93-01
During operation
J92-03
When idling
ping operations. The ADU reverse sensor /1 (PS46)
—
turns ON while in idling. The ADU reverse sensor /2 (PS45) turns ON while in idling. The ADU exit sensor (PS43) does not
If there is a sheet
Open the main body
turn ON within a specified period of
of paper being
front doors /R and /L,
time after the ADU reverse sensor /1
printed when a
pull out the ADU section
(PS46) turns ON.
jam occurs, the
and remove jammed
main body com-
paper if any.
pletes the paper exit before stop-
J93-03 J94-01
During operation
J93-02
When idling
ping operations. The ADU conveyance sensor /1 (PS35)
—
turns ON while in idling. The ADU conveyance sensor /2 (PS36) turns ON while in idling. The ADU deceleration sensor (PS42)
If there is a sheet
does not turn ON within a specified
of paper being
period of time after the ADU exit sensor
printed when a
(PS43) turns ON.
jam occurs, the main body completes the paper exit before stopping operations.
J94-03
558
When idling
bizhub PRO 1050/1050P /1050e/1050eP
13. JAM CODE
The ADU exit sensor (PS43) turns ON while in idling.
—
14. MALFUNCTION CODE
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
14. MALFUNCTION CODE 14.1 Malfunction code list A. Note for use Turn OFF/ON the power switch (SW2) of the main body when releasing an abnormal condition. B. Code list NOTE • For codes with "*" in the code column, "Turn ON the power switch again" is displayed on the touch panel. For other codes, "Please call service" is displayed. • For codes with "**" in the code column (SC78-40 to 62: perfect binding tank temperature abnormality related), always repair defective parts then set the DipSW3-1 software of service mode to 0. If DipSW3-1 is set to 0 before defective parts are fixed, it may cause fire.
Classification
Code
Causes
Resulting
Estimated abnormal parts
Main body
operation Drive
The main body
Paper feed motor (M4)
paper feed motor (M4) is checked.
stops immediately
Printer control board (PRCB)
An error detection signal is
to turn OFF the
detected twice in succession a
RL1 (main).
SC13-01 An abnormal speed signal of the
specified period of time after M4 was turned ON (the first signal is
PF
ignored). SC13-02 An abnormal speed signal of the PFU paper feed motor (M40) is
Paper feed motor (M40) PF drive board (PFUDB)
checked. An error detection signal is detected twice in succession a specified period of time after M40 was turned ON (the first signal is
Main body
ignored). SC13-03 The blowout of a fuse for the verti-
Printer control board (PRCB)
cal conveyance motor (M8) in the
Vertical conveyance motor
printer control board (PRCB) is
(M8)
checked. An error detection signal (blowout of a fuse) of M8 is detected when
PF
M8 is turned ON. SC13-05 The blowout of a fuse for the exit
PF exit conveyance motor
conveyance motor (M41) in the PF
(M41)
drive board (PFUDB) is checked.
PF drive board (PFUDB)
An error detection signal (blowout of a fuse) of M41 is detected when M41 is turned ON.
2
559
Classification
Field Service Ver3.0 Nov.2006
Code
Causes
Resulting
Estimated abnormal parts
operation Main body
bizhub PRO 1050/1050P /1050e/1050eP
14. MALFUNCTION CODE
The main body
Paper lift motor /1 (M25)
/1 (M25) is detected.
stops immediately
Upper limit sensor /1 (PS6)
An error detection signal of M25 is
to turn OFF the
detected while M25 is ON.
RL1 (main).
Tray /1 SC18-10 The locking of the paper lift motor
Error code is not
DC power supply /2 (DCPS/
(PS6) is OFF, PS6 does not turn
displayed on the
2)
ON within 20 seconds after the
operation panel,
paper lift motor /1 (M25) turns ON
but displayed only
for lifting operation. And at this
on the data collec-
time, an error detection signal
tion, the list output
(24V cut off) is detected.
and CSRC. Since
SC18-11 When the upper limit sensor /1
SC18-12 When the upper limit sensor /1
the lifting opera-
(PS6) is OFF, PS6 does not turn
tion of the tray is
ON within 20 seconds after the
not completed,
paper lift motor /1 (M25) turns ON
"Set paper in the
for lifting operation. And at this
tray 1" is displayed
time, an error detection signal
on the operation
(blowout of a fuse) is detected.
board.
Printer control board (PRCB)
Paper lift motor /1 (M25)
SC18-13 When the upper limit sensor /1 (PS6) is OFF, PS6 does not turn ON within 20 seconds after the paper lift motor /1 (M25) turns ON for lifting operation. And at this time, an error detection signal is not detected. The main body
Paper lift motor /2 (M26)
/2 (M26) is detected.
stops immediately
Upper limit sensor /2 (PS12)
When M26 is ON, an error detec-
to turn OFF the
tion signal of the M26 is detected.
RL1 (main).
Tray /2 SC18-20 The locking of the paper lift motor
Error code is not
DC power supply /2 (DCPS/
(PS12) is OFF, PS12 does not turn
displayed on the
2)
ON within 20 seconds after the
operation panel,
paper lift motor /2 (M26) turns ON
but displayed only
for lifting operation. And at this
on the data collec-
time, an error detection signal
tion, the list output
(24V cut off) is detected.
and CSRC. Since
SC18-21 When the upper limit sensor /2
SC18-22 When the upper limit sensor /2
560
the lifting opera-
(PS12) is OFF, PS12 does not turn
tion of the tray is
ON within 20 seconds after the
not completed,
paper lift motor /2 (M26) turns ON
"Set paper in the
for lifting operation. And at this
tray 2" is displayed
time, an error detection signal
on the operation
(blowout of a fuse) is detected.
board.
Printer control board (PRCB)
Classification
Code
14. MALFUNCTION CODE Causes
Resulting
Estimated abnormal parts
Main body
operation Tray /2 SC18-23 When the upper limit sensor /2
Error code is not
(PS12) is OFF, PS12 does not turn
displayed on the
ON within 20 seconds after the
operation panel,
paper lift motor /2 (M26) turns ON
but displayed only
for lifting operation. And at this
on the data collec-
time, an error detection signal is
tion, the list output
not detected.
and CSRC. Since
Paper lift motor /2 (M26)
the lifting operation of the tray is not completed, "Set paper in the tray 2" is displayed on the operation
PF
board. The main body
Paper lift motor /1 (M42)
/1 (M42) is detected.
stops immediately
Upper limit sensor /1 (PS71)
When M42 is ON, an error detec-
to turn OFF the
tion signal of the M42 is detected.
RL1 (main).
Tray /3 SC18-30 The locking of the paper lift motor
Error code is not
DC power supply /2 (DCPS/
(PS71) is OFF, PS71 does not turn
displayed on the
2)
ON within 20 seconds after the
operation panel,
paper lift motor /1 (M42) turns ON
but displayed only
for lifting operation. And at this
on the data collec-
time, an error detection signal
tion, the list output
(24V cut off) is detected.
and CSRC. Since
SC18-31 When the upper limit sensor /1
SC18-32 When the upper limit sensor /1
the lifting opera-
(PS71) is OFF, PS71 does not turn
tion of the tray is
ON within 20 seconds after the
not completed,
paper lift motor /1 (M42) turns ON
"Set paper in the
for lifting operation. And at this
tray 3" is displayed
time, an error detection signal
on the operation
(blowout of a fuse) is detected.
board.
PF drive board (PFUDB)
Paper lift motor /1 (M42)
SC18-33 When the upper limit sensor /1 (PS71) is OFF, PS71 does not turn ON within 20 seconds after the paper lift motor /1 (M42) turns ON for lifting operation. And at this time, an error detection signal is not detected. The main body
Paper lift motor /2 (M43)
/2 (M43) is detected.
stops immediately
Upper limit sensor /2 (PS77)
When M43 is ON, an error detec-
to turn OFF the
tion signal of the M43 is detected.
RL1 (main).
Tray /4 SC18-40 The locking of the paper lift motor
561
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
Classification
Field Service Ver3.0 Nov.2006
Code
Causes
Resulting
Estimated abnormal parts
operation PF
bizhub PRO 1050/1050P /1050e/1050eP
14. MALFUNCTION CODE
Error code is not
DC power supply /2 (DCPS/
(PS77) is OFF, PS77 does not turn
displayed on the
2)
ON within 20 seconds after the
operation panel,
paper lift motor /2 (M43) turns ON
but displayed only
for lifting operation. And at this
on the data collec-
time, an error detection signal
tion, the list output
(24V cut off) is detected.
and CSRC. Since
Tray /4 SC18-41 When the upper limit sensor /2
SC18-42 When the upper limit sensor /2
the lifting opera-
(PS77) is OFF, PS77 does not turn
tion of the tray is
ON within 20 seconds after the
not completed,
paper lift motor /2 (M43) turns ON
"Set paper in the
for lifting operation. And at this
tray 4" is displayed
time, an error detection signal
on the operation
(blowout of a fuse) is detected.
board.
SC18-43 When the upper limit sensor /2
Error code is not
(PS77) is OFF, PS77 does not turn
displayed on the
ON within 20 seconds after the
operation panel,
paper lift motor /2 (M43) turns ON
but displayed only
for lifting operation. And at this
on the data collec-
time, an error detection signal is
tion, the list output
not detected.
and CSRC. Since
PF drive board (PFUDB)
Paper lift motor /2 (M43)
the lifting operation of the tray is not completed, "Set paper in the tray 4" is displayed on the operation board. The main body
Paper lift motor /3 (M44)
/3 (M44) is detected.
stops immediately
Upper limit sensor /3 (PS83)
When M44 is ON, an error detec-
to turn OFF the
tion signal of the M44 is detected.
RL1 (main).
Tray /5 SC18-50 The locking of the paper lift motor
Error code is not
DC power supply /2 (DCPS/
(PS83) is OFF, PS83 does not turn
displayed on the
2)
ON within 20 seconds after the
operation panel,
paper lift motor /3 (M44) turns ON
but displayed only
for lifting operation. And at this
on the data collec-
time, an error detection signal
tion, the list output
(24V cut off) is detected.
and CSRC. Since
SC18-51 When the upper limit sensor /3
SC18-52 When the upper limit sensor /3
562
the lifting opera-
(PS83) is OFF, PS83 does not turn
tion of the tray is
ON within 20 seconds after the
not completed,
paper lift motor /3 (M44) turns ON
"Set paper in the
for lifting operation. And at this
tray 5" is displayed
time, an error detection signal
on the operation
(blowout of a fuse) is detected.
board.
PF drive board (PFUDB)
Classification
14. MALFUNCTION CODE
Code
Causes
Resulting
Estimated abnormal parts
PF
operation Error code is not
Tray /5 SC18-53 When the upper limit sensor /3 (PS83) is OFF, PS83 does not turn
displayed on the
ON within 20 seconds after the
operation panel,
paper lift motor /3 (M44) turns ON
but displayed only
for lifting operation. And at this
on the data collec-
time, an error detection signal is
tion, the list output
not detected.
and CSRC. Since
Paper lift motor /3 (M44)
the lifting operation of the tray is not completed, "Set paper in the tray 5" is displayed on the operation
Main body
board. Wire
SC21-01 It is checked that the time for the
The main body
Charger cleaning motor
cleaning
charger cleaning motor (M23)
stops immediately
(M23)
abnor-
operations is over.
to turn OFF the
Charger cleaning home sen-
mality
• When the charger cleaning RL1 (main). home sensor (PS26) is OFF
sor (PS26) Printer control board (PRCB)
with the main power switch (SW1) ON, PS26 does not turn ON within 35 seconds after the M23 turns ON for home position
research
operation
(return operation). At this time, an
error
detection
signal
(blowout of a fuse) is not detected. • PS26 does not turn OFF within 15 seconds after the reverse operation (return operation) is started. At this time, an error detection signal (blowout of a fuse) is not detected. • The charger cleaning limit sensor (PS27) does not turn ON within a specified period of time after the reverse operation
(return
operation)
is
started for detection of PS26 being OFF. Or, PS26 does not turn ON within a specified period of time after PS27 turns ON. At this time, an error detection signal (blowout of a fuse) is not detected.
563
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
Classification
Field Service Ver3.0 Nov.2006
Code
Causes
Resulting
Estimated abnormal parts
operation Main body
bizhub PRO 1050/1050P /1050e/1050eP
14. MALFUNCTION CODE
Wire
SC21-02 The blowout of a fuse for the
The main body
Charger cleaning motor
cleaning
charger cleaning motor (M23) in
stops immediately
(M23)
abnor-
the printer control board (PRCB) is
to turn OFF the
Printer control board (PRCB)
mality
checked.
RL1 (main).
• When the charger cleaning home sensor (PS26) is OFF with the main power switch (SW1) ON, PS26 does not turn ON within 35 seconds after the M23 turns ON for home position
research
operation
(return operation). And at this time, an error detection signal (blowout of a fuse) is detected. • PS26 does not turn OFF within 15 seconds after the reverse operation (return operation) is started. And at this time, an error detection signal (blowout of a fuse) is detected. • The charger cleaning limit sensor (PS27) does not turn ON within a specified period of time after the reverse operation
(return
operation)
is
started for detection of PS26 being OFF. Or, PS26 does not turn ON within a specified period of time after PS27 turns ON. At this time, an error detection signal (blowout of a fuse) is detected. SC21-03 The locking of the charger cleaning motor (M23) is detected.
(M23)
A motor lock signal is detected
Charger/cleaning member
while moving from the charger cleaning limit sensor (PS27) side to the charger cleaning home sensor (PS26) side, and after a retry operation, a fifth motor lock signal is detected.
564
Charger cleaning motor
Classification
14. MALFUNCTION CODE
Code
Causes
Resulting
Estimated abnormal parts
Main body
operation Wire
SC21-04 It is checked that the operations of
The main body
Transfer/separation clean-
cleaning
the transfer/separation cleaning
stops immediately
ing motor (M20)
abnor-
motor (M20) are over.
to turn OFF the
Transfer/separation clean-
RL1 (main).
ing home sensor (PS38)
mality
• When the transfer/separation cleaning home sensor (PS38)
Transfer/separation clean-
is OFF with the main power
ing limit sensor (PS39)
switch (SW1) ON, PS38 does
ADU drive boards /1, /2
not turn ON within a specified
(ADUDB/1, /2)
period of time after the transfer/separation cleaning motor (M20) turns ON for a home position
research
operation
(return operation). At this time, an
error
detection
signal
(blowout of a fuse) is not detected. • PS38 does not turn OFF within a specified period of time after the reverse operation (return operation) is started. At this time, an error detection signal (blowout of a fuse) is not detected. • The transfer/separation cleaning limit sensor (PS39) does not turn ON within a specified period of time after the reverse operation (return operation) is started for detection of PS38 being OFF. Or, PS38 does not turn ON within a specified period of time after PS39 turns ON. At this time, an error detection signal (blowout of a fuse) is not detected.
565
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
Classification
Field Service Ver3.0 Nov.2006
Code
Causes
Resulting
Estimated abnormal parts
operation Main body
bizhub PRO 1050/1050P /1050e/1050eP
14. MALFUNCTION CODE
Wire
SC21-05 The blowout of a fuse for the
The main body
Transfer/separation clean-
cleaning
transfer/separation cleaning motor
stops immediately
ing motor (M20)
abnor-
(M20) in the ADU drive boards /1
to turn OFF the
ADU drive boards /1, /2
mality
and /2 (ADUDB/1 and /2)is
RL1 (main).
(ADUDB/1, /2)
checked. • When the transfer/separation cleaning home sensor (PS38) is OFF with the main power switch (SW1) ON, PS38 does not turn ON within a specified period of time after the transfer/separation cleaning motor (M20) turns ON for a home position
research
operation
(return operation). At this time, an
error
detection
signal
(blowout of a fuse) is detected. • PS38 does not turn OFF within a specified period of time after the reverse operation (return operation) is started. At this time, an error detection signal (blowout of a fuse) is detected. • PS39 does not turn ON within a specified period of time after the reverse operation (return operation) is started for detection of PS38 being OFF. Or, PS38 does not turn ON within a specified period of time after PS39 turns ON. At this time, an
error
detection
signal
(blowout of a fuse) is detected. SC21-06 The locking of the transfer/separa-
ing motor (M20)
detected.
Transfer/separation charger/
Motor lock signals are detected
Transfer/separation clean-
while moving from the transfer/
ing member
separation limit sensor (PS39) side to the transfer/separation home sensor (PS38) side, and after a retry operation, a fifth motor lock signal is detected.
566
Transfer/separation clean-
tion cleaning motor (M20) is
Classification
Code
14. MALFUNCTION CODE Causes
Resulting
Estimated abnormal parts
Main body
operation Wire
SC21-07 The home position search time of
The main body
Transfer assist motor (M19)
cleaning
the transfer assist motor is out.
stops immediately
Transfer assist home sensor
abnor-
The transfer assist home sensor
to turn OFF the
(PS37)
mality
(PS37) does not turn ON within a
RL1 (main).
ADU drive boards /1, /2
specified period of time after the
(ADUDB/1, /2)
home position search operation of the transfer assist motor (M19) is started. SC21-08 An error is detected while in the
Transfer assist motor (M19)
operation of the transfer assist
Transfer/separation clean-
motor.
ing limit sensor (PS39)
An error is detected of the transfer
Transfer assist home sensor
assist motor (M19) while in the
(PS37)
print operation. Motor
SC23-01 The speed error signal of the toner
Toner bottle motor (M6)
abnor-
bottle motor (M6) is checked.
Printer control board (PRCB)
mality
An error detection signal is
Toner bottle/large capacity
detected twice in succession a
hopper
specified period of time after M6 turns ON (the first signal is ignored). SC23-02 The speed error signal of the developing motor (M3) is checked.
Developing motor (M3) Printer control board (PRCB)
Since an error detection signal is detected a second after M3 turns ON, turn OFF M3 for 0.5 seconds. Then, an error detection signal is detected again a second after it is turned ON again. SC23-03 The locking of the blade motor is
Blade motor (M22)
detected.
Blade sensor /1 (PS24), /2
The error detection signal (over
(PS25)
current) of M22 is detected. SC23-04 It is checked that the movement of the blade motor (M22) is not com-
DC power supply /2 (DCPS/ 2)
pleted, and the 24V power source is also checked. The drum READY1 signal (READY condition) cannot be detected within a specified period of time after the drum motor (M2) turns ON. Or, the drum READY1 signal (READY release condition) cannot be detected within a specified period of time after M2 turns OFF. At this time, an error detection signal (24V cut out) is detected.
567
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
Classification
Field Service Ver3.0 Nov.2006
Code
Causes
Resulting
Estimated abnormal parts
operation Main body
bizhub PRO 1050/1050P /1050e/1050eP
14. MALFUNCTION CODE
Motor
SC23-05 The blowout of a fuse for the
The main body
Blade motor (M22) Printer control board (PRCB)
abnor-
blade motor (M22) in the printer
stops immediately
mality
control board (PRCB) is checked.
to turn OFF the
The drum READY1 signal (READY
RL1 (main).
condition) cannot be detected within a specified period of time after the drum motor (M2) turns ON. Or, the drum READY1 signal (READY release condition) cannot be detected within a specified period of time after M2 turns OFF. At this time, the error detection signal (blowout of a fuse) of the blade motor (M22) is detected. SC23-06 It is checked that the movement of the blade motor (M22) is not completed. The drum READY1 signal (READY condition) cannot be detected within a specified period of time after the drum motor (M2) turns ON. Or, the drum READY1 signal (READY release condition) cannot be detected within a specified period of time after M2 turns OFF. At this time, an error detection signal is not detected. SC23-07 It is checked that the movement of the blade motor (M22) is not completed, and 24V power source is also checked. The blade READY signal (READY condition) cannot be detected within a specified period of time after the blade replacement signal turns ON. Or, the blade READY signal (READY release condition) cannot be detected within a specified period of time after the blade replacement signal turns OFF. At this time, an error detection signal (24V cut off) is detected.
568
DC power supply /2 (DCPS/ 2)
Classification
Code
14. MALFUNCTION CODE Causes
Resulting
Estimated abnormal parts
Main body
operation Motor
SC23-08 The blowout of a fuse for the
The main body
Blade motor (M22) Printer control board (PRCB)
abnor-
blade motor (M22) in the printer
stops immediately
mality
control board (PRCB) is checked.
to turn OFF the
The blade READY signal (READY
RL1 (main).
condition) cannot be detected within a specified period of time after the blade replacement signal turns ON. Or, the blade READY signal (READY release condition) cannot be detected within a specified period of time after the blade replacement signal turns OFF. At this time, an error detection signal (blowout of a fuse) of the blade motor (M22) is detected. SC23-09 It is checked that the movement of the blade motor (M22) is not completed. The blade READY signal (READY condition) cannot be detected within a specified period of time after the blade replacement signal turns ON. Or, the blade READY signal (READY release condition) cannot be detected within a specified period of time after the blade replacement signal turns OFF. At this time, an error detection signal is not detected. SC23-10 It is checked that the drum motor (M2) does not start. The drum
Drum motor (M2) Printer control board (PRCB)
READY2 signal (READY signal) is not detected within a specified period of time after M2 turns ON. SC23-11 The blowout of a fuse for the inter-
Intermediate hopper motor
mediate hopper motor (M11) in
(M11)
the printer control board (PRCB) is
Printer control board (PRCB)
checked. An error detection signal (blowout of a fuse) is detected when M11 turns ON.
569
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
Classification
Field Service Ver3.0 Nov.2006
Code
Causes
Resulting
Estimated abnormal parts
operation Main body
bizhub PRO 1050/1050P /1050e/1050eP
14. MALFUNCTION CODE
Motor
SC23-12 The blowout of a fuse for the air
The main body
Air separation motor (M10) Printer control board (PRCB)
abnor-
separation motor (M10) in the
stops immediately
mality
printer control board (PRCB) is
to turn OFF the
checked.
RL1 (main).
An error detection signal (blowout of a fuse) is detected when M10 turns ON. Toner
SC23-13 Air separation motor (M10) rota-
Air separation motor (M10)
convey-
tion abnormality. Since an error is
Air motor encoder sensor
ance
detected when M10 turns ON,
(PS30)
abnor-
turn it OFF. An error is still
Resetting of the intermedi-
mality
detected when turn it ON again.
ate toner hopper section
SC23-14 The toner conveyance abnormality
Toner pump motor (M28)
is detected. When toner is sup-
Air pump motor (M29)
plied for 8 minutes and the toner
Toner remaining sensor /1
remaining sensor /1 (PS31) does
(PS31)
not turn ON, it is found that the
Toner remaining sensor /3
toner remaining sensor /3 (PS33)
(PS33)
of the large capacity hopper turns ON for the last 15 seconds in succession.
Note: • When the code SC2314 occurs, be sure to repair defective parts before
setting
the
software DIPSW3-1 to 0.
Setting
the
DIPSW3-1 to 0 without repairing defective parts may cause toner
to
overflow
inside and outside of the machine. SC23-15 Toner remaining detection sensor / 3 (PS33) abnormality. When the
(PS32)
toner remaining sensor /1 (PS31)
Toner remaining sensor /3
does not turn ON even if toner is
(PS33)
supplied for 8 minutes, it is found that the toner remaining sensor /2 (PS32) of the large capacity hopper turns ON for the last 15 seconds in succession, and the toner remaining sensor /3 (PS33) turns OFF.
570
Toner remaining sensor /2
Classification
14. MALFUNCTION CODE
Code
Causes
Resulting
Estimated abnormal parts
Main body
operation Toner
SC23-17 Leakage at the mixing section is
The main body
Toner pump motor (M28)
convey-
detected. When the toner pump
stops immediately
Air pump motor (M29)
ance
motor (M28) is operating, the
to turn OFF the
Toner remaining sensor /4
abnor-
toner remaining sensor /4 (PS34)
RL1 (main).
(PS34)
mality
detects the toner being provided Note:
in succession for 20 seconds.
• When the code SC2317 occurs, be sure to repair defective parts before
setting
the
software DIPSW3-1 to 0.
Setting
the
DIPSW3-1 to 0 without repairing defective parts may cause toner
to
overflow
inside and outside of the machine. SC23-20 Toner pump motor (M28) abnor-
DC power supply /2 (DCPS/
mality. The rotation of the toner
2)
pump motor (M28) and the 24 V
Toner pump motor (M28)
power source are checked. While M28 is rotating, an error detection signal (abnormal rotation) is detected for more than 1 second. At this time, an error detection signal (24V cut off) is detected. SC23-21
• Toner
pump
motor
(M28)
Printer control board (PRCB)
abnormality. The blowout of a
Toner pump motor (M28)
fuse for the toner pump motor
Recycle cut motor (M30)
(M28) in the printer control board (PRCB) is checked. While M28 is rotating, an error detection
signal
(abnormal
rotation) is detected for more than 1 second. At this time, an error detection signal (blowout of a fuse) is detected, but an error signal (24V cut off) is not detected. • When recycle cut motor (M30) is
operating,
abnormality
detection signal was continuously detected twice for the specified
time.
(First
time
ignored)
2
571
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
Classification
Field Service Ver3.0 Nov.2006
Code
Causes
Resulting
Estimated abnormal parts
operation Main body
bizhub PRO 1050/1050P /1050e/1050eP
14. MALFUNCTION CODE
Toner
SC23-22 Toner pump motor (M28) abnor-
The main body
Toner pump motor (M28)
convey-
mality. The rotation of the toner
stops immediately
Pump encoder sensor /1
ance
pump motor (M28) is checked.
to turn OFF the
(PS28)
abnor-
While M28 is rotating, an error
RL1 (main).
mality
detection signal (abnormal rotation) is detected for more than 1 second. At this time, error signals (blowout of a fuse and 24V cut off) are not detected. SC23-24 Air pump motor (M29) abnormal-
DC power supply /2 (DCPS/
ity. The rotation of the air pump
2)
motor (M29) and the 24V power
Air pump motor (M29)
source are checked. While M29 is rotating, an error detection signal (abnormal rotation) is detected for more than 1 second. At this time, an error signal (24V cut off) is detected. SC23-25 Air pump motor (M29) abnormality. The blowout of a fuse for the
Printer control board (PRCB) Air pump motor (M29)
air pump motor (M29) in the printer control board (PRCB) is checked. While M29 is rotating, an error detection signal (abnormal rotation) is detected for more than 1 second. At this time, an abnormality signal (blowout of a fuse) is detected, but no abnormality signal (24V cut off) is detected. SC23-26 Air pump motor (M29) abnormal-
Pump encoder sensor
motor (M29) is checked for more
(PS29)
than 1 second. An error detection
Load of the pump
signal (abnormal rotation) is detected for more than 1 second. At this time, error signals (blowout of a fuse and 24V cut off) are not detected.
572
Air pump motor (M29)
ity. The rotation of the air pump
Classification
Code
14. MALFUNCTION CODE Causes
Resulting
Estimated abnormal parts
Main body
operation Toner
SC-23-50 Toner collection box detected full
When the waste
convey-
toner amount
ance
exceeds 80% of
abnor-
the toner collec-
mality
tion box, a warn-
Toner collection box
ing message is displayed in the operation panel and the recycle cut motor (M30) is stopped after specific printing. Drum
The main body
Drum temperature sensor
of the drum temperature sensor
stops immediately
(TH5)
(TH5) is less than -2°C a specified
to turn OFF the
period of time after the main
RL1 (main).
SC24-01 When the change in temperature
power switch (SW1) turns ON to start the control of the dehumidification heater /1 (HTR1) and the drum temperature is below 10°C after the elapse of 1 minute. SC24-02 When the main power switch (SW1) turns ON with the fusing temperature below 50°C, the detected temperature of the drum temperature sensor (TH5) is more than 52°C, and when the detected temperature is above 52°C after a specified period of time. High
SC28-01 A charge leak is detected. After a
Charger
voltage
charge error detection signal is
Power feeding contact
power
detected while in the charge ON,
High voltage unit /1 (HV1)
source
up to 5 charge ON/OFF opera-
abnor-
tions occur in succession while in
mality
10 prints. SC28-02 A transfer leak is detected. After a
Transfer/separation charger
transfer error detection signal is
Power feeding point
detected while in the transfer ON,
High voltage unit /2 (HV2)
up to 5 transfer ON/OFF operations occur in succession while in 10 prints. SC28-03 A separation leak is detected. After a separation error detection signal is detected while in the separation ON, up to 5 separation ON/OFF operations occur in succession while in 10 prints.
2
573
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
Classification
Field Service Ver3.0 Nov.2006
Code
Causes
Resulting
Estimated abnormal parts
operation Main body
bizhub PRO 1050/1050P /1050e/1050eP
14. MALFUNCTION CODE
High
SC28-04 The error detection signal (blowout
The main body
ADU drive boards /1, /2
voltage
of a 24V fuse) of the high voltage
stops immediately
(ADUDB1, 2)
power
unit /2 (HV2) is detected.
to turn OFF the
High voltage unit /2 (HV2)
source
RL1 (main).
abnormality Process
Toner control sensor board
SC29-01 The dirt correction of the sensor is
abnor-
not completed. While in the maxi-
mality
mum density correction, the dirt
(TCSB)
correction of the maximum density sensor is not sufficient. When this condition is detected 10 times in succession, the error code is displayed. Error code is not
Toner control sensor board
is not completed. While in the
displayed on the
(TCSB)
maximum density correction, the
operation panel,
Developing motor (M3)
number of rotations of the devel-
but displayed only
oping sleeve gets to the maxi-
on the data collec-
mum.
tion, the list output
SC29-02 The maximum density correction
and the CSRC.
Toner control sensor board
put abnormality. While in the maxi-
The control of the
(TCSB)
mum density correction, a patch
main body is
Write unit
for control is not output. (No out-
made by using a
Image processing board
put is made from the maximum
data previously
(IPB)
density sensor.)
obtained.
Overall control board
SC29-03 The maximum density sensor out-
(OACB) The main body
Toner control sensor board
not completed. While in gamma
stops immediately
(TCSB) (gamma sensor
correction, the dirt correction of
to turn OFF the
cleaning required)
the gamma sensor is not suffi-
RL1 (main).
SC29-04 The dirt correction of the sensor is
cient. When gamma sensor less than the specified value is detected ten times in succession, this error code is displayed.
574
2
Classification
Code
14. MALFUNCTION CODE Causes
Resulting
Estimated abnormal parts
Main body
operation SC29-05 The gamma sensor output abnor-
Error code is not
Toner control sensor board
abnor-
mality. While in the gamma correc-
displayed on the
(TCSB)
mality
tion, a patch for control is not
operation panel,
Write unit
output. (No output is made from
but displayed only
Image processing board
the gamma sensor.)
on the data collec-
(IPB)
tion, the list output
Overall control board
and the CSRC.
(OACB)
The control of the
Image processing board
defective. The gamma correction
main body is
(IPB)
output is abnormal. A regression
made by using a
Printer control board (PRCB)
error when carrying out a gamma
data previously
curve operation while in the
obtained.
Process
SC29-06 The gamma correction data is
gamma correction. The main body
Toner control sensor board
not completed. While in the dot
stops immediately
(TCSB) (gamma sensor
diameter correction, the dirt cor-
to turn OFF the
cleaning required)
rection of the gamma sensor is
RL1 (main).
SC29-07 The dirt correction of the sensor is
not sufficient. When gamma sensor less than the specified value is detected five times in succession, this error code is displayed. SC29-08 Correction abnormality. While in
Error code is not
Image processing board
the dot diameter correction, the
displayed on the
(IPB)
correction is terminated with an
operation panel,
Printer control board (PRCB)
abnormal value.
but displayed only on the data collection, the list output and the CSRC. The control of the main body is made by using a data previously obtained. The main body
Drum potential sensor (DPS)
put abnormality. While in the 0V
stops immediately
Printer control board (PRCB)
check of the DPS, more than
to turn OFF the
100V of the drum surface potential
RL1 (main).
SC29-09 Drum potential sensor (DPS) out-
is detected more than 5 times. When the error code is detected 5 times in succession, this error code is displayed.
2
575
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
Classification
Field Service Ver3.0 Nov.2006
Code
Causes
Resulting
Estimated abnormal parts
operation Main body
bizhub PRO 1050/1050P /1050e/1050eP
14. MALFUNCTION CODE
Process
SC29-10 Drum potential sensor (DPS) out-
The main body
Drum potential sensor (DPS) Printer control board (PRCB)
abnor-
put abnormality. While in the drum
stops immediately
mality
potential correction, a patch for
to turn OFF the
control is not output with the V1
RL1 (main).
getting to more than 350V. When this condition is detected 5 times in succession, the error code is displayed. SC29-11 The data is defective. While in the drum potential correction, no convergence is obtained even after correction is made more than 10 times. When this condition is detected 5 times in succession, the error code is displayed. SC29-12 Auto adjustment monitor value
Error code is not
abnormality. No convergence is
displayed on the
made in the auto adjustment of
operation panel,
the transfer current.
but displayed only
SC29-13 Auto adjustment monitor value
on the data collec-
abnormality. No convergence is
tion, the list output
made in the auto adjustment of
and the CSRC.
the separation (AC) current.
The control of the
SC29-14 Auto adjustment monitor value
High voltage unit /2 (HV2)
main body is
abnormality. No convergence is
made by using a
made in the auto adjustment of
data previously
the separation (DC) current.
obtained. High voltage unit /1 (HV1)
SC29-15 Auto adjustment monitor value abnormality. No convergence is made in the auto adjustment of the developing bias. The main body
Drum
tion abnormality. When the
stops immediately
Drum potential sensor (DPS)
charger grid/developing bias is in
to turn OFF the
excess of the limit of correction,
RL1 (main).
SC29-16 Drum charger capacity deteriora-
lower the developing potential/ fogging margin potential in steps of 50V. And as a result, less than 50V of the difference with the target charger potential is detected 10 times in succession.
576
Classification
Code
14. MALFUNCTION CODE Causes
Resulting
Estimated abnormal parts
Main body
operation Fan
SC32-01 The rotation of the IPB cooling fan
The main body
DC power supply /1 (DCPS/ 1)
abnor-
(FM12) is checked, and the 24V
stops immediately
mality
power source is also checked. An
to turn OFF the
abnormal signal condition occurs
RL1 (main).
a specified period of time after FM12 is turned ON. This abnormal condition recurs even a specified period of time after FM12 is turned OFF and then turned ON, and an error detection signal (24V cut off) is detected. AC drive board (ACDB)
SC32-02 The blowout of a fuse for the IPB
IPB cooling fan (FM12)
cooling fan (FM12) in the AC drive board (ACDB) is checked. An abnormal condition occurs with the FM12 EM signal a specified period of time after FM12 is turned ON. This abnormal condition recurs even a specified period of time after FM12 is turned OFF and then turned ON, and an error detection signal (blowout of a fuse) is detected with the 24V normal. SC32-03 The rotation of the IPB cooling fan (FM12) is checked. An abnormal condition occurs with the FM12 EM signal a specified period of time after FM12 is turned ON. This abnormal condition recurs even a specified period of time after FM12 is turned OFF and then turned ON, and an error detection signal (24V cut off/blowout of a fuse) is not detected. Error code is not
AC drive board (ACDB)
signal of the PB cooling fan
displayed on the
IPB cooling fan (FM12)
(FM12) turns ON.
operation panel,
SC32-04 When the print is started, the EM
but displayed only on the data collection, the list output and the CSRC. The control of the main body is made by using a data previously obtained.
577
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
Classification
Field Service Ver3.0 Nov.2006
Code
Causes
Resulting
Estimated abnormal parts
operation Main body
bizhub PRO 1050/1050P /1050e/1050eP
14. MALFUNCTION CODE
Fan
SC32-05 The rotation of the pump cooling
The main body
DC power supply /2 (DCPS/ 2)
abnor-
fan (FM11) is checked, and the
stops immediately
mality
24V power source is also
to turn OFF the
checked.
RL1 (main).
An abnormal condition occurs with the FM11 EM signal a specified period of time after FM11 is turned ON. This abnormal condition recurs even a specified period of time after FM11 is turned OFF and then turned ON, and an error detection signal (24V cut off) is detected. SC32-06 The blowout of a fuse for the pump cooling fan (FM11) in the
Pump cooling fan (FM11) Printer control board (PRCB)
printer control board (PRCB) is checked. An abnormal condition occurs with the FM11 EM signal a specified period of time after FM11 is turned ON. This abnormal condition recurs even a specified period of time after FM11 is turned OFF and then turned ON, and an error detection signal (blowout of a fuse) is detected. SC32-07 The rotation of the pump cooling fan (FM11) is checked. An abnormal condition occurs with the FM11 EM signal a specified period of time after FM11 is turned ON. This abnormal condition recurs even a specified period of time after FM11 is turned OFF and then turned ON, and an error detection signal (24V cut off/blowout of a fuse) is not detected.
578
Pump cooling fan (FM11) Printer control board (PRCB)
Classification
Code
14. MALFUNCTION CODE Causes
Resulting
Estimated abnormal parts
Main body
operation Fan
SC32-09 The rotation of the transfer/sepa-
The main body
DC power supply /1 (DCPS/ 1)
abnor-
ration suction fan (FM4) is
stops immediately
mality
checked, and the 24V power
to turn OFF the
source is also checked.
RL1 (main).
An abnormal condition occurs with the FM4 EM signal a specified period of time after FM4 is turned ON. This abnormal condition recurs even a specified period of time after FM4 is turned OFF and then turned ON, and an error detection signal (24V cut off) is detected. SC32-10 The blowout of a fuse for the
Transfer/separation suction
transfer/separation suction fan
fan (FM4)
(FM4) in the printer control board
Printer control board (PRCB)
(PRCB) is checked. An abnormal condition occurs with the FM4 EM signal a specified period of time after FM4 is turned ON. This abnormal condition recurs even a specified period of time after FM4 is turned OFF and then turned ON, and an error detection signal (blowout of a fuse) is detected with the 24V normal. SC32-11 The rotation of the transfer/sepa-
Transfer/separation suction
ration suction fan (FM4) is
fan (FM4)
checked.
Printer control board (PRCB)
An abnormal condition occurs with the FM4 EM signal a specified period of time after FM4 is turned ON. This abnormal condition recurs even a specified period of time after FM4 is turned OFF and then turned ON, and an error detection signal (24V cut off/blowout of a fuse) is not detected.
579
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
Classification
Field Service Ver3.0 Nov.2006
Code
Causes
Resulting
Estimated abnormal parts
operation Main body
bizhub PRO 1050/1050P /1050e/1050eP
14. MALFUNCTION CODE
Fan
SC32-12 The rotation of the developing
The main body
DC power supply /1 (DCPS/ 1)
abnor-
suction fan (FM5) is checked, and
stops immediately
mality
the 24V power source is also
to turn OFF the
checked.
RL1 (main).
An abnormal condition occurs with the FM5 EM signal a specified period of time after FM5 is turned ON. This abnormal condition recurs even a specified period of time after FM5 is turned OFF and then turned ON, and an error detection signal (24V cut off) is detected. SC32-13 The blowout of a fuse for the
Developing suction fan
developing suction fan (FM5) in
(FM5)
the printer control board (PRCB) is
Printer control board (PRCB)
checked. An abnormal condition occurs with the FM5 EM signal a specified period of time after FM5 is turned ON. This abnormal condition recurs even a specified period of time after FM5 is turned OFF and then turned ON, and an error detection signal (blowout of a fuse) is detected with the 24V normal. SC32-14 The rotation of the developing suction fan (FM5) is checked.
(FM5)
An abnormal condition occurs
Printer control board (PRCB)
with the FM5 EM signal a specified period of time after FM5 is turned ON. This abnormal condition recurs even a specified period of time after FM5 is turned OFF and then turned ON, and an error detection signal (24V cut off/blowout of a fuse) is not detected.
580
Developing suction fan
Classification
Code
14. MALFUNCTION CODE Causes
Resulting
Estimated abnormal parts
Main body
operation Fan
SC32-15 The rotation of the paper exit cool- The main body
abnor-
ing fan /1 (FM9) is checked, and
stops immediately
mality
the 24V power source is also
to turn OFF the
checked.
RL1 (main).
DC power supply /1 (DCPS/ 1)
An abnormal condition occurs with the FM9 EM signal a specified period of time after FM9 is turned ON. This abnormal condition recurs even a specified period of time after FM9 is turned OFF and then turned ON, and an error detection signal (24V cut off) is detected. SC32-16 The blowout of a fuse for the
Paper exit cooling fan /1
paper exit cooling fan /1 (FM9) in
(FM9)
the printer control board (PRCB) is
Printer control board (PRCB)
checked. An abnormal condition occurs with the FM9 EM signal a specified period of time after FM9 is turned ON. This abnormal condition recurs even a specified period of time after FM9 is turned OFF and then turned ON, and an error detection signal (blowout of a fuse) is detected with the 24V normal. SC32-17 The rotation of the paper exit cool-
Paper exit cooling fan /1
ing fan /1 (FM9) is checked.
(FM9)
An abnormal condition occurs
Printer control board (PRCB)
with the FM9 EM signal a specified period of time after FM9 is turned ON. This abnormal condition recurs even a specified period of time after FM9 is turned OFF and then turned ON, and an error detection signal (24V cut off/blowout of a fuse) is not detected.
581
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
Classification
Field Service Ver3.0 Nov.2006
Code
Causes
Resulting
Estimated abnormal parts
operation Main body
bizhub PRO 1050/1050P /1050e/1050eP
14. MALFUNCTION CODE
Fan
SC32-18 The rotation of the paper exit cool-
The main body
DC power supply /1 (DCPS/ 1)
abnor-
ing fan /2 (FM10) is checked, and
stops immediately
mality
the 24V power source is also
to turn OFF the
checked.
RL1 (main).
An abnormal condition occurs with the FM10 EM signal a specified period of time after FM10 is turned ON. This abnormal condition recurs even a specified period of time after FM10 is turned OFF and then turned ON, and an error detection signal (24V cut off) is detected. SC32-19 The blowout of a fuse for the paper exit cooling fans /2 (FM10)
Paper exit cooling fans /2 (FM10), /3 (FM28)
and /3 (FM28) in the printer control board (PRCB) is checked. An abnormal condition occurs with the FM10 EM signal a specified period of time after FM10 is turned ON. This abnormal condition recurs even a specified period of time after FM10 is turned OFF and then turned ON, and an error detection signal (blowout of a fuse) is detected with the 24V normal. SC32-20 The rotation of the paper exit cooling fans /2 (FM10) and /3 (FM28) is checked. An abnormal condition occurs with the FM10 EM signal a specified period of time after FM10 is turned ON. This abnormal condition recurs even a specified period of time after FM10 is turned OFF and then turned ON, and an error detection signal (24V cut off/blowout of a fuse) is not detected.
582
Paper exit cooling fans /2 (FM10), /3 (FM28)
Classification
Code
14. MALFUNCTION CODE Causes
Resulting
Estimated abnormal parts
Main body
operation Fan
SC32-21 The rotation of the paper feed
The main body
DC power supply /1 (DCPS/ 1)
abnor-
assist fan /Fr1 (FM20) is checked,
stops immediately
mality
and the 24V power source is also
to turn OFF the
checked.
RL1 (main).
An abnormal condition occurs with the FM20 EM signal a specified period of time after FM20 is turned ON. This abnormal condition recurs even a specified period of time after FM20 is turned OFF and then turned ON, and an error detection signal (24V cut off) is detected. SC32-22 The blowout of a fuse for the
Paper feed assist fan /Fr1
paper feed assist fan /Fr1 (FM20)
(FM20)
in the printer control board (PRCB)
Printer control board (PRCB)
is checked. An abnormal condition occurs with the FM20 EM signal a specified period of time after FM20 is turned ON. This abnormal condition recurs even a specified period of time after FM20 is turned OFF and then turned ON, and an error detection signal (blowout of a fuse) is detected with the 24V normal. SC32-23 The rotation of the paper feed
Paper feed assist fan /Fr1
assist fan /Fr1 (FM20) is checked.
(FM20)
An abnormal condition occurs
Printer control board (PRCB)
with the FM20 EM signal a specified period of time after FM20 is turned ON. This abnormal condition recurs even a specified period of time after FM20 is turned OFF and then turned ON, and an error detection signal (24V cut off/blowout of a fuse) is not detected.
583
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
Classification
Field Service Ver3.0 Nov.2006
Code
Causes
Resulting
Estimated abnormal parts
operation Main body
bizhub PRO 1050/1050P /1050e/1050eP
14. MALFUNCTION CODE
Fan
SC32-24 The rotation of the paper feed
The main body
DC power supply /1 (DCPS/ 1)
abnor-
assist fan /Rr1 (FM21) is checked,
stops immediately
mality
and the 24V power source is also
to turn OFF the
checked.
RL1 (main).
An abnormal condition occurs with the FM21 EM signal a specified period of time after FM21 is turned ON. This abnormal condition recurs even a specified period of time after FM21 is turned OFF and then turned ON, and an error detection signal (24V cut off) is detected. SC32-25 The blowout of a fuse for the
Paper feed assist fan /Rr1
paper feed assist fan /Rr1 (FM21)
(FM21)
in the printer control board (PRCB)
Printer control board (PRCB)
is checked. An abnormal condition occurs with the FM21 EM signal a specified period of time after FM21 is turned ON. This abnormal condition recurs even a specified period of time after FM21 is turned OFF and then turned ON, and an error detection signal (blowout of a fuse) is detected with the 24V normal. SC32-26 The rotation of the paper feed assist fan /Rr1 (FM21) is checked.
(FM21)
An abnormal condition occurs
Printer control board (PRCB)
with the FM21 EM signal a specified period of time after FM21 is turned ON. This abnormal condition recurs even a specified period of time after FM21 is turned OFF and then turned ON, and an error detection signal (24V cut off/blowout of a fuse) is not detected.
584
Paper feed assist fan /Rr1
Classification
Code
14. MALFUNCTION CODE Causes
Resulting
Estimated abnormal parts
Main body
operation Fan
SC32-27 The rotation of the paper feed
The main body
DC power supply /1 (DCPS/ 1)
abnor-
assist fan /Fr2 (FM22) is checked,
stops immediately
mality
and the 24V power source is also
to turn OFF the
checked.
RL1 (main).
An abnormal condition occurs with the FM22 EM signal a specified period of time after FM22 is turned ON. This abnormal condition recurs even a specified period of time after FM22 is turned OFF and then turned ON, and an error detection signal (24V cut off) is detected. SC32-28 The blowout of a fuse for the
Paper feed assist fan /Fr2
paper feed assist fan /Fr2 (FM22)
(FM22)
in the printer control board (PRCB)
Printer control board (PRCB)
is checked. An abnormal condition occurs with the FM22 EM signal a specified period of time after FM22 is turned ON. This abnormal condition recurs even a specified period of time after FM22 is turned OFF and then turned ON, and an error detection signal (blowout of a fuse) is detected. SC32-29 The rotation of the paper feed
Paper feed assist fan /Fr2
assist fan /Fr2 (FM22) is checked.
(FM22)
An abnormal condition occurs
Printer control board (PRCB)
with the FM22 EM signal a specified period of time after FM22 is turned ON. This abnormal condition recurs even a specified period of time after FM22 is turned OFF and then turned ON, and an error detection signal (24V cut off/blowout of a fuse) is not detected.
585
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
Classification
Field Service Ver3.0 Nov.2006
Code
Causes
Resulting
Estimated abnormal parts
operation Main body
bizhub PRO 1050/1050P /1050e/1050eP
14. MALFUNCTION CODE
Fan
SC32-30 The rotation of the paper feed
The main body
DC power supply /1 (DCPS/ 1)
abnor-
assist fan /Rr2 (FM23) is checked,
stops immediately
mality
and the 24V power source is also
to turn OFF the
checked.
RL1 (main).
An abnormal condition occurs with the FM23 EM signal a specified period of time after FM23 is turned ON. This abnormal condition recurs even a specified period of time after FM23 is turned OFF and then turned ON, and an error detection signal (24V cut off) is detected. SC32-31 The blowout of a fuse for the
Paper feed assist fan /Rr2
paper feed assist fan /Rr2 (FM23)
(FM23)
in the printer control board (PRCB)
Printer control board (PRCB)
is checked. An abnormal condition occurs with the FM23 EM signal a specified period of time after FM23 is turned ON. This abnormal condition recurs even a specified period of time after FM23 is turned OFF and then turned ON, and an error detection signal (blowout of a fuse) is detected with the 24V normal. SC32-32 The rotation of the paper feed assist fan /Rr2 (FM23) is checked.
(FM23)
An abnormal condition occurs
Printer control board (PRCB)
with the FM23 EM signal a specified period of time after FM23 is turned ON. This abnormal condition recurs even a specified period of time after FM23 is turned OFF and then turned ON, and an error detection signal (24V cut off/blowout of a fuse) is not detected.
586
Paper feed assist fan /Rr2
Classification
Code
14. MALFUNCTION CODE Causes
Resulting
Estimated abnormal parts
PF
operation Fan
SC32-33 The rotation of the paper feed
The main body
DC power supply /2 (DCPS/ 2)
abnor-
assist fan /Fr1 (FM41) is checked,
stops immediately
mality
and the 24V power source is also
to turn OFF the
checked.
RL1 (main).
An abnormal condition occurs with the FM41 EM signal a specified period of time after FM41 is turned ON. This abnormal condition recurs even a specified period of time after FM41 is turned OFF and then turned ON, and an error detection signal (24V cut off) is detected. SC32-34 The blowout of a fuse for the
Paper feed assist fan /Fr1
paper feed assist fan /Fr1 (FM41)
(FM41)
in the printer control board (PRCB)
PF drive board (PFUDB)
is checked. An abnormal condition occurs with the FM41 EM signal a specified period of time after FM41 is turned ON. This abnormal condition recurs even a specified period of time after FM41 is turned OFF and then turned ON, and an error detection signal (blowout of a fuse) is detected with the 24V normal. SC32-35 The rotation of the paper feed
Paper feed assist fan /Fr1
assist fan /Fr1 (FM41) is checked.
(FM41)
An abnormal condition occurs
PF drive board (PFUDB)
with the FM41 EM signal a specified period of time after FM41 is turned ON. This abnormal condition recurs even a specified period of time after FM41 is turned OFF and then turned ON, and an error detection signal (24V cut off/blowout of a fuse) is not detected.
587
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
Classification
Field Service Ver3.0 Nov.2006
Code
Causes
Resulting
Estimated abnormal parts
operation PF
bizhub PRO 1050/1050P /1050e/1050eP
14. MALFUNCTION CODE
Fan
SC32-36 The rotation of the paper feed
The main body
DC power supply /2 (DCPS/ 2)
abnor-
assist fan /Rr1 (FM42) is checked,
stops immediately
mality
and the 24V power source is also
to turn OFF the
checked.
RL1 (main).
An abnormal condition occurs with the FM42 EM signal a specified period of time after FM42 is turned ON. This abnormal condition recurs even a specified period of time after FM42 is turned OFF and then turned ON, and an error detection signal (24V cut off) is detected. SC32-37 The blowout of a fuse for the
Paper feed assist fan /Rr1
paper feed assist fan /Rr1 (FM42)
(FM42)
in the printer control board (PRCB)
PF drive board (PFUDB)
is checked. An abnormal condition occurs with the FM42 EM signal a specified period of time after FM42 is turned ON. This abnormal condition recurs even a specified period of time after FM42 is turned OFF and then turned ON, and an error detection signal (blowout of a fuse) is detected with the 24V normal. SC32-38 The rotation of the paper feed assist fan /Rr1 (FM42) is checked.
(FM42)
An abnormal condition occurs
PF drive board (PFUDB)
with the FM42 EM signal a specified period of time after FM42 is turned ON. This abnormal condition recurs even a specified period of time after FM42 is turned OFF and then turned ON, and an error detection signal (24V cut off/blowout of a fuse) is not detected.
588
Paper feed assist fan /Rr1
Classification
Code
14. MALFUNCTION CODE Causes
Resulting
Estimated abnormal parts
PF
operation Fan
SC32-39 The rotation of the paper feed
The main body
DC power supply /2 (DCPS/ 2)
abnor-
assist fan /Fr2 (FM43) is checked,
stops immediately
mality
and the 24V power source is also
to turn OFF the
checked.
RL1 (main).
An abnormal condition occurs with the FM43 EM signal a specified period of time after FM43 is turned ON. This abnormal condition recurs even a specified period of time after FM43 is turned OFF and then turned ON, and an error detection signal (24V cut off) is detected. SC32-40 The blowout of a fuse for the
Paper feed assist fan /Fr2
paper feed assist fan /Fr2 (FM43)
(FM43)
in the printer control board (PRCB)
PF drive board (PFUDB)
is checked. An abnormal condition occurs with the FM43 EM signal a specified period of time after FM43 is turned ON. This abnormal condition recurs even a specified period of time after FM43 is turned OFF and then turned ON, and an error detection signal (blowout of a fuse) is detected with the 24V normal. SC32-41 The rotation of the paper feed
Paper feed assist fan /Fr2
assist fan /Fr2 (FM43) is checked.
(FM43)
An abnormal condition occurs
PF drive board (PFUDB)
with the FM43 EM signal a specified period of time after FM43 is turned ON. This abnormal condition recurs even a specified period of time after FM43 is turned OFF and then turned ON, and an error detection signal (24V cut off/blowout of a fuse) is not detected.
589
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
Classification
Field Service Ver3.0 Nov.2006
Code
Causes
Resulting
Estimated abnormal parts
operation PF
bizhub PRO 1050/1050P /1050e/1050eP
14. MALFUNCTION CODE
Fan
SC32-42 The rotation of the paper feed
The main body
DC power supply /2 (DCPS/ 2)
abnor-
assist fan /Rr2 (FM44) is checked,
stops immediately
mality
and the 24V power source is also
to turn OFF the
checked.
RL1 (main).
An abnormal condition occurs with the FM44 EM signal a specified period of time after FM44 is turned ON. This abnormal condition recurs even a specified period of time after FM44 is turned OFF and then turned ON, and an error detection signal (24V cut off) is detected. SC32-43 The blowout of a fuse for the
Paper feed assist fan /Rr2
paper feed assist fan /Rr2 (FM44)
(FM44)
in the printer control board (PRCB)
PF drive board (PFUDB)
is checked. An abnormal condition occurs with the FM44 EM signal a specified period of time after FM44 is turned ON. This abnormal condition recurs even a specified period of time after FM44 is turned OFF and then turned ON, and an error detection signal (blowout of a fuse) is detected with the 24V normal. SC32-44 The rotation of the paper feed assist fan /Rr2 (FM44) is checked.
(FM44)
An abnormal condition occurs
PF drive board (PFUDB)
with the FM44 EM signal a specified period of time after FM44 is turned ON. This abnormal condition recurs even a specified period of time after FM44 is turned OFF and then turned ON, and an error detection signal (24V cut off/blowout of a fuse) is not detected.
590
Paper feed assist fan /Rr2
Classification
Code
14. MALFUNCTION CODE Causes
Resulting
Estimated abnormal parts
PF
operation Fan
SC32-45 The rotation of the paper feed
The main body
DC power supply /2 (DCPS/ 2)
abnor-
assist fan /Fr3 (FM45) is checked,
stops immediately
mality
and the 24V power source is also
to turn OFF the
checked.
RL1 (main).
An abnormal condition occurs with the FM45 EM signal a specified period of time after FM45 is turned ON. This abnormal condition recurs even a specified period of time after FM45 is turned OFF and then turned ON, and an error detection signal (24V cut off) is detected. SC32-46 The blowout of a fuse for the
Paper feed assist fan /Fr3
paper feed assist fan /Fr3 (FM45)
(FM45)
in the printer control board (PRCB)
PF drive board (PFUDB)
is checked. An abnormal condition occurs with the FM45 EM signal a specified period of time after FM45 is turned ON. This abnormal condition recurs even a specified period of time after FM45 is turned OFF and then turned ON, and an error detection signal (blowout of a fuse) is detected with the 24V normal. SC32-47 The rotation of the paper feed
Paper feed assist fan /Fr3
assist fan /Fr3 (FM45) is checked.
(FM45)
An abnormal condition occurs
PF drive board (PFUDB)
with the FM45 EM signal a specified period of time after FM45 is turned ON. This abnormal condition recurs even a specified period of time after FM45 is turned OFF and then turned ON, and no error detection signal (24V cut off/blowout of a fuse) is detected.
591
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
Classification
Field Service Ver3.0 Nov.2006
Code
Causes
Resulting
Estimated abnormal parts
operation PF
bizhub PRO 1050/1050P /1050e/1050eP
14. MALFUNCTION CODE
Fan
SC32-48 The rotation of the paper feed
The main body
DC power supply /2 (DCPS/ 2)
abnor-
assist fan /Rr3 (FM46) is checked,
stops immediately
mality
and the 24V power source is also
to turn OFF the
checked.
RL1 (main).
An abnormal condition occurs with the FM46 EM signal a specified period of time after FM46 is turned ON. This abnormal condition recurs even a specified period of time after FM46 is turned OFF and then turned ON, and an error detection signal (24V cut off) is detected. SC32-49 The blowout of a fuse for the
Paper feed assist fan /Rr3
paper feed assist fan /Rr3 (FM46)
(FM46)
in the printer control board (PRCB)
PF drive board (PFUDB)
is checked. An abnormal condition occurs with the FM46 EM signal a specified period of time after FM46 is turned ON. This abnormal condition recurs even a specified period of time after FM46 is turned OFF and then turned ON, and an error detection signal (blowout of a fuse) is detected with the 24V normal. SC32-50 The rotation of the paper feed assist fan /Rr3 (FM46) is checked.
(FM46)
An abnormal condition occurs
PF drive board (PFUDB)
with the FM46 EM signal a specified period of time after FM46 is turned ON. This abnormal condition recurs even a specified period of time after FM46 is turned OFF and then turned ON, and an error detection signal (24V cut off/blowout of a fuse) is not detected.
592
Paper feed assist fan /Rr3
Classification
Code
14. MALFUNCTION CODE Causes
Resulting
Estimated abnormal parts
PF
operation Fan
SC32-51 The rotation of the cooling fan
The main body
DC power supply /2 (DCPS/ 2)
abnor-
(FM20) is checked, and the 24V
stops immediately
mality
power source is also checked.
to turn OFF the
An abnormal condition occurs
RL1 (main).
with the FM46 EM signal a specified period of time after FM46 is turned ON. This abnormal condition recurs even a specified period of time after FM46 is turned OFF and then turned ON, and an error detection signal (24V cut off) is detected. SC32-52 The blowout of a fuse for the cooling fan (FM20) in the printer con-
Cooling fan (FM20) PF drive board (PFUDB)
trol board (PRCB) is checked. An abnormal condition occurs with the FM46 EM signal a specified period of time after FM46 is turned ON. This abnormal condition recurs even a specified period of time after FM46 is turned OFF and then turned ON, and an error detection signal (blowout of a fuse) is detected with the 24V nor-
Main body
mal. SC32-53 The rotation of the cooling fan (FM20) is checked. An abnormal condition occurs with the FM46 EM signal a specified period of time after FM46 is turned ON. This abnormal condition recurs even a specified period of time after FM46 is turned OFF and then turned ON, and an error detection signal (24V cut off/blowout of a fuse) is not detected.
593
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
Classification
Field Service Ver3.0 Nov.2006
Code
Causes
Resulting
Estimated abnormal parts
operation Main body
bizhub PRO 1050/1050P /1050e/1050eP
14. MALFUNCTION CODE
Fan
SC32-54 The rotation of the power supply
The main body
DC power supply /2 (DCPS/ 2)
abnor-
cooling fan /3 (FM27) is checked.
stops immediately
mality
An abnormal condition occurs
to turn OFF the
with the FM27 EM signal a speci-
RL1 (main).
fied period of time after FM27 is turned ON. This abnormal condition recurs even a specified period of time after FM27 is turned OFF and then turned ON, and no error detection signal (24V cut off/blowout of a fuse) is detected. SC32-55 The EM signal of the power supply
Error code is not
cooling fan /3 (FM27) is ON when
displayed on the
starting the print.
operation panel, but displayed only on the data collection, the list output and the CSRC. The control of the main body is made by using a data previously obtained.
ADU
SC33-01 The blowout of a fuse for the
ADU drive board /2
sec-
motor of the registration section in
stops immediately
(ADUDB2)
tion
the ADU drive board /2 (ADUDB2)
to turn OFF the
ADU conveyance motor /2
motor
is checked.
RL1 (main).
(M16)
abnor-
An error detection signal (blowout
Registration motor (M17)
mality
of a fuse) of the ADU conveyance
Loop motor (M18)
motor /2 (M16)/ registration motor (M17)/loop motor (M18) is detected after the print is started. At this time, the closing of the door detection/PFU door is detected 10 times in succession.
594
The main body
Classification
Code
14. MALFUNCTION CODE Causes
Resulting
Estimated abnormal parts
Main body
operation ADU
SC33-02 The blowout of a fuse for the ADU
The main body
ADU drive board /1
sec-
motor in the ADU drive board /1
stops immediately
(ADUDB1)
tion
(ADUDB1) is checked.
to turn OFF the
Reverse/exit motor (M13)
motor
An error detection signal (blowout
RL1 (main).
ADU accelerate motor (M14)
abnor-
of a fuse) of the reverse/exit motor
ADU conveyance motor /1
mality
(M13)/ADU acceleration motor
(M15)
(M14)/ ADU conveyance motor /1
ADU reverse motor (M12)
(M15)/ADU reverse motor (M12) is detected after the print is started. At this time, the closing of the door detection/PFU door is detected 10 times in succession. SC33-04 The blowout of a fuse for the transfer assist motor (M19) in the
Printer control board (PRCB) Transfer assist motor (M19)
printer control board (PRCB) is checked. When M19 turns ON from OFF, an error detection signal (blowout of a fuse) is detected. At this time, the closing of the door is detected 10 times in succession. SC33-05 The blowout of a fuse for the web motor (M24) in the printer control
DC power supply /2 (DCPS/ 2)
board (PRCB) is checked, and the 24V power source is also checked. When M24 turn ON from OFF, error detection signals (blowout of a fuse and the 24V cut off) are detected. SC33-06 The blowout of a fuse for the web motor (M24) in the printer control
Printer control board (PRCB) Web motor (M24)
board (PRCB) is checked. When M24 turns ON from OFF, an error detection signal (blowout of a fuse) is detected. At this time, an error detection signal (24V cut off) is not detected.
595
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
Classification
Field Service Ver3.0 Nov.2006
Code
Causes
Resulting
Estimated abnormal parts
operation Main body
bizhub PRO 1050/1050P /1050e/1050eP
14. MALFUNCTION CODE
Fusing
SC34-01 Thermistor /1 (TH1) high tempera-
Printer control board (PRCB)
high tem-
ture detection (software).
stops immediately
AC drive board (ACDB)
perature
TH1 detects a temperature of
to turn OFF the
Fusing heater lamp /1 (L2)
abnor-
210°C or above 5 times in a
RL1 (main).
Fusing heater lamp /2 (L3)
mality
period of 1 second. SC34-02 Thermistor /3 (TH3) high temperaTH3 detects a temperature of
Thermistor /3 (TH3)
230°C or above 5 times in a
Thermistor /4 (TH4) Caution: • When SC34-**, SC35-
ture detection (hardware).
** or SC36-** (fusing
An abnormal condition is detected
temperature
with the fusing error detection sig-
abnormalities) occur,
nal 1.
be
SC34-04 Thermistor /3 (TH3) high temperature detection (hardware). An abnormal condition is detected with the fusing error detection signal 4. SC35-01 Thermistor /1 (TH1) low tempera-
low tem-
ture detection (software). TH1
perature
does not get to 50°C when a
abnor-
specified period of time elapses
mality
after the main switch (SW1) is turned ON for the fusing ON control. SC35-02 Thermistor /3 (TH3) low temperature detection (software). TH3 does not get to 50°C when a specified period of time elapses after the main switch (SW1) is turned ON for the fusing ON control.
Fusing
Thermistor /1 (TH1) Thermistor /2 (TH2)
SC34-03 Thermistor /1 (TH1) high tempera-
Fusing
Fusing heater lamp /3 (L4)
ture detection (software).
period of 1 second.
SC36-01 Thermistor /1 (TH1) high tempera-
sensor
ture detection (long time/soft-
abnor-
ware). TH1 detects a temperature
mality
of 200°C or above 30 times in a row in a period of 1 second. SC36-02 Thermistor /3 (TH3) high temperature detection (long time/software). TH3 detects a temperature of 220°C or above 30 times in a row in a period of 1 second.
596
The main body
sure
to
related repair
defective parts before setting the software DIPSW3-1 to 0. Setting the DIPSW3-1 to 0 with defective parts not
repaired
result in a fire.
may
Classification
Code
14. MALFUNCTION CODE Causes
Resulting
Estimated abnormal parts
Main body
operation Fusing
SC36-03 Thermistor /1 (TH1) low tempera-
The main body
Printer control board (PRCB)
sensor
ture detection (hardware). TH1
stops immediately
AC drive board (ACDB)
abnor-
detects an abnormal condition
to turn OFF the
Fusing heater lamp /1 (L2)
mality
with the fusing error detection sig-
RL1 (main).
Fusing heater lamp /2 (L3)
nal 2. SC36-04 Thermistor /1 (TH1) low tempera-
Fusing heater lamp /3 (L4) Thermistor /1 (TH1)
ture detection (hardware). TH3
Thermistor /2 (TH2)
detects an abnormal condition
Thermistor /3 (TH3)
with the fusing error detection sig-
Thermistor /4 (TH4) Caution:
nal 5. SC36-05 Thermistor /3 (TH3) low tempera-
• When SC34-**, SC35-
ture detection (hardware). TH1
** or SC36-** (fusing
detects an abnormal condition
temperature
with the fusing error detection sig-
abnormalities) occur,
nal 3.
be
sure
related
to
repair
defective parts before
SC36-06 Thermistor /3 (TH3) low tempera-
setting the software
ture detection (hardware). TH3
DIPSW3-1 to 0. Set-
detects an abnormal condition
ting the DIPSW3-1 to
with the fusing error detection sig-
0 with defective parts
nal 6.
not
repaired
may
result in a fire. Scanner
SC41-01 It is checked that the movement
abnor-
time for the scanner motor (M27)
mality
is over, and the 24V power source
DC power supply /1 (DCPS/ 1)
is also checked. The scanner home sensor (PS51) or the APS sensor /1 (PS52) does not turn ON within a specified period of time after the home position search is started. And an error detection signal (24V cut off) is detected with the scanner motor (M27). SC41-02 The blowout of a fuse for the scanner motor (M27) in the scan-
Scanner drive board (SDB) Scanner motor (M27)
ner drive board (SDB) is checked. The scanner home sensor (PS51) or the APS sensor /1 (PS52) does not turn ON within a specified period of time after the home position search is started. And an error detection signal (blowout of a fuse) is detected with M27. At this time, an error detection signal (24V cut off) is not detected with the M27.
2
597
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
Classification
Field Service Ver3.0 Nov.2006
Code
Causes
Resulting
Estimated abnormal parts
operation Main body
bizhub PRO 1050/1050P /1050e/1050eP
14. MALFUNCTION CODE
Scanner
SC41-03 The time for the movement of the
The main body
Scanner drive board (SDB)
abnor-
scanner motor (M27) is over. The
stops immediately
Scanner motor (M27)
mality
scanner home sensor (PS51) or
to turn OFF the
Scanner home sensor
the APS sensor /1 (PS52) does
RL1 (main).
(PS51)
not turn ON within a specified period of time after the home position search is started. And an error detection signal (blowout of a fuse/24V cut off) is not detected with the M27. Write
SC41-10 The abnormal speed of the poly-
abnor-
gon motor (M21) is checked, and
mality
the 24V power source is also
DC power supply /1 (DCPS/ 1)
checked. When switching the speed of M21, the lock signal of M21 is not detected within a specified period of time after the switchover is started, and an error detection signal (24V cut off) is detected. SC41-11 The abnormal speed of the polygon motor (M21) is checked.
Polygon motor (M21) Printer control board (PRCB)
When switching the speed of M21, the lock signal of M21 is not detected within a specified period of time after the switchover is started. Fan
SC42-01 The rotation of the scanner cool-
abnor-
ing fan (FM19) is checked, and
mality
24V power source is also checked. An abnormal condition occurs with the FM19 EM signal a specified period of time after FM19 turns ON. This abnormal condition recurs even a specified period of time after FM19 is turned OFF and then turned ON, and an error detection signal (24V cut off) is detected.
598
DC power supply /2 (DCPS/ 2)
Classification
Code
14. MALFUNCTION CODE Causes
Resulting
Estimated abnormal parts
Main body
operation Fan
SC42-02 The blowout of a fuse for the
The main body
Scanner drive board (SDB) Scanner cooling fan (FM19)
abnor-
scanner cooling fan (FM19) in the
stops immediately
mality
scanner drive board (SDB) is
to turn OFF the
checked. An abnormal condition
RL1 (main).
occurs with the FM19 EM signal a specified period of time after FM19 turns ON. This abnormal condition recurs even a specified period of time after FM19 is turned OFF and then turned ON, and an error detection signal (blowout of a fuse) is detected. At this time, an error detection signal (24V cut off) is not detected. SC42-03 The rotation of the scanner cool-
Scanner cooling fan (FM19)
ing fan (FM19) is checked. An abnormal condition occurs with the FM19 EM signal a specified period of time after FM19 turns ON. This abnormal condition recurs even a specified period of time after FM19 is turned OFF and then turned ON, and an error detection signal (24V cut off/blowout of a fuse) is not detected. SC42-04 The rotation of the suction fan /1 (FM6) is checked, and 24V power
DC power supply /2 (DCPS/ 2)
source is also checked. An abnormal condition occurs with the FM6 EM signal a specified period of time after FM6 turns ON. This abnormal condition recurs even a specified period of time after FM6 is turned OFF and then turned ON, and an error detection signal (24V cut off) is detected.
599
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
Classification
Field Service Ver3.0 Nov.2006
Code
Causes
Resulting
Estimated abnormal parts
operation Main body
bizhub PRO 1050/1050P /1050e/1050eP
14. MALFUNCTION CODE
Fan
SC42-05 The blowout of a fuse for the suc-
The main body
AC drive board (ACDB) Suction fan /1 (FM6)
abnor-
tion fan /1 (FM6) in the AC drive
stops immediately
mality
board (ACDB) is checked. An
to turn OFF the
abnormal condition occurs with
RL1 (main).
the FM6 EM signal a specified period of time after FM6 turns ON. This abnormal condition recurs even a specified period of time after FM6 is turned OFF and then turned ON, and an error detection signal (blowout of a fuse) is detected. At this time, an error detection signal (24V cut off) is not detected. SC42-06 The rotation of the suction fan /1 (FM6) is checked. An abnormal condition occurs with the FM6 EM signal a specified period of time after FM6 turns ON. This abnormal condition recurs even a specified period of time after FM6 is turned OFF and then turned ON, and an error detection signal (24V cut off/blowout of a fuse) is not detected. SC42-07 The EM signal of the suction fan /1
Suction fan /1 (FM6)
(FM6) is ON when the printing is started. SC42-08 The rotation of the suction fans /2 (FM7) and /3 (FM8) is checked, and the 24V power source is also checked. An abnormal condition occurs with the FM7/FM8 EM signal a specified period of time after FM7/FM8 turns ON. This abnormal condition recurs even a specified period of time after FM7/FM8 is turned OFF and then turned ON, and an error detection signal (24V cut off) is detected.
600
DC power supply /2 (DCPS/ 2)
Classification
Code
14. MALFUNCTION CODE Causes
Resulting
Estimated abnormal parts
Main body
operation Fan
SC42-09 The blowout of a fuse for the suc-
The main body
AC drive board (ACDB)
abnor-
tion fans /2 (FM7) and /3 (FM8) in
stops immediately
Suction fan /2 (FM7)
mality
the AC drive board (ACDB) is
to turn OFF the
Suction fan /3 (FM8)
checked. An abnormal condition
RL1 (main).
occurs with the FM7/FM8 EM signal a specified period of time after FM7/FM8 turns ON. This abnormal condition recurs even a specified period of time after FM7/FM8 is turned OFF and then turned ON, and an error detection signal (blowout of a fuse) is detected. At this time an error detection signal (24V cut off) is not detected. SC42-10 The rotation of the suction fans /2 (FM7) and /3 (FM8) is checked. An abnormal condition occurs with the FM7/FM8 EM signal a specified period of time after FM7/FM8 turns ON. This abnormal condition recurs even a specified period of time after FM7/FM8 is turned OFF and then turned ON, and an error detection signal (24V cut off/blowout of a fuse) is not detected. SC42-16 The rotation of the polygon cooling fan (FM18) is checked, and the
DC power supply /2 (DCPS/ 2)
24V power source is also checked. An abnormal condition occurs with the FM18 EM signal a specified period of time after FM18 turns ON. This abnormal condition recurs even a specified period of time after FM18 is turned OFF and then turned ON, and an error detection signal (24V cut off) is detected.
601
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
Classification
Code
Field Service Ver3.0 Nov.2006 Causes
Resulting
Estimated abnormal parts
operation Main body
bizhub PRO 1050/1050P /1050e/1050eP
14. MALFUNCTION CODE
Fan
SC42-17 The blowout of a fuse for the poly-
The main body
AC drive board (ACDB) Polygon cooling fan (FM18)
abnor-
gon cooling fans (FM18) in the AC
stops immediately
mality
drive board (ACDB) is checked.
to turn OFF the
An abnormal condition occurs
RL1 (main).
with the FM18 EM signal a specified period of time after FM18 turns ON. This abnormal condition recurs even a specified period of time after FM18 is turned OFF and then turned ON, and an error detection signal (blowout of a fuse) is detected. At this time, an error detection signal (24V cut off) is not detected. SC42-18 Rotation of the polygon cooling fans (FM18) is checked. An abnormal condition occurs with the FM18 EM signal a specified period of time after FM18 turns ON. This abnormal condition recurs even a specified period of time after FM18 is turned OFF and then turned ON, and an error detection signal (24V cut off/blowout of a fuse) is not detected. SC42-19 The EM signal of the polygon
Error code is not
cooling fan (FM18) is ON when the
displayed on the
printing is started.
operation panel, but displayed only on the data collection, the list output and the CSRC. The control of the main body is made by using a data previously obtained.
602
Polygon cooling fan (FM18)
Classification
Code
14. MALFUNCTION CODE Causes
Resulting
Estimated abnormal parts
Main body
operation Image
SC46-01* APC abnormality. While in the
If there is a copy
Write unit
pro-
image write, APC is not applicable
being made, the
Power connector of the
cess-
for the correction of the sub scan
main body com-
image processing board
ing
beam. Due to the 12V DC power
pletes the paper
(IPB)
abnor-
for the laser drive not supplied, the
exit before stop-
mality
MPC being wrong and the laser
ping operations.
defective, the laser does not light
Turn OFF the RL1
up.
(main).
Also, due to the rotation of the polygon mirror unavailable, the displacement of the index sensor, and the index sensor being defective, the index sensor cannot detect the laser. SC46-02* Scanner FIFO abnormality. FIFO address abnormality for the scan-
Image processing board (IPB)
ner. While in the image read, the compression of image data that is read in is not correctly terminated. SC46-03* FIFO address abnormality for the printer. While in the image write, the expansion processing of image data that is read in is not correctly terminated. SC46-05* Compression input FIFO abnormality. An error interrupt occurs with the compression/expansion chip FIFO. SC46-06* Elongation abnormality. Due to the elongation of data the compression of which is not completed, the destruction of the compressed data and the abnormal length of data, an elongation abnormality is detected. SC46-08* Index sensor abnormality. While in
Write unit
the execution of APC, no change
Power connector of the
is found in the output of the index
image processing board
sensor.
(IPB)
SC46-12* SVV length abnormality. After negation of SVV, the compression
Image processing board (IPB)
of images that are read in and their development into the page memory are not terminated within a specified period of time.
603
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
Classification
Field Service Ver3.0 Nov.2006
Code
Causes
Resulting
Estimated abnormal parts
operation Main body
bizhub PRO 1050/1050P /1050e/1050eP
14. MALFUNCTION CODE
Image
SC46-13* Scanner time out. While in the
If there is a copy
Image processing board
pro-
image read, the compression pro-
being made, the
(IPB)
cess-
cessing from the scanner into the
main body com-
ADF
ing
memory does not terminate within
pletes the paper
Printer control board (PRCB)
abnor-
a specified period of time. The
exit before stop-
mality
development from the scanner
ping operations.
into the page memory does not
Turn OFF the RL1
terminate within a specified period
(main).
of time. The SVV is not detected within a specified period of time. SC46-14* Printer time out. While in the
Image processing board
image write, the expansion pro-
(IPB)
cessing from the memory to the
Printer control board (PRCB)
printer does not terminate within a specified period of time. The output from the page memory to the printer does not terminate within a specified period of time. The PVV is not detected within a specified period of time. SC46-15* Expansion device access abnormality. While in the image write,
(IPB)
despite of no resource provided,
Image processing program
an inappropriate processing such as accessing to the elongation device is made. SC46-16* Compression device access abnormality. When writing images, in spite of no resource provided, an inappropriate processing such as an access to the compression device is made. SC46-17* Filter coefficient abnormality. When processing images, a filter coefficient cannot be created normally. SC46-19* When accessing to the memory device, a defective software is detected.
604
Image processing board
Classification
14. MALFUNCTION CODE
Code
Causes
Resulting
Estimated abnormal parts
Main body
operation Image
SC46-21* Memory time out. The expansion
If there is a copy
Image processing board
pro-
processing from the memory to
being made, the
(IPB)
cess-
the pate memory is not terminated
main body com-
Image processing program
ing
within a specified period of time.
pletes the paper
Printer control board (PRCB)
abnor-
The compression processing from
exit before stop-
mality
the page memory to the memory
ping operations.
is not terminated within a specified
Turn OFF the RL1
period of time.
(main).
The development from the memory into the page memory is not terminated within a specified period of time. The transmission of the compressed data from memory to memory is not terminated within a specified period of time. SC46-23* SVV off abnormality. While in the image read, SVV does not turn
Image processing board (IPB)
OFF within a specified period of time and the preparation for scanning the next page cannot be started. SC46-24* Shading correction abnormality (GA abnormality). SC46-25* AOC/AGC adjustment level abnor-
Image processing board (IPB) Image processing program
mality. • The light blocking cover at the read section and the lens cover are removed. • The connector of the A/D converter board is disconnected. •
The power cable of the A/D converter board is unplugged.
• The IC protector of the A/D converter board is cut off. • The light volume of the exposure lamp is excessive. • The exposure lamp does not light up.
605
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
Classification
Field Service Ver3.0 Nov.2006
Code
Causes
Resulting
Estimated abnormal parts
operation Main body
bizhub PRO 1050/1050P /1050e/1050eP
14. MALFUNCTION CODE
Image pro-
SC46-26 The adjustment data evacuated by resolutions is not available.
cess-
mality
Image processing board
displayed on the
(IPB)
operation panel,
ing abnor-
Error code is not
but displayed only SC46-27 A density conversion gamma curve cannot be created normally.
on the data collection, the list output and the CSRC. The control of the main body is made by using a data previously obtained.
SC46-31* Despite of the MPC not being ter-
If there is a copy
Image processing board
minated, the initial sampling of the
being made, the
(IPB)
APC is attempted.
main body com-
Image processing program
SC46-32* While executing the APC, the execution of the MPC is attempted. SC46-35* Sequentially shot page area
pletes the paper exit before stopping operations.
abnormality. Due to an image area
Turn OFF the RL1
abnormality on the memory,
(main).
images cannot be developed on the memory. Write section
SC46-36* Initial APC timing abnormality. The PVV is turned ON before the initial
Printer control program
APC start processing is com-
Image processing program
pleted. The main body
Image processing board
The hard disk is defective, or the
stops immediately
(IPB)
connector is poorly connected.
to turn OFF the
Image processing program
(1050,1050e only)
RL1 (main).
Hard disk /1 (HDD1)
SC46-40 Hard disk initialization abnormality.
SC46-41 The JOB information cannot be stored on the hard disk. (1050,1050e only) SC46-42 While in a periodical cleaning, opening the rote to hard disk is not succeed. (1050,1050e only) SC46-43 Hard disk access defective. The hard disk is defective or the connector is connected improperly. (1050,1050e only) SC46-50 Communication error is detected during tandem operation. SC46-51 Communication error is detected during tandem image transmission.
606
2
Image processing board (IPB) Image processing program
Classification
Code
14. MALFUNCTION CODE Causes
Resulting
Estimated abnormal parts
Main body
operation Image
SC46-61 The scan operation starts before
Error code is not
ADF
pro-
the original skew adjustment is
displayed on the
Original skew sensor /Fr
cess-
terminated. (The skew adjustment
operation panel,
(PS312), /Rr (PS311)
ing
is too late.)
but displayed only
abnormality
SC46-62 The print operation starts before
on the data collec-
the paper mis-centering adjust-
tion, the list output
ment is terminated. (The mis-cen-
and the CSRC.
tering adjustment is too late.)
The control of the
SC46-63 The AGC is retried due to the
main body is
decreased light volume of the
made by using a
exposure lamp. However, no error
data previously
occurs.
obtained.
SC46-64 A PWM gamma curve is not cre-
Centering sensor (PS54)
Exposure lamp (L1)
Toner control sensor board
ated properly.
(TCSB)
SC46-66 Shift amount abnormality while in the repeat (when the width is specified, or in the auto mode). When the shift amount while in the repeat is negative (-). SC46-80* The message queue is insufficient or destroyed. SC46-81* The parameter value is in excess of the permissible limits. SC46-82* The ID of the task that sends the message queue is undefined. SC46-83* The receiving event of the message is undefined.
If there is a copy
Image processing program
being made, the main body com-
Image processing board
pletes the paper
(IPB)
exit before stopping operations. Turn OFF the RL1 (main).
SC46-90* Memory access abnormality. SC46-91* Header readout address abnormality. SC46-99* DIMM memory abnormality. An error is detected in the DIMM memory check at the start. IC Controller abnormality
SC49-01 Printer controller initial communication abnormality SC49-03 Transfer error to the main body image memory SC49-04 Hard disc /2 (HDD2) abnormality
The main body
IC board (ICB)
stops immediately
Hard disk /2 (HDD2)
to turn OFF the
IC board (ICB)
RL1 (main). IC board (ICB) Hard disk /2 (HDD2)
SC49-05 IC cooling fan (FM24) lock abnor-
IC board (ICB)
mality SC49-06 Unregulations IP error.
–
SC49-07 The CF version is different from
Hard disk /2 (HDD2)
the version information in the hard
format HDD2
disc /2 (HDD2).
2
607
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
Classification
Field Service Ver3.0 Nov.2006
Code
Causes
Resulting
Estimated abnormal parts
operation Main body
bizhub PRO 1050/1050P /1050e/1050eP
14. MALFUNCTION CODE
IC
SC49-08 While in the security ON, the
The main body
Hard disk /2 (HDD2) format HDD2
Con-
unlock of the HDD results in a fail-
stops immediately
troller
ure due to the mismatched pass-
to turn OFF the
abnor-
word of the hard disk /2 (HDD2).
RL1 (main).
mality
SC49-09 Unlocked hard disk/2 (HDD2) is detected when security turns ON. SC49-10 An unformatted hard disc /2 (HDD2) is detected.
Drive
SC50-01* Main body drive serial input abnor-
Printer control board (PRCB)
abnor-
mality 1.
PF drive board (PFUDB)
mality
In the I/O initial communication
The connector between the
check in the printer control board
PF and the main body.
(PRCB) from the power on ACK, a serial data is not received from the main body drive unit within a specified period of time. SC50-02* Main body drive serial input abnormality 2. In the I/O initial communication check in the printer control board (PRCB) from the power on ACK, a serial data is not received from the main body drive unit within a specified period of time. SC50-03* Main body drive serial input abnormality 3. In the I/O initial communication check in the printer control board (PRCB) from the power on ACK, a serial data is not received from the main body drive unit within a specified period of time. SC50-04* Main body drive serial input abnormality 4. In the I/O initial communication check in the printer control board (PRCB) from the power on ACK, a serial data is not received from the main body drive unit within a specified period of time. Commu- SC50-05* Drive communication reception nication abnormality
error detection abnormality. SC50-06* Drive communication reception error detection abnormality. SC50-07* Drive communication reception error detection abnormality.
608
2
Printer control board (PRCB)
Classification
14. MALFUNCTION CODE
Code
Causes
Resulting
Estimated abnormal parts
Main body
operation Commu- SC50-08* Drive communication reception
The main body
nication
stops immediately
abnormality
error detection abnormality. SC50-10 When the power switch is turned ON, the printer control board (PRCB) cannot receive initial data
Printer control board (PRCB)
to turn OFF the
Printer control board (PRCB)
RL1 (main).
Image processing board (IPB)
from the image processing board (IPB) within a specified period of time. SC50-11 Any of the following error is
Printer control board (PRCB)
detected during data reception
Image processing board
between image processing board
(IPB)
(IPB) and printer control board
The connector between the
(PRCB).
PRDB and the IPB.
• Data head error • Data checksum error • Undefined command reception error • Occurrence of communication GA error vector SC51-01* Drive communication reception error detection abnormality. SC51-02* Drive communication reception error detection abnormality.
Printer control board (PRCB) PF drive board (PFUDB) The connector between the PF and the main body.
SC51-03* Drive communication reception error detection abnormality. Fan
SC52-01 The rotation of the cooling fan /1
abnor-
(FM1) is checked, and +24V
mality
power source is also checked. An
DC power supply /2 (DCPS/ 2)
abnormal condition occurs with the FM1 EM signal a specified period of time after FM1 turns ON. This abnormal condition recurs even a specified period of time after FM1 is turned OFF and then turned ON, and an error detection signal (24V cut off) is detected.
2
609
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
Classification
Field Service Ver3.0 Nov.2006
Code
Causes
Resulting
Estimated abnormal parts
operation Main body
bizhub PRO 1050/1050P /1050e/1050eP
14. MALFUNCTION CODE
Fan
SC52-02 The blowout of a fuse for the cool-
The main body
AC drive board (ACDB)
abnor-
ing fan /1 (FM1) in the AC drive
stops immediately
Cooling fan /1 (FM1)
mality
board (ACDB) is checked. An
to turn OFF the
Printer control board (PRCB)
abnormal condition occurs with
RL1 (main).
the FM1 EM signal a specified period of time after FM1 turns ON. This abnormal condition recurs even a specified period of time after FM1 is turned OFF and then turned ON, and an error detection signal (blowout of a fuse) is detected. At this time, an error detection signal (24V cut off) is not detected. SC52-03 Rotation of the cooling fan /1
AC drive board (ACDB)
(FM1) is checked. An abnormal
Cooling fan /1 (FM1)
condition occurs with the FM1 EM
Printer control board (PRCB)
signal a specified period of time after FM1 turns ON. This abnormal condition recurs even a specified period of time after FM1 is turned OFF and then turned ON, and an error detection signal (24V cut off/blowout of a fuse) is not detected. SC52-04 The rotation of the cooling fan /2 (FM2) is checked, and +24V power source is also checked. An abnormal condition occurs with the FM2 EM signal a specified period of time after FM2 turns ON. This abnormal condition recurs even a specified period of time after FM2 is turned OFF and then turned ON, and an error detection signal (24V cut off) is detected.
610
DC power supply /2 (DCPS/ 2)
Classification
Code
14. MALFUNCTION CODE Causes
Resulting
Estimated abnormal parts
Main body
operation Fan
SC52-05 The blowout of a fuse for the cool- The main body
AC drive board (ACDB)
abnor-
ing fan /2 (FM2) in the AC drive
stops immediately
Cooling fan /2 (FM2)
mality
board (ACDB) is checked. An
to turn OFF the
Printer control board (PRCB)
abnormal condition occurs with
RL1 (main).
the FM2 EM signal a specified period of time after FM2 turns ON. This abnormal condition recurs even a specified period of time after FM2 is turned OFF and then turned ON, and an error detection signal (blowout of a fuse) is detected. At this time, an error detection signal (24V cut off) is not detected. SC52-06 Rotation of the cooling fan /2
AC drive board (ACDB)
(FM2) is checked. An abnormal
Cooling fan /2 (FM2)
condition occurs with the FM2 EM
Printer control board (PRCB)
signal a specified period of time after FM2 turns ON. This abnormal condition recurs even a specified period of time after FM2 is turned OFF and then turned ON, and an error detection signal (24V cut off/blowout of a fuse) is not detected. SC52-07 The rotation of the cooling fan /3 (FM3) is checked, and +24V
DC power supply /2 (DCPS/ 2)
power source is also checked. An abnormal condition occurs with the FM3 EM signal a specified period of time after FM3 turns ON. This abnormal condition recurs even a specified period of time after FM3 is turned OFF and then turned ON, and an error detection signal (24V cut off) is detected.
611
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
Classification
Field Service Ver3.0 Nov.2006
Code
Causes
Resulting
Estimated abnormal parts
operation Main body
bizhub PRO 1050/1050P /1050e/1050eP
14. MALFUNCTION CODE
Fan
SC52-08 The blowout of a fuse for the cool-
The main body
AC drive board (ACDB)
abnor-
ing fan /3 (FM3) in the AC drive
stops immediately
Cooling fan /3 (FM3)
mality
board (ACDB) is checked. An
to turn OFF the
Printer control board (PRCB)
abnormal condition occurs with
RL1 (main).
the FM3 EM signal a specified period of time after FM3 turns ON. This abnormal condition recurs even a specified period of time after FM3 is turned OFF and then turned ON, and an error detection signal (blowout of a fuse) is detected. At this time, an error detection signal (24V cut off) is not detected. AC drive board (ACDB)
SC52-09 Rotation of the cooling fan /3 (FM3) is checked. An abnormal
Cooling fan /3 (FM3)
condition occurs with the FM3 EM
Printer control board (PRCB)
signal a specified period of time after FM3 turns ON. This abnormal condition recurs even a specified period of time after FM3 is turned OFF and then turned ON, and an error detection signal (24V cut off/blowout of a fuse) is not detected. SC52-10 The EM signal of the cooling fan /1
Error code is not
(FM1) is ON when the print is
displayed on the
started.
operation panel,
SC52-11 The EM signal of the cooling fan /2
but displayed only
(FM2) is ON when the print is
on the data collec-
started.
tion, the list output
SC52-12 The EM signal of the cooling fan /3
and the CSRC.
(FM3) is ON when the print is
The control of the
started.
main body is
Cooling fan /1 (FM1)
Cooling fan /2 (FM2)
Cooling fan /3 (FM3)
made by using a data previously obtained. Power SC53-01 A speed error signal of the fusing
The main body
abnor-
motor (M1) is checked. An error
stops immediately
mality
detection signal is detected twice
to turn OFF the
in succession a specified period of
RL1 (main).
time after M1 turns ON. (The first signal is ignored.)
612
Fusing motor (M1)
Classification
Code
14. MALFUNCTION CODE Causes
Resulting
Estimated abnormal parts
Main body
operation Power SC53-02 The 24V power source for the total
The main body
DC power supply /2 (DCPS/
abnor-
counter (CNT1) is checked. When
stops immediately
2)
mality
CNT1 is turned ON from OFF, an
to turn OFF the
error detection signal (blowout of a
RL1 (main).
fuse/24V cut off) is detected. SC53-03 The blowout of a fuse for the total
Main relay (RL1)
counter (CNT1) in the AC drive
Total counter (CNT1)
board (ACDB) is checked. When
AC drive board (ACDB)
CNT1 is turned ON from OFF, an error detection signal (blowout of a fuse) is detected. However, an error detection signal (24V cut off) is not detected. SC53-04 The 24V power source for the key counter (CNT2) is checked. When
DC power supply /2 (DCPS/ 2)
CNT2 is turned ON from OFF, an error detection signal (blowout of a fuse/24V cut off) is detected. SC53-05 The blowout of a fuse for the key
Key counter (CNT2)
counter (CNT2) in the AC drive board (ACDB) is checked. When CNT2 is turned ON from OFF, an error detection signal (blowout of a fuse) is detected. However, an error detection signal (24V cut off) is not detected. SC53-06 The blowout of a 12V fuse for the
AC drive board (ACDB)
AC drive board (ACDB) is checked. In the serial initial communication, a signal of the blowout of a 12V fuse (AC drive) is detected. SC53-07 The blowout of a 5V fuse for the AC drive board (ACDB) is checked. In the serial initial communication, a signal of the blowout of a 5V fuse (AC drive) is detected. SC53-08 The 12V power source in the
DC power supply /1 (DCPS/
printer control board (PRCB) is
1)
checked. An error detection signal
Printer control board (PRCB)
of the 12V in PRCB is detected.
613
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
Classification
Field Service Ver3.0 Nov.2006
Code
Causes
Resulting
Estimated abnormal parts
operation Main body
bizhub PRO 1050/1050P /1050e/1050eP
14. MALFUNCTION CODE
Power SC53-11 The blowout of a SD/CL fuse in
The main body
DC power supply /1 (DCPS/
abnor-
the tray is detected 1. The 24V
stops immediately
1)
mality
power source for the SD/CL in the
to turn OFF the
printer control board (PRCB) is
RL1 (main).
checked. At the start, an error detection signal (blowout of a fuse for the solenoid/clutch) is detected, and an error detection signal (24V cut off) is also detected. SC53-12 The blowout of a SD/CL fuse in
Paper feed clutch /1 (CL4), /
the tray is detected 2. The blow-
2 (CL6)
out of a fuse for the SD/CL in the
Separation clutch /1 (CL5), /
printer control board (PRCB) is
2 (CL7)
checked. At the start, an error
Printer control board (PRCB)
detection signal (blowout of a fuse for the solenoid/clutch) is detected. However, an error detection signal (24V cut off) is not detected. SC53-13 The blowout of a fuse for SD/CL in the vertical conveyance is
DC power supply /1 (DCPS/ 1)
detected 1. The 24V power source for SD/CL in the printer control board (PRCB) is checked. At the start, an error detection signal (blowout of a fuse for the solenoid/clutch) is detected, and an error detection signal (24V cut off) is detected. SC53-14 The blowout of a fuse for SD/CL in
/2 (SD2), /3 (SD5)
detected 2. The blowout of a fuse
Drum claw solenoid (SD5)
for SD/CL in the printer control
Pre-registration clutch /1
board (PRCB) is checked. At the
(CL1), /2 (CL3)
start, an error detection signal
Vertical conveyance clutch
(blowout of a fuse for the solenoid/
(CL2)
clutch) is detected. However, an
Printer control board (PRCB)
error detection signal (24V cut off) is not detected.
614
Tray lock solenoid /1 (SD1),
the vertical conveyance is
Classification
Code
14. MALFUNCTION CODE Causes
Resulting
Estimated abnormal parts
Main body
operation Power SC53-15 The blowout of a fuse for SD/CL in
The main body
abnor-
the PF is detected 1. The 24V
stops immediately
mality
power source for SD/CL in the PF
to turn OFF the
drive board (PFUCB) is checked.
RL1 (main).
PF drive board (PFUDB)
At the start, an error detection signal (blowout of a fuse for the solenoid/clutch) is detected, and an error detection signal (24V cut off) is detected. SC53-16 The blowout of a fuse for SD/CL in the PF is detected 2. The blowout of a fuse for SD/CL in the PF drive board (PFUDB) is checked. At the start, an error detection signal (blowout of a fuse for the solenoid/ motor) is detected. However, an error detection signal (24V cut off) is not detected. Printer control board (PRCB)
SC53-17 The blowout of the sensor 5VICP is detected. An error detection signal of the blowout of the 5VICP is detected. SC53-18 The fall-off of the erase lamp (EL)
The main body
CN is detected. When turning ON
stops immediately
the power, an error detection sig-
to turn OFF the
nal (fall-off) is detected a specified
RL1 (main).
Erase lamp (EL)
period of time after the fall-off detection control signal of the EL CN turns ON. SC53-19 An M5 EM error detection signal is detected twice in succession a
Conveyance motor (M5) Printer control board (PRCB)
specified period of time after the conveyance motor (M5) turns ON. SC53-20 An M31 EM error detection signal
ADU reverse paper exit
is detected twice in succession a
motor (M31)
specified period of time after the
Printer control board (PRCB)
ADU reverse/exit motor (M31) turns ON. SC56-02 The communication between the
Operation board /1 (OB1)
image processing board (IPB) and
Overall control board
the operation board /1 (OB1) is
(OACB)
checked. An initial communication from the main body to the operation board is not sent within 30 seconds after the power is turned ON.
615
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
Classification
Field Service Ver3.0 Nov.2006
Code
Causes
Resulting
Estimated abnormal parts
operation DF
bizhub PRO 1050/1050P /1050e/1050eP
14. MALFUNCTION CODE
SC60-01* Although the main body sent out
If there is a copy
Image processing board
abnor-
data according to the data trans-
being made, the
(IPB)
mality
mission request by the DF, the
main body and the
same request is received again.
DF complete the
DF
paper exit before
RADF control board
SRGA reception error was
stopping opera-
(ADFCB)
detected while in the reception in
tions. Turn OFF
serial communication, a signal
the RL1 (main).
SC60-02* When a checksum error or an
was sent to make a request for sending data again. And when data is being received upon this request, a checksum error or an SRGA reception error is detected again. RADF control board
SC60-03* When the main power switch
(ADFCB)
(SW1) is ON, there is no response to the initial communication request from the main body to the DF even after a specified period of time elapses.
RADF control board
SC60-11 When the main power switch (SW1) is ON, a region into which
(ADFCB)
no write was made by the ISW is
RADF program
detected in the DF control program. SC67-01 Original registration sensor /Rt
If there is a copy
Original registration sensor /
(PS306) abnormality.
being made, the
Rt (PS306)
main body com-
Original conveyance sensor
(PS308) abnormality.
pletes the paper
(PS308)
SC67-03 Original reverse sensor (PS309)
exit before stop-
Original reverse sensor
ping operations.
(PS309)
SC67-02 Original conveyance sensor
abnormality. SC67-04 Non-volatile memory error SC67-05 Cooling fan /Lt (FM301) abnormal-
Turn OFF the RL1 (main).
RADF control board (ADFCB) Cooling fan /Lt (FM301)
ity. SC67-06 Original reverse sensor (PS309) abnormality. SC67-07 Original reverse/exit sensor (PS313) abnormality. SC67-08 Tray up/down motor (M303)
Original reverse sensor (PS309) Original reverse/exit sensor (PS313) Tray up/down motor (M303)
abnormality. SC67-09 Original skew sensor /Fr (PS312) abnormality. SC67-10 Original skew sensor /Rr (PS311) abnormality.
616
Original skew sensor /Fr (PS312) Original skew sensor /Rr (PS311)
Classification
Code
14. MALFUNCTION CODE Causes
Resulting
Estimated abnormal parts
DF
operation DF abnor-
SC67-11 Original registration sensor /Lt (PS318) abnormality.
mality
If there is a copy
Original registration sensor /
being made, the
Lt (PS318)
main body comSC67-12 Mis-centering sensor /Fr (PS320) abnormality. SC67-13 Mis-centering sensor /Rr (PS321) abnormality. SC67-14 Multi feed sensor /1 (MFS1)
pletes the paper
Centering sensor /Fr
exit before stop-
(PS320)
ping operations.
Centering sensor /Rr
Turn OFF the RL1
(PS321)
(main).
Multi feed sensor /1 (MFS1)
FS, FD, SD
abnormality. Commu- SC70-01 FS, FD, SD serial receive error.
The main body ,
FNS control board (FNSCB)
nication
During re-transmission demand,
the FS, The FD
FD control board (FDCB)
abnor-
either one of the error vector
and the SD stop
SD control board (SDCB)
mality
occurrence or data checksum
immediately to
error was continuously detected
turn OFF the main
for specified time.
relay (RL1).
SC70-02 FS, FD, SD start up response error. When there is no response to operation starting order, even after
LS
several retries. LS
SC76-01 The Stacker tray encoder sensor
The main body
Stacker tray up down motor
abnor-
(PS2) does not turn ON within a
and the LS stop
(M1)
mality
specified period of time after the
immediately to
LS control board (LSCB)
stacker tray up down motor (M1)
turn OFF the main
of the tandem (1st) LS turns ON.
relay (RL1).
Or, the initial operation or the stacker tray down operation is not completed within a specified period of time. SC76-02 The shift unit home sensor (PS11) does not turn OFF within a speci-
Shift unit motor (M5) LS control board (LSCB)
fied period of time after the shift unit motor (M5) of the tandem (1st) LS turns ON. Or, PS11 does not turn ON within a specified period of time. SC76-03 The alignment plate home sensor (PS12) does not turn OFF within a
Alignment motor (M7) LS control board (LSCB)
specified period of time after the alignment motor (M7) of the tandem (1st) LS turns ON. Or, PS12 does not turn ON within a specified period of time.
2
617
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
Classification
Field Service Ver3.0 Nov.2006
Code
Causes
Resulting
Estimated abnormal parts
operation LS
bizhub PRO 1050/1050P /1050e/1050eP
14. MALFUNCTION CODE
LS
SC76-04 The grip conveyance home sensor
The main body
abnor-
(PS5) does not turn ON within a
and the LS stop
mality
specified period of time after the
immediately to
grip conveyance motor (M4) of the
turn OFF the main
tandem (1st) LS turns ON.
relay (RL1).
SC76-05 The stacker tray upper limit switch
Grip conveyance motor (M4)
Stacker tray up down motor
(MS2) is ON when the stacker tray
(M1)
up down motor (M1) of the tan-
Stacker tray upper limit
dem (1st) LS is in the up opera-
switch (MS2)
tion. SC76-06 The stacker tray lower limit switch
Stacker tray up down motor
(MS3) is ON when the stacker tray
(M1)
up down motor (M1) of the tan-
Stacker tray upper limit
dem (1st) LS is in the down opera-
switch (MS3)
tion. SC76-07 An error detection signal is
Paper cooling fan motor /Fr
detected for a specified period of
(FM1)
time in succession while the paper
LS control board (LSCB)
cooling fan motor /Fr (FM1) of the tandem (1st) LS is ON. SC76-08 An error detection signal is detected for a specified period of
Cooling fan motor /1 (FM2) LS control board (LSCB)
time in succession while the cooling fan motor /1 (FM2) of the tandem (1st) LS is ON. SC76-09 An error detection signal is
Paper cooling fan motor /Mi
detected for a specified period of
(FM3)
time in succession while the paper
LS control board (LSCB)
cooling fan motor /Mi (FM3) of the tandem (1st) LS is ON. SC76-10 An error detection signal is
Motor cooling fan motor
detected for a specified period of
(FM4)
time in succession while the motor
LS control board (LSCB)
cooling fan motor (FM4) of the tandem (1st) LS is ON. SC76-11 An error detection signal is detected for a specified period of
(FM5)
time in succession while the paper
LS control board (LSCB)
cooling fan motor /Rr (FM5) of the tandem (1st) LS is ON.
618
Paper cooling fan motor /Rr
Classification
Code
14. MALFUNCTION CODE Causes
Resulting
Estimated abnormal parts
LS
operation LS
SC76-31 The stacker tray encoder sensor
The main body
Stacker tray up down motor
abnor-
(PS2) does not turn ON a speci-
and the LS stop
(M1)
mality
fied period of time after the
immediately to
LS control board (LSCB)
stacker tray up down motor (M1)
turn OFF the main
of the tandem (2nd) LS turns ON.
relay (RL1).
Or, the initial operation or the stacker tray down operation is not completed within a specified period of time. SC76-32 The shift unit home sensor (PS11) does not turn OFF within a speci-
Shift unit motor (M5) LS control board (LSCB)
fied period of time after the shift unit motor (M5) of the tandem (2nd) LS turns ON. Or, PS11 does not turn ON within a specified period of time. SC76-33 The alignment plate home sensor (PS12) does not turn OFF within a
Alignment motor (M7) LS control board (LSCB)
specified period of time after the alignment motor (M7) of the tandem (2nd) LS turns ON. Or, PS12 does not turn ON within a specified period of time. SC76-34 The grip conveyance home sensor
Grip conveyance motor (M4)
(PS5) does not turn ON within a specified period of time after the grip conveyance motor (M4) of the tandem (2nd) LS turns ON. SC76-35 The stacker tray upper limit switch
Stacker tray up down motor
(MS2) is ON when the stacker tray
(M1)
up down motor (M1) of the tan-
Stacker tray upper limit
dem (2nd) LS is in the up opera-
switch (MS2)
tion. SC76-36 The stacker tray lower limit switch
Stacker tray up down motor
(MS3) is ON when the stacker tray
(M1)
up down motor (M1) of the tan-
Stacker tray lower limit
dem (2nd) LS is in the down oper-
switch (MS3)
ation. SC76-37 An error detection signal is
Paper cooling fan motor /Fr
detected for a specified period of
(FM1)
time in succession while the paper
LS control board (LSCB)
cooling fan motor /Fr (FM1) of the tandem (2nd) LS is ON.
619
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
Classification
Field Service Ver3.0 Nov.2006
Code
Causes
Resulting
Estimated abnormal parts
LS
operation LS
SC76-38 An error detection signal is
The main body
Paper cooling fan motor /1,
abnor-
detected for a specified period of
and the LS stop
/2 (FM2, FM6)
mality
time in succession while the paper
immediately to
LS control board (LSCB)
cooling fan motor /1, /2 (FM2,
turn OFF the main
FM6) of the tandem (2nd) LS is
relay (RL1).
ON. Paper cooling fan motor /Mi
SC76-39 An error detection signal is detected for a specified period of
(FM3)
time in succession while the paper
LS control board (LSCB)
cooling fan motor /Mi (FM3) of the tandem (2nd) LS is ON. Motor cooling fan motor
SC76-40 An error detection signal is detected for a specified period of
(FM4)
time in succession while the motor
LS control board (LSCB)
cooling fan motor (FM4) of the tandem (2nd) LS is ON. Paper cooling fan motor /Rr
SC76-41 An error detection signal is detected for a specified period of
(FM5)
time in succession while the paper
LS control board (LSCB)
cooling fan motor /Rr (FM5) of the tandem (2nd) LS is ON. FS
bizhub PRO 1050/1050P /1050e/1050eP
14. MALFUNCTION CODE
FS
SC77-01 The conveyance motor (M1) oper-
The main body
FNS control board (FNSCB)
abnor-
ates for more than the allowed
and the FS stop
FNS drive board (FNSDB)
mality
time at a speed out of the speci-
immediately to
Conveyance motor (M1)
fied one.
turn OFF the main
SC77-02 The tray up down motor (M3)
relay (RL1).
FNS control board (FNSCB)
does not turn OFF even when a
FNS drive board (FNSDB)
specified period of time elapses
Tray up down motor (M3)
after it starts operations. Or, it
Tray upper limit sensor (PS2)
operates for more than the
Tray lower limit sensor (PS3)
allowed time at a speed out of the specified one. SC77-03 The alignment home sensors /Rr
FNS control board (FNSCB)
(PS8) and /Fr (PS31) do not turn
FNS drive board (FNSDB)
ON within a specified period of
Alignment motor /Rr (M5)
time after the home position
Alignment motor /Fr (M22)
search operation of the alignment
Alignment home sensor /Rr
motors /Rr (M5) and /Fr (M22)
(PS8)
starts.
Alignment home sensor /Fr (PS31)
SC77-04 The main tray paper exit motor
FNS drive board (FNSDB)
allowed time at a speed out of the
Main tray exit motor (M7)
specified one.
620
FNS control board (FNSCB)
(M7) operates for more than the
Classification
Code
14. MALFUNCTION CODE Causes
Resulting
Estimated abnormal parts
FS
operation FS
SC77-05 The paper exit opening unit does
The main body
FNS control board (FNSCB)
abnor-
not get to the specified opening
and the FS stop
FNS drive board (FNSDB)
mality
position within a specified period
immediately to
Paper exit opening motor
of time after the paper exit open-
turn OFF the main
(M8)
ing motor (M8) starts operations.
relay (RL1).
Paper exit opening sensor (PS12)
SC77-06 The stapler movement home sen-
FNS control board (FNSCB)
sor (PS11) does not turn ON
FNS drive board (FNSDB)
within a specified period of time
Stapler movement motor
after the home position search
(M11)
operation of the stapler movement
Stapler movement home
motor (M11) starts.
sensor (PS11)
SC77-07 The stapler rotation home sensor
FNS control board (FNSCB)
(PS14) does not turn ON within a
FNS drive board (FNSDB)
specified period of time after the
Stapler rotation motor (M4)
home position search operation of
Stapler rotation home sen-
the stapler rotation motor (M4)
sor (PS14)
starts. SC77-08 The stapler rotation home sensor
FNS control board (FNSCB)
(PS14) does not turn OFF within a
FNS drive board (FNSDB)
specified period of time after the
Stapler rotation motor (M4)
home position search operation of
Stapler rotation home sen-
the stapler rotation motor (M4)
sor (PS14)
starts. SC77-11 After the stapler motor /Fr (M31)
FNS control board (FNSCB)
starts operations, it does not com-
FNS drive board (FNSDB)
plete operations within a specified
Stapler board (SB)
period of time, and the stapler
Stapler motor /Fr (M31)
home sensor /Fr (PS41) does not
Stapler home sensor /Fr
turn ON.
(PS41)
SC77-12 After the stapler motor /Rr (M30)
FNS control board (FNSCB)
starts operations, it does not com-
FNS drive board (FNSDB)
plete operations within a specified
Stapler board (SB)
period of time, and the stapler
Stapler motor /Rr (M30)
home sensor /Rr (PS40) does not
Stapler home sensor /Rr
turn ON.
(PS40)
SC77-15 After the paper exit arm motor
FNS control board (FNSCB)
(M23) starts operations, it does
FNS drive board (FNSDB)
not complete operations within a
Paper exit arm motor (M23)
specified period of time, and the
Paper exit arm home sensor
paper exit arm sensor (PS9) does
(PS9)
not turn ON. Or, it operates for more than the allowed time at a speed out of the specified one.
621
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
Classification
Field Service Ver3.0 Nov.2006
Code
Causes
Resulting
Estimated abnormal parts
FS
operation FS
SC77-21 After the home position search
The main body
FNS control board (FNSCB)
abnor-
operation of the rear stopper
and the FS stop
FNS drive board (FNSDB)
mality
motor (M26) starts, the rear stop-
immediately to
Rear stopper motor (M26)
per home sensor (PS35) does not
turn OFF the main
Rear stopper home sensor
turn ON within a specified period
relay (RL1).
(PS35)
of time. FNS control board (FNSCB)
SC77-22 After the home position search operation of the stack assist guide
FNS drive board (FNSDB)
motor (M24) starts, the stack
Stack assist guide motor
assist home sensor (PS32) does
(M24)
not turn ON within a specified
Stack assist home sensor
period of time.
(PS32) FNS control board (FNSCB)
SC77-25 After the home position search operation of the intermediate roller
FNS drive board (FNSDB)
open close motor (M25) starts, the
Intermediate roller open
intermediate roller home sensor
close motor (M25)
(PS33) does not turn ON within a
Intermediate roller home
specified period of time.
sensor (PS33)
SC77-28 Data was resent according to the
FNS control board (FNSCB)
re-dispatch request of communication data, but the error recurs. FD
bizhub PRO 1050/1050P /1050e/1050eP
14. MALFUNCTION CODE
FD
SC77-30 After the 1st folding release motor
1st folding release motor
abnor-
(M14) turns ON, the 1st folding
and the FD stop
(M14)
mality
cam home sensor (PS55) does
immediately to
Folding drive board (FDB)
not turn ON within a specified
turn OFF the main
1st folding cam home sen-
period of time.
relay (RL1).
sor (PS55)
SC77-31 After the 2nd folding release motor
2nd folding release motor
(M15) turns ON, the 2nd folding
(M15)
cam home sensor (PS56) does
Folding drive board (FDB)
not turn ON within a specified
2nd folding cam home sen-
period of time.
sor (PS56)
SC77-32 After the 3rd folding release motor
3rd folding release motor
(M16) turns ON, the 3rd folding
(M16)
cam home sensor (PS57) does
Folding drive board (FDB)
not turn ON within a specified
3rd folding cam home sen-
period of time.
sor (PS57)
SC77-33 The 2 holes punch home sensor
Punch motor (M10)
(PS8) does not turn OFF within a
Punch drive board (PDB)
specified period of time after the 2
2 holes punch home sensor
holes punch home position return
(PS8)
operation starts. Or, after the punch motor (M10) turns ON, the 2 holes punch home sensor (PS8) does not turn OFF.
622
The main body
Classification
Code
14. MALFUNCTION CODE Causes
Resulting
Estimated abnormal parts
FD
operation FD
SC77-34 The 3 holes/4 holes punch home
The main body
Punch motor (M10)
abnor-
sensor (PS9) does not turn OFF
and the FD stop
Punch drive board (PDB)
mality
within a specified period of time
immediately to
3 holes/4 holes punch home
after the 3 holes/4 holes punch
turn OFF the main
sensor (PS9)
home position return operation
relay (RL1).
starts. Or, after the punch motor (M10) turns ON, the 3 holes/4 holes punch home sensor (PS9) does not turn OFF. SC77-35 The alignment plate home sensor
Alignment motor (M12)
(PS10) does not turn ON within a
Punch drive board (PDB)
specified period of time after the
Alignment plate home sen-
alignment plate home position
sor (PS10)
return operation starts. Or, after the alignment motor (M12) turns ON, the alignment plate home sensor (PS10) does not turn OFF. SC77-36 The punch registration home sen-
Punch registration motor
sor (PS11) does not turn ON
(M13)
within a specified period of time
Punch drive board (PDB)
after the punch registration claw
Punch registration home
home position return operation
sensor (PS11)
starts. Or, after the punch registration motor (M13) turns ON, the punch registration home sensor (PS11) does not turn OFF. SC77-37 The main tray upper limit sensor
Tray up down motor (M11)
(PS20) does not turn ON within a
Main tray upper limit sensor
specified period of time after the
(PS20)
main tray home position search
Punch drive board (PDB)
starts. Or, after the tray up down motor (M11) turns ON, the main tray upper limit sensor (PS20) does not turn OFF. SC77-38 The main tray lower limit sensor
Tray up down motor (M11)
(PS22) does not turn ON within a
Punch drive board (PDB)
specified period of time after the
Main tray lower limit sensor
tray up down motor (M11) is in the
(PS22)
down operation.
623
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
Classification
Field Service Ver3.0 Nov.2006
Code
Causes
Resulting
Estimated abnormal parts
operation FD
bizhub PRO 1050/1050P /1050e/1050eP
14. MALFUNCTION CODE
FD
SC77-39 After the FD paper lift motor /Up
The main body
Paper lift motor /Up (M8)
abnor-
(M8) is in the down operation, the
and the FD stop
PI drive board (PIDB)
mality
PI lift plate home sensor /Up
immediately to
PI lift plate home sensor /Up
(PS34) does not turn ON within a
turn OFF the main
(PS34)
specified period of time. Or, after
relay (RL1).
PI tray upper limit sensor /
the paper lift motor /Up (M8) is in
Up (PS32)
the up operation, the PI tray upper limit sensor /Up (PS32) does not turn ON. SC77-40 After the FD paper lift motor /Lw
Paper lift motor /Lw (M9)
(M9) is in the down operation, the
PI drive board (PIDB)
PI lift plate home sensor /Lw
PI lift plate home sensor /Lw
(PS40) does not turn ON within a
(PS40)
specified period of time. Or, after
PI tray upper limit sensor /
the paper lift motor /Lw (M9) is in
Lw (PS38)
the up operation, the PI tray upper limit sensor /Lw (PS38) does not turn ON. SC77-41 The entrance conveyance motor
Entrance conveyance motor
(M1) detects an error detection
(M1)
signal for a specified period of
Punch drive board (PDB)
time in succession. SC77-42 The intermediate conveyance
Intermediate conveyance
motor (M3) detects an error detec-
motor (M3)
tion signal for a specified period of
Punch drive board (PDB)
time in succession. SC77-43 The PI conveyance motor (M7) detects an error detection signal
PI conveyance motor (M7) PI drive board (PIDB)
for a specified period of time in succession. SC77-44 The main tray paper exit motor
Main tray paper exit motor
(M17) detects an error detection
(M17)
signal for a specified period of
Punch drive board (PDB)
time in succession. SC77-48 Resending of communication data due to an error is not available. SC77-49 When non-volatile memory is being accessed, no response is
Main body I/F wiring harness FD control board (FDCB) EEPROM
obtained for a specified period of time. SC77-58* When the FD is unready, a signal to start operations is received from the main body. SC77-59* Communication error in FD
624
1
Software bug
Classification
Code
14. MALFUNCTION CODE Causes
Resulting
Estimated abnormal parts
SD
operation SD
SC77-60 Scraps press home sensor (PS48)
The main body
Bundle exit motor (M5)
abnor-
does not turn ON within a speci-
and the SD stop
Scrap press home sensor
mality
fied period of time after the bundle
immediately to
(PS48)
drive motor (M5) starts the home
turn OFF the main
SD control board (SDCB)
position search operation.
relay (RL1).
SD drive board (SDDB)
SC77-61 Folding main scan alignment
Folding main scan alignment
home sensor /Fr1 (PS18) does not
motor /Fr (M7)
turn ON within a specified period
Folding main scan alignment
of time after the folding main scan
home sensor /Fr1 (PS18)
alignment motor /Fr (M7) starts
SD control board (SDCB)
the home position search opera-
SD drive board (SDDB)
tion. Or, even after a specified period of time after M7 starts the operation, it does not stop. SC77-62 Folding exit home sensor (PS24)
Folding sub scan alignment
does not turn ON within a speci-
exit motor (M8)
fied period of time after the folding
Folding exit home sensor
sub scan alignment paper exit
(PS24)
motor (M8) starts the home posi-
SD control board (SDCB)
tion search operation.
SD drive board (SDDB)
Or, even after a specified period of time after M8 starts to decelerate, it does not stop. SC77-63 Saddle stitch alignment home
Saddle stitching alignment
sensor /Rt (PS28) does not turn
motor /Rt (M9)
ON within a specified period of
Saddle stitching alignment
time after the saddle stitch align-
home sensor /Rt (PS28)
ment motor /Rt (M9) starts the
SD control board (SDCB)
home position search operation.
SD drive board (SDDB)
Or, even after a specified period of time after M9 starts the operation, it does not stop. SC77-64 Bundle arm home sensor (PS32)
Bundle arm motor (M10)
does not turned ON within a spec-
Bundle arm home sensor
ified period of time after the bun-
(PS32)
dle arm motor (M10) starts the
SD control board (SDCB)
home position search operation.
SD drive board (SDDB)
Or, even after a specified period of time after M10 starts the operation, it does not stop.
1
625
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
Classification
Field Service Ver3.0 Nov.2006
Code
Causes
Resulting
Estimated abnormal parts
operation SD
bizhub PRO 1050/1050P /1050e/1050eP
14. MALFUNCTION CODE
SD
SC77-65 Bundle clip upper limit sensor
The main body
Bundle clip motor (M11)
abnor-
(PS33) does not turned ON within
and the SD stop
Bundle clip upper limit sen-
mality
a specified period of time after the
immediately to
sor (PS33)
bundle clip motor (M11) starts the
turn OFF the main
Bundle clip lower limit sen-
home position search operation.
relay (RL1).
sor (PS30)
Or, even after a specified period of
SD control board (SDCB)
time after M11 starts the opera-
SD drive board (SDDB)
tion, it does not stop. SC77-66 Bundle registration home sensor
Bundle registration motor
(PS34) does not turned ON within
(M12)
a specified period of time after the
Bundle registration home
bundle registration motor (M12)
sensor (PS34)
starts the home position search
SD control board (SDCB)
operation.
SD drive board (SDDB)
Or, even after a specified period of time after M12 starts the operation, it does not stop. SC77-67 Overlap home sensor (PS17) does
Overlap motor (M13)
not turned ON within a specified
Overlap home sensor
period of time after the overlap
(PS17)
motor (M13) starts the home posi-
SD control board (SDCB)
tion search operation.
SD drive board (SDDB)
Or, even after a specified period of time after M13 starts the operation, it does not stop. SC77-68 Folding main scan alignment
Folding main scan alignment
home sensor /Rr (PS19) does not
motor /Rr (M14)
turned ON within a specified
Folding main scan alignment
period of time after the folding
home sensor /Rr (PS19)
main scan alignment motor /Rr
SD control board (SDCB)
(M14) starts the home position
SD drive board (SDDB)
search operation. Or, even after a specified period of time after M14 starts the operation, it does not stop. SC77-69 Stapler moving home sensor
(M15)
a specified period of time after the
Stapler movement home
stapler moving motor (M15) starts
sensor (PS25)
the home position search opera-
SD control board (SDCB)
tion.
SD drive board (SDDB)
Or, even after a specified period of time after M15 starts the operation, it does not stop.
626
1
Stapler movement motor
(PS25) does not turned ON within
Classification
Code
14. MALFUNCTION CODE Causes
Resulting
Estimated abnormal parts
SD
operation SD
SC77-70 Saddle stitching alignment home
The main body
Saddle stitching alignment
abnor-
sensor /Lt (PS29) does not turned
and the SD stop
motor /Lt (M16)
mality
ON within a specified period of
immediately to
Saddle stitching alignment
time after the saddle stitching
turn OFF the main
home sensor /Lt (PS29)
alignment motor /Lt (M16) starts
relay (RL1).
SD control board (SDCB)
the home position search opera-
SD drive board (SDDB)
tion. Or, even after a specified period of time after M16 starts the operation, it does not stop. SC77-71 Bundle press movement home
Bundle press movement
sensor (PS36) does not turned ON
motor (M17)
within a specified period of time
Bundle press movement
after the bundle press movement
home sensor (PS36)
motor (M17) starts the home posi-
SD control board (SDCB)
tion search operation.
SD drive board (SDDB)
Or, even after a specified period of time after M17 starts the operation, it does not stop. SC77-72 1st folding blade home sensor /2
1st folding blade motor
(PS21) does not turned ON within
(M18)
a specified period of time after the
1st folding blade home sen-
1st folding blade motor (M18)
sor /1 (PS20), /2 (PS21)
starts the home position search
SD control board (SDCB)
operation.
SD drive board (SDDB)
Or 1st folding blade home sensor /1 (PS20) does not turned ON within a specified period of time after M18 starts the operation. SC77-73 2nd folding blade home sensor /2
2nd folding blade motor
(PS23) does not turned ON within
(M19)
a specified period of time after the
2nd folding blade home
2nd folding blade motor (M19)
sensor /1 (PS22), /2 (PS23)
starts the home position search
SD control board (SDCB)
operation.
SD drive board (SDDB)
Or the 2nd folding blade home sensor /1 (PS22) does not turned ON within a specified period of time after M19 starts the operation.
1
627
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
Classification
Field Service Ver3.0 Nov.2006
Code
Causes
Resulting
Estimated abnormal parts
operation SD
bizhub PRO 1050/1050P /1050e/1050eP
14. MALFUNCTION CODE
SD
SC77-74 Clincher up down home sensor
The main body
Clincher up down motor
abnor-
(PS26) does not turned ON within
and the SD stop
(M20)
mality
a specified period of time after the
immediately to
Clincher up/down home
clincher up down motor (M20)
turn OFF the main
sensor (PS26)
starts the home position search
relay (RL1).
SD control board (SDCB) SD drive board (SDDB)
operation. Or, even after a specified period of time after M20 starts the operation, it does not stop.
Saddle stitching press
SC77-75 Saddle stitching press home sensor (PS27) does not turned ON
motor (M21)
within a specified period of time
Saddle stitching press home
after the saddle stitching press
sensor (PS27)
motor (M21) starts the home posi-
SD control board (SDCB)
tion search operation.
SD drive board (SDDB)
Or, even after a specified period of time after M21 starts the operation, it does not stop. Bundle arm rotation motor
SC77-76 Bundle arm rotation home sensor (PS31) does not turned ON within
(M22)
a specified period of time after the
Bundle arm rotation home
bundle arm rotation motor (M22)
sensor (PS31)
starts the home position search
SD control board (SDCB)
operation.
SD drive board (SDDB)
Or, even after a specified period of time after M22 starts the operation, it does not stop. Bundle press motor (M23)
SC77-77 Bundle press home sensor (PS37) does not turned ON within a spec-
Bundle press home sensor
ified period of time after the bun-
(PS37)
dle press motor (M23) starts the
Bundle press lower limit
home position search operation.
sensor (PS47)
Or, even after a specified period of
SD control board (SDCB)
time after M23 starts the opera-
SD drive board (SDDB)
tion, it does not stop. SC77-78 Bundle press stage up down turned ON within a specified
Bundle press stage up
period of time after the bundle
down home sensor (PS35)
press stage up down motor (M24)
Bundle press stage up
starts the home position search
down limit sensor (PS45)
operation.
SD control board (SDCB)
Or PS35 or the bundle press
SD drive board (SDDB)
(PS45) does not turned ON after a specified period of time M24 starts the operation.
1
Bundle press stage up down motor (M24)
stage up down upper limit sensor
628
.
home sensor (PS35) does not
Classification
Code
14. MALFUNCTION CODE Causes
Resulting
Estimated abnormal parts
SD
operation SD
SC77-79 Guide shaft home sensor (PS46)
The main body
Guide shaft motor (M25)
abnor-
does not turned ON within a spec-
and the SD stop
Guide shaft home sensor
mality
ified period of time after the guide
immediately to
(PS46)
shaft motor (M25) starts the home
turn OFF the main
SD control board (SDCB)
position search operation.
relay (RL1).
SD drive board (SDDB)
Or, even after a specified period of time after M25 starts the operation, it does not stop. SC77-80 Stapler home sensor /Rt (HS1) or
Stapler assembly /Rt
clincher start sensor /Rt (HS2)
SD control board (SDCB)
does not turned ON within a spec-
SD drive board (SDDB)
ified period of time after the stapler motor /Rt (M29) starts the operation. SC77-81 Stapler home sensor /Lt (HS3) or
Stapler assembly /Lt
clincher start sensor /Lt (HS4)
SD control board (SDCB)
does not turned ON within a spec-
SD drive board (SDDB)
ified period of time after the stapler motor /Lt (M30) starts the operation. SC77-82 Trimmer blade motor (M31) does
Trimmer blade motor (M31)
not turned OFF within a specified
Trimmer blade home sensor
period of time after it turned ON.
(PS50) Trimmer blade upper limit sensor (PS51) SD control board (SDCB) SD drive board (SDDB)
SC77-83 Trimmer press motor (M32) does
Trimmer press motor (M32)
not turned OFF within a specified
Trimmer press home motor
period of time after it turned ON.
(PS53) Trimmer press upper limit sensor (PS52) SD control board (SDCB) SD drive board (SDDB)
SC77-84 Bundle arm assist motor (M26)
Bundle arm assist motor
does not turned OFF within a
(M26)
specified period of time after it
Bundle arm assist home
turned ON.
sensor (PS38) Bundle arm assist upper limit sensor (PS39) SD control board (SDCB) SD drive board (SDDB)
SC77-85 An error detection signal is
Entrance conveyance motor
detected for a specified period of
(M1)
time in succession while the
SD control board (SDCB)
entrance conveyance motor (M1)
SD drive board (SDDB)
is ON.
1
629
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
Classification
Field Service Ver3.0 Nov.2006
Code
Causes
Resulting
Estimated abnormal parts
operation SD
bizhub PRO 1050/1050P /1050e/1050eP
14. MALFUNCTION CODE
SD
SC77-86 An error detection signal is
The main body
Horizontal conveyance
abnor-
detected for a specified period of
and the SD stop
motor (M2)
mality
time in succession while the hori-
immediately to
SD control board (SDCB)
zontal conveyance motor (M2) is
turn OFF the main
SD drive board (SDDB)
ON.
relay (RL1).
SC77-87 An error detection signal is
Folding entrance motor (M3)
detected for a specified period of
SD control board (SDCB)
time in succession while the fold-
SD drive board (SDDB)
ing entrance motor (M3) is ON. SC77-88 An error detection signal is
Folding conveyance motor
detected for a specified period of
(M4)
time in succession while the fold-
SD control board (SDCB)
ing conveyance motor (M4) is ON.
SD drive board (SDDB)
SC77-89 An error detection signal is
Bundle exit motor (M5)
detected for a specified period of
SD control board (SDCB)
time in succession while the bun-
SD drive board (SDDB)
dle exit motor (M5) is ON. SC77-90 An error detection signal is detected
Folding sub scan alignment
for a specified period of time in suc-
exit motor (M8)
cession while the folding sub scan
SD control board (SDCB)
alignment exit motor (M8) is ON.
SD drive board (SDDB)
SC77-91 An error detection signal is
Scraps removal fan motor
detected for a specified period of
(FM1)
time in succession while the
SD control board (SDCB)
scraps removal fan motor (FM1) is
SD drive board (SDDB)
ON. And normal operation is not detected after the restart (retry). (even after being started for the specified times) Or, an error detection is detected at the start operation and normal operation is not detected even after the restart (retry). (normal operation is not detected after the start of the specified times after error detection) SC77-95 5VDC power supply error detection signal is detected for a speci-
SD drive board (SDDB) SD control board (SDCB)
fied period of time in succession. SC77-96 Resending of communication data to the main body is not available due to an error.
630
1
SD control board (SDCB)
Classification
Code
14. MALFUNCTION CODE Causes
Resulting
Estimated abnormal parts
SD
operation SD
SC77-97 When non-volatile memory is being
The main body
SD control board (SDCB) EEPROM
abnor-
accessed, no response is obtained
and the SD stop
mality
for a specified period of time.
immediately to
SC77-98* When the SD is unready, a signal to start operations is received from
turn OFF the main
Software bug
relay (RL1).
the main body.
PB
SC77-99* Communication error in SD The main body
PB control board (PBCB)
abnor-
trol board (PBCB) sends an
and the PB stop
PB drive board (PBDB)
mality
entrance conveyance start signal
immediately to
Entrance conveyance motor
to the sub CPU, a signal to notify
turn OFF the main
(M1)
the completion of the procvess is
relay (RL1).
PB
SC78-01 After the main CPU in the PB con-
not returned to the main CPU within a specified time period. SC78-02 An error detection signal is
PB control board (PBCB)
detected continuously for a speci-
PB drive board (PBDB)
fied time period while the interme-
Intermediate conveyance
diate conveyance motor (M2) is
motor (M2)
driving. SC78-04 After the main CPU on the PB
PB control board (PBCB)
control board (PBCB) sends a SC
PB drive board (PBDB)
entrance conveyance start signal
SC entrance conveyance
to the sub CPU, a signal to notify
motor (M11)
the completion of the process is not returned to the main CPU within a specified time period. SC78-05 After the main CPU on the PB
PB control board (PBCB)
control board (PBCB) sends a SC
PB drive board (PBDB)
switchback conveyance start sig-
SC switchback conveyance
nal to the sub CPU, a signal to
motor (M12)
notify the completion of the process is not returned to the main CPU within a specified time period. SC78-06 The switchback roller release
PB control board (PBCB)
operation has not completed
PB drive board (PBDB)
within a specified time period after
SC switchback release
the SC switchback release motor
motor (M13)
(M13) turns ON. SC78-07 After the main CPU on the PB
PB control board (PBCB)
control board (PBCB) sends an
PB drive board (PBDB)
SC alignment start signal to the
SC alignment motor (M15)
sub CPU, a signal to notify the completion of the process is not returned to the main CPU within a specified time period.
2
631
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
Classification
Field Service Ver3.0 Nov.2006
Code
Causes
Resulting
Estimated abnormal parts
operation PB
bizhub PRO 1050/1050P /1050e/1050eP
14. MALFUNCTION CODE
PB
SC78-08 After the main CPU on the PB
The main body
PB control board (PBCB)
abnor-
control board (PBCB) sends an
and the PB stop
PB drive board (PBDB)
mality
SC pages conveyance start signal
immediately to
SC bundle conveynace
to the sub CPU, a signal to notify
turn OFF the main
motor (M17)
the completion of the process is
relay (RL1).
not returned to the main CPU within a specified time period. SC78-09 The SC roller release operation
PB control board (PBCB)
has not completed within a speci-
PB drive board (PBDB)
fied time period after the SC roller
SC roller release motor
release motor (M18) turns ON.
(M18)
SC78-10 The movement of the SC entrance
PB control board (PBCB)
has not completed within a speci-
PB drive board (PBDB)
fied time period after the clamp
Clamp entranse movement
entrance movement motor (M19)
motor (M19)
turns ON. SC78-11 The SC entrance roller release
PB control board (PBCB)
operation has not completed
PB drive board (PBDB)
within a specified time period after
Clamp entranse roller
the clamp entrance roller release
release motor (M20)
motor (M20) turns ON SC78-12 After clamp alignment motor
PB control board (PBCB)
(M21) turns on, the alignment
PB drive board (PBDB)
operation is not complete within
Clamp alignment motor
the specified time.
(M21)
SC78-13 After clamp motor (M22) turns on,
PB control board (PBCB)
the open/close process of the
PB drive board (PBDB)
clamp section is not complete
Clamp motor (M22)
within the specified time. SC78-14 The rotation of the clamp section
PB control board (PBCB)
has not completed within a speci-
PB drive board (PBDB)
fied time period after the clamp
Clamp rotation motor (M23)
rotation motor (M23) turns ON. SC78-15 The movement of the glue tank has not completed within a speci-
PB drive board (PBDB)
fied time period after the glue tank
Glue tank movement motor
movement motor (M31) turns ON.
(M31)
SC78-16 An error detection signal is
632
2
PB control board (PBCB)
PB control board (PBCB)
detected continuously for a speci-
PB drive board (PBDB)
fied time period while the glue
Glue apply roller motor
apply roller motor (M32) is driving.
(M32)
Classification
Code
14. MALFUNCTION CODE Causes
Resulting
Estimated abnormal parts
PB
operation PB
SC78-17 The count of a specified number
The main body
PB control board (PBCB)
abnor-
of pellets, which is counted by the
and the PB stop
PB drive board (PBDB)
mality
pellet count sensor (PS37), has
immediately to
Pellet supply motor (M33)
not been reached after the pellet
turn OFF the main
supply motor (M33) turns ON. The
relay (RL1).
status was detected by a specified number of times in succession. SC78-18 The movement of the pellet supply
PB control board (PBCB)
arm has not completed within a
PB drive board (PBDB)
specified time period after the pel-
pellet supply arm motor
let supply arm motor (M34) turns
(M34)
ON. SC78-19 After the main CPU on the PB
PB control board (PBCB)
control board (PBCB) sends a SC
PB drive board (PBDB)
alignment start signal to the sub
Cover paper alignment
CPU, a signal to notify the com-
motor (M41)
pletion of the process is not returned to the main CPU within a specified time period. SC78-20 After the main CPU on the PB
PB control board (PBCB)
control board (PBCB) sends a
PB drive board (PBDB)
book ejection start signal to the
Book exit motor (M42)
sub CPU, a signal to notify the completion of the process is not returned to the main CPU within a specified time period. SC78-21 After the main CPU on the PB
PB control board (PBCB)
control board (PBCB) sends a
PB drive board (PBDB)
driven arm/Rt shaking operation
Cover paper conveyance
start signal to the sub CPU, a sig-
arm motor /Rt (M43)
nal to notify the completion of the process is not returned to the main CPU within a specified time period. SC78-22 After the main CPU in the PB con-
PB control board (PBCB)
trol board (PBCB) sends a driven
PB drive board (PBDB)
arm/Lt shaking operation start sig-
Cover paper conveyance
nal to the sub CPU, a signal to
arm motor /Lt (M44)
notify the completion of the process is not returned to the main CPU within a specified time period.
2
633
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
Classification
Field Service Ver3.0 Nov.2006
Code
Causes
Resulting
Estimated abnormal parts
operation PB
bizhub PRO 1050/1050P /1050e/1050eP
14. MALFUNCTION CODE
PB
SC78-23 After the main CPU on the PB
The main body
PB control board (PBCB)
abnor-
control board (PBCB) sends a
and the PB stop
PB drive board (PBDB)
mality
cover paper conveyance start sig-
immediately to
Cover paper conveyance
nal to the sub CPU, a signal to
turn OFF the main
motor (M45)
notify the completion of the pro-
relay (RL1).
cess is not returned to the main CPU within a specified time period. SC78-24 The cover paper table up or down
PB control board (PBCB)
movement has not completed
PB drive board (PBDB)
within a specified time period after
Cover paper table up down
the cover paper table up down
motor /Fr (M46)
motor/Fr (M46) turns ON. SC78-25 The cover paper table up or down
PB control board (PBCB)
movement has not completed
PB drive board (PBDB)
within a specified time period after
Cover paper table up down
the cover paper table up down
motor /Rr (M47)
motor/Rr (M47) turns ON. SC78-26 The movement of the cover paper
PB control board (PBCB)
folding plate/Rt has not completed
PB drive board (PBDB)
within a specified time period after
Cover paper folding motor /
the cover paper folding motor/Rt
Rt (M48)
(M48) turns ON. SC78-27 The movement of the cover paper
PB control board (PBCB)
folding plate/Lt has not completed
PB drive board (PBDB)
within a specified time period after
Cover paper folding motor /
the cover paper folding motor/Lt
Lt (M49)
(M49) turns ON. SC78-28 The trimming of the cover paper
PB control board (PBCB)
has not completed within a speci-
PB drive board (PBDB)
fied time period after the cutter
Cutter motor (M50)
motor (M50) turns ON. SC78-30 After the main CPU in the PB con-
PB control board (PBCB)
trol board (PBCB) sends a car-
PB drive board (PBDB)
riage belt driving operation start
Book conveyance belt
signal to the sub CPU, a signal to
motor (M61)
notify the completion of the process is not returned to the main CPU within a specified time period. SC78-31 The carriage section movement
PB drive board (PBDB)
completed after the book convey-
Book conveyance belt
ance belt movement motor (M62)
movement motor (M62)
turns ON.
634
2
PB control board (PBCB)
according to paper size has not
Classification
Code
14. MALFUNCTION CODE Causes
Resulting
Estimated abnormal parts
PB
operation PB
SC78-32 The up/down process of the car-
The main body
PB control board (PBCB)
abnor-
riage section has not completed
and the PB stop
PB drive board (PBDB)
mality
within a specified time period after
immediately to
Book conveyance belt up
the cover paper conveyance belt
turn OFF the main
down motor (M63)
up/down motor (M63) turns ON.
relay (RL1).
SC78-34 The pressing of the back edge of
PB control board (PBCB)
the book process has not com-
PB drive board (PBDB)
pleted within a specified time
Book stopper motor (M65)
period after the book stopper motor (M65) turns ON. SC78-35 An error detection signal is
PB control board (PBCB)
detected continuously for speci-
PB drive board (PBDB)
fied time period while the cover
Cover paper tray fan /1
paper tray fan/1 (M71) is started or
(M71)
driving. SC78-36 An error detection signal is
PB control board (PBCB)
detected continuously for speci-
PB drive board (PBDB)
fied time period while the cover
Cover paper tray fan /2
paper tray fan/2 (M72) is started or
(M72)
driving. SC78-37 The tray up movement has not
PB control board (PBCB)
completed within a specified time
PB drive board (PBDB)
period after the cover paper tray
Cover paper tray lift motor
lift motor (M73) turns ON.
(M73)
SC78-38 An error detection signal is
PB control board (PBCB)
detected continuously for a speci-
PB drive board (PBDB)
fied time period while the cover
Cover paper feed motor
paper feed motor (M74) is driving.
(M74)
SC78-39 An error detection signal is
PB control board (PBCB)
detected continuously for speci-
PB drive board (PBDB)
fied time period while the ventila-
Exhaust fan /1 (M80)
tion fan/1 (M80), /2 (M81) is
Exhaust fan /2 (M81)
started of driving. SC78-40 After the warm-up is started, tem**
AC drive board (ACDB)
perature detected by the glue tank
Glue tank heater (H1)
temperature sensor /Md (TH3) has
Glue apply roller heater (H2)
not risen to a prescribed level
PB control board (PBCB)
within a specified time period.
PB drive board (PBDB) Glue apply roller motor (M32) Glue tank temperature sensor /Md (TH3)
2
635
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
Classification
Field Service Ver3.0 Nov.2006
Code
Causes
Resulting
Estimated abnormal parts
operation PB
bizhub PRO 1050/1050P /1050e/1050eP
14. MALFUNCTION CODE
PB abnor-
The main body
AC drive board (ACDB)
perature detected by the glue tank
and the PB stop
Glue tank heater (H1)
temperature sensor /Lw (TH4) has
immediately to
Glue apply roller heater (H2)
not risen to a prescribed level
turn OFF the main
PB control board (PBCB)
within a specified time period.
relay (RL1).
PB drive board (PBDB)
SC78-41 After the warm-up is started, tem**
mality
Glue apply roller motor (M32) Glue tank temperature sensor /Lw (TH4) SC78-42 After the warm-up is started, tem**
AC drive board (ACDB)
perature detected by the glue
Glue tank heater (H1)
apply roller temperature sensor
Glue apply roller heater (H2)
(TH1) has not risen to a prescribed
PB control board (PBCB)
level within a specified time
PB drive board (PBDB)
period.
Glue apply roller motor (M32) Glue apply roller temperature sensor (TH1)
SC78-43 After the pellet supply, tempera**
AC drive board (ACDB)
ture detected by the glue tank
Glue tank heater (H1)
temperature sensor/Up (TH2) has
Glue apply roller heater (H2)
not risen to a prescribed level
PB control board (PBCB)
within a specified time period.
PB drive board (PBDB) Glue apply roller motor (M32) Glue tank temperature sensor /Up (TH2)
SC78-44 During standby, after the glue tank **
AC drive board (ACDB)
heater (H1) is turned ON, temper-
Glue tank heater (H1)
ature detected by the glue tank
Glue apply roller heater (H2)
temperature sensor /Md (TH3) has
PB control board (PBCB)
not risen to a prescribed level
PB drive board (PBDB)
within a specified time period.
Glue apply roller motor (M32) Glue tank temperature sensor /Md (TH3)
SC78-45 When control temperature is **
AC drive board (ACDB)
reached, after the glue tank heater
Glue tank heater (H1)
(H1) is turned ON, temperature
Glue apply roller heater (H2)
detected by the glue tank temper-
PB control board (PBCB)
ature sensor/Lw (TH4) has not
PB drive board (PBDB)
risen to a prescribed level within a
Glue apply roller motor
specified time period.
(M32) Glue tank temperature sensor /Lw (TH4)
636
2
Classification
Code
14. MALFUNCTION CODE Causes
Resulting
Estimated abnormal parts
PB
operation PB abnor-
The main body
AC drive board (ACDB)
reached, after the glue tank heater
and the PB stop
Glue tank heater (H1)
(H1) is turned ON, temperature
immediately to
Glue apply roller heater (H2)
detected by the glue apply roller
turn OFF the main
PB control board (PBCB)
temperature sensor (TH1) has not
relay (RL1).
PB drive board (PBDB)
SC78-46 When control temperature is **
mality
risen to a prescribed level within a
Glue apply roller motor
specified time period.
(M32) Glue apply roller temperature sensor (TH1)
SC78-47 An abnormal high temperature is **
AC drive board (ACDB)
detected by the glue apply roller
Glue tank heater (H1)
temperature sensor (TH1).
Glue apply roller heater (H2) PB control board (PBCB) PB drive board (PBDB) Glue apply roller motor (M32) Glue apply roller temperature sensor (TH1)
SC78-48 An abnormal high temperature is **
AC drive board (ACDB)
detected by the glue tank temper-
Glue tank heater (H1)
ature sensor /Up (TH2).
Glue apply roller heater (H2) PB control board (PBCB) PB drive board (PBDB) Glue apply roller motor (M32) Glue tank temperature sensor /Up (TH2)
SC78-49 An abnormal high temperature is **
AC drive board (ACDB)
detected by the glue tank temper-
Glue tank heater (H1)
ature sensor /Md (TH3).
Glue apply roller heater (H2) PB control board (PBCB) PB drive board (PBDB) Glue apply roller motor (M32) Glue tank temperature sensor /Md (TH3)
SC78-50 An abnormal high temperature is **
AC drive board (ACDB)
detected by the glue tank temper-
Glue tank heater (H1)
ature sensor /Lw (TH4).
Glue apply roller heater (H2) PB control board (PBCB) PB drive board (PBDB) Glue apply roller motor (M32) Glue tank temperature sensor /Lw (TH4)
2
637
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
Classification
Code
Field Service Ver3.0 Nov.2006 Causes
Resulting
Estimated abnormal parts
operation PB
bizhub PRO 1050/1050P /1050e/1050eP
14. MALFUNCTION CODE
PB abnor-
The main body
AC drive board (ACDB)
sensor (TH1) high temperature
and the PB stop
Glue tank heater (H1)
hardware detection.
immediately to
Glue apply roller heater (H2)
An abnormal high temperature is
turn OFF the main
PB control board (PBCB)
detected by the glue apply roller
relay (RL1).
PB drive board (PBDB)
SC78-51 The glue apply roller temperature **
mality
temperature sensor (TH1).
Glue apply roller motor (M32) Glue apply roller temperature sensor (TH1)
SC78-52 The glue tank temperature sensor **
AC drive board (ACDB)
/Up (TH2) high temperature hard-
Glue tank heater (H1)
ware detection.
Glue apply roller heater (H2)
An abnormal high temperature is
PB control board (PBCB)
detected by the glue tank temper-
PB drive board (PBDB)
ature sensor /Up (TH2).
Glue apply roller motor (M32) Glue tank temperature sensor /Up (TH2)
SC78-53 The glue tank temperature sensor **
AC drive board (ACDB)
/Md (TH3) high temperature hard-
Glue tank heater (H1)
ware detection.
Glue apply roller heater (H2)
An abnormal high temperature is
PB control board (PBCB)
detected by the glue tank temper-
PB drive board (PBDB)
ature sensor /Md (TH3).
Glue apply roller motor (M32) Glue tank temperature sensor /Md (TH3)
SC78-54 The glue tank temperature sensor **
AC drive board (ACDB)
/Lw (TH4) high temperature hard-
Glue tank heater (H1)
ware detection.
Glue apply roller heater (H2)
An abnormal high temperature is
PB control board (PBCB)
detected by the glue tank temper-
PB drive board (PBDB)
ature sensor /Lw (TH4).
Glue apply roller motor (M32) Glue tank temperature sensor /Lw (TH4)
SC78-55 An abnormal low temperature is **
AC drive board (ACDB)
detected by the glue apply roller
Glue tank heater (H1)
temperature sensor (TH1), after
Glue apply roller heater (H2)
completion of warm-up.
PB control board (PBCB) PB drive board (PBDB) Glue apply roller motor (M32) Glue apply roller temperature sensor (TH1)
638
2
Classification
Code
14. MALFUNCTION CODE Causes
Resulting
Estimated abnormal parts
PB
operation PB abnor-
The main body
AC drive board (ACDB)
detected by the glue tank temper-
and the PB stop
Glue tank heater (H1)
ature sensor /Up (TH2), after
immediately to
Glue apply roller heater (H2)
reaching glue supply control tem-
turn OFF the main
PB control board (PBCB)
perature.
relay (RL1).
PB drive board (PBDB)
SC78-56 An abnormal low temperature is **
mality
Glue apply roller motor (M32) Glue tank temperature sensor /Up (TH2) SC78-57 An abnormal low temperature is **
AC drive board (ACDB)
detected by the glue tank
Glue tank heater (H1)
temperature sensor /Md (TH3),
Glue apply roller heater (H2)
after the warming-up is com-
PB control board (PBCB)
pleted.
PB drive board (PBDB) Glue apply roller motor (M32) Glue tank temperature sensor /Md (TH3)
SC78-58 An abnormal low temperature is **
AC drive board (ACDB)
detected by the glue tank temper-
Glue tank heater (H1)
ature sensor /Lw (TH4), after the
Glue apply roller heater (H2)
warming-up is completed.
PB control board (PBCB) PB drive board (PBDB) Glue apply roller motor (M32) Glue tank temperature sensor /Lw (TH4)
SC78-59 Glue apply roller temperature sen**
AC drive board (ACDB)
sor (TH1) low temperature abnor-
Glue tank heater (H1)
mality hardware detection.
Glue apply roller heater (H2)
TH1 detected low temperature
PB control board (PBCB)
abnormality of the glue apply roller
PB drive board (PBDB)
abnormality detection signal after
Glue apply roller motor
the warming-up is completed.
(M32) Glue apply roller temperature sensor (TH1)
SC78-60 Glue tank temperature sensor/Up **
AC drive board (ACDB)
(TH2) low temperature abnormality
Glue tank heater (H1)
hardware detection .
Glue apply roller heater (H2)
TH2 detected low temperature
PB control board (PBCB)
abnormality of the glue tank
PB drive board (PBDB)
abnormality detection signal after
Glue apply roller motor
reaching the glue supply control
(M32)
temperature.
Glue tank temperature sensor /Up (TH2)
2
639
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
Classification
Code
Field Service Ver3.0 Nov.2006 Causes
Resulting
Estimated abnormal parts
operation PB
bizhub PRO 1050/1050P /1050e/1050eP
14. MALFUNCTION CODE
PB abnor-
The main body
AC drive board (ACDB)
(TH3) low temperature abnormality
and the PB stop
Glue tank heater (H1)
hardware detection.
immediately to
Glue apply roller heater (H2)
TH3 detected low temperature
turn OFF the main
PB control board (PBCB)
abnormality of the glue tank
relay (RL1).
PB drive board (PBDB)
SC78-61 Glue tank temperature sensor/Md **
mality
abnormality detection signal after
Glue apply roller motor
the warming-up is completed.
(M32) Glue tank temperature sensor /Md (TH3)
SC78-62 Glue tank temperature sensor /Lw **
AC drive board (ACDB)
(TH4) low temperature abnormality
Glue tank heater (H1)
hardware detection.
Glue apply roller heater (H2)
TH4 detected low temperature
PB control board (PBCB)
abnormality of the glue tank
PB drive board (PBDB)
abnormality detection signal after
Glue apply roller motor
the warming-up is completed.
(M32) Glue tank temperature sensor /Lw (TH4)
SC78-63 Abnormal rotation of the exhaust
AC drive board (ACDB)
fan/2 (M81) on start-up does not
PB control board (PBCB)
recover by reboot.
PB drive board (PBDB)
Abnormal rotation of the exhaust
Exhaust fan /2 (M81)
fan/2 (M81) during M81 is on does not recover by reboot. SC78-64 Abnormal rotation of the pellet
AC drive board (ACDB)
cooler fan (M4) on start-up does
PB control board (PBCB)
not recover by reboot.
PB drive board (PBDB)
Abnormal rotation of the pellet
Pellet supply cooling fan
cooler fan (M4) during M4 is on
motor (M4)
does not recover by reboot. SC78-91 Message queue full or the control abnormality of Sub CPU1 in the
PB control board (PBCB) Control program
PB control board (PBCB). SC78-92 Message queue full or the control abnormality of Sub CPU2 in the
PB control board (PBCB) Control program
PB control board (PBCB). SC78-93 Communication abnormality between Main CPU in the PB con-
PB control board (PBCB) Control program
trol board (PBCB) and Sub CPU1. SC78-94 Communication abnormality between Main CPU in the PB con-
PB control board (PBCB) Control program
trol board (PBCB) and Sub CPU2. SC78-96 Paper feed abnormality between the main body and the PB. SC78-97 Non-volatile memory error in the PB control board (PBCB).
640
2
PB control board (PBCB) Control program PB control board (PBCB) Control program
Classification
Code
14. MALFUNCTION CODE Causes
Resulting
Estimated abnormal parts
PB
operation PB
SC78-98 PB operation prohibition abnor-
The main body
abnor-
mality.
and the PB stop
mality
PB received operation start signal
immediately to
from the main body when the PB
turn OFF the main
is unready.
relay (RL1).
SC78-99 Message queue of the communi-
Control program
Control program
cation among tasks in the PB is
Main body
full. Commu- SC80-01 In the communication check
The main body
Overall control board
nication
between the image processing
stops immediately
(OACB)
abnor-
board (IPB) and the printer control
to turn OFF the
Printer control board (PRCB)
mality
board (PRCB), the printer control
main relay (RL1).
Loose connection
does not respond within a specified period of time after the main power switch (SW1) and the sub power switch (SW2) turn ON. Or ISW information is not written on PRCB. SC80-02 In the communication check between the image processing board (IPB) and the printer control board (PRCB), an error is detected from PRCB. Or transmission is not completed. SC80-03 In the communication check
Overall control board
between the image processing
(OACB)
board (IPB) and the operation
Operation board /1 (OB1)
board (OB1), an error is detected
Loose connection
from the OB1. Or transmission is not completed. SC80-11 ISW information is not written on
Printer control board (PRCB)
Printer control board (PRCB). SC80-30 No normal header is transmitted
Overall control board
within a specified period of time
(OACB)
after ISW is started.
ISW Cable
SC80-31 An error is detected while downloading ISW.
Overall control board (OACB) ISW file abnormality ISW Cable
FD
SC80-32 An error is detected because ISW
ROM on each board
data cannot be written on image
Inter-board communication
processing board (IPB).
harness
SC80-40 The firmware is not written on FD
FD firmware
or an error is detected during the
FD control board (FDCB)
ROM check.
Wiring harness between the FDCB and the main body
2
641
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
Classification
Field Service Ver3.0 Nov.2006
Code
Causes
Resulting
Estimated abnormal parts
SD
operation Commu-
SC80-41 The firmware is not written on SD
The main body
SD firmware
nication
or an error is detected during the
stops immediately
SD control board (SDCB)
abnor-
ROM check.
to turn OFF the
Wiring harness between the
main relay (RL1).
SDCB and the main body
mality FS
SC80-42 The firmware is not written on FS
FS firmware
or an error is detected during the
FNS control board (FNSCB)
ROM check.
Wiring harness between the FNSCB and the main body
LS
SC80-43 The firmware is not written on first
LS firmware
LS or an error is detected during
LS control board (LSCB)
the ROM check.
Wiring harness between the LSCB and the main body
SC80-44 The firmware is not written on sec-
LS firmware
ond LS or an error is detected
LS control board (LSCB)
during the ROM check.
Wiring harness between the LSCB and the main body
IC
SC80-45 The firmware is not written on ICB or an error is detected during the
IC firmware IC board (ICB)
ROM check. PB
SC80-46 The firmware is not written on PB or an error is detected during the
PB firmware PB control board (PBCB)
ROM check. SC90-01 In the initial communication check
Main body
bizhub PRO 1050/1050P /1050e/1050eP
14. MALFUNCTION CODE
Printer control board (PRCB)
between ADU drive board /1
ADU drive board /1
(ADJDB1) and printer control
(ADJDB1)
board (PRCB), no response is
Loose connection
returned from ADUDB1 after a specified time from turning ON of the main power switch (SW1) and sub power switch (SW2) (ID=0). SC90-02 In the initial communication check
Printer control board (PRCB)
between ADU drive board /1
ADU drive board /1
(ADJDB2) and printer control
(ADJDB1)
board (PRCB), no response is
Loose connection
returned from ADUDB2 after a specified time from turning ON of the main power switch (SW1) and sub power switch (SW2) (ID7). SC90-03 In the communication check between ADU drive board /1 (ADUDB1) and
ADU drive board /1
printer control board (PRCB), an error
(ADJDB1)
was detected (ID=0).
Loose connection
SC90-04 In the communication check between
642
2
Printer control board (PRCB)
Printer control board (PRCB)
ADU drive board /1 (ADUDB2) and
ADU drive board /1
printer control board (PRCB), an error
(ADJDB1)
was detected (ID=').
Loose connection
Classification
Code
14. MALFUNCTION CODE Causes
Resulting
Estimated abnormal parts
Main body
operation Commu- SC90-05 In the initial communication check
The main body
Printer control board (PRCB)
nication
between ADU drive board /1
stops immediately
ADU drive board /1
abnor-
(ADJDB1) and printer control
to turn OFF the
(ADJDB1)
mality
board (PRCB), no response is
Rl1 (main).
Loose connection
returned from ADUDB1 after a specified time from turning ON of the main power switch (SW1) and sub power switch (SW2) (ID=11). SC90-06 In the communication check
Printer control board (PRCB)
between ADU drive board /1
ADU drive board /1
(ADUDB1) and printer control
(ADJDB1)
board (PRCB), an error was
Loose connection
detected (ID=11). Power SC93-01 Error detection signal (blown fuse)
ADU drive board /1
abnor-
of ADU drive board /1 (ADUDB1)
(ADJDB1)
mality
was detected. SC93-05 Error detection signal (blown fuse) of offset sensor (PS54) or transfer
DC power supply /1 (DCPS1)
exposure lamp (TSL) was detected and an error signal (24V disconnection) was detected. SC93-06 Error detection signal (blown fuse)
Centering sensor (PS54)
of offset sensor (PS54) or transfer
Transfer exposure lamp
exposure lamp (TSL) was
(TSL)
detected but no error signal (24V
ADU lock solenoid (SD6)
disconnection) is detected.
Reverse/exit solenoid (SD7) Thick paper assist solenoid (SD8)
SC93-08 Error detection signal (24V blown
PF drive board (PFUDB)
fuse) of PF drive board (PFUDB) was detected. Fan
SC95-01 The EM signal is found abnormal a
ADU drive board /1
abnor-
specified period of time after the
(ADJDB1)
mality
ADU cooling fans /1 (FM14), /2
ADU cooling fan /1 (FM14), /
(FM15) and /3 (FM13), the sensor
2 (FM15), /3 (FM13)
cooling fan (FM16) and the regis-
Sensor cooling fan (FM16)
tration cooling fan (FM17) turn on.
Registration cooling fan
And the signal is still found abnor-
(FM17)
mal a specified period of time after it turns on again after turning off, and the door close of the door open/close sensors /1 (PS1) and / 2 (PS2) and the PF door open/ close sensor (PS70) has been detected 10 times in a row.
1
643
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
Field Service Ver3.0 Nov.2006
C. Function to detach defective sections For those abnormalities listed in the table below, defective units can be detached temporarily to use other control units. While detached, an error detection is not carried out on these detached units. There are 2 methods of setting for limited use. (1) User operation When an error code occurs, press the HELP key following the message on the LCD and then turn the power switch (SW2) OFF and ON. This allows you to use it temporarily until the main power switch (SW1) is OFF and ON (including an OFF/ON operation by the weekly timer) next time. (2) DIPSW setting Turning the main switch OFF and ON after setting the specified software DIPSW bit allows you to make a limited use of it until the bit setting is released next time (this requires the OFF/ON operation of the main power switch (SW1)). Classifi- Error code
Description
Control while detached
DIPSW
Main body
PF
Main body
cation
DF
bizhub PRO 1050/1050P /1050e/1050eP
14. MALFUNCTION CODE
644
SC18-10
Paper lift motor /1 abnormality
Paper feed in tray /1 is unavail-
SC18-11
Tray /1 up abnormality 1
able
SC18-12
Tray /1 up abnormality 2
(The operation panel is displayed
SC18-13
Tray /1 up abnormality 3
SC18-20
Paper lift motor /2 abnormality
Paper feed in tray /2 is unavail-
SC18-21
Tray /2 up abnormality 1
able
SC18-22
Tray /2 up abnormality 2
(The control panel is displayed in
SC18-23
Tray /2 up abnormality 3
SC18-30
Paper lift motor /3 abnormality
Paper feed in tray /3 is unavail-
SC18-31
Tray /3 up abnormality 1
able
SC18-32
Tray /3 up abnormality 2
(The control panel is displayed in
SC18-33
Tray /3 up abnormality 3
SC18-40
Paper lift motor /4 abnormality
Paper feed in tray /4 is unavail-
SC18-41
Tray /4 up abnormality 1
able
SC18-42
Tray /4 up abnormality 2
(The control panel is displayed in
SC18-43
Tray /4 up abnormality 3
SC18-50
Paper lift motor /5 abnormality
Paper feed in tray /5 is unavail-
SC18-51
Tray /5 up abnormality 1
able
SC18-52
Tray /5 up abnormality 2
(The control panel is displayed in
SC18-53
Tray /5 up abnormality 3
SC46-40
HDD initialization abnormality
The use of HDD is unavailable
SC46-41
JOB RAM storage abnormality
(not connected)
SC46-42
HDD periodic cleaning abnormality
SC46-43
HDD access error
SC67-01
Original registration abnormality
DF mode unavailable
SC67-02
Original conveyance abnormality
(DF connection not recognized)
SC67-03
Original reverse abnormality
SC67-04
RADF control board abnormality
DIPSW18-0
in hatching) DIPSW18-1
hatching) DIPSW18-2
hatching) DIPSW18-3
hatching) DIPSW20-4
hatching) DIPSW18-7
DIPSW18-4
Classifi- Error code
14. MALFUNCTION CODE Description
Control while detached
DIPSW
LS
DF
cation SC67-05
Cooling fan abnormality
DF mode unavailable
SC67-06
Original reverse abnormality
(DF connection not recognized)
SC67-07
Original reverse/exit abnormality
SC67-08
Tray up/down abnormality
SC76-01
Tandem (1st) LS stacker tray up down
The use of the tandem (1st) LS is
abnormality
unavailable.
SC76-02
Tandem (1st) LS shift unit drive abnormality
SC76-03
Tandem (1st) LS alignment plate drive
DIPSW18-4
DIPSW33-06
abnormality SC76-04
Tandem (1st) LS grip drive abnormality
SC76-05
Tandem (1st) LS stacker tray upper limit abnormality
SC76-06
Tandem (1st) LS stacker tray lower limit abnormality
SC76-07
Tandem (1st) LS paper cooling fan /Fr drive abnormality
SC76-08
Tandem (1st) LS cooling fan drive abnormality
SC76-09
Tandem (1st) LS paper cooling fan /Mi drive abnormality
SC76-10
Tandem (1st) LS motor cooling fan drive abnormality
SC76-11
Tandem (1st) LS paper cooling fan /Rr drive abnormality
SC76-31
Tandem (2nd) LS stacker tray up down
The use of the tandem (2nd) LS
abnormality
is unavailable
SC76-32
Tandem (2nd) LS shift unit drive abnormality
SC76-33
Tandem (2nd) LS alignment plate drive
DIPSW33-07
abnormality SC76-34
Tandem (2nd) LS grip drive abnormality
SC76-35
Tandem (2nd) LS stacker tray upper limit abnormality
SC76-36
Tandem (2nd) LS stacker tray lower limit abnormality
SC76-37
Tandem (2nd) LS paper cooling fan /Fr drive abnormality
SC76-38
Tandem (2nd) LS cooling fan drive abnormality
SC76-39
Tandem (2nd) LS paper cooling fan /Mi drive abnormality
SC76-40
Tandem (2nd) LS motor cooling fan drive abnormality
SC76-41
Tandem (2nd) LS paper cooling fan /Rr drive abnormality
645
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
Classifi- Error code
Field Service Ver3.0 Nov.2006 Description
Control while detached
DIPSW
FS
cation SC77-02
Tray up down drive abnormality
The use of sorting and stapling
SC77-03
Alignment drive abnormality
functions is unavailable
SC77-04
Paper exit roller drive abnormality
SC77-05
Paper exit opening drive abnormality
SC77-06
Staple abnormality
SC77-07
Staple rotation drive abnormality (skew
DIPSW35-1
The use of staple is unavailable
DIPSW35-0
DIPSW35-1
rotation) SC77-08
Staple rotation abnormality (vertical rotation)
SC77-11
Staple unit /Fr abnormality
SC77-12
Staple unit /Rr abnormality
SC77-15
Paper exit arm drive abnormality
The use of sorting and stapling
SC77-21
Rear stopper drive abnormality
functions is unavailable
SC77-22
Stack assist drive abnormality
SC77-25
Intermediate roller open/close drive
FD
abnormality SC77-30
1st folding cam drive abnormality
The use of the folding function
SC77-31
2nd folding cam drive abnormality
and the punch section is unavail-
DIPSW33-0
able SC77-32
3rd folding cam drive abnormality
SC77-33
2 holes punch drive abnormality
SC77-34
3 holes/4 holes punch drive abnormality
SC77-35
Punch alignment plate drive abnormality
SC77-36
Punch paper rear registration drive abnormality
SC77-37
Main tray upper limit abnormality
Main tray paper exit is unavail-
DIPSW33-2
able
SD
bizhub PRO 1050/1050P /1050e/1050eP
14. MALFUNCTION CODE
SC77-38
Main tray lower limit abnormality
SC77-39
PI lift plate /Up up/down abnormality
The use of the PI section
SC77-40
PI lift plate /Lw up/down abnormality
unavailable
SC77-41
Entrance conveyance drive abnormality
The use of the entire FD unavail-
SC77-42
Intermediate conveyance drive abnormality
able
SC77-43
PI conveyance drive abnormality
SC77-44
Paper exit conveyance drive abnormality
SC77-60
Bundle exit drive abnormality
DIPSW33-3
DIPSW33-4
The use of the saddle stitching, multi
DIPSW34-0,
center folding and trimmer unavail-
1, 3
able SC77-61 SC77-62
Folding main scan alignment drive
The use of the saddle stitching,
DIPSW34-0,
abnormality
multi center folding, multi letter
1, 2, 3
Folding sub scan alignment paper exit
folding and trimmer unavailable
drive abnormality
646
1
Classifi- Error code
14. MALFUNCTION CODE Description
Control while detached
DIPSW
Saddle stitching alignment/Rt drive
The use of the saddle stitching,
DIPSW34-0,
abnormality
multi center folding and trimmer
1, 3
SC77-64
Bundle arm drive abnormality
unavailable
SC77-65
Bundle clip drive abnormality
SC77-66
Bundle registration drive abnormality
SC77-67
Overlap drive abnormality
The use of the saddle stitching,
DIPSW34-0,
Folding main scan alignment /Rr drive
multi center folding, multi letter
1, 2, 3
abnormality
folding and trimmer unavailable
Stapler movement drive abnormality
The use of the saddle stitching,
DIPSW34-0,
Saddle stitching alignment /Lt drive
multi center folding and trimmer
1, 3
abnormality
unavailable
SD
cation SC77-63
SC77-68 SC77-69 SC77-70 SC77-71
Bundle press movement drive abnormality
SC77-72
1st folding blade drive abnormality
The use of the saddle stitching,
DIPSW34-0,
multi center folding, multi letter
1, 2, 3
folding and trimmer unavailable SC77-73
2nd folding blade abnormality
The use of the multi center fold-
DIPSW34-2
ing unavailable SC77-74
Clincher up down drive abnormality
The use of the saddle stitching,
SC77-75 SC77-76
Saddle stitching press drive abnormality multi center folding and trimmer unavailable Bundle arm rotation drive abnormality
SC77-77
Bundle press drive abnormality
SC77-78
Bundle press stage up down drive
DIPSW34-0, 1, 3
abnormality SC77-79
Guide shaft drive abnormality
SC77-80
Stapler /Rt drive abnormality
The use of the saddle stitching
DIPSW34-0,
SC77-81
Stapler /Lt drive abnormality
and trimmer unavailable
3
SC77-82
Trimmer blade drive abnormality
The use of the trimmer unavailable
DIPSW34-3
SC77-83
Trimmer press drive abnormality
SC77-84
Bundle arm assist drive abnormality
The use of the saddle stitching, multi
DIPSW34-0,
center folding and trimmer unavailable 1, 3 SC77-86
Horizontal conveyance drive abnormal-
The use of the coupling exit and
DIPSW34-4
ity
subtray paper exit unavailable
SC77-87
Folding entrance drive abnormality
The use of the saddle stitching,
DIPSW34-0,
SC77-88
Folding conveyance drive abnormality
multi center folding, multi letter
1, 2, 3
folding and trimmer unavailable SC77-89
Bundle exit drive abnormality
The use of the saddle stitching, multi
DIPSW34-0,
center folding and trimmer unavailable 1, 3 SC77-90
Folding sub scan alignment paper exit
The use of the saddle stitching,
DIPSW34-0,
drive abnormality
multi center folding, multi letter
1, 2, 3
folding and trimmer unavailable SC77-91
Scraps removal fan drive abnormality
The use of the trimmer unavail-
DIPSW34-3
able
1
647
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
Classifi- Error code
Field Service Ver3.0 Nov.2006 Description
Control while detached
Entrance conveyance drive abnormal-
The use of the PB is unavailable
DIPSW
cation SC78-01
PB
bizhub PRO 1050/1050P /1050e/1050eP
14. MALFUNCTION CODE
DIPSW35-5
ity SC78-02 SC78-04
Intermediate conveyance drive abnor-
Ejecting onto the sub tray is pos- DIPSW35-4
mality
sible.
SC entrance conveyance drive abnormality
SC78-05
SC switchback conveyance drive abnormality
SC78-06
SC switchback roller release drive abnormality
SC78-07
SC alignment drive abnomality
SC78-08
SC paper detection conveyance drive abnormality
SC78-09
SC roller release drive abnormality
SC78-10
SC clamp entrance movement drive abnomality
SC78-11
SC clamp entrance roller release drive abnormality
SC78-12
Clamp alignment drive abnormality
SC78-13
Clamp open/close drive abnormality
SC78-14
Clamp rotation drive abnormality
SC78-15
Glue tank movement drive abnormality
SC78-16
Glue apply roller rotation drive abnormality
SC78-18
Pellet supply arm drive abnormality
SC78-19
Up/down cover paper alignment drive abnormality
SC78-20
Up/down cover paper book paper exit drive abnormality
SC78-21
Driven arm /Rt drive abnormality
SC78-22
Driven arm /Lt drive abnormality
SC78-23
Up/down cover paper conveyance drive abnormality
SC78-24
Up/down cover paper/Fr up/down drive abnormality
SC78-25
Up/down cover paper/Rr up/down drive abnormality
SC78-26
Cover paper folding board /Rt drive abnormality
SC78-27
Cover paper folding board /Lt drive abnormality
SC78-28
Cover paper trimming cutter drive abnormality
SC78-30
648
2
Carriage belt drive abnormality
Classifi- Error code
14. MALFUNCTION CODE Description
Control while detached
DIPSW
PB
cation SC78-31
Carriage size movement drive abnor-
Ejecting onto the sub tray is pos- DIPSW35-4
mality
sible.
SC78-32
Carriage up/down drive abnormality
SC78-33
Book movement drive abnormality
SC78-34
Book stopper drive abnormality
SC78-35
Cover paper tray fan /1 drive abnomal- Paper feed from the PB is ity
SC78-36
DIPSW35-3
unavailable.
Cover paper tray fan /2 drive abnomality
SC78-37
Cover paper tray up/down drive abnomality
SC78-38
Cover page conveyance drive abnormality
SC78-39
Exhaust fan drive abnormality
Ejecting onto the sub tray is pos- DIPSW35-4 sible.
SC78-40
Warming-up abnormality
The use of the PB is unavailable
DIPSW35-5
Glue tank middle temperature abnormality SC78-41
Warming-up abnormality Glue tank low temperature abnormality
SC78-42
Warming-up abnormality Glue apply roller temperature abnormality
SC78-43
Glue supply abnormality Glue tank high temperature abnormallity
SC78-44
Heater continuous energization abnormality Glue tank middle temperature abnormality
SC78-45
Heater continuous energization abnormality Glue tank low temperature abnormality
SC78-46
Heater continuous energization abnormality Glue apply roller temperature abnormality
SC78-47
High temperature abnormality Glue apply roller temperature abnormality
SC78-48
High temperature abnormality Glue tank high temperature abnormallity
2
649
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
Classifi- Error code
Field Service Ver3.0 Nov.2006 Description
Control while detached
DIPSW
cation SC78-49
PB
bizhub PRO 1050/1050P /1050e/1050eP
14. MALFUNCTION CODE
High temperature abnormality Glue tank middle temperature abnormality
SC78-50
High temperature abnormality Glue tank low temperature abnormality
SC78-51
High temperature abnormality Glue apply roller temperature abnormality
SC78-52
High temperature abnormality Glue tank high temperature abnormallity
SC78-53
High temperature abnormality Glue tank middle temperature abnormality
SC78-54
High temperature abnormality Glue tank low temperature abnormality
SC78-55
High temperature abnormality Glue apply roller temperature abnormality
SC78-56
Low temperature abnormality Glue tank high temperature abnormallity
SC78-57
Low temperature abnormality Glue tank middle temperature abnormality
SC78-58
Low temperature abnormality Glue tank low temperature abnormality
SC78-59
Low temperature abnormality Glue apply roller temperature abnormality
SC78-60
Low temperature abnormality Glue tank high temperature abnormallity
SC78-61
Low temperature abnormality Glue tank middle temperature abnormality
SC78-62
Low temperature abnormality Glue tank low temperature abnormality
650
2
The use of the PB is unavailable
DIPSW35-5
15. ELECTRICAL PARTS LAYOUT DRAWING
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
APPENDIX 15. ELECTRICAL PARTS LAYOUT DRAWING 15.1 Main body A. Switch/sensor (1) Main body rear side
[3]
[2]
[1] 1050fs5001c
[1]
Pump encoder sensor /1 (PS28)
[2]
Pump encoder sensor /2 (PS29)
[3]
Dehumidification heater switch (SW3)
651
bizhub PRO 1050/1050P /1050e/1050eP
15. ELECTRICAL PARTS LAYOUT DRAWING
Field Service Ver3.0 Nov.2006
(2) Main body upper surface
[6] [5] [7]
[8]
[9] [1]
[4] [3]
[2] 1050fs5002c
652
[1]
Air motor encoder sensor (PS30)
[6]
Door open/close sensor /1 (PS1)
[2]
Main power switch (SW1)
[7]
Scanner home sensor (PS51)
[3]
Interlock switch /2 (MS2)
[8]
APS sensor /1 (PS52)
[4]
Door open/close sensor /2 (PS2)
[9]
APS sensor /2 (PS53)
[5]
Interlock switch /1 (MS1)
15. ELECTRICAL PARTS LAYOUT DRAWING
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006 (3) Cleaning section
[2]
[1] [1]
Blade sensor /1 (PS24)
1050fs5003c
[2]
Blade sensor /2 (PS25)
(4) Charger unit
[2] [1]
Charger cleaning home sensor (PS26)
[1] [2]
1050fs5004c
Charger cleaning limit sensor (PS27)
653
bizhub PRO 1050/1050P /1050e/1050eP
15. ELECTRICAL PARTS LAYOUT DRAWING
Field Service Ver3.0 Nov.2006
(5) Toner supply section
[1]
[2]
[3] [4] [5]
1050fs5005c
[1]
Toner remaining sensor /1 (PS31)
[4]
Toner remaining sensor /3 (PS33)
[2]
Door switch /2 (SW5)
[5]
Toner remaining sensor /4 (PS34)
[3]
Toner remaining sensor /2 (PS32)
(6) Photosensitive material section
[2]
[1] 1050fs5006c
[1]
654
Drum temperature sensor (TH5)
[2]
Drum potential sensor (DPS)
15. ELECTRICAL PARTS LAYOUT DRAWING
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006 (7) Paper feed section
[8]
[6]
[7]
[5]
[1] [4]
[3]
[2]
1050fs5062c
[1]
Handle release sensor /1 (PS9), /2 (PS15)
[5]
Remaining paper VR /1 (VR1), /2 (VR3)
[2]
Paper size VR /1 (VR2), /2 (VR4)
[6]
Upper limit sensor /1 (PS6), /2 (PS12)
[3]
Paper size sensor /Rr1 (PS5), /2 (PS11)
[7]
Paper feed sensor /1 (PS7), /2 (PS13)
[4]
Paper size sensor /Fr1 (PS4), /Fr2 (PS10)
[8]
Paper empty sensor /1 (PS8), /2 (PS14)
655
bizhub PRO 1050/1050P /1050e/1050eP
15. ELECTRICAL PARTS LAYOUT DRAWING
Field Service Ver3.0 Nov.2006
(8) Vertical conveyance section
[1]
[7]
[6]
[5]
[2] [4]
[3]
1050fs5063c
656
[1]
Loop sensor (PS16)
[5]
Vertical conveyance sensor /2 (PS20)
[2]
Door switch /1 (SW4)
[6]
Pre-registration sensor /1 (PS17)
[3]
Pre-registration sensor /2 (PS18)
[7]
Vertical conveyance sensor /1 (PS19)
[4]
Vertical conveyance sensor /3 (PS21)
15. ELECTRICAL PARTS LAYOUT DRAWING
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006 (9) Registration section
[2]
[3]
[4]
[1]
1050fs5007c
[1]
ADU deceleration sensor (PS42)
[3]
Paper leading edge sensor (PS41)
[2]
Centering sensor (PS54)
[4]
Registration sensor (PS40)
(10) ADU section 1
[6]
[5]
[7]
[8]
[9]
[4]
[10]
[3]
[2]
[1]
[1]
ADU exit sensor (PS43)
[6]
Paper exit sensor (PS3)
[2]
ADU conveyance sensor /2 (PS36)
[7]
Reverse sensor /1 (PS48)
[3]
ADU conveyance sensor /1 (PS35)
[8]
Reverse sensor /2 (PS47)
[4]
ADU accelerate sensor (PS49)
[9]
ADU reverse sensor /1 (PS46)
[5]
ADU reverse paper exit sensor (PS50)
[10]
ADU reverse sensor /2 (PS45)
1050fs5008c
657
bizhub PRO 1050/1050P /1050e/1050eP
15. ELECTRICAL PARTS LAYOUT DRAWING
Field Service Ver3.0 Nov.2006
(11) ADU section 2
[3]
[1]
[2]
1050fs5009c
[1]
Transfer/separation cleaning limit sensor (PS39)
[2]
Transfer/separation cleaning home sensor (PS38)
[3]
ADU handle release sensor (PS44)
(12) Transfer/separation charger unit
[1]
1050fs5010c
[1]
658
Transfer assist home sensor (PS37)
15. ELECTRICAL PARTS LAYOUT DRAWING
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006 (13) Fusing section
[8] [7] [6]
[3] [4]
[5]
[2]
[1] 1050fs5011c
[1]
Fusing jam sensor (PS23)
[5]
Thermistor /4 (TH4)
[2]
Fusing exit sensor (PS22)
[6]
Thermostat /1 (TS1)
[3]
Thermistor /3 (TH3)
[7]
Thermistor /1 (TH1)
[4]
Thermostat /2 (TS2)
[8]
Thermistor /2 (TH2)
(14) Operation panel section
[1]
1050fs5012c
[1]
Power switch (SW2)
659
bizhub PRO 1050/1050P /1050e/1050eP
15. ELECTRICAL PARTS LAYOUT DRAWING
Field Service Ver3.0 Nov.2006
B. Load (1) Main body rear side
[14]
[15]
[16] [17] [18]
[19]
[20] [21]
[13]
[1] [2] [3]
[12] [11]
[4]
[10] [5] [9]
[6]
[8]
660
[7]
[1]
Pump cooling fan (FM11)
[12]
Vertical conveyance motor (M8)
[2]
Cooling fan /1 (FM1)
[13]
IC cooling fan (FM24)
[3]
Paper exit motor /1 (M9)
[14]
Developing motor (M3)
[4]
ADU reverse paper exit motor (M31)
[15]
Drum motor (M2)
[5]
Conveyance motor (M5)
[16]
Cooling fan /3 (FM3)
[6]
Transfer/separation suction fan (FM4)
[17]
Scanner motor (M27)
[7]
Power supply cooling fan /3 (FM27)
[18]
Cooling fan /2 (FM2)
[8]
Power supply cooling fan /2 (FM26)
[19]
Fusing motor (M1)
[9]
Power supply cooling fan /1 (FM25)
[20]
Air pump motor (M29)
[10]
Paper feed motor (M4)
[21]
Toner pump motor (M28)
[11]
Developing suction fan (FM5)
2
1050fs5013d
15. ELECTRICAL PARTS LAYOUT DRAWING
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006 (2) Main body upper surface
[3]
[1]
[2]
[4] 1050fs5014c
[1]
Air separation motor (M10)
[3]
Scanner cooling fan (FM19)
[2]
IPB cooling fan (FM12)
[4]
Suction fan /4 (FM29) (1050e/1050eP only)
(3) Main body right side
[1]
[2]
[3] [4]
1050fs5015c
[1]
Polygon cooling fan (FM18)
[3]
Suction fan /2 (FM7)
[2]
Suction fan /1 (FM6)
[4]
Suction fan /3 (FM8)
2
661
bizhub PRO 1050/1050P /1050e/1050eP
15. ELECTRICAL PARTS LAYOUT DRAWING
Field Service Ver3.0 Nov.2006
(4) Main body left side
[3]
[2]
[1]
1050fs5016c
[1]
Paper exit cooling fan /2 (FM10)
[2]
Paper exit cooling fan /3 (FM28)
[3]
Paper exit cooling fan /1 (FM9)
(5) Cleaning section
[1]
1050fs5017c
[1]
662
Blade motor (M22)
15. ELECTRICAL PARTS LAYOUT DRAWING
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006 (6) Charger unit
[1]
[1]
1050fs5018c
Charger cleaning motor (M23)
(7) Toner supply section
[5]
[1]
[4]
[2]
[3]
1050fs5019c
[1]
Tray lock solenoid /1 (SD1)
[4]
Toner hopper motor (M7)
[2]
Tray lock solenoid /2 (SD2)
[5]
Toner bottle motor (M6)
[3]
Intermediate hopper motor (M11)
663
bizhub PRO 1050/1050P /1050e/1050eP
15. ELECTRICAL PARTS LAYOUT DRAWING
Field Service Ver3.0 Nov.2006
(8) Drum claw unit
[1]
1050fs5020c
[1]
Drum claw solenoid (SD5)
(9) Paper feed section
[5]
[6]
[4]
[1]
[3]
[2]
1050fs5064c
664
[1]
Paper feed clutch /1 (CL4), /2 (CL6)
[4]
Pick-up solenoid /1 (SD3), /2 (SD4)
[2]
Separation clutch /1 (CL5), /2 (CL7)
[5]
Paper feed assist fan /Fr1 (FM20), /Fr2 (FM22)
[3]
Paper lift motor /1 (M25), /2 (M26)
[6]
Paper feed assist fan /Rr1 (FM21), /Rr2 (FM23)
15. ELECTRICAL PARTS LAYOUT DRAWING
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
[1]
[2] 1050fs5066c
[1]
Dehumidification heater /1 (HTR1)
[2]
Dehumidification heater /2 (HTR2)
(10) Vertical conveyance section
[3]
[2]
[1] 1050fs5065c
[1]
Pre-registration clutch /2 (CL3)
[2]
Vertical conveyance clutch (CL2)
[3]
Pre-registration clutch /1 (CL1)
665
bizhub PRO 1050/1050P /1050e/1050eP
15. ELECTRICAL PARTS LAYOUT DRAWING
Field Service Ver3.0 Nov.2006
(11) ADU
[1]
[2]
[3]
[4]
[6]
[7] [17]
[11]
[16] [5] [15] [14] [13] [12]
[8] [10] [9]
1050fs5021c
666
[1]
Reverse/exit solenoid (SD7)
[10]
Registration cooling fan (FM17)
[2]
ADU cooling fan /3 (FM13)
[11]
Loop motor (M18)
[3]
Thick paper assist solenoid (SD8)
[12]
ADU cooling fan /1 (FM14)
[4]
Transfer assist motor (M19)
[13]
Registration motor (M17)
[5]
Reverse paper exit motor (M13)
[14]
ADU lock solenoid (SD6)
[6]
ADU conveyance motor /2 (M16)
[15]
Transfer/separation cleaning motor (M20)
[7]
ADU accelerate motor (M14)
[16]
ADU reverse motor (M12)
[8]
ADU cooling fan /2 (FM15)
[17]
Sensor cooling fan (FM16)
[9]
ADU conveyance motor /1 (M15)
15. ELECTRICAL PARTS LAYOUT DRAWING
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006 (12) Writing section
[1]
1050fs5022c
[1]
Polygon motor (M21)
(13) Fusing section
[1]
1050fs5023c
[1]
Web motor (M24)
667
bizhub PRO 1050/1050P /1050e/1050eP
15. ELECTRICAL PARTS LAYOUT DRAWING
Field Service Ver3.0 Nov.2006
C. Boards and others (1) Main body rear side
[24]
[25]
[6] [18] [19] [20] [21]
[22]
[23]
[7] [8]
[9]
[1] [2] [3] [4] [5]
[17]
668
[16]
[15]
[14] [13] [12]
[11]
[10]
[1]
Recycle cut drive board (RCDB)
[13]
Coil (L)
[2]
High voltage unit /1 (HV1)
[14]
Transformer /2 (T2)
[3]
PCI relay board (PCIRB)
[15]
DC power supply /2 (DCPS2)
[4]
Printer control board (PRCB)
[16]
Hard disk /2 (HDD2)
[5]
AC drive board (ACDB)
[17]
DC power supply /1 (DCPS1)
[6]
Transformer /1 (T1)
[18]
Parameter board (PB)
[7]
Noise filter /2 (NF2)
[19]
Image processing board (IPB)
[8]
Noise filter /1 (NF1)
[20]
Hard disk /1 (HDD1)
[9]
Outlet
[21]
Overall control board (OACB)
[10]
Circuit breaker (CBR)
[22]
IC board (ICB)
[11]
Sub relay (RL2)
[23]
Scanner drive board (SDB)
[12]
Main relay (RL1)
[24]
Triac /2 (TRC2)
[25]
Triac /1 (TRC1)
1050fs5024c
15. ELECTRICAL PARTS LAYOUT DRAWING
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006 (2) Main body upper surface
[4]
[3]
[2]
[1]
1050fs5025c
[1]
CCD board (CCDB)
[3]
Exposure lamp (L1)
[2]
L1 inverter (L1 INVB)
[4]
Total counter (CNT1)
(3) Charger unit
[1] [1]
1050fs5031c
Erase lamp (EL)
669
bizhub PRO 1050/1050P /1050e/1050eP
15. ELECTRICAL PARTS LAYOUT DRAWING
Field Service Ver3.0 Nov.2006
(4) Photosensitive material section
[2]
[1]
1050fs5026c
[1]
Drum potential sensor board (DPSB)
[2]
Toner control sensor board (TCSB)
(5) Registration section
[2]
[1]
670
Multi feed detection board /2 (MFDB2)
[1]
[2]
1050fs5027c
Multi feed detection board /1 (MFDB1)
15. ELECTRICAL PARTS LAYOUT DRAWING
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006 (6) ADU section
[1]
[4]
[3]
[2]
1050fs5028c
[1]
Transfer exposure lamp (TSL)
[3]
ADU drive board /2 (ADUDB2)
[2]
High voltage unit /2 (HV2)
[4]
ADU drive board /1 (ADUDB1)
671
bizhub PRO 1050/1050P /1050e/1050eP
15. ELECTRICAL PARTS LAYOUT DRAWING
Field Service Ver3.0 Nov.2006
(7) Writing section
[2]
[3]
[1] 1050fs5029c
[1]
Polygon motor drive board (PMDB)
[2]
Index board (INDEXB)
[3]
Laser drive board (LDB)
(8) Fusing section
[2]
[3]
[1]
1050fs5030c
672
[1]
Fusing heater lamp /2 (L3)
[2]
Fusing heater lamp /3 (L4)
[3]
Fusing heater lamp /1 (L2)
15. ELECTRICAL PARTS LAYOUT DRAWING
(9) Operation panel section
[1] [2] [3] [8] [4]
[5]
[6] [7]
1050fs5032c
[1]
LCD board (LCDB)
[5]
Operation board /3 (OB3)
[2]
Backlight /1
[6]
Operation board /1 (OB1)
[3]
Backlight /2
[7]
Panel key board (PKB)
[4]
Operation board /2 (OB2)
[8]
OB inverter (OB INVB)
673
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
bizhub PRO 1050/1050P /1050e/1050eP
15. ELECTRICAL PARTS LAYOUT DRAWING
Field Service Ver3.0 Nov.2006
15.2 DF-603 A. Front side
[1]
[5]
[4]
674
[3]
[2]
df603fs5001c
[1]
Multi feed detection board /2 (MFDB2)
[4]
Gate solenoid (SD303)
[2]
Exit gate solenoid (SD304)
[5]
RADF open/close sensor (PS301)
[3]
Pressure roller release solenoid (SD302)
15. ELECTRICAL PARTS LAYOUT DRAWING
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006 B. Rear side
[12]
[13]
[14] [15]
[1]
[2] [3] [4]
[5] [11]
[10]
[9]
[8]
[7]
[6]
df603fs5002c
[1]
Original conveyance motor (M301)
[9]
Original paper exit motor /1 (M304)
[2]
Original skew sensor /Rr (PS311)
[10]
Original paper exit motor /2 (M305)
[3]
Original conveyance sensor (PS308)
[11]
RADF control board (RADFCB)
[4]
Original skew sensor /Fr (PS312)
[12]
Cooling fan /Rt (FM302)
[5]
Cooling fan /Lt (FM301)
[13]
Tray up/down motor (M303)
[6]
APS timing sensor (PS317)
[14]
Cover open/close switch (MS301)
[7]
Original feed motor (M302)
[15]
Tray lower limit sensor (PS316)
[8]
SDF switching solenoid (SD301)
675
bizhub PRO 1050/1050P /1050e/1050eP
15. ELECTRICAL PARTS LAYOUT DRAWING
Field Service Ver3.0 Nov.2006
C. Upper surface
[15] [16] [17]
[1]
[2]
[3]
[5] [6]
[11]
[7]
[8]
[10]
[14] [13] [12]
[4]
[9]
df603fs5003c
676
[1]
Original count sensor (PS310)
[10]
Multi feed sensor /2 (MFS2)
[2]
Original size sensor /Lt (PS303)
[11]
Original registration sensor /Lt (PS306)
[3]
Original size sensor /Rt (PS302)
[12]
Original reverse sensor (PS309)
[4]
Reverse jam sensor (PS304)
[13]
Centering LED sensor /Fr (PS319)
[5]
Original empty sensor (PS305)
[14]
Centering sensor /Fr (PS320)
[6]
Tray upper limit sensor (PS315)
[15]
Centering sensor /Rr (PS321)
[7]
Original registration sensor /Rt (PS318)
[16]
Centering LED sensor /Rr (PS322)
[8]
Multi feed sensor /1 (MFS1)
[17]
Original exit sensor /Lt (PS307)
[9]
Multi feed detection board /1 (MFDB1)
15. ELECTRICAL PARTS LAYOUT DRAWING
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006 D. Upper tray rear side
[1]
[2]
df603fs5004c
[1]
Tray board (TB)
[2]
Original size VR (VR301)
E. Reverse tray rear side
[1]
[2] [1]
Original exit sensor /Rt (PS314)
[2]
df603fs5005c
Original reverse/exit sensor (PS313)
677
bizhub PRO 1050/1050P /1050e/1050eP
15. ELECTRICAL PARTS LAYOUT DRAWING
Field Service Ver3.0 Nov.2006
15.3 PF-701 A. Configuration front side
[1] [6]
[2] [5]
[4]
[3] pf701fs5001c
[1]
Dehumidification heater /1 (HTR1)
[4]
Tray lock solenoid /3 (SD12)
[2]
Dehumidification heater /2 (HTR2)
[5]
Tray lock solenoid /2 (SD11)
[3]
Dehumidification heater /3 (HTR3)
[6]
Tray lock solenoid /1 (SD10)
B. Configuration left side/exit conveyance section
[1] [6] [2] [5]
[4]
[3] pf701fs5002c
678
[1]
Door open/close sensor (PS70)
[4]
PF exit sensor (PS99)
[2]
Door switch (SW10)
[5]
Horizontal conveyance door switch (SW13)
[3]
Paper feed motor (M40)
[6]
PF exit conveyance motor (M41)
15. ELECTRICAL PARTS LAYOUT DRAWING
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006 C. Configuration rear side
[1] [2] [3] [7] [4] [5]
[6]
pf701fs5003c
[1]
Pre-registration clutch /1 (CL1)
[5]
Intermediate clutch /Lw (CL5)
[2]
Intermediate clutch /Up (CL2)
[6]
Pre-registration clutch /3 (CL4)
[3]
Cooling fan (FM20)
[7]
PF drive board (PFUDB)
[4]
Pre-registration clutch /2 (CL3)
679
bizhub PRO 1050/1050P /1050e/1050eP
15. ELECTRICAL PARTS LAYOUT DRAWING
Field Service Ver3.0 Nov.2006
D. Vertical conveyance section
[1] [2]
[12]
[3]
[4]
[5] [6]
[11]
[7]
[8] [10]
[9]
pf701fs5004c
680
[1]
Pre-registration sensor /1 (PS89)
[7]
Intermediate sensor /Lw (PS97)
[2]
Vertical conveyance sensor /1 (PS90)
[8]
Vertical conveyance sensor /3 (PS96)
[3]
Intermediate sensor /Up (PS91)
[9]
Pre-registration sensor /3 (PS95)
[4]
Loop sensor /1 (PS92)
[10]
Loop sensor /2 (PS94)
[5]
Pre-registration sensor /2 (PS93)
[11]
Vertical conveyance door switch /Lw (SW12)
[6]
Loop sensor /3 (PS98)
[12]
Vertical conveyance door switch /Up (SW11)
15. ELECTRICAL PARTS LAYOUT DRAWING
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006 E. Tray section 1
[1]
[2]
[3] [10]
[4]
[5] [9]
[8] [7] [1]
[6]
Paper feed assist fan /Fr1, /Fr2, /Fr3
pf701fs5005c
[6]
(FM41/FM43/FM45)
Remaining paper VR /1, /2, /3 (VR10/VR12/ VR14)
[2]
Pick-up solenoid /1, /2, /3 (SD14/SD15/SD16)
[7]
Forced separation clutch (CL11) (tray 4 only)
[3]
Paper feed sensor /1, /2, /3 (PS72/PS78/PS84)
[8]
Separation clutch /1, /2, /3 (CL7/CL10/CL13)
[4]
Upper limit sensor /1, /2, /3 (PS71/PS77/PS83)
[9]
Pick-up clutch /1, /2, /3 (CL6/CL9/CL12)
[5]
Paper lift motor /1, /2, /3 (M42/M43/M44)
[10]
Paper feed assist fan /Rr1, /Rr2, /Rr3 (FM42/FM44/FM46)
681
bizhub PRO 1050/1050P /1050e/1050eP
15. ELECTRICAL PARTS LAYOUT DRAWING F.
Field Service Ver3.0 Nov.2006
Tray section 2
[4]
[1]
[3] [1]
Paper size VR /1, /2, /3 (VR11/VR13/VR15)
[2]
Paper size sensor /Rr1, /Rr2, /Rr3 (PS76/ PS82/PS88)
[2] [3]
pf701fs5006c
Paper size sensor /Fr1, /Fr2, /Fr3 (PS75/ PS81/PS87)
[4]
Paper empty sensor /1, /2, /3 (PS73/PS79/ PS85)
G. PP-701 (OPTIONAL)
[1]
[2]
[3]
[4]
a08rf5c001ca
682
[1]
Rear paper feed assist fan /1 (FM50)
[3]
Rear paper feed assist fan /3 (FM52)
[2]
Rear paper feed assist fan /2 (FM51)
[4]
Front side direction
2
15. ELECTRICAL PARTS LAYOUT DRAWING
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
15.4 FD-501 A. Conveyance section front side/right side
[9]
[10]
[11]
[12]
[1]
[2]
[3] [4]
[8]
[5]
[7]
[6] fd501fs5001c
[1]
Multi feed detection board /1 (MFDB1)
[7]
Door switch (MS1)
[2]
FD entrance sensor (PS1)
[8]
Jam indicator board (JAMIB)
[3]
Roller solenoid /1 (SD5)
[9]
Temperature sensor board (TSB)
[4]
Roller solenoid /2 (SD6)
[10]
Multi feed detection board /2 (MFDB2)
[5]
Roller solenoid /3 (SD7)
[11]
PI exit sensor (PS4)
[6]
Roller solenoid /4 (SD8)
[12]
FD operation board (FDOB)
683
bizhub PRO 1050/1050P /1050e/1050eP
15. ELECTRICAL PARTS LAYOUT DRAWING
Field Service Ver3.0 Nov.2006
B. Major boards in the power source section
[1]
[2]
[3]
[4] [5] [6] [11]
[7] [10]
684
[9]
[8]
[1]
PI drive board (PIDB)
[7]
Noise filter (NF1)
[2]
FD control board (FDCB)
[8]
Inlet
[3]
Punch drive board (PDB)
[9]
Circuit breaker /1 (CBR1)
[4]
DC power supply (DCPS)
[10]
Circuit breaker /2 (CBR2)
[5]
Folding drive board (FDB)
[11]
Relay (RL1)
[6]
Outlet
fd501fs5002c
15. ELECTRICAL PARTS LAYOUT DRAWING
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006 C. Conveyance section rear side/left side
[1] [3]
[4]
[2] [19]
[18] [17] [16] [15] [14]
[7]
[6]
[5]
[13] [8] [12]
[11]
[10]
[9]
fd501fs5003c
[1]
Sub tray paper full sensor (PS46)
[11]
Tray up down motor (M11)
[2]
Paper exit solenoid (SD12)
[12]
L size gate solenoid (SD4)
[3]
Sub tray paper exit sensor (PS16)
[13]
S size gate solenoid (SD3)
[4]
Sub tray paper full sensor (PS17)
[14]
Alignment motor (M12)
[5]
Main tray paper exit sensor (PS18)
[15]
Punch conveyance motor (M2)
[6]
Main tray upper limit sensor (PS20)
[16]
Intermediate conveyance motor (M3)
[7]
Sub tray gate solenoid (SD9)
[17]
Entrance gate solenoid (SD1)
[8]
Main tray empty sensor (PS23)
[18]
Entrance conveyance motor (M1)
[9]
Main tray folding paper full sensor (PS7)
[19]
Main tray paper exit motor (M17)
[10]
Main tray lower limit sensor (PS22)
685
bizhub PRO 1050/1050P /1050e/1050eP
15. ELECTRICAL PARTS LAYOUT DRAWING
Field Service Ver3.0 Nov.2006
D. PI rear side
[6]
[7]
[8]
[1]
[2]
[3]
[4]
[5]
fd501fs5004c
[1]
Paper lift motor /Up (M8)
[5]
PI registration clutch /Lw (CL2)
[2]
PI lift plate home sensor /Up (PS34)
[6]
PI conveyance sensor /Up (PS31)
[3]
Paper lift motor /Lw (M9)
[7]
PI conveyance motor (M7)
[4]
PI lift plate home sensor /Lw (PS40)
[8]
PI registration clutch /Up (CL1)
E. PI upper surface
[1]
[2]
[3]
[4]
[5]
[6]
[13]
686
[12]
[11] [10]
[9]
[8]
[7]
fd501fs5005c
[1]
PI paper set sensor /Up (PS44)
[7]
PI paper empty sensor /Up (PS33)
[2]
S size sensor /Up (PS36)
[8]
PI paper empty sensor /Lw (PS39)
[3]
PI max paper size sensor /Up (PS47)
[9]
PI conveyance sensor /Lw (PS37)
[4]
L size sensor /Up (PS35)
[10]
PI upper limit sensor /Lw (PS38)
[5]
Paper size VR /Up (VR31)
[11]
PI upper limit sensor /Up (PS32)
[6]
PI cover open/close sensor (PS43)
[12]
PI pick-up solenoid /Lw (SD14)
[13]
PI pick-up solenoid /Up (SD13)
F.
15. ELECTRICAL PARTS LAYOUT DRAWING
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006 PI lower tray
[5]
[4]
[3]
[2]
[1]
fd501fs5006c
[1]
PI paper set sensor /Lw (PS45)
[4]
L size sensor /Lw (PS41)
[2]
Paper size VR /Lw (VR32)
[5]
PI max paper size sensor /Lw (PS48)
[3]
S size sensor /Lw (PS42)
687
bizhub PRO 1050/1050P /1050e/1050eP
15. ELECTRICAL PARTS LAYOUT DRAWING
Field Service Ver3.0 Nov.2006
G. Punch section
[1]
[12]
[11]
[10]
[9]
[2]
[8] [3] [7]
688
[6]
[5]
[4]
fd501fs5007c
[1]
Punch registration home sensor (PS11)
[7]
Punch conveyance sensor (PS5)
[2]
Punch motor (M10)
[8]
Punch scraps box set sensor (PS12)
[3]
3 holes/4 holes home sensor (PS9)
[9]
Alignment plate home sensor (PS10)
[4]
2 holes punch home sensor (PS8)
[10]
Punch scraps full sensor (PS26)
[5]
Punch registration motor (M13)
[11]
Folding exit sensor (PS2)
[6]
Punch registration sensor (PS6)
[12]
Intermediate conveyance sensor (PS13)
15. ELECTRICAL PARTS LAYOUT DRAWING
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006 H. Folding unit front side/right side
[1]
[10]
[2]
[9] [3]
[8]
[7]
[4]
[6]
[5]
fd501fs5008c
[1]
S size conveyance sensor (PS58)
[6]
1st folding release motor (M14)
[2]
2nd folding roller solenoid (SD18)
[7]
2nd folding release motor (M15)
[3]
Folding entrance sensor (PS52)
[8]
2nd folding cam home sensor (PS56)
[4]
1st folding conveyance sensor (PS51)
[9]
3rd folding release motor (M16)
[5]
1st folding cam home sensor (PS55)
[10]
3rd folding cam home sensor (PS57)
689
bizhub PRO 1050/1050P /1050e/1050eP
15. ELECTRICAL PARTS LAYOUT DRAWING I.
Field Service Ver3.0 Nov.2006
Folding unit rear side/left side
[1]
[2]
[6]
[5]
[4]
[3]
690
fd501fs5009c
[1]
3rd folding conveyance sensor (PS54)
[4]
2nd folding motor (M5)
[2]
2nd folding conveyance sensor (PS53)
[5]
Folding gate solenoid (SD15)
[3]
1st folding motor (M4)
[6]
3rd folding motor (M6)
15. ELECTRICAL PARTS LAYOUT DRAWING
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
15.5 LS-501/502 A. Front side
[14]
[15]
[16]
[17]
[18]
[19] [20]
[21]
[22] [1] [2]
[3] [4] [5] [6] [7] [10]
[13]
[12]
[9]
[8]
[11]
ls502fs5013c
[1]
Entrance conveyance lock solenoid (SD5)
[13]
Grip conveyance home sensor (PS5)
[2]
Entrance sensor (PS4)
[14]
Relay board /1 (RLB/1)
[3]
Paper press solenoid /1 (SD6)
[15]
Shift unit home sensor (PS11)
[4]
Paper cooling fan motor /Rr (FM5)
[16]
Stacker tray set LED (LED1)
[5]
Paper cooling fan motor /Mi (FM3)
[17]
Alignment plate home sensor (PS12)
[6]
Paper cooling fan motor /Fr (FM1)
[18]
Coupling conveyance lock solenoid (SD11)
[7]
Front door lock solenoid (SD4)
[8]
Front door switch (MS1)
[19]
Paper press solenoid /2 (SD7)
[9]
Hand cart set switch (RS1)
[20]
Alignment motor (M7)
[10]
Stacker tray set sensor (PS1)
[21]
2nd gate solenoid (SD10) (LS-501 only)
[11]
Stacker tray upper limit sensor (PS3)
[22]
Coupling conveyance motor (M6) (LS-502 only)
[12]
Paper detection sensor (PS19)
(LS-501 only)
2
691
bizhub PRO 1050/1050P /1050e/1050eP
15. ELECTRICAL PARTS LAYOUT DRAWING
Field Service Ver3.0 Nov.2006
B. Upper surface
[9]
[8]
692
[10] [11]
[7]
[12]
[6]
[1]
[5]
[4]
[3]
[2]
ls502fs5002c
[1]
Conveyance sensor /3 (PS17) (LS-501 only)
[7]
Paper cooling fan motor /1 (FM2)
[2]
Jam indication board (JAMIB)
[8]
Stacker tray operation board (TOB)
[3]
Coupling exit sensor (PS18) (LS-501 only)
[9]
Conveyance sensor /1 (PS7)
[4]
JAM door switch (RS2) (LS-501 only)
[10]
Sub tray full sensor (PS9)
[5]
Sub tray door sensor (PS8)
[11]
Sub tray exit sensor (PS10)
[6]
Paper cooling fan motor /2 (FM6)
[12]
Conveyance sensor /2 (PS16) (LS-501 only)
15. ELECTRICAL PARTS LAYOUT DRAWING
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006 C. Rear side
[20] [19] [1] [18]
[2]
[17]
[3] [4]
[16]
[15]
[5]
[6] [14] [13]
[7]
[12]
[11]
[10]
[9]
[8]
ls502fs5003c
[1]
Shift unit motor (M5)
[11]
2,000 sheets stacked sensor (PS13)
[2]
Stacker tray upper limit switch (MS2)
[12]
Inlet (LS-501 only)
[3]
Grip conveyance motor (M4)
[13]
Stacker tray up down motor (M1)
[4]
Coupling conveyance motor (M6) (LS-501 only)
[14]
Stacker tray encoder sensor (PS2)
[5]
LS control board (LSCB)
[15]
Job partition solenoid (SD2)
[6]
DC power supply (DCPS) (LS-501 only)
[16]
1st gate solenoid (SD1)
[7]
Stacker tray lower limit switch (MS3)
[17]
Conveyance motor (M2)
[8]
Outlet (LS-501 only)
[18]
Sub tray exit motor (M3)
[9]
Stacker tray arm release sensor (PS15)
[19]
Motor cooling fan motor (FM4)
[10]
5,000 sheets stacked sensor (PS14)
[20]
Rear stopper solenoid (SD3)
2
693
bizhub PRO 1050/1050P /1050e/1050eP
15. ELECTRICAL PARTS LAYOUT DRAWING
Field Service Ver3.0 Nov.2006
D. Shift unit
[3]
[4]
[2]
694
[1]
ls502fs5004c
[1]
Front stopper solenoid (SD9)
[3]
Paper press solenoid /3 (SD8)
[2]
Relay board /2 (RLB/2)
[4]
Paper empty sensor (PS6)
15. ELECTRICAL PARTS LAYOUT DRAWING
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
15.6 FS-503 A. Rear side 1
[4]
[5]
[1]
[2]
[3]
fs503fs5001c
[1]
Counter reset sensor (PS15)
[4]
FNS drive board (FNSDB)
[2]
Tray lower limit sensor (PS3)
[5]
FNS control board (FNSCB)
[3]
Tray up down motor (M3)
695
bizhub PRO 1050/1050P /1050e/1050eP
15. ELECTRICAL PARTS LAYOUT DRAWING
Field Service Ver3.0 Nov.2006
B. Rear side 2
[6]
[7]
[8]
[1]
[2]
[3]
[5]
[4]
fs503fs5002c
[1]
Main tray exit motor (M7)
[5]
Gate solenoid (SD2)
[2]
Paper exit opening solenoid (SD9)
[6]
Conveyance motor (M1)
[3]
Paper exit opening sensor (PS12)
[7]
Paper exit opening motor (M8)
[4]
Bypass solenoid (SD5)
[8]
Sub tray exit motor (M6)
C. Front side
[8]
[9]
[10]
[1]
[2]
[7]
[6]
[3]
[5]
[4] fs503fs5003c
696
[1]
FNS entrance sensor (PS4)
[6]
Staple exit upper limit sensor (PS7)
[2]
Staple scraps box set sensor (PS34)
[7]
Tray upper limit sensor (PS2)
[3]
Door switch (MS1)
[8]
Main tray exit sensor (PS10)
[4]
Jam indication board (JAMIB)
[9]
Sub tray paper full sensor (PS30)
[5]
Stacker entrance sensor (PS5)
[10]
Sub tray paper exit sensor (PS1)
15. ELECTRICAL PARTS LAYOUT DRAWING
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006 D. Stacker inside 1
[9]
[10]
[1]
[8] [2]
[3]
[7]
[5]
[4]
[6]
fs503fs5004c
[1]
Intermediate roller open close motor (M25)
[6]
Paper exit arm home sensor (PS9)
[2]
Stacker entrance motor (M13)
[7]
Stacker empty sensor (PS20)
[3]
Paper exit arm motor (M23)
[8]
Alignment home sensor /Fr (PS31)
[4]
Paddle motor (M2)
[9]
Intermediate roller release solenoid (SD7)
[5]
Intermediate roller home sensor (PS33)
[10]
Alignment home sensor /Rr (PS8)
697
bizhub PRO 1050/1050P /1050e/1050eP
15. ELECTRICAL PARTS LAYOUT DRAWING
Field Service Ver3.0 Nov.2006
E. Stacker inside 2
[10]
[9]
[1]
[2]
[3]
[4] [8]
[5]
[7]
698
[6]
fs503fs5005c
[1]
Alignment motor /Rr (M5)
[6]
Rear stopper motor (M26)
[2]
Alignment motor /Fr (M22)
[7]
Stapler movement motor (M11)
[3]
Stack assist guide motor (M24)
[8]
Stapler movement home sensor (PS11)
[4]
Stack assist home sensor (PS32)
[9]
Stapler rotation motor (M4)
[5]
Rear stopper home sensor (PS35)
[10]
Stapler rotation home sensor (PS14)
F.
15. ELECTRICAL PARTS LAYOUT DRAWING
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006 Stapler
[6]
[5] [1]
[4]
[2] [3]
[1]
[2]
Stapler ready sensor /Rr (PS46)
[4]
Stapler board (STB)
Stapler ready sensor /Fr (PS47)
[5]
Staple empty sensor /Rr (PS44)
Stapler home sensor /Rr (PS40) Stapler home sensor /Fr (PS41)
[3]
fs503fs5006c
Cartridge set sensor /Rr (PS42)
Staple empty sensor /Fr (PS45) [6]
Stapler motor /Rr (M30) Stapler motor /Fr (M31)
Cartridge set sensor /Fr (PS43)
699
bizhub PRO 1050/1050P /1050e/1050eP
15. ELECTRICAL PARTS LAYOUT DRAWING
Field Service Ver3.0 Nov.2006
15.7 SD-501 A. Horizontal conveyance section (1) Entrance conveyance
[1]
[4]
[2]
[3]
15anf5c001na
[1]
Entrance gate solenoid (SD1)
[3]
Entrance sensor (PS1)
[2]
Entrance conveyance motor (M1)
[4]
Right side direction
(2) Horizontal conveyance
[5]
[6] [7]
[8]
[9]
[1]
[4]
700
[3]
[2]
15anf5c002na
[1]
Horizontal conveyance sensor /2 (PS3)
[6]
Roller release solenoid /4 (SD4)
[2]
Horizontal conveyance exit sensor (PS4)
[7]
Subtray exit sensor (PS11)
[3]
Horizontal conveyance motor (M2)
[8]
Front side direction
[4]
Horizontal conveyance gate solenoid (SD3)
[9]
Subtray paper full sensor (PS12)
[5]
Horizontal conveyance sensor /1 (PS2)
1
15. ELECTRICAL PARTS LAYOUT DRAWING
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006 B. Right angle conveyance section
[1] [7] [8]
[9]
[2] [3]
[4] [5]
[6]
15anf5c003na
[1]
Right angle conveyance gate solenoid (SD2)
[6]
Front side direction
[2]
Right angle conveyance sensor /1 (PS5)
[7]
Roller release solenoid /2 (SD6)
[3]
Right angle conveyance motor (M6)
[8]
Right angle conveyance sensor /2 (PS6)
[4]
Overlap motor (M13)
[9]
Roller release solenoid /1 (SD5)
[5]
Overlap home sensor (PS17)
1
701
bizhub PRO 1050/1050P /1050e/1050eP
15. ELECTRICAL PARTS LAYOUT DRAWING
Field Service Ver3.0 Nov.2006
C. Folding section (1) Top side /1
[10] [1] [9]
[2]
[8]
[3]
[7]
[4] [6] [5] 15anf5c004na
[1]
2nd folding blade motor (M19)
[6]
Roller release solenoid /3 (SD7)
[2]
Folding main scan alignment home sensor /Fr2 (PS49)
[7]
Folding sensor /2 (PS44)
[3]
Folding main scan alignment home sensor /Fr1 (PS18)
[8]
2nd folding blade home sensor /2 (PS23)
[4]
Folding entrance sensor (PS60)
[9]
2nd folding blade home sensor /1 (PS22)
[5]
Front side direction
[10]
Folding passage sensor (PS8)
(2) Top side /2
[4]
[3] [1] [2]
15anf5c005na
702
[1]
Folding sub scan alignment home sensor (PS56)
[3]
Folding sensor /1 (PS7)
[2]
Folding main scan alignment motor /Rr (M14)
[4]
Front side direction
1
15. ELECTRICAL PARTS LAYOUT DRAWING
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006 (3) Bottom side view
[12]
[8]
[9]
[10]
[11]
[1]
[2]
[7] [3]
[6]
[5] [4]
15anf5c006na
[1]
1st folding blade motor (M18)
[7]
Front side direction
[2]
Folding conveyance motor (M4)
[8]
Folding main scan alignment motor /Fr (M7)
[3]
Folding main scan alignment home sensor /Rr (PS19)
[9]
Folding entrance motor (M3)
[4]
1st folding blade home sensor /2 (PS21)
[10]
Folding sub scan alignment exit motor (M8)
[5]
1st folding blade home sensor /1 (PS20)
[11]
Guide shaft home sensor (PS46)
[6]
Guide shaft motor (M25)
[12]
Folding exit home sensor (PS24)
1
703
bizhub PRO 1050/1050P /1050e/1050eP
15. ELECTRICAL PARTS LAYOUT DRAWING
Field Service Ver3.0 Nov.2006
(4) Tri-folding exit
[4]
[1]
[2]
[3]
704
[1]
Tri-folding exit sensor (PS9)
[3]
Front side direction
[2]
Tri-folding paper full sensor (PS10)
[4]
Tri-folding exit clutch (CL1)
1
15anf5c007na
15. ELECTRICAL PARTS LAYOUT DRAWING
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006 (5) Others
[1]
[2]
15anf5c008na
[1]
Folding unit lock solenoid (SD8)
[2]
Front side direction
D. Saddle stitching section (1) Bundle clip
[1]
[2]
[3]
[4]
15anf5c009na
[1]
Bundle sensor /1 (PS14)
[3]
Bundle clip motor (M11)
[2]
Bundle clip upper limit sensor (PS33)
[4]
Bundle clip lower limit sensor (PS30)
1
705
bizhub PRO 1050/1050P /1050e/1050eP
15. ELECTRICAL PARTS LAYOUT DRAWING
Field Service Ver3.0 Nov.2006
(2) Front side
[7]
[1]
[6]
[2]
[3] [5] [4] 15anf5c010na
[1]
Clincher solenoid /Rt (SD9)
[5]
Saddle stitching paper sensor (PS13)
[2]
Saddle stitching alignment motor /Rt (M9)
[6]
Saddle stitching alignment motor /Lt (M16)
[3]
Bundle arm motor (M10)
[7]
Clincher solenoid /Lt (SD10)
[4]
Bundle arm home sensor (PS32)
(3) Rear side /1
[10]
[1] [2] [3]
[9]
[4] [5] [6]
[8]
[7]
706
15anf5c011na
[1]
Bundle arm assist upper limit sensor (PS39)
[6]
Stapler movement home sensor (PS25)
[2]
Saddle stitching alignment home sensor /Lt (PS29)
[7]
Back side direction
[3]
Bundle arm assist motor (M26)
[8]
Clincher up down motor (M20)
[4]
Stapler movement motor (M15)
[9]
Saddle stitching alignment home sensor /Rt (PS28)
[5]
Bundle arm assist home sensor (PS38)
[10]
Clincher up down home sensor (PS26)
1
15. ELECTRICAL PARTS LAYOUT DRAWING
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006 (4) Rear side /2
[3] [1]
[2] 15anf5c012na
[1]
Saddle stitching press home sensor (PS27)
[2]
Saddle stitching press motor (M21)
[3]
Front side direction
(5) Stapler
[4]
[1]
[3]
[2]
15anf5c013na
[1]
Stapler empty switches /Rt (SW1) and /Lt
[3]
(SW2) [2]
Stapler motors /Rt (M29) and /Lt (M30)
Stapler home sensors /Rt (HS1) and /Lt (HS3)
[4]
Clincher start sensor /Rt (HS2) and /Lt (HS4)
1
707
bizhub PRO 1050/1050P /1050e/1050eP
15. ELECTRICAL PARTS LAYOUT DRAWING
Field Service Ver3.0 Nov.2006
E. Bundle processing section (1) Bundle press stage/bundle press bottom side
[10]
[9]
[8]
[1]
[7] [2]
[6]
[5]
[3] [4]
708
15anf5c014na
[1]
Bundle press movement home sensor (PS36)
[6]
Bundle press home sensor (PS37)
[2]
Bundle sensor /4 (PS54)
[7]
Bundle press motor (M23)
[3]
Bundle registration home sensor (PS34)
[8]
Bundle sensor /2 (PS15)
[4]
Bottom side view
[9]
Front side direction
[5]
Bundle press lower limit sensor (PS47)
[10]
Trimmer registration sensor (PS55)
1
15. ELECTRICAL PARTS LAYOUT DRAWING
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006 (2) Bundle exit
[7]
[6] [5]
[1]
[4]
[2]
[3] 15anf5c015na
F.
[1]
Bundle tray set sensor (PS58)
[5]
Scraps box set sensor (PS40)
[2]
Trimmer scraps full sensor (PS41)
[6]
Scraps press home sensor (PS48)
[3]
Bundle tray paper full sensor (PS61)
[7]
Bundle registration plate home sensor (PS16)
[4]
Bundle exit sensor /2 (PS57)
Trimmer section
[8]
[7]
[9]
[6]
[10] [1]
[2]
[5]
[4]
[3]
15anf5c022na
[1]
Trimmer press motor (M32)
[6]
Trimmer blade motor (M31)
[2]
Trimmer paddle motor (M33)
[7]
Trimmer press upper limit sensor (PS52)
[3]
Trimmer board replacement sensor (PS59)
[8]
Trimmer press home sensor (PS53)
[4]
Trimmer blade home sensor (PS50)
[9]
Trimmer board solenoid (SD11)
[5]
Trimmer blade upper limit sensor (PS51)
[10]
Front side direction
2
709
bizhub PRO 1050/1050P /1050e/1050eP
15. ELECTRICAL PARTS LAYOUT DRAWING
Field Service Ver3.0 Nov.2006
G. Left side
[1]
[10] [2]
[9] [8]
[3]
[7]
[4]
[6] [5] [1]
Bundle arm rotation home sensor (PS31)
[6]
Bundle exit motor (M5)
[2]
Bundle press stage up down limit sensor (PS45)
[7]
Bundle press movement motor (M17)
[3]
Bundle arm rotation motor (M22)
[8]
Bundle registration motor (M12)
Bundle press stage up down home sensor
[9]
Scraps removal fan motor (FM1)
(PS35)
[10]
Bundle press stage up down motor (M24)
[4]
[5]
710
15anf5c017na
Left side view
1
15. ELECTRICAL PARTS LAYOUT DRAWING
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006 H. Front side
[1] [6]
[2] [3]
[5]
[4] 15anf5c018na
[1]
Front door sensor /Rt (PS42)
[4]
Jam indication board /2 (JAMIB/2)
[2]
Front door switch /Rt (MS1)
[5]
Front door sensor /Lt (PS43)
[3]
Jam indication board /1 (JAMIB/1)
[6]
Front door switch /Lt (MS2)
1
711
bizhub PRO 1050/1050P /1050e/1050eP
15. ELECTRICAL PARTS LAYOUT DRAWING I.
Field Service Ver3.0 Nov.2006
Rear side
[1] [9] [2]
[3] [4] [5]
[8]
[6] [7]
15anf5c019na
712
[1]
DC power supply /1 (DCPS1)
[6]
Noise filter (NF1)
[2]
DC power supply /2 (DCPS2)
[7]
Power relay (RL1)
[3]
DC power supply /3 (DCPS3)
[8]
SD control board (SDCB)
[4]
Circuit breaker /1 (CBR1)
[9]
SD drive board (SDDB)
[5]
Circuit breaker /2 (CBR2)
1
15. ELECTRICAL PARTS LAYOUT DRAWING
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
15.8 PB-501 A. SC section (1) Front side/Top side
[8]
[9]
[10] [1]
[2]
[7]
[3]
[6]
[5]
[4]
a075f5c001ca
[1]
SC alignment HP sensor (PS14)
[7]
SC switchback conveyance motor (M12)
[2]
SC paper detection sensor (PS16)
[8]
SC switchback spring pressure detection
[3]
SC pressure arm solenoid (SD13)
[4]
SC roller release motor (M18)
[9]
SC switchback release motor (M13)
[5]
SC roller release sensor (PS17)
[10]
SC switchback arm pressure detection
[6]
SC stopper solenoid (SD12)
sensor (PS13)
sensor (PS12)
2
713
bizhub PRO 1050/1050P /1050e/1050eP
15. ELECTRICAL PARTS LAYOUT DRAWING
Field Service Ver3.0 Nov.2006
(2) Rear side/Bottom side
[8]
[9]
[1] [2]
[7]
[6]
[3]
[5]
[4]
a075f5c002ca
714
[1]
Clamp entrance movement motor (M19)
[6]
Clamp entrance roller release motor (M20)
[2]
Clamp entrance movement HP sensor (PS18)
[7]
SC bundle conveyance motor (M17)
[3]
SC alignment motor (M15)
[8]
SC entrance conveyance motor (M11)
[4]
FD alignment solenoid (SD11)
[9]
Straight gate solenoid (SD91)
[5]
Clamp entrance roller release sensor (PS19)
2
15. ELECTRICAL PARTS LAYOUT DRAWING
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006 B. Clamp section (1) Top side
[8]
[9]
[1]
[2]
[3] [7]
[6]
[5]
[4]
a075f5c003ca
[1]
Clamp rotation motor (M23)
[6]
Clamp paper LED (LED21)
[2]
Clamp rotation HP sensor (PS24)
[7]
Cover paper table upper limit sensor /Rr (PS26)
[3]
Clamp rotation pressure sensor (PS25)
[8]
Clamp motor (M22)
[4]
Cover paper table upper limit sensor /Fr (PS27)
[9]
Clamp alignment HP sensor (PS21)
[5]
Clamp paper sensor (PS28)
(2) Left side
[4]
[3]
[1]
[2] a075f5c004ca
[1]
Book thickness sensor (PS29)
[3]
Clamp HP sensor (PS22)
[2]
Clamp pressure sensor (PS23)
[4]
Clamp alignment motor (M21)
2
715
bizhub PRO 1050/1050P /1050e/1050eP
15. ELECTRICAL PARTS LAYOUT DRAWING
Field Service Ver3.0 Nov.2006
C. Pellet supply section
[9]
[10]
[1] [8]
[7] [6] [2] [5]
[4]
[3] a075f5c005ca
716
[1]
Pellet supply arm motor (M34)
[6]
Pellet count sensor (PS37)
[2]
Exhaust fan /1 (M80)
[7]
Pellet supply motor (M33)
[3]
Pellet count LED (LED32)
[8]
Pellet remain sensor (PS36)
[4]
Pellet supply arm upper limit sensor (PS38)
[9]
Pellet supply door switch (MS1)
[5]
Pellet supply arm lower limit sensor (PS39)
[10]
Pellet supply door sensor (PS40)
2
15. ELECTRICAL PARTS LAYOUT DRAWING
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006 D. Glue tank section (1) Glue tank
[11]
[12]
[10] [1]
[9]
[2]
[8]
[7]
[4]
[3]
[5]
[6]
a075f5c006ca
[1]
Glue tank heater (H1)
[7]
Glue tank up solenoid /2 (SD33)
[2]
Glue apply roller heater (H2)
[8]
Glue tank up solenoid /1 (SD31)
[3]
Glue tank temperature sensor /Lw (TH)
[9]
Cover paper glue up solenoid (SD32)
[4]
Glue tank temperature sensor /Md (TH3)
[10]
Glue apply roller temperature sensor (TH1)
[5]
Glue apply position detection sensor (PS32)
[11]
Glue tank temperature sensor /Up (TH2)
[6]
Glue apply position LED (LED31)
[12]
Glue apply roller motor (M32)
2
717
bizhub PRO 1050/1050P /1050e/1050eP
15. ELECTRICAL PARTS LAYOUT DRAWING
Field Service Ver3.0 Nov.2006
(2) Glue tank unit movement
[1] [2]
a075f5c007ca
[1]
718
Glue tank movement limit sensor (PS31)
2
[2]
Glue tank HP sensor (PS33)
15. ELECTRICAL PARTS LAYOUT DRAWING
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006 E. Cover paper supply section (1) Inside
[1]
[2]
[3]
[7]
[4]
[5]
[6]
a075f5c019ca
[1]
Cover paper tray upper limit sensor (PS74)
[5]
Cover paper tray fan /1 (M71)
[2]
Cover paper conveyance sensor /1 (PS75)
[6]
Cover paper empty sensor (PS71)
[3]
Cover paper pick up solenoid (SD71)
[7]
Cover paper tray fan /2 (M72)
[4]
Cover paper tray knob sensor (PS82)
(2) Rear side
[1]
[2]
[5]
[4]
[3] a075f5c020ca
[1]
Cover paper pick up clutch (MC71)
[4]
Cover paper conveyance sensor /2 (PS76)
[2]
Cover paper separation clutch (MC72)
[5]
Cover paper conveyance sensor /3 (PS77)
[3]
Cover paper tray lift motor (M73)
2
719
bizhub PRO 1050/1050P /1050e/1050eP
15. ELECTRICAL PARTS LAYOUT DRAWING F.
Field Service Ver3.0 Nov.2006
Cover paper lift section
(1) cover paper table unit
[16]
[15]
[17]
[18]
[19]
[20]
[1]
[14]
[2] [3]
[13]
[12]
[11]
[10]
720
[9]
[8]
[7]
[6]
[5]
[4]
a075f5c008ca
[1]
Cover paper switchback sensor (PS44)
[11]
Cover paper folding plate position sensor (PS51)
[2]
Cover paper sensor /Rt (PS45)
[12]
Cover paper sensor /Lt (PS46)
[3]
Cover paper lift solenoid (SD41)
[13]
Book exit motor (M42)
[4]
Cover paper conveyance arm motor /Rt (M43)
[14]
Cover paper alignment HP sensor (PS41)
[5]
Cover paper folding pressure sensor (PS52)
[15]
Cover paper conveyance arm HP sensor /Lt (PS43)
[6]
Cover paper folding motor /Rt (M48)
[16]
Cover paper folding motor/Lt (M49)
[7]
Cover paper folding plate encorder sensor (PS50)
[17]
Cover paper conveyance motor (M45)
[8]
Cover paper alignment motor (M41)
[18]
Cover paper folding plate HP sensor /Rt (M48)
[9]
Cover paper folding plate HP sensor /Lt (PS49)
[19]
Cover Paper conveyance arm HP sensor /Rt (PS42)
[10]
Cover paper conveyance arm motor /Lt (M44)
[20]
Cutter motor (M50)
2
15. ELECTRICAL PARTS LAYOUT DRAWING
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006 (2) Roller cutter assy
[2]
[3]
[1]
a075f5c009ca
[1]
Cutter HP switch (SW41)
[2]
Cutter end switch (SW42)
[3]
Cutter motor (M50)
2
721
bizhub PRO 1050/1050P /1050e/1050eP
15. ELECTRICAL PARTS LAYOUT DRAWING
Field Service Ver3.0 Nov.2006
G. Book stock section (1) Rear side
[1]
[2]
[3]
[4] [5]
[11]
[6] [10] [7]
[9]
722
[8]
[1]
Book conveyance belt up down motor (M63)
[7]
Book sensor /2 (PS67)
[2]
Book conveyance belt movement motor (M62)
[8]
Book movement motor (M64)
[3]
Book conveyance belt movement HP sensor (PS62)
[9]
Book stopper motor (M65)
[4]
Book conveyance belt motor (M61)
[10]
Book stopper HP sensor (PS68)
[5]
Book load limit sensor (PS65)
[11]
Book sensor /1 (PS66)
[6]
Cart set sensor (PS69)
2
a075f5c010ca
15. ELECTRICAL PARTS LAYOUT DRAWING
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006 (2) Inside
[7]
[6]
[5]
[4]
[3] [2]
[1]
a075f5c011cb
[1]
Book conveyance belt lower limit sensor (PS64)
[5]
Book upper limit LED (LED61)
[2]
Book end sensor (PS61)
[6]
Book door solenoid (SD61)
[3]
Stacker door sensor (PS57)
[7]
Book conveyance belt HP sensor (PS63)
[4]
Stacker door switch (MS4)
2
723
bizhub PRO 1050/1050P /1050e/1050eP
15. ELECTRICAL PARTS LAYOUT DRAWING
Field Service Ver3.0 Nov.2006
H. Conveyance section and framework section (1) Conveyance unit
[10]
[1]
[2]
[9]
[8]
[3]
[7]
[4]
[6]
[5] a075f5c012cb
724
[1]
Sub tray exit solenoid (SD4)
[6]
Multi feed detection board /2 (MFDTB72)
[2]
Sub tray full sensor (PS5)
[7]
Entrance gate solenoid (SD1)
[3]
Entrance sensor (PS1)
[8]
Entrance conveyance motor (M1)
[4]
Cover paper entrance sensor (PS3)
[9]
Sub tray gate solenoid (SD3)
[5]
Waste box full sensor (PS80)
[10]
Sub tray exit sensor (PS4)
2
15. ELECTRICAL PARTS LAYOUT DRAWING
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006 (2) Right side
[8]
[1]
[7]
[6]
[5]
[2]
[3]
[4]
a075f5c013ca
[1]
Upper door switch (SW1)
[5]
Front door lock solenoid (SD80)
[2]
Multi feed detection board /1 (MFDTB71)
[6]
Front door switch (MS2)
[3]
Cover paper conveyance sensor /5 (PS79)
[7]
SC entrance sensor (PS2)
[4]
Cover paper conveyance sensor /4 (PS78)
[8]
Bypass gate solenoid (SD2)
2
725
bizhub PRO 1050/1050P /1050e/1050eP
15. ELECTRICAL PARTS LAYOUT DRAWING
Field Service Ver3.0 Nov.2006
(3) Rear side
[12]
[13]
[14]
[15]
[11]
[10]
[1] [2]
[9]
[8]
[7]
[6]
726
[5]
[4]
[3]
a075f5c014ca
[1]
PB drive board (PBDB)
[9]
DC power supply unit /2 (DCPU/2)
[2]
PB control board (PBCB)
[10]
Glue tank movement motor (M31)
[3]
Cover paper table up down motor /Rr (M47)
[11]
DC power supply unit /3 (DCPU/3)
[4]
Circuit breaker (CBR)
[12]
AC drive board (ACDB)
[5]
Noise filter (NF)
[13]
Intermediate conveyance motor (M2)
[6]
Cover paper table up down motor /Fr (M46)
[14]
Pellet supply cooling fan motor (M4)
[7]
Cover paper feed motor (M74)
[15]
Exhaust fan /2 (M81)
[8]
DC power supply unit /1 (DCPU/1)
2
15. ELECTRICAL PARTS LAYOUT DRAWING
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006 (4) Inside
[3]
[2]
[1] a075f5c015ca
[1]
Cover paper table HP sensor /Fr (PS47)
[2]
Cover paper table HP sensor /Rr (PS53)
[3]
Waste box set sensor (PS81)
2
727
bizhub PRO 1050/1050P /1050e/1050eP
16. CONNECTOR LAYOUT DRAWING
Field Service Ver3.0 Nov.2006
16. CONNECTOR LAYOUT DRAWING 16.1 Main body A. Connector in the board (1) Printer control board
222(W : 18 pin)
216(W : 15 pin)
227(W : 10 pin)
214(W : 11 pin)
225(W : 16 pin)
223(W : 16 pin)
228(W : 26 pin) 401(W : 2 pin)
301(W : 2 pin) 224(W : 6 pin)
325(W : 6 pin)
293(W : 10 pin)
211(W : 15 pin)
422(W : 6 pin)
211(W : 15 pin) 212(W : 4 pin)
324(W : 7 pin)
215(W : 20 pin)
424(W : 4 pin) 210(W : 19 pin)
328(W : 6 pin) 323(W : 8 pin) 326(W : 4 pin) 322(W : 5 pin)
229(W : 17 pin) 300(W : 2pin) 320(W : 16pin)
213(W : 34 pin)
220(GY : 34 pin)
321(W : 4 pin)
200(W : 7 pin) 217(W : 15 pin)
327(W : 10 pin)
218(W : 9 pin)
1050fs5033c
(2) Image processing board
110 (W : 40 pin)
195 (GY : 40 pin) 103 (W : 4 pin)
124 (BK : 100 pin)
125 (W : 2 pin) 123 (BK : 100 pin) 134 (BK : 36 pin)
132 (W : 5 pin)
129 (W : 40 pin)
130 (W : 24 pin)
728
128 (W : 10 pin)
1050fs5034c
16. CONNECTOR LAYOUT DRAWING
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006 (3) Overall control board
136 (W : 40 pin) 104 (W : 4 pin) 112 (BK : 100 pin)
113 (BK : 100 pin)
111 (W : 4 pin)
109 (BK : 120 pin)
139 (BK : 9 pin)
137 (W : 15 pin)
138 (W : 15 pin) 100 (W : 6 pin) 135 (W : 19 pin) 101 (W : 12 pin)
1050fs5035c
(4) AC drive board
420 (W : 18 pin)
35 (W : 5 pin) 36 (W : 10 pin) 411 (W : 11 pin)
410 (W : 34 pin)
100 (W : 8 pin)
442 (W : 9 pin) 440 (W : 4 pin)
1050fs5036c
729
bizhub PRO 1050/1050P /1050e/1050eP
16. CONNECTOR LAYOUT DRAWING
Field Service Ver3.0 Nov.2006
(5) Scanner drive board
620 (W : 3 pin)
623 (W : 7 pin)
621 (W : 3 pin) 622 (W : 4 pin)
600 (W : 6 pin)
610 (W : 15 pin)
1050fs5037c
(6) ADU drive board /1
528 (W : 6 : pin)
520 (W : 6 pin)
620 (W : 3 pin) 521 (GY : 28 pin)
510 (GY : 2 pin) 534 (W : 3 pin) 529 (W : 6 pin)
510 (GY : 15 pin) 513 (W : 2 pin) 523 (GY : 19 pin)
527 (GY : 30 pin) 512 (W : 6 pin) 531 (W : 10 pin) 524 (W : 6 pin) 526 (GY : 30 pin) 511 (W : 5 pin) 500 (W : 9 pin)
730
1050fs5038c
16. CONNECTOR LAYOUT DRAWING
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006 (7) ADU drive board /2
594 (W : 6 pin)
590 (GY : 19 pin)
596 (W : 3 pin)
591 (GY : 2 pin)
592 (W : 6 pin)
593 (W : 6 pin)
595 (W : 5 pin) 1050fs5039c
(8) DC power supply /1
2 (W : 3 pin)
76 (W : 4 pin)
77 (W : 10 pin)
75 (W : 2 pin)
71 (W : 7 pin)
74 (W : 14 pin)
73 (W : 6 pin)
1050fs5040c
731
bizhub PRO 1050/1050P /1050e/1050eP
16. CONNECTOR LAYOUT DRAWING
Field Service Ver3.0 Nov.2006
(9) DC power supply /2
3 (W : 3 pin)
11 (W : 14 pin) 13 (W : 18 pin) 21 (W : 4 pin) 15 (W : 14 pin) 12 (W : 22 pin) 14 (W : 4 pin)
4 (W : 3 pin)
2 (W : 3 pin)
1 (W : 5 pin)
1050fs5041c
(10) High voltage unit /1
251 (W : 11 pin) 250 (W : 3 pin)
732
1050fs5056c
16. CONNECTOR LAYOUT DRAWING
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006 (11) High voltage unit /2
650 (W : 4 pin) 651 (W : 11 pin)
1050fs5042c
(12) Operation board /1
707 (W : 4 pin) 711 (W : 6 pin) 706 (W : 5 pin) 710 (W : 5 pin) 704 (W : 28 pin) 705 (W : 7 pin) 709 (W : 2 pin)
1050fs5043c
733
bizhub PRO 1050/1050P /1050e/1050eP
16. CONNECTOR LAYOUT DRAWING
Field Service Ver3.0 Nov.2006
(13) Operation board /2
708 (W : 4 pin)
700 (W : 40 pin)
703 (W : 28 pin)
701 (W : 4 pin)
702 (W : 41 pin)
1050fs5044c
(14) Operation board /3
712 (W : 7 pin)
1050fs5045c
(15) OB inverter
713 (W : 7 pin)
714 (W : 3 pin) 715 (W : 3 pin)
1050fs5046c
(16) CCD board
170 (W : 50 pin) 1050fs5047c
(17) Polygon motor drive board
131 (W : 6 pin)
734
133 (W : 11 pin)
1050fs5048c
16. CONNECTOR LAYOUT DRAWING
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006 (18) Laser drive board
56 (GY : 24 pin)
1050fs5049c
(19) Index board
51 (GY : 5 pin)
1050fs5050c
(20) L1 inverter
632 (W : 4 pin)
2 (W : 2 pin)
1050fs5051c
(21) Toner control sensor board
454 (W : 10 pin)
1050fs5057c
(22) Drum potential sensor board
457 (W : 5 pin)
458 (W : 4 pin)
1050fs5058c
735
bizhub PRO 1050/1050P /1050e/1050eP
16. CONNECTOR LAYOUT DRAWING
Field Service Ver3.0 Nov.2006
(23) Multi feed detection board /1
490 (W : 3 pin)
1050fs5052c
(24) Multi feed detection board /2
491 (W : 6 pin)
1050fs5053c
(25) Parameter board
141 (W : 40 pin)
142 (W : 20 pin)
736
1050fs5059c
16. CONNECTOR LAYOUT DRAWING
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006 (26) IC board
882 (BK : 160 pin) 881 (BK : 160 pin) 889 (BK : 9 pin)
893 (BK : 40 pin)
886 (BK : 4 pin)
885 (W : 4 pin)
897 (BK : 80 pin)
884 (B : 80 pin)
1050fs5054c
737
bizhub PRO 1050/1050P /1050e/1050eP
16. CONNECTOR LAYOUT DRAWING
Field Service Ver3.0 Nov.2006
16.2 DF-603 16.2.1
Connector in the board
A. RADF control board
J1 (N.C.) J3 (N.C.)
5 (W : 3 pin)
7 (W : 12 pin)
3 (W : 7 pin) 4 (W : 4 pin)
6 (W : 4pin)
8 (GY : 34 pin)
J2 (N.C.)
2 (W : 8 pin)
9 (W : 5 pin) 1 (W : 4 pin) 10 (W : 6 pin)
17 (W : 4 pin)
14 (W : 6 pin)
16 (W : 3 pin)
15 (W : 9 pin)
13 (W : 6 pin)
11 (W : 6 pin)
12 (W : 7 pin)
df603fs5007c
B. Tray board
24 (W : 9 pin)
23 (W : 6 pin)
25 (W : 3 pin)
df603fs5008c
C. Multi feed detection board /1
26 (W : 3 pin)
27 (W : 2 pin)
738
df603fs5009c
16. CONNECTOR LAYOUT DRAWING
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006 D. Multi feed detection board /2
22 (W : 2 pin)
21 (W : 3 pin)
df603fs5010c
739
bizhub PRO 1050/1050P /1050e/1050eP
16. CONNECTOR LAYOUT DRAWING
Field Service Ver3.0 Nov.2006
16.3 PF-701 16.3.1
Connector in the board
A. PFU control board
720 (W : 10 pin) 714 (W : 3 pin)
710 (W : 14 pin)
724 (W : 6 pin)
701 (W : 2 pin)
716 (GY : 4 pin)
723 (W : 6 pin)
722 (W : 10 pin)
N.C. 711 (GY : 28 pin)
N.C.
721 (GY : 22 pin)
SW1 717 (GY : 10 pin)
712 (GY : 14 pin)
715 (W : 6 pin)
713 (GY : 15 pin)
700 (W : 7 pin)
705 (GY : 15 pin) SW1 ON
1 2
pf701fs5007c
NOTE • Since the setting of DIP switch (SW1) is peculiar to the type, be sure not to change its setting.
740
16. CONNECTOR LAYOUT DRAWING
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
16.4 FD-501 16.4.1
Connector in the board
A. FD control board
18 (W : 2 pin)
13 (GY : 9 pin)
17 (W : 8 pin)
9 (N.C.)
11 (GY : 6 pin)
7 (N.C.)
16 (W : 7 pin) 12 (N.C.)
8 (N.C.) 22 (N.C.)
20 (W : 4 pin)
15 (GY : 7 pin)
SW3 21 (N.C.)
2 (GY : 40 pin)
14 (GY : 18 pin) 1 (GY : 32 pin) 3 (GY : 16 pin) 4 (B : 32 pin) ON
5 (B : 40 pin)
6 (B : 16 pin)
ON
SW3 1
2
C6500
3
4
1
2
3
1050
4
fd501fs5010c
2
741
bizhub PRO 1050/1050P /1050e/1050eP
16. CONNECTOR LAYOUT DRAWING
Field Service Ver3.0 Nov.2006
B. Punch drive board 224 (GY : 20 pin)
210 (GY : 28 pin)
203 (GY : 18 pin)
201 (GY : 40 pin)
220 (GY : 24 pin) 219 (GY : 26 pin)
208 (GY : 9 pin)
222 (GY : 12 pin)
202 (GY : 32 pin)
206 (W : 4 pin) 221 (GY : 22 pin)
204 (GY : 40 pin)
223 (GY : 11 pin)
209 (GY : 34 pin)
215 (W : 8 pin)
211 (W : 4 pin)
217 (W : 9 pin)
207 (W : 6 pin)
216 (W : 12 pin)
205 (W : 5 pin)
fd501fs5011c
C. Folding drive board 500 (W : 4 pin)
508 (GY : 36 pin)
507 (GY : 15 pin)
501 (GY : 34 pin)
503 (GY : 16 pin)
506 (W : 6 pin)
505 (W : 12 pin)
742
fd501fs5012c
16. CONNECTOR LAYOUT DRAWING
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006 D. PI drive board
309 (W : 4 pin)
311 (GY : 26 pin)
314 (GY : 15 pin)
313 (GY : 8 pin)
306 (GY : 18 pin)
305 (GY : 16 pin) 318 (GY : 7 pin)
307 (GY : 20 pin)
315 (GY : 6 pin) 308 (W : 3 pin) 317 (GY : 4 pin)
300 (W : 2 pin)
303 (GY : 6 pin)
304 (GY : 28 pin) 301 (GY : 16 pin) 302 (GY : 32 pin)
fd501fs5013c
E. FD operation board
361 (GY : 26 pin)
fd501fs5014c
F.
Jam indicator board
370 (GY : 6 pin)
fd501fs5015c
743
bizhub PRO 1050/1050P /1050e/1050eP
16. CONNECTOR LAYOUT DRAWING
Field Service Ver3.0 Nov.2006
G. DC power supply board
51 (W : 8 pin)
1 (W : 3 pin)
fd501fs5016c
H. Multi feed detection board /1, /2
490 (W : 3 pin)
fd501fs5025c
I.
Temperature sensor board
374 (GY : 4 pin)
fd501fs5026c
744
16. CONNECTOR LAYOUT DRAWING
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
16.5 LS-501/502 16.5.1
Connector in the board
A. LS control board 22 (W : 2 pin) 5 (W : 9 pin) 21 (W : 4 pin) 11 (W : 6 pin) 2 (W : 15 pin) 24 (W : 12 pin) 6 (W : 3 pin) 23 (W : 11 pin) 30 (BL : 10 pin) 28 (W : 2 pin)
1 (W : 13 pin) 4 (W : 12 pin)
3 (W : 5 pin)
29 (W : 7 pin) 9 (W : 11 pin)
(N.C.) (N.C.)
26 (W : 5 pin)
8 (W : 8 pin)
27 (W : 4 pin) 12 (W : 6 pin)
25 (W : 6 pin)
13 (W : 7 pin)
14 (W : 2 pin) 10 (W : 10 pin)
20 (W : 4 pin) 19 (W : 3 pin)
18 (W : 7 pin)
15 (W : 12 pin) 17 (W : 6 pin)
7 (W : 14 pin)
16 (W : 13 pin)
ls502fs5005c
B. Relay board /1 4 (W : 17 pin)
1 (W : 3 pin) 2 (W : 2 pin) 3 (W : 4 pin)
ls502fs5006c
C. Relay board /2 4 (W : 17 pin)
1 (W : 3 pin) 2 (W : 2 pin) 3 (W : 4 pin)
ls502fs5007c
745
bizhub PRO 1050/1050P /1050e/1050eP
16. CONNECTOR LAYOUT DRAWING
Field Service Ver3.0 Nov.2006
D. DC power supply
51 (W : 6 pin) 1 (W : 5 pin) 52 (W : 2 pin) ls502fs5008c
746
16. CONNECTOR LAYOUT DRAWING
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
16.6 FS-503 16.6.1
Connector in the board
A. FNS control board
19 (W : 4 pin)
9 (GY : 40 pin)
16 (W : 7 pin) 10 (GY : 3 pin) 12 (N.C.) 22 (GY : 20 pin)
20 (W : 4 pin)
23 (N.C.)
SW3 21 (W : 3 pin)
2 (GY : 40 pin)
1 (GY : 32 pin) 14 (GY : 18 pin) 3 (GY : 16 pin) ON
ON 1 : ON 2 : ON 3 : ON 4 : ON
SW3 1
2
3
C6500
4
1 : ON 2 : OFF 3 : ON 4 : ON
SW3 1
2
3
4
1050 fs503fs5007c
2
747
bizhub PRO 1050/1050P /1050e/1050eP
16. CONNECTOR LAYOUT DRAWING
Field Service Ver3.0 Nov.2006
B. FNS drive board
53 (W : 8 pin)
52 (W : 18 pin)
66 (W : 2 pin)
62 (GY : 16 pin)
70 (W : 8 pin) 55 (GY : 15 pin)
71 (GY : 6 pin) 61 (GY : 40 pin)
51 (W : 26 pin)
65 (GY : 3 pin) 56 (W : 22 pin)
64 (GY : 18 pin) 60 (W : 4 pin)
57 (GY : 40 pin)
58 (GY : 30 pin) 63 (GY : 32 pin) 54 (W : 15 pin) 59 (GY : 14 pin)
fs503fs5008c
C. Stapler board
4 (R : 3 pin) 2 (O : 3 pin) 3 (W : 3 pin) 5 (O : 3 pin)
1 (W : 7 pin) fs503fs5009c
748
16. CONNECTOR LAYOUT DRAWING
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
16.7 SD-501 16.7.1
Connector in the board
A. SD control board
19 (W : 4 pin) 18 (W : 2 pin) 17 (W : 8 pin)
10 (W : 3 pin) 12 (W : 8 pin) 9 (N.C.) 7 (W : 24 pin)
16 (W : 7 pin) 20 (W : 4 pin) SW3
24 (W : 2 pin)
22 (N.C.)
23 (N.C.) 21 (N.C.)
2 (W : 40 pin)
3 (W : 16 pin) 14 (W : 18 pin)
4 (GY : 32 pin)
5 (GY : 40 pin)
6 (GY : 16 pin)
1 (W : 32 pin) ON
1 2 3 4
1 : OFF 2 : ON 3 : ON 4 : ON
C6500
ON
1 2 3 4
1050
1 : OFF 2 : OFF 3 : ON 4 : ON
15anf5c020nb
2
749
bizhub PRO 1050/1050P /1050e/1050eP
16. CONNECTOR LAYOUT DRAWING
Field Service Ver3.0 Nov.2006
B. SD drive board
101 (W : 6 pin) 153 (W : 36 pin) 144 (W : 30 pin)
148 (W : 6 pin) 143 (W : 6 pin)
164 (W : 8 pin)
141 (W : 15 pin) 154 (W : 12 pin) 165 (W : 14 pin)
147 (W : 8 pin)
162 (W : 6 pin)
142 (W : 11 pin)
155 (W : 8 pin)
146 (W : 22 pin)
157 (W : 12 pin)
145 (W : 36 pin)
140 (W : 40 pin)
120 (W : 32 pin)
170 (Y : 12 pin)
156 (GY : 14 pin) 152 (GY : 12 pin)
122 (W : 34 pin) 110 (W : 18 pin) 168 (W : 15 pin) 121 (W : 40 pin)
158 (W : 6 pin) 150 (W : 4 pin) 169 (W : 4 pin) 167 (W : 2 pin) 166 (W : 4 pin)
163 (W : 6 pin)
126 (W : 40 pin) 100 (W : 4 pin) 151 (W : 40 pin) 127 (W : 30 pin)
750
1
125 (W : 32 pin) 149 (W : 30 pin)
15anf5c021na
16. CONNECTOR LAYOUT DRAWING
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
16.8 PB-501 16.8.1
Connector in the board
A. PB control board (PBCB)
VR4
33(GY:20 pin)
30(GY:30 pin)
5(GY:11 pin)
39(W:3 pin)
31(GY:24 pin)
32(GY:28 pin)
18(GY:36 pin)
22(W:2 pin) 15(GY:40 pin) SW1
38(W:5 pin)
7(N.C.)
VR2
16(GY:38 pin)
13(N.C.) 21(GY:6 pin) 14(N.C.) 29(W:4 pin)
8(N.C.)
3(N.C.)
53(N.C)
12(N.C.)
24(N.C.)
6(N.C.)
2(W:7 pin) 1(W:3 pin)
19(GY:34 pin)
SW2
20(GY:24 pin)
36(GY:40 pin)
11(N.C.)
44(W:4 pin)
17(GY:36 pin)
9(N.C.)
23(N.C.)
34(W:9 pin) 4(GY:12 pin)
10(N.C.)
35(GY:38 pin)
ON
F
3 4 5
2
B C DE
0
A
89 67
1
SW1
1 : ON 2 : OFF 3 : OFF 4 : OFF
DipSW 1
37(GY:18 pin) 62(GY:4 pin) ON
1 : OFF 2 : OFF 3 : OFF 4 : OFF
DipSW
2 3 4 C6500
1
2
3 4 1050 a075f5c016ca
NOTE • Do not change the SW1 setting during maintenance and repair.
2
751
bizhub PRO 1050/1050P /1050e/1050eP
16. CONNECTOR LAYOUT DRAWING
Field Service Ver3.0 Nov.2006
B. PB drive board (PBDB)
80(GY:26 pin) 57(GY:36 pin)
54(GY:40 pin)
88(N.C.)
52(W:6 pin)
81(GY:22 pin)
71(W:12 pin)
50(W:4 pin) 89(N.C.)
55(GY:38 pin)
70(W:12 pin)
72(W:13 pin)
82(W:8 pin)
90(N.C.)
83(GY:17 pin)
60(GY:6 pin)
85(GY:16 pin)
87(GY:24 pin)
74(W:6 pin)
59(GY:24 pin) 56(GY:36 pin)
79(N.C.)
86(W:15 pin)
58(GY:34 pin)
78(W:7 pin)
73(W:6 pin)
76(W:13 pin)
61(W:4 pin)
260(GY:2 pin) 69(W:5 pin)
75(W:12 pin)
84(W:12 pin) 77(W:13 pin)
68(W:6 pin)
261(W:2 pin)
51(W:4 pin) a075f5c017cb
C. AC drive board (ACDB)
41(W:7 pin) 45(W:6 pin)
40(W:3 pin)
43(W:3 pin)
46(W:2 pin)
42(W:5 pin)
752
2
a075f5c018ca
17. TIMING CHART
17. TIMING CHART 17.1 Main body A. A4, life size, 2 single sided originals, single sided copy (1 copy), reversed paper exit, paper feed tray /1, line speed 490 mm/sec Time (sec) Item Paper feed sensor /1 (PS7) Pre-registration sensor /1 (PS17) Vertical conveyance sensor /1 (PS19) Loop sensor (PS16) ADU deceleration sensor (PS42) Registration sensor (PS40) Paper leading edge sensor (PS41) Fusing exit sensor (PS22) ADU accelerate sensor (PS49) Reverse sensor /1 (PS48) Reverse sensor /2 (PS47) ADU reverse sensor /1 (PS46) ADU reverse sensor /2 (PS45) ADU exit sensor (PS43) Paper exit sensor (PS3)
0
1
2
3
4
5
6
7
8
9
10
11
12
13
Transfer assist motor (M19) Fusing motor (M1) Paper feed motor (M4) Separation clutch /1 (CL5) Paper feed clutch /1 (CL4) Pick-up solenoid /1 (SD3) Pre-registration clutch /1 (CL1) Vertical conveyance motor H (M8) L H Loop motor (M18) L Registration motor (M17) Reverse/exit motor (M13) Conveyance motor (M5) H Paper exit motor /1 (M9) L ADU conveyance motor /1 H (M15) L ADU conveyance motor /2 H (M16) L H ADU reverse F L paper exit motor H (M31) R L H Reverse motor F L (M12) H R L H ADU acceleration motor L Reverse/exit solenoid (SD7) Drum motor (M2) Developing motor (M3) Charging Developing bias Erase lamp (EL) Separation Transfer Drum claw solenoid (SD5) Guide plate Start button ON
1050fs5060c
753
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
bizhub PRO 1050/1050P /1050e/1050eP
17. TIMING CHART
Field Service Ver3.0 Nov.2006
B. A4, life size, 2 double sided originals, double sided copy (1 copy), straight paper exit, paper feed tray /1, line speed 490 mm/sec Time (sec) Item Paper feed sensor /1 (PS7) Pre-registration sensor /1 (PS17) Vertical conveyance sensor /1 (PS19) Loop sensor (PS16) ADU deceleration sensor (PS42) Registration sensor (PS40) Paper leading edge sensor (PS41) Fusing exit sensor (PS22) ADU accelerate sensor (PS49) Reverse sensor /1 (PS48) Reverse sensor /2 (PS47) ADU reverse sensor /1 (PS46) ADU reverse sensor /2 (PS45) ADU exit sensor (PS43) Paper exit sensor (PS3)
0
1
2
3
4
5
6
7
8
9
10
11
12
13
Transfer assist motor (M19) Fusing motor (M1) Paper feed motor (M4) Separation clutch /1 (CL5) Paper feed clutch /1 (CL4) Pick-up solenoid /1 (SD3) Pre-registration clutch /1 (CL1) Vertical conveyance motor H (M8) L H Loop motor (M18) L Registration motor (M17) Reverse/exit motor (M13) Conveyance motor (M5) H Paper exit motor /1 (M9) L ADU conveyance motor /1 H (M15) L ADU conveyance motor /2 H (M16) L H ADU reverse F L paper exit motor H (M31) R L H Reverse motor F L (M12) H R L H ADU acceleration motor L Reverse/exit solenoid (SD7) Drum motor (M2) Developing motor (M3) Charging Developing bias Erase lamp (EL) Separation Transfer Drum claw solenoid (SD5) Guide plate Start button ON
1050fs5061c
754
Down
V-VALID signal
Original exit sensor /Rt (PS314)
620 mm/s Original paper exit motor /2 (M305) F 465 mm/s 370 mm/s 370 mm/s 465 mm/s R 620 mm/s
Reverse jam sensor /Lt (PS304)
Original reverse sensor (PS309)
620 mm/s
620 mm/s Original paper exit motor /1 F 465 mm/s (M304) 250 mm/s 250 mm/s 465 mm/s R 550 mm/s
620 mm/s Original conveyance motor F 465 mm/s (M301) 465 mm/s R 620 mm/s
Original conveyance sensor (PS308)
Original registration sensor /Lt (PS306)
R 550 mm/s
Original feed motor (M302) F 800 mm/s 465 mm/s
Original registration sensor /Rt (PS318)
Original empty sensor (PS305)
Original count sensor (PS310)
Tray up/down motor (M303)
Tray lower limit sensor (PS316)
Up
Time (sec)
Tray upper limit sensor (PS315)
Item
0
Start button ON
1st sheet of paper scanned
1
2nd sheet of paper scanned
3rd sheet of paper scanned
2
3
17.2 DF-603
A. A4, life size, single sided original, 3 originals
df603fs5011c
755
bizhub PRO 1050/1050P 1050e/1050eP
Exit of the 3rd sheet of paper completed
Field Service Ver3.0 Nov.2006 17. TIMING CHART
756 Down
465 mm/s
800 mm/s
R 550 mm/s
F
F
V-VALID signal
Exit gate solenoid (SD304)
Original exit sensor /Rt (PS314)
Original reverse/exit sensor (PS313)
620 mm/s Original paper exit motor /2 (M305) F 465 mm/s 370 mm/s 250 mm/s R 465 mm/s 620 mm/s
Reverse jam sensor /Lt (PS304)
Original reverse sensor (PS309)
Original conveyance motor (M301)
620 mm/s 465 mm/s 465 mm/s R 620 mm/s 620 mm/s Original paper exit motor /1 (M304) F 465 mm/s 250 mm/s 250 mm/s 465 mm/s R 550 mm/s 620 mm/s
Original conveyance sensor (PS308)
Original registration sensor /Lt (PS306)
Original feed motor (M302)
Original registration sensor /Rt (PS318)
Original empty sensor (PS305)
Original count sensor (PS310)
Tray up/down motor (M303)
Tray lower limit sensor (PS316) Up
Time (sec)
Tray upper limit sensor (PS315)
Item 0
Start button ON
Front of the 1st sheet of paper scanned
1
2
Back of the 1st sheet of paper scanned
Front of the 2nd sheet of paper scanned
3
Back of the 2nd sheet of paper scanned
4
Front of the 3rd sheet of paper scanned
5
Back of the 3rd sheet of paper scanned
6
7
bizhub PRO 1050/1050P /1050e/1050eP 17. TIMING CHART Field Service Ver3.0 Nov.2006
B. A4, life size, double sided original, 3 originals
df603fs5012c
Time (sec)
Main body: Paper exit sensor (PS3)
PF exit conveyance motor (M41)
Pre-registration clutch /2 (CL3)
Forced separation clutch (CL11)
Pick-up solenoid /2 (SD15)
Paper feed clutch /2 (CL9)
Separation clutch /2 (CL10)
Paper feed motor (M40)
Exit sensor (PS99)
Loop sensor /2 (PS94)
Pre-registration sensor /2 (PS93)
Paper feed sensor /2 (PS78)
Item
0
Start button ON
1
2
3
4
17.3 PF-701
A. Tray 4, A4, 2 originals
bizhub PRO 1050/1050P 1050e/1050eP
5
Field Service Ver3.0 Nov.2006 17. TIMING CHART
pf701fs5008c
757
bizhub PRO 1050/1050P /1050e/1050eP
17. TIMING CHART
Field Service Ver3.0 Nov.2006
17.4 FD-501 A. Letter fold-in, A3, 2 originals, 2 copies, sub tray paper exit
Time (sec) Item
0
1
2
3
4
5
6
7
8
9
Main body paper exit sensor (PS3) Entrance conveyance motor (M1) Punch conveyance motor (M2) Punch registration motor (M13) Alignment plate motor (M12) F R Punch drive motor (M10) 1st folding motor (M4) 1st folding release motor (M14) 2nd folding motor (M5) 2nd folding release motor (M15) 3rd folding motor (M6) 3rd folding release motor (M16) Intermediate conveyance motor (M3) Main tray paper exit motor (M17) Roller solenoid /1 (SD5) Roller solenoid /2 (SD6) Roller solenoid /3 (SD7) Roller solenoid /4 (SD8) Folding gate solenoid (SD15) Paper exit solenoid (SD12)
FD entrance sensor (PS1) Punch conveyance sensor (PS5) Punch registration sensor (PS6) 1st folding conveyance sensor (PS51) 2nd folding conveyance sensor (PS53) 3rd folding conveyance sensor (PS54) S size conveyance sensor (PS58) Intermediate conveyance sensor (PS13) Main tray paper exit sensor (PS18) Sub tray paper exit sensor (PS16)
Main body paper exit sensor (PS3) ON
fd501fs5017c
758
17. TIMING CHART
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006 B. Letter fold-out, A3, 2 originals, 2 copies, sub tray paper exit Time (sec) Item
0
1
2
3
4
5
6
7
8
9
10
Main body paper exit sensor (PS3) Entrance conveyance motor (M1) Punch conveyance motor (M2) Punch registration motor (M13) Alignment plate motor (M12) F R Punch drive motor (M10) 1st folding motor (M4) 1st folding release motor (M14) 2nd folding motor (M5) 2nd folding release motor (M15) 3rd folding motor (M6) 3rd folding release motor (M16) Intermediate conveyance motor (M3) Main tray paper exit motor (M17) Roller solenoid /1 (SD5) Roller solenoid /2 (SD6) Roller solenoid /3 (SD7) Roller solenoid /4 (SD8) Folding gate solenoid (SD15) Paper exit solenoid (SD12)
FD entrance sensor (PS1) Punch conveyance sensor (PS5) Punch registration sensor (PS6) 1st folding conveyance sensor (PS51) 2nd folding conveyance sensor (PS53) 3rd folding conveyance sensor (PS54) S size conveyance sensor (PS58) Intermediate conveyance sensor (PS13) Main tray paper exit sensor (PS18) Sub tray paper exit sensor (PS16) Main body paper exit sensor (PS3) ON
fd501fs5018c
759
bizhub PRO 1050/1050P /1050e/1050eP
17. TIMING CHART
Field Service Ver3.0 Nov.2006
C. Double parallel, A3, 2 originals, 2 copies, sub tray paper exit Time (sec) Item
0
1
2
3
4
5
6
7
8
9
Main body paper exit sensor (PS3) Entrance conveyance motor (M1) Punch conveyance motor (M2) Punch registration motor (M13) Alignment plate motor (M12) F R Punch drive motor (M10) 1st folding motor (M4) 1st folding release motor (M14) 2nd folding motor (M5) 2nd folding release motor (M15) 3rd folding motor (M6) 3rd folding release motor (M16) Intermediate conveyance motor (M3) Main tray paper exit motor (M17) Roller solenoid /1 (SD5) Roller solenoid /2 (SD6) Roller solenoid /3 (SD7) Roller solenoid /4 (SD8) Folding gate solenoid (SD15) Paper exit solenoid (SD12)
FD entrance sensor (PS1) Punch conveyance sensor (PS5) Punch registration sensor (PS6) 1st folding conveyance sensor (PS51) 2nd folding conveyance sensor (PS53) 3rd folding conveyance sensor (PS54) S size conveyance sensor (PS58) Intermediate conveyance sensor (PS13) Main tray paper exit sensor (PS18) Sub tray paper exit sensor (PS16) Main body paper exit sensor (PS3) ON
fd501fs5019c
760
17. TIMING CHART
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006 D. Folding, A3, 2 originals, 2 copies, sub tray paper exit Time (sec) Item
0
1
2
3
4
5
6
7
8
9
Main body paper exit sensor (PS3) Entrance conveyance motor (M1) Punch conveyance motor (M2) Punch registration motor (M13) Alignment plate motor (M12) F R Punch drive motor (M10) 1st folding motor (M4) 1st folding release motor (M14) 2nd folding motor (M5) 2nd folding release motor (M15) 3rd folding motor (M6) 3rd folding release motor (M16) Intermediate conveyance motor (M3) Main tray paper exit motor (M17) Roller solenoid /1 (SD5) Roller solenoid /2 (SD6) Roller solenoid /3 (SD7) Roller solenoid /4 (SD8) Folding gate solenoid (SD15) Paper exit solenoid (SD12)
FD entrance sensor (PS1) Punch conveyance sensor (PS5) Punch registration sensor (PS6) 1st folding conveyance sensor (PS51) 2nd folding conveyance sensor (PS53) 3rd folding conveyance sensor (PS54) S size conveyance sensor (PS58) Intermediate conveyance sensor (PS13) Main tray paper exit sensor (PS18) Sub tray paper exit sensor (PS16) Main body paper exit sensor (PS3) ON
fd501fs5020c
761
bizhub PRO 1050/1050P /1050e/1050eP
17. TIMING CHART
Field Service Ver3.0 Nov.2006
E. Gate fold, A3, 2 originals, 2 copies, sub tray paper exit Time (sec) Item
0
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
Main body paper exit sensor (PS3) Entrance conveyance motor (M1) Punch conveyance motor (M2) Punch registration motor (M13) Alignment plate motor (M12) F R Punch drive motor (M10) 1st folding motor (M4) 1st folding release motor (M14) 2nd folding motor (M5) 2nd folding release motor (M15) 3rd folding motor (M6) 3rd folding release motor (M16) Intermediate conveyance motor (M3) Main tray paper exit motor (M17) Roller solenoid /1 (SD5) Roller solenoid /2 (SD6) Roller solenoid /3 (SD7) Roller solenoid /4 (SD8) Folding gate solenoid (SD15) Paper exit solenoid (SD12)
FD entrance sensor (PS1) Punch conveyance sensor (PS5) Punch registration sensor (PS6) 1st folding conveyance sensor (PS51) 2nd folding conveyance sensor (PS53) 3rd folding conveyance sensor (PS54) S size conveyance sensor (PS58) Intermediate conveyance sensor (PS13) Main tray paper exit sensor (PS18) Sub tray paper exit sensor (PS16) Main body paper exit sensor (PS3) ON
fd501fs5021c
762
F.
17. TIMING CHART
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006 Z-fold, A3, 2 originals, 2 copies, sub tray paper exit Time (sec) Item
0
1
2
3
4
5
6
7
8
9
Main body paper exit sensor (PS3) Entrance conveyance motor (M1) Punch conveyance motor (M2) Punch registration motor (M13) Alignment plate motor (M12) F R Punch drive motor (M10) 1st folding motor (M4) 1st folding release motor (M14) 2nd folding motor (M5) 2nd folding release motor (M15) 3rd folding motor (M6) 3rd folding release motor (M16) Intermediate conveyance motor (M3) Main tray paper exit motor (M17) Roller solenoid /1 (SD5) Roller solenoid /2 (SD6) Roller solenoid /3 (SD7) Roller solenoid /4 (SD8) Folding gate solenoid (SD15) Paper exit solenoid (SD12)
FD entrance sensor (PS1) Punch conveyance sensor (PS5) Punch registration sensor (PS6) 1st folding conveyance sensor (PS51) 2nd folding conveyance sensor (PS53) 3rd folding conveyance sensor (PS54) S size conveyance sensor (PS58) Intermediate conveyance sensor (PS13) Main tray paper exit sensor (PS18) Sub tray paper exit sensor (PS16) Main body paper exit sensor (PS3) ON
fd501fs5022c
763
bizhub PRO 1050/1050P /1050e/1050eP
17. TIMING CHART
Field Service Ver3.0 Nov.2006
G. PI cover insertion, A4, 2 originals, 2 copies, sub tray paper exit Time (sec) Item
0
1
2
3
4
5
6
Main body paper exit sensor (PS3) Entrance conveyance motor (M1) Punch conveyance motor (M2) Punch registration motor (M13) Alignment plate motor (M12) F R Punch drive motor (M10) 1st folding motor (M4) 1st folding release motor (M14) 2nd folding motor (M5) 2nd folding release motor (M15) 3rd folding motor (M6) 3rd folding release motor (M16) Intermediate conveyance motor (M3) Main tray paper exit motor (M17) Roller solenoid /1 (SD5) Roller solenoid /2 (SD6) Roller solenoid /3 (SD7) Roller solenoid /4 (SD8) Folding gate solenoid (SD15) Paper exit solenoid (SD12)
FD entrance sensor (PS1) Punch conveyance sensor (PS5) Punch registration sensor (PS6) 1st folding conveyance sensor (PS51) 2nd folding conveyance sensor (PS53) 3rd folding conveyance sensor (PS54) S size conveyance sensor (PS58) Intermediate conveyance sensor (PS13) Main tray paper exit sensor (PS18) Sub tray paper exit sensor (PS16) Main body paper exit sensor (PS3) ON Start button ON
764
fd501fs5023c
17. TIMING CHART
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006 H. Punch, A4, 2 originals, 2 copies, sub tray paper exit Time (sec) Item
0
1
2
3
Main body paper exit sensor (PS3) Entrance conveyance motor (M1) Punch conveyance motor (M2) Punch registration motor (M13) Alignment plate motor (M12) F R Punch drive motor (M10) 1st folding motor (M4) 1st folding release motor (M14) 2nd folding motor (M5) 2nd folding release motor (M15) 3rd folding motor (M6) 3rd folding release motor (M16) Intermediate conveyance motor (M3) Main tray paper exit motor (M17) Roller solenoid /1 (SD5) Roller solenoid /2 (SD6) Roller solenoid /3 (SD7) Roller solenoid /4 (SD8) Folding gate solenoid (SD15) Paper exit solenoid (SD12)
FD entrance sensor (PS1) Punch conveyance sensor (PS5) Punch registration sensor (PS6) 1st folding conveyance sensor (PS51) 2nd folding conveyance sensor (PS53) 3rd folding conveyance sensor (PS54) S size conveyance sensor (PS58) Intermediate conveyance sensor (PS13) Main tray paper exit sensor (PS18) Sub tray paper exit sensor (PS16) Main body paper exit sensor (PS3) ON
fd501fs5024c
765
766
Time (sec)
Conveyance sensor /1 (PS7) Conveyance sensor /2 (PS16) Conveyance sensor /3 (PS17) Coupling exit sensor (PS18) Sub tray exit sensor (PS10)
1st gate solenoid (SD1) 2nd gate solenoid (SD10) Front stopper Latch ON solenoid (SD9) Latch OFF Rear stopper Latch ON solenoid (SD3) Latch OFF Job partition Latch ON solenoid (SD2) Latch OFF Paper press solenoid /1 (SD6) Paper press solenoid /2 (SD7) Paper press solenoid /3 (SD8)
Entrance sensor (PS4) Conveyance motor 1000 mm/s (M2) 490 mm/s Sub tray exit motor 1000 mm/s (M3) 490 mm/s Coupling conveyance motor (M6) 1300 mm/s Grip conveyance motor (M4) 1000 mm/s 490 mm/s Grip conveyance home sensor (PS5) Alignment motor (M7) Alignment plate home sensor (PS12) Shift unit motor (M5) Shift unit home sensor (PS11)
Item
0
Main body paper exit sensor (PS3) ON
1
2
3
4
bizhub PRO 1050/1050P /1050e/1050eP 17. TIMING CHART Field Service Ver3.0 Nov.2006
17.5 LS-501/502
A. A4, straight mode, 3 originals, 1 copy set
ls502fs5009c
Time (sec)
Conveyance sensor /1 (PS7) Conveyance sensor /2 (PS16) Conveyance sensor /3 (PS17) Coupling exit sensor (PS18) Sub tray exit sensor (PS10)
1st gate solenoid (SD1) 2nd gate solenoid (SD10) Front stopper Latch ON solenoid (SD9) Latch OFF Rear stopper Latch ON solenoid (SD3) Latch OFF Job partition Latch ON solenoid (SD2) Latch OFF Paper press solenoid /1 (SD6) Paper press solenoid /2 (SD7) Paper press solenoid /3 (SD8)
Entrance sensor (PS4) 1000 mm/s Conveyance motor (M2) 490 mm/s 1000 mm/s Sub tray exit motor (M3) 490 mm/s Coupling conveyance motor (M6) Grip conveyance 1300 mm/s motor (M4) 1000 mm/s 490 mm/s Grip conveyance home sensor (PS5) Alignment motor (M7) Alignment plate home sensor (PS12) Shift unit motor (M5) Shift unit home sensor (PS11)
Item
0
Main body paper exit sensor (PS3) ON
1
2
3
B. A3, shift mode, 2 originals, 2 copies set
bizhub PRO 1050/1050P 1050e/1050eP
4
Field Service Ver3.0 Nov.2006 17. TIMING CHART
ls502fs5010c
767
768
Time (sec)
Conveyance sensor /1 (PS7) Conveyance sensor /2 (PS16) Conveyance sensor /3 (PS17) Coupling exit sensor (PS18) Sub tray exit sensor (PS10)
1st gate solenoid (SD1) 2nd gate solenoid (SD10) Front stopper Latch ON solenoid (SD9) Latch OFF Rear stopper Latch ON solenoid (SD3) Latch OFF Job partition Latch ON solenoid (SD2) Latch OFF Paper press solenoid /1 (SD6) Paper press solenoid /2 (SD7) Paper press solenoid /3 (SD8)
Entrance sensor (PS4) Conveyance motor 1000 mm/s (M2) 490 mm/s Sub tray exit motor 1000 mm/s (M3) 350 mm/s Coupling conveyance motor (M6) 1300 mm/s Grip conveyance motor (M4) 1000 mm/s 490 mm/s Grip conveyance home sensor (PS5) Alignment motor (M7) Alignment plate home sensor (PS12) Shift unit motor (M5) Shift unit home sensor (PS11)
Item
0
Main body paper exit sensor (PS3) ON
1
2
3
4
bizhub PRO 1050/1050P /1050e/1050eP 17. TIMING CHART Field Service Ver3.0 Nov.2006
C. A4, Sub tray mode, 3 originals, 1 copy set
ls502fs5011c
Time (sec)
Conveyance sensor /1 (PS7) Conveyance sensor /2 (PS16) Conveyance sensor /3 (PS17) Coupling exit sensor (PS18) Sub tray exit sensor (PS10)
1st gate solenoid (SD1) 2nd gate solenoid (SD10) Front stopper Latch ON solenoid (SD9) Latch OFF Rear stopper Latch ON solenoid (SD3) Latch OFF Job partition Latch ON solenoid (SD2) Latch OFF Paper press solenoid /1 (SD6) Paper press solenoid /2 (SD7) Paper press solenoid /3 (SD8)
Entrance sensor (PS4) 1000 mm/s Conveyance motor (M2) 490 mm/s 1000 mm/s Sub tray exit motor (M3) 490 mm/s Coupling conveyance motor (M6) Grip conveyance 1300 mm/s motor (M4) 1000 mm/s 490 mm/s Grip conveyance home sensor (PS5) Alignment motor (M7) Alignment plate home sensor (PS12) Shift unit motor (M5) Shift unit home sensor (PS11)
Item
0
Main body paper exit sensor (PS3) ON
1
2
3
D. A4, tandem mode, 3 originals, 1 copy set
bizhub PRO 1050/1050P 1050e/1050eP
4
Field Service Ver3.0 Nov.2006 17. TIMING CHART
ls502fs5012c
769
770
Time (sec)
Counter reset sensor (PS15)
Main tray exit sensor (PS10)
Stacker empty sensor (PS20)
Stacker entrance sensor (PS5)
FNS entrance sensor (PS4)
Main body side paper exit sensor (PS3)
Intermediate roller release solenoid (SD7)
Main tray exit motor (M7)
Stacker entrance motor (M13)
Conveyance motor (M1)
Intermediate roller open close motor (M25)
Rear stopper motor (M26)
Paper exit opening motor (M8)
Stack assist guide motor (M24)
Alignment motor /Rr (M5)
Alignment motor /Fr (M22)
Tray up down motor (M3)
Signal while in FS operation
Item
0
Start button ON
1
2
3
4
5
6
bizhub PRO 1050/1050P /1050e/1050eP 17. TIMING CHART Field Service Ver3.0 Nov.2006
17.6 FS-503
A. Sort, A4, 2 originals, 2 copies, Single side
fs503fs5010c
Time (sec)
L
H
Sub tray paper exit sensor (PS1)
Counter reset sensor (PS15)
Main tray exit sensor (PS10)
Stacker empty sensor (PS20)
Stacker entrance sensor (PS5)
FNS entrance sensor (PS4)
Main body side paper exit sensor (PS3)
Intermediate roller release solenoid (SD7)
Sub tray exit motor (M6)
Main tray exit motor (M7)
Stacker entrance motor (M13)
Conveyance motor (M1)
Intermediate roller open close motor (M25)
Rear stopper motor (M26)
Paper exit opening motor (M8)
Stack assist guide motor (M24)
Alignment motor /Rr (M5)
Alignment motor /Fr (M22)
Tray up down motor (M3)
Signal while in FS operation
Item
1
2
3
4
5
B. Sub tray, A4, 2 original, 2 copies, single side
bizhub PRO 1050/1050P 1050e/1050eP
6
Field Service Ver3.0 Nov.2006 17. TIMING CHART
fs503fs5011c
771
772
Time (sec)
Counter reset sensor (PS15)
Main tray exit sensor (PS10)
Stacker empty sensor (PS20)
Stacker entrance sensor (PS5)
FNS entrance sensor (PS4)
Main body side paper exit sensor (PS3)
Intermediate roller release solenoid (SD7)
Sub tray exit motor (M6)
Main tray exit motor (M7)
Stacker entrance motor (M13)
Conveyance motor (M1)
Intermediate roller open close motor (M25)
Rear stopper motor (M26)
Paper exit opening motor (M8)
Stack assist guide motor (M24)
Alignment motor /Rr (M5)
Alignment motor /Fr (M22)
Tray up down motor (M3)
Signal while in FS operation
Item
1
2
3
4
5
6
bizhub PRO 1050/1050P /1050e/1050eP 17. TIMING CHART Field Service Ver3.0 Nov.2006
C. Staple, A4, 2 originals, 2 copies, single side
fs503fs5012c
Time (sec)
Horizontal conveyance exit sensor (PS4)
Horizontal conveyance sensor /2 (PS3)
Horizontal conveyance sensor /1 (PS2)
Entrance sensor (PS1)
Entrance gate solenoid (SD1)
Entrance conveyance motor (M1)
Horizontal conveyance motor (M2)
Main body paper exit sensor (PS3)
Item
0
Main body start signal
1
2
3
4
5
6
7
8
9
10
11
17.7 SD-501
A. Coupling conveyance, A4, 3 sheets of paper, 2 set
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006 17. TIMING CHART
15anf5c800na
1
773
774
1
Time (sec)
Roller release solenoid /4 (SD4)
Subtray exit sensor (PS11)
Horizontal conveyance sensor /1 (PS2)
Entrance sensor (PS1)
Horizontal conveyance gate solenoid (SD3)
Entrance gate solenoid (SD1)
Entrance conveyance motor (M1)
Horizontal conveyance motor (M2)
Main body paper exit sensor (PS3)
Item
0
Main body start signal
1
2
3
4
5
6
7
8
9
10
11
bizhub PRO 1050/1050P /1050e/1050eP 17. TIMING CHART Field Service Ver3.0 Nov.2006
B. Subtray exit, A4, 3 sheets of paper, 2 set
15anf5c801na
17. TIMING CHART
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006 C. Overlap tri-folding, A4S, 3 sheets of paper, 3 set
Time (sec)
0
Item
1
2
3
4
5
6
7
8
9
10
11
12
Entrance conveyance motor (M1) Entrance sensor (PS1) Right angle conveyance motor (M6)
F R F
Overlap motor (M13)
R Right angle conveyance gate solenoid (SD2) Roller release solenoid /1 (SD5) Roller release solenoid /2 (SD6) Right angle conveyance sensor /1 (PS5) Right angle conveyance sensor /2 (PS6) Folding entrance motor (M3) H
Folding conveyance motor (M4)
L R
Folding main scan alignment motor /Fr (M7)
R
Folding sub scan alignment exit motor (M8)
R
Folding main scan alignment motor /Rr (M14)
R
1st folding blade motor (M18)
R
2nd folding blade motor (M19)
R
F
F
F
A
F
1st
F
folding
2nd folding
Roller release solenoid /3 (SD7) Tri-folding exit clutch (CL1) Folding entrance sensor (PS60) Folding sensor /1 (PS7) Folding passage sensor (PS8) Tri-folding exit sensor (PS9)
Exit
Folding main scan alignment home sensor /Fr1 (PS18) Folding main scan alignment home sensor /Fr2 (PS49) Folding main scan alignment home sensor /Rr (PS19) 1st folding blade home sensor /1 (PS20) 1st folding blade home sensor /2 (PS21) 2nd folding blade home sensor /1 (PS22) 2nd folding blade home sensor /2 (PS23) Folding exit home sensor (PS24) Folding sub scan alignment home sensor (PS56) Main body start signal
15anf5c802na
1
775
bizhub PRO 1050/1050P /1050e/1050eP
17. TIMING CHART
Field Service Ver3.0 Nov.2006
13
14
15
16
17
Time (sec)
18
19
20
21
22
Item Entrance conveyance motor (M1) Entrance sensor (PS1) F
R F
Right angle conveyance motor (M6) Overlap motor (M13)
R Right angle conveyance gate solenoid (SD2) Roller release solenoid /1 (SD5) Roller release solenoid /2 (SD6) Right angle conveyance sensor /1 (PS5) Right angle conveyance sensor /2 (PS6) Folding entrance motor (M3) H L
Folding conveyance motor (M4)
R F
R F
R F
A
R F
1st
folding
1st
folding
R F
2nd folding
2nd folding
R
Folding main scan alignment motor /Fr (M7) Folding sub scan alignment exit motor (M8) Folding main scan alignment motor /Rr (M14) 1st folding blade motor (M18) 2nd folding blade motor (M19)
Roller release solenoid /3 (SD7) Tri-folding exit clutch (CL1) Folding entrance sensor (PS60) Folding sensor /1 (PS7) Folding passage sensor (PS8) Exit
Exit
Tri-folding exit sensor (PS9) Folding main scan alignment home sensor /Fr1 (PS18) Folding main scan alignment home sensor /Fr2 (PS49) Folding main scan alignment home sensor /Rr (PS19) 1st folding blade home sensor /1 (PS20) 1st folding blade home sensor /2 (PS21) 2nd folding blade home sensor /1 (PS22) 2nd folding blade home sensor /2 (PS23) Folding exit home sensor (PS24) Folding sub scan alignment home sensor (PS56)
15anf5c803na
776
1
17. TIMING CHART
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006 D. Saddle stitching (trimmer), A3, 5 sheets of paper, 2 set
Time (sec) Item
0
1
2
3
4
5
6
7
8
9
10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27
Entrance sensor (PS1) Right angle conveyance motor (M6) Overlap motor (M13)
F
R F R
Right angle conveyance gate solenoid (SD2) Right angle conveyance sensor /2 (PS6) F Folding conveyance motor (M4) R Folding main scan alignment motor /Fr (M7) Folding sub scan alignment exit motor (M8)
F R H L R F
Folding main scan alignment motor /Rr (M14)
R
1st folding blade motor (M18)
R
F Folding
Folding
Folding
Folding
Guide shaft motor (M25) Folding sensor /2 (PS44) F
Saddle stitching alignment motor /Rt (M9)
R
Bundle arm motor (M10)
R
Bundle clip motor (M11)
F F R
Saddle stitching alignment motor /Lt (M16) Clincher up down motor (M20)
F R
A
F R
Saddle stitching press motor (M21) F
Bundle arm rotation motor (M22)
R
Bundle arm assist motor (M26)
R
F
Stapler motors /Rt (M29), /Lt (M30)
Staple
Clincher solenoids /Rt (SD9), /Lt (SD10) Bundle sensor /1 (PS14) Bundle exit motor (M5)
F R F
Bundle registration motor (M12)
R
Bundle press movement motor (M17)
R
Bundle press motor (M23)
R
Bundle press stage up down motor (M24)
R
F F F
Bundle sensor /2 (PS15) Bundle registration plate home sensor (PS16) Bundle press stage up down limit sensor (PS45) Bundle sensor /4 (PS54) Trimmer registration sensor (PS55) Bundle exit sensor /2 (PS57) F
Trimmer blade motor (M31)
R
Trimmer press motor (M32)
R
F
Main body start signal
15anf5c804na
1
777
bizhub PRO 1050/1050P /1050e/1050eP
17. TIMING CHART
Field Service Ver3.0 Nov.2006
28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54
Time (sec) Item Entrance sensor (PS1) F R F
Right angle conveyance motor (M6) Overlap motor (M13)
R Right angle conveyance gate solenoid (SD2) Right angle conveyance sensor /2 (PS6) Folding conveyance F motor (M4) R F R H L R F R
Folding main scan alignment motor /Fr (M7) Folding sub scan alignment exit motor (M8) Folding main scan alignment motor /Rr (M14)
F 1st folding blade motor (M18) R Guide shaft motor (M25)
Folding
Folding sensor /2 (PS44) F R F
Saddle stitching alignment motor /Rt (M9)
R
Bundle arm motor (M10)
F
Bundle clip motor (M11)
R F R
A
F R
Saddle stitching alignment motor /Lt (M16) Clincher up down motor (M20)
Saddle stitching press motor (M21) F R F R
Bundle arm rotation motor (M22) Bundle arm assist motor (M26)
Stapler motors /Rt (M29), /Lt (M30)
Staple
Clincher solenoids /Rt (SD9), /Lt (SD10) Bundle sensor /1 (PS14) F
Bundle exit motor (M5)
R F R F R F R F R
Bundle registration motor (M12) Bundle press movement motor (M17) Bundle press motor (M23) Bundle press stage up down motor (M24)
Bundle sensor /2 (PS15) Bundle registration plate home sensor (PS16) Bundle press stage up down limit sensor (PS45) Bundle sensor /4 (PS54) Trimmer registration sensor (PS55) Exit
Exit
Bundle exit sensor /2 (PS57) F
Trim
Trim
R F R
Trimmer blade motor (M31) Trimmer press motor (M32)
15anf5c805na
778
1
Sub tray exit sensor (PS4)
Entrance sensor (PS1)
Sub tray exit solenoid (SD4)
Bypass gate solenoid (SD2)
Entrance gate solenoid (SD1)
Entrance conveyance motor (M1)
0
Print start signal ON
1
2
3
4
5
6
17.8 PB-501
A. Sub tray paper exit, A4, originals, single side
bizhub PRO 1050/1050P 1050e/1050eP
7
Field Service Ver3.0 Nov.2006 17. TIMING CHART
15anf5c806c
2
779
780
2
Forward
Backward
Open Close Down Up Down Up Up Down Open Close Open Close
Book conveyance belt motor (M61) Open Book conveyance belt movement motor (M62) Close Book conveyance Down belt up down motor (M63) Up Book end sensor (PS61)
Cover paper sensor /Lt (PS46)
Cover paper sensor /Rt (PS45)
Cutter motor (M50)
Cover paper alignment motor (M41) Cover paper conveyance arm motor /Rt (M43) Cover paper conveyance arm motor /Lt (M44) Cover paper table up down motor /Fr (M46) Cover paper folding motor /Rt (M48) Cover paper folding motor /Lt (M49)
Glue tank up solenoid /1 (SD31)
Glue tank movement motor Forward (M31) Backward Glue apply position detection sensor (PS32)
Clamp paper sensor (PS28)
Clamp motor (M22)
Clamp alignment motor (M21)
Open Close Open Close Clamp rotation motor (M23) Left Right
SC paper detection sensor (PS16)
SC pressure arm solenoid (SD13 )
FD alignment solenoid (SD11)
Clamp entranse roller release motor (M20)
SC switchback conveyF ance motor (M12) R SSC switchback release F motor (M13) R SC alignment motor(M15) Open Close SC roller release motor(M18)
SC entrance sensor (PS2)
Entrance sensor (PS1)
0
1
First book
2
3
(1)
4
6
Positioning (alignment) to be trimmed
5 (40)
26 (1)
27
Clamp
28
Next book 29
Upright
30
31
32
Forward
(10)
33
Open
Backward
34
35
36
37
38
39
5 seconds waiting
Cover paper folding operation
(20)
40
41
42
43
Up
Book Release
(30)
Down
44
Rotation
45
46
48
Down of book
Positioning (alignment)
47
49
A
bizhub PRO 1050/1050P /1050e/1050eP 17. TIMING CHART Field Service Ver3.0 Nov.2006
B. Perfect Binding, A4, 40 originals, 2 copies, single side, PB cover paper supply
15anf5c807c
A
(40)
51
Positioning (alignment) to be trimmed
50
52
53
Clamp
54
Upright
55
Positioning (alignment)
56
Forward
57
58
60
Open
Returning to HP
Backward
59
61
62
64
65
5 seconds waiting
Cover paper folding operation
63
66
Down
67
Up
Book Release
68
Down
69
Rotation
70
71
73
Down of book
Positioning (alignment)
72
74
75
76
77
78
79
81
82
83
84
bizhub PRO 1050/1050P 1050e/1050eP
80
Field Service Ver3.0 Nov.2006 17. TIMING CHART
15anf5c808c
2
781
782
2
Forward
Backward
Book conveyance belt move- Close Open ment motor (M62) Book conveyance belt up down Down Up motor (M63) Book end sensor (PS61)
Book conveyance belt motor (M61)
Cover paper sensor /Lt (PS46)
Cover paper sensor /Rt (PS45)
Cutter motor (M50)
Cover paper alignment motor (M41) Close Open Cover paper conveyance Down arm motor /Rt (M43) Up Cover paper conveyance Down arm motor /Lt (M44) Up Cover paper table up down Up motor /Fr(M46) Down Cover paper folding motor /Rt(M48) Open Close Cover paper folding motor /Lt(M49) Open Close
Glue tank up solenoid /1 (SD31)
Glue apply position detection sensor (PS32)
SC paper detection sensor (PS16) Clamp alignment motor (M21) Open Close Open Clamp motor (M22) Close Clamp rotation motor (M23) Left Right Clamp paper sensor (PS28) Forward Glue tank movement motor (M31) Backward
FD alignment solenoid (SD11)
SC switchback conveyance F motor (M12) R SC alignment motor (M15) Open Close Up Clamp entranse movement motor (M19) Down Clamp entranse roller release motor (M20)
SC entrance sensor (PS2)
Entrance sensor (PS1)
Bypass gate solenoid (SD2)
Entrance gate solenoid (SD1)
0
1
2
First book
3
4
(1)
5
6
7
22
23
24
25
26
(40)
27
29
Positioning (alignment)
Change Cover paper path (1)
28
Clamp
30
Next book
Upright
31
Positioning (alignment)
32
Forward
33
35
Open
Returning to HP
(10)
34
Backward
36
37
38
40
41
5 seconds waiting
Cover paper folding operation
39
Down
42
43
Rotation
45
Down
Book Release
44
46
47
A
bizhub PRO 1050/1050P /1050e/1050eP 17. TIMING CHART Field Service Ver3.0 Nov.2006
C. Perfect Binding, A4, 40 originals, 2 copies, single side, main body cover paper supply
15anf5c809c
A
49
50
Down
Positioning (alignment) to be trimmed
Returning to HP
Two pages
48
(40)
51
52
53
Change Cover paper path
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
70
71
72
73
74
75
76
77
78
79
80
82
83
84
85
bizhub PRO 1050/1050P 1050e/1050eP
81
Field Service Ver3.0 Nov.2006 17. TIMING CHART
15anf5c810c
2
783
Field Service Ver3.0 Nov.2006
bizhub PRO 1050/1050P /1050e/1050eP
17. TIMING CHART
Blank page
784
H
I 1 300 301 308 302 309 303 310 304 311 305 312 306 313 307 314
2
SDB
40
3 30
31
32
35 34 33
84 87 85
92
161
45 81
44 131
46 162
100-1 5v0 100-2 5v0 100-3 5v0 100-4 S.G 100-5 S.G 100-6 S.G
550
711-1 5V1 -2 ROM_RXDin -3 Vpp -4 ROM_TXDout -5 ROM_RESET -6 SGND
PS52 PS53
STATUS INDICATOR LAMP
A
4 SW2
10 12
1
Power switch
36 38
12
OACB
SW LED
5
39 40
VR
OB2
42 44 45 46 48
OACB
49 50 51 52 53 54 55
101-1 12v(HDD) 101-2 S.G 101-3 12v(CCD) 101-4 S.G 101-5 5v1(IMAGE) 101-6 5v1(IMAGE) 101-7 S.G 101-8 S.G 101-9 S.G 101-10 5v1(HDD/OP) 101-11 S.G 101-12 12V(OP)
6
56 57 58 59 60 61
SCB
62 63 64
PMDB
65 66 67 68
M4
OB INVB
69 70 71
PRCB
72 73
714-1 VH1 -2 NC -3 VL1
Backlight /1
715-1 VH2 -2 NC -3 VL2
Backlight /2
74
DATA LED
7
77
M1/M2/M3 FNS
MS2
35
HV1
34
PRCB
33 78
DCPS/2
75
10 11
8 90-2
508
90-1
PS51
32
138-1 5v0 138-2 POWER_RL 138-7 REM/5 138-6 REM/4 138-5 REM/3 138-10 POWER_EM 138-9 5v0_ACOFF 138-8 HT_RL 138-3 REM/1 138-4 REM/2 138-11 5v1_ACOFF
SCANNER
31
FNS ADF ADUDB1 SDB M21/RCDB PRCB FNS ADF ADUDB1 PRCB
501
701-1 X2 -2 Y1 -3 X1 -4 Y2
710-1 5V1 -2 MONI_CLKout -3 MONI_RXDin -4 MONI_TXDout -5 SGND
30 758-1
CN71-1 5V_IN CN71-2 S.GND CN71-3 /REM1 CN71-4 /REM2 CN71-5 /REM3 CN71-6 CUR_EM CN71-7 AC_OFF CN71-8 FAN_H/L
FT-1 24v3
CN77-1 P.GND CN77-2 P.GND CN77-3 P.GND CN77-4 P.GND CN77-5 P.GND CN77-6 P.GND CN77-7 P.GND CN77-8 P.GND CN77-9 P.GND CN77-10 P.GND
CN76-1 24v3 CN76-1 24v3 CN76-3 P.GND CN76-4 P.GND
CN75-1 36v CN75-2 P.GND
CN74-1 24v2 CN74-2 24v2 CN74-3 24v2 CN74-8 24v2 CN74-9 24v2 CN74-10 24v2 CN74-4 P.GND CN74-5 P.GND CN74-6 P.GND CN74-7 P.GND CN74-11 P.GND CN74-12 P.GND CN74-13 P.GND CN74-14 P.GND
Power supply FM26 cooling fan /2
7
708-1 5V1 -2 SGND -3 12V4 -4 SGND
20
3
6
104-1 5V1 -2 SGND -3 12V4 -4 SGND
716-1 -2 -3 -4 -5 -6 -7 -8 -9 -10 -11 -12 -13 -14 -15 -16 -17 -18 -19 -20 -21 -22 -23 -24 -25 -26 -27 -28 -29 -30 -31 -32 -33 -34 -35 -36 -37 -38 -39 -40 -41
200V OUT HDD2
FT101 CN73-1 12V0 CN73-2 12V0 CN73-3 12V3 CN73-4 12V3 CN73-5 12V3 CN73-6 12V3 CN73-7 S.GND CN73-8 S.GND CN73-9 S.GND CN73-10 S.GND CN73-11 S.GND CN73-12 S.GND
Power supply FM25 cooling fan /1
702-1 SGND -2 CLK -3 SGND -4 Hsync -5 Vsync -6 SGND -7 SGND -8 SGND -9 R_0 -10 R_1 -11 R_2 -12 SGND -13 R_3 -14 R_4 -15 R_5 -16 SGND -17 SGND -18 SGND -19 G_0 -20 G_1 -21 G_2 -22 SGND -23 G_3 -24 G_4 -25 G_5 -26 SGND -27 SGND -28 SGND -29 B_0 -30 B_1 -31 B_2 -32 SGND -33 B_3 -34 B_4 -35 B_5 -36 SGND -37 LCD_EN -38 R/L("H") -39 3.3V -40 3.3V -41 U/D("L")
502
5
700-A20 SGND -A19 LCD_U/D -A18 LCD_R/L -A17 SGND -A16 SGND -A15 RXCLKIN+ -A14 RXCLKIN-A13 SGND -A12 RXIN2+ -A11 RXIN2-A10 SGND -A9 RXIN1+ -A8 RXIN1-A7 SGND -A6 RXIN0+ -A5 RXIN0-A4 SGND -A3 SGND -A2 5V1 -A1 5V1 700-B20 CTS_IN -B19 SGND -B18 DSR_IN -B17 SGND -B16 RXD_IN -B15 SGND -B14 RTS_OUT -B13 SGND -B12 DTR_OUT -B11 SGND -B10 TXD_OUT -B9 SGND -B8 WT_LED -B7 SHUT_LED -B6 SW_SIG -B5 SGND -B4 SHUT_SIG -B3 SW_LED -B2 5V0 -B1 5V0
503
713-1 -2 -3 -4 -5 -6 -7
Outlet
705-1 12V2 -2 12V2 -3 SGND -4 SGND -5 RMT -6 ALM -7 BRT
For Option CN2-3 AC_NEU
HDD2
6
PRCB PFU OACB
RL1
712-6 -5 -4 -3 -2 -1
Main relay
706-1 BRT -2 5V1 -3 DATA_LED -4 GND -5 MAIN_LED -6 SUB_LED
4
CN72-1 5V0 CN72-2 5V0 CN72-3 5V0 CN72-4 S.GND CN72-5 S.GND CN72-6 S.GND
4
136-A1 SGND 136-A2 LCD_UD 136-A3 LCD_RL 136-A4 SGND 136-A5 SGND 136-A6 TXCLKOUT+ 136-A7 TXCLKOUT136-A8 SGND 136-A9 TXOUT2+ 136-A10 TXOUT2136-A11 SGND 136-A12 TXOUT1+ 136-A13 TXOUT1136-A14 SGND 136-A15 TXOUT0+ 136-A16 TXOUT0136-A17 SGND 136-A18 SGND 136-A19 LCD5V 136-A20 LCD5V 136-B1 RTS_OUT 136-B2 SGND 136-B3 DTR_OUT 136-B4 SGND 136-B5 TXD_OUT 136-B6 SGND 136-B7 CTS_IN 136-B8 SGND 136-B9 DSR_IN 136-B10 SGND 136-B11 RXD_IN 136-B12 SGND 136-B13 WT_LED 136-B14 SHUT_LED 136-B15 SW_SIG 136-B16 SGND 136-B17 SHUT 136-B18 SW_LED 136-B19 5V0 136-B20 5V0
41 503
709-1 FOOT_SW -2 SGND
CN10-4
707-1 SUB_SW -2 SGND -3 N.C.
505 G/Y
CN19-2
704-A1 -A2 -A3 -A4 -A5 -A6 -A7 -A8 -A9 -A10 -A11 -A12 -A13 -A14 704-B1 -B2 -B3 -B4 -B5 -B6 -B7 -B8 -B9 -B10 -B11 -B12 -B13 -B14
Triac /2
CN10-3
703-A14 12V3 -A13 12V3 -A12 12V3 -A11 SHUT_SIG -A10 SW_LED -A9 WT_LED -A8 SHUT_LED -A7 5V0 -A6 SW_SIG -A5 SGND -A4 Y2 -A3 X1 -A2 Y1 -A1 X2 703-B14 5V1_1 -B13 5V1_1 -B12 CTS_IN -B11 SGND -B10 DSR_IN -B9 SGND -B8 RXD_IN -B7 SGND -B6 RTS_OUT -B5 SGND -B4 DTR_OUT -B3 SGND -B2 TXD_OUT -B1 SGND
TRC2
504
160-6-1
T2
160-5-2
507
T2
160-4-3
G
160-3-4
G
CN14-2
160-2-5
T1
APS sensor /2
TRC1 T1
666-1
APS sensor /1
Main power switch
SW1
666-2
510
666-3
506
665-1
509
Transformer /1
FT19
665-2
283-2
CN14-1
665-3
305-2
T1
285-1
Noise filter /2
285-2
5
HTR1
SW3
FT100
CN12-4
CN18-1
160-1-6
F/G
FT18
305-6
Dehumidification heater switch
3
CN138-12 PAT1 CN138-13 PAT2 CN138-14 PAT3 CN138-15 PAT4
A 305-1
19
T2 CN12-1
D
CN20-4
C 11
Dehumidification heater/1
283-1
CN18-2
284-2
10
HTR2
SCANNER CN20-1
1
753-6
FT42
305-5
3
284-1
L1
Transformer /2
FT17
753-5
NF2
Dehumidification heater/2
Scanner home sensor
NF1
622-4 SIG
FM19
650-3
Noise filter /1
650-2
FT13
622-1 5V 622-2 SIG 622-3 S.GND
Scanner cooling fan
Exposure lamp
FT15
650-1
632-4
632-3
F/G
640-1-3
M27 640-2-2
640-3-1
631-5
L1 INVB
621-2 EM
621-1 CONT
631-3
Circuit breaker
FT16
2
163-1-7
601-6
CBR
621-3 P.GND
601-7 631-4
E
623-3 P.GND
G/Y
CN10-5
163-2-6
601-5 632-2
FT14
CN19-1
163-3-5
601-4
600-3 24V 600-4 24V 600-1 5V 600-2 S.G 600-5 P.G 600-6 P.G 631-2
FT11
FT41
CN137-4 APS/5V CN137-5 SIG CN137-6 S.GND CN137-7 LAMP_H/L
58 601-3
FT12
163-4-4
59 601-2
623-1 24V
Scanner motor
FT10
163-5-3
601-1 632-1
Power plug
623-2 CONT
631-1
F
620-2 V
B
620-3 W
A
163-6-2
51
2
163-7-1
126 128
620-1 U
1
CN137-1 APS/5V CN137-2 SIG CN137-3 S.GND
G 60
610-1 SCAN_CLK 610-2 SCAN_FR 610-3 SCAN_W23 610-4 SCAN_V0 610-5 SCAN_V1 610-6 SCAN_V2 610-7 LUMP_CONT 610-8 FAN_CONT 610-9 FAN_EM 610-10 HP_PS 610-11 LOVRUN_PS 610-12 TOP_PS 610-13 ROVRUN_PS 610-14 SCAN24V_FEM 610-15 S.GND
18. OVERALL WIRING DIAGRAM
18.1 Main body 1/4
8 9
LCDB
OB1
OACB 1/2 9
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006 18. OVERALL WIRING DIAGRAM
CN2-1 AC_HOT 316 315
A
DCPS/1
Triac /1 142
B
76
320 319 318 317
C
PKB
D
E
F
OB3 7 8
G
H
I
bizhub PRO 1050/1050P /1050e/1050eP
18. OVERALL WIRING DIAGRAM
Field Service Ver3.0 Nov.2006
Main body location list Symbol
Part name
Location
—
Power plug
1-A
M27
Scanner motor
1-F
SDB
Scanner drive board
1-G
CBR
Circuit breaker
2-A
NF1
Noise filter /1
2-A
NF2
Noise filter /2
2-A
L1
Exposure lamp
2-E
L1 INVB
L1 inverter
2-F
FM19
Scanner cooling fan
2-F
PS51
Scanner home sensor
2-F
RL1
Main relay
3-A
TRC1
Triac /1
3-B
TRC2
Triac /2
3-C
SW3
Dehumidification heater switch
3-D
T1
Transformer /1
3-E
T2
Transformer /2
3-E
HTR1
Dehumidification heater /1
3-G
HTR2
Dehumidification heater /2
3-G
OACB
Overall control board
3-H
SW1
Main power switch
4-A
—
Outlet
4-C
OB1
Operation board /1
4-E
PS52
APS sensor /1
4-G
PS53
APS sensor /2
4-G
—
Status indicator lamp
4-G
FM25
Power supply cooling fan /1
5-A
FM26
Power supply cooling fan /2
5-A
DCPS/1
DC power supply /1
5-A
SW2
Power switch
5-D
OB2
Operation board /2
5-D
OB INVB
OB inverter
5-D
OB3
Operation board /3
5-G
LCDB
LCD board
6-D
PKB
Panel key board
7-D
—
Backlight /1
7-D
—
Backlight /2
7-D
1 2 3
OACB 2/2
I 4
108 109 111 112 113 114 115 116
HDD1
Polygon motor
117 118 119 120
M6
5
180 181 121 122
M31 M7
123 124 125 126 127 128 129
321 322 328 334 323 329 335 324 330 336 331 337 325 326 332 338 327 333 339
131 132 133 182 134 135
M6 M31 M7
136
CN 123 CN 124
CN 112 CN 113
6
130 137 138
IPB
CSRC I/F (RS232C)
139 140
FNS
2
PRCB
PB
7
CN137-7 RXD CN137-8 DSR(I) CN137-9 RTS(O) CN137-10 TXD CN137-11 DTR(O) CN137-12 CTS(I) CN137-13 DDF_VV CN137-14 COVER
CCDB
173-8-1
173-7-2
173-6-3
173-5-4
173-4-5
173-3-6
173-2-7
173-1-8
200 82-2
82-1
81-6
83-5
83-4
83-3
83-2
83-1
10-6
343-2
343-1
150 151 152 153 154 155
ADUDB1 ADUDB2
550
HV1 M3 M2 M1
183
36
PCI RB ICB
IC cooling fan FM24
DIMM
Compact Flash
RJ45
8
RS232C USB
CN888-1 STROBE CN888-2 D0 CN888-3 D1 CN888-4 D2 CN888-5 D3 CN888-6 D4 CN888-7 D5 CN888-8 D6 CN888-9 D7 CN888-10 PTRCLK CN888-14 PBUSY CN888-12 ACK CN888-13 xFLAG CN888-14 HBUSY CN888-15~18 N.C. CN888-19~27 S.GND CN888-28~30 N.C. CN888-31 INIT CN888-32 NDVALID CN888-33~35 N.C. CN888-36 1284ACT
Amphenol 36pin
107
CN15-4 HT_RL CN15-5 FAN_CONT CN15-6 FAN_EM CN15-10 REM/1 CN15-11 REM/2 CN15-14 AC_OFF
CN14-1 12v2 CN14-2 5v2 CN14-3 S.GND CN14-4 S.GND
CN13-16 P.GND CN13-17 P.GND CN13-18 P.GND
CN13-5 24v1 CN13-6 5v2 CN13-7 5v2 CN13-8 5v2 CN13-9 5v2 CN13-10 S.GND CN13-11 S.GND CN13-12 S.GND CN13-13 S.GND CN13-14 P.GND CN13-15 P.GND
CN13-3 24v1 CN13-4 24v1
CN13-1 24v1 CN13-2 24v1
8
CN885-1 TD+ CN885-2 TDCN885-3 RD+ CN885-4 CT CN885-5 CT CN885-6 RDCN885-7 N.C. CN885-8 CHS
RJ45
106
CN886-1 VBUS CN886-2 -D CN886-3 +D CN886-4 S.GND
105
CN80-1
S.GND
104
78
758-4
103
MS2
CN1-1 CN1-2 CN1-3 CN1-4 CN1-5 CN1-6 CN1-7 CN1-8 CN1-9 CN1-10 CN1-11 CN1-12 CN1-13 CN1-14 CN1-15 CN1-16 CN1-17 CN1-18 CN1-19 CN1-20 CN1-21 CN1-22 CN1-23 CN1-24 CN1-25 CN1-26 CN1-27 CN1-28 CN1-29 CN1-30 CN1-31 CN1-32 CN1-33 CN1-34 CN1-35 CN1-36 CN1-37 CN1-38 CN1-39 CN1-40
101
Heater relay
RL3 CN80-2
CN889-1 N.C CN889-2 RXD CN889-3 TXD CN889-4 N.C CN889-5 GND CN889-6 N.C CN889-7 RTS CN889-8 CTS CN889-9 N.C
100
CN12-12 S.GND CN12-13 S.GND CN12-14 S.GND CN12-15 S.GND CN12-16 S.GND CN12-17 S.GND CN12-18 P.GND CN12-19 P.GND CN12-20 P.GND CN12-21 P.GND CN12-22 24v1
Interlock switch /2
P.GND 5V
99
24V
LDB
98
7
758-2
97
93
CN 899
WRITE UNIT 96
Power supply cooling fan /3
CN887-1 GND CN887-2 12V CN887-3 12Vout CN887-4 GND CN887-5 GND CN887-6 5Vout
95
DPSB
94
FM27
OACB
93
CN12-1 24v1 CN12-2 24v1 CN12-3 24v1 CN12-4 12v2 CN12-5 12v2 CN12-6 5v2 CN12-7 5v2 CN12-8 5v2 CN12-9 5v2 CN12-10 5v2 CN12-11 -5v
DCPS/2
DPSB M6 M4 SDB HV1 SDB ADUDB1
92
S.GND CN170-50 TG -49 TGOUT -48 CLAMP -47 ACLAMP -46 PRDKEEP -45 S.GND -44 LCLK+ -43 LCLK-42 S.GND -41 RCK-40 RCK+ -39 S.GND -38 S.GND -37 TCK+ -36 TCK-35 S.GND -34 S.GND -33 SCLK -32 SEN -31 SDI -30 SDO -29 S.GND -28 AD_D0-27 AD_D0+ -26 S.GND -25 AD_D1-24 AD_D1+ -23 S.GND -22 AD_D2-21 AD_D2+ -20 S.GND -19 LVDSCLK- -18 LVDSCLK+ -17 S.GND -16 ADRST -15 APR -14 PDWN -13 S.GND -12 +5V1 -11 +5V1 -10 +5V1 -9 +5V1 -8 +5V1 -7 +5V1 -6 S.GND -5 +12V -4 +12V -3 +12V -2 S.GND -1
91
CN110-1 S.GND CN110-2 TG CN110-3 TG_OUT CN110-4 CLAMP CN110-5 A_CLAMP CN110-6 PRDKEEP CN110-7 S.GND CN110-8 +LCLK CN110-9 -LCLK CN110-10 S.GND CN110-11 -RCK CN110-12 +RCK CN110-13 S.GND CN110-14 S.GND CN110-15 +TCK CN110-16 -TCK CN110-17 S.GND CN110-18 S.GND CN110-19 SCLK CN110-20 SEN CN110-21 SDI CN110-22 SDO CN110-23 S.GND CN110-24 -AD_D0 CN110-25 +AD_D0 CN110-26 S.GND CN110-27 -AD_D1 CN110-28 +AD_D1 CN110-29 S.GND CN110-30 -AD_D2 CN110-31 +AD_D2 CN110-32 S.GND CN110-33 -LVDSCLK CN110-34 +LVDSCLK CN110-35 S.GND CN110-36 ADRST CN110-37 APR CN110-38 LVDSPDN CN110-39 S.GND CN110-40 +5V1 CN110-41 +5V1 CN110-42 +5V1 CN110-43 +5V1 CN110-44 +5V1 CN110-45 +5V1 CN110-46 S.GND CN110-47 +12V(CCD) CN110-48 +12V(CCD) CN110-49 +12V(CCD) CN110-50 S.GND
90
CN103-1 +5V1 CN103-2 S.GND CN103-3 S.GND CN103-4 +12V(HDD)
89
CN21-1 24v2 CN21-2 24v2 CN21-3 P.GND CN21-4 P.GND
Coil
PRCB ADUDB1 ACDB PFU ADUDB1 PRCB
51-1
CN11-6 12v1-1 CN11-7 12v1-2 CN11-8 S.GND CN11-9 S.GND CN11-10 S.GND CN11-11 S.GND CN11-12 S.GND CN11-13 S.GND CN11-14 S.GND
CN1-3 AC_HOT
ACDB PFU
88
PRCB M3 ADUDB1 ACDB ADUDB1
87
ACDB PFU ADUDB1 ACDB ADUDB1
86
MS2 PFU ADUDB1 PFU
85
CN195- 1 RST CN195- 2 S.GND CN195- 3 D7 CN195- 4 D8 CN195- 5 D6 CN195- 6 D9 CN195- 7 D5 CN195- 8 D10 CN195- 9 D4 CN195-10 D11 CN195-11 D3 CN195-12 D12 CN195-13 D2 CN195-14 D13 CN195-15 D1 CN195-16 D14 CN195-17 D0 CN195-18 D15 CN195-19 S.GND CN195-20 N.C.(KEY pin) CN195-21 DMARQ CN195-22 S.GND CN195-23 DIOW CN195-24 S.GND CN195-25 DIOR CN195-26 S.GND CN195-27 IDRDY CN195-28 CSEL CN195-29 DMACK CN195-30 S.GND CN195-31 INT0 CN195-32 Reserved CN195-33 DA1 CN195-34 PDAIG CN195-35 DA0 CN195-36 DA2 CN195-37 CS0 CN195-38 CS1 CN195-39 DASP CN195-40 S.GND
OACB
PRCB OACB ADUDB1 PFU ADF FNS OACB
84
190-1-12
190-2-11
CN11-4 5v1 CN11-5 5v1
CN11-1 5v1 CN11-2 5v1 CN11-3 5v1
316
758-3
H 162
190-3-10
82
190-4-9
161
190-5-8
142
190-6-7
141
190-7-6
81
190-8-5
PRCB ADUDB1 OACB PFU DCPS/1,/2 OACB ADF OACB
80
190-9-4
79
190-10-3
B
190-11-2
CN1-6 AC_NEU
190-12-1
CN1-5 AC_NEU
191-3-12
INDEXB
191-4-11
CN10-2
191-5-10
CN1-2 AC_HOT
6
758-1
Amphenol 36pin CN134-1 STROBE CN134-2 D0 CN134-3 D1 CN134-4 D2 CN134-5 D3 CN134-6 D4 CN134-7 D5 CN134-8 D6 CN134-9 D7 CN134-10 PTRCLK CN134-14 PBUSY CN134-12 ACK CN134-13 xFLAG CN134-14 HBUSY CN134-15~18 N.C. CN134-19~27 S.GND CN134-28~30 N.C. CN134-31 INIT CN134-32 NDVALID CN134-33~35 N.C. CN134-36 1284ACT
8
5
CN 898
USB CN125-1 VBUS CN125-2 -D CN125-3 +D CN125-4 S.GND
CN3-2
4
CN111-1 TD+ CN111-2 TDCN111-3 RD+ CN111-4 CT CN111-5 CT CN111-6 RDCN111-7 N.C. CN111-8 CHS
G 131-6
M21
3
CN139-1 DCD CN139-2 RXD CN139-3 TXD CN139-4 DTR CN139-5 GND CN139-6 DSR CN139-7 RTS CN139-8 CTS CN139-9 RI
E 131-5
L
191-6-9
173-5-1
CN10-1
191-7-8
173-5-1
172-9-1 131-1
191-8-7
172-4-6 131-2
191-9-6
173-2-4
191-10-5
173-1-5 131-3
191-11-4
172-8-2
172-7-3 131-4
191-12-3
173-3-3
194-13
173-4-2 CN3-1
191-13-2
CONT CLK 171 PLL_LK 170 62 36V 52 24V 172-5-5
172-6-4
FT103
191-14-1
Sub relay
CN130-A1 ENB CN130-A2 ALM1 CN130-A3 S/HB1 CN130-A4 S/H1 CN130-A5 S.GND CN130-A6 LD+5V CN130-A7 LD+5V CN130-A8 LPR5V CN130-A9 S.GND CN130-A10 -VIDEO2 CN130-A11 +VIDEO2 CN130-A12 S.GND CN130-B1 LOAD CN130-B2 DACLK CN130-B3 DI CN130-B4 S.GND CN130-B5 ALM2 CN130-B6 S/HB2 CN130-B7 S/H2 CN130-B8 ALMRST CN130-B9 S.GND CN130-B10 -VIDEO1 CN130-B11 +VIDEO1 CN130-B12 S.GND
63
194-12
172
318
194-11
P.GND 319
194-10
7
FT23
192-1-13
194-9
FT102
192-2-12
320
2
135-1 DF_CVR 135-2 ERR_T 135-3 PVV 135-4 TNVV 135-5 B_VV 135-6 S_VV 135-7 5V_MON 135-8 EE_VV 135-9 PRI_RST 135-10 RST_CONT 135-11 RXD 135-12 S.GND 135-13 RTS 135-14 S.GND 135-15 ERR_R 135-16 TXD 135-17 S.GND 135-18 CTS 135-19 S.GND
F RL2
192-3-11
1
192-4-10
D FT22
192-5-9
A
CN132-1 INDPR CN132-2 S.GND CN132-3 IND CN132-4 S.GND CN132-5 5V
C
POLYGON MOTOR DRIVE BOARD
18.2 Main body 2/4
315
Interlock switch /1
9
78-1A 78-1B 79-1B 79-1A
MS1
78-2A 78-2B 79-2B 79-2A
CN80-4
CN80-3
A
156 157
B
201
317
42
C
HDD2
37
D
DF DF-603 48 55 82 90
9
E
F
G
H
I
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006 18. OVERALL WIRING DIAGRAM
bizhub PRO 1050/1050P /1050e/1050eP
18. OVERALL WIRING DIAGRAM
Field Service Ver3.0 Nov.2006
Main body location list Symbol RL2
Part name
Location
Sub relay
2-A
L
Coil
2-A
M21
Polygon motor
2-D
INDEXB
Index board
2-C
LDB
Laser drive board
2-C
IPB
Image processing board
2-E
DCPS/2
DC power supply /2
3-A
HDD1
Hard disk /1
3-C
FM27
Power supply cooling fan /3
5-A
CCDB
CCD board
5-C
PB
Parameter board
6-F
RL3
Heater relay
7-A
MS2
Interlock switch /2
7-A
PCI RB
PCI relay board
7-D
MS1
Interlock switch /1
8-A
HDD2
Hard disk /2
8-C
ICB
IC board
8-D
FM24
IC cooling fan
8-F
1 2 3 4
I Key counter
H 4
5 FM12 2 FM6 FM7
Paper exit cooling fan /3
Paper exit cooling fan /2
Cooling fan /1
Cooling fan /2
Cooling fan /3
IPB cooling fan
Suction fan /1
Suction fan /2
CN450-8
CN18-3
TS2 Thermostat /2
TS1
508
6
Suction fan /3
L4 L2
Fusing heater lamp /2
L3
462-1
FAN
FUSING UNIT Fusing heater lamp /3 450-3
450-1
7
Polygon cooling fan
97 100 106 108 113 114 10
5 501
450-2
502
505 504
507
8 11
5 6
35-1 24V 35-2 KEY_SIG 35-3 S.GND 35-4 C_DRIVE 35-5 P.GND
410-B2 HFAN2_CONT 410-B3 HFAN_FEM 410-B4 HFAN3_CONT 410-B5 HFAN3_FEM 410-B6 SFAN_CONT 410-B7 SFAN_FEM 410-B8 WRITE F1_CONT 410-B9 WRITE F2_CONT 410-B10 WRITE F_FEM 410-B11 POLYGON F_CONT 410-B12 N.C 410-B13 POLYGON F_FEM 410-B14 S.GND 410-B15 KEY_CONT 410-B16 KEY_24FEM 410-B17 TC_DRV
171-13-1
171-12-2
171-11-3
CN77B
CNT2
9
213-B5 POLYGON F_FEM 213-B4 S.GND
213-B8 MCOOL F1/F2_FEM 213-B7 POLYGON F_CONT
424-3 WEBM_D3 424-4 WEBM_D4 424-1 WEBM_D1 424-2 WEBM_D2
223-7 TH4+ 223-8 TH4-
223-5 TH3+ 223-6 TH3-
223-3 TH2+ 223-4 TH2-
223-1 TH1+ 223-2 TH1-
221-3 5V 221-5 FJAM_PS 221-7 S.GND 221-6 FIX_SET_N
221-4 FEXIT_PS
253-11-3
451-15
253-10-4
254-11-3
253-3-11
2
2
254-10-4
254-3-11
253-1-13
254-1-13
253-4-10
253-7-7
253-8-6
254-7-7
254-8-6
254-9-5
251-17
251-10
251-19
251-20
251-8
251-4
251-2
465-3
465-2
465-1
464-3
464-2
464-1
272-1-2 2
264-1-3
268-2
268-1
273-3
273-2
265-3
265-2
265-1
275-3
275-1
276-1
PS22
213-B2 KEY_24FEM 213-B1 TCOP
208-3 GND 208-6 GND
322-5 N.C.
322-3 VFDW_MC
322-4 VF_MC
322-2 VFUP_MC 322-1 24V
222-A7 VF_DWPS
222-A8 VF_PS
222-A6 VF_UPPS
222-A9 VF_DOOR_PS
222-A3 T2VFIN_PS
222-A2 T1VFIN_PS
222-A1 5V 222-A5 LOOP_PS 222-A4 S.GND
321-3 24V 321-4 T2LKSD_CONT
208-2 FUSING ROLLER_SIG 221-1 FIX_SET_P 221-2 5V
213-B13 HFAN3_FEM 213-B12 SFAN_CONT 213-B11 SFAN_FEM 213-B10 MCOOL F1_CONT
213-B16 HFAN2_CONT 213-B15 HFAN_FEM
213-A2 AC_ENB 213-A1 N.C.
213-A7 L3_CONT 213-A6 AC5V_FEM 213-A5 AC12V_FEM 213-A4 DH_CONT
213-A10 T1_CONT 213-A9 T2_CONT
213-A17 MRL_CONT 213-A16 MRL_SIG 213-A15 TC_CONT 213-A14 TC_24FEM 213-A13 ACV_EM 213-A12 ZERO_CROSS
228-B12 EM 327-9 CONT
222-B7 PFAN_EM
222-B13 N.C.
321-1 24V 321-2 T1LKSD_CONT
320-A4 UPT1M_CONT 320-A3 UPT1M24V
320-B4 T2FAN_CONT 220-B13 FAN/Rr EM 320-B6 P.GND
220-B12 FAN/Fr EM
320-B8 T2 SEP CL_CONT
320-A8 T2 FEED CL_CONT 320-B2 24V
320-B1 T2UPSD_CONT
220-B11 T2SIZE_VR
220-B10 A5V 220-B8 T2 REMAIN_VR
220-B6 T2GRIP_PS
220-B9 T2_0PS
276-2
276-3
277-2
277-1
271-3
Pre-registration clutch /2
Vertical conveyance clutch
Pre-registration clutch /1
Web motor
Thermistor /4
Thermistor /1
Fusing jam sensor
Fusing exit sensor
250-24
Vertical conveyance sensor /3
sensor /2
sensor /1
Door switch /1
Pre-registration sensor /2
Pre-registration sensor /1
Loop sensor
Tray lock solenoid /1
Paper lift motor /2
Paper feed assist fan /Rr2
Paper feed assist fan /Fr2
Separation clutch /2
Paper feed clutch /2
Pick-up solenoid /2
Paper size VR /2
Handle release sensor /2
Upper limit
Paper size sensor /Rr2
Paper size sensor /Fr2
Remaining paper VR /2
CL1 CL2 CL3
400-8 MRL_CONT
410-A8 T1_CONT 410-A9 T2_CONT 410-A10 T3_CONT 410-A11 L3_CONT 410-A12 AC5V_FEM 410-A13 AC12V_FEM 410-A14 DH_CONT 410-A15 DH_OPEN 410-A16 AC_ENB 410-A17 N.C
410-A1 MRL_CONT 410-A2 MRL_SIG 410-A3 TC_CONT 410-A4 TC_24FEM 410-A5 ACV_EM1 410-A6 ZERO_CROSS
420-A2 P.GND 420-B8 N.C 420-A3 P.GND 420-B7 POLYGON F_CONT 420-A4 P.GND 420-B6 SUCTION F2_CONT 420-A5 P.GND 420-B5 SUCTION F1_CONT 420-A6 P.GND 420-B4 IMAGE F_CONT 420-A7 P.GND 420-B3 MAIN F3_CONT 420-A8 P.GND 420-B2 MAIN F2_CONT 420-A9 P.GND 420-B1 MAIN F1_CONT
78-3-1
78-2-2
78-1-3
172-9-1
228-B12 FAN_EM
222-B5 HINF2_H/L 222-B6 HINF2_EM
222-B3 HINF1_H/L 222-B4 HINF1_EM
228-B6 GFAN_EM
228-B4 MF3H/L 228-B5 MF3EM
228-B2 MF2H/L 228-B3 MF2EM
228-A13 MF1H/L 228-B1 MF1EM
228-B11 EXDWFEM 327-8 P.GND
327-7 EXDWFAN_DRIVE
251-23
251-3
SD1
400-7 MRL_24V
420-A1 24V 420-B9 CONT
435-1 24V 435-2 PGND
400-1 24V1 400-2 12V 400-3 5V 400-4 S.GND 400-5 S.GND 400-6 P.GND
440-6 ACN 442-8 ACN 442-4 ACH 440-4 T3_DRVG
440-2 T2_TRIG
FM18 8
442-1 T2_DRV
442-6 L3_DRV 440-1 T1_DRV
FM29
98-3-1
98-2-2
FM8 Suction fan /4
172-7-3
78-1-3
172-8-2
171-7-7
595-3-1
78-2-2
171-6-8
171-5-9
171-4-10
171-10-4
171-9-5
171-8-6
88-5-7
88-3-9
220-B14 T2FEED_PS
220-B7 T2UP_PS
271-2
270-3
270-2
FM222 FM233
595-2-2
77-1-3
99-1-3
59-3
329-2 OP/FAN_EM 329-3 P.GND
329-1 OP/FAN_CONT
251-6
Paper lift motor /1
Paper feed assist fan /Rr1
Paper feed assist fan /Fr1
Separation clutch /1
Paper feed clutch /1
VR4
77A-1
FM3
76-1-3
220-B5 T2SIZE_PS2
270-1
Paper size VR /1 Pick-up solenoid /1
VR3
8
77B-2
FM2
Pump cooling fan
88-11-1
220-B1 T2_SET_P 220-B2 5V2 220-B3 T2SIZE_PS1 220-B4 S.GND
2
2
272-1-2 2 272-2-1 22
Remaining paper VR /1
PS10 PS11
VERTICAL CONVEYANCE
77A-2
FM1
97-4-1
327-5 EXUPFAN_DRIVE 327-10 P.GND 228-B10 EXUPFEM 327-6 P.GND
228-B9 GFANEM 327-4 P.GND
250-19
250-20
5
88-8-4 8 8
88-9-3
327-3 GFAN_DRIVE
320-A2 UPT1M_CONT 320-A1 UPT1M24V
320-B3 T1FAN_CONT 220-A14 FAN/Rr EM 320-B5 P.GND
220-A13 FAN/Fr EM
320-B7 T1 SEP CL_CONT
320-A6 T1 FEED CL_CONT 320-A5 24V
320-A7 T1UPSD_CONT
268-3
268-2
268-1
Handle release sensor /1
TRAY2 F/G
7
77A-4
FM10 0
89-3
228-B8 FSFAN_EM 327-2 P.GND
327-1 FS_FAN_DRIVE
229-16 TB_DOOR 229-17 S.GND
229-15 HOPM1_EM
229-13 HOPM1_CONT 229-14 HOPM1_CLK
250-8
SD3
89-2
396-10-5 61
220-A11 T1SIZE_VR
Paper size sensor /Rr1 Upper limit
Paper size sensor /Fr1
F/G
6
77B-1
59-2
FM28 8
89-1
349 5 4 349-5-4
390-10-3 01
229-11 5V2 229-12 TP2_PS(CUP)
273-3
273-2
265-3
265-2
265-1
277-3
277-2
277-1
271-3
271-2
270-3
270-2
F/G
90-4
76-2-2
FM11
92-3
FM9 Paper exit cooling fan /1
92-2
Door switch /2
FM5 Developing suction fan
24V
FM4
Transfer/separation suction fan
Toner hopper motor
349-7-2 349 72 349 6 3 349-6-3
396 9 6
250-4
250-2
250-23
250-3
250-6
270-1
VR2
349 8 1 349-8-1
389-3
389-2
389-1
220-A10 A5V 220-A8 T1 REMAIN_VR
220-A6 T1GRIP_PS
220-A12 T1_0PS
220-A12 T1FEED_PS
220-A7 T1UP_PS
220-A5 T1SIZE_PS2
220-A1 T1_SET_P 220-A2 5V2 220-A3 T1SIZE_PS1 220-A4 S.GND
VR1
392-1 92 1 5V 3 -2 S.G. -33 -4 4 -5 -6 6
Toner remaining sensor /4
P.G. 24V 24V
229-10 TONM_EM
229-8 TONM_CONT 229-9 TONM_CLK
229-7 TP1_PS(30K)
229-4 T_SEN_CNT2 229-5 TOR_SIG2(60K) 229-6 S.GND
229-2 TONER_SIG 229-3 S.GND
328-6 /B
PS5
-66 -7 -8 8 -9 9 -10 0 -11
396-4-11
385-3-1
385-2-2
385-1-3
PS4
S.G. CONT CLK
383-1-3
300 301 308 302 309 303 310 304 311 305 312 306 313 307
3 390-4-9
383-2-2
381-3
B
5
90-3
PS32
Toner remaining sensor /2
383-3-1
381-2
TRAY1 4
88-1-11
TONER SUPPLY 381-1
216-8 SCANFAN_CONT 216-7 SCANFAN_EM 216-6 SCANHP_PS 216-5 NC 216-4 NC 216-3 NC 216-2 SCAN24V_FEM 216-1 S.GND
F/G
88-2-10
PS31
Toner remaining sensor /1
328-1 24V 328-2 24V 328-3 A 328-4 /A
A
Toner remaining sensor /3
M11
Intermediate hopper motor
M10
3
75-2
PS29 324-5 B 324-6 /B
38
384-2-8
79
384-1-9
200 201 103
380-11
216-15 SCAN_CLK_O 216-14 SCAN_FR 216-13 SCAN_MGN 216-12 SCAN_CUR1 216-11 SCAN_CUR2 216-10 SCAN_CUR3
86
324-1 24V 324-2 24V 324-3 A
222-B9 5V 222-B8 SIG 222-B10 GND
111
380-7
377-1-3
377-2-2
377-3-1
E
Air separation motor
380-3
118
393-1-3
53
369-3
200-8 S.GND 200-7 S.GND 200-6 F_CONT 200-5 F_EM 200-4 5V2 200-3 5V1 200-2 12V3 200-1 NC
2
75-1
M28 211-5 SIG 211-4 GND
57
Pump encoder sensor /2
300-4 P.GND 300-3 P.GND 300-2 24V2 300-1 24V2
301-2 P.GND 301-1 24V3 151
211-3 5V 211-2 SIG 211-1 GND
326-3 P2_M24 326-4 P2_M
68
Pump encoder sensor /1
371-2-1
150
Air pump motor 61
Air motor encoder sensor
G 401-2 P.GND 401-1 24V3
1
Toner bottle motor
F 326-1 P1_M24 326-2 P1_M
69
371-1-2
D
370-2-1
370-1-2
C
Toner pump motor
18.3 Main body 3/4
9
FUSING UNIT A
M24
124
B
C
D
E
F
ACDB 1/2 G
CNT1
H
Total counter
510
I
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006 18. OVERALL WIRING DIAGRAM
bizhub PRO 1050/1050P /1050e/1050eP
18. OVERALL WIRING DIAGRAM
Field Service Ver3.0 Nov.2006
Main body location list Symbol
Part name
Location 1-C
Symbol
PRCB
Printer control board
FM21
M10
Air separation motor
1-F
M25
M28
Toner pump motor
1-F
SW5
M29
Air pump motor
1-F
FM4
Part name Paper feed assist fan /Rr1
Location
Symbol
Part name
Location
4-B
TS2
Thermostat /2
6-H
Paper lift motor /1
4-B
L2
Fusing heater lamp /1
6-H
Door switch /2
4-F
L3
Fusing heater lamp /2
6-H
Transfer/separation suction fan
4-F
L4
Fusing heater lamp /3
6-H
PS28
Pump encoder sensor /1
1-F
FM5
Developing suction fan
4-F
SD2
Tray lock solenoid /2
7-B
PS29
Pump encoder sensor /2
1-F
PS12
Upper limit sensor /2
5-B
PS16
Loop sensor
7-B
PS30
Air motor encoder sensor
1-F
PS13
Paper feed sensor /2
5-B
PS17
Pre-registration sensor /1
7-B
PS4
Paper size sensor /Fr1
2-B
PS14
Paper empty sensor /2
5-B
PS18
Pre-registration sensor /2
7-B
PS5
Paper size sensor /Rr1
2-B
PS15
Handle release sensor /2
5-B
PS19
Vertical conveyance sensor /1
7-B
PS6
Upper limit sensor /1
2-B
VR3
Remaining paper VR /2
5-B
PS20
Vertical conveyance sensor /2
7-B
M11
Intermediate hopper motor
2-F
VR4
Paper size VR /2
5-B
SW4
Door switch /1
7-B
PS31
Toner remaining sensor /1
2-F
FM11
Pump cooling fan
5-F
ACDB
AC drive board
7-F
PS32
Toner remaining sensor /2
2-F
FM28
Paper exit cooling fan /3
5-F
FM18
Polygon cooling fan
7-F
PS33
Toner remaining sensor /3
2-F
FM10
Paper exit cooling fan /2
5-F
FM29
Suction fan /4
7-F
PS7
Paper feed sensor /1
3-B
FM1
Cooling fan /1
5-F
PS21
Vertical conveyance sensor /3
8-B
PS8
Paper empty sensor /1
3-B
FM2
Cooling fan /2
5-F
PS22
Fusing exit sensor
8-B
PS9
Handle release sensor /1
3-B
M26
Paper lift motor /2
6-B
CL1
Pre-registration clutch /1
8-B
SD3
Pick-up solenoid /1
3-B
SD1
Tray lock solenoid /1
6-B
CL2
Vertical conveyance clutch
8-B
VR1
Remaining paper VR /1
3-B
SD4
Pick-up solenoid /2
6-B
CL3
Pre-registration clutch /2
8-B
VR2
Paper size VR /1
3-B
CL6
Paper feed clutch /2
6-B
CNT1
Total counter
8-H
PS34
Toner remaining sensor /4
3-F
CL7
Separation clutch /2
6-B
CNT2
Key counter
9-I
M6
Toner bottle motor
3-G
FM22
Paper feed assist fan /Fr2
6-B
M24
Web motor
9-B 9-B
M7
Toner hopper motor
3-G
FM23
Paper feed assist fan /Rr2
6-B
PS23
Fusing jam sensor
FM9
Paper exit cooling fan /1
4-F
FM3
Cooling fan /3
6-F
TH1
Thermistor /1
9-B
PS10
Paper size sensor /Fr2
4-B
FM8
Suction fan /3
6-F
TH2
Thermistor /2
9-B
PS11
Paper size sensor /Rr2
4-B
FM12
IPB cooling fan
6-F
TH3
Thermistor /3
9-B
CL4
Paper feed clutch /1
4-B
FM6
Suction fan /1
6-F
TH4
Thermistor /4
9-B
CL5
Separation clutch /1
4-B
FM7
Suction fan /2
6-F
FM20
Paper feed assist fan /Fr1
4-B
TS1
Thermostat /1
6-H
I 1 2 F/G F/G
TRANSFER/ SEPARATION CHARGER
GUIDE PLATE
TRANFER
SEPARATION
3
HV2 F/G
4 PS37 547-3-4 547-2-5 547-1-6
578-3 544-3-1 544-2-2 544-1-3
579-1 579-2 579-3
PS40 PS41 545-1-3 548-3-1 548-2-2 548-1-3
582-1 582-2 582-3
PS42
5
550-3-1 584-1
PS43 PS44 PS45 PS46
6
PS47 PS48 PS49 PS50
7 F/G F/G 542-4 542-3 542-2 542-1 541-2 541-1
258-2 258-1 259-2 259-1
105 112 56 129
116 99
8
ADU conveyance motor /2
HT
753-6
24V 754-1
P.GND
754-2
12V
754-3
S.GND
754-4
M18 M17 M16
101 50
88 107 80
9
597-3
753-5
597-9
753-4
597-5
753-3
597-1
753-2
597-7
5V
597-11
753-1
593-6 /B 593-5 B 593-4 /A 593-3 A 593-2 24V2 593-1 24V2
HT
ADUDB2 596-1 CLK+ 596-2 CLK596-3 GND
P.GND
490-1 CLK+ 490-2 CLK490-3 GND
Registration motor
S.GND
S.GND
5V
5V
P.GND
P.GND P.GND
5V S.GND
8
598-2
S.GND
598-5
24V
598-1
598-3
751-9-2
598-4
751-8-3
598-6
259-4
PF-701 (OPTION)
599-2
599-5
599-1
599-3
599-4
259-3
117
Loop motor
541-4
502-2
752-3-3
592-6 /B 592-5 B 592-4 /A 592-3 A 592-2 24V2 592-1 24V2
541-3
502-1
599-6
157
597-1 5V 597-2 S.GND 595-1 CLK 595-2 -12V 595-3 GND 595-4 12V 595-5 SHIELD
594-6 /B 594-5 B 594-4 /A 594-3 A 594-2 24V2 594-1 24V2
591-1 24V2 591-2 P.GND
180
521-A12 5V 521-A14 S.GND 511-1 CLK 511-2 -12V 511-3 GND 511-4 12V 511-5 SHIELD
M19 590-19 LOOP ENG 590-18 REG_CLK 590-17 REG_REF1 590-16 REG_REF2 590-15 REG_REF3 590-14 LOOP_CLK 590-13 LOOP_REF1 590-12 LOOP_REF2 590-11 LOOP_REF3 590-10 CONV/2_ENG 590-9 CONV/2_CLK 590-8 CONV/2_REF1 590-7 CONV/2_REF2 590-6 CONV/2_REF3 590-5 S.GND 590-4 RESET 590-3 CONV/2_FUSE 590-2 LOOP FUSE 590-1 RESIST FUSE
757-4-2
757-3-3
757-2-4
757-1-5
755-6
755-5
755-4
755-3
361-10
361-6
361-5
361-4
361-3
360-2
360-1
Door open/close sensor /1
Door open/close sensor /2
FS-503 FD-501 LS-501/502 (OPTION)
512-1 SHIELD 512-2 SIG 512-3 GND 512-4 -12V 512-5 12V 512-6 TH_SIG
523-1 LOOP ENG 523-2 REG_CLK 523-3 REG_REF1 523-4 REG_REF2 523-5 REG_REF3 523-6 LOOP_CLK 523-7 LOOP_REF1 523-8 LOOP_REF2 523-9 LOOP_REF3 523-10 CONV/2_ENG 523-11 CONV/2_CLK 523-12 CONV/2_REF1 523-13 CONV/2_REF2 523-14 CONV/2_REF3 523-15 S.GND 523-16 RESEET 523-17 CONV/2_FUSE 523-18 LOOP_FUSE 523-19 RESIST_FUSE
87-3 130-6-1
24V
87-2 130-5-2
755-2
87-1 130-4-3
755-1
86-3 130-3-4
Paper exit sensor
7
491-6 TH_SIG 491-5 +12V 491-4 -12V 491-3 GND 491-2 SIG 491-1 SHELD
542-5
751-7-4
542-6
751-6-5
258-3
751-5-6
258-4
751-4-7
258-5
751-3-8
258-6
513-2 GND 513-1 24V 500-9 A.GND 500-8 5VA 500-3 P.GND 500-6 S.GND 500-5 S.GND 500-7 -5V 500-4 5V 500-2 12V 500-1 24V1 501-2 P.GND 501-1 24V2
751-2-9
542-8
542-9
751-1-10
542-7
542-10
TRANSFER ASSIST ADAPTER
542-11
752-5-1
258-7
ADUDB1 542-12
PS54
752-4-2
258-8
217-5 REQ3 217-4 ACK3 217-3 ERR_OUT3 217-2 NC 217-1 NC 217-15 REQ13 217-14 ACK1 217-13 IO_URXD 217-12 ERR_OUT1 217-11 IO_UCLK 217-10 PFU_LATCH 217-9 S.GND 217-8 IO_DCLK 217-7 5V 217-6 IO_DTXD
258-9
757-5-1
756-1-6
756-2-5
756-3-4
756-4-3
756-5-2
756-6-1
76
258-12
218-1 FIN_TXD 218-2 S.GND 218-3 FIN_CTS 218-4 S.GND 218-5 FIN_RXD 218-6 S.GND 218-7 FIN_RTS 218-8 S.GND 218-9 EXIT_PS
54
258-10
333-4-1
333-3-2
91
258-11
559-4-3(/B) 571-6-5
333-1-4 333-2-3
138
521-A13 RESERVE SIG
559-2-5(B) 571-4-7
TSL
Transfer assist motor
M31
ADU reverse paper exit motor
559-3-4(/A)
M2
Drum motor
559-1-6(A)
573-10
556-1-10
M4
Paper feed motor
571-5-6
573-9
556-2-9
M5
Conveyance motor
571-3-8
573-8
556-3-8
M1
Fusing motor
559-5-2
573-7
556-4-7
Centering sensor
M3
Developing motor
571-7-4
573-6
556-5-6
334-11
334-10
208-4 5V2 208-5 SIG 208-6 S.GND
208-1 5V2 208-2 SIG 208-3 S.GND
48
559-6-1
573-5
556-6-5
334-8
334-7 334-9
219-2 CONT 219-3 CLK 219-4 F/R 219-5 LD
219-1 5V
212-1 R_POM_EM 212-2 R_POM_VR 212-3 R_POM_VS 212-4 R_POM_GND 212-5 R_POM_CONT 212-6 NC
86-2
41
571-8-3
573-4
556-7-4
24V
24V
P.G.
158-6
158-5
158-4
228-A4 PWM 228-A5 F/R 228-A6 CONT 228-A7 EN
86-1 130-2-5
6
521-A4 24V2 521-A5 24V2 521-A6 A 521-A7 /A 521-A8 B 521-A9 /B
573-3
556-8-3
FM17 573-2
FM13
556-9-2
FM16
521-B5 VIDEO 521-B6 SGND 521-B7 5V 521-B8 -5V 521-B9 S.GND 521-B10 SI 521-B11 S.GND 521-B12 CLK 521-B13 LED 521-B14 24V
FM15
P.G.
334-6
334-5
334-4
334-3
334-2
334-1
180-6
180-5
180-4
182
***-6-1
FM14
S.G.
EM
F/R
CLK
CONT
S.G.
5V
P.G.
158-3
158-2
158-1
183
573-1
F/R EM
CONT
180-3
180-2
180-1
102
556-10-1
24V
PWM
24V
220-B17 N.C.
480-3 130-1-6
RECYCLE CUT (OPTION)
***-5-2
SD8
Transfer exposure lamp
SD7 572-1-2
SD6 572-2-1
M20
571-9-2
Registration cooling fan
M15
571-10-1
ADU cooling fan /3
M13
521-B3 24V 521-B4 CONT
570-1-3
570-2-2
570-3-1
546-1-3
546-2-2
Sensor cooling fan
M12
599-1 S.GND 599- 2 SIZE_SIG1 599- 3 SIZE_SIG2 599- 4 SIZE_SIG3 599- 5 SIZE_SIG4 599-6 S.GND
567-1-3
568-1-3
546-3-1
567-2-2
568-2-2
ADU cooling fan /2
183-11
183-10
183-9
183-8
183-7
220-A15 FEEDM_CONT 220-B15 FEEDM_CLK 220-B16 FEEDM_F/R 220-A16 FEEDM_EM
220-A17 N.C.
210-19 DF_OPEN 210-18 ERR_R 210-17 PVV 210-16 TONER_VV 210-15 APC 210-14 S_VV 210-13 5V_SIG 210-12 E_VV 210-11 RES_OUT 210-10 RES_CONT 210-9 SYS_TXD 210-8 S.GND 210-7 SYS_CTS 210-6 S.GND 210-5 ERR_T 210-4 SYS_RXD 210-3 S.GND 210-2 SYS_RTS 210-1 S.GND
81-9-1
81-8-2
81-7-3
81-6-4
480-2 70-3-1
M30 Recycle cut motor
***-4-3
521-A1 CONT 521-A2 EM 521-A3 P.GND
527-B13 CONT 527-B14 EM 527-B15 P.GND
567-3-1
568-3-1
569-1-3
468-2-3569-2-2
468-1-4569-3-1
24V
183-6
183-5
183-4
53-1
73
***-3-4
527-B9 5V 527-B8 SIG 527-B7 S.GND
527-B4 5V 527-B5 SIG 527-B6 S.GND
527-A4 CONT 527-A5 EM 527-A6 P.GND
527-A1 CONT 527-A2 EM 527-A3 P.GND
ADU cooling fan /1
P.G.
P.G.
H/L
EM
F/R
CLK
183-3
183-2
183-1
222-A10 POL_LOCK 222-B1 POL_CLK 222-B2 POL_CONT
207-1 CONT 207-2 CLK 207-4 GND 207-3 LD
207-5 5V
211-9 5V2 211-8 DOOR_PS2 211-7 S.GND
81-5-5
480-1 70-2-2
321 322 328 334 323 329 335 324 330 336 331 337 325 326 332 338 327 333 339
***-2-5
555-1-3
555-2-2
555-3-1
554-3-1
554-2-2
554-1-3
527-B1 5V 527-B2 SIG 527-B3 S.GND
527-A13 5V 527-A14 SIG 527-A15 S.GND
Thick paper assist solenoid
M14
***-1-6
589-3
589-2
589-1
588-1
588-2
588-3
553-3-1
553-2-2
553-1-3
552-3-1
552-2-2
552-1-3
534-1 CONT 534-2 EM 534-3 P.GND
566-1-2
CONT
S.G.
5V
154
587-1
587-2
587-3
586-1
527-A10 5V 527-A11 SIG 527-A12 S.GND
525-1 24V 525-2 CONT
Reverse/exit solenoid
336-3-2 336-4-1
67 66 65 64
586-2
551-3-1
551-2-2
527-A7 5V 527-A8 SIG 527-A9 S.GND
ADU lock solenoid
335-11
335-10
172
586-3
585-1
585-2
585-3
550-2-2 584-2
566-2-1
565-1-2
565-2-1
24V
24V
P.G.
125
551-1-3
550-1-3 584-3
527-B11 24V 527-B10 CONT
521-B1 24V 521-B2 CONT
Transfer/ separation cleaning motor
171
526-B15 5V 526-B14 SIG 526-B13 S.GND
564-1-2
571-1-10
336-1-4 336-2-3
170
576-3
564-2-1
571-2-9
335-6 335-8
335-7 335-9
110
576-2
521-A10 D1 521-A11 D2
P.G.
S.G.
EM
F/R
43
526-B12 5V 526-B11 SIG 526-B10 S.GND
526-B9 5V 526-B8 SIG 526-B7 S.GND
526-B4 5V 526-B5 SIG 526-B6 S.GND
47
576-1
545-2-2
580-3
547-6-1
580-2
547-5-2
581-1
335-5
335-4
335-3
335-2
335-1
83-6
155
580-1
547-4-3
581-2
CLK
CONT
S.G.
5V
182-11
182-10
72
545-3-1
581-3
PS38 PS39 526-B3 5V 526-B2 SIG 526-B1 S.GND
24V
24V
P.G.
71
526-A15 5V 526-A14 SIG 526-A13 S.GND
127
ADU reverse paper exit sensor
549-7-3
578-2
211-12 5V2 211-11 DOOR_PS1 211-10 S.GND
81-4-6
81-3-7
81-2-8
5
ADU accelerate sensor
549-8-2
578-1
75
37
Reverse sensor /1
549-9-1
577-3
182-9
153
P.G.
182-8
211-15 5V2 211-14 MEXIT_PS 211-13 S.GND
371-1-2
Reverse sensor /2
549-4-6
H/L
182-7
182-6
182-5
70-1-3
255-3
256-11
256-10
256-9
256-8
256-7
256-6
256-5
PS2
RCDB
ADU reverse sensor /1
549-5-5
577-2
526-A12 5V 526-A11 SIG 526-A10 S.GND
EM
F/R
CLK
47
526-A9 5V 526-A8 SIG 526-A7 S.GND
110
PS1
ADU reverse sensor /2
549-6-4
577-1
583-3
70 81-1-9
43
152
PS3
ADU handle release sensor
549-1-9
538-1-3
583-2
PRCB 2/2
228-A8 CONT 228-A9 CLK 228-B7 GND 228-A10 LD
228-A11 5V
102
182-4
83-4
4
ADU exit sensor
549-2-8
538-2-2
583-1
CONT
182-3
182-2
182-1
159-9
159-8
256-4
HV1
ADU deceleration sensor
549-3-7
538-3-1
S.G.
5V
181-11
181-10
159-7
256-3
256-2
256-1
255-2
255-1
GRID BIAS
Paper leading edge sensor
543-1-3
575-3
526-A6 5V 526-A5 SIG 526-A4 S.GND
24V
24V
181-9
159-6
228-A3 EM 228-A12 GAIN
227-11 S.GND 227-10CHARGE1 CONT 227-9 CHARGE2 CONT 227-8 CHARGE PWM 227-7 GRID PWM 227-6 DEV BIAS CONT 227-5 DEV BIAS PWM 227-4 CHARGE EM 227-3 DEV BIAS FB 227-2 DEV BIAS(AC) CONT 227-1 DEV BIAS(AC) PWM
Toner control sensor board
CHARGER UNIT
Registration sensor
543-2-2
575-2
P.G. P.G.
181-8
159-5
159-4
228-A1 CONT 228-A2 CLK
A.GND
JAM
Gamma SIG
Dmon
DSIG
JCONT
Gamma CONT
Drum temperature sensor
DRUM UNIT
Transfer/ separation cleaning limit sensor
543-3-1
575-1
563-11
563-7
ADU conveyance motor /1
H/L
181-7
181-6
159-3
159-2
159-1
454-10
454-9
454-8
454-7
Vref
TH5
3
Transfer assist home sensor Transfer/ separation cleaning home sensor
557-1-3
574-3
526-A3 5V 526-A2 SIG 526-A1 S.GND
563-5
563-1
563-9
EM
F/R
181-5
181-4
181-3
181-2
181-1
341-10
341-9
341-8
341-7
454-3
454-6
454-5
454-4
5V DCONT
CHARGER
ADU conveyance sensor /2
557-2-2
PS35 PS36 574-2
562-6
534-1-6
CLK
CONT
S.G.
5V
341-4
341-3 341-5 341-6
454-2
454-1
Drum potential sensor
DEVELOPING BIAS
ADU conveyance sensor /1
562-4
534-2-5
Reverse/exit motor
74
557-3-1
562-3
534-3-4
104
574-1
562-1
534-4-3
422-1 24V 422-2 24V 422-3 A 422-4 /A 422-5 B 422-6 /B
F/G
520-1 24V2 520-2 24V2 520-3 A 520-4 A/ 520-5 B 520-6 B/
562-5
534-5-2
Paper exit motor /1
325-1 24V 325-2 24V 325-3 A 325-4 /A 325-5 B 325-6 /B
341-2
341-1
F/G
563-3
562-2
534-6-1
M9
Vertical conveyance motor
Coin vendor
528-1 24V2 528-2 24V2 528-3 A 528-4 A/ 528-5 B 528-6 B/
ADU reverse motor
M8
561-6
561-4
561-3
561-1
561-5
561-2
ADU accelerate motor
351-3-2 351-1-4 351-2-3
340-7 340-6
TCSB
531-7 TRANS EM 531-8 SEP EM 531-9 S.GND 531-10 P.GND
524-1 24V2 524-2 24V2 524-3 A 524-4 /A 524-5 B 524-6 /B
560-6
560-4
560-3
560-1
560-5
560-2
225-A7 5V 225-A8 DCONT 225-B1 Vref 225-B2 Gamma CONT 225-B3 JAMCONT 225-B4 DSIG 225-B5 DmonSIG 225-B6 Gamma SIG 225-B7 JAMSIG 225-B8 A.GND
224-4 THD224-3 THD+
458-4
Drum potential sensor board
458-3 350-1-5
351-4-1
350-2-4 340-3 340-4
340-1
340-8
2
531-6 SHIFT SIG
531-5 SEP_CONT
529-1 24V2 529-2 24V2 529-3 A 529-4 /A 529-5 B 529-6 /B
ACDB 2/2 531-1 24V 531-2 5V 531-3 TRANS G_CONT 531-4 TRANS_CONT
H 540-15-1
540-14-2
136
540-13-3
224-2 5V 224-1 D_SET
457-1 457-2 457-3 457-4 457-5
Charger cleaning limit sensor
Charger cleaning home sensor
Blade sensor /2
Blade sensor /1
DPS
540-12-4
540-11-5
540-10-6
458-1 458-2
350-3-3
340-2
PS26 PS27 DPSB
540-9-7
540-8-8
360-1 360-3 350-4-2
360-2
353-7-5 353-8-4
353-6-6
360-3
360-3 360-1 360-2
353-3-9 353-4-8 353-5-7
356-8 355-8-2
340-5
341-23
341-11
123
540-7-9
224-5 SIG 224-6 A.GND
225-A6 SIG
225-A5 SIG
360-2
356-7 355-7-3
DRUM UNIT
540-6-10
540-5-11
540-4-12
540-3-13
540-2-14
540-1-15
539-5-1
209- 1 SEP PWM(DC) 209- 2 SEP AC_FB 209- 3 TRANS/SEP DC_FB 209- 4 SEP PWM(AC) 209- 5 TRNANS PWM 215- 1 1MSEC_TIMER 215- 2 REQ1 215- 3 REQ2 215-4 S.GND 215- 5 FUSER EXIT PS 215- 6 ACK2 215- 7 EDGE PS 215- 8 ERR 215- 9 ACK 215-10 RXD 215-11 REQ 215-12 CLK_R 215-13 LATCH 215-14 CLK_T 215-15 TXD
360-1
360-1
360-3
360-2
PS24 PS25
539-4-2
539-3-3
341-22
356-5 356-6
355-5-5 355-6-4
Charger cleaning motor Blade motor
F/G
225-A4 SIG
356-4
355-4-6
356-3
355-3-7
341-19 341-20 341-21
M22
225-A1 5V 225-A2 SIG 225-A3 S.GND
356-1
355-1-9
341-15
359-2 359-3 359-1 356-2
353-11-1 353-10-2 353-9-3 355-2-8
341-18 341-24 341-17 341-16
M23
323-2 BLA_2 323-1 BLA_1
SD5
323-6 TM_D1
Erase lamp
Drum claw solenoid
355-1-9
539-2-4
E 323-7 TM_D2
354-1
341-12
356-1-2 356-2-1
353-1-11 354-2
353-2-10
341-13
341-14
F/G
37-7 S.GND 37-8 5V 37-1 OP_TXD 37-2 OP_DTR 37-3 OP_CTS 37-4 OP_RXD 37-5 OP_DSR 37-6 OP_RTS
323-4 CONT 323-3 24V
1
CN650-1 24V CN650-2 5V CN651-1 TRANS G_CONT CN651-2 TRANS_CONT CN651-3 TRPWM CN651-4 SEP_CONT CN651-5 SPAC_PWM CN651-6 SPDC_PWM CN651-7 SHIFT SIG CN651-8 TSDC_FB CN651-9 SPAC_FB CN651-10 TRANS EM CN651-11 SEP EM CN650-3 S.GND CN650-4 P.GND
G 510-15 1mSEC TIMER 510-14 REQ1 510-13 REQ2 510-12 GND 510-11 FUSER EXIT PS 510-10 ACK2 510-9 EDGE PS 510-8 ERR 510-7 ACK 510-6 TXD 510-5 REQ 510-4 CLK_T 510-3 LATCH 510-2 CLK_R 510-1 RXD
F 356-9
539-1-5
D EL F/G
36-1 M1_SIG 36-2 PAPER FEED_SIG 36-3 SIZE 0 36-4 SIZE 1 36-5 SIZE 2 36-6 SIZE 3 36-7 DUPLEX_SIG 36-8 CPF0 36-9 CPF1 36-10 P.GND
C 323-8 N.C 323-5 CONT
B
214-11 KEY_SIG 214-10 S.GND 214-9 CVM1_SIG 214-8 CVFEED_SIG 214-7 CV_SIZE0 214-6 CV_SIZE1 214-5 CV_SIZE2 214-4 CV_SIZE3 214-3 CVDUP_SIG 214-2 CPF0 214-1 CPF1
A
411-1 KEY_SIG 411-2 S.GND 411-3 CVM1_SIG 411-4 CVFEED_SIG 411-5 CV_SIZE0 411-6 CV_SIZE1 411-7 CV_SIZE2 411-8 CV_SIZE3 411-9 CVDUP_SIG 411-10 OPF0 411-11 OPF1
18.4 Main body 4/4
Symbol
9 A
Connector Faston Crimp Relay connector
B
77 130 137 139 140
752-1-5
752-2-4
98
C
141 89 115
94 19
96 20
751-10-1
39 109
D
181
E
MFDB2
F
G
MFDB1
H
95 156
I
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006 18. OVERALL WIRING DIAGRAM
bizhub PRO 1050/1050P /1050e/1050eP
18. OVERALL WIRING DIAGRAM
Field Service Ver3.0 Nov.2006
Main body location list Symbol
Part name
Location
Symbol
Part name
Location
Symbol
Part name
Location
EL
Erase lamp
1-B
—
Grid bias
4-A
FM14
ADU cooling fan /1
6-F
SD5
Drum claw solenoid
1-B
PS1
Door open/close sensor /1
4-B
FM15
ADU cooling fan /2
6-F
M22
Blade motor
1-B
PS2
Door open/close sensor /2
4-B
FM16
Sensor cooling fan
6-F
M23
Charger cleaning motor
1-B
PS3
Paper exit sensor
4-B
FM17
Registration cooling fan
6-F
—
Coin vendor
1-E
M1
Fusing motor
4-E
TSL
Transfer exposure lamp
6-F
PS24
Blade sensor /1
2-B
M15
ADU conveyance motor /1
4-F
PS46
ADU reverse sensor /1
6-I
PS25
Blade sensor /2
2-B
PS35
ADU conveyance sensor /1
4-I
PS47
Reverse sensor /2
6-I
PS26
Charger cleaning home sensor
2-B
PS36
ADU conveyance sensor /2
4-I
PS48
Reverse sensor /1
6-I
PS27
Charger cleaning limit sensor
2-B
PS37
Transfer assist home sensor
4-I
PS49
ADU accelerate sensor
6-I
DPS
Drum potential sensor
2-B
PS38
Transfer/separation cleaning home sensor
4-I
PS50
ADU reverse paper exit sensor
6-I
DPSB
Drum potential sensor board
2-B
PS39
Transfer/separation cleaning limit sensor
4-I
—
Transfer assist adapter
6-I
TH5
Drum temperature sensor
2-B
RCDB
Recycle cut drive board
5-A
PS54
Centering sensor
7-F
ADUDB1
ADU drive board /1
2-G
M4
Paper feed motor
5-E
M19
Transfer assist motor
7-F
—
Transfer bias
2-I
M5
Conveyance motor
5-E
ADUDB2
ADU drive board /2
8-F
—
Guide plate bias
2-I
M20
Transfer/separation cleaning motor
5-F
M16
ADU conveyance motor /2
9-E
—
Separation bias
2-I
SD6
ADU lock solenoid
5-F
M17
Registration motor
9-E
—
Transfer/separation charger
2-I
SD7
Reverse/exit solenoid
5-F
M18
Loop motor
9-E
—
Developing bias
3-A
SD8
Thick paper assist solenoid
5-F
MFDB1
Multi feed detection board /1
9-G
TCSB
Toner control sensor board
3-B
PS40
Registration sensor
5-I
MFDB2
Multi feed detection board /2
9-H
HV1
High voltage unit /1
3-B
PS41
Paper leading edge sensor
5-I
M3
Developing motor
3-E
PS42
ADU deceleration sensor
5-I
M8
Vertical conveyance motor
3-E
PS43
ADU exit sensor
5-I
M9
Paper exit motor /1
3-E
PS44
ADU handle release sensor
5-I
M12
ADU reverse motor
3-F
PS45
ADU reverse sensor /2
5-I
M13
Reverse/exit motor
3-F
M30
Recycle cut motor
6-A
M14
ADU accelerate motor
3-F
M2
Drum motor
6-E
HV2
High voltage unit /2
3-I
M31
ADU reverse paper exit motor
6-E
—
Charger
4-A
FM13
ADU cooling fan /3
6-F
18. OVERALL WIRING DIAGRAM
18.5 DF-603
1
2
3
4
5
6
7
8
9
A
A
MFS1
To MAIN BODY
Multi feed sensor/1
MFDB1
MS301 Cover open/close switch
B
B
Original exit sensor/Rt PS314 SD301
SDF switching solenoid
SD302
Pressure roller release solenoid
SD303
Gate solenoid
Original reverse/exit sensor PS313
MFS2
C
MFDB2
C
Multi feed sensor/2 Tray lower limit sensor PS316 FM302
Original size sensor/Rt PS302
Cooling fan/Rt
TB Original size sensor/Lt PS303
D
M305
D
Original paper exit motor/2
Original count sensor PS310 Original registration sensor/Rt PS318
Original size VR VR301
M304
Original paper exit motor/1
Original registration sensor/Lt PS306
E
E
Original empty sensor PS305
M303 Reverse jam sensor PS304
Tray upper limit sensor PS315
M302
Original reverse sensor PS309
F
Tray up/down motor
Original exit sensor/Lt
PS307
RADF open/close sensor
PS301
Original feed motor
F M301
Original conveyance motor
Original conveyance sensor PS308
G
Original skew sensor/Rr
SD304
G
PS311 FM301
Original skew sensor/Fr PS312 Centering sensor/Fr
Centering sensor/Rr PS321
H
Symbol
RADFCB
PS319
Centering LED sensor/Rr
Connector Faston Crimp Relay connector
PS322
I APS timing Sensor
1
Cooling fan/Lt
PS320
H Centering LED sensor/Fr
Paper exit gate solenoid
PS317
2
3
4
5
6
7
8
9
I
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
bizhub PRO 1050/1050P /1050e/1050eP
18. OVERALL WIRING DIAGRAM
Field Service Ver3.0 Nov.2006
DF-603 location list Symbol
Part name
Location
FM301
Cooling fan /Lt
8-G
SD301
SDF switching solenoid
8-B
M301
Original conveyance motor
6-F
M302
Original feed motor
7-F
M304
Original paper exit motor /1
7-D
M305
Original paper exit motor /2
6-D
M303
Tray up/down motor
6-E
FM302
Cooling fan /Rt
7-C
SD303
Gate solenoid
8-C
SD302
Pressure roller release solenoid
8-B
SD304
Paper exit gate solenoid
7-G
MS301
Cover open/close switch
7-B
MFS1
Multi feed sensor /1
9-A
MFS2
Multi feed sensor /2
2-C
MFDB1
Multi feed detection board /1
7-A
MFDB2
Multi feed detection board /2
3-C
TB
Tray board
4-C
PS301
RADF open/close sensor
2-F
PS302
Original size sensor /Rt
3-C
PS303
Original size sensor /Lt
3-D
PS304
Reverse jam sensor
3-E
PS305
Original empty sensor
2-E
PS306
Original registration sensor /Lt
2-E
PS307
Original exit sensor /Lt
2-F
PS308
Original conveyance sensor
2-G
PS309
Original reverse sensor
3-F
PS310
Original count sensor
3-D
PS311
Original skew sensor /Rr
2-G
PS312
Original skew sensor /Fr
2-G
PS313
Original reverse/exit sensor
4-B
PS314
Original exit sensor /Rt
4-B
PS315
Tray upper limit sensor
2-E
PS316
Tray lower limit sensor
4-C
PS317
APS timing sensor
2-I
PS318
Original registration sensor /Rt
2-D
PS319
Centering LED sensor /Fr
1-H
PS320
Centering sensor /Fr
2-H
PS321
Centering sensor /Rr
2-H
PS322
Centering LED sensor /Rr
2-I
VR301
Original size VR
3-D
RADFCB
RADF control board
5-A
I 1 2 754-4
754-3
HTR 2
796-2
775-1 775-2
770-2
HTR 3
745-6-7 745-5-8 745-4-9 745-9-4 745-8-5 745-7-6 745-12-1 745-11-2 745-10-3 746-6-1 746-5-2 746-4-3
731-1 731-2 731-3 732-1 732-2 732-3 733-1 733-2 733-3 734-1 734-2 734-3
PS89 PS90 PS91 PS92 PS93
Vertical conveyance sensor /1
3 4 PS98
5
CL2 CL3 CL5 CL4 M40
Vertical conveyance
6
SW11 SW12
7
SW13 FM20 PS70 SD10 SD11 SD12
Door open/close sensor Tray lock solenoid /1 Tray lock solenoid /2 Tray lock solenoid /3
PS99
Cooling fan
PF exit conveyance sensor
Horizontal conveyance door switch
M41
8 773-1-6 773-2-5
773-3-4 773-4-3
773-5-2 773-6-1
782-1 782-2
783-1 783-2
784-1 784-2
CN724-5 24V1 CN724-6 /T3_LOCKSD_CONT
265-1 265-2 265-3 270-1 270-2 270-3 271-1 271-2 271-3 273-1 273-2 273-3 268-1 268-2 268-3
266-3-1(CONT) 266-2-2(EM) 266-1-3(GND)
261-3-1 261-2-2 261-1-3
278-1(CONT) 278-2(24V)
267-3-1(CONT) 267-2-2(EM) 267-1-3(GND)
262-3-1 262-2-2 262-1-3
266-1-2 266-2-1
260-1-2 260-2-1
FM46
Paper lift motor /3
F/G
Connector Faston Crimp Relay connector 797-2-2(EM) 797-1-3(GND)
797-3-1(CONT)
FM51
792-1-2
792-2-1
762-24
796-2-2(EM) 796-1-3(GND)
796-3-1(CONT)
8
721-B7 P.GND
264-3-1 275-1 264-2-2 275-2 264-1-3 275-3
791-1-2
791-2-1
761-24
Rear paper feed assist fan /2
721-B4 T3FAN_CONT
762-13 762-1
263-1-6 277-1 263-2-5 277-2 263-3-4 277-3 263-6-1 276-3 263-5-2 276-2 263-4-3 276-1
FM45
721-B9 UPM_CONT 721-B8 UPM24V
Paper size VR /3 Pick-up solenoid /3 Paper feed clutch /3 Separation clutch /3 SD16 CL12 CL13
Paper feed assist fan /Fr3
Remaining paper VR /3 VR15
Paper feed assist fan /Rr3
Paper size sensor /Rr3 VR14
762-17 762-9 762-21
Paper size sensor /Fr3 PS88
762-10
Handle release sensor /3 PS87
711-B11 /FAN_F_EM
Paper empty sensor /3 PS86 272-1-2 272-2-1
Paper feed sensor /3 PS85
721-B5 T3FAN_CONT 711-B12 /FAN_R_EM 721-B6 P.GND
762-18
762-19 762-15
762-20
762-8
762-7 762-5
762-6
762-11
762-4
762-2
Upper limit sensor /3 PS84
CN724-3 24V1 CN724-4 /T2_LOCKSD_CONT
721-B10 T3HNDLNGCL_CONT
721-B2 /T3FEEDCL_CONT 721-B1 24V1
721-B3 /T3UPSD_CONT
711-B10 T3SIZE_VR
711-B9 A5V 711-B7 T3REMAIN_VR
711-B13 T3SIZE_PS2
711-B14 T3SIZE_PS1
711-B6 /T3GRIP_PS
711-B4 T3_0PS
Paper lift motor /2
PS83
CN724-1 24V1 CN724-2 /T1_LOCKSD_CONT
CN714-1 5V1 CN714-2 /FRONTDOOR_PS CN714-3 S.GND
CN716-1 PFUFAN_CONT CN716-2 EM CN716-3 H/L CN716-4 PGND
CN717-3 5V1 CN717-2 /EXIT_PS CN717-1 S.GND
CN717-5 /HOR_DOOR_SW_SIG CN717-4 S.GND
266-3-1(CONT) 266-2-2(EM) 266-1-3(GND)
261-3-1 261-2-2 261-1-3
278-1(CONT) 278-2(24V)
267-3-1(CONT) 267-2-2(EM) 267-1-3(GND)
262-3-1 262-2-2 262-1-3
267-1-2 267-2-1
266-1-2 266-2-1
260-1-2 260-2-1
TRAY3
744-1-3 744-2-2 744-3-1
749-3-3 749-2-4 749-1-5
749-5-1 749-4-2
273-1 273-2 273-3 268-1 268-2 268-3
7
779-1 779-2 779-3
729-1-4 729-3-2 729-2-3 729-4-1
724-1 724-2 724-3
741-1 741-2
762-23
762-3
762-22
271-1 271-2 271-3
M43
711-B3 /T3FEED_PS
711-B5 /T3UP_PS
762-12 762-14
270-1 270-2 270-3
6
711-B8 S.GND
711-B2 T3_SET_P 711-B1 5V1
721-A7 P.GND
721-A4 T2FAN_CONT
265-1 265-2 265-3
Paper feed assist fan /Rr2
275-1 275-2 275-3 264-3-1 264-2-2 264-1-3
FM44
761-13 761-1
SD15 CL9 CL10 CL11
FM43
721-A9 UPM_CONT 721-A8 UPM24V
VR13
Paper feed assist fan /Fr2
VR12
761-17 761-9 761-21
761-10
761-16
PS82
721-A5 T2FAN_CONT 711-A12 /FAN_R_EM 721-A6 P.GND
711-A11 /FAN_F_EM
721-A11 /T2REVCL_CONT
761-18
761-19 761-15
Pick-up solenoid /2 Paper feed clutch /2 Separation clutch /2 Forced separation clutch
PS81
276-3 276-2 276-1
F/G
CN723-3 A CN723-1 24V2(I/L) CN723-4 /A CN723-5 B CN723-2 24V2(I/L) CN723-6 /B
721-A2 /T2FEEDCL_CONT 721-A1 24V1 721-A10 /T2HDNLNGCL_CONT
Remaining paper VR /2 Paper size VR /2
PS80
277-1 277-2 277-3
F/G
A 24V /A B 24V /B
CN717-7 /VER_DOOR_LOSW_SIG CN717-6 S.GND
CN712-14 /VER_DOOR_UPSW_SIG CN712-13 S.GND
Paper size sensor /Fr2 Paper size sensor /Rr2
PS79
272-1-2 272-2-1
Paper empty sensor /2 Handle release sensor /2
PS78
263-6-1 263-5-2 263-4-3
795-3-1(CONT) 795-2-2(EM) 795-1-3(GND)
FM50
723-1 723-2 723-3 723-4 723-5 723-6
747-2-4 747-1-5
742-1 742-2
2 748-3 748-1 748-4 748-5 748-2 748-6
1 743-2-1 743-1-2
761-20
761-8
761-7 761-5
761-6
761-11
761-4
761-2
Upper limit sensor /2 Paper feed sensor /2
PS77
263-1-6 263-2-5 263-3-4
790-1-2
790-2-1
Rear paper feed assist fan /1
PF exit conveyance motor
4
Vertical conveyance door switch /Lw
3
721-A3 /T2UPSD_CONT
711-A10 T2SIZE_VR
711-A9 A5V 711-A7 T2REMAIN_VR
711-A13 T2SIZE_PS2
711-A14 T2SIZE_PS1
711-A6 T2GRIP_PS
711-A4 T2_0PS
Paper lift motor /1
Paper feed assist fan /Rr1
TRAY2
740-1 740-2
CN715-2 /CONT CN715-3 CLK CN715-4 F/R CN715-6 /LD CN715-5 H/L
CN715-1 5V1
CN722-9 24V1 CN722-10 /T3PRE_REGCL_CONT
CN722-7 24V1 CN722-8 /T3_CONVCL_CONT
761-23
761-3
761-22
761-12 761-14
261-3-1 261-2-2 261-1-3
278-1(CONT) 278-2(24V)
267-3-1(CONT) 267-2-2(EM) 267-1-3(GND) 266-3-1(CONT) 266-2-2(EM) 266-1-3(GND)
262-3-1 262-2-2 262-1-3
266-1-2 266-2-1
260-1-2 260-2-1
760-24
5
Vertical conveyance door switch /Up
782-1 5V 780-1-6 782-2 S.GND(N.C) 782-3 CONT 780-2-5 782-4 CLK 780-3-4 782-5 F/R 780-4-3 782-6 LD 780-6-1 782-7 H/L 780-5-2 782-8 PGND 781-4 782-9 PGND 781-3 782-1024V 781-2 782-1124V 781-1
CL1
Paper feed motor
Pre-registration clutch /3
711-A3 /T2FEED_PS
711-A5 /T2UP_PS
711-A8 S.GND
711-A2 T2_SET_P 711-A1 5V1
760-13 760-1
273-1 273-2 273-3 268-1 268-2 268-3
4
Intermediate clutch /Lw
CN722-5 24V1 CN722-6 /T2PRE_REGCL_CONT
CN722-3 24V1 CN722-4 /T1_CONVCL_CONT
CN722-1 24V1 CN722-2 /T1PRE_REGCL_CONT
720-5 T1FAN_CONT
720-8 UPM_CONT 720-7 UPM24V
271-1 271-2 271-3
M42
Pre-registration clutch /2
Intermediate clutch /Up
769-1-2 769-2-1
PS97
Pre-registration clutch /1
CN713-9 5V1 CN713-8 /T3_LOOP_PS CN713-7 S.GND
270-1 270-2 270-3
F/G
768-1-2 768-2-1
744-9-1 744-8-2 744-7-3
739-1 739-2 739-3
265-1 265-2 265-3
FM41 FM42
Loop sensor /3
275-1 275-2 275-3 264-3-1 264-2-2 264-1-3
Paper feed assist fan /Fr1
276-3 276-2 276-1
CL7
760-17 760-9 760-21
760-10
SD14 CL6
710-11 /FAN_F_EM
VR11
720-4 T1FAN_CONT 710-12 /FAN_R_EM 720-6 P.GND
VR10
CN713-6 5V1 CN713-5 /T3_CONV_MID_PS CN713-4 S.GND
PS76
CN713-3 5V1 CN713-2 /T3_CONV_PS CN713-1 S.GND
760-18
760-19 760-15
Pick-up solenoid /1 Paper feed clutch /1 Separation clutch /1
PS75
272-1-2 272-2-1
Remaining paper VR /1 Paper size VR /1
PS74
Intermediate sensor /Lw
720-2 /T1FEEDCL_CONT 720-1 24V1 720-9 /T1HNDLNGCL_CONT
760-20
Paper size sensor /Fr1 Paper size sensor /Rr1
PS73
277-1 277-2 277-3
F/G
767-1-2 767-2-1
744-6-4 744-5-5 744-4-6
738-1 738-2 738-3
PS96
Vertical conveyance sensor /1
CN717-10 5V1 CN717-9 /T3PRE_REG_PS CN717-8 S.GND
720-3 /T1UPSD_CONT
Paper empty sensor /1 Handle release sensor /1
PS72
263-6-1 263-5-2 263-4-3
PFU_EXPS PFU_LPPS ERR_OUT3 ACK3 REQ3
MAIN BODY PRCB
766-1-2 766-2-1
744-3-7 744-2-8 744-1-9
737-1 737-2 737-3
PS95
Pre-registration sensor /3
CN713-12 5V1 CN713-11 /T2_LOOP_PS CN713-10 S.GND
760-8
760-7 760-5
760-6
760-11
Upper limit sensor /1 Paper feed sensor /1
PS71
263-1-6 263-2-5 263-3-4
217-1 217-2 217-3 217-4 217-5
217-6 IO_DTXD 217-7 5V 217-8 IO_DCLK 217-9 S.GND 217-10 PFU_LATCH 217-11 IO_UCLK 217-12 ERR_OUT1 217-13 IO_URXD 217-14 ACK1 217-15 REQ13
3
765-1-2 765-2-1
747-5-1 747-4-2 747-3-3
736-1 736-2 736-3
PS94
Loop sensor /2
746-3-4 746-2-5 746-1-6
E
735-1 735-2 735-3
710-10 T1SIZE_VR
710-9 A5V 710-7 T1REMAIN_VR
710-13 T1SIZE_PS2
710-14 T1SIZE_PS1
760-4
760-2
760-23
760-3
760-22
760-12 760-14
TRAY1
CN713-15 5V1 CN713-14 /T2PRE_REG_PS CN713-13 S.GND
CN712-12 5V1 CN712-11 /T1_LOOP_PS CN712-10 S.GND
CN712-9 5V1 CN712-8 /T1_CONV_MID_PS CN712-7 S.GND
CN712-6 5V1 CN712-5 /T1_CONV_PS CN712-4 S.GND
710-6 /T1GRIP_PS
710-4 T1_0PS
710-3 /T1FEED_PS
710-5 /T1UP_PS
710-8 S.GND
710-2 T1_SET_P 710-1 5V1
752-1-5 752-2-4 752-3-3 752-4-2 752-5-1
751-1-10 751-2-9 751-3-8 751-4-7 751-5-6 751-6-5 751-7-4 751-8-3 751-9-2 751-10-1
B
Pre-registration sensor /2
Loop sensor /1
S.GND
CN712-3 5V1 CN712-2 /T1PRE_REG_PS CN712-1 S.GND
CN700-7
CN700-4 12V3
CN701-2 P.GND
CN701-1 24V2(I/L)
705-15 /EXIT PS OUT 705-14 NC 705-13 /IO ERR 705-12 /IO ACK 705-11 /IO REQ
705-10 RXD_DN 705-9 5V 705-8 CLK_DN 705-7 S.GND 705-6 /LATCH_DN 705-5 CLK_UP 705-4 /ERR_GA 705-3 TXD_UP 705-2 /ACK_GA 705-1 /REQ_GA
2
Intermediate sensor /Up
745-3-10 745-2-11 745-1-12
730-1 730-2 730-3
Paper Paper feed M feed M P.GND 24V 2 3 1 4 Pre-registration sensor /1
FT2
Door switch SW10
FT1
797-2
3
770-1
797-1
CN700-3 P.GND
CN700-2 P.GND
D
754-2
796-1
Dehumidification heater/2 Dehumidification heater/3
Dehumidification heater
754-1
795-2
1
753-6
H HTR 1
CN700-6 S.GND
CN700-5 5V1
A
753-5
795-1
G
Dehumidification heater/1
N.C
CN700-1 24V1
C
753-4
753-3
F
753-2
753-1
18.6 PF-701
Symbol
9
Rear paper feed assist fan /3 FM52
MAIN BODY DCPS
9
A
B
F/G
C
M44
D
E
PFDB
F
G
H
Exit conveyance
I
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006 18. OVERALL WIRING DIAGRAM
bizhub PRO 1050/1050P /1050e/1050eP
18. OVERALL WIRING DIAGRAM
Field Service Ver3.0 Nov.2006
PF-701 location list Symbol
Part name
Location 8-G
Symbol PS77
Part name Upper limit sensor /2
Location
FM20
Cooling fan
5-C
FM41
Paper feed assist fan /Fr1
4-C
PS78
Paper feed sensor /2
5-C
FM42
Paper feed assist fan /Rr1
4-C
PS79
Paper empty sensor /2
5-C
FM43
Paper feed assist fan /Fr2
6-C
PS80
Handle release sensor /2
5-C
FM44
Paper feed assist fan /Rr2
6-C
PS81
Paper size sensor /Fr2
5-C
FM45
Paper feed assist fan /Fr3
8-C
PS82
Paper size sensor /Rr2
5-C
FM46
Paper feed assist fan /Rr3
8-C
PS83
Upper limit sensor /3
7-C
FM50
Rear paper feed assist fan /1
4-A
PS84
Paper feed sensor /3
7-C
FM51
Rear paper feed assist fan /2
7-A
PS85
Paper empty sensor /3
7-C
FM52
Rear paper feed assist fan /3
9-A
PS86
Handle release sensor /3
7-C
HTR1
Dehumidification heater /1
2-G
PS87
Paper size sensor /Fr3
7-C
HTR2
Dehumidification heater /2
2-G
PS88
Paper size sensor /Rr3
7-C
HTR3
Dehumidification heater /3
2-G
PS89
Pre-registration sensor /1
3-G
M40
Paper feed motor
6-G
PS90
Vertical conveyance sensor /1
3-G
M41
PF exit conveyance motor
7-G
PS91
Intermediate sensor /Up
3-G
M42
Paper lift motor /1
4-C
PS92
Loop sensor /1
4-G
M43
Paper lift motor /2
7-C
PS93
Pre-registration sensor /2
4-G
M44
Paper lift motor /3
9-C
PS94
Loop sensor /2
4-G
CL1
Pre-registration clutch /1
5-G
PS95
Pre-registration sensor /3
4-G
CL2
Intermediate clutch /Up
5-G
PS96
Vertical conveyance sensor /3
4-G
CL3
Pre-registration clutch /2
5-G
PS97
Intermediate sensor /Lw
4-G
CL4
Pre-registration clutch /3
5-G
PS98
Loop sensor /3
4-G
CL5
Intermediate clutch /Lw
5-G
PS99
PF exit conveyance sensor
7-G
CL6
Paper feed clutch /1
4-C
SD10
Tray lock solenoid /1
8-G
CL7
Separation clutch /1
4-C
SD11
Tray lock solenoid /2
8-G 9-G
MC8
—
4-C
SD12
Tray lock solenoid /3
CL9
Paper feed clutch /2
6-C
SD14
Pick-up solenoid /1
4-C
CL10
Separation clutch /2
6-C
SD15
Pick-up solenoid /2
6-C
CL11
Forced separation clutch
6-C
SD16
Pick-up solenoid /3
8-C
CL12
Paper feed clutch /3
8-C
SW10
Door switch
2-G
CL13
Separation clutch /3
8-C
SW11
Vertical conveyance door switch /Up
6-G
MC14
—
8-C
SW12
Vertical conveyance door switch /Lw
6-G
PFUDB
PF drive board
1-C
SW13
Horizontal conveyance door switch
7-G
PS70
Door open/close sensor
8-G
VR10
Remaining paper VR /1
3-C
PS71
Upper limit sensor /1
3-C
VR11
Paper size VR /1
4-C
PS72
Paper feed sensor /1
3-C
VR12
Remaining paper VR /2
6-C
PS73
Paper empty sensor /1
3-C
VR13
Paper size VR /2
6-C
PS74
Handle release sensor /1
3-C
VR14
Remaining paper VR /3
8-C
PS75
Paper size sensor /Fr1
3-C
VR15
Paper size VR /3
8-C
PS76
Paper size sensor /Rr1
3-C
1 1
4 2
I 2 FT9
FT10 BLK
WIT
RT1
Outlet BLK FT11
CN181- 1 CN181- 2
BLK Y/G WIT RT5 WIT FT12 BLK
CN183- 1 WIT CN183- 2
3 CN183- 1 WIT
BLK CN183-A1
WIT CN183-A2 CN183- 2
CN151- 2 RT2 Y/G
BLK
WIT
DCPS
CN184-5 :frame GND
CN184-1 :line(L)
CN184-3 :neutral(N) CN191-8 :+V/24V CN191-7 :+V/24V CN191-6 :+V/24V CN191-5 :+V/24V CN191-4 :-V/PGND CN191-3 :-V/PGND CN191-2 :-V/PGND CN191-1 :-V/PGND
MS1 CN183-B2 WIT
4 4
CN183-B1 BLK
AC OUTLET
AC L F.GND AC N
5 CN**-1 24V CN**-2 5V CN**-3 S.GND CN**-4 P.GND CN**-5 P.GND CN**-6 F.GND
RU-503/504
6 RT10
CN602-1 CN602-2 CN602-3 CN602-4 CN602-5 CN602-6
RT11 CN603-1 CN603-2 CN603-3 CN603-4 CN603-5 CN603-6
24V 5V S.GND P.GND P.GND F.GND
7
29
12 13 MAIN BODY 14 15 SGND MAIN BODY
8 CN610- 5
3 CN610- 8
CN610- 7
CN610- 6
CN610- 4
FNS FDCB PDB 20 21 22 23
CN610- 3
FNS FDCB PDB 16 17 18 19
CN610- 2
17 21 16 20
CN610- 1
PDB
CN606- 6
CN8-A 1 KCOUT_113 CN8-A 2 KCOUT_114 CN8-A 3 KCOUT_115 CN8-A 4 KCOUT_116 CN8-A 5 KCOUT_117 CN8-A 6 KCOUT_118 CN8-A 7 KCOUT_119 CN8-A 8 KCOUT_120 CN9-A 9 KCOUT_121 CN8-A10 KCOUT_122 CN8-A11 KCOUT_123 CN8-A12 KCOUT_124 CN8-A13 KCOUT_125 CN8-A14 KCOUT_126 CN8-A15 KCOUT_127 CN8-A16 KCOUT_128 CN8-A17 NC CN8-B 1 KCOUT_129 CN8-B 2 KCOUT_130 CN8-B 3 KCOUT_131 CN8-B 4 KCOUT_132 CN8-B 5 KCOUT_133 CN8-B 6 KCOUT_134 CN8-B 7 KCOUT_135 CN8-B 8 KCOUT_136 CN8-B 9 KCOUT_137 CN8-B10 KCOUT_138 CN8-B11 KCOUT_139 CN8-B12 KCOUT_140 CN8-B13 KCOUT_141 CN8-B14 KCOUT_142 CN8-B15 KCOUT_143 CN8-B16 KCOUT_144 CN8-B17 NC
CN210-A 1 TCLKE_2 CN210-A 2 TCLKF_2 CN210-A 3 SGND CN210-A 4 SGND CN210-A 5 SGND CN210-A 6 5V CN210-A 7 5V CN210-A 8 5V CN210-A 9 NC CN210-A10 NC CN210-A11 SUBIN1 CN210-A12 NC CN210-A13 KCOUT71 CN210-A14 KCOUT72 CN210-B 1 KCOUT57 CN210-B 2 KCOUT58 CN210-B 3 KCOUT59 CN210-B 4 KCOUT60 CN210-B 5 KCOUT61 CN210-B 6 KCOUT62 CN210-B 7 KCOUT63 CN210-B 8 KCOUT64 CN210-B 9 KCOUT65 CN210-B10 KCOUT66 CN210-B11 KCOUT67 CN210-B12 KCOUT68 CN210-B13 KCOUT69 CN210-B14 KCOUT70
CN224-18 SGND CN224-19 PS13_SIG CN224-20 5V
CN224-15 SGND CN224-16 PS7_SIG CN224-17 5V
CN224-12 SGND CN224-13 PS20_SIG CN224-14 5V
CN224- 9 SGND CN224-10 PS23_SIG CN224-11 5V
CN79- 1 CN79- 2
CN73- 1 CN73- 2
CN74- 1 CN74- 2
CN77- 1 CN77- 2
CN78- 1 CN78- 2
SD9
Sub tray gate solenoid
Punch registration sensor
S size gate solenoid
L size gate solenoid
Roller solenoid/3
Roller solenoid/4
Main tray folding paper full sensor Intermediate conveyance sensor
PS7 PS13
CN26- 3 CN26- 2 CN26- 1
CN33- 3 CN33- 2 CN33- 1
Main tray upper PS20 limit sensor
Main tray empty sensor
PS23
CN43- 3 CN43- 2 CN43- 1
CN40- 3 CN40- 2 CN40- 1
Folding exit sensor
PS2
Main tray paper exit PS18 sensor
RED BLU
PS6
SD3
SD4
SD7
CN33- 3 CN33- 2 CN33- 1
CN38- 3 CN38- 2 CN38- 1
CN33- 3 CN33- 2 CN33- 1
RED BLU
RED BLU
RED BLU
SD8
PS5
RED BLU
Alignment plate home sensor Punch conveyance sensor
PS10 CN25- 3 CN25- 2 CN25- 1
Punch scraps box set sensor
PS12 CN30- 3 CN30- 2 CN30- 1
PS26 Punch scraps full sensor CN32- 3 CN32- 2 CN32- 1
CN46- 3 CN46- 2 CN46- 1
Intermediate conveyance motor
FD entrance sensor
PS1 CN53- 1 CN53- 2 CN53- 3 CN53- 4 CN53- 5 CN53- 6 CN53- 7 CN53- 8 CN53- 9 CN53-10 CN53-11
PI exit sensor
PS4 CN21- 3 CN21- 2 CN21- 1
PS16 Sub tray paper exit sensor CN24- 3 CN24- 2 CN24- 1
PS17 Sub tray paper full sensor CN36- 3 CN36- 2 CN36- 1
CN313- 4 SGND CN313- 5 PS39_SIG CN313- 6 5V
CN313- 1 SGND CN313- 2 PS38_SIG CN313- 3 5V
CN306-16 SGND CN306-17 PS31_SIG CN306-18 5V
CN306-13 SGND CN306-14 PS47_SIG CN306-15 5V
CN306-10 SGND CN306-11 PS44_SIG CN306-12 5V
CN306- 7 SGND CN306- 8 UPTRY_SIZ CN306- 9 3.3V
CN306- 4 SGND CN306- 5 PS36_SIG CN306- 6 5V
CN306- 1 SGND CN306- 2 PS35_SIG CN306- 3 5V
CN309- 1 SGND CN309- 2 + CN309- 3 CN309- 4 NC
CN308- 1 + CN308- 2 CN300- 3 AGND
CN317- 1 TH_SIG CN317- 2 GND CN317- 3 N.C CN317- 4 5V
CN311-A13 OP_LED12 CN311-A12 OP_LED13 CN311-A11 OP_LED14 CN311-A10 OP_LED15 CN311-A 9 OP_LED16 CN311-A 8 OPE_SW1 CN311-A 7 OPE_SW2 CN311-A 6 OPE_SW3 CN311-A 5 OPE_SW4 CN311-A 4 OPE_SW5 CN311-A 3 OPE_S1 CN311-A 2 OPE_S2 CN311-A 1 OPE_S3 CN311-B13 5V CN311-B12 SGND CN311-B11 OP_LED 1 CN311-B10 OP_LED 2 CN311-B 9 OP_LED 3 CN311-B 8 OP_LED 4 CN311-B 7 OP_LED 5 CN311-B 6 OP_LED 6 CN311-B 5 OP_LED 7 CN311-B 4 OP_LED 8 CN311-B 3 OP_LED 9 CN311-B 2 OP_LED10 CN311-B 1 OP_LED11
CN517- 3 CN517- 2 CN517- 1
CN536- 1 CN536- 2
AC L F.GND AC N
To Next Option
9
CN305-15 M9_DRV1 CN305-16 M9_DRV2
CN305-12 SGND CN305-13 PS34_SIG CN305-14 5V
CN305- 1 24V CN305- 2 24V CN305- 3 M7 PGND CN305- 4 M7 PGND CN305- 5 M7 H/L CN305- 6 M7 LD CN305- 7 M7 F/R CN305- 8 M7 CLK CN305- 9 M7 S/P CN305-10 SGND CN305-11 5V
CN314-13 SGND CN314-14 PS43_SIG CN314-15 5V
CN314-11 M8_DRV1 CN314-12 M8_DRV2
CN314- 9 MC1_DRV CN314-10 24V
CN314- 7 SD14_DRV CN314- 8 24V
CN314- 4 SGND CN314- 5 PS33_SIG CN314- 6 5V
CN314- 1 SGND CN314- 2 PS32_SIG CN314- 3 5V
CN315- 4 SGND CN315- 5 PS40_SIG CN315- 6 5V
CN315- 1 SGND CN315- 2 PS37_SIG CN315- 3 5V
CN361-A 1 OP_LED12 CN361-A 2 OP_LED13 CN361-A 3 OP_LED14 CN361-A 4 NC CN361-A 5 NC CN361-A 6 OPE_SW1 CN361-A 7 OPE_SW2 CN361-A 8 OPE_SW3 CN361-A 9 OPE_SW4 CN361-A10 OPE_SW5 CN361-A11 NC CN361-A12 NC CN361-A13 NC CN361-B 1 5V CN361-B 2 SGND CN361-B 3 OP_LED 1 CN361-B 4 OP_LED 2 CN361-B 5 OP_LED 3 CN361-B 6 OP_LED 4 CN361-B 7 OP_LED 5 CN361-B 8 OP_LED 6 CN361-B 9 OP_LED 7 CN361-B10 OP_LED 8 CN361-B11 OP_LED 9 CN361-B12 OP_LED10 CN361-B13 OP_LED11
CN339- 2/1 CN339- 1/2
S size sensor/Lw
PI upper limit sensor/Lw PI paper empty sensor/Lw
PS31
PS38 PS39
CN321- 3 CN321- 2 CN321- 1
CN328- 3 CN328- 2 CN328- 1
CN329- 3 CN329- 2 CN329- 1
S size sensor/Lw
PS32 PI upper limit sensor/Up PS33 PI paper empty sensor/Up
CN323- 3 CN323- 2 CN323- 1
RED BLU
CN324- 3 CN324- 2 CN324- 1
CN337-11 CN337-10 CN337- 9 CN337- 8 CN337- 7 CN337- 6 CN337- 5 CN337- 4 CN337- 3 CN337- 2 CN337- 1
CN333- 3 CN333- 2 CN333- 1
RED BLU
CN345- 1 CN345- 2
PI registration clutch/Up
Paper lift motor/Lw
PS34 PI lift plate home sensor/Up
PI conveyance motor
PS43 PI cover open/close sensor
Paper lift motor/Up
CL1
SD14 PI pick-up solenoid/Lw
PS40 PI lift plate home sensor/Lw
CN330- 3 CN330- 2 CN330- 1
CN322- 3 CN322- 2 CN322- 1
CN344-1/1 CN344-2/2
PS37 PI conveyance sensor/Lw
PI registration clutch/Lw
Sub tray folding paper full sensor
CL2 CN327- 3 CN327- 2 CN327- 1
CN346- 1 CN346- 2
PS46
PS48 PI mac paper size sensor/Lw
CN326- 3 CN326- 2 CN326- 1
CN324- 3 CN324- 2 CN324- 1
PS45
CN335- 3 CN335- 2 CN335- 1
PI paper set sensor/Lw
VR32 Paper size VR/Lw
PS42
CN332- 3 CN332- 2 CN332- 1
CN342- 1 CN342- 2 CN342- 3
L size sensor/Lw
PS41
CN331- 3 CN331- 2 CN331- 1
SD13 PI pick-up solenoid/Up
PI conveyance sensor/Up
PS47
CN325- 3 CN325- 2 CN325- 1
CN343-1/1 CN343-2/2
PI paper set sensor/Up PI max paper size sensor/Up
PS44
CN334- 3 CN334- 2 CN334- 1
VR31 Paper size VR/Up
PS36 CN341- 1 CN341- 2 CN341- 3
L size sensor/Up
PS35 CN326- 3 CN326- 2 CN326- 1
Multi feed detection board/1
MFDB1
CN325- 3 CN325- 2 CN325- 1
Multi feed detection board/2 CN490- 3 CN490- 1 CN490- 2
Temperature sensor board
MFDB2
TSB CN490- 2 CN490- 1 CN490- 2
CN374- 4 CN374- 3 CN374- 2 CN374- 1
S size conveyance sensor
CN338- 2/1 CN338- 1/2
PS58
SD15 Folding gate solenoid
M7
CN318-1 NC CN318-2 NC CN318-3 NC CN318-4 NC CN318-5 NC CN318-6 NC CN318-7 JYU_CLK1
CN307-16 SGND CN307-17 PS46_SIG CN307-18 5V
CN307-19 MC2_DRV CN307-20 24V
Folding entrance sensor
M8
CN300- 1 24VDC CN300- 2 PGND
CN302-A16 KCIN_33 CN302-A15 KCIN_34 CN302-A14 KCIN_35 CN302-A13 KCIN_36 CN302-A12 KCIN_37 CN302-A11 KCIN_38 CN302-A10 KCIN_39 CN302-A 9 KCIN_40 CN302-A 8 KCIN_41 CN302-A 7 KCIN_42 CN302-A 6 KCIN_43 CN302-A 5 KCIN_44 CN302-A 4 KCIN_45 CN302-A 3 KCIN_46 CN302-A 2 KCIN_47 CN302-A 1 KCIN_48 CN302-B16 KCIN_49 CN302-B15 KCIN_50 CN302-B14 KCIN_51 CN302-B13 KCIN_52 CN302-B12 KCIN_53 CN302-B11 KCIN_54 CN302-B10 KCIN_55 CN302-B 9 KCIN_56 CN302-B 8 KCIN_57 CN302-B 7 KCIN_58 CN302-B 6 KCIN_59 CN302-B 5 KCIN_60 CN302-B 4 KCIN_61 CN302-B 3 KCIN_62 CN302-B 2 KCIN_63 CN302-B 1 KCIN_64
CN301-16 KCOUT_97 CN301-15 KCOUT_98 CN301-14 KCOUT_99 CN301-13 KCOUT_100 CN301-12 KCOUT_101 CN301-11 KCOUT_102 CN301-10 KCOUT_103 CN301- 9 KCOUT_104 CN301- 8 KCOUT_105 CN301- 7 KCOUT_106 CN301- 6 KCOUT_107 CN301- 5 KCOUT_108 CN301- 4 KCOUT_109 CN301- 3 KCOUT_110 CN301- 2 KCOUT_111 CN301- 1 KCOUT_112
CN303- 6 3.3V CN303- 5 3.3V CN303- 4 AD_1 CN303- 3 AD_2 CN303- 2 AD_3 CN303- 1 AD_4
CN307-13 SGND CN307-14 PS48_SIG CN307-15 5V
CN304-A14 M7_CLK7 CN304-A13 JYU_CLK7 CN304-A12 SGND CN313- 7 SD13_DRV CN304-A11 SGND CN313- 8 SD_24V CN304-A10 SGND CN304-A 9 5VD CN304-A 8 5VD CN304-A 7 5VD CN307- 1 SGND CN304-A 6 NC CN307- 2 PS41_SIG CN304-A 5 NC CN307- 3 5V CN304-A 4 PANCH_S3 (Reserve) CN304-A 3 NC CN304-A 2 OP_LED15 CN304-A 1 OP_LED16 CN307- 4 SGND CN304-B14 OP_LED 1 CN307- 5 PS42_SIG CN307- 6 5V CN304-B13 OP_LED 2 CN304-B12 OP_LED 3 CN304-B11 OP_LED 4 CN304-B10 OP_LED 5 CN307- 7 SGND CN304-B 9 OP_LED 6 CN307- 8 LOWTRY_SZ CN304-B 8 OP_LED 7 CN307- 9 3.3V CN304-B 7 OP_LED 8 CN304-B 6 OP_LED 9 CN304-B 5 OP_LED10 CN304-B 4 OP_LED11 CN307-10 SGND CN307-11 PS45_SIG CN304-B 3 OP_LED12 CN307-12 5V CN304-B 2 OP_LED13 CN304-B 1 OP_LED14
Main tray paper exit motor
SD12 Paper exit solenoid
CN507-13 SGND CN507-14 PS57 SIG CN507-15 5V
CN507- 9 SD15_DRV CN507-10 SD_24V
PS52
CN512- 3 CN512- 2 CN512- 1
2nd folding conveyance sensor
1st folding conveyance sensor
3rd folding conveyance sensor
SD18 2nd folding roller solenoid
PS53
CN513- 3 CN513- 2 CN513- 1
CN536- 1 CN536- 2
PS51
CN511- 3 CN511- 2 CN511- 1
1st folding cam home sensor
8
CN15-1 NC CN15-2 NC CN15-3 NC CN15-4 NC CN15-5 NC CN15-6 NC CN15-7 JYU_CLK1
CN4-A 1 KCIN_33 CN4-A 2 KCIN_34 CN4-A 3 KCIN_35 CN4-A 4 KCIN_36 CN4-A 5 KCIN_37 CN4-A 6 KCIN_38 CN4-A 7 KCIN_39 CN4-A 8 KCIN_40 CN4-A 9 KCIN_41 CN4-A10 KCIN_42 CN4-A11 KCIN_43 CN4-A12 KCIN_44 CN4-A13 KCIN_45 CN4-A14 KCIN_46 CN4-A15 KCIN_47 CN4-A16 KCIN_48 CN4-B 1 KCIN_49 CN4-B 2 KCIN_50 CN4-B 3 KCIN_51 CN4-B 4 KCIN_52 CN4-B 5 KCIN_53 CN4-B 6 KCIN_54 CN4-B 7 KCIN_55 CN4-B 8 KCIN_56 CN4-B 9 KCIN_57 CN4-B10 KCIN_58 CN4-B11 KCIN_59 CN4-B12 KCIN_60 CN4-B13 KCIN_61 CN4-B14 KCIN_62 CN4-B15 KCIN_63 CN4-B16 KCIN_64
CN 6- 1 KCOUT_97 CN 6- 2 KCOUT_98 CN 6- 3 KCOUT_99 CN 6- 4 KCOUT_100 CN 6- 5 KCOUT_101 CN 6- 6 KCOUT_102 CN 6- 7 KCOUT_103 CN 6- 8 KCOUT_104 CN 6- 9 KCOUT_105 CN 6-10 KCOUT_106 CN 6-11 KCOUT_107 CN 6-12 KCOUT_108 CN 6-13 KCOUT_109 CN 6-14 KCOUT_110 CN 6-15 KCOUT_111 CN 6-16 KCOUT_112
1 24VDC 2 PGND 3 24VDC 4 PGND 5 PGND
CN205CN205CN205CN205CN205-
2
CN606- 5
3
CN606- 4
1 24VDC 2 PGND 3 24VDC 4 24VDC 5 PGND 6 PGND
CN207CN207CN207CN207CN207CN207-
10
CN7-A 1 KCIN_65 CN7-A 2 KCIN_66 CN7-A 3 KCIN_67 CN7-A 4 KCIN_68 CN7-A 5 KCIN_69 CN7-A 6 KCIN_70 CN7-A 7 KCIN_71 CN7-A 8 KCIN_72 CN7-A 9 KCIN_73 CN7-A10 KCIN_74 CN7-A11 KCIN_75 CN7-A12 KCIN_76 CN7-B 1 KCIN_77 CN7-B 2 KCIN_78 CN7-B 3 KCIN_79 CN7-B 4 KCIN_80 CN7-B 5 KCIN_81 CN7-B 6 KCIN_82 CN7-B 7 KCIN_83 CN7-B 8 KCIN_84 CN7-B 9 KCIN_85 CN7-B10 KCIN_86 CN7-B11 KCIN_87 CN7-B12 KCIN_88
CN11-1 3.3V CN11-2 3.3V CN11-3 AD_0 CN11-4 AD_1 CN11-5 AD_2 CN11-6 AD_3
9 11
CN606- 3
CN15- 1 TIME_18 CN15- 2 TIME_19 CN15- 3 TIME_20 CN15- 4 TIME_21 CN15- 5 TIME_22 CN15- 6 TIME_23 CN15- 7 NC
CN206- 1 5VDC CN206- 2 5VDC CN206- 3 SGND CN206- 4 SGND
1
8
CN606- 6
7
CN606- 5
CN221-B 9 SD5_DRV CN221-B10 SD24V_1
CN71- 1 CN71- 2
CN211- 1 24V CN211- 2 5V CN211- 3 SGND CN211- 4 PGND
CN221-B 7 SD6_DRV CN221-B 8 SD24V_1
CN71- 1 CN71- 2
6
23
CN606- 4
28 31
CN606- 2
26 CN606- 3
SD5
Roller solenoid/1
CN224- 6 SGND CN224- 7 PS13_SIG CN224- 8 5V
CN224- 3 SGND CN224- 4 PS18_SIG CN224- 5 5V
CN224- 1 SD9_DRV CN224- 2 SD24V_3
CN221-B 1 5V CN221-B 2 LED1_SIG CN221-B 3 LED2_SIG CN221-B 4 LED3_SIG CN221-B 5 LED4_SIG CN221-B 6 LED5_SIG
Main tray lower limit sensor
Entrance conveyance motor
PS22
CN37- 3 CN37- 2 CN37- 1
CN67- 1 CN37- 2 CN67- 3 CN67- 4 CN67- 5 CN67- 6 CN67- 7 CN67- 8 CN67- 9 CN67-10 CN67-11
RED BLU
CN51- 1 CN51- 2 CN51- 3 CN51- 4 CN51- 5 CN51- 6 CN51- 7 CN51- 8 CN51- 9 CN51-10 CN51-11
CN33- 3 CN33- 2 CN33- 1
Alignment motor Tray up down motor
CN507- 4 SGND CN507- 5 PS52 SIG CN507- 6 5V
CN507- 7 SD18_DRV CN507- 8 SD_24V
PS54
CN514- 3 CN514- 2 CN514- 1
7
CN606- 1
25
19
CN606- 2
SD6 Roller solenoid/2
CN370- 6 5V CN370- 5 LED1_SIG CN370- 4 LED2_SIG CN370- 3 LED3_SIG CN370- 2 LED4_SIG CN370- 1 NC
CN223- 9 SGND CN223-10 PS6_SIG CN223-11 5V
CN223- 7 SD3_DRV CN223- 8 SD24V_2
CN223- 5 SD4_DRV CN223- 6 SD24V_2
CN223- 3 SD7_DRV CN223- 4 SD24V_2
CN223- 1 SD8_DRV CN223- 2 SD24V_2
CN222-10 SGND CN222-11 PS5_SIG CN222-12 5V
CN222- 7 SGND CN222- 8 PS10_SIG CN222- 9 5V
CN222- 4 SGND CN222- 5 PS12_SIG CN222- 6 5V
CN222- 1 SGND CN222- 2 PS26_SIG CN222- 3 5V
CN221-A10 SD1_DRV CN221-A11 SD24V_1
PS8
2 holes punch home sensor
CN71- 2 CN71- 1
CN221-A 7 SGND CN221-A 8 PS8_SIG CN221-A 9 5V
PS9
3 holes/4 holes punch home sensor
SD1
CN221-A 4 SGND CN221-A 5 PS9_SIG CN221-A 6 5V
Entrance gate solenoid
CN220-B12 5V CN220-B11 SGND CN220-B10 M3_CONT CN220-B 9 M3_CLK CN220-B 8 M3_F/R CN220-B 7 M3_LD CN220-B 6 M3_H/L CN220-B 5 PGND CN220-B 4 PGND CN220-B 3 24V CN220-B 2 24V CN220-B 1 NC
CN220-A10 SGND CN220-A11 PS1_SIG CN220-A12 5V
CN220-A 7 SGND CN220-A 8 PS4_SIG CN220-A 9 5V
CN220-A 4 SGND CN220-A 5 PS16_SIG CN220-A 6 5V
CN220-A 1 SGND CN220-A 2 PS17_SIG CN220-A 3 5V
CN219-B 2 SD24V_2 CN219-B 1 SD7_DRV
CN219-B13 5V CN219-B12 SGND CN219-B11 M17_CONT CN219-B10 M17_CLK CN219-B 9 M17_F/R CN219-B 8 M17_LD CN219-B 7 M17_H/L CN219-B 6 PGND CN219-B 5 PGND CN219-B 4 24V CN219-B 3 24V
RED BLU
Punch conveyance motor
CN507- 1 SGND CN507- 2 PS53 SIG CN507- 3 5V
PIDB
CN17-1 FNS1_SOUT CN17- 2 S.GND CN17-3 /FNS1_CTS CN17-4 FNS1_SIN CN17-5 /FNSSET CN17-6 /FNS1_RTS CN17-7 /PAPEROUT_2 CN17- 8 NC
CN18-2 FNS2_SIN CN18-1 /FNS2_RTS
CN19-1 SYS_SIN CN19-2 /SYS_RTS CN19-3 FNS2_SIN CN19-4 /FNS2_RTS
CN221-A 1 SGND CN221-A 2 PS11_SIG CN221-A 3 5V
PS11
CN215- 6 M13 24V CN215- 5 M13 24V CN215- 4 M13 A CN215- 3 M13 A/ CN215- 2 M13 B CN215- 1 M13 B/
CN215- 8 M10 DRV1 CN215- 7 M10 DRV2
Punch registration home sensor
Punch registration motor
CN203-18 TIME_0 CN203-17 TIME_1 CN203-16 TIME_2 CN203-15 TIME_3 CN203-14 TIME_4 CN203-13 TIME_5 CN203-12 TIME_6 CN203-11 TIME_7 CN203-10 TIME_8 CN203- 9 TIME_9 CN203- 8 TIME_10 CN203- 7 TIME_11 CN203- 6 TIME_12 CN203- 5 TIME_13 CN203- 4 TIME_14 CN203- 3 TIME_15 CN203- 2 TIME_16 CN203- 1 TIME_17
CN204-A20 KCOUT_57 CN204-A19 KCOUT_58 CN204-A18 KCOUT_59 CN204-A17 KCOUT_60 CN204-A16 KCOUT_61 CN204-A15 KCOUT_62 CN204-A14 KCOUT_63 CN204-A13 KCOUT_64 CN204-A12 KCOUT_65 CN204-A11 KCOUT_66 CN204-A10 KCOUT_67 CN204-A 9 KCOUT_68 CN204-A 8 KCOUT_69 CN204-A 7 KCOUT_70 CN204-A 6 KCOUT_71 CN204-A 5 KCOUT_72 CN204-A 4 KCOUT_73 CN204-A 3 KCOUT_74 CN204-A 2 KCOUT_75 CN204-A 1 KCOUT_76 CN204-B20 KCOUT_77 CN204-B19 KCOUT_78 CN204-B18 KCOUT_79 CN204-B17 KCOUT_80 CN204-B16 KCOUT_81 CN204-B15 KCOUT_82 CN204-B14 KCOUT_83 CN204-B13 KCOUT_84 CN204-B12 KCOUT_85 CN204-B11 KCOUT_86 CN204-B10 KCOUT_87 CN204-B 9 KCOUT_88 CN204-B 8 KCOUT_89 CN204-B 7 KCOUT_90 CN204-B 6 KCOUT_91 CN204-B 5 KCOUT_92 CN204-B 4 KCOUT_93 CN204-B 3 KCOUT_94 CN204-B 2 KCOUT_95 CN204-B 1 KCOUT_96
CN82- 1 CN82- 2
CN61- 1 CN61- 2
CN62- 2 CN62- 5 CN62- 1 CN62- 3 CN62- 4 CN62- 6
CN52- 2 CN52- 5 CN52- 1 CN52- 3 CN52- 4 CN52- 6
CN500- 1 24VDC CN500- 2 24VDC CN500- 3 PGND CN500- 2 PGND
PS55
CN515- 3 CN515- 2 CN515- 1
3rd folding cam home sensor 2nd folding cam home sensor
6
CN606- 1
24
CN604-5 CN604-4 CN604-3 CN604-2 CN604-1
5 1 2 3 4 5
2
14 12 15 13
CN605-6 CN605-5 CN605-4 CN605-3 CN605-2 CN605-1
27 30 18 22
JAMIB
1 2 3 4 5 6
1
CN16-1 SYS_SIN CN16-2 S.GND CN16-3 /SYS_RTS CN16-4 SYS_SOUT CN16-5 S.GND CN16-6 /SYS_CTS CN16-7 /PAPEROUT_1
Punch motor
F M13
CN610-2 CN610-1
FDCB CN20-1 5V CN20-2 5V CN20-3 S.GND CN20-4 S.GND
CN14- 1 TIME_0 CN14- 2 TIME_1 CN14- 3 TIME_2 CN14- 4 TIME_3 CN14- 5 TIME_4 CN14- 6 TIME_5 CN14- 7 TIME_6 CN14- 8 TIME_7 CN14- 9 TIME_8 CN14-10 TIME_9 CN14-11 TIME_10 CN14-12 TIME_11 CN14-13 TIME_12 CN14-14 TIME_13 CN14-15 TIME_14 CN14-16 TIME_15 CN14-17 TIME_16 CN14-18 TIME_17
CN5-A 1 KCOUT_57 CN5-A 2 KCOUT_58 CN5-A 3 KCOUT_59 CN5-A 4 KCOUT_60 CN5-A 5 KCOUT_61 CN5-A 6 KCOUT_62 CN5-A 7 KCOUT_63 CN5-A 8 KCOUT_64 CN5-A 9 KCOUT_65 CN5-A10 KCOUT_66 CN5-A11 KCOUT_67 CN5-A12 KCOUT_68 CN5-A13 KCOUT_69 CN5-A14 KCOUT_70 CN5-A15 KCOUT_71 CN5-A16 KCOUT_72 CN5-A17 KCOUT_73 CN5-A18 KCOUT_74 CN5-A19 KCOUT_75 CN5-A20 KCOUT_76 CN5-B 1 KCOUT_77 CN5-B 2 KCOUT_78 CN5-B 3 KCOUT_79 CN5-B 4 KCOUT_80 CN5-B 5 KCOUT_81 CN5-B 6 KCOUT_82 CN5-B 7 KCOUT_83 CN5-B 8 KCOUT_84 CN5-B 9 KCOUT_85 CN5-B10 KCOUT_86 CN5-B11 KCOUT_87 CN5-B12 KCOUT_88 CN5-B13 KCOUT_89 CN5-B14 KCOUT_90 CN5-B15 KCOUT_91 CN5-B16 KCOUT_92 CN5-B17 KCOUT_93 CN5-B18 KCOUT_94 CN5-B19 KCOUT_95 CN5-B20 KCOUT_96
M10
1 2
B MAIN BODY I/F
Relay
PDB
S.GND S.GND 5V 5V
3
FT8 CN1-A 1 KCIN_1 CN1-A 2 KCIN_2 CN1-A 3 KCIN_3 CN1-A 4 KCIN_4 CN1-A 5 KCIN_5 CN1-A 6 KCIN_6 CN1-A 7 KCIN_7 CN1-A 8 KCIN_8 CN1-A 9 KCIN_9 CN1-A10 KCIN_10 CN1-A11 KCIN_11 CN1-A12 KCIN_12 CN1-A13 KCIN_13 CN1-A14 KCIN_14 CN1-A15 KCIN_15 CN1-A16 KCIN_16 CN1-B 1 KCIN_17 CN1-B 2 KCIN_18 CN1-B 3 KCIN_19 CN1-B 4 KCIN_20 CN1-B 5 KCIN_21 CN1-B 6 KCIN_22 CN1-B 7 KCIN_23 CN1-B 8 KCIN_24 CN1-B 9 KCIN_25 CN1-B10 KCIN_26 CN1-B11 KCIN_27 CN1-B12 KCIN_28 CN1-B13 KCIN_29 CN1-B14 KCIN_30 CN1-B15 KCIN_31 CN1-B16 KCIN_32
9 11 M3
FDOB
CN21-1 SYS_SIN CN21-2 S.GND CN21-3 /SYS_RTS CN21-4 SYS_SOUT CN21-5 S.GND CN21-6 /SYS_CTS CN21-7 /PAPEROUT_1
FT7
WIT CN151- 1
M17
5
CN19-4 /FNS2_RTS CN19-3 FNS2_SIN CN19-2 /SYS_RTS CN19-1 SYS_SIN
NF1 BLK
RL1
A
M1
CN621-2 CN621-1
BLK
FT6 CN182- 2 RED
8 10 B A
2 1
FT5 CN24-1 5V CN24-2 RL_CONT
512-1-1 512-2-2 512-3-3 512-4-4
PS56
Symbol
CN**-5 SOUT CN**-4 CTS
To 5V (CCP)
M11
CN601-1 CN601-2 CN601-3 CN601-4 CN601-5
CBR2 Circuit breaker/2
FDB
5 4 3 2 1
CN182- 1
M12
Connector Faston Crimp Relay connector
CN**-5 EXIT PS CN**-4 S.GND CN**-3 S.GND CN**-2 5V CN**-1 5V
FT3
FT4 WIT
BLK
JTAG
PGC1
Interrupt M2
4
CN**-1 TXD CN**-2 S.GND CN**-3 CTS CN**-4 RXD CN**-5 S.GND CN**-6 RTS
BLK Y/G WIT
Circuit breaker/1 CBR1 CN23-1 TCK CN23-2 TDO3 CN23-3 TDI CN23-4 TMS CN23-5 TRST
D
PGC2
Inlet PS57
M16
CN516- 3 CN516- 2 CN516- 1
3rd folding release motor
M15
511-15B-1B 511-14B-2B 511-13B-3B 511-12B-4B 511-11B-5B 511-10B-6B 511-9B-7B 511-8B-8B 511-7B-9B 511-6B-10B 511-5B-11B 511-4B-12B 511-3B-13B 511-2B-14B 511-1B-15B 511-1B-15B 511-1B-15B
2nd folding release motor
M14
CN517- 3 CN517- 2 CN517- 1
RED RED BLK BLN ORG YEL
CN535-6- 1 CN535-5- 2 CN535-4- 3 CN535-3- 4 CN535-2- 5 CN535-1- 6
1st folding release motor
M6
3
CN600-1 CN600-2 CN600-3 CN600-4 CN600-5 CN600-6
FT2 CN501-A17 PS51_SIG CN508-A13 M16_24V CN501-A16 PS52_SIG CN508-A14 M16_24V CN501-A15 PS53_SIG CN508-A15 M16_A M16_A/ CN501-A14 PS54_SIG CN508-A16 CN508-A17 M16_B CN501-A13 PS55_SIG CN508-A18 M16_B/ CN501-A12 PS56_SIG CN501-A11 PS57_SIG CN501-A10 ORI_SET CN501-A 9 M4_CONT1 CN508-B 1 SGND CN508-B 2 CN501-A 8 M4_CONT2 CN508-B 3 5V CN501-A 7 M4_F/R CN508-B 4 SGND CN501-A 6 M4_RESET CN508-B 5 PS57 SIG CN501-A 5 SGND CN508-B 6 5V CN501-A 4 SGND CN501-A 3 SGND CN501-A 2 SGND CN508-B 7 SGND CN501-A 1 5V 8 PS56 SIG CN501-B17 M4_ENBLECN508-B CN508-B 9 5V CN501-B16 M5_CONT1 CN501-B15 M5_CONT2 CN501-B14 M5_F/R CN501-B13 M5_RESET CN508-B10 SGND CN501-B12 M5_ENBLECN508-B11 PS55 SIG CN508-B12 5V CN501-B11 M6_CONT1 CN501-B10 M6_CONT2 CN501-B 9 M6_F/R CN501-B 8 M6_RESET CN508-B13 SGND CN501-B 7 M6_ENBLE CN508-B14 PS54 SIG CN508-B15 5V CN501-B 6 5V CN501-B 5 5V CN501-B 4 5V CN501-B 3 M4_CLK CN508-B16 SGND CN501-B 2 M5_CLK CN501-B 1 M6_CLK CN508-B17 PS51 SIG CN508-B18 5V
RED RED BLK BLN ORG YEL
CN534-6- 1 CN534-5- 2 CN534-4- 3 CN534-3- 4 CN534-2- 5 CN534-1- 6
3rd folding motor
2
6 5 4 3 2 1
FT1 511-15A-1A 511-14A-2A 511-13A-3A 511-12A-4A 511-11A-5A 511-10A-6A 511-9A-7A 511-8A-8A 511-7A-9A 511-6A-10A 511-5A-11A 511-4A-12A 511-3A-13A 511-2A-14A 511-1A-15A 511-1A-15A 511-1A-15A
RED RED BLK BLN ORG YEL
CN533-6- 1 CN533-5- 2 CN533-4- 3 CN533-3- 4 CN533-2- 5 CN533-1- 6
2nd folding motor
M5
CN2-A 1 KCOUT_1 CN2-A 2 KCOUT_2 CN2-A 3 KCOUT_3 CN2-A 4 KCOUT_4 CN2-A 5 KCOUT_5 CN2-A 6 KCOUT_6 CN2-A 7 KCOUT_7 CN2-A 8 KCOUT_8 CN2-A 9 KCOUT_9 CN2-A10 KCOUT_10 CN2-A11 KCOUT_11 CN2-A12 KCOUT_12 CN2-A13 KCOUT_13 CN2-A14 KCOUT_14 CN2-A15 KCOUT_15 CN2-A16 KCOUT_16 CN2-A17 KCOUT_17 CN2-A18 KCOUT_18 CN2-A19 KCOUT_19 CN2-A20 KCOUT_20 CN2-B 1 KCOUT_21 CN2-B 2 KCOUT_22 CN2-B 3 KCOUT_23 CN2-B 4 KCOUT_24 CN2-B 5 KCOUT_25 CN2-B 6 KCOUT_26 CN2-B 7 KCOUT_27 CN2-B 8 KCOUT_28 CN2-B 9 KCOUT_29 CN2-B10 KCOUT_30 CN2-B11 KCOUT_31 CN2-B12 KCOUT_32 CN2-B13 KCOUT_33 CN2-B14 KCOUT_34 CN2-B15 KCOUT_35 CN2-B16 KCOUT_36 CN2-B17 KCOUT_37 CN2-B18 KCOUT_38 CN2-B19 KCOUT_39 CN2-B20 KCOUT_40
E CN222-9 /CPUIN_1(IRQ4) CN209-A 1 KCIN_24 CN222-8 /CPUIN_2(IRQ3) CN209-A 2 KCIN_25 CN222-7 CPUIN_3(IRQ1) CN209-A 3 KCIN_26 CN222-6 CPUIN_4(TIM Input) CN209-A 4 KCIN_27 CN222-5 NC CN209-A 5 KCIN_28 CN222-4 CPUIN_7(TIM Input) CN209-A 6 KCIN_29 CN222-3 GND CN209-A 7 KCIN_30 CN222-2 CPUIN_8(TIM Input) CN209-A 8 ORI_SET CN222-1 NC CN209-A 9 KCOUT_73 CN209-A10 KCOUT_74 CN209-A11 KCOUT_75 CN209-A12 KCOUT_76 CN201-A20 KCOUT_1 CN209-A13 SGND CN201-A19 KCOUT_2 CN209-A14 SGND CN201-A18 KCOUT_3 CN209-A15 SGND CN201-A17 KCOUT_4 CN209-A16 SGND CN201-A16 KCOUT_5 CN209-A17 5V CN201-A15 KCOUT_6 CN209-B 1 KCOUT_77 CN201-A14 KCOUT_7 CN209-B 2 KCOUT_78 CN201-A13 KCOUT_8 CN209-B 3 KCOUT_79 CN201-A12 KCOUT_9 CN201-A11 KCOUT_10 CN209-B 4 KCOUT_80 CN209-B 5 KCOUT_81 CN201-A10 KCOUT_11 CN209-B 6 KCOUT_82 CN201-A 9 KCOUT_12 CN209-B 7 KCOUT_83 CN201-A 8 KCOUT_13 CN209-B 8 KCOUT_84 CN201-A 7 KCOUT_14 CN209-B 9 KCOUT_85 CN201-A 6 KCOUT_15 CN201-A 5 KCOUT_16 CN209-B10 KCOUT_86 CN201-A 4 KCOUT_17 CN209-B11 KCOUT_87 CN209-B12 5V CN201-A 3 KCOUT_18 CN209-B13 5V CN201-A 2 KCOUT_19 CN209-B14 5V CN201-A 1 KCOUT_20 CN209-B15 TIME0 CN201-B20 KCOUT_21 CN209-B16 TIME2 CN201-B19 KCOUT_22 CN209-B17 TIME3 CN201-B18 KCOUT_23 CN201-B17 KCOUT_24 CN201-B16 KCOUT_25 CN201-B15 KCOUT_26 CN201-B14 KCOUT_27 CN201-B13 KCOUT_28 CN201-B12 KCOUT_29 CN201-B11 KCOUT_30 CN201-B10 KCOUT_31 CN201-B 9 KCOUT_32 CN201-B 8 KCOUT_33 CN201-B 7 KCOUT_34 CN216-12 M12_24V CN201-B 6 KCOUT_35 CN216-11 M12_24V CN201-B 5 KCOUT_36 CN216-10 M12_A CN201-B 4 KCOUT_37 CN216- 9 M 2_A/ CN201-B 3 KCOUT_38 CN216- 8 M 2_ B CN201-B 2 KCOUT_39 CN216- 7 M 2_B/ CN201-B 1 KCOUT_40 CN216- 6 M12_24V CN216- 5 M12_24V CN216- 4 M12_A CN216- 3 M12_A/ CN202-A16 KCIN_1 CN216- 2 M12_ B CN202-A15 KCIN_2 CN216- 1 M12_B/ CN202-A14 KCIN_3 CN202-A13 KCIN_4 CN202-A12 KCIN_5 CN217- 1 M11 DRV1 CN202-A11 KCIN_6 CN217- 2 M11 DRV2 CN202-A10 KCIN_7 CN202-A 9 KCIN_8 CN217- 3 5V CN202-A 8 KCIN_9 CN217- 4 RL_CONT CN202-A 7 KCIN_10 CN202-A 6 KCIN_11 CN202-A 5 KCIN_12 CN224- 5 5V CN217- 6 PS13_SIG CN202-A 4 KCIN_13 CN217- 7 SGND CN202-A 3 KCIN_14 CN202-A 2 KCIN_15 CN202-A 1 KCIN_16 CN202-B16 KCIN_17 CN202-B15 KCIN_18 CN202-B14 KCIN_19 CN202-B13 KCIN_20 CN202-B12 KCIN_21 CN202-B11 KCIN_22 CN219-A13 5V CN202-B10 KCIN_23 CN219-A12 SGND CN219-A11 M1_CONT CN202-B 9 KCIN_24 CN219-A10 M1_CLK CN202-B 8 KCIN_25 CN219-A 9 M1_F/R CN202-B 7 KCIN_26 CN219-A 8 M1_LD CN202-B 6 KCIN_27 CN219-A 7 M1_H/L CN202-B 5 KCIN_28 CN219-A 6 PGND CN219-A 5 PGND CN202-B 4 KCIN_29 CN219-A 4 24V CN202-B 3 KCIN_30 CN219-A 3 24V CN202-B 2 KCIN_31 CN202-B 1 KCIN_32 CN219-A 2 SD12_24V CN219-A 1 SD12_DRV
YEL BLK RED ORG WIT BLU
CN532- 1 CN532- 2 CN532- 3 CN532- 4 CN532- 5 CN532- 6
1st folding motor
M4
WIT
Power plug CN13-1 /CPUIN_1(IRQ4) CN13-2 /CPUIN_2(IRQ3) CN13-3 CPUIN_3(IRQ1) CN13-4 CPUIN_4(TIM Input) CN13-5 NC CN13-6 CPUIN_7(TIM Input) CN13-7 SGND CN13-8 CPUIN_8(TIM Input) CN13-9 5V
CN508-A 9 M15_A CN508-A10 M15_A/ CN508-A11 M15_B CN508-A12 M15_B/
CN503-16 KCOUT_41 CN503-15 KCOUT_42 CN506- 5 M6_B CN503-14 KCOUT_43 CN506- 1 M6_24V CN506- 6 M6_B/ CN503-13 KCOUT_44 CN506- 3 M6_A CN503-12 KCOUT_45 CN506- 2 M6_24V CN503-11 KCOUT_46 CN506- 4 M6_A/ CN503-10 KCOUT_47 CN503- 9 KCOUT_48 CN503- 8 KCOUT_49 CN503- 7 KCOUT_50 CN508-A 1 M14_24V CN503- 6 KCOUT_51 CN508-A 2 M14_24V CN508-A 3 M14_A CN503- 5 KCOUT_52 CN508-A 4 M14_A/ CN503- 4 KCOUT_53 CN508-A 5 M14_B CN508-A 6 M14_B/ CN503- 3 KCOUT_54 CN503- 2 KCOUT_55 CN503- 1 KCOUT_56 CN508-A 7 M15_24V CN508-A 8 M15_24V
YEL BLK RED ORG WIT BLU
CN531- 1 CN531- 2 CN531- 3 CN531- 4 CN531- 5 CN531- 6
A
510-1A-16A
510-16A-1A 510-15A-2A 510-14A-3A 510-13A-4A 510-12A-5A 510-11A-6A 510-10A-7A 510-9A-8A 510-8A-9A 510-7A-10A 510-6A-11A 510-5A-12A 510-4A-13A 510-3A-14A 510-2A-15A
YEL BLK RED ORG WIT BLU
CN530- 1 CN530- 2 CN530- 3 CN530- 4 CN530- 5 CN530- 6
1
BLK
H CN10-1 IRQ4 CN10-2 /IRQ3 CN10-3 IRQ
G CN3- 1 KCOUT_41 CN3- 2 KCOUT_42 CN3- 3 KCOUT_43 CN3- 4 KCOUT_44 CN3- 5 KCOUT_45 CN3- 6 KCOUT_46 CN3- 7 KCOUT_47 CN3- 8 KCOUT_48 CN3- 9 KCOUT_49 CN3-10 KCOUT_50 CN3-11 KCOUT_51 CN3-12 KCOUT_52 CN3-13 KCOUT_53 CN3-14 KCOUT_54 CN3-15 KCOUT_55 CN3-16 KCOUT_56
C CN505- 11 M5_B CN505- 7 M5_24V CN505- 12 M5_B/ CN505- 9 M5_A CN505- 8 M5_24V CN505- 10 M5_A/
B CN505- 5 M4_B CN505- 1 M4_24V CN505- 6 M4_ B/ CN505- 3 M4_A CN505- 2 M4_24V CN505- 4 M4_A/
18.7 FD-501
9 A
M9
B
C
6 7
D
E
4 5
F
G
FNS FNS FDCB PDB FDCB PDB 26 27 28 29 30 31
SSJC HYB6
H
24 MAIN BODY 25 5v SGND
AC INLET
I
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006 18. OVERALL WIRING DIAGRAM
bizhub PRO 1050/1050P /1050e/1050eP
18. OVERALL WIRING DIAGRAM
Field Service Ver3.0 Nov.2006
FD-501 location list Symbol
Part name
Location
Symbol
Part name
Location
—
Outlet
2-I
PS18
Main tray paper exit sensor
6-D
—
Inlet
1-H
PS20
Main tray upper limit sensor
6-D
—
Power plug
1-H
PS22
Main tray lower limit sensor
3-D
CBR1
Circuit breaker /1
2-H
PS23
Main tray empty sensor
6-D
CBR2
Circuit breaker /2
2-H
PS26
Punch scraps full sensor
5-D
CL1
PI registration clutch /Up
8-A
PS31
PI conveyance sensor /Up
6-A
CL2
PI registration clutch /Lw
8-A
PS32
PI upper limit sensor /Up
8-A
DCPS
DC power supply
4-H
PS33
PI paper empty sensor /Up
8-A
FDB
Folding drive board
1-B
PS34
PI lift plate home sensor /Up
9-A
FDCB
FD control board
1-G
PS35
L size sensor /Up
6-A
FDOB
FD operation board
4-A
PS36
S size sensor /Up
6-A 8-A
JAMIB
Jam indicator board
6-F
PS37
PI conveyance sensor /Lw
M1
Entrance conveyance motor
3-D
PS38
PI upper limit sensor /Lw
7-A
M2
Punch conveyance motor
2-D
PS39
PI paper empty sensor /Lw
7-A
M3
Intermediate conveyance motor
4-D
PS40
PI lift plate home sensor /Lw
8-A
M4
1st folding motor
1-B
PS41
L size sensor /Lw
7-A
M5
2nd folding motor
1-B
PS42
S size sensor /Lw
7-A
M6
3rd folding motor
1-B
PS43
PI cover open/close sensor
9-A
M7
PI conveyance motor
9-A
PS44
PI paper set sensor /Up
6-A
M8
Paper lift motor /Up
9-A
PS45
PI paper set sensor /Lw
7-A
M9
Paper lift motor /Lw
9-A
PS46
Sub tray folding paper full sensor
8-A
M10
Punch motor
5-F
PS47
PI max paper size sensor /Up
6-A
M11
Tray up down motor
3-D
PS48
PI max paper size sensor /Lw
6-A
M12
Alignment motor
3-D
PS51
1st folding conveyance sensor
2-B
M13
Punch registration motor
5-F
PS52
Folding entrance sensor
2-B
M14
1st folding release motor
1-B
PS53
2nd folding conveyance sensor
2-B
M15
2nd folding release motor
1-B
PS54
3rd folding conveyance sensor
2-B
M16
3rd folding release motor
1-B
PS55
1st folding cam home sensor
2-B
M17
Main tray paper exit motor
4-D
PS56
2nd folding cam home sensor
2-B
MFDB1
Multi feed detection board /1
6-A
PS57
3rd folding cam home sensor
2-B
MFDB2
Multi feed detection board /2
5-A
PS58
S size conveyance sensor
3-B
MS1
Door switch
3-I
RL1
Relay
3-H
NF1
Noise filter
2-H
SD1
Entrance gate solenoid
6-F
PDB
Punch drive board
1-D
SD3
S size gate solenoid
6-C
PIDB
PI drive board
4-B
SD4
L size gate solenoid
5-C
PS1
FD entrance sensor
4-D
SD5
Roller solenoid /1
6-F
PS2
Folding exit sensor
6-D
SD6
Roller solenoid /2
6-F
PS4
PI exit sensor
4-D
SD7
Roller solenoid /3
5-C
PS5
Punch conveyance sensor
5-D
SD8
Roller solenoid /4
5-C
PS6
Punch registration sensor
6-D
SD9
Sub tray gate solenoid
6-C
PS7
Main tray folding paper full sensor
6-D
SD12
Paper exit solenoid
3-C
PS8
2 holes punch home sensor
5-E
SD13
PI pick-up solenoid /Up
7-A
PS9
3 holes/4 holes home sensor
5-E
SD14
PI pick-up solenoid /Lw
8-A
PS10
Alignment plate home sensor
5-D
SD15
Folding gate solenoid
3-B
PS11
Punch registration home sensor
5-E
SD18
2nd folding roller solenoid
2-B
PS12
Punch scraps box set sensor
5-D
VR31
Paper size VR /Up
6-A
PS13
Intermediate conveyance sensor
7-D
VR32
Paper size VR /Lw
7-A
PS16
Sub tray paper exit sensor
4-D
TSB
Temperature sensor board
5-A
PS17
Sub tray paper full sensor
4-D
I PS3
1 PS5
2 3 PS8 PS9
4 PS10 RS1 LED1 PS1 PS17 PS11 PS12
5 PS13 PS15
6 FM4
7 LS-501 only LS-501 only
8
Outlet
RLB/2
CONVEYANCE AC
B
AC
M7
MS3
MAIN BODY I/F
M6
MS2
18.8 LS-501/502
8
LS-501 only
9
Symbol
A
Connector Faston Crimp Relay connector
LSCB
F
DCPS
H
LS-501 only
9
B
LS-501 only
C C
D D
LS-501 only LS-502 only
E
LS-502 only
RLB/1
F
G
H
I
bizhub PRO 1050/1050P 1050e/1050eP
LS/FS
Main Body/LS
7
CONVEYANCE I/F
Alignment motor
M6
MS1
CONVEYANCE I/F
Coupling conveyance motor
M5
Stacker tray lower limit switch
Coupling conveyance motor
M4
CONVEYANCE I/F
Shift unit motor
M3
Front Door switch
Grip conveyance motor
M2
Stacker tray upper limit switch
Sub tray exit motor
6
MAIN BODY I/F
Inlet
FM6
MAIN BODY I/F
FM2 Motor cooling fan motor
PS18 Paper cooling fan motor/2
LS-501 only
Stacker tray up down motor
FM5
5
Paper cooling fan motor/1
Coupling exit sensor
PS14
Stacker tray arm release sensor
E Conveyance motor
Paper cooling fan motor/Rr
FM3
M1
5,000 sheets stacked sensor
Paper cooling fan motor/Mi
SW1
2,000 sheets stacked sensor
LS-501 only
Alignment home sensor
Paper press solenoid/2 Coupling conveyance lock solenoid Stacker tray encoder sensor
2nd gate solenoid
Entrance conveyance lock solenoid Paper press solenoid/1
Paper cooling fan motor/Fr
Front door lock solenoid
Rear stopper solenoid
Toggle switch
SD11
SD7
SD10
SD6
SD5
FM1
SD4
Job partition solenoid
1st gate solenoid
4
Shift unit home sensor
LS-501 only
LS-502 only
Conveyance sensor/3
RS2
PS2
Stacker tray set sensor
PS16
Stacker tray set LED
LS-501 only
Hand cart reset switch
PS10
SD3
SD2
3
Sub tray exit sensor
LS-501 only
Sub tray full sensor
PS9
Sub tray door sensor
PS8
JAM door switch
PS7
Conveyance sensor/2
JAMIB SD1
A
Sub tray exit sensor
PS19
Sub tray door sensor
2
Sub tray full sensor
TOB
Conveyance sensor/1
PS6
Paper detection sensor
Paper empty sensor
PS4
Entrance sensor
SD9
SD8
1
Grip conveyance home sensor
Front stopper solenoid
G
Paper press solenoid/3
Stacker tray upper limit sensor
Field Service Ver3.0 Nov.2006 18. OVERALL WIRING DIAGRAM
bizhub PRO 1050/1050P /1050e/1050eP
18. OVERALL WIRING DIAGRAM
Field Service Ver3.0 Nov.2006
LS-501/502 location list Symbol M1
Part name
Location
Symbol
Part name
Location
Stacker tray up down motor
5-A
PS5
Grip conveyance sensor
M2
Conveyance motor
5-A
PS6
Paper empty sensor
3-H
M3
Sub tray exit motor
6-A
PS7
Conveyance sensor /1
3-H
M4
Grip conveyance motor
6-A
PS8
Sub tray door sensor
3-H (LS-501)
M5
Shift unit motor
6-A
M6
Coupling conveyance motor
6-A (LS-501)
PS9
Sub tray full sensor
4-H (LS-502)
7-A (LS-502) M7
Alignment motor
7-A
FM1
Paper cooling fan motor /Fr
4-A
FM2
Paper cooling fan motor /1
FM3
2-H
3-H (LS-501) 4-H (LS-502)
PS10
Sub tray paper exit sensor
3-H (LS-501)
6-H
PS11
Shift unit home sensor
5-H
Paper cooling fan motor /Mi
5-A
PS12
Alignment plate home sensor
5-H
FM4
Motor cooling fan motor
7-H
PS13
2,000 sheets stacked sensor
5-H
FM5
Paper cooling fan motor /Rr
5-A
PS14
5,000 sheets stacked sensor
5-H
FM6
Paper cooling fan motor /2
6-H
PS15
Stacker tray arm release sensor
6-H
SD1
1st gate solenoid
3-A
PS16
Conveyance sensor /2
3-H (LS-501 only)
SD2
Job partition solenoid
3-A
PS17
Conveyance sensor /3
5-H (LS-501 only)
SD3
Rear stopper solenoid
3-A
PS18
Coupling exit sensor
6-H (LS-501 only)
SD4
Front door lock solenoid
4-A
PS19
Paper detection sensor
2-I
SD5
Entrance conveyance lock solenoid
4-A
RS1
Hand cart set switch
4-H (LS-501 only)
SD6
Paper press solenoid /1
4-A
RS2
JAM door switch
7-A
SD7
Paper press solenoid /2
4-A
MS1
Front door switch
7-A
SD8
Paper press solenoid /3
2-H
MS2
Stacker tray upper limit switch
7-A
SD9
Front stopper solenoid
2-H
MS3
Stacker tray lower limit switch
2-A
4-H (LS-502)
SD10
2nd gate solenoid
4-A (LS-501 only)
TOB
Stacker tray operation board
3-A
SD11
Coupling conveyance lock solenoid
4-A (LS-501 only)
JAMIB
Jam indication board
2-F
SW1
Toggle switch
5-B
RLB/1
Relay board /1
2-G
LED1
Stacker tray set LED
4-H
RLB/2
Relay board /2
2-D
PS1
Stacker tray set sensor
5-H
LSCB
LS control board
8-G (LS-501 only)
PS2
Stacker tray encoder sensor
5-A
DCPS
DC power supply
8-H (LS-501 only)
PS3
Stacker tray upper limit sensor
2-H
PS4
Entrance sensor
2-H
I 1 2 3 4 5
PS31
M22
M5
M24
M25
M26
Alignment motor/Fr
Alignment motor/Rr
Stack asist guide motor
Intermediate roller open close motor
Rear stopper motor
6 7
CN29-2 CN29-1
CN750-A CN751-A
CN750-B CN751-B
CN29-2 CN29-1
CN201-6 CN201-5 CN201-4 CN201-3 CN201-2 CN201-1
CN201-7
CN201-8
CN208-1
CN208-2
CN70-2 5V CN70-3 5V CN70-4 F.GND CN70-5 P.GND CN70-6 P.GND CN70-7 S.GND CN70-8 S.GND
CN70-1 24V
CN56-A 3 M13_24V CN56-A 4 M13_24V CN56-A 5 M13_DRV_A CN56-A 6 M13_DRV_A/ CN56-A 7 M13_DRV_B CN56-A 8 M13_DRV_B/ CN56-A 9 NC CN56-A10 NC CN56-A11 NC CN56-B 1 M23_24V CN56-B 2 M23_24V CN56-B 3 M23_P.GND CN56-B 4 M23_P.GND CN56-B 5 M23_H/L CN56-B 6 M23_LD_SIG CN56-B 7 M23_F/R CN56-B 8 M23_CLK CN56-B 9 M23_CONT CN56-B10 M23_S.GND CN56-B11 M23_5V
CN56-A 2 SD7_DRV
CN56-A 1 SD7_24V
CN57-B20 M 4_DRV
CN57-B19 M 4_24V
CN57-B13 M11_24V CN57-B14 M11_24V CN57-B15 M11_DRV_A CN57-B16 M11_DRV_A/ CN57-B17 M11_DRV_B CN57-B18 M11_DRV_B/
CN64- 1 NC CN64- 2 NC CN64- 3 NC CN64- 4 NC CN64- 5 NC CN64- 6 NC CN64- 7 M1_CLK CN64- 8 M7_CLK CN64- 9 NC CN64-10 NC CN64-11 M3_CLK CN64-12 M23_CLK CN64-13 M22_CLK CN64-14 M5_CLK CN64-15 NC CN64-16 NC CN64-17 NC CN64-18 M13_CLK
CN62- 1 M8_A CN62- 2 M8_A/ CN62- 3 M8_B CN62- 4 M8_B/ CN62- 5 M24_A CN62- 6 M24_A/ CN62- 7 M24_B CN62- 8 M24_B/ CN62- 9 M26_A CN62-10 M26_A/ CN62-11 M26_B CN62-12 M26_B/ CN62-13 M11_A CN62-14 M11_A/ CN62-15 M11_B CN62-16 M11_B/
CN66-1 M13_VREF CN66-2 NC
CN65-1 STP_HP_SIG CN65-2 PS8_SIG CN65-3 PS31_SIG
CN71-1 5V CN71-2 LED5 CN71-3 LED6 CN71-4 LED7 CN71-5 LED8 CN71-6 NC
CN55-13 PS12_S.GND CN55-14 PS12_SIG CN55-15 PS12_5V
CN217-1 CN217-2 CN217-3
CN217-3 CN217-2 CN217-1
CN14-18 CN14-17 CN14-16 CN14-15 CN14-14 CN14-13 CN14-12 CN14-11 CN14-10 CN14- 9 CN14- 8 CN14- 7 CN14- 6 CN14- 5 CN14- 4 CN14- 3 CN14- 2 CN14- 1
CN3-16 CN3-15 CN3-14 CN3-13 CN3-12 CN3-11 CN3-10 CN3- 9 CN3- 8 CN3- 7 CN3- 6 CN3- 5 CN3- 4 CN3- 3 CN3- 2 CN3- 1
CN10- 3 CN10- 2 CN10- 1
CN20-2 5V
CN20-1 5V
CN370-6 5V CN370-5 LED5 CN370-4 LED6 CN370-3 LED7 CN370-2 LED8 CN370-1 NC
CN16-7 PAPEROUT_1
CN16-1 SYS_SIN CN16-2 S.GND CN16-3 SYS_RTS CN16-4 SYS_SOUT CN16-5 S.GND CN16-6 SYS_CTS
CN19-1 NC CN19-2 NC CN19-3 FNS2_SIN CN19-4 FNS2_RTS
CN20-4 S.GND
CN20-3 S.GND
CN214-1 CN214-2 CN214-3
CN214-3 CN214-2 CN214-1
CN213-3 CN213-2 CN213-1
CN213-1 CN213-2 CN213-3
CN213-3 CN213-2 CN213-1
PS3
PS15 Counter reset sensor PS4
tray paper exit PS10 Main sensor
CN115-3 CN115-2 CN115-1 CN111-3 CN111-2 CN111-1
CN113-3 CN113-2 CN113-1
tray paper full PS30 Sub sensor
CN116-3 CN116-2 CN116-1
CN750-A
CN751-B
CN750-A
CN750-B
CN750-B
CN751-A
CN750-B
CN750-A
CN752-5 5V
CN752-4 5V
CN752-3 S.GND
CN752-2 S.GND
CN752-1
CN756-1 MTXD CN756-2 S.GND CN756-3 MCTS CN756-4 MRXD CN756-5 S.GND CN756-6 MRTS
CN757-2 SIN CN757-1 RTS
Jam indication board
exit opening PS12 Paper sensor
CN114-3 CN114-2 CN114-1
JAMIB
PS5
CN112-3 CN112-2 CN112-1
Stacker entrance sensor
PS1
CN108-3 CN108-2 CN108-1
Sub tray paper exit sensor
FNS entrance sensor
Tray lower limit sensor
Staple exit upper limit sensor
PS7 CN110-3 CN110-2 CN110-1
Tray upper limit sensor
PS2 CN144-3 CN144-2 CN144-1
1
2
CN755-6
CN201-2 -1
CN201-3 CN201-4 CN201-5 CN201-6 CN201-7 CN201-8
CN201-1
CN208-8
-2
CN210-1
CN208-8 CN208-7 CN208-6 CN208-5 CN208-4 CN208-3
CN57-B 7 M 2_24V CN57-B 8 M 2_24V CN57-B 9 M 2_DRV_B/ CN57-B10 M 2_DRV_A/ CN57-B11 M 2_DRV_B CN57-B12 M 2_DRV_A
CN55-10 PS 5_S.GND CN55-11 PS 5_SIG CN55-12 PS 5_5V
CN212-4 CN212-5 CN212-6
CN212-3 CN212-2 CN212-1
CN109-3 CN109-2 CN109-1
1
CN751-A CN751-B
CN208-1 CN208-2 CN208-3 CN208-4 CN208-5 CN208-6 -6 -5 -4 -3 -2 -1
CN203-B6 CN203-B5 CN203-B4 CN203-B3 CN203-B2 CN203-B1
CN57-B 1 M26_24V CN57-B 2 M26_24V CN57-B 3 M26_DRV_A CN57-B 4 M26_DRV_A/ CN57-B 5 M26_DRV_B CN57-B 6 M26_DRV_B/
CN55- 7 PS30_S.GND CN55- 8 PS30_SIG CN55- 9 PS30_5V
CN55- 4 PS 1_S.GND CN55- 5 PS 1_SIG CN55- 6 PS 1_5V
CN55- 1 PS10_S.GND CN55- 2 PS10_SIG CN55- 3 PS10_5V
CN54-13 PS12_S.GND CN54-14 PS12_SIG CN54-15 PS12_5V
CN212-1 CN212-2 CN212-3 CN212-6 CN212-5 CN212-4
Paper exit opening solenoid
SD9
3
CN755-4 CN755-5
MS1
CN203-B13 CN203-B14 CN203-B15 CN203-B16 CN203-B17 CN203-B18
-6 -5 -4 -3 -2 -1
CN203-B12 CN203-B11 CN203-B10 CN203-B9 CN203-B8 CN203-B7
CN57-A20 M25_24V
CN57-A19 M25_DRV
CN57-A13 M24_24V CN57-A14 M24_24V CN57-A15 M24_DRV_A CN57-A16 M24_DRV_A/ CN57-A17 M24_DRV_B CN57-A18 M24_DRV_B/
CN57-A 7 M 5_24V CN57-A 8 M 5_24V CN57-A 9 M 5_DRV_A CN57-A10 M 5_DRV_A/ CN57-A11 M 5_DRV_B CN57-A12 M 5_DRV_B/
CN54-10 PS10_S.GND CN54-11 PS10_SIG CN54-12 PS10_5V
CN54- 7 PS 3_S.GND CN54- 8 PS 3_SIG CN54- 9 PS 3_5V
CN54- 4 PS 7_S.GND CN54- 5 PS 7_SIG CN54- 6 PS 7_5V
CN54- 1 PS 2_S.GND CN54- 2 PS 2_SIG CN54- 3 PS 2_5V
CN107-1 CN107-2
-2 -1
Sub tray exit motor
M6
3
CN755-2 CN755-3
Door switch
CN203-B7 CN203-B8 CN203-B9 CN203-B10 CN203-B11 CN203-B12
-6 -5 -4 -3 -2 -1
CN203-B13
CN203-B14
CN203-A6 CN203-A5 CN203-A4 CN203-A3 CN203-A2 CN203-A1
CN203-A12 CN203-A12 CN203-A10 CN203-A9 CN203-A8 CN203-A7
CN57-A 1 M22_24V CN57-A 2 M22_24V CN57-A 3 M22_DRV_A CN57-A 4 M22_DRV_A/ CN57-A 5 M22_DRV_B CN57-A 6 M22_DRV_B/
CN58-B13 PS31_S.GND CN58-B14 PS31_SIG CN58-B15 PS31_5V
CN53-7 SD9_24V CN53-8 SD9_DRV
CN106-1 CN106-2 CN106-3 CN106-4 CN106-5 CN106-6 -6 -5 -4 -3 -2 -1
Paper exit opening motor
M8
Main tray exit motor
Tray up down motor
6
CN755-1
CN203-B6
-1
CN208-7
CN203-B5
-2
CN210-2
CN203-A13 CN203-A14 CN203-A15 CN203-A16 CN203-A17 CN203-A18 -6 -5 -4 -3 -2 -1
CN203-A7 CN203-A8 CN203-A9 CN203-A10 CN203-A11 CN203-A12
CN203-A18 CN203-A17 CN203-A16 CN203-A15 CN203-A14 CN203-A13
CN200-B3 CN200-B2 CN200-B1
CN58-B10 PS 9_S.GND CN58-B11 PS 9_SIG CN58-B12 PS 9_5V
CN53-1 M6_24V CN53-2 M6_24V CN53-3 M6_DRV_A CN53-4 M6_DRV_A/ CN53-5 M6_DRV_B CN53-6 M6_DRV_B/
CN103-1 CN103-2 CN103-3 CN103-4 CN103-5 CN103-6
-6 -5 -4 -3 -2 -1
4
M23
CN200-B10 CN200-B11 CN200-B12
CN216-3 CN216-2 CN216-1
CN200-B6 CN200-B5 CN200-B4
CN58-B 7 PS20_S.GND CN58-B 8 PS20_SIG CN58-B 9 PS20_5V
CN58-B 4 PS 8_S.GND CN58-B 5 PS 8_SIG CN58-B 6 PS 5_5V
CN52-B 3 M8_24V CN52-B 4 M8_24V CN52-B 5 M8_DRV_A CN52-B 6 M8_DRV_A/ CN52-B 7 M8_DRV_B CN52-B 8 M8_DRV_B/ CN52-B 9 NC
M7
CN102-11 CN102-10 CN102-9 CN102-8 CN102-7 CN102-6 CN102-5 CN102-4 CN102-3 CN102-2 CN102-1
3
Paper exit arm motor
CN200-B7 CN200-B8 CN200-B9
CN216-6 CN216-5 CN216-4
CN200-B9 CN200-B8 CN200-B7
CN200-B12 CN200-B11 CN200-B10
CN58-B 1 PS34_S.GND CN58-B 1 PS34_SIG CN58-B 1 PS34_5V
CN58-A13 PS35_S.GND CN58-A14 PS35_SIG CN58-A15 PS35_5V
CN58-A10 PS33_S.GND CN58-A11 PS33_SIG CN58-A12 PS33_5V
CN52-A 1 M7_24V CN52-A 2 M7_24V CN52-A 3 M7_P.GND CN52-A 4 M7_P.GND CN52-A 5 M7_H/L CN52-A 6 M7_LD_SIG CN52-A 7 M7_F/R CN52-A 8 M7_CLK CN52-A 9 M7_CONT CN52-B 1 M7_S.GND CN52-B 2 M7_5V
2
CN143-11 CN143-10 CN143-9 CN143-8 CN143-7 CN143-6 CN143-5 CN143-4 CN143-3 CN143-2 CN143-1
CN200-B4 CN200-B5 CN200-B6
CN206-3 CN206-2 CN206-1
CN203-A1 CN203-A2 CN203-A3 CN203-A4 CN203-A5 CN203-A6
CN200-B1 CN200-B2 CN200-B3
CN206-6 CN206-5 CN206-4
CN200-A6 CN200-A5 CN200-A4
CN200-A9 CN200-A8 CN200-A7
CN58-A 4 PS14_S.GND CN58-A 5 PS14_SIG CN58-A 6 PS14_5V CN58-A 7 PS32_S.GND CN58-A 8 PS32_SIG CN58-A 9 PS32_5V
M3
Bypass solenoid CN145-11 CN145-10 CN145-9 CN145-8 CN145-7 CN145-6 CN145-5 CN145-4 CN145-4 CN145-2 CN145-1
Gate solenoid
SD5
Conveyance motor
SD2
1
M13
CN140-2
CN142-3 CN142-9 CN142-1 CN142-5 CN142-7 CN142-11
CN210-2
-1
CN140-1
CN210-1
-2 CN141-2
CN216-4 CN216-5 CN216-6
CN216-1 CN216-2 CN216-3
CN141-1
CN135-1 CN135-2 CN135-3 CN135-4 CN135-5 CN135-6
CN146-1 CN146-2 CN146-3 CN146-4 CN146-5 CN146-6
CN139-1 CN139-2 CN139-3 CN139-4 CN139-5 CN139-6
CN138-2
CN138-1
CN137-1 CN137-2 CN137-3 CN137-4 CN137-5 CN137-6
CN126-3 CN126-2 CN126-1
CN206-4 CN206-5 CN206-6
CN206-1 CN206-2 CN206-3
CN200-A7 CN200-A8 CN200-A9
CN200-A4 CN200-A5 CN200-A6
CN209-3 CN209-2 CN209-1 CN200-A12 CN200-A11 CN200-A10
CN105-1 CN105-2
-2 -1
M1
5
Stacker entrance motor
SD7
CN134-3 CN134-9 CN134-1 CN134-5 CN134-7 CN134-11
PS9
Alignment home sensor/Fr
Intermediate roller release solenoid
CN136-3 CN136-9 CN136-1 CN136-5 CN136-7 CN136-11
PS20
Stacker empty sensor Paper exit arm home sensor
M4
CN125-3 CN125-2 CN125-1
PS8
Alignment home sensor/Rr
Stapler rotation motor
CN129-3 CN129-2 CN129-1
PS34
Staple scraps box set sensor
M11
CN130-3 CN130-2 CN130-1
PS35
Rear stopper home sensor
CN209-4 CN209-5 CN209-6 CN200-A1 CN200-A2 CN200-A3
CN58-A 1 PS11_S.GND CN58-A 2 PS11_SIG CN58-A 3 PS11_5V
CN51-B 3 M3_24V CN51-B 4 M3_24V CN51-B 5 M3_P.GND CN51-B 6 M3_P.GND CN51-B 7 M3_H/L CN51-B 8 M3_LD_SIG CN51-B 9 M3_F/R CN51-B10 M3_CLK CN51-B11 M3_CONT2 CN51-B12 M3_S.GND CN51-B13 M3_5V
C
Stapler movement motor
CN133-3 CN133-2 CN133-1
PS33
Intermediate roller home sensor
CN211-3 CN211-2 CN211-1
CN209-6 CN209-5 CN209-4
CN59- 8 F_5V CN59- 9 F_HP_SIG CN59-10 F_S.GND CN59-11 F_LS_SIG CN59-12 F_CD_SIG CN59-13 F_READY_SIG CN59-14 F_S.GND
CN104-1 CN104-2
-2 -1
CN100-11 CN100-10 CN100-9 CN100-8 CN100-7 CN100-6 CN100-5 CN100-4 CN100-3 CN100-2 CN100-1
4
M2
CN132-3 CN132-2 CN132-1
PS32
Stack asist home sensor
CN211-1 CN211-2 CN211-3
CN209-1 CN209-2 CN209-3
CN204-7 CN204-6 CN204-5 CN204-4 CN204-3 CN204-2 CN204-1
CN51-B 1 SD5_24V CN51-B 2 SD5_DRV
CN51-A12 SD2_24V CN51-A13 SD2_DRV
CN51-A 1 M1_24V CN51-A 2 M1_24V CN51-A 3 M1_P.GND CN51-A 4 M1_P.GND CN51-A 5 M1_H/L CN51-A 6 M1_LD_SIG CN51-A 7 M1_F/R CN51-A 8 M1_CLK CN51-A 9 M1_CONT CN51-A10 M1_S.GND CN51-A11 M1_5V
3
Paddle motor
CN131-3 CN131-2 CN131-1
CN204-8 CN204-9 CN204-10 CN204-11 CN204-12 CN204-13 CN204-14
CN60-3 F_DRV1 CN60-4 F_DRV2
CN59- 1 R_5V CN59- 2 R_HP_SIG CN59- 3 R_S.GND CN59- 4 R_LS_SIG CN59- 5 R_CD_SIG CN59- 6 R_READY_SIG CN59- 7 R_S.GND
CN60-1 R_DRV1 CN60-2 R_DRV2
2
CN117-3 CN117-2 CN117-1
CN128-3 CN128-2 CN128-1
PS14
Stapler rotation home sensor
CN127-3 CN127-2 CN127-1
PS11
Stapler movement home sensor
CN124-1 CN124-2 CN124-3 CN124-4 CN124-5 CN124-6 CN124-7
CN205-3 CN205-4
CN204-14 CN204-13 CN204-12 CN204-11 CN204-10 CN204-9 CN204-8
E
CN205-3 CN205-4
F CN205-1 CN205-2
D
CN204-1 CN204-2 CN204-3 CN204-4 CN204-5 CN204-6 CN204-7
B
CN123-1 CN123-2
G CN205-1 CN205-2
A
CN122-1 CN122-2 CN122-3 CN122-4 CN122-5 CN122-6 CN122-7
1
Stapler unit/Fr
Stapler unit/Rr
H CN121-1 CN121-2
18.9 FS-503
7 8 Symbol
FNSDB
1 3 4
4
2
8
9 A
Connector Faston Crimp Relay connector
B
FNSCB
C
CN61-A 1 M1_H/L CN61-A 2 M1_F/R CN61-A 3 M1_CONT CN61-A 4 M7_H/L CN61-A 5 M7_F/R CN61-A 6 M7_CONT CN61-A 7 LED5 CN61-A 8 M3_F/R CN61-A 9 M3_CONT CN61-A10 M6_A CN61-A11 M6_A/ CN61-A12 M6_B CN61-A13 SD2_CONT CN61-A14 SD5_CONT CN61-A15 M6_B/ CN61-A16 SD9_CONT CN61-A17 STA_R_CONT CN61-A18 STA_R_F/R CN61-A19 STA_F_CONT CN61-A20 STA_F_F/R CN61-B 1 M4_CONT CN61-B 2 SD7_CONT CN61-B 3 M25_CONT CN61-B 4 M23_H/L CN61-B 5 M23_F/R CN61-B 6 M23_CONT CN61-B 7 LED8 CN61-B 8 M2_A CN61-B 9 M2_A/ CN61-B10 M2_B CN61-B11 M2_B/ CN61-B12 LED7 CN61-B13 M13_EN CN61-B14 LED6 CN61-B15 M22_F/R CN61-B16 M22_EN CN61-B17 M22_VREF CN61-B18 M5_F/R CN61-B19 M5_EN CN61-B20 M5_VREF CN 2-A20 CN 2-A19 CN 2-A18 CN 2-A17 CN 2-A16 CN 2-A15 CN 2-A14 CN 2-A13 CN 2-A12 CN 2-A11 CN 2-A10 CN 2-A 9 CN 2-A 8 CN 2-A 7 CN 2-A 6 CN 2-A 5 CN 2-A 4 CN 2-A 3 CN 2-A 2 CN 2-A 1 CN 2-B20 CN 2-B19 CN 2-B18 CN 2-B17 CN 2-B16 CN 2-B15 CN 2-B14 CN 2-B13 CN 2-B12 CN 2-B11 CN 2-B10 CN 2-B 9 CN 2-B 8 CN 2-B 7 CN 2-B 6 CN 2-B 5 CN 2-B 4 CN 2-B 3 CN 2-B 2 CN 2-B 1
CN63-A 1 PS2_SIG CN63-A 2 PS7_SIG CN63-A 3 PS3_SIG CN63-A 4 PS10_SIG CN63-A 5 PS12_SIG CN63-A 6 PS15_SIG CN63-A 7 PS4_SIG CN63-A 8 PS5_SIG CN63-A 9 PS1_SIG CN63-A10 PS30_SIG CN63-A11 PS34_SIG CN63-A12 PS11_SIG CN63-A13 PS14_SIG CN63-A14 PS32_SIG CN63-A15 PS33_SIG CN63-A16 PS35_SIG CN63-B 1 24VDEC CN63-B 2 PS9_SIG CN63-B 3 PS20_SIG CN63-B 4 NC CN63-B 5 R_HP_SIG CN63-B 6 R_LS_SIG CN63-B 7 R_CD_SIG CN63-B 8 R_READY_SIG CN63-B 9 F_HP_SIG CN63-B10 F_LS_SIG CN63-B11 F_CD_SIG CN63-B12 F_READY_SIG CN63-B13 M1_LD_SIG CN63-B14 M7_LD_SIG CN63-B15 M3_LD_SIG CN63-B16 M23_LD_SIG CN 1-A16 CN 1-A15 CN 1-A14 CN 1-A13 CN 1-A12 CN 1-A11 CN 1-A10 CN 1-A 9 CN 1-A 8 CN 1-A 7 CN 1-A 6 CN 1-A 5 CN 1-A 4 CN 1-A 3 CN 1-A 2 CN 1-A 1 CN 1-B16 CN 1-B15 CN 1-B14 CN 1-B13 CN 1-B12 CN 1-B11 CN 1-B10 CN 1-B 9 CN 1-B 8 CN 1-B 7 CN 1-B 6 CN 1-B 5 CN 1-B 4 CN 1-B 3 CN 1-B 2 CN 1-B 1
D
E
F
G
H
I
9
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006 18. OVERALL WIRING DIAGRAM
bizhub PRO 1050/1050P /1050e/1050eP
18. OVERALL WIRING DIAGRAM
Field Service Ver3.0 Nov.2006
FS-503 location list Symbol
Part name
Location
Symbol
Part name
Location
FNSCB
FNS control board
6-B
PS8
Alignment home sensor /Rr
3-H
FNSDB
FNS drive board
1-C
PS9
Paper exit arm home sensor
4-H
JAMIB
Jam indication board
6-A
PS10
Main tray paper exit sensor
5-A
M1
Conveyance motor
1-A
PS11
Stapler movement home sensor
2-H
M2
Paddle motor
6-H
PS12
Paper exit opening sensor
5-A
M3
Tray up down motor
2-A
PS14
Stapler rotation home sensor
3-H
M4
Stapler rotation motor
6-H
PS15
Counter reset sensor
4-A
M5
Alignment motor /Rr
4-H
PS20
Stacker empty sensor
4-H
M6
Sub tray exit motor
3-B
PS30
Sub tray paper full sensor
5-A
M7
Main tray exit motor
3-A
PS31
Alignment home sensor /Fr
4-H
M8
Paper exit opening motor
3-B
PS32
Stack assist home sensor
3-H
M11
Stapler movement motor
6-H
PS33
Intermediate roller home sensor
3-H
M13
Stacker entrance motor
6-H
PS34
Staple scraps box set sensor
3-H
M30
Stapler motor /Rr
Inside the stapler unit /Rr
PS35
Rear stopper home sensor
3-H
M31
Stapler motor /Fr
Inside the stapler unit /Fr
PS40
Stapler home sensor /Rr
Inside the stapler unit /Rr
M22
Alignment motor /Fr
4-H
PS41
Stapler home sensor /Fr
Inside the stapler unit /Fr
M23
Paper exit arm motor
7-H
PS42
Cartridge set sensor /Rr
Inside the stapler unit /Rr
M24
Stack assist guide motor
5-H
PS43
Cartridge set sensor /Fr
Inside the stapler unit /Fr
M25
Intermediate roller open close motor
5-H
PS44
Staple empty sensor /Rr
Inside the stapler unit /Rr
M26
Rear stopper motor
5-H
PS45
Staple empty sensor /Fr
Inside the stapler unit /Fr
MS1
Door switch
7-H
PS46
Stapler ready sensor /Rr
Inside the stapler unit /Rr
PS1
Sub tray paper exit sensor
5-A
PS47
Stapler ready sensor /Fr
Inside the stapler unit /Fr
PS2
Tray upper limit sensor
4-A
SD2
Gate solenoid
2-B
PS3
Tray lower limit sensor
4-A
SD5
Bypass solenoid
2-B
PS4
FNS entrance sensor
5-A
SD7
Intermediate roller release solenoid
6-H
PS5
Stacker entrance sensor
5-A
SD9
Paper exit opening solenoid
4-B
PS7
Staple exit upper limit sensor
4-A
STB
Stapler board
1 2
H
3 4 5 6 7 8
CN110-18 M6_CLK CN110-17 M7_CLK CN110-16 M9_CLK CN110-15 M10_CLK CN110-14 M22_CLK CN110-13 M12_CLK CN110-12 M1_CLK CN110-11 M2_CLK CN110-10 M3_CLK CN110- 9 M4_CLK CN110- 8 M5_CLK CN110- 7 M8_CLK CN110- 6 (PULLUP) CN110- 5 (PULLUP) CN110- 4 (PULLUP) CN110- 3 (PULLUP) CN110- 2 M17_CLK CN110- 1 (PULLUP)
CN127-B 3 (PULLUP) CN127-B 2 PS6_SIG CN127-B 1 (PULLUP)
I 29
9
CN145-B16 SG CN145-B17 PS46_SIG CN145-B18 5V
CN145-B13 SG CN145-B14 PS 8_SIG CN145-B15 5V
J39- 1 J39- 2 J39- 3 J39- 4 J39- 5 J39- 6 J39- 7 J39- 8 J39- 9 J39- 10 J39- 11 J23-A 1 J23-A 2 J23-A 3 J23-A 4 J23-A 5 J23-A 6 J23-A 7 J23-A 8 J23-A 9 J23-A10 J23-A11 J23-B 1 J23-B 2 J23-B 4 J23-B 4 J23-B 5 J23-B 6 J23-B 7 J23-B 8 J23-B 9 J23-B10 J23-B11 J25- 1 J25- 2 J25- 3 J25- 4 J25- 5 J25- 6 J25- 7 J25- 8 J24J24J24J24J24J24-
J24- 7 J24- 8 J24- 9 J24- 10 J24- 11 J24- 12 J22-A 1 J22-A 2 J22-A 3 J22-A 4 J22-A 5 J22-A 6 J22-A 7 J22-A 8 J22-A 9 J22-A10 J22-A11 J22-A12 J22-A13 J22-A14 J22-A15
J39- 11 J39- 10 J39- 9 J39- 8 J39- 7 J39- 6 J39- 5 J39- 4 J39- 3 J39- 2 J39- 1 J23-A11 J23-A10 J23-A 9 J23-A 8 J23-A 7 J23-A 6 J23-A 5 J23-A 4 J23-A 3 J23-A 2 J23-A 1 J23-B11 J23-B10 J23-B 9 J23-B 8 J23-B 7 J23-B 6 J23-B 5 J23-B 4 J23-B 3 J23-B 2 J23-B 1 J25- 1 J25- 2 J25- 3 J25- 4 J25- 5 J25- 6 J25- 7 J25- 8 J24- 12 J24- 11 J24- 10 J24- 9 J24- 8 J24- 7 J24- 6 J24- 5 J24- 4 J24- 3 J24- 2 J24- 1 J22-A18 J22-A17 J22-A16 J22-A15 J22-A14 J22-A13 J22-A12 J22-A11 J22-A10 J22-A 9 J22-A 8 J22-A 7 J22-A 6 J22-A 5 J22-A 4
J22-B10 J22-B11 J22-B12
J22-B16 J22-B17 J22-B18 J22-B 3 J22-B 2 J22-B 1
J22-B 7 J22-B 8 J22-B 9 J22-B12 J22-B11 J22-B10
J22-B13 J22-B14 J22-B15
J22-B 4 J22-B 5 J22-B 6 J22-B15 J22-B14 J22-B13
J22-B 6 J22-B 5 J22-B 4
J22-B 1 J22-B 2 J22-B 3
J22-B 9 J22-B 8 J22-B 7
J22-A16 J22-A17 J22-A18 J22-A 3 J22-A 2 J22-A 1 J22-B18 J22-B17 J22-B16
J12- 3 J12- 2 J12- 1
J14- 3 J14- 2 J14- 1
J14- 6 J14- 5 J14- 4
J14- 9 J14- 8 J14- 7
J15- 3 J15- 2 J15- 1
J15- 6 J15- 5 J15- 4
J21- 3 J21- 2 J21- 1
J21- 6 J21- 5 J21- 4
J11- 3 J11- 2 J11- 1
J11- 6 J11- 5 J11- 4
J12- 1 J12- 2 J12- 3
J14- 7 J14- 8 J14- 9
J14- 4 J14- 5 J14- 6
J14- 1 J14- 2 J14- 3
J15- 4 J15- 5 J15- 6
J15- 1 J15- 2 J15- 3
J21- 4 J21- 5 J21- 6
J21- 1 J21- 2 J21- 3
J11- 4 J11- 5 J11- 6
J11- 1 J11- 2 J11- 3
CN213- 6 CN213- 5 CN213- 4 CN213- 3 CN213- 2 CN213- 1
CN224- 2 CN224- 1
CN234- 2 CN234- 1
PS2 PS10 PS11 PS12 PS3 SD3 SD4
CN237- 3 S.GND CN237- 2 SIG CN237- 1 5V CN245- 3 S.GND CN245- 2 SIG CN245- 1 5V
CN246- 3 S.GND CN246- 2 SIG CN246- 1 5V CN247- 3 S.GND CN247- 2 SIG CN247- 1 5V CN238- 3 S.GND CN238- 2 SIG CN238- 1 5V CN230- 1 24V CN230- 2 DRV CN231- 1 24V CN231- 2 DRV
M4
M7
SD7 M25 M18 M19 M14 PS19 PS60 PS21 PS20 PS22 PS23 PS7 PS56 PS18 PS44 PS49 PS24 PS8 PS46
CN234- 1 24V CN234- 2 DRV CN224- 1 DRV1 CN224- 2 DRV2 CN217- 1 DRV1 CN217- 2 DRV2 CN218- 1 DRV1 CN218- 2 DRV2 CN213- 1 COM CN213- 2 COM CN213- 3 A CN213- 4 A/ CN213- 5 B CN213- 6 B/ CN254- 3 S.GND CN254- 2 SIG CN254- 1 5V CN254- 3 S.GND CN254- 2 SIG CN254- 1 5V CN256- 3 S.GND CN256- 2 SIG CN256- 1 5V CN255- 3 S.GND CN255- 2 SIG CN255- 1 5V CN256- 3 S.GND CN256- 2 SIG CN256- 1 5V CN255- 3 S.GND CN255- 2 SIG CN255- 1 5V CN242- 3 S.GND CN242- 2 SIG CN242- 1 5V CN292- 3 S.GND CN292- 2 SIG CN292- 1 5V CN253- 3 S.GND CN253- 2 SIG CN253- 1 5V CN279- 3 S.GND CN279- 2 SIG CN279- 1 5V CN285- 3 S.GND CN285- 2 SIG CN285- 1 5V CN259- 3 S.GND CN259- 2 SIG CN259- 1 5V CN243- 3 S.GND CN243- 2 SIG CN243- 1 5V CN282- 3 S.GND CN282- 2 SIG CN282- 1 5V
M8
CN207-11 24V CN207-10 24V CN207- 9 P.GND CN207- 8 P.GND CN207- 7 H/L CN207- 6 LD CN207- 5 CW/CCW CN207- 4 CLOCK CN207- 3 START/STOP CN207- 2 S.GND CN207- 1 5V
M3
CN202-11 24V CN202-10 24V CN202- 9 P.GND CN202- 8 P.GND CN202- 7 H/L CN202- 6 LD CN202- 5 CW/CCW CN202- 4 CLOCK CN202- 3 START/STOP CN202- 2 S.GND CN202- 1 5V
CN203-11 24V CN203-10 24V CN203- 9 P.GND CN203- 8 P.GND CN203- 7 H/L CN203- 6 LD CN203- 5 CW/CCW CN203- 4 CLOCK CN203- 3 START/STOP CN203- 2 S.GND CN203- 1 5V
CN206- 3 COM CN206- 2 NC CN206- 9 COM CN206- 4 NC CN206- 1 A CN206- 6 NC CN206- 5 A/ CN206- 8 NC CN206- 7 B CN206-10 NC CN206-11 B/
Guide shaft home sensor
Folding passage sensor
Folding exit home sensor
Folding main scan alignment home sensor/Fr2
Folding sensor/2
Folding main scan alignment home sensor/Fr1
Folding sub scan alignment home sensor
Folding sensor/1
2nd folding blade home sensor/2
2nd folding blade home sensor/1
1st folding blade home sensor/1
1st folding blade home sensor/2
Folding entrance sensor
Folding main scan alignment home sensor/Rr
Folding main scan alignment motor/Rr
2nd folding blade motor
1st folding blade motor
Guide shaft motor
Roller release solenoid/3
Folding sub scan alignment exit motor
Folding entrance motor
Folding conveyance motor
Folding main scan alignment motor/Fr
Horizontal conveyance motor
Roller release solenoid/4
Horizontal conveyance gate solenoid
Horizontal conveyance sensor/2
Subtray paper full sensor
Subtray exit sensor
Tri-folding paper full sensor
Horizontal conveyance sensor/1
Tri-folding exit cluch
Tri-folding exit sensor
Front door sensor/Lt
Front door sensor/Rt
8
CN145-B10 SG CN145-B11 PS24_SIG CN145-B12 5V
CN145-B 7 SG CN145-B 8 PS49_SIG CN145-B 9 5V
CN145-B 4 SG CN145-B 5 PS44_SIG CN145-B 6 5V
CN145-B 1 SG CN145-B 2 PS18_SIG CN145-B 3 5V
CN145-A16 SG CN145-A17 PS56_SIG CN145-A18 5V
CN145-A13 SG CN145-A14 PS 7_SIG CN145-A15 5V
CN145-A10 SG CN145-A11 PS23_SIG CN145-A12 5V
CN145-A 7 SG CN145-A 8 PS22_SIG CN145-A 9 5V
J16- 6
J16- 1
CL1
CN280- 1 24V CN280- 2 DRV
M2
PS9
CN244- 3 S.GND CN244- 2 SIG CN244- 1 5V
CN201-11 24V CN201-10 24V CN201- 9 P.GND CN201- 8 P.GND CN201- 7 H/L CN201- 6 LD CN201- 5 CW/CCW CN201- 4 CLOCK CN201- 3 START/STOP CN201- 2 S.GND CN201- 1 5V
PS43
CN278- 3 S.GND CN278- 2 SIG CN278- 1 5V
CN277- 1 5V
Right angle conveyance motor
7
CN145-A 4 SG CN145-A 5 PS20_SIG CN145-A 6 5V
J16- 5
J16- 2
1 2 3 4 5 6
J16- 4
J16- 3
E
CN145-A 1 SG CN145-A 2 PS21_SIG CN145-A 3 5V
CN157- 10 SG CN157- 11 PS60_SIG CN157- 12 5V
CN157- 7 SG CN157- 8 PS19_SIG CN157- 9 5V
CN157- 1 24V CN157- 2 24V CN157- 3 M14_DRV_A CN157- 4 M14_DRV_A/ CN157- 5 M14_DRV_B CN157- 6 M14_DRV_B/
CN147- 7 M19_DRV_1 CN147- 8 M19_DRV_2
CN147- 5 M18_DRV_1 CN147- 6 M18_DRV_2
J16- 3
J16- 4
M6
Folding unit lock solenoid
6
CN127-A15 NC CN127-A14 NC CN127-A13 NC CN127-A12 PS42_SIG CN127-A11 PS43_SIG CN127-A10 PS54_SIG CN127-A 9 PS55_SIG CN127-A 8 PS56_SIG CN127-A 7 PS57_SIG CN127-A 6 PS58_SIG CN127-A 5 KCIN_72 CN127-A 4 M31_STOP CN127-A 3 M32_STOP CN127-A 2 KCIN_75 CN127-A 1 KCIN_76 CN127-B15 KCIN_77 CN127-B14 NC CN127-B13 NC CN127-B12 NC CN127-B11 NC CN127-B10 NC CN127-B 9 NC CN127-B 8 NC CN127-B 7 NC CN127-B 6 NC CN127-B 5 NC CN127-B 4 NC
CN147- 1 SD7_DRV1 CN147- 2 SD7_DRV2
J16- 2
J16- 5
CN231- 2 CN231- 1
CN230- 2 CN230- 1
SD8
CN235- 1 DRV1 CN235- 2 DRV2 CN205- 2 COM CN205- 5 COM CN205- 1 A CN205- 3 A/ CN205- 4 B CN205- 6 B/
Roller release solenoid/1
Roller release solenoid/2
Right angle conveyance sensor/2
Horizontal conveyance
CN147- 3 M25_DRV_1 CN147- 4 M25_DRV_2
J16- 1
J16- 6
J19-1 J19-2 J19-3 J20-1 J20-2 J20-3
J19-3 J19-2 J19-1 J20-3 J20-2 J20-1
CN280- 2 CN280- 1
SD5
CN232- 1 DRV1 CN232- 2 DRV2
PS42
SD6
CN233- 1 24V CN233- 2 DRV
CN277- 3 S.GND CN277- 2 SIG
PS6
CN241- 3 S.GND CN241- 2 SIG CN241- 1 5V
Entrance conveyance motor
Overlap motor
Overlap home sensor
Right angle conveyance sensor/1
5
CN146-B 1 24V CN146-B 2 24V CN146-B 3 P.GND CN146-B 4 P.GND CN146-B 5 M8_H/L CN146-B 6 M8_LD CN146-B 7 M8_F/R CN146-B 8 M8_CLK CN146-B 9 M8_S/S CN146-B10 S.GND CN146-B11 5V
CN146-A 1 24V CN146-A 2 24V CN146-A 3 P.GND CN146-A 4 P.GND CN146-A 5 M3_H/L CN146-A 6 M3_LD CN146-A 7 M3_F/R CN146-A 8 M3_CLK CN146-A 9 M3_S/S CN146-A10 S.GND CN146-A11 5V
CN142- 1 24V CN142- 2 24V CN142- 3 P.GND CN142- 4 P.GND CN142- 5 M4_H/L CN142- 6 M4_LD CN142- 7 M4_F/R CN142- 8 M4_CLK CN142- 9 M4_S/S CN142- 10 S.GND CN142- 11 5V
CN148- 6 M7_DRV_B/
CN148- 5 M7_DRV_B
CN148- 4 M7_DRV_A/
CN148- 3 M7_DRV_A
CN148- 2 24V
CN148- 1 24V
J8-4 J8-5
J8-2 J8-1
CN235- 2 CN235- 1
CN232- 2 CN232- 1
M13
CN212- 1 COM CN212- 2 COM CN212- 3 A CN212- 4 A/ CN212- 5 B CN212- 6 B/
Right angle conveyance gate solenoid Entrance sensor
4
CN126-A20 M9_ENA CN126-A19 M9_F/R CN126-A18 M9_CONT1 CN126-A17 M9_CONT2 CN126-A16 M10_ENA CN126-A15 M10_F/R CN126-A14 M10_CONT1 CN126-A13 M10_CONT2 CN126-A12 M22_ENA CN126-A11 M22_F/R CN126-A10 M22_CONT1 CN126-A 9 M22_CONT2 CN126-A 8 M12_ENA CN126-A 7 M12_F/R CN126-A 6 M12_CONT1 CN126-A 5 M12_CONT2 CN126-A 4 STA/R_CONT CN126-A 3 STA/L_CONT CN126-A 2 M26_CONT CN126-A 1 M26_F/R CN126-B20 TRI/M1_CONT CN126-B19 TRI/M1_F/R CN126-B18 TRI/M2_CONT CN126-B17 TRI/M2_F/R CN126-B16 M17_ENA CN126-B15 M17_F/R CN126-B14 M17_CONT1 CN126-B13 M17_CONT2 CN126-B12 M20_CONT CN126-B11 NC CN126-B10 M21_CONT CN126-B 9 NC CN126-B 8 M11_CONT CN126-B 7 M11_F/R CN126-B 6 M23_CONT CN126-B 5 M23_F/R CN126-B 4 M24_CONT CN126-B 3 M24_F/R CN126-B 2 M25_CONT CN126-B 1 NC
CN125-A16 PS13_SIG CN125-A15 PS14_SIG CN125-A14 PS15_SIG CN125-A13 PS16_SIG CN125-A12 PS25_SIG CN125-A11 PS26_SIG CN125-A10 PS27_SIG CN125-A 9 PS28_SIG CN125-A 8 PS29_SIG CN125-A 7 PS33_SIG CN125-A 6 PS30_SIG CN125-A 5 PS32_SIG CN125-A 4 PS31_SIG CN125-A 3 PS34_SIG CN125-A 2 PS35_SIG CN125-A 1 PS45_SIG CN125-B16 PS37_SIG CN125-B15 PS47_SIG CN125-B14 PS48_SIG CN125-B13 PS40_SIG CN125-B12 PS41_SIG CN125-B11 PS36_SIG CN125-B10 PS38_SIG CN125-B 9 PS39_SIG CN125-B 8 STA/R_LOW CN125-B 7 STA/L_LOW CN125-B 6 STA/R_HP CN125-B 5 STA/L_HP CN125-B 4 TRI_START CN125-B 3 TRI_END CN125-B 2 TRI_UP CN125-B 1 TRI_DOWN
CN144-B 5 24V CN144-B 6 24V CN144-B 7 P.GND CN144-B 8 P.GND CN144-B 9 M2_H/L CN144-B10 M2_LD CN144-B11 M2_F/R CN144-B12 M2_CLK CN144-B13 M2_S/S CN144-B14 S.GND CN144-B15 5V
CN144-B 3 24V CN144-B 4 SD4_DRV
CN144-B 1 24V CN144-B 2 SD3_DRV
CN144-A13 SG CN144-A14 PS 3_SIG CN144-A15 5V
CN144-A10 SG CN144-A11 PS12_SIG CN144-A12 5V
CN144-A 7 SG CN144-A 8 PS11_SIG CN144-A 9 5V
CN144-A 4 SG CN144-A 5 PS10_SIG CN144-A 6 5V
CN144-A 1 SG CN144-A 2 PS 2_SIG CN144-A 3 5V
J8-1 J8-2 J8-3
J5-1 J5-2 J5-3 J5-4 J5-5 J5-6
J5-6 J5-5 J5-4 J5-3 J5-2 J5-1
J8-5 J8-4 J8-3
J10-1 J10-2
J10-2 J10-1
CN233- 2 CN233- 1
PS17
CN252- 3 S.GND CN252- 2 SIG CN252- 1 5V
M1
PS5
CN240- 3 S.GND CN240- 2 SIG CN240- 1 5V
CN200-11 24V CN200-10 24V CN200- 9 P.GND CN200- 8 P.GND CN200- 7 H/L CN200- 6 LD CN200- 5 CW/CCW CN200- 4 CLOCK CN200- 3 START/STOP CN200- 2 S.GND CN200- 1 5V
PS1
CN236- 3 S.GND CN236- 2 SIG CN236- 1 5V
Entrance gate solenoid
3
CN122-B17 NC CN122-B16 LED1 CN122-B15 LED2 CN122-B14 LED3 CN122-B13 LED4 CN122-B12 LED5 CN122-B11 LED6 CN122-B10 LED7 CN122-B 9 LED8 CN122-B 8 SD8_CONT1 CN122-B 7 SD8_CONT2 CN122-B 6 TRI/M3_CONT CN122-B 5 TRI/M3_F/R CN122-B 4 Reserve output 1 CN122-B 3 Reserve output 2 CN122-B 2 Reserve output 3 CN122-B 1 Reserve output 4
CN122-A17 NC CN122-A16 M13_A CN122-A15 M13_A/ CN122-A14 M13_B CN122-A13 M13_B/ CN122-A12 M14_A CN122-A11 M14_A/ CN122-A10 M14_B CN122-A 9 M14_B/ CN122-A 8 M15_A CN122-A 7 M15_A/ CN122-A 6 M15_B CN122-A 5 M15_B/ CN122-A 4 M16_A CN122-A 3 M16_A/ CN122-A 2 M16_B CN122-A 1 M16_B/
SDDB 1/2 CN141- 10 24V CN141- 11 MC 1_DRV
CN141- 7 SG CN141- 8 PS 9_SIG CN141- 9 5V
J38-4 J38-5
J38-2 J38-1
J3-4 J3-5 J3-6
J38-1 J38-2 J38-3
J38-5 J38-4 J38-3
J3-3 J3-2 J3-1
J2-1 J2-2 J2-3 J2-4 J2-5 J2-6 J2-7 J2-8 J2-9 J2-10 J2-11
J2-11 J2-10 J2-9 J2-8 J2-7 J2-6 J2-5 J2-4 J2-3 J2-2 J2-1
CN212- 6 CN212- 5 CN212- 4 CN212- 3 CN212- 2 CN212- 1
SD2
CN229- 1 24V CN229- 2 DRV
2
CN141- 4 SG CN141- 5 PS43_SIG CN141- 6 5V
J6-4 J6-5 J6-6 J6-7 J6-8 J6-9
J6-6 J6-5 J6-4 J6-3 J6-2 J6-1
J3-1 J3-2 J3-3
J6-1 J6-2 J6-3
J6-9 J6-8 J6-7
J3-6 J3-5 J3-4
J9-1 J9-2 J9-3
J9-3 J9-2 J9-1
SD1
CN228- 1 24V CN228- 2 DRV
Right angle conveyance
CN141- 1 SG CN141- 2 PS42_SIG CN141- 3 5V
CN143- 1 24V CN143- 2 24V CN143- 3 M6_DRV_A CN143- 4 M6_DRV_A/ CN143- 5 M6_DRV_B CN143- 6 M6_DRV_B/
CN140-B19 SD8_DRV1 CN140-B20 SD8_DRV2
CN140-B17 SD5_DRV1 CN140-B18 SD5_DRV2
CN140-B15 24V CN140-B16 SD6_DRV
J1-5 J1-6 J1-7
J1-3 J1-2 J1-1
CN229- 2 CN229- 1
CN228- 2 CN228- 1
1
CN140-B12 SG CN140-B13 PS6_SIG CN140-B14 5V
CN140-B 1 24V CN140-B 2 24V CN140-B 3 PG CN140-B 4 PG CN140-B 5 M1_H/L CN140-B 6 M1_LD CN140-B 7 M1_F/R CN140-B 8 M1_CLK CN140-B 9 M1_S/S CN140-B10 SG CN140-B11 5V
CN140-A20 NC
CN140-A14 24V CN140-A15 24V CN140-A16 M13_DRV_A CN140-A17 M13_DRV_A/ CN140-A18 M13_DRV_B CN140-A19 M13_DRV_B/
CN140-A11 SG CN140-A12 PS17_SIG CN140-A13 5V
CN140-A 8 SG CN140-A 9 PS5_SIG CN140-A10 5V
CN140-A 5 SG CN140-A 6 PS1_SIG CN140-A 7 5V
J1-3 J1-4
F J1-1 J1-2
D
J1-5 J1-4
C
J1-7 J1-6
B
CN140-A 3 24V CN140-A 4 SD2_DRV
CN140-A 1 24V CN140-A 2 SD1_DRV
A
CN121-A20 M1_S/S CN121-A19 M1_F/R CN121-A18 M1_H/L CN121-A17 M2_S_S CN121-A16 M2_F/R CN121-A15 M2_H/L CN121-A14 M18_CONT CN121-A13 M18_F/R CN121-A12 M3_S/S CN121-A11 M3_F/R CN121-A10 M3_H/L CN121-A 9 M4_S/S CN121-A 8 M4_F/R CN121-A 7 M4_H/L CN121-A 6 M19_CONT CN121-A 5 M19_F/R CN121-A 4 SD1_CONT CN121-A 3 SD2_CONT CN121-A 2 SD3_CONT CN121-A 1 SD4_CONT CN121-B20 SD5_CONT1 CN121-B19 SD5_CONT2 CN121-B18 SD7_CONT1 CN121-B17 SD7_CONT2 CN121-B16 M7_ENA CN121-B15 M7_F/R CN121-B14 M7_CONT1 CN121-B13 M7_CONT2 CN121-B12 M8_S/S CN121-B11 M8_F/R CN121-B10 M8_H/L CN121-B 9 SD6_CONT CN121-B 8 M6_ENA CN121-B 7 M6_F/R CN121-B 6 M6_CONT1 CN121-B 5 M6_CONT2 CN121-B 4 M5_S/S CN121-B 3 M5_F/R CN121-B 2 M5_H/L CN121-B 1 MC1_CONT
CN120-A16 PS1_SIG CN120-A15 PS2_SIG CN120-A14 PS3_SIG CN120-A13 PS4_SIG CN120-A12 PS5_SIG CN120-A11 PS6_SIG CN120-A10 PS7_SIG CN120-A 9 PS8_SIG CN120-A 8 PS17_SIG CN120-A 7 PS18_SIG CN120-A 6 PS49_SIG CN120-A 5 PS20_SIG CN120-A 4 PS21_SIG CN120-A 3 PS22_SIG CN120-A 2 PS23_SIG CN120-A 1 PS24_SIG CN120-B16 PS9_SIG CN120-B15 PS10_SIG CN120-B14 PS11_SIG CN120-B13 PS12_SIG CN120-B12 PS44_SIG CN120-B11 PS19_SIG CN120-B10 PS46_SIG CN120-B 9 CLI_TIM CN120-B 8 M1_LD CN120-B 7 M2_LD CN120-B 6 M3_LD CN120-B 5 M4_LD CN120-B 4 M5_LD CN120-B 3 M8_LD CN120-B 2 24V_DET CN120-B 1 5V_DET
18.10 SD-501 1/4
9
Folding unit A
G B
C
D
E
F
G
H
I
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006 18. OVERALL WIRING DIAGRAM
bizhub PRO 1050/1050P /1050e/1050eP
18. OVERALL WIRING DIAGRAM
Field Service Ver3.0 Nov.2006
SD-501 location list Symbol SDDB
Part name SD drive board
Location 1-G
M1
Entrance conveyance motor
1-C
M2
Horizontal conveyance motor
4-C
M3
Folding entrance motor
6-C
M4
Folding conveyance motor
5-C
M6
Right angle conveyance motor
3-C
M7
Folding main scan alignment motor /Fr
5-C
M8
Folding sub scan alignment exit motor
6-C
M13
Overlap motor
1-C
M14
Folding main scan alignment motor /Rr
7-C
M18
1st folding blade motor
7-C
M19
2nd folding blade motor
7-C
M25
Guide shaft motor
7-C
CL1
Tri-folding exit clutch
3-C
PS1
Entrance sensor
1-C
PS2
Horizontal conveyance sensor /1
3-C
PS3
Horizontal conveyance sensor /2
4-C
PS5
Right angle conveyance sensor /1
1-C
PS6
Right angle conveyance sensor /2
2-C
PS7
Folding sensor /1
8-C
PS8
Folding passage sensor
9-C
PS9
Tri-folding exit sensor
3-C
PS10
Tri-folding paper full sensor
4-C
PS11
Subtray exit sensor
4-C
PS12
Subtray paper full sensor
4-C
PS17
Overlap home sensor
1-C
PS18
Folding main scan alignment home sensor /Fr1
9-C
PS19
Folding main scan alignment home sensor /Rr
8-C
PS20
1st folding blade home sensor /1
8-C
PS21
1st folding blade home sensor /2
8-C
PS22
2nd folding blade home sensor /1
8-C
PS23
2nd folding blade home sensor /2
8-C
PS24
Folding exit home sensor
9-C
PS42
Front door sensor /Rt
3-C
PS43
Front door sensor /Lt
3-C
PS44
Folding sensor /2
9-C
PS46
Guide shaft home sensor
9-C
PS49
Folding main scan alignment home sensor /Fr2
9-C
PS56
Folding sub scan alignment home sensor
8-C
PS60
Folding entrance sensor
8-C
SD1
Entrance gate solenoid
1-C
SD2
Right angle conveyance gate solenoid
1-C
SD3
Horizontal conveyance gate solenoid
4-C
SD4
Roller release solenoid /4
4-C
SD5
Roller release solenoid /1
2-C
SD6
Roller release solenoid /2
2-C
SD7
Roller release solenoid /3
7-C
SD8
Folding unit lock solenoid
2-C
10 CN170- 1 5V CN170- 2 LED1 CN170- 3 LED2 CN170- 4 LED3 CN170- 5 LED4 CN170- 6 NC CN170- 7 5V CN170- 8 LED5 CN170- 9 LED6 CN170-10 LED7 CN170-11 LED8 CN170-12 NC
11
SDDB 2/2
12 CN100-1 5V CN100-2 5V CN100-3 S.GND CN100-4 S.GND
30
13 14
31
15 16
CN165- 1 5V CN165- 2 5V CN165- 3 SG CN165- 4 SG CN165- 5 STA/R_LOW CN165- 6 STA/R_HP_IN CN165- 7 CLI/R_TIM CN165- 8 5V CN165- 9 5V CN165-10 SG CN165-11 SG CN165-12 STA/L_LOW CN165-13 STA/L_HP_IN CN165-14 CLI/L_TIM
STA/R_DRV1 STA/R_DRV2 STA/L_DRV1 STA/L_DRV2 CLI/R_DRV1 CLI/R_DRV2 CLI/L_DRV1 CLI/L_DRV2
17
I 32
18
CN152-B 1 24V CN152-B 2 24V CN152-B 3 M12_DRV_A CN152-B 4 M12_DRV_A/ CN152-B 5 M12_DRV_B CN152-B 6 M12_DRV_B/
J28-B 4 J28-B 5 J28-B 6
J28-B 7 J28-B 8 J28-B 9
J28-B10 J28-B11 J28-B12 J28-B13 J28-B14 J28-B15 J28-B16 J28-B17 J28-B18
J26J26J26J26J26J26-
J26- 7 J26- 8 J26- 9 J26- 10 J26- 11 J26- 13 J26- 13
J35- 1 J35- 2
J37- 1 J37- 2 J37- 3 J37- 4 J37- 5 J37- 6 J37- 7 J37- 8 J37- 9
J34- 1 J34- 2 J34- 3 J34- 4 J34- 5 J34- 6 J34- 7 J34- 8 J34- 9 J34- 10 J34- 11 J34- 12
J17- 1 J17- 2 J17- 3
J43- 1 J43- 2 J43- 3
J45- 1 J45- 2 J45- 3 J45- 4 J45- 5 J45- 6 J36- 1 J36- 2 J36- 3 J36- 4 J36- 5 J36- 6
J28-B15 J28-B14 J28-B13
J28-B12 J28-B11 J28-B10
J28-B 9 J28-B 8 J28-B 7 J28-B 6 J28-B 5 J28-B 4 J28-B 3 J28-B 2 J28-B 1
J26- 13 J26- 12 J26- 11 J26- 10 J26- 9 J26- 8 J26- 7 J26- 6 J26- 5 J26- 4 J26- 3 J26- 2 J26- 1
J35- 1 J35- 2
J37- 9 J37- 8 J37- 7 J37- 6 J37- 5 J37- 4 J37- 3 J37- 2 J37- 1
J34- 12 J34- 11 J34- 10 J34- 9 J34- 8 J34- 7 J34- 6 J34- 5 J34- 4 J34- 3 J34- 2 J34- 1
J17- 3 J17- 2 J17- 1
J43- 3 J43- 2 J43- 1
J45- 6 J45- 5 J45- 4 J45- 3 J45- 2 J45- 1 J36- 6 J36- 5 J36- 4 J36- 3 J36- 2 J36- 1
J31- 7 J31- 8 J31- 9
J31- 4 J31- 5 J31- 6
J31- 1 J31- 2 J31- 3
J13- 1 J13- 2 J13- 3
J 7- 1 J 7- 2 J 7- 3
J27- 1 J27- 2 J27- 3
CN362- 1
CN362- 3 CN362- 2
PS28 PS32 PS13 PS25 PS26 PS14 PS30 PS33
M10
M9
M23 M24 PS15 PS34 PS54
CN267- 3 S.GND CN267- 2 SIG CN267- 1 5V
CN248- 3 S.GND CN248- 2 SIG CN248- 1 5V
CN260- 3 S.GND CN260- 2 SIG CN260- 1 5V
CN261- 3 S.GND CN261- 2 SIG CN261- 1 5V
CN249- 3 S.GND CN249- 2 SIG CN249- 1 5V CN265- 3 S.GND CN265- 2 SIG CN265- 1 5V CN268- 3 S.GND CN268- 2 SIG CN268- 1 5V
CN209- 2 COM CN209- 5 COM CN209- 1 A CN209- 3 A/ CN209- 4 B CN209- 6 B/ CN208- 3 COM CN208- 2 NC CN208- 9 COM CN208- 4 NC CN208- 1 A CN208- 6 NC CN208- 5 A/ CN208- 8 NC CN208- 7 B CN208-10 NC CN208-11 B/
CN222- 1 DRV1 CN222- 2 DRV2
CN223- 1 DRV1 CN223- 1 DRV1
CN250- 3 S.GND CN250- 2 SIG CN250- 1 5V CN269- 3 S.GND CN269- 2 SIG CN269- 1 5V CN290- 3 S.GND CN290- 2 SIG CN290- 1 5V
PS47 PS55 PS16
PS4 PS31 PS35 PS40 PS48 PS45 PS61 PS57 PS58 PS41
CN283- 3 S.GND CN283- 2 SIG CN283- 1 5V CN291- 3 S.GND CN291- 2 SIG CN291- 1 5V
CN251- 3 S.GND CN251- 2 SIG CN251- 1 5V
CN239- 3 S.GND CN239- 2 SIG CN239- 1 5V
CN266- 3 S.GND CN266- 2 SIG CN266- 1 5V CN270- 3 S.GND CN270- 2 SIG CN270- 1 5V CN275- 3 S.GND CN275- 2 SIG CN275- 1 5V CN284- 3 S.GND CN284- 2 SIG CN284- 1 5V CN281- 3 S.GND CN281- 2 SIG CN281- 1 5V CN297- 3 S.GND CN297- 2 SIG CN297- 1 5V CN293- 3 S.GND CN293- 2 SIG CN293- 1 5V CN294- 3 S.GND CN294- 2 SIG CN294- 1 5V CN276- 3 S.GND CN276- 2 SIG CN276- 1 5V
M17
M22
M12
CN216- 5 COM CN216- 2 COM CN216- 4 A CN216- 6 A/ CN216- 3 B CN216- 1 B/ CN221- 2 COM CN221- 5 COM CN221- 1 A CN221- 3 A/ CN221- 4 B CN221- 6 B/ CN211- 2 COM CN211- 5 COM CN211- 1 A CN211- 3 A/ CN211- 4 B CN211- 6 B/
CN362- 3 GND
FM1
PS37
CN272- 3 S.GND CN272- 2 SIG CN272- 1 5V
CN362- 1 24V CN362- 2 LD
PS36
CN271- 3 S.GND CN271- 2 SIG CN271- 1 5V
M5
PS39
CN274- 3 S.GND CN274- 2 SIG CN274- 1 5V CN263- 3 S.GND CN263- 2 SIG CN263- 1 5V
CN204-11 24V CN204-10 24V CN204- 9 P.GND CN204- 8 P.GND CN204- 7 H/L CN204- 6 LD CN204- 5 CW/CCW CN204- 4 CLOCK CN204- 3 START/STOP CN204- 2 S.GND CN204- 1 5V
PS38
CN273- 3 S.GND CN273- 2 SIG CN273- 1 5V
Bundle registration motor
Bundle arm rotation motor
Bundle press movement motor
Scraps removal fan motor
Trimmer scraps full sensor
Bundle tray set sensor
Bundle exit sensor/2
Bundle tray paper full sensor
Bundle press stage up down limit sensor
Scraps press home sensor
Scraps box set sensor
Bundle press stage up down home motor
Bundle arm rotation home sensor
Horizontal conveyance exit sensor
Bundle registration plate home sensor
Trimmer registration sensor
Bundle press lower limit sensor
Bundle press home sensor
Bundle press movement home sensor
Bundle exit motor
Bundle sensor/4
Bundle registration home sensor
Bundle sensor/2
Bundle press stage up down motor
Bundle press motor
Saddle stitching alignment motor/Rt
Bundle arm motor
Bundle clip upper limit sensor
Bundle clip lower limit sensor
Bundle sensor
Clincher up down home sensor
Stapler movement home sensor
Saddle stitching paper sensor
Bundle arm home sensor
Saddle stitching alignment home sensor/Rt
Bundle arm assist upper limit sensor
Bundle arm assist home sensor
Saddle stitching alignment home sensor/Lt
Saddle stitching press home sensor
17
CN152-A 1 24V CN152-A 2 24V CN152-A 3 M22_DRV_A CN152-A 4 M22_DRV_A/ CN152-A 5 M22_DRV_B CN152-A 6 M22_DRV_B/
CN158- 1 24V CN158- 2 24V CN158- 3 M17_DRV_A CN158- 4 M17_DRV_A/ CN158- 5 M17_DRV_B CN158- 6 M17_DRV_B/
CN169-1 24V CN169-2 FAN/1_LOCK CN169-3 PG CN169-4 PG
CN149-B13 SG CN151-B17 PS41_SIG CN149-B15 5V
CN149-B10 SG CN149-B11 PS58_SIG CN149-B12 5V
J28-B 1 J28-B 2 J28-B 3
J28-B18 J28-B17 J28-B16
PS29
CN264- 3 S.GND CN264- 2 SIG CN264- 1 5V
16
CN149-B 7 SG CN149-B 8 PS57_SIG CN149-B 9 5V
CN149-B 4 SG CN149-B 5 PS61_SIG CN149-B 6 5V
CN149-B 1 SG CN149-B 2 PS45_SIG CN149-B 3 5V
CN149-A13 SG CN149-B 5 PS48_SIG CN149-A15 5V
CN149-A10 SG CN149-A11 PS40_SIG CN149-A12 5V
CN149-A 7 SG CN149-A 8 PS35_SIG CN149-A 9 5V
CN149-A 4 SG CN149-A 5 PS31_SIG CN149-A 6 5V
CN149-A 1 SG CN149-A 2 PS 4_SIG CN149-A 3 5V
CN151-B19 NC CN151-B20 NC
CN151-B13 SG CN151-B14 PS16_SIG CN151-B15 5V CN151-B16 SG CN151-B17 KCIN_76 CN151-B18 5V
J31- 3 J31- 2 J31- 1
J28-A16 J28-A17 J28-A18
J28-A 3 J28-A 2 J28-A 1
PS27
CN262- 3 S.GND CN262- 2 SIG CN262- 1 5V
Bundle arm assist motor
Saddle stitching press motor
15
CN164-1 CN164-2 CN164-3 CN164-4 CN164-5 CN164-6 CN164-7 CN164-8
CN151-B 7 SG CN151-B 8 PS47_SIG CN151-B 9 5V CN151-B10 SG CN151-B11 PS55_SIG CN151-B12 5V
J31- 6 J31- 5 J31- 4
J28-A13 J28-A14 J28-A15
J28-A 6 J28-A 5 J28-A 4
M26
CN225- 1 DRV1 CN225- 2 DRV2
Saddle stitching
CN168-13 SG CN168-14 KCIN_72 CN168-15 5V
CN168-10 SG CN168-11 TRI_DOWN CN168-12 5V
CN168-7 SG CN168-8 TRI_UP CN168-9 5V
CN168-4 SG CN168-5 TRI_END CN168-6 5V
CN168-1 SG CN168-2 TRI_START CN168-3 5V
CN151-B 4 SG CN151-B 5 PS37_SIG CN151-B 6 5V
CN151-B 1 SG CN151-B 2 PS36_SIG CN151-B 3 5V
J31- 9 J31- 8 J31- 7
J28-A10 J28-A11 J28-A12
J28-A 9 J28-A 8 J28-A 7
M21
CN220- 2 DRV2 CN220- 1 DRV1
Bundle clip motor Clincher up down motor
14
CN167-1 TRI/M3_DRV1 CN167-2 TRI/M3_DRV2
CN166-3 TRI/M2_DRV1 CN166-4 TRI/M2_DRV2
CN166-1 TRI/M1_DRV1 CN166-2 TRI/M1_DRV2
CN151-A10 24V CN151-A11 24V CN151-A12 P.GND CN151-A13 P.GND CN151-A14 M5_H/L CN151-A15 M5_LD CN151-A16 M5_F/R CN151-A17 M5_CLK CN151-A18 M5_S/S CN151-A19 S.GND CN151-A20 5V
CN151-A 7 SG CN151-A 8 PS54_SIG CN151-A 9 5V
CN151-A 4 SG CN151-A 5 PS34_SIG CN151-A 6 5V
CN151-A 1 SG CN151-A 2 PS15_SIG CN151-A 3 5V
CN150- 3 M24_DRV_1 CN150- 4 M24_DRV_2
CN150- 1 M23_DRV_1 CN150- 2 M23_DRV_2
CN156-B 6 M 9_DRV_B/ CN156-B 7 NC
CN156-B 5 M 9_DRV_B
CN156-B 4 M 9_DRV_A/
J13- 3 J13- 2 J13- 1
J28-A 7 J28-A 8 J28-A 9
J28-A12 J28-A11 J28-A10
J44- 1 J44- 2 J44- 3
M20
13
CN163-6 P.GND
CN163-5 P.GND
CN163-4 P.GND
CN163-3 24V
CN163-2 24V
CN163-1 24V
CN162-6 P.GND
CN162-5 P.GND
CN162-4 P.GND
CN162-3 24V
CN162-2 24V
CN162-1 24V
CN156-B 2 24V CN156-B 3 M 9_DRV_A
J 7- 3 J 7- 2 J 7- 1
J28-A 4 J28-A 5 J28-A 6
J28-A15 J28-A14 J28-A13
1 2 3 4 5 6
J27- 3 J27- 2 J27- 1
J28-A 1 J28-A 2 J28-A 3
J28-A18 J28-A17 J28-A16
M11
CN219- 1 DRV1 CN219- 2 DRV2
Saddle stitching alignment motor/Lt
12
CN101-6 P.GND
CN101-5 P.GND
CN101-4 P.GND
CN101-3 24V
CN101-2 24V
CN156-A 1 24V CN156-A 2 24V CN156-A 3 M10_DRV_A CN156-A 4 M10_DRV_A/ CN156-A 5 M10_DRV_B CN156-A 6 M10_DRV_B/ CN156-A 7 NC CN156-B 1 24V
CN153-B16 SG CN153-B17 PS33_SIG CN153-B18 5V
CN153-B13 SG CN153-B14 PS30_SIG CN153-B15 5V
CN153-B10 SG CN153-B11 PS14_SIG CN153-B12 5V
CN153-B 7 SG CN153-B 8 PS26_SIG CN153-B 9 5V
CN153-B 4 SG CN153-B 5 PS25_SIG CN153-B 6 5V
CN153-B 1 SG CN153-B 2 PS13_SIG CN153-B 3 5V
CN153-A16 SG CN153-A17 PS32_SIG CN153-A18 5V
CN153-A13 SG CN153-A14 PS28_SIG CN153-A15 5V
J30- 7 J30- 8
J30- 2 J30- 1
M16
CN210- 1 DRV1 CN210- 2 DRV2
Stapler movement motor
11
CN101-1 24V
H CN153-A10 SG CN153-A11 PS39_SIG CN153-A12 5V
J30- 5 J30- 6
J30- 4 J30- 3
M15
CN215- 1 COM CN215- 2 COM CN215- 3 A CN215- 4 A/ CN215- 5 B CN215- 6 B/
A
CN153-A 7 SG CN153-A 8 PS38_SIG CN153-A 9 5V
J30- 3 J30- 4
J30- 6 J30- 5
J44- 3 J44- 2 J44- 1
J30- 1 J30- 2
J30- 8 J30- 7
CN215- 6 CN215- 5 CN215- 4 CN215- 3 CN215- 2 CN215- 1
CN214- 1 COM CN214- 2 COM CN214- 3 A CN214- 4 A/ CN214- 5 B CN214- 6 B/
10
CN153-A 4 SG CN153-A 5 PS29_SIG CN153-A 6 5V
CN153-A 1 SG CN153-A 2 PS27_SIG CN153-A 3 5V
CN155- 7 M26_DRV_1 CN155- 8 M26_DRV_2
CN155- 5 M21_DRV_1 CN155- 6 M21_DRV_2
CN155- 3 M20_DRV_1 CN155- 4 M20_DRV_2
CN155- 1 M11_DRV_1 CN155- 2 M11_DRV_2
J29- 7 J29- 8 J29- 9 J29-10 J29-11 J29-12
E
J29- 6 J29- 5 J29- 4 J29- 3 J29- 2 J29- 1
F CN214- 6 CN214- 5 CN214- 4 CN214- 3 CN214- 2 CN214- 1
D
J29- 1 J29- 2 J29- 3 J29- 4 J29- 5 J29- 6
C
J29-12 J29-11 J29-10 J29- 9 J29- 8 J29- 7
B
CN154- 7 24V CN154- 8 24V CN154- 9 M16_DRV_A CN154- 10 M16_DRV_A/ CN154- 11 M16_DRV_B CN154- 12 M16_DRV_B/
CN154- 1 24V CN154- 2 24V CN154- 3 M15_DRV_A CN154- 4 M15_DRV_A/ CN154- 5 M15_DRV_B CN154- 6 M15_DRV_B/
18.11 SD-501 2/4
18
Bundle A
G B
C
D
E
F
G
H
I
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006 18. OVERALL WIRING DIAGRAM
bizhub PRO 1050/1050P /1050e/1050eP
18. OVERALL WIRING DIAGRAM
Field Service Ver3.0 Nov.2006
SD-501 location list Symbol FM1
Part name Scraps removal fan motor
Location 17-C
M5
Bundle exit motor
17-C
M9
Saddle stitching alignment motor /Rt
13-C
M10
Bundle arm motor
13-C
M11
Bundle clip motor
10-C
M12
Bundle registration motor
18-C
M15
Stapler movement motor
10-C
M16
Saddle stitching alignment motor /Lt
10-C
M17
Bundle press movement motor
18-C
M20
Clincher up down motor
10-C
M21
Saddle stitching press motor
10-C
M22
Bundle arm rotation motor
18-C
M23
Bundle press motor
14-C
M24
Bundle press stage up down motor
14-C
M26
Bundle arm assist motor
11-C
PS4
Horizontal conveyance exit sensor
16-C
PS13
Saddle stitching paper sensor
12-C
PS14
Bundle sensor /1
12-C
PS15
Bundle sensor /2
14-C
PS16
Bundle registration plate home sensor
16-C
PS25
Stapler movement home sensor
12-C
PS26
Clincher up down home sensor
12-C
PS27
Saddle stitching press home sensor
11-C
PS28
Saddle stitching alignment home sensor /Rt
11-C
PS29
Saddle stitching alignment home sensor /Lt
11-C
PS30
Bundle clip lower limit sensor
12-C
PS31
Bundle arm rotation home sensor
16-C
PS32
Bundle arm home sensor
11-C
PS33
Bundle clip upper limit sensor
12-C
PS34
Bundle registration home sensor
14-C
PS35
Bundle press stage up down home motor
16-C
PS36
Bundle press movement home sensor
15-C
PS37
Bundle press home sensor
15-C
PS38
Bundle arm assist home sensor
11-C
PS39
Bundle arm assist upper limit sensor
11-C
PS40
Scraps box set sensor
16-C
PS41
Trimmer scraps full sensor
17-C
PS45
Bundle press stage up down limit sensor
17-C
PS47
Bundle press lower limit sensor
15-C
PS48
Scraps press home sensor
16-C
PS54
Bundle sensor /4
14-C
PS55
Trimmer registration sensor
15-C
PS57
Bundle exit sensor /2
17-C
PS58
Bundle tray set sensor
17-C
PS61
Bundle tray paper full sensor
17-C
1 2
P J48-1 J48-2 J48-3 J48-4
O 1
3 1 2
CN190-1
4 3
To front option or main body
4 6
20 CN12-1 NC CN12-2 M33_CLK CN12-3 NC CN12-4 NC CN12-5 NC CN12-6 M33_CONT CN12-7 M33_LD CN12-8 M33_FR
19
19
5 20
5 6
SDCB
CN363-11 24V CN363-10 24V CN363- 9 P.GND CN363- 8 P.GND CN363- 7 H/L CN363- 6 LD CN363- 5 CW/CCW CN363- 4 CLOCK CN363- 3 START/STOP CN363- 2 S.GND CN363- 1 NC
M33
7
6 15
AC CODE
16
AC INRET Circuit breaker/1
FT1 BLK
FT2 WIT
FT3
FT4
CBR1
CBR2
8
FT5 BLK FT7 3 1
FT6 WIT FT8 4 2
FT9
FT10
CN14- 1 TIME_0 CN14- 2 TIME_1 CN14- 3 TIME_2 CN14- 4 TIME_3 CN14- 5 TIME_4 CN14- 6 TIME_5 CN14- 7 TIME_6 CN14- 8 TIME_7 CN14- 9 TIME_8 CN14-10 TIME_9 CN14-11 TIME_10 CN14-12 TIME_11 CN14-13 TIME_12 CN14-14 TIME_13 CN14-15 TIME_14 CN14-16 TIME_15 CN14-17 TIME_16 CN14-18 TIME_17
CN10- 1 IRQ_4 CN10- 2 /IRQ_3 CN10- 3 /IRQ_1
CN7-A 1 KCIN_65 CN7-A 2 KCIN_66 CN7-A 3 KCIN_67 CN7-A 4 KCIN_68 CN7-A 5 KCIN_69 CN7-A 6 KCIN_70 CN7-A 7 KCIN_71 CN7-A 8 KCIN_72 CN7-A 9 KCIN_73 CN7-A10 KCIN_74 CN7-A11 KCIN_75 CN7-A12 KCIN_76 CN7-B 1 KCIN_77 CN7-B 2 KCIN_78 CN7-B 3 KCIN_79 CN7-B 4 KCIN_80 CN7-B 5 KCIN_81 CN7-B 6 KCIN_82 CN7-B 7 KCIN_83 CN7-B 8 KCIN_84 CN7-B 9 KCIN_85 CN7-B10 KCIN_86 CN7-B11 KCIN_87 CN7-B12 KCIN_88
CN5-A 1 KCOUT_57 CN5-A 2 KCOUT_58 CN5-A 3 KCOUT_59 CN5-A 4 KCOUT_60 CN5-A 5 KCOUT_61 CN5-A 6 KCOUT_62 CN5-A 7 KCOUT_63 CN5-A 8 KCOUT_64 CN5-A 9 KCOUT_65 CN5-A10 KCOUT_66 CN5-A11 KCOUT_67 CN5-A12 KCOUT_68 CN5-A13 KCOUT_69 CN5-A14 KCOUT_70 CN5-A15 KCOUT_71 CN5-A16 KCOUT_72 CN5-A17 KCOUT_73 CN5-A18 KCOUT_74 CN5-A19 KCOUT_75 CN5-A20 KCOUT_76 CN5-B 1 KCOUT_77 CN5-B 2 KCOUT_78 CN5-B 3 KCOUT_79 CN5-B 4 KCOUT_80 CN5-B 5 KCOUT_81 CN5-B 6 KCOUT_82 CN5-B 7 KCOUT_83 CN5-B 8 KCOUT_84 CN5-B 9 KCOUT_85 CN5-B10 KCOUT_86 CN5-B11 KCOUT_87 CN5-B12 KCOUT_88 CN5-B13 KCOUT_89 CN5-B14 KCOUT_90 CN5-B15 KCOUT_91 CN5-B16 KCOUT_92 CN5-B17 KCOUT_93 CN5-B18 KCOUT_94 CN5-B19 KCOUT_95 CN5-B20 KCOUT_96
CN4-A 1 KCIN_33 CN4-A 2 KCIN_34 CN4-A 3 KCIN_35 CN4-A 4 KCIN_36 CN4-A 5 KCIN_37 CN4-A 6 KCIN_38 CN4-A 7 KCIN_39 CN4-A 8 KCIN_40 CN4-A 9 KCIN_41 CN4-A10 KCIN_42 CN4-A11 KCIN_43 CN4-A12 KCIN_44 CN4-A13 KCIN_45 CN4-A14 KCIN_46 CN4-A15 KCIN_47 CN4-A16 KCIN_48 CN4-B 1 KCIN_49 CN4-B 2 KCIN_50 CN4-B 3 KCIN_51 CN4-B 4 KCIN_52 CN4-B 5 KCIN_53 CN4-B 6 KCIN_54 CN4-B 7 KCIN_55 CN4-B 8 KCIN_56 CN4-B 9 KCIN_57 CN4-B10 KCIN_58 CN4-B11 KCIN_59 CN4-B12 KCIN_60 CN4-B13 KCIN_61 CN4-B14 KCIN_62 CN4-B15 KCIN_63 CN4-B16 KCIN_64
8
NOISE FILTER NF BLK
WIT
CN24-2 RL1_P.GND
CN24-1 RL1_CONT
CN17-1 MTXD CN17-2 SG CN17-3 MCTS CN17-4 MRXD CN17-5 SG CN17-6 MRTS CN17-7 /PAPEROUT_2 CN17-8 NC
CN18-2 FNS2_SIN CN18-1 /FNS2_RTS
CN3- 1 KCOUT_41 CN3- 2 KCOUT_42 CN3- 3 KCOUT_43 CN3- 4 KCOUT_44 CN3- 5 KCOUT_45 CN3- 6 KCOUT_46 CN3- 7 KCOUT_47 CN3- 8 KCOUT_48 CN3- 9 KCOUT_49 CN3-10 KCOUT_50 CN3-11 KCOUT_51 CN3-12 KCOUT_52 CN3-13 KCOUT_53 CN3-14 KCOUT_54 CN3-15 KCOUT_55 CN3-16 KCOUT_56
7
FT13
14
6
FT14
18 CN191-5
10
CN191-6
5V
CN191-2
CN191-3 CN191-4
17
CN191-1
12 CN190-6
13 CN190-5
CN190-4
8
CN190-2
CN192-8
11 16
CN190-3
SG
5
J48-4 M33_CLK J48-3 M33_CONT J48-2 M33_LD J48-1 M33_FR
CN106-1 24V CN106-2 5V CN106-3 SG CN106-4 PG CN106-5 PG CN106-6 FG
4 2
9
CN106-1 24V CN106-2 5V CN106-3 SG CN106-4 PG CN106-5 PG CN106-6 FG
5
4
CN108-5 PAPER_OUT CN108-4 SG CN108-3 SG CN108-2 5V CN108-1 5V
3
15
CN192-6
5V
CN192-7
L
CN105-6 MTXD CN105-5 SG CN105-4 MCTS CN105-3 MRXD CN105-2 SG CN105-1 MRTS
8
CN6- 1 KCOUT_97 CN6- 2 KCOUT_98 CN6- 3 KCOUT_99 CN6- 4 KCOUT_100 CN6- 5 KCOUT_101 CN6- 6 KCOUT_102 CN6- 7 KCOUT_103 CN6- 8 KCOUT_104 CN6- 9 KCOUT_105 CN6-10 KCOUT_106 CN6-11 KCOUT_107 CN6-12 KCOUT_108 CN6-13 KCOUT_109 CN6-14 KCOUT_110 CN6-15 KCOUT_111 CN6-16 KCOUT_112
3
CN112-1 CN112-2
7 CN192-4
7
CN192-5
10 CN192-2
9
CN192-3
M
CN192-1
CN20-1 5V CN20-2 5V CN20-3 S.GND CN20-4 S.GND
2
CN103-1 24V CN103-2 5V CN103-3 SG CN103-4 PG CN103-5 PG CN103-6 FG
N
CN107-1 PAPER_OUT CN107-2 SG CN107-3 SG CN107-4 5V CN107-5 5V
CN16-1 SYS_SIN CN16-2 S.GND CN16-3 /SYS_RTS CN16-4 SYS_SOUT CN16-5 S.GND CN16-6 /SYS_CTS CN16-7 /PAPEROUT_1
CN19-4 FNS2_RTS CN19-3 FNS2_SIN CN19-2 NC(SYS_RTS) CN19-1 NC(SYS_SIN)
CN2-A 1 KCOUT_1 CN2-A 2 KCOUT_2 CN2-A 3 KCOUT_3 CN2-A 4 KCOUT_4 CN2-A 5 KCOUT_5 CN2-A 6 KCOUT_6 CN2-A 7 KCOUT_7 CN2-A 8 KCOUT_8 CN2-A 9 KCOUT_9 CN2-A10 KCOUT_10 CN2-A11 KCOUT_11 CN2-A12 KCOUT_12 CN2-A13 KCOUT_13 CN2-A14 KCOUT_14 CN2-A15 KCOUT_15 CN2-A16 KCOUT_16 CN2-A17 KCOUT_17 CN2-A18 KCOUT_18 CN2-A19 KCOUT_19 CN2-A20 KCOUT_20 CN2-B 1 KCOUT_21 CN2-B 2 KCOUT_22 CN2-B 3 KCOUT_23 CN2-B 4 KCOUT_24 CN2-B 5 KCOUT_25 CN2-B 6 KCOUT_26 CN2-B 7 KCOUT_27 CN2-B 8 KCOUT_28 CN2-B 9 KCOUT_29 CN2-B10 KCOUT_30 CN2-B11 KCOUT_31 CN2-B12 KCOUT_32 CN2-B13 KCOUT_33 CN2-B14 KCOUT_34 CN2-B15 KCOUT_35 CN2-B16 KCOUT_36 CN2-B17 KCOUT_37 CN2-B18 KCOUT_38 CN2-B19 KCOUT_39 CN2-B20 KCOUT_40
CN1-A 1 KCIN_1 CN1-A 2 KCIN_2 CN1-A 3 KCIN_3 CN1-A 4 KCIN_4 CN1-A 5 KCIN_5 CN1-A 6 KCIN_6 CN1-A 7 KCIN_7 CN1-A 8 KCIN_8 CN1-A 9 KCIN_9 CN1-A10 KCIN_10 CN1-A11 KCIN_11 CN1-A12 KCIN_12 CN1-A13 KCIN_13 CN1-A14 KCIN_14 CN1-A15 KCIN_15 CN1-A16 KCIN_16 CN1-B 1 KCIN_17 CN1-B 2 KCIN_18 CN1-B 3 KCIN_19 CN1-B 4 KCIN_20 CN1-B 5 KCIN_21 CN1-B 6 KCIN_22 CN1-B 7 KCIN_23 CN1-B 8 KCIN_24 CN1-B 9 KCIN_25 CN1-B10 KCIN_26 CN1-B11 KCIN_27 CN1-B12 KCIN_28 CN1-B13 KCIN_29 CN1-B14 KCIN_30 CN1-B15 KCIN_31 CN1-B16 KCIN_32
1
CN104-1 MTXD CN104-2 SG CN104-3 MCTS CN104-4 MRXD CN104-5 SG CN104-6 MRTS
CN111-1 CN111-2
CN9-A 1 5V CN9-A 2 5V CN9-A 3 NSW1-1 CN9-A 4 NSW1-2 CN9-A 5 NSW1-4 CN9-A 6 NSW1-8 CN9-A 7 NSW2-1 CN9-A 8 NSW2-2 CN9-A 9 NSW2-4 CN9-A10 NSW2-8 CN9-A11 NSW3-1 CN9-A12 NSW3-2 CN9-A13 NSW3-4 CN9-A14 NSW3-8 CN9-A15 NSW4-1 CN9-A16 NSW4-2 CN9-A17 NSW4-4 CN9-A18 NSW4-8 CN9-A19 NSW5-1 CN9-A20 NSW5-2 CN9-B 1 NSW5-4 CN9-B 2 NSW6 CN9-B 3 NSW8 CN9-B 4 NSW7 CN9-B 5 NLED0 CN9-B 6 NLED1 CN9-B 7 NLED2 CN9-B 8 NLED3 CN9-B 9 NLED4 CN9-B10 NLED5 CN9-B11 NLED6 CN9-B12 NLED7 CN9-B13 NC CN9-B14 NC CN9-B15 NC CN9-B16 NC CN9-B17 NC CN9-B18 NC CN9-B19 NC CN9-B20 NC
18.12 SD-501 3/4
29
9
J J
K K
L
SG
M
18
17
FT11
Power relay
RL1
Circuit breaker/2
Q
R 9
N
FT12 BLK
33
34
O
Trimmer paddle motor
P
Q
To rear option R
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006 18. OVERALL WIRING DIAGRAM
bizhub PRO 1050/1050P /1050e/1050eP
18. OVERALL WIRING DIAGRAM
Field Service Ver3.0 Nov.2006
SD-501 location list Symbol
Part name
Location
SDCB
SD control board
1-K
CBR1
Circuit breaker /1
8-O
CBR2
Circuit breaker /2
8-P
NF
Noise filter
8-O
RL1
Power relay
9-P
M33
Trimmer paddle motor
7-P
33
34 CN195-1
CN195-2
10 ACSW
CN188-1A
CN188-2A BLK
WIT
Front door switch/Rt
MS1 CN188-1B
CN188-2B G/Y
CN189-1A
CN189-2A BLK
WIT CN189-1B
CN189-2B BLK
WIT CN195-3
CN195-4
R 11 BLK BLK
WIT
Front door switch/Lt
MS2 WIT
G/Y
BLK
WIT
G/Y
BLK
WIT CN183-5 : Frame GND
CN183-1 : Line (H)
CN183-3 : Neutral (N)
CN184-5 : Frame GND
CN184-1 : Line (H)
CN184-3 : Neutral (N)
Q CN185-5 : Frame GND
CN185-1 : Line (H)
CN185-3 : Neutral (N)
12
P
CN181-8 :+V/24V CN181-7 :+V/24V CN181-6 :+V/24V CN181-5 :+V/24V CN181-4 :-V/PGND CN181-3 :-V/PGND CN181-2 :-V/PGND CN181-1 :-V/PGND
CN182-8 :+V/24V CN182-7 :+V/24V CN182-6 :+V/24V CN182-5 :+V/24V CN182-4 :-V/PGND CN182-3 :-V/PGND CN182-2 :-V/PGND CN182-1 :-V/PGND
13 14 15
Trimmer unit
16
PS59 Trimmer board replacement sensor
17
M30
27
Stapler motor/Lt
23
CN351- 5 MOTOR_24V CN351-11 MOTOR_DRV CN351- 2 NC CN351- 4 NC CN351- 6 NC CN351- 8 5V CN351- 9 5V CN351-10 S.GND CN351-12 S.GND CN351- 1 STA_LOW CN351- 3 STA_HP CN351- 7 CLINCH
M
CN353-1 CLI_SD_DRV CN353-2 CLI_SD_GND
JAMIB/2
CN350- 2 NC CN350- 4 NC CN350- 6 NC CN350- 8 5V CN350- 9 5V CN350-10 S.GND CN350-12 S.GND CN350- 1 STA_LOW CN350- 3 STA_HP CN350- 7 CLINCH CN350- 5 MOTOR_24V CN350-11 MOTOR_DRV
-9 -10 J32-14 -13 -12 -11 -10 -9 -8 -7 -6 -5 -4 -3 -2 -1
-9 -10 J32- 1 -2 -3 -4 -5 -6 -7 -8 -9 -10 -11 -12 -13 -14
J33- 1 -2 -3 -4 -5 -6 -7 -8 J33- 1 -2 -3 -4 -5 -6 -7 -8
11
SD10
CN2??- 3 S.GND CN2??- 2 SIG CN2??- 1 5V
CN2??- 3 S.GND CN2??- 2 SIG CN2??- 1 5V
CN2??- 3 S.GND CN2??- 2 SIG CN2??- 1 5V
16
Clincher solenoid/Lt
M29
PS53
Trimmer press home sensor
L
Stapler motor/Rt
PS52
Trimmer press upper limit sensor
CN2??- 3 S.GND CN2??- 2 SIG CN2??- 1 5V
15
SD9
PS51
CN2??- 1 24V CN2??- 2 DRV CN2??- 3 S.GND CN2??- 2 SIG CN2??- 1 5V
31
Clincher solenoid/Rt
PS50 Trimmer blade home sensor Trimmer blade upper limit sensor
SD11
CN2??- 1 24V CN2??- 2 DRV
CN2??- 1 24V CN2??- 2 DRV
14
Trimmer board solenoid
M32
CN180-8 :+V/24V CN180-7 :+V/24V CN180-6 :+V/24V CN180-5 :+V/24V CN180-4 :-V/PGND CN180-3 :-V/PGND CN180-2 :-V/PGND CN180-1 :-V/PGND
M31
13
CN352-1 CLI_SD_DRV CN352-2 CLI_SD_GND
O
12
Trimmer press motor
30
Trimmer blade motor
JAMIB/1
DCPS1
11
DCPS2
-6 -5 -4 -3 -2 -1
10
DCPS3
J46-1 -2 -3 -4 -5 -6
K CN370- 6 5V CN370- 5 LED1 CN370- 4 LED2 CN370- 3 LED3 CN370- 2 LED4 CN370- 1 NC
CN370- 6 5V CN370- 5 LED1 CN370- 4 LED2 CN370- 3 LED3 CN370- 2 LED4 CN370- 1 NC
18.13 SD-501 4/4
32
17 18
J J
K
12
13
14
L
21 22 21 23 25 26 22 24 27
18
28
28 24
M
25 26
N N
O
P
Stapler/Clincher Q
Symbol
Connector Faston Crimp Relay connector
R
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006 18. OVERALL WIRING DIAGRAM
bizhub PRO 1050/1050P /1050e/1050eP
18. OVERALL WIRING DIAGRAM
Field Service Ver3.0 Nov.2006
SD-501 location list Symbol
Part name
Location
JAMIB/1
Jam indicator board /1
10-K
JAMIB/2
Jam indicator board /2
11-K
M29
Stapler motor /Rt
16-N
M30
Stapler motor /Lt
17-N
M31
Trimmer blade motor
15-N
M32
Trimmer press motor
15-N
MS1
Front door switch /Rt
10-P
MS2
Front door switch /Lt
11-P
PS50
Trimmer blade home sensor
15-N
PS51
Trimmer blade upper limit sensor
15-N
PS52
Trimmer press upper limit sensor
15-N
PS53
Trimmer press home sensor
16-N
PS59
Trimmer board replacement sensor
16-N
SD9
Clincher solenoid /Rt
16-N
SD10
Clincher solenoid /Lt
17-N
SD11
Trimmer board solenoid
15-N
DCPS1
DC power supply /1
12-O
DCPS2
DC power supply /2
12-P
DCPS3
DC power supply /3
12-Q
H
1 2 3 4 5 6 7
J47- 2 J47- 1
J47- 3
J47- 4
J41-18 J41-17
-3 -4
-2
-1
-1 -2
-2 -1
-2 -1
-2 -1
-2 -1
-2 -1
PS #110
PS #110
Exhaust fan /1
Exhaust fan /2 Pellet supply cooling fan motor
SC entrance conveyance motor
SC switchback conveyance motor
SC alignment motor
SC bundle conveynace motor
Clamp entranse movement motor
SC switchback release motor SC roller release motor SC stopper solenoid FD alignment solenoid
Clamp entranse roller release motor SC pressure arm solenoid Straight gate solenoid
Clamp alignment motor
Clamp motor
Clamp rotation motor
Glue tank movement motor
M80 M81 M4
M11
M12
M15
M17
M19 M13 M18 SD12 SD11
M20 SD13 SD91
M21 M22
M23
M31
CN116- 1 DRV1 CN116- 2 DRV2
FT-2
FT-1
CN117- 1 DRV1 CN117- 2 DRV2
CN149- 1 24V CN149- 2 DRV
CN148- 1 24V CN148- 2 DRV
CN148- 1 24V CN148- 2 DRV
Glue apply roller motor
Glue tank up solenoid /1 Glue tank up solenoid /2 Glue equalize up solenoid Pellet supply arm motor
Pellet supply door switch Pellet supply motor
M32
SD31 SD33 SD32 M34 MS 1 M33
CN115-11 24V CN115-10 24V CN115- 9 P.GND CN115- 8 P.GND CN115- 7 H/L CN115- 6 LD CN115- 5 CW/CCW CN115- 4 CLOCK CN115- 3 START/STOP CN115- 2 S.GND CN115- 1 5V
Front door lock solenoid
SD80
7 8
PBDB(1/2)
8
CN59-A 1 M2_LD CN59-A 2 AD_SUB1 CN59-A 3 VR71_SIG CN59-A 4 PS82_SIG CN59-A 5 PS77_SIG CN59-A 6 PS76_SIG CN59-A 7 PS75_SIG CN59-A 8 PS74_SIG CN59-A 9 SIN_9 CN59-A10 PS71_SIG CN59-A11 TRAY_SET(SW71) CN59-A12 24V_DEC CN59-B 1 SIN_7 CN59-B 2 M81_LD CN59-B 3 AD_SUB2 CN59-B 4 M4_LD CN59-B 5 PS92_SIG CN59-B 6 PS91_SIG CN59-B 7 M80_LD CN59-B 8 M74_LD CN59-B 9 M72_LD CN59-B10 M71_LD CN59-B11 M32_LD CN59-B12 M91_LD
CN83- 4 M33_DRV1 CN83- 5 M33_DRV2 CN68- 6 PGND(NC)
CN68- 1 24V1_OUT CN68- 2 PGND(NC) CN68- 3 24V1_IN
CN83- 16 M34_DRV1 CN83- 17 M34_DRV2
-B 3 -B 4
7
J42-B 9 J42-B 8
6
CN83- 14 SD32_24V CN83- 15 SD32_DRV
5
-B 1 -B 2
8
J42-B11 J42-B10
E (DB CN70)
9
CN83- 12 SD31_24V CN83- 13 SD31_DRV
-A 1 -A 2 -A 3 -A 4 -A 5 -A 6 -A 7 -A 8 -A 9 -A10 -A11
4 CN114- 2 COM CN114- 5 COM CN114- 1 A CN114- 3 A/ CN114- 4 B CN114- 6 B/
CN113- 1 DRV1 CN113- 2 DRV2
CN112- 1 DRV1 CN112- 2 DRV2
Sub tray exit solenoid
SD4
6
CN58-A 1 SOUT14 CN58-A 2 SOUT13 CN58-A 3 M48_CONT CN58-A 4 M34_F/R CN58-A 5 M34_CONT CN58-A 6 M33_F/R CN58-A 7 M33_CONT CN58-A 8 M23_F/R CN58-A 9 M23_CONT CN58-A10 M23_F/R CN58-A11 M22_CONT CN58-A12 M20_F/R CN58-A13 M20_CONT CN58-A14 M18_F/R CN58-A15 M18_CONT CN58-A16 M13_F/R CN58-A17 M13_CONT CN58-B 1 SOUT16 CN58-B 2 SOUT15 CN58-B 3 M73_F/R CN58-B 4 M73_CONT CN58-B 5 M64_F/R CN58-B 6 M64_CONT CN58-B 7 M63_F/R CN58-B 8 M63_CONT CN58-B 9 M60_F/R CN58-B10 M60_CONT CN58-B11 M50_F/R CN58-B12 M50_CONT CN58-B13 M49_F/R CN58-B14 M49_CONT CN58-B15 M48_F/R CN58-B16 SOUT10 CN58-B17 SOUT9
J42-A11 J42-A10 J42-A 9 J42-A 8 J42-A 7 J42-A 6 J42-A 5 J42-A 4 J42-A 3 J42-A 2 J42-A 1
-5
-3 -4
-1 -2
CN111- 3 COM CN111- 9 COM CN111- 1 A CN111- 5 A/ CN111- 7 B CN111-11 B/
CN157- 1 24V CN157- 2 DRV
CN146- 1 24V CN146- 2 DRV
CN110- 1 DRV1 CN110- 2 DRV2
CN144- 1 24V CN144- 2 DRV
Sub tray gate solenoid
SD3
Clamp
CN83- 1 M32_24V CN83- 2 M32_24V CN83- 3 M32_PGND CN83- 4 M32_PGND CN83- 5 M32_H/L CN83- 6 M32_LD CN83- 7 M32_F/R CN83- 8 M32_CLK CN83- 9 M32_CONT CN83- 10 M32_SGND CN83- 11 M32_5V
J31- 1
J31- 3 J31- 2
J31- 5 J31- 4
-2 -1
-2 -1
-2 -1
-2 -1
CN145- 1 24V CN145- 2 DRV
CN108- 1 DRV1 CN108- 2 DRV2
CN105- 2 DRV1 CN105- 1 DRV2
CN109- 1 COM CN109- 2 COM CN109- 3 A CN109- 4 A/ CN109- 5 B CN109- 6 B/
CN107- 5 COM CN107- 2 COM CN107- 4 A CN107- 6 A/ CN107- 3 B CN107- 1 B/
CN106- 3 COM CN106- 9 COM CN106- 1 A CN106- 5 A/ CN106- 7 B CN106-11 B/
CN104- 3 COM CN104- 9 COM CN104- 1 A CN104- 5 A/ CN104- 7 B CN104-11 B/
CN103- 3 COM CN103- 9 COM CN103- 1 A CN103- 5 A/ CN103- 7 B CN103-11 B/
CN139- 1 DRV CN139- 2 EM CN139- 3 PGND
CN158- 1 DRV CN158- 2 EM CN158- 3 H/L CN158- 4 PGND
CN138- 1 DRV CN138- 2 EM CN138- 3 H/L CN138- 4 PGND
CN153- 1 DRV1 CN153- 2 DRV2
Entrance gate solenoid
SD1
5
CN82- 5 M23_DRV1 CN82- 6 M23_DRV2 CN82- 7 RSV_SD1_24V CN82- 8 RSV_SD1_DRV
CN82- 3 SD21_24V CN82- 4 SD21_DRV
CN82- 1 M22_DRV1 CN82- 2 M22_DRV2
CN73- 1 M21_24V CN73- 2 M21_24V CN73- 3 M21_DRV_A CN73- 4 M21_DRV_A/ CN73- 5 M21_DRV_B CN73- 6 M21_DRV_B/
-3 -4
-1 -2
-1 -2
-2 -1
-2 -1
-6 -5 -4 -3 -2 -1
-3 -2 -1
-2 -1
CN143- 1 24V CN143- 2 DRV
CN142- 1 24V CN142- 2 DRV
Bypass gate solenoid
SD2
Sub compile
CN56-A 1 M61_CONT2 CN56-A 2 M61_CONT1 CN56-A 3 M61_F/R CN56-A 4 M61_EN CN56-A 5 M61_MODE1 CN56-A 6 M61_CLK CN56-A 7 M47_CONT2 CN56-A 8 M47_CONT1 CN56-A 9 M47_F/R CN56-A10 M47_EN CN56-A11 M47_MODE1 CN56-A12 M47_CLK CN56-A13 M46_CONT2 CN56-A14 M46_CONT1 CN56-A15 M46_F/R CN56-A16 M46_EN CN56-A17 M46_MODE1 CN56-A18 M46_CLK CN56-B 1 M80_H/L CN56-B 2 M80_CONT CN56-B 3 M81_H/L CN56-B 4 M72_CONT CN56-B 5 M71_H/L CN56-B 6 M71_CONT CN56-B 7 M65_/B CN56-B 8 M65_B CN56-B 9 M65_/A CN56-B10 M65_A CN56-B11 M62_/B CN56-B12 M62_B CN56-B13 M62_/A CN56-B14 M62_A CN56-B15 M19_/B CN56-B16 M19_B CN56-B17 M19_/A CN56-B18 M19_A
1 SUB1_CONT2 2 SUB1_CONT1 3 SUB1_F/R 4 SUB1_EN 5 SUB1_MODE1 6 SUB1_CLK
CN81-B 9 SD91_24V CN81-B10 SD91_DRV CN81-B11 NC
J20- 8 J20- 7
J20-10 J20- 9
-7 -8
J10-14 J10-13
-2 -1
-2 -1
CN140- 1 24V CN140- 2 DRV
CN141- 1 24V CN141- 2 DRV
4
CN81-B 7 SD13_24V CN81-B 8 SD13_DRV
CN81-B 5 M20_DRV1 CN81-B 6 M20_DRV2
F J21- 2 J21- 1
-5 -6
J10-16 J10-15
52
CN81-B 3 SD11_24V CN81-B 4 SD11_DRV
CN81-B 1 SD12_24V CN81-B 2 SD12_DRV
CN81-A 9 M18_DRV1 CN81-A10 M18_DRV2 CN81-A11 NC
CN81-A 7 M13_DRV1 CN81-A 8 M13_DRV2
CN81-A 1 M19_24V CN81-A 2 M19_24V CN81-A 3 M19_DRV_A CN81-A 4 M19_DRV_A/ CN81-A 5 M19_DRV_B CN81-A 6 M19_DRV_B/
-3 -4
J10-18 J10-17
-2 -1
-2 -1
3
CN60CN60CN60CN60CN60CN60-
CN57-A 1 SD2_CONT CN57-A 2 SD1_CONT CN57-A 3 M74_H/L CN57-A 4 M74_F/R CN57-A 5 M74_CLK CN57-A 6 M74_CONT CN57-A 7 M32_H/L CN57-A 8 M32_F/R CN57-A 9 M32_CLK CN57-A10 M32_CONT CN57-A11 M91_H/L CN57-A12 M91_F/R CN57-A13 M91_CLK CN57-A14 M91_CONT CN57-A15 M2_H/L CN57-A16 M2_F/R CN57-A17 M2_CLK CN57-A18 M2_CONT CN57-B 1 SOUT17 CN57-B 2 CL72_CONT CN57-B 3 CL71_CONT CN57-B 4 SD80_F/R CN57-B 5 SD80_CONT CN57-B 6 SD72_CONT CN57-B 7 SD71_CONT CN57-B 8 SD43_CONT CN57-B 9 SD42_CONT CN57-B10 SD41_CONT CN57-B11 SD32_CONT CN57-B12 SD31_CONT CN57-B13 SD21_CONT CN57-B14 SD13_CONT CN57-B15 SD12_CONT CN57-B16 SD11_CONT CN57-B17 SD4_CONT CN57-B18 SD3_CONT
-1 -2
J10-20 J10-19
Conveyance/Main frame
CN72- 1 M15_24V CN72- 2 M15_24V CN72- 3 M15_DRV_A CN72- 4 M15_DRV_A/ CN72- 5 M15_DRV_B CN72- 6 M15_DRV_B/ CN72- 7 NC CN72- 8 M17_24V CN72- 9 M17_24V CN72- 10 M17_DRV_A CN72- 11 M17_DRV_A/ CN72- 12 M17_DRV_B CN72- 13 M17_DRV_B/
CN71- 7 M12_24V CN71- 8 M12_24V CN71- 9 M12_DRV_A CN71- 10 M12_DRV_A/ CN71- 11 M12_DRV_B CN71- 12 M12_DRV_B/
-1 -2
J16-6 J16-7
2
CN71- 1 M11_24V CN71- 2 M11_24V CN71- 3 M11_DRV_A CN71- 4 M11_DRV_A/ CN71- 5 M11_DRV_B CN71- 6 M11_DRV_B/
CN61- 2 M4_PGND CN61- 3 M80_DRV CN61- 4 M80_PGND
CN61- 1 M4_DRV
CN80-B 9 M4_LD CN80-B10 M80_LD CN80-B11 M80_H/L CN80-B12 M81_LD CN80-B13 M81_H/L
CN80-B 7 SD80_DRV1 CN80-B 8 SD80_DRV2
CN80-B 5 SD4_24V CN80-B 6 SD4_DRV
CN80-B 3 SD3_24V CN80-B 4 SD3_DRV
CN80-B 1 SD1_24V CN80-B 2 SD1_DRV
CN80-A12 SD2_24V CN80-A13 SD2_DRV
Intermediate conveyance motor
Entrance conveyance motor
M2
CN101-11 24V CN101-10 24V CN101- 9 P.GND CN101- 8 P.GND CN101- 7 H/L CN101- 6 LD CN101- 5 CW/CCW CN101- 4 CLOCK CN101- 3 START/STOP CN101- 2 S.GND CN101- 1 5V
M1
1
CN55-A 1 M43_CLK CN55-A 2 M42_CONT2 CN55-A 3 M42_CONT1 CN55-A 4 M42_F/R CN55-A 5 M42_EN CN55-A 6 M42_MODE1 CN55-A 7 M42_CLK CN55-A 8 M41_CONT2 CN55-A 9 M41_CONT1 CN55-A10 M41_F/R CN55-A11 M41_EN CN55-A12 M41_MODE1 CN55-A13 M41_CLK CN55-A14 M31_CONT2 CN55-A15 M31_CONT1 CN55-A16 M31_F/R CN55-A17 M31_EN CN55-A18 M31_MODE1 CN55-A19 M31_CLK CN55-B 1 SOUT23 CN55-B 2 SOUT22 CN55-B 3 M45_CONT2 CN55-B 4 M45_CONT1 CN55-B 5 M45_F/R CN55-B 6 M45_EN CN55-B 7 M45_MODE1 CN55-B 8 M45_CLK CN55-B 9 M44_CONT2 CN55-B10 M44_CONT1 CN55-B11 M44_F/R CN55-B12 M44_EN CN55-B13 M44_MODE1 CN55-B14 M44_CLK CN55-B15 M43_CONT2 CN55-B16 M43_CONT1 CN55-B17 M43_F/R CN55-B18 M43_EN CN55-B19 M43_MODE1
G (Glue tank movement motor M31)
D
CN80-A 1 M2_24V CN80-A 2 M2_24V CN80-A 3 M2_PGND CN80-A 4 M2_PGND CN80-A 5 M2_H/L CN80-A 6 M2_LD CN80-A 7 M2_F/R CN80-A 8 M2_CLK CN80-A 9 M2_CONT CN80-A10 M2_SGND CN80-A11 M2_5V
C CN100- 2 COM CN100- 5 COM CN100- 1 A CN100- 3 A/ CN100- 4 B CN100- 6 B/
B
CN70- 1 M1_24V CN70- 2 M1_24V CN70- 3 M1_DRV_A CN70- 4 M1_DRV_A/ CN70- 5 M1_DRV_B CN70- 6 M1_DRV_B/ CN70- 7 M31_24V CN70- 8 M31_24V CN70- 9 M31_DRV_A CN70- 10 M31_DRV_A/ CN70- 11 M31_DRV_B CN70- 12 M31_DRV_B/
A
CN54-A 1 M15_MODE1 CN54-A 2 M15_CLK CN54-A 3 M12_CONT2 CN54-A 4 M12_CONT1 CN54-A 5 M12_F/R CN54-A 6 M12_EN CN54-A 7 M12_MODE1 CN54-A 8 M12_CLK CN54-A 9 M11_CONT2 CN54-A10 M11_CONT1 CN54-A11 M11_F/R CN54-A12 M11_EN CN54-A13 M11_MODE1 CN54-A14 M11_CLK CN54-A15 M1_CONT2 CN54-A16 M1_CONT1 CN54-A17 M1_F/R CN54-A18 M1_EN CN54-A19 M1_MODE1 CN54-A20 M1_CLK CN54-B 1 M4_CONT CN54-B 2 SD61_F/R CN54-B 3 SD61_CONT CN54-B 4 SD91_CONT CN54-B 5 M21_CONT2 CN54-B 6 M21_CONT1 CN54-B 7 M21_F/R CN54-B 8 M21_EN CN54-B 9 M21_MODE1 CN54-B10 M21_CLK CN54-B11 M17_CONT2 CN54-B12 M17_CONT1 CN54-B13 M17_F/R CN54-B14 M17_EN CN54-B15 M17_MODE1 CN54-B16 M17_CLK CN54-B17 M15_CONT2 CN54-B18 M15_CONT1 CN54-B19 M15_F/R CN54-B20 M15_EN
18.14 PB-501 1/4
9
Glue tank A
B
C
51 52
8 9
D
4 5 6 7
E
51
F
G
I 101
9
H
I
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006 18. OVERALL WIRING DIAGRAM
bizhub PRO 1050/1050P /1050e/1050eP
18. OVERALL WIRING DIAGRAM
Field Service Ver3.0 Nov.2006
PB-501 location list Symbol M1
Part name Entrance conveyance motor
Location 1-C
M2
Intermediate conveyance motor
1-C
M4
Pellet supply cooling fan motor
3-C
M11
SC entrance conveyance motor
3-C
M12
SC switchback conveyance motor
3-C
M13
SC switchback release motor
4-C
M15
SC alignment motor
3-C
M17
SC bundle conveynace motor
4-C
M18
SC roller release motor
4-C
M19
Clamp entranse movement motor
4-C
M20
Clamp entranse roller release motor
5-C
M21
Clamp alignment motor
5-C
M22
Clamp motor
6-C
M23
Clamp rotation motor
6-C
M31
Glue tank movement motor
6-C
M32
Glue apply roller motor
6-C
M33
Pellet supply motor
8-C
M34
Pellet supply arm motor
7-C
M80
Exhaust fan /1
3-C
M81
Exhaust fan /2
2-C
MS1
Pellet supply door switch
3-C
PBDB
PB drive board
1-G
SD1
Entrance gate solenoid
2-C
SD2
Bypass gate solenoid
2-C
SD3
Sub tray gate solenoid
2-C
SD4
Sub tray exit solenoid
2-C
SD11
FD alignment solenoid
5-C
SD12
SC stopper solenoid
5-C
SD13
SC pressure arm solenoid
5-C
SD31
Glue tank up solenoid /1
7-C
SD32
Cover paper glue up solenoid
7-C
SD33
Glue tank up solenoid /2
7-C
SD80
Front door lock solenoid
2-C
SD91
Straight gate solenoid
5-C
10 11 12 13 14
I 15 16
CN64- 1 RSV_M2_DRV1 CN64- 2 RSV_M2_DRV2 CN64- 3 RSV_M3_DRV1 CN64- 4 RSV_M3_DRV2 CN64- 5 AD_SUB2
-15 -21 -14 -12 -9 -10 -1 -13
-19
-18
-20 -2
-11
-16
-4
-3
-23
-22 -17
J73-15 J73-21 J73-14 J73-12 J73- 9 J73-10 J73- 1 J73-13
J73-19
J73-18
J73-20 J73- 2
J73-11
J73-16
J73- 4
J73- 3
J73-23
J73-22 J73-17
PBDB(2/2) CN88- 1 SGND CN88- 2 PS91_SIG CN88- 3 5V CN88- 4 SGND CN88- 5 PS92_SIG CN88- 6 5V CN88- 7 SGND CN88- 8 RSV_PS2_SIG CN88- 9 5V CN88- 10 SGND CN88- 11 AD_SUB1 CN88- 12 5V
17
PS77 PS82 PS74 PS75
M71 M72
CN226- 3 SGND CN226- 2 SIG CN226- 1 5V CN231- 3 SGND CN231- 2 SIG CN231- 1 5V CN223- 3 SGND CN223- 2 SIG CN223- 1 5V CN224- 3 SGND CN224- 2 SIG CN224- 1 5V
CN134- 1 DRV CN134- 2 EM CN134- 3 PGND
CN135- 1 DRV CN135- 2 EM CN135- 3 PGND
Cover paper tray fan /2
Cover paper tray fan /1
Cover paper conveyance sensor /1
Cover paper tray upper limit sensor
Cover paper tray knob sensor
Cover paper conveyance sensor /3
Cover paper conveyance sensor /2
AC CODE BLK
WIT FT8 FT10 WIT FT12 4
FT5 BLK FT7 FT9 BLK FT11 3
CN239-1A
J7-2 WIT J8-2 J8-2 WIT CN239-2A
Front door switch WIT
BLK
DCPU/2
(with interlock)
13 19
CN248-2B
CN248-1B
MS3
14 15
CN248-2A
CN248-1A
(without interlock)
DCPU/1
16 18 11
18
NF1
CN239-1B BLK
CN239-2B WIT
2
1
102
DCPU/3
G
CN89- 1 M91_24V CN89- 2 M91_24V CN89- 3 M91_PGND CN89- 4 M91_PGND CN89- 5 M91_H/L CN89- 6 M91_LD CN89- 7 M91_F/R CN89- 8 M91_CLK CN89- 9 M91_CONT CN89- 10 M91_SGND CN89- 11 M91_5V
17
WIT
Circuit breaker
CBR
WIT
PS76
CN225- 3 SGND CN225- 2 SIG CN225- 1 5V
FT6
BLK
PS71
CN222- 3 SGND CN222- 2 SIG CN222- 1 5V
J8-1 BLK
J7-2
J7-1
J7-3
J7-4
J2-2
Cover paper pick up solenoid
SD71 CN151- 1 24V CN151- 2 DRV
J8-3
J8-1
J2-1
Cover paper separation clutch
MC72 CN155- 1 24V CN155- 2 DRV
J8-4
J8-3
BLK
WIT
Cover paper pick up clutch
MC71 CN154- 1 24V CN154- 2 DRV
J8-4
BLK
J7-1
BLK
Cover paper tray lift motor
M73 CN136- 1 DRV1 CN136- 2 DRV2
17
CN65-1 :LINE(H)
Cover paper tray solenoid
SD72 CN152- 1 24V CN152- 2 DRV
Cover paper empty sensor
Cover paper feed motor
M74
CN47-2A
CN65-3 :LINE(N)
SD61 CN153- 1 DRV1 CN153- 2 DRV2
WIT
J7-3
BLK
Booklet door solenoid
M64 CN132- 1 DRV1 CN132- 2 DRV2
J7-4
CN95-1 㧦㧗V/5V CN95-2 㧦㧗V/5V CN95-3 㧦-V/SGND CN95-4 㧦-V/SGND
CN47-1A
WIT
Booklet movement motor
M65
MS2
CN92-1 PS_ON CN92-2 PGND
BLK
CN47-1B
CN67-1 :LINE(H)
Booklet stopper motor
M63 CN131- 1 DRV1 CN131- 2 DRV2 CN133- 1 COM CN133- 2 COM CN133- 3 A CN133- 4 A/ CN133- 5 B CN133- 6 B/
Booklet conveyance belt motor
AC INRET
CN97-2 -V/PGND CN97-1 -V/PGND
WIT
J2-3
J2-4
-3 -2 -1
Booklet conveyance belt up down motor
M62
CN130- 1 COM CN130- 2 COM CN130- 3 A CN130- 4 A/ CN130- 5 B CN130- 6 B/
CN47-2B
CN67-5 :LINE(N)
-1 -2 -3
J82-3 J82-2 J82-1
-3 -2 -1
Booklet conveyance belt movement motor
M61
CN129- 3 COM CN129- 9 COM CN129- 1 A CN129- 5 A/ CN129- 7 B CN129-11 B/
Cover paper tray
CN97-6 㧗V/24V CN97-5 㧗V/24V CN97-4 㧗V/24V CN97-3 -V/PGND
-1 -2 -3
J81-3 J81-2 J81-1
BLK
CN66-1 :LINE(H)
-1 -2 -3
J80-6 J80-5 J80-4
Cutter HP sensor
SD41 CN150- 1 24V CN150- 2 DRV
WIT
BLK
-4 -5 -6
J80-3 J80-2 J80-1
Cutter motor (Within the cutter unit)
M50
CN137-11 24V CN137-10 24V CN137- 9 P.GND CN137- 8 P.GND CN137- 7 H/L CN137- 6 LD CN137- 5 CW/CCW CN137- 4 CLOCK CN137- 3 START/STOP CN137- 2 S.GND CN137- 1 5V
Cover paper folding motor /Rt
M48 CN127- * DRV1 CN127- * DRV2
Cover paper feed
CN93-1 PS_ON CN93-2 PGND
CN66-5 :LINE(N)
-1 -2 -3
J84-3 J84-2 J84-1
WIT
-1 -2 -3
J83-3 J83-2 J83-1
-2 -1
-2 -1
-2 -1
-2 -1
-2 -1
-6 -5 -4 -3 -2 -1
-6 -5 -4 -3 -2 -1
-2 -1
-1Red -2Black
16
CN98-2 -V/PGND CN98-1 -V/PGND
CN98-6 㧗V/24V CN98-5 㧗V/24V CN98-4 㧗V/24V CN98-3 -V/PGND
-24
-1 -2
J70- 2 J70- 1
J73-24
-1 -2
J92- 2 J92- 1
CN166-6 CN166-5
15
CN52-6 PGND CN52-5 PGND CN52-4 PGND CN52-3 24V2 CN52-2 24V2 CN52-1 24V2
CN87-B 7 PS75_SIG CN87-B 8 RSV_PS1_SIG CN87-B 9 NC CN87-B10 NC CN87-B11 SGND CN87-B12 M71/72_DRV
CN87-B 6 PS74_SIG
CN87-B 5 PS82_SIG
CN87-B 4 PS77_SIG
CN87-B 3 PS76_SIG
CN87-B 2 PS71_SIG
CN87-B 1 SD71_DRV
CN87-A12 CL72_DRV
-1 -2 -3 -4 -5 -6
J62-18 J62-17 J62-16 J62-15 J62-14 J62-13
-1 -2
CN125- 1 DRV1 CN125- 2 DRV2
Booklet
CN87-A11 CL71_DRV
CN87-A 1 24V1 CN87-A 2 PGND CN87-A 3 NC CN87-A 4 NC CN87-A 5 5V CN87-A 6 TRAY_SET CN87-A 7 M71_LD CN87-A 8 M72_LD CN87-A 9 M73_DRV1 CN87-A10 M73_DRV2
-1 -2 -3 -4 -5 -6 J61-15 J61-14 J61-13 J61-12 J61-11 J61-10
J53-9 J53-8
M49 CN126- 1 DRV1 CN126- 2 DRV2
14
CN51-4 PGND CN51-3 PGND CN51-2 24V1 CN51-1 24V1
CN50- 4 SGND CN50- 3 SGND CN50- 2 5V CN50- 1 5V
CN86- 12 SD72_24V CN86- 13 SD72_DRV
CN86- 1 M74_24V CN86- 2 M74_24V CN86- 3 M74_PGND CN86- 4 M74_PGND CN86- 5 M74_H/L CN86- 6 M74_LD CN86- 7 M74_F/R CN86- 8 M74_CLK CN86- 9 M74_CONT CN86- 10 M74_SGND CN86- 11 M74_5V
CN69- 3 PGND(NC) CN69- 4 SD61_DRV1 CN69- 5 SD61_DRV1
CN69- 1 M64_DRV1 CN69- 2 M64_DRV2
CN85-B 7 M60_DRV1 CN85-B 8 M60_DRV2
-8 -9
J91- 2 J91- 1
J64- 8 J64- 7
-6 -7
J91- 4 J91- 3
Cover paper folding motor /Lt
M45
CN122- 5 COM CN122- 2 COM CN122- 4 A CN122- 6 A/ CN122- 3 B CN122- 1 B/
Cover paper conveyance arm motor /Lt
13
CN86- 14 RSV_SD2_24V CN86- 15 RSV_SD2_DRV
H CN85-B 1 M65_24V CN85-B 2 M65_24V CN85-B 3 M65_DRV_A CN85-B 4 M65_DRV_A/ CN85-B 5 M65_DRV_B CN85-B 6 M65_DRV_B/
-4 -5
J91- 6 J91- 5
M44
CN121- 3 COM CN121- 9 COM CN121- 1 A CN121- 5 A/ CN121- 7 B CN121-11 B/
Cover paper conveyance arm motor /Rt
12
CN85-A 7 M63_DRV1 CN85-A 8 M63_DRV2
-2 -3
J91- 8 J91- 7
Cover paper conveyance motor
M43
CN120- 3 COM CN120- 9 COM CN120- 1 A CN120- 5 A/ CN120- 7 B CN120-11 B/
Booklet exit motor
Cover paper alignment motor
Cover paper table
CN85-A 1 M62_24V CN85-A 2 M62_24V CN85-A 3 M62_DRV_A CN85-A 4 M62_DRV_A/ CN85-A 5 M62_DRV_B CN85-A 6 M62_DRV_B/
-1
J91- 9
E
CN78- 1 NC CN78- 2 M61_24V CN78- 3 M61_24V CN78- 4 M61_DRV_A CN78- 5 M61_DRV_A/ CN78- 6 M61_DRV_B CN78- 7 M61_DRV_B/
-1 -2 -3 -4 -5 -6
J56- 6 J56- 5 J56- 4 J56- 3 J56- 2 J56- 1
D
CN84- 7 SD41_24V CN84- 8 SD41_DRV CN84- 9 SD42_24V CN84- 10 SD42_DRV CN84- 11 SD43_24V CN84- 12 SD43_DRV
-7 -8 -9 -10 -11 -12
J95- 6 J95- 5 J95- 4 J95- 3 J95- 2 J95- 1
M42
CN119- 3 COM CN119- 9 COM CN119- 1 A CN119- 5 A/ CN119- 7 B CN119-11 B/
11
CN84- 5 M50_DRV1 CN84- 6 M50_DRV2
CN84- 3 M48_DRV1 CN84- 4 M48_DRV2
CN84- 1 M49_DRV1 CN84- 2 M49_DRV2
-1 -2 -3 -4 -5 -6
J95-12 J95-11 J95-10 J95- 9 J95- 8 J95- 7
M41
CN118- 5 COM CN118- 2 COM CN118- 4 A CN118- 6 A/ CN118- 3 B CN118- 1 B/
10
CN74- 1 M45_24V CN74- 2 M45_24V CN74- 3 M45_DRV_A CN74- 4 M45_DRV_A/ CN74- 5 M45_DRV_B CN74- 5 M45_DRV_B/
CN77- 1 M43_24V CN77- 2 M43_24V CN77- 3 M43_DRV_A CN77- 4 M43_DRV_A/ CN77- 5 M43_DRV_B CN77- 6 M43_DRV_B/ CN77- 7 NC CN77- 8 M44_24V CN77- 9 M44_24V CN77- 10 M44_DRV_A CN77- 11 M44_DRV_A/ CN77- 12 M44_DRV_B CN77- 13 M44_DRV_B/
-1 -2 -3 -4 -5 -6 -7 -8 -9 -10 -11 -12 -13
F J94-13 J94-12 J94-11 J94-10 J94- 9 J94- 8 J94- 7 J94- 6 J94- 5 J94- 4 J94- 3 J94- 2 J94- 1
A
CN76- 1 M41_24V CN76- 2 M41_24V CN76- 3 M41_DRV_A CN76- 4 M41_DRV_A/ CN76- 5 M41_DRV_B CN76- 6 M41_DRV_B/ CN76- 7 NC CN76- 8 M42_24V CN76- 9 M42_24V CN76- 10 M42_DRV_A CN76- 11 M42_DRV_A/ CN76- 12 M42_DRV_B CN76- 13 M42_DRV_B/
M47
CN124- 5 COM CN124- 2 COM CN124- 4 A CN124- 6 A/ CN124- 3 B CN124- 1 B/
Cover paper table up down motor /Rr
M46
CN123- 5 COM CN123- 2 COM CN123- 4 A CN123- 6 A/ CN123- 3 B CN123- 1 B/
C Cover paper table up down motor /Fr
B
CN75- 7 M47_24V CN75- 8 M47_24V CN75- 9 M47_DRV_A CN75- 10 M47_DRV_A/ CN75- 11 M47_DRV_B CN75- 12 M47_DRV_B/
CN75- 1 M46_24V CN75- 2 M46_24V CN75- 3 M46_DRV_A CN75- 4 M46_DRV_A/ CN75- 5 M46_DRV_B CN75- 6 M46_DRV_B/
18.15 PB-501 2/4
18 Noise filter FT14
FT13
A
B
MS4
Upper door switch
C
WIT
BLK
D
E
F
G
20
12
H
I
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006 18. OVERALL WIRING DIAGRAM
bizhub PRO 1050/1050P /1050e/1050eP
18. OVERALL WIRING DIAGRAM
Field Service Ver3.0 Nov.2006
PB-501 location list Symbol
Part name
Location
CBR
Circuit breaker
18-A
DCPU/1
DC power supply unit /1
17-F
DCPU/2
DC power supply unit /2
17-F
DCPU/3
DC power supply unit /3
18-F
M41
Cover paper alignment motor
10-C
M42
Booklet exit motor
10-C
M43
Cover paper conveyance arm motor /Rt
11-C
M44
Cover paper conveyance arm motor /Lt
11-C
M45
Cover paper conveyance motor
11-C
M46
Cover paper table up down motor /Fr
10-C
M47
Cover paper table up down motor /Rr
10-C
M48
Cover paper folding motor /Rt
12-C
M49
Cover paper folding motor /Lt
12-C
M50
Cutter motor
12-C
M61
Booklet conveyance belt motor
12-C
M62
Booklet conveyance belt movement motor
13-C
M63
Booklet conveyance belt up down motor
13-C
M64
Booklet movement motor
13-C
M65
Booklet stopper motor
13-C
M71
Cover paper tray fan /1
16-C
M72
Cover paper tray fan /2
16-C
M73
Cover paper tray lift motor
15-C
M74
Cover paper feed motor
14-C
MC71
Cover paper pick up clutch
15-C
MC72
Cover paper separation clutch
15-C
MS2
Front door switch
17-C
MS3
Upper door switch
18-C
MS4
Stacker door switch
18-B
NF
Noise filter
18-A
PBDB
PB drive board
10-H
PS71
Cover paper empty sensor
15-C
PS74
Cover paper tray upper limit sensor
16-C
PS75
Cover paper conveyance sensor /1
16-C
PS76
Cover paper conveyance sensor /2
15-C
PS77
Cover paper conveyance sensor /3
15-C
PS82
Cover paper tray knob sensor
16-C
SD41
Cover paper lift solenoid
12-C
SD61
Booklet door solenoid
14-C
SD71
Cover paper pick up solenoid
15-C
SD72
Cover paper tray solenoid
14-C
R 1 CN171- 3 S.GND CN171- 2 SIG CN171- 1 5V
Sub tray full sensor PS5
SC entrance sensor PS2
Conveyance
2
Sub compile
3 4
CN181- 3 S.GND CN181- 2 SIG CN181- 1 5V
CN185- 3 S.GND CN185- 2 SIG CN185- 1 5V CN182- 3 S.GND CN182- 2 SIG CN182- 1 5V CN183- 3 S.GND CN183- 2 SIG CN183- 1 5V CN184- 3 S.GND CN184- 2 SIG CN184- 1 5V
SC paper detection sensor PS16 Clamp entrance roller release sensor PS19
Clamp rotation HP sensor PS24 Clamp alignment HP sensor PS21 Clamp HP sensor PS22 Clamp pressure sensor PS23
Clamp 5 6
Pellet count sensor PS37
CN249- 3 S.GND CN249- 2 SIG CN249- 1 5V
Pellet supply arm lower limit sensor PS39 Pellet supply door sensor PS40
7
Glue tank/Glue supply 8
CN241- * NO
CN203- 3 S.GND CN203- 2 SIG CN203- 1 5V CN206- 3 S.GND CN206- 3 S.GND CN206- 1 5V CN207- 3 S.GND CN207- 2 SIG CN207- 1 5V CN208- 3 S.GND CN208- 2 SIG CN208- 1 5V CN209- 3 S.GND CN209- 2 SIG CN209- 1 5V
Cover paper folding plate encorder sensor PS50 Cover paper folding plate position sensor PS51 Cover paper folding pressure sensor PS52
Cover paper sensor /Rt PS45
Cover paper sensor /Lt PS46
CN202- 3 S.GND CN202- 2 SIG CN202- 1 5V
Cover paper folding plate HP sensor /Lt PS49
CN201- 3 S.GND CN201- 2 SIG CN201- 1 5V
CN242- * COM
CN242- * NO
CN241- * COM
Cover paper switchback switch PS44
SW42
CN166-4 CN166-3 CN166-2 CN166-1
Cutter unit Yellow-3 Brown-4 Yellow-5 Brown-6
-1
-2
-1
-2
-1
-2
-1
-2
-3 -2 -1 -1 -2
-7 -6 -5 -4 -3 -2 -1 -3 -2 -1 -3 -2 -1
J34- 1 J34- 2 J34- 3 J33- 2 J33- 1
J53-3 J53-4 J53-5 J53-6 J53-7 J53-8 J53-9 J52- 1 J52- 2 J52- 3 J58- 1 J58- 2 J58- 3
-B 4 -B 3 -B 2 -B 1
-B19 -B18 -B17
J90-B 1 J90-B 2 J90-B 3
J90-B16 J90-B17 J90-B18 J90-B19
-A 3 -A 2 -A 1
J90-A17 J90-A18 J90-A19
-B 7 -B 6 -B 5
-A 4
J90-A16
J90-B13 J90-B14 J90-B15
-A 5
J90-A15
-B10 -B 9 -B 8
-A 6
J90-A14
J90-B10 J90-B11 J90-B12
-A 7
J90-A13
-B16 -B15 -B14
-A10 -A 9 -A 8
J90-A10 J90-A11 J90-A12
-B13 -B12 -B11
-A13 -A12 -A11
J90-A 7 J90-A 8 J90-A 9
J90-B 4 J90-B 5 J90-B 6
-A16 -A15 -A14
J90-B 7 J90-B 8 J90-B 9
-A19 -A18 -A17
-1 J43- 8
J90-A 4 J90-A 5 J90-A 6
-2
J43- 7
J90-A 1 J90-A 2 J90-A 3
-3
-3 -2 -1
J41-16 J41-17 J41-18
J43- 6
-6 -5 -4
J41-13 J41-14 J41-15
-4
-9 -8 -7
J41-10 J41-11 J41-12
-5
-10
J41- 9
J43- 5
-11
J41- 8
J43- 4
-12
J41- 7
-6
-13
J41- 6
-7
-16 -15 -14
J41- 3 J41- 4 J41- 5
-8
-B 3 -B 2 -B 1
J42-B 9 J42-B10 J42-B11
J43- 3
-B 4
J43- 2
-B 5
J43- 1
-B 6
J42-B 8
-B 5
J30-B 9
-B 7
-B10 -B 9 -B 8
J30-B 4 J30-B 5 J30-B 6
J42-B 7
-B13 -B12 -B11
J30-B 1 J30-B 2 J30-B 3
J42-B 6
-A 4 -A 3 -A 2 -A 1
J30-A10 J30-A11 J30-A12 J30-A13
J42-B 5
-B 6
J30-B 8
-B 4
-B 7 J30-B 7
-B 3 -B 2 -B 1
-A 7 -A 6 -A 5
J30-A 7 J30-A 8 J30-A 9
J30-B11 J30-B12 J30-B13
-A10 -A 9 -A 8 J30-A 4 J30-A 5 J30-A 6
J30-B10
-A13 -A12 -A11 J30-A 1 J30-A 2 J30-A 3
CN20-A12 M2_LD CN20-A11 AD_SUB1 CN20-A10 VR71_SIG CN20-A 9 PS82_SIG CN20-A 8 PS77_SIG CN20-A 7 PS76_SIG CN20-A 6 PS75_SIG CN20-A 5 PS74_SIG CN20-A 4 SIN_9 CN20-A 3 PS71_SIG CN20-A 2 TRAY_SET(SW71) CN20-A 1 24VDEC CN20-B12 SIN_7 CN20-B11 SIN_6 CN20-B10 AD_SUB2 CN20-B 9 M4_LD CN20-B 8 PS92_SIG CN20-B 7 PS91_SIG CN20-B 6 M80_LD CN20-B 5 M74_LD CN20-B 4 M72_LD CN20-B 3 M71_LD CN20-B 2 M32_LD CN20-B 1 M91_LD
CN19-A17 SOUT14 CN19-A16 SOUT13 CN19-A15 M48_CONT CN19-A14 M34_F/R CN19-A13 M34_CONT CN19-A12 M33_F/R CN19-A11 M33_CONT CN19-A10 M23_F/R CN19-A 9 M23_CONT CN19-A 8 M22_F/R CN19-A 7 M22_CONT CN19-A 6 M20_F/R CN19-A 5 M20_CONT CN19-A 4 M18_F/R CN19-A 3 M18_CONT CN19-A 2 M13_F/R CN19-A 1 M13_CONT CN19-B17 SOUT16 CN19-B16 SOUT15 CN19-B15 M73_F/R CN19-B14 M73_CONT CN19-B13 M64_F/R CN19-B12 M64_CONT CN19-B11 M63_F/R CN19-B10 M63_CONT CN19-B 9 M60_F/R CN19-B 8 M60_CONT CN19-B 7 M50_F/R CN19-B 6 M50_CONT CN19-B 5 M49_F/R CN19-B 4 M49_CONT CN19-B 3 M48_F/R CN19-B 2 SOUT10 CN19-B 1 SOUT9
CN17-A18 M61_CONT2 CN17-A17 M61_CONT1 CN17-A16 M61_F/R CN17-A15 M61_EN CN17-A14 M61_MODE1 CN17-A13 M61_CLK CN17-A12 M47_CONT2 CN17-A11 M47_CONT1 CN17-A10 M47_F/R CN17-A 9 M47_EN CN17-A 8 M47_MODE1 CN17-A 7 M47_CLK CN17-A 6 M46_CONT2 CN17-A 5 M46_CONT1 CN17-A 4 M46_F/R CN17-A 3 M46_EN CN17-A 2 M46_MODE1 CN17-A 1 M46_CLK CN17-B18 M80_H/L CN17-B17 M80_CONT CN17-B16 M72_H/L CN17-B15 M72_CONT CN17-B14 M71_H/L CN17-B13 M71_CONT CN17-B12 M65_/B CN17-B11 M65_B CN17-B10 M65_/A CN17-B 9 M65_A CN17-B 8 M62_/B CN17-B 7 M62_B CN17-B 6 M62_/A CN17-B 5 M62_A CN17-B 4 M19_/B CN17-B 3 M19_B CN17-B 2 M19_/A CN17-B 1 M19_A
CN21- 6 SUB1_CONT2 CN21- 5 SUB1_CONT1 CN21- 4 SUB1_F/R CN21- 3 SUB1_EN CN21- 2 SUB1_MODE1 CN21- 1 SUB1_CLK
CN18-A18 SD2_CONT CN18-A17 SD1_CONT CN18-A16 M74_H/L CN18-A15 M74_F/R CN18-A14 M74_CLK CN18-A13 M74_CONT CN18-A12 M32_H/L CN18-A11 M32_F/R CN18-A10 M32_CLK CN18-A 9 M32_CONT CN18-A 8 M3_H/L CN18-A 7 M3_F/R CN18-A 6 M3_CLK CN18-A 5 M3_CONT CN18-A 4 M2_H/L CN18-A 3 M2_F/R CN18-A 2 M2_CLK CN18-A 1 M2_CONT CN18-B18 SOUT17 CN18-B17 CL72_CONT CN18-B16 CL71_CONT CN18-B15 SD80_F/R CN18-B14 SD80_CONT CN18-B13 SD72_CONT CN18-B12 SD71_CONT CN18-B11 SD43_CONT CN18-B10 SD42_CONT CN18-B 9 SD41_CONT CN18-B 8 SD32_CONT CN18-B 7 SD31_CONT CN18-B 6 SD21_CONT CN18-B 5 SD13_CONT CN18-B 4 SD12_CONT CN18-B 3 SD11_CONT CN18-B 2 SD4_CONT CN18-B 1 SD3_CONT
8
CN35-B16 SGND CN35-B17 PS52_SIG CN35-B18 5V CN35-B19 NC
CN35-B13 SGND CN35-B14 PS51_SIG CN35-B15 5V
CN35-B10 SGND CN35-B11 PS50_SIG CN35-B12 5V
CN35-B 7 SGND CN35-B 8 PS49_SIG CN35-B 9 5V
CN35-B 4 SGND CN35-B 5 PS46_SIG CN35-B 6 5V
CN35-B 1 SGND CN35-B 2 PS45_SIG CN35-B 3 5V
CN35-A17 SGND CN35-A18 PS44_SIG CN35-A19 5V
CN35-A16 SGND
CN35-A15 SW42
CN35-A14 SGND
CN35-A13 SW41
CN35-A10 SGND CN35-A11 PS43_SIG CN35-A12 5V
CN35-A 7 SGND CN35-A 8 PS41_SIG CN35-A 9 5V
CN35-A 4 SGND CN35-A 5 PS48_SIG CN35-A 6 5V
CN35-A 1 SGND CN35-A 2 PS42_SIG CN35-A 3 5V
CN34- 8 SGND CN34- 9 NC
CN34- 7 TH4_SIG
CN34- 6 SGND
CN34- 5 TH3_SIG
CN34- 4 SGND
CN34- 3 TH2_SIG
CN34- 2 SGND
CN34- 1 TH1_SIG
CN33- 18 SGND CN33- 19 PS40_SIG CN33- 20 5V
CN33- 15 SGND CN33- 16 PS39_SIG CN33- 17 5V
CN33- 12 SGND CN33- 13 PS38_SIG CN33- 14 5V
CN33- 11 5V
CN33- 10 LED32_CONT
CN33- 9 SGND
CN33- 8 PS37_SIG
CN33- 5 SGND CN33- 6 PS36_SIG CN33- 7 5V
CN33- 4 5V
CN33- 3 LED31
CN33- 2 SGND
CN33- 1 PS32_SIG
CN32-B12 SGND CN32-B13 PS29_SIG CN32-B14 5V
CN32-B11 SGND
CN32-B10 LED21_CONT
CN32-B 7 SGND CN32-B 8 PS27_SIG CN32-B 9 5V
CN32-B 4 SGND CN32-B 5 PS26_SIG CN32-B 6 5V
CN32-B 1 SGND CN32-B 2 PS25_SIG CN32-B 3 5V
CN32-A14 SGND
CN32-A13 PS28_SIG
CN32-A10 SGND CN32-A11 PS23_SIG CN32-A12 5V
CN32-A 7 SGND CN32-A 8 PS22_SIG CN32-A 9 5V
CN32-A 4 SGND CN32-A 5 PS21_SIG CN32-A 6 5V
CN32-A 1 SGND CN32-A 2 PS24_SIG CN32-A 3 5V
CN31-B10 SGND CN31-B11 SIN_11 CN31-B12 5V
CN31-B 7 SGND CN31-B 8 PS19_SIG CN31-B 9 5V
CN31-B 4 SGND CN31-B 5 PS16_SIG CN31-B 6 5V
CN16-A19 M43_CLK CN16-A18 M42_CONT2 CN16-A17 M42_CONT1 CN16-A16 M42_F/R CN16-A15 M42_EN CN16-A14 M42_MODE1 CN16-A13 M42_CLK CN16-A12 M41_CONT2 CN16-A11 M41_CONT1 CN16-A10 M41_F/R CN16-A 9 M41_EN CN16-A 8 M41_MODE1 CN16-A 7 M41_CLK CN16-A 6 M31_CONT2 CN16-A 5 M31_CONT1 CN16-A 4 M31_F/R CN16-A 3 M31_EN CN16-A 2 M31_MODE1 CN16-A 1 M31_CLK CN16-B19 SOUT23 CN16-B18 SOUT22 CN16-B17 M45_CONT2 CN16-B16 M45_CONT1 CN16-B15 M45_F/R CN16-B14 M45_EN CN16-B13 M45_MODE1 CN16-B12 M45_CLK CN16-B11 M44_CONT2 CN16-B10 M44_CONT1 CN16-B 9 M44_F/R CN16-B 8 M44_EN CN16-B 7 M44_MODE1 CN16-B 6 M44_CLK CN16-B 5 M43_CONT2 CN16-B 4 M43_CONT1 CN16-B 3 M43_F/R CN16-B 2 M43_EN CN16-B 1 M43_MODE1
7
Cutter end position switch (Within the cutter unit)
Cutter HP sensor SW41 (Within the cutter unit)
CN200- 3 S.GND CN200- 2 SIG CN200- 1 5V
Cover paper alignment HP sensor PS41 Cover paper conveyance arm HP sensor /Lt PS43
CN205- 3 S.GND CN205- 2 SIG CN205- 1 5V
Cover paper folding plate HP sensor /Rt PS48
CN198- 3 S.GND CN198- 2 SIG CN198- 1 5V
CN199- 3 S.GND CN199- 2 SIG CN199- 1 5V
Cover paper conveyance arm HP sensor /Rt PS42
CN253- 2
CN253- 1
CN252- 2
CN252- 1
CN251- 2
CN251- 1
CN250- 2
-3 -2 -1
J32- 1 J32- 2 J32- 3
-3 -2 -1
J20- 8 J20- 9 J20-10
CN31-B 1 SGND CN31-B 2 PS18_SIG CN31-B 3 5V
CN31-A10 SGND CN31-A11 PS17_SIG CN31-A12 5V
CN31-A 7 SGND CN31-A 8 PS14_SIG CN31-A 9 5V
CN31-A 4 SGND CN31-A 5 PS13_SIG CN31-A 6 5V
CN31-A 1 SGND CN31-A 2 PS12_SIG CN31-A 3 5V
CN30-B12 H1_CONT CN30-B13 H2_CONT CN30-B14 RL_CONT CN30-B15 NC
CN30-B 9 SGND CN30-B10 PS33_SIG CN30-B11 SGND
CN30-B 6 SGND CN30-B 7 PS31_SIG CN30-B 8 5V
CN30-B 5 SGND
CN30-B 4 SW1
CN30-B 1 SGND CN30-B 2 PS2_SIG CN30-B 3 5V
CN30-A13 SGND CN30-A14 PS5_SIG CN30-A15 5V
CN30-A10 SGND CN30-A11 SIN_10 CN30-A12 5V
6
Glue tank temperature sensor /Lw TH4
Glue tank temperature sensor /Md TH3
Glue tank temperature sensor /up TH2
CN250- 1
CN197- 3 S.GND CN197- 2 SIG CN197- 1 5V
Pellet supply arm upper limit sensor PS38
O
Glue apply roller temperature sensor TH1
CN196- 3 S.GND CN196- 2 SIG CN196- 1 5V
CN162- 3 S.GND CN162- 2 NC CN162- 1 5V
CN195- 3 SIG CN195- 2 NC CN195- 1 SGND
-3 -2 -1
J22- 1 J22- 2 J22- 3
-6 -5 -4
-1
J16- 7
J20- 5 J20- 6 J20- 7
-2
J16- 6
-3 -2 -1
-5 -4 -3
J16- 3 J16- 4 J16- 5
J24- 1 J24- 2 J24- 3
-3 -2 -1
J10-18 J10-19 J10-20
CN30-A 7 SGND CN30-A 8 PS4_SIG CN30-A 9 5V
CN15-A20 M15_MODE1 CN15-A19 M15_CLK CN15-A18 M12_CONT2 CN15-A17 M12_CONT1 CN15-A16 M12_F/R CN15-A15 M12_EN CN15-A14 M12_MODE1 CN15-A13 M12_CLK CN15-A12 M11_CONT2 CN15-A11 M11_CONT1 CN15-A10 M11_F/R CN15-A 9 M11_EN CN15-A 8 M11_MODE1 CN15-A 7 M11_CLK CN15-A 6 M1_CONT2 CN15-A 5 M1_CONT1 CN15-A 4 M1_F/R CN15-A 3 M1_EN CN15-A 2 M1_MODE1 CN15-A 1 M1_CLK CN15-B20 M4_CONT CN15-B19 M66_F/R CN15-B18 M66_CONT CN15-B17 SD91_CONT CN15-B16 M21_CONT2 CN15-B15 M21_CONT1 CN15-B14 M21_F/R CN15-B13 M21_EN CN15-B12 M21_MODE1 CN15-B11 M21_CLK CN15-B10 M17_CONT2 CN15-B 9 M17_CONT1 CN15-B 8 M17_F/R CN15-B 7 M17_EN CN15-B 6 M17_MODE1 CN15-B 5 M17_CLK CN15-B 4 M15_CONT2 CN15-B 3 M15_CONT1 CN15-B 2 M15_F/R CN15-B 1 M15_EN
5
Pellet count LED LED32
CN194- 3 S.GND CN194- 2 SIG CN194- 1 5V
Pellet remain sensor PS36
Glue apply position LED LED31
CN192- 3 SIG CN192- 2 NC CN192- 1 SGND
Glue apply position detection sensor PS32
CN161- 3 S.GND CN161- 2 NC CN161- 1 5V
CN190- 1 S.GND CN190- 2 SIG CN190- 3 5V
Booklet thickness sensor PS29
CN160- 3 S.GND CN160- 2 NC CN160- 1 5V
-3 -2 -1 J27- 1 J27- 2 J27- 3
-6 -5 -4
J10-15 J10-16 J10-17
CN30-A 4 SGND CN30-A 5 PS3_SIG CN30-A 6 5V
CN30-A 1 SGND CN30-A 2 PS1_SIG CN30-A 3 5V
4
Clamp paper LED LED21
Cover paper table upper limit sensor /Rr PS27
CN178- 3 S.GND CN178- 2 SIG CN178- 1 5V
Clamp entrance movement HP sensor PS18
CN188- 3 S.GND CN188- 2 SIG CN188- 1 5V
CN180- 3 S.GND CN180- 2 SIG CN180- 1 5V
SC roller release sensor PS17
CN187- 3 S.GND CN187- 2 SIG CN187- 1 5V
CN179- 3 S.GND CN179- 2 SIG CN179- 1 5V
SC alignment HP sensor PS14
Cover paper table upper limit sensor /Fr PS26
CN177- 3 S.GND CN177- 2 SIG CN177- 1 5V
PS13
SC switchback spring pressure detection sensor
Clamp rotation pressure sensor PS25
CN176- 3 S.GND CN176- 2 SIG CN176- 1 5V
-3 -2 -1
J17- 4 J17- 5 J17- 6
M
CN189- 3 SIG CN189- 2 NC CN189- 1 SGND
CN175- 3 S.GND CN175- 2 SIG CN175- 1 5V
PS12
SC switchback arm pressure detection sensor
N (ACDB CN43)
-6 -5 -4
J17- 1 J17- 2 J17- 3
-9 -8 -7
J10-12 J10-13 J10-14
3
CN186- 3 S.GND CN186- 2 SIG CN186- 1 5V
CN193- 3 S.GND CN193- 2 SIG CN193- 1 5V
Glue tank HP sensor PS33
-3 -2 -1
J12- 1 J12- 2 J12- 3
-12 -11 -10
J10- 9 J10-10 J10-11
2
Clamp paper sensor PS28
CN191- 3 S.GND CN191- 2 SIG CN191- 1 5V
-3 -2 -1
1
Glue tank movement limit sensor PS31
CN240- 1 S.GND
CN240- 2 SIG
CN174- 3 S.GND CN174- 2 SIG CN174- 1 5V
Sub tray exit sensor PS4
Upper door switch SW1
CN173- 3 S.GND CN173- 2 SIG CN173- 1 5V
Cover paper entrance sensor PS3
Q CN172- 3 S.GND CN172- 2 SIG CN172- 1 5V
P J11- 1 J11- 2 J11- 3
K
CN170- 3 S.GND CN170- 2 SIG CN170- 1 5V
J
Entrance sensor PS1
18.16 PB-501 3/4
101
9
L
1 2 3
Cover paper table 9
J
PBCB(1/2)
K
L
M
N
O
P
Q
R
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006 18. OVERALL WIRING DIAGRAM
bizhub PRO 1050/1050P /1050e/1050eP
18. OVERALL WIRING DIAGRAM
Field Service Ver3.0 Nov.2006
PB-501 location list Symbol
Part name
Location
LED21
Clamp paper LED
5-O
LED31
Booklet upper limit LED
6-O
LED32
Glue apply position LED
6-O
PBCB
PB control board
1-J
PS1
Entrance sensor
1-O
PS2
SC entrance sensor
2-O
PS3
Cover paper entrance sensor
1-O
PS4
Sub tray exit sensor
1-O
PS5
Sub tray full sensor
1-O
PS12
SC switchback arm pressure detection sensor
3-O
PS13
SC switchback spring pressure detection sensor
3-O
PS14
SC alignment HP sensor
3-O
PS16
SC paper detection sensor
3-O
PS17
SC roller release sensor
3-O
PS18
Clamp entrance movement HP sensor
3-O
PS19
Clamp entrance roller release sensor
4-O
PS21
Clamp alignment HP sensor
4-O
PS22
Clamp HP sensor
4-O
PS23
Clamp pressure sensor
4-O
PS24
Clamp rotation HP sensor
4-O
PS25
Clamp rotation pressure sensor
5-O
PS26
Cover paper table upper limit sensor/Fr
5-O
PS27
Cover paper table upper limit sensor/Rr
5-O
PS28
Clamp paper sensor
4-O
PS29
Booklet thickness sensor
5-O
PS31
Glue tank movement limit sensor
2-O
PS32
Glue apply position detection sensor
5-O
PS33
Glue tank HP sensor
2-O
PS36
Pellet remain sensor
6-O
PS37
Pellet count sensor
6-O
PS38
Pellet supply arm upper limit sensor
6-O
PS39
Pellet supply arm lower limit sensor
6-O
PS40
Pellet supply door sensor
7-O
PS41
Cover paper alignment HP sensor
8-O
PS42
Cover paper conveyance arm HP sensor/Rt
7-O
PS43
Cover paper conveyance arm HP sensor/Lt
8-O
PS44
Cover paper switchback sensor
8-O
PS45
Cover paper sensor/Rt
8-O
PS46
Cover paper sensor/Lt
8-O
PS48
Cover paper folding plate HP sensor/Rt
7-O
PS49
Cover paper folding plate HP sensor/Lt
9-O
PS50
Cover paper folding plate encorder sensor
9-O
PS51
Cover paper folding plate position sensor
9-O
PS52
Cover paper folding pressure sensor
9-O
SW1
Upper door switch
2-O
SW41
Cutter HP switch
8-O
SW42
Cutter end position switch
8-O
TH1
Glue apply roller temperature sensor
7-O
TH2
Glue tank temperature sensor /Up
7-O
TH3
Glue tank temperature sensor /Md
7-O
TH4
Glue tank temperature sensor /Lw
7-O
CN221- 3 S.GND CN221- 2 SIG CN221- 1 5V
Q
10 CN217- 3 SIG CN217- 2 NC CN217- 1 SGND CN213- 3 S.GND CN213- 2 SIG CN213- 1 5V CN214- 3 S.GND CN214- 2 SIG CN214- 1 5V CN216- 3 S.GND CN216- 2 SIG CN216- 1 5V CN215- 3 S.GND CN215- 2 SIG CN215- 1 5V
PS69
Booklet load limit sensor PS65
Booklet end sensor PS61
PS62 PS64
Booklet conveyance belt movement HP sensor Booklet conveyance belt lower limit sensor Booklet conveyance PS63 belt HP sensor
Booklet
11 12 CN228- 3 S.GND CN228- 2 SIG CN228- 1 5V CN229- 3 S.GND CN229- 2 SIG CN229- 1 5V CN230- 3 S.GND CN230- 2 SIG CN230- 1 5V
Cover paper conveyance sensor /4 PS78 Cover paper conveyance sensor /5 PS79 Waste box full sensor PS80 Waste box set sensor PS81
13 JAMB/1 JAMB/2
14
OB/1
15
OB/2
FNS
16
Cover paper feed/ Booklet
R 17
Main body
18
CN165- 3
-4
-6
J44- 6
-3
-5
J44- 5
-2 J44- 3 J44- 4
J44- 2
1
CN165- 1
2
CN41- 1 AC_HOT CN41- 2 NC CN41- 3 H1_DRIVE CN41- 4 NC CN41- 5 AC_HOT CN41- 6 NC CN41- 7 H2_DRIVE
CN40- 1 AC_IN(H) CN40- 2 NC CN40- 3 AC_IN(N)
CN45- 1 AC_H(5V) CN45- 2 AC_H(24V1) CN45- 3 AC_H(24V2) CN45- 4 AC_N(5V) CN45- 5 AC_N(24V1) CN45- 6 AC_N(24V2)
BLK BLK BLK WIT WIT WIT
WIT
BLK
17
-1
16
CN43- 1 RL_CONT CN43- 2 H2_CONT CN43- 3 H1_CONT
14
CN42- 1 5V CN42- 2 SGND CN42- 3 NC CN42- 4 24V1 CN42- 5 PGND
15
J44- 1
PBCB(2/2) CN46- 1 5V2 (MAIN_RL CONT) CN46- 2 SGND2(MAIN_RL GND )
18
CN44- 1 5V CN44- 2 5V CN44- 3 SGND CN44- 4 SGND
19
CN 1- 1 5V CN 1- 2 NC CN 1- 3 SGND
20
CN22- 1 24V1 CN22- 2 PGND
CN14- 1 /RES_CONT CN14- 2 FWE_CNT1 CN14- 3 MD2 CN14- 4 SGND CN14- 5 TXD1_OUT CN14- 6 SGND CN14- 7 TXD1_IN CN14- 8 5V CN14- 9 5V
CN13-A20 NSW5-2 CN13-A19 NSW5-1 CN13-A18 NSW4-8 CN13-A17 NSW4-4 CN13-A16 NSW4-2 CN13-A15 NSW4-1 CN13-A14 NSW3-8 CN13-A13 NSW3-4 CN13-A12 NSW3-2 CN13-A11 NSW3-1 CN13-A10 NSW2-8 CN13-A 9 NSW2-4 CN13-A 8 NSW2-2 CN13-A 7 NSW2-1 CN13-A 6 NSW1-8 CN13-A 5 NSW1-4 CN13-A 4 NSW1-2 CN13-A 3 NSW1-1 CN13-A 2 5V CN13-A 1 5V CN13-B20 SGND CN13-B19 SGND CN13-B18 NC CN13-B17 NC CN13-B16 NC CN13-B15 NC CN13-B14 NC CN13-B13 NC CN13-B12 NLED7 CN13-B11 NLED6 CN13-B10 NLED5 CN13-B 9 NLED4 CN13-B 8 NLED3 CN13-B 7 NLED2 CN13-B 6 NLED1 CN13-B 5 NLED0 CN13-B 4 NSW7 CN13-B 3 NSW8 CN13-B 2 NSW6 CN13-B 1 NSW5-4
CN12- 1 MONI_TXD CN12- 2 SGND CN12- 3 MONI_RXD
CN11- 1 /RES_CONT CN11- 2 FWE_CNT1 CN11- 3 MD2 CN11- 4 SGND CN11- 5 TXD1_OUT CN11- 6 SGND CN11- 7 TXD1_IN CN11- 8 5V CN11- 9 5V
17
CN164- 3
-1 -2 -3 -4
(CB CN30)
J3-4 -3 -2 -1
CN 2-1 SYS_SIN CN 2-2 S.GND CN 2-3 /SYS_RTS CN 2-4 SYS_SOUT CN 2-5 S.GND CN 2-6 /SYS_CTS CN 2-7 /PAPEROUT_1
CN29-1 NC CN29-2 NC CN29-3 FNS2_RTS CN29-4 FNS2_SIN
CN24-1 FS_SOUT CN24-2 S.GND CN24-3 FS_CTS CN24-4 FS_SIN CN24-5 FSSET CN24-6 FS_RTS CN24-7 BACK_PAPER CN24-8 NC
CN29-1 SYS_SIN CN29-2 SYS_RTS CN29-3 ISW_SIN CN29-4 ISW_RTS
CN23-1 TXD CN23-2 RXD CN23-3 SCK CN23-4 RTS CN23-5 CTS
CN62- 1 5V CN62- 2 SW61 CN62- 3 OBOUT6 CN62- 4 SGND
CN5- 5 SW_4 CN5- 6 SW_5 CN5- 7 SW_6 CN5- 8 LED_2 CN5- 9 LED_3 CN5-10 LED_4 CN5-11 LED_RSV
CN5- 1 5V CN5- 2 SW_1 CN5- 3 LED_1 CN5- 4 SGND
J
CN25-1 24V CN25-2 5V CN25-3 SG CN25-4 PG CN25-5 PG CN25-6 FG
-4 -3 -2 -1
-7 -6 -5 -4 -3 -2 -1
-11 -10 -9 -8
CN4- 1 5V CN4- 2 JAM_OUT1 CN4- 3 JAM_OUT2 CN4- 4 JAM_OUT3 CN4- 5 JAM_OUT4 CN4- 6 NC CN4- 7 5V CN4- 8 JAM_OUT5 CN4- 9 JAM_OUT6 CN4-10 JAM_OUT7 CN4-11 JAM_OUT8 CN4-12 NC
CN10-A20 NSW5-2 CN10-A19 NSW5-1 CN10-A18 NSW4-8 CN10-A17 NSW4-4 CN10-A16 NSW4-2 CN10-A15 NSW4-1 CN10-A14 NSW3-8 CN10-A13 NSW3-4 CN10-A12 NSW3-2 CN10-A11 NSW3-1 CN10-A10 NSW2-8 CN10-A 9 NSW2-4 CN10-A 8 NSW2-2 CN10-A 7 NSW2-1 CN10-A 6 NSW1-8 CN10-A 5 NSW1-4 CN10-A 4 NSW1-2 CN10-A 3 NSW1-1 CN10-A 2 5V CN10-A 1 5V CN10-B20 SGND CN10-B19 SGND CN10-B18 NC CN10-B17 NC CN10-B16 NC CN10-B15 NC CN10-B14 NC CN10-B13 NC CN10-B12 NLED7 CN10-B11 NLED6 CN10-B10 NLED5 CN10-B 9 NLED4 CN10-B 8 NLED3 CN10-B 7 NLED2 CN10-B 6 NLED1 CN10-B 5 NLED0 CN10-B 4 NSW7 CN10-B 3 NSW8 CN10-B 2 NSW6 CN10-B 1 NSW5-4
CN 9- 1 MONI_TXD CN 9- 2 SGND CN 9- 3 MONI_RXD
16
CN26-1 PAPER_OUT CN26-2 SG CN26-3 SG CN26-4 5V CN26-5 5V
-1 -2 -3 -4 -5 -6
CN27-1 MTXD CN27-2 SG CN27-3 MCTS CN27-4 MRXD CN27-5 SG CN27-6 MRTS
J4-1 -2 -3 -4 -5 -6
CN28-2 CN28-1
CN235-1 24V CN235-2 5V CN235-3 SG CN235-4 PG CN235-5 PG CN235-6 FG
CN236-1 PAPER_OUT CN236-2 SG CN236-3 SG CN236-4 5V CN236-5 5V
CN237-1 MTXD CN237-2 SG CN237-3 MCTS CN237-4 MRXD CN237-5 SG CN237-6 MRTS
CN238-2 CN238-1
J66-1 -2 -3 -4
-5 -6 -7 -8 -9 -10 -11
J6-1 -2 -3 -4
-18 -17 -16 -15 -14 -13 -12 -11 -10 -9 -8 -7
1 AGND 2 JCLK_OUT 3 JCLK_AGND 4 NC 5 NC CN39- 1 PCB72_IN㧗 CN39- 2 PCB72_INCN39- 3 AGND
CN38CN38CN38CN38CN38-
CN37- 16 SGND CN37- 17 PS53_SIG CN37- 18 5V
CN37- 13 SGND CN37- 14 PS47_SIG CN37- 15 5V
CN37- 10 SGND CN37- 11 PS81_SIG CN37- 12 5V
CN37- 7 SGND CN37- 8 PS80_SIG CN37- 9 5V
CN37- 4 SGND CN37- 5 PS79_SIG CN37- 6 5V
CN 8- 1 /RES_CONT CN 8- 2 FWE_CNT1 CN 8- 3 MD2 CN 8- 4 SGND CN 8- 5 TXD1_OUT CN 8- 6 SGND CN 8- 7 TXD1_IN CN 8- 8 5V CN 8- 9 5V
15
Glue apply roller heater H2 (Within the glue unit)
CN164- 1
CN49- 7 MAN_SW2 CN49- 6 MAN_SW3 CN49- 5 NC CN49- 4 MAN_LED2 CN49- 3 MAN_LED3 CN49- 2 MAN_LED4 CN49- 1 NC
-6 -5 -4 -3 -2 -1 -7 -8 -9 -10 -11 -12
J57- 1 J57- 2 J57- 3 J57- 4 J57- 5 J57- 6 J57- 7 J57- 8 J57- 9 J57-10 J57-11 J57-12
-3 -2 -1
-4 -3 -2 -1
-3 -2 -1
1 SGND 2 SIN_12 3 5V 4 SGND 5 SIN_12 6 5V 7 NC CN37- 1 SGND CN37- 2 PS78_SIG CN37- 3 5V
CN53CN53CN53CN53CN53CN53CN53-
CN36-B15 SGND CN36-B16 PS57_SIG CN36-B17 5V CN36-B18 SGND CN36-B19 PS58_SIG CN36-B20 5V
CN36-B14 5V
CN36-B13 LED61_CONT
CN36-B10 SGND CN36-B11 PS63_SIG CN36-B12 5V
CN36-B 7 SGND CN36-B 8 PS64_SIG CN36-B 9 5V
CN36-B 4 SGND CN36-B 5 PS62_SIG CN36-B 6 5V
CN 7-A20 NSW5-2 CN 7-A19 NSW5-1 CN 7-A18 NSW4-8 CN 7-A17 NSW4-4 CN 7-A16 NSW4-2 CN 7-A15 NSW4-1 CN 7-A14 NSW3-8 CN 7-A13 NSW3-4 CN 7-A12 NSW3-2 CN 7-A11 NSW3-1 CN 7-A10 NSW2-8 CN 7-A 9 NSW2-4 CN 7-A 8 NSW2-2 CN 7-A 7 NSW2-1 CN 7-A 6 NSW1-8 CN 7-A 5 NSW1-4 CN 7-A 4 NSW1-2 CN 7-A 3 NSW1-1 CN 7-A 2 5V CN 7-A 1 5V CN 7-B20 SGND CN 7-B19 SGND CN 7-B18 NC CN 7-B17 NC CN 7-B16 NC CN 7-B15 NC CN 7-B14 NC CN 7-B13 NC CN 7-B12 NLED7 CN 7-B11 NLED6 CN 7-B10 NLED5 CN 7-B 9 NLED4 CN 7-B 8 NLED3 CN 7-B 7 NLED2 CN 7-B 6 NLED1 CN 7-B 5 NLED0 CN 7-B 4 NSW7 CN 7-B 3 NSW8 CN 7-B 2 NSW6 CN 7-B 1 NSW5-4
CN 6- 1 MONI_TXD CN 6- 2 SGND CN 6- 3 MONI_RXD
14
CN48- 4 5V CN48- 3 MAN_SW1 CN48- 2 MAN_LED1 CN48- 1 SGND
CN49- 7 MAN_SW2 CN49- 6 MAN_SW3 CN49- 5 NC CN49- 4 MAN_LED2 CN49- 3 MAN_LED3 CN49- 2 MAN_LED4 CN49- 1 NC
CN48- 4 5V CN48- 3 MAN_SW1 CN48- 2 MAN_LED1 CN48- 1 SGND
CN371 - 6 5V CN371 - 5 LED1 CN371 - 4 LED2 CN371 - 3 LED3 CN371 - 2 LED4 CN371 - 1 NC
-12 -11 -10 -9 -8 -7
J5-1 -2 -3 -4 -5 -6
J75- 1 J75- 2 J75- 3
J74- 1 J74- 2 J74- 3 J74- 4
J57-16 J57-17 J57-18
-6 -5 -4
-3 -2 -1
-6 -5 -4
-9 -8 -7
-3 -2 -1
-3 -2 -1
CN36-B 1 SGND CN36-B 2 PS61_SIG CN36-B 3 5V
CN36-A20 SGND
CN36-A19 PS65_SIG
CN36-A16 SGND CN36-A17 PS60_SIG CN36-A18 5V
CN36-A13 SGND CN36-A14 PS59_SIG CN36-A15 5V
CN36-A10 SGND CN36-A11 PS69_SIG CN36-A12 5V
CN36-A 7 SGND CN36-A 8 PS67_SIG CN36-A 9 5V
13
Glue tank heater (Within the glue unit) H1
CN247- 1 SIG㧗 CN247- 2 SIGCN247- 3 GND
CN370 - 6 5V CN370 - 5 LED1 CN370 - 4 LED2 CN370 - 3 LED3 CN370 - 2 LED4 CN370 - 1 NC
Multi feed MFDTB72 detection board /2
CN246- 3 GND
CN210- 3 S.GND CN210- 2 SIG CN210- 1 5V
J57-13 J57-14 J57-15
J71- 7 J71- 8 J71- 9
J71- 4 J71- 5 J71- 6
J71- 1 J71- 2 J71- 3
J93- 1 J93- 2 J93- 3
J61-13 J61-14 J61-15
-6 -5 -4
-9 -8 -7
-3 -2 -1
-6 -5 -4
-3 -2 -1
CN36-A 4 SGND CN36-A 5 PS68_SIG CN36-A 6 5V
12
Multi feed MFDTB71CN246- 1 CLK㧗 CN246- 2 CLKdetection board /1
Cover paper PS53 table HP sensor /Rr
Cover paper PS47 table HP sensor /Fr
CN227- 3 S.GND CN227- 2 SIG CN227- 1 5V
Stacker door sensor PS57
-3 -2 -1
J65- 1 J65- 2 J65- 3
J61-10 J61-11 J61-12
J61- 7 J61- 8 J61- 9
J62-16 J62-17 J62-18
-6 -5 -4
11
CN204- 3 S.GND CN204- 2 SIG CN204- 1 5V
CN232- 3 S.GND CN232- 2 SIG CN232- 1 5V
Booklet upper limit LED LED61
-3 -2 -1
N J63- 1 J63- 2 J63- 3
J62-13 J62-14 J62-15
CN36-A 1 SGND CN36-A 2 PS66_SIG CN36-A 3 5V
10
CN163- 3 S.GND CN163- 2 NC CN163- 1 5V
CN219- 3 S.GND CN219- 2 SIG CN219- 1 5V
Booklet sensor /2 PS67
-9 -8 -7
-12 -11 -10
K
Cart set sensor
CN220- 3 S.GND CN220- 2 SIG CN220- 1 5V
P Booklet stopper HP sensor PS68
O J62-10 J62-11 J62-12
J62- 7 J62- 8 J62- 9
M
CN218- 3 S.GND CN218- 2 SIG CN218- 1 5V
L
Booklet sensor /1 PS66
18.17 PB-501 4/4
18 102
11 12 13
J
Connector Faston Crimp Relay connector
K
ACDB
L
3
M
N
O
P
Q
Symbol
R
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006 18. OVERALL WIRING DIAGRAM
bizhub PRO 1050/1050P /1050e/1050eP
18. OVERALL WIRING DIAGRAM
Field Service Ver3.0 Nov.2006
PB-501 location list Symbol ACDB
Part name
Location
AC drive board
18-J
H1
Glue tank heater
18-P
H2
Glue apply roller heater
18-P
JAMB/1
JAM indication board /1
13-O
JAMB/2
JAM indication board /2
14-O
LED61
Pellet count LED
11-O
MFDTB71
DC power supply unit /3
13-O
MFDTB72
Glue tank heater
13-O
OB/1
Manual operation board
14-O
OB/2
Booklet stock operation board
15-O
PBCB
PB control board
10-J
PS47
Cover paper table HP sensor /Fr
13-O
PS53
Cover paper table HP sensor /Rr
13-O
PS57
Stacker door sensor
12-O
PS61
Booklet end sensor
11-O
PS62
Booklet conveyance belt movement HP sensor
11-O
PS63
Booklet conveyance belt HP sensor
11-O
PS64
Booklet conveyance belt lower limit sensor
11-O
PS65
Booklet load limit sensor
11-O
PS66
Booklet sensor /1
10-O
PS67
Booklet sensor /2
10-O
PS68
Booklet stopper HP sensor
10-O
PS69
Cart set sensor
10-O
PS78
Cover paper conveyance sensor /4
12-O
PS79
Cover paper conveyance sensor /5
12-O
PS80
Waste box full sensor
12-O
PS81
Waste box set sensor
12-O
SC entrance sensor PS2
1 2
Conveyance
3 4
Sub compile
5 CN189- 3 SIG CN189- 2 NC CN189- 1 SGND CN186- 3 S.GND CN186- 2 SIG CN186- 1 5V CN187- 3 S.GND CN187- 2 SIG CN187- 1 5V CN188- 3 S.GND CN188- 2 SIG CN188- 1 5V
Clamp paper sensor PS28
Clamp rotation pressure sensor PS25
Cover paper table upper limit sensor /Fr PS26 Cover paper table upper limit sensor /Rr PS27
Clamp
6 7 CN192- 3 SIG CN192- 2 NC CN192- 1 SGND
8 CN195- 3 SIG CN195- 2 NC CN195- 1 SGND
9
Glue tank/Glue supply
10 CN198- 3 S.GND CN198- 2 SIG CN198- 1 5V CN200- 3 S.GND CN200- 2 SIG CN200- 1 5V
Cover paper alignment HP sensor PS41 Cover paper conveyance arm HP sensor /Lt PS43
11 CN242- * NO
CN241- * COM
12 CN221- 3 S.GND CN221- 2 SIG CN221- 1 5V
CN217- 3 SIG CN217- 2 NC CN217- 1 SGND
CN213- 3 S.GND CN213- 2 SIG CN213- 1 5V CN214- 3 S.GND CN214- 2 SIG CN214- 1 5V CN216- 3 S.GND CN216- 2 SIG CN216- 1 5V
CN215- 3 S.GND CN215- 2 SIG CN215- 1 5V
Booklet load limit sensor PS65
Booklet end sensor PS61
PS62
Booklet conveyance belt lower limit sensor PS64
Booklet conveyance belt HP sensor PS63
13
Cover paper table
14 15
Z
Booklet
16 17
CN210- 3 S.GND CN210- 2 SIG CN210- 1 5V
Cover paper table HP sensor /Rr PS53
18
JAMB/1
19
JAMB/2
20
OB/1
21
OB/2
22 23
J3-4 -3 -2 -1 -1 -2 -3 -4
FNS
24
Cover paper feed/ Booklet 25
PBCB
Q
1
Main body
26
-6
14
-4
18
-5
WIT
17
J44- 6
16
J44- 5
15
J44- 4
20
BLK
11
CN40- 1 AC_IN(H) CN40- 2 NC CN40- 3 AC_IN(N)
19
18
-3
16
WIT
BLK
WIT
BLK
Booklet door solenoid
SD61
J2-2
J2-1
Cover paper conveyance sensor /2 Cover paper conveyance sensor /3 Cover paper tray knob sensor Cover paper tray upper limit sensor
PS76 PS77 PS82 PS74
Cover paper tray fan /2
Cover paper empty sensor
PS71
M72
Cover paper pick up solenoid
SD71
Cover paper conveyance sensor /1
Cover paper separation clutch
MC72
Cover paper tray fan /1
Cover paper pick up clutch
MC71
M71
Cover paper tray lift motor
M73
PS75
Cover paper feed motor
Cover paper tray solenoid
M74
SD72
CN248-1A
J44- 3
15
CN248-2A
CN248-1B
-2
14
WIT
CN248-2B
J44- 2
BLK BLK BLK WIT WIT WIT
I
CN45- 1 AC_H(5V) CN45- 2 AC_H(24V1) CN45- 3 AC_H(24V2) CN45- 4 AC_N(5V) CN45- 5 AC_N(24V1) CN45- 6 AC_N(24V2)
DCPU/1
(without interlock)
BLK
BLK
CN41- 1 AC_HOT CN41- 2 NC CN41- 3 H1_DRIVE CN41- 4 NC CN41- 5 AC_HOT CN41- 6 NC CN41- 7 H2_DRIVE
19
WIT
Booklet movement motor
M64
MS2
-1
DCPU/2
(with interlock)
CN65-1 :LINE(H)
Booklet conveyance belt up down motor
Booklet stopper motor
M65
Front door switch
J44- 1
13 CN65-3 :LINE(N)
Booklet conveyance belt movement motor
M62
M63
CN47-1A
26
CN165- 3
3 -1 -2 -3 -4 -5 -6
CN47-2A
CN47-1B
CN43- 1 RL_CONT CN43- 2 H2_CONT CN43- 3 H1_CONT
N WIT
CN47-2B
CN95-1 㧦㧗V/5V CN95-2 㧦㧗V/5V CN95-3 㧦-V/SGND CN95-4 㧦-V/SGND
BLK
CN165- 1
2
25
Glue apply roller heater H2 (Within the glue unit)
1 J4-1 -2 -3 -4 -5 -6
(CB CN30)
5
CN50- 1 5V CN50- 2 5V CN50- 3 SGND CN50- 4 SGND
J7-4
CN42- 1 5V CN42- 2 SGND CN42- 3 NC CN42- 4 24V1 CN42- 5 PGND
Booklet conveyance belt motor
M61
WIT
CN46- 1 5V2 (MAIN_RL CONT) CN46- 2 SGND2(MAIN_RL GND )
Cutter HP sensor
SD41
24
CN25-1 24V CN25-2 5V CN25-3 SG CN25-4 PG CN25-5 PG CN25-6 FG
J7-3
J7-4
BLK
J7-1
J7-3
WIT
WIT
J7-2
J7-1
BLK
J8-4
CN67-1 :LINE(H)
J7-2
BLK
J8-3
CN67-5 :LINE(N)
WIT
J8-1
J8-4
BLK
CN92-1 PS_ON CN92-2 PGND
J8-2
J8-3
WIT
FT13
CN97-2 -V/PGND CN97-1 -V/PGND
J8-2
CN239-1A BLK J8-1
J2-3
J2-4
MS4 FT14
CN44- 1 5V CN44- 2 5V CN44- 3 SGND CN44- 4 SGND
CN239-2A WIT
CN239-1B
1
CN 1- 1 5V CN 1- 2 NC CN 1- 3 SGND
CN239-2B
BLK
BLK
CN135- 1 DRV CN135- 2 EM CN135- 3 PGND
CN134- 1 DRV CN134- 2 EM CN134- 3 PGND
CN224- 3 SGND CN224- 2 SIG CN224- 1 5V
CN223- 3 SGND CN223- 2 SIG CN223- 1 5V
CN231- 3 SGND CN231- 2 SIG CN231- 1 5V
CN226- 3 SGND CN226- 2 SIG CN226- 1 5V
CN225- 3 SGND CN225- 2 SIG CN225- 1 5V
CN222- 3 SGND CN222- 2 SIG CN222- 1 5V
CN151- 1 24V CN151- 2 DRV
CN155- 1 24V CN155- 2 DRV
CN154- 1 24V CN154- 2 DRV
CN136- 1 DRV1 CN136- 2 DRV2
CN152- 1 24V CN152- 2 DRV
WIT
2
CN97-6 㧗V/24V CN97-5 㧗V/24V CN97-4 㧗V/24V CN97-3 -V/PGND
WIT
Cutter motor (Within the cutter unit)
M50
CN137-11 24V CN137-10 24V CN137- 9 P.GND CN137- 8 P.GND CN137- 7 H/L CN137- 6 LD CN137- 5 CW/CCW CN137- 4 CLOCK CN137- 3 START/STOP CN137- 2 S.GND CN137- 1 5V
CN153- 1 DRV1 CN153- 2 DRV2
CN132- 1 DRV1 CN132- 2 DRV2
CN133- 1 COM CN133- 2 COM CN133- 3 A CN133- 4 A/ CN133- 5 B CN133- 6 B/
CN131- 1 DRV1 CN131- 2 DRV2
CN130- 1 COM CN130- 2 COM CN130- 3 A CN130- 4 A/ CN130- 5 B CN130- 6 B/
CN129- 3 COM CN129- 9 COM CN129- 1 A CN129- 5 A/ CN129- 7 B CN129-11 B/
CN150- 1 24V CN150- 2 DRV
CN127- * DRV1 CN127- * DRV2
3
CN66-1 :LINE(H)
CN66-5 :LINE(N)
Cover paper folding motor /Rt
M48
BLK FT11
CN93-1 PS_ON CN93-2 PGND
-1 -2 -3 J82-3 J82-2 J82-1
Cover paper folding motor /Lt
M49
4
FT9
CN98-2 -V/PGND CN98-1 -V/PGND
-3 -2 -1
-1 -2 -3 J81-3 J81-2 J81-1
Cover paper conveyance motor
M45
WIT FT12
BLK FT7
CN51-1 24V1 CN51-2 24V1 CN51-3 PGND CN51-4 PGND
4 CN98-6 㧗V/24V CN98-5 㧗V/24V CN98-4 㧗V/24V CN98-3 -V/PGND
-3 -2 -1
-1 -2 -3 J80-6 J80-5 J80-4
Cover paper conveyance arm motor /Lt
M44
FT10
FT5
CN22- 1 24V1 CN22- 2 PGND
-22 -17
J73-22 J73-17
-4 -5 -6 J80-3 J80-2 J80-1
Cover paper conveyance arm motor /Rt
M43
CBR
CN26-1 PAPER_OUT CN26-2 SG CN26-3 SG CN26-4 5V CN26-5 5V
-23
J73-23
-1 -2 -3 J84-3 J84-2 J84-1
9 -1 -2 -3
Booklet exit motor
M42
WIT FT8
CN 2-1 SYS_SIN CN 2-2 S.GND CN 2-3 /SYS_RTS CN 2-4 SYS_SOUT CN 2-5 S.GND CN 2-6 /SYS_CTS CN 2-7 /PAPEROUT_1
-3
J73- 3
52
J83-3 J83-2 J83-1
-2 -1
-2 -1
-2 -1
-2 -1
-2 -1
-6 -5 -4 -3 -2 -1
-6 -5 -4 -3 -2 -1
-2 -1
-1Red -2Black
Cover paper alignment motor
M41
NF1
FT6
CN27-1 MTXD CN27-2 SG CN27-3 MCTS CN27-4 MRXD CN27-5 SG CN27-6 MRTS
CN29-1 NC CN29-2 NC CN29-3 FNS2_RTS CN29-4 FNS2_SIN
CN52-1 24V2 CN52-2 24V2 CN52-3 24V2 CN52-4 PGND CN52-5 PGND CN52-6 PGND
CN88- 1 SGND CN88- 2 PS91_SIG CN88- 3 5V CN88- 4 SGND CN88- 5 PS92_SIG CN88- 6 5V CN88- 7 SGND CN88- 8 RSV_PS2_SIG CN88- 9 5V CN88- 10 SGND CN88- 11 AD_SUB1 CN88- 12 5V
-4
J73- 4
-24
-16
J73-16
J73-24
-11
-18
J73-18
J73-11
-19
J73-19
-20
-14 -12 -9 -10 -1 -13
J73-14 J73-12 J73- 9 J73-10 J73- 1 J73-13
-2
-15 -21
J73-15 J73-21
J73- 2
-1 -2
J70- 2 J70- 1
J73-20
-1 -2
J92- 2 J92- 1
CN166-6 CN166-5
Cover paper table up down motor /Rr
M47
23
CN28-2 CN28-1
CN14- 1 /RES_CONT CN14- 2 FWE_CNT1 CN14- 3 MD2 CN14- 4 SGND CN14- 5 TXD1_OUT CN14- 6 SGND CN14- 7 TXD1_IN CN14- 8 5V CN14- 9 5V
CN89- 1 M91_24V CN89- 2 M91_24V CN89- 3 M91_PGND CN89- 4 M91_PGND CN89- 5 M91_H/L CN89- 6 M91_LD CN89- 7 M91_F/R CN89- 8 M91_CLK CN89- 9 M91_CONT CN89- 10 M91_SGND CN89- 11 M91_5V
CN64- 1 RSV_M2_DRV1 CN64- 2 RSV_M2_DRV2 CN64- 3 RSV_M3_DRV1 CN64- 4 RSV_M3_DRV2 CN64- 5 AD_SUB2
-1 -2 -3 -4 -5 -6 J62-18 J62-17 J62-16 J62-15 J62-14 J62-13
-1 -2
Cover paper table up down motor /Fr
M46
AC INRET
CN235-1 24V CN235-2 5V CN235-3 SG CN235-4 PG CN235-5 PG CN235-6 FG
CN24-1 FS_SOUT CN24-2 S.GND CN24-3 FS_CTS CN24-4 FS_SIN CN24-5 FSSET CN24-6 FS_RTS CN24-7 BACK_PAPER CN24-8 NC
CN29-1 SYS_SIN CN29-2 SYS_RTS CN29-3 ISW_SIN CN29-4 ISW_RTS
CN23-1 TXD CN23-2 RXD CN23-3 SCK CN23-4 RTS CN23-5 CTS
CN62- 1 5V CN62- 2 SW61 CN62- 3 OBOUT6 CN62- 4 SGND
-1 -2 -3 -4 -5 -6 J61-15 J61-14 J61-13 J61-12 J61-11 J61-10
J53-9 J53-8
Pellet supply motor
22
CN236-1 PAPER_OUT CN236-2 SG CN236-3 SG CN236-4 5V CN236-5 5V
CN237-1 MTXD CN237-2 SG CN237-3 MCTS CN237-4 MRXD CN237-5 SG CN237-6 MRTS
CN238-2 CN238-1
-4 -3 -2 -1
CN87-B 7 PS75_SIG CN87-B 8 RSV_PS1_SIG CN87-B 9 NC CN87-B10 NC CN87-B11 SGND CN87-B12 M71/72_DRV
CN87-B 6 PS74_SIG
-8 -9
J91- 2 J91- 1
CN125- 1 DRV1 CN125- 2 DRV2
CN126- 1 DRV1 CN126- 2 DRV2
CN122- 5 COM CN122- 2 COM CN122- 4 A CN122- 6 A/ CN122- 3 B CN122- 1 B/
CN121- 3 COM CN121- 9 COM CN121- 1 A CN121- 5 A/ CN121- 7 B CN121-11 B/
CN120- 3 COM CN120- 9 COM CN120- 1 A CN120- 5 A/ CN120- 7 B CN120-11 B/
CN119- 3 COM CN119- 9 COM CN119- 1 A CN119- 5 A/ CN119- 7 B CN119-11 B/
CN118- 5 COM CN118- 2 COM CN118- 4 A CN118- 6 A/ CN118- 3 B CN118- 1 B/
CN124- 5 COM CN124- 2 COM CN124- 4 A CN124- 6 A/ CN124- 3 B CN124- 1 B/
CN123- 5 COM CN123- 2 COM CN123- 4 A CN123- 6 A/ CN123- 3 B CN123- 1 B/
21
CN164- 3
CN164- 1
CN49- 7 MAN_SW2 CN49- 6 MAN_SW3 CN49- 5 NC CN49- 4 MAN_LED2 CN49- 3 MAN_LED3 CN49- 2 MAN_LED4 CN49- 1 NC
J66-1 -2 -3 -4
CN13-A20 NSW5-2 CN13-A19 NSW5-1 CN13-A18 NSW4-8 CN13-A17 NSW4-4 CN13-A16 NSW4-2 CN13-A15 NSW4-1 CN13-A14 NSW3-8 CN13-A13 NSW3-4 CN13-A12 NSW3-2 CN13-A11 NSW3-1 CN13-A10 NSW2-8 CN13-A 9 NSW2-4 CN13-A 8 NSW2-2 CN13-A 7 NSW2-1 CN13-A 6 NSW1-8 CN13-A 5 NSW1-4 CN13-A 4 NSW1-2 CN13-A 3 NSW1-1 CN13-A 2 5V CN13-A 1 5V CN13-B20 SGND CN13-B19 SGND CN13-B18 NC CN13-B17 NC CN13-B16 NC CN13-B15 NC CN13-B14 NC CN13-B13 NC CN13-B12 NLED7 CN13-B11 NLED6 CN13-B10 NLED5 CN13-B 9 NLED4 CN13-B 8 NLED3 CN13-B 7 NLED2 CN13-B 6 NLED1 CN13-B 5 NLED0 CN13-B 4 NSW7 CN13-B 3 NSW8 CN13-B 2 NSW6 CN13-B 1 NSW5-4
CN12- 1 MONI_TXD CN12- 2 SGND CN12- 3 MONI_RXD
CN87-B 5 PS82_SIG
CN87-B 4 PS77_SIG
CN87-B 3 PS76_SIG
CN87-B 2 PS71_SIG
CN87-B 1 SD71_DRV
-6 -7
J91- 4 J91- 3
Pellet supply door switch
M33
20
CN48- 4 5V CN48- 3 MAN_SW1 CN48- 2 MAN_LED1 CN48- 1 SGND
CN5- 5 SW_4 CN5- 6 SW_5 CN5- 7 SW_6 CN5- 8 LED_2 CN5- 9 LED_3 CN5-10 LED_4 CN5-11 LED_RSV
CN5- 1 5V CN5- 2 SW_1 CN5- 3 LED_1 CN5- 4 SGND
CN11- 1 /RES_CONT CN11- 2 FWE_CNT1 CN11- 3 MD2 CN11- 4 SGND CN11- 5 TXD1_OUT CN11- 6 SGND CN11- 7 TXD1_IN CN11- 8 5V CN11- 9 5V
CN87-A12 CL72_DRV
CN87-A11 CL71_DRV
-4 -5
J91- 6 J91- 5
7
-7 -6 -5 -4 -3 -2 -1
-11 -10 -9 -8
CN4- 1 5V CN4- 2 JAM_OUT1 CN4- 3 JAM_OUT2 CN4- 4 JAM_OUT3 CN4- 5 JAM_OUT4 CN4- 6 NC CN4- 7 5V CN4- 8 JAM_OUT5 CN4- 9 JAM_OUT6 CN4-10 JAM_OUT7 CN4-11 JAM_OUT8 CN4-12 NC
-2 -3
J91- 8 J91- 7
8
-5 -6 -7 -8 -9 -10 -11
J6-1 -2 -3 -4
-18 -17 -16 -15 -14 -13 -12 -11 -10 -9 -8 -7
CN87-A 1 24V1 CN87-A 2 PGND CN87-A 3 NC CN87-A 4 NC CN87-A 5 5V CN87-A 6 TRAY_SET CN87-A 7 M71_LD CN87-A 8 M72_LD CN87-A 9 M73_DRV1 CN87-A10 M73_DRV2
CN261- 1 SD72_24V CN261- 2 SD72_DRV
CN86- 12 NC CN86- 13 NC CN86- 14 RSV_SD2_24V CN86- 15 RSV_SD2_DRV
CN86- 1 M74_24V CN86- 2 M74_24V CN86- 3 M74_PGND CN86- 4 M74_PGND CN86- 5 M74_H/L CN86- 6 M74_LD CN86- 7 M74_F/R CN86- 8 M74_CLK CN86- 9 M74_CONT CN86- 10 M74_SGND CN86- 11 M74_5V
CN69- 3 PGND(NC) CN69- 4 SD61_DRV1 CN69- 5 SD61_DRV1
-1
J91- 9
Pellet supply arm motor
MS 1
B
CN49- 7 MAN_SW2 CN49- 6 MAN_SW3 CN49- 5 NC CN49- 4 MAN_LED2 CN49- 3 MAN_LED3 CN49- 2 MAN_LED4 CN49- 1 NC
-6 -5 -4 -3 -2 -1 -7 -8 -9 -10 -11 -12
J57- 1 J57- 2 J57- 3 J57- 4 J57- 5 J57- 6 J57- 7 J57- 8 J57- 9 J57-10 J57-11 J57-12
CN39- 1 PCB72_IN㧗 CN39- 2 PCB72_INCN39- 3 AGND
CN10-A20 NSW5-2 CN10-A19 NSW5-1 CN10-A18 NSW4-8 CN10-A17 NSW4-4 CN10-A16 NSW4-2 CN10-A15 NSW4-1 CN10-A14 NSW3-8 CN10-A13 NSW3-4 CN10-A12 NSW3-2 CN10-A11 NSW3-1 CN10-A10 NSW2-8 CN10-A 9 NSW2-4 CN10-A 8 NSW2-2 CN10-A 7 NSW2-1 CN10-A 6 NSW1-8 CN10-A 5 NSW1-4 CN10-A 4 NSW1-2 CN10-A 3 NSW1-1 CN10-A 2 5V CN10-A 1 5V CN10-B20 SGND CN10-B19 SGND CN10-B18 NC CN10-B17 NC CN10-B16 NC CN10-B15 NC CN10-B14 NC CN10-B13 NC CN10-B12 NLED7 CN10-B11 NLED6 CN10-B10 NLED5 CN10-B 9 NLED4 CN10-B 8 NLED3 CN10-B 7 NLED2 CN10-B 6 NLED1 CN10-B 5 NLED0 CN10-B 4 NSW7 CN10-B 3 NSW8 CN10-B 2 NSW6 CN10-B 1 NSW5-4
CN 9- 1 MONI_TXD CN 9- 2 SGND CN 9- 3 MONI_RXD
-1 -2 -3 -4 -5 -6
J56- 6 J56- 5 J56- 4 J56- 3 J56- 2 J56- 1
J64- 8 J64- 7
-7 -8 -9 -10 -11 -12 J95- 6 J95- 5 J95- 4 J95- 3 J95- 2 J95- 1
FT-2 CN116- 1 DRV1 CN116- 2 DRV2
19
CN48- 4 5V CN48- 3 MAN_SW1 CN48- 2 MAN_LED1 CN48- 1 SGND
-12 -11 -10 -9 -8 -7
J5-1 -2 -3 -4 -5 -6
-3 -2 -1
CN38- 1 AGND CN38- 2 JCLK_OUT CN38- 3 JCLK_AGND CN38- 4 NC CN38- 5 NC
CN37- 16 SGND CN37- 17 PS53_SIG CN37- 18 5V
CN37- 13 SGND CN37- 14 PS47_SIG CN37- 15 5V
CN37- 10 SGND CN37- 11 PS81_SIG CN37- 12 5V
CN37- 7 SGND CN37- 8 PS80_SIG CN37- 9 5V
CN37- 4 SGND CN37- 5 PS79_SIG CN37- 6 5V
CN69- 1 M64_DRV1 CN69- 2 M64_DRV2
CN85-B 7 M60_DRV1 CN85-B 8 M60_DRV2
CN85-B 1 M65_24V CN85-B 2 M65_24V CN85-B 3 M65_DRV_A CN85-B 4 M65_DRV_A/ CN85-B 5 M65_DRV_B CN85-B 6 M65_DRV_B/
-1 -2 -3 -4 -5 -6 J95-12 J95-11 J95-10 J95- 9 J95- 8 J95- 7
PS #110
Glue equalize up solenoid
M34
Booklet
CN371 - 6 5V CN371 - 5 LED1 CN371 - 4 LED2 CN371 - 3 LED3 CN371 - 2 LED4 CN371 - 1 NC
CN370 - 6 5V CN370 - 5 LED1 CN370 - 4 LED2 CN370 - 3 LED3 CN370 - 2 LED4 CN370 - 1 NC
J75- 1 J75- 2 J75- 3
-4 -3 -2 -1
-3 -2 -1
-6 -5 -4
-3 -2 -1
-6 -5 -4
CN 8- 1 /RES_CONT CN 8- 2 FWE_CNT1 CN 8- 3 MD2 CN 8- 4 SGND CN 8- 5 TXD1_OUT CN 8- 6 SGND CN 8- 7 TXD1_IN CN 8- 8 5V CN 8- 9 5V
CN85-A 7 M63_DRV1 CN85-A 8 M63_DRV2
CN85-A 1 M62_24V CN85-A 2 M62_24V CN85-A 3 M62_DRV_A CN85-A 4 M62_DRV_A/ CN85-A 5 M62_DRV_B CN85-A 6 M62_DRV_B/
CN78- 1 NC CN78- 2 M61_24V CN78- 3 M61_24V CN78- 4 M61_DRV_A CN78- 5 M61_DRV_A/ CN78- 6 M61_DRV_B CN78- 7 M61_DRV_B/
CN84- 7 SD41_24V CN84- 8 SD41_DRV CN84- 9 SD42_24V CN84- 10 SD42_DRV CN84- 11 SD43_24V CN84- 12 SD43_DRV
CN84- 5 M50_DRV1 CN84- 6 M50_DRV2
CN84- 3 M48_DRV1 CN84- 4 M48_DRV2
CN84- 1 M49_DRV1 CN84- 2 M49_DRV2
-1 -2 -3 -4 -5 -6 -7 -8 -9 -10 -11 -12 -13
J94-13 J94-12 J94-11 J94-10 J94- 9 J94- 8 J94- 7 J94- 6 J94- 5 J94- 4 J94- 3 J94- 2 J94- 1
-2 -1
Glue tank up solenoid /2
18
Glue tank heater (Within the glue unit) H1
CN247- 1 SIG㧗 CN247- 2 SIGCN247- 3 GND
J74- 1 J74- 2 J74- 3 J74- 4
J57-16 J57-17 J57-18
J57-13 J57-14 J57-15
J71- 7 J71- 8 J71- 9
J71- 4 J71- 5 J71- 6
1 SGND 2 SIN_12 3 5V 4 SGND 5 SIN_12 6 5V 7 NC
CN37- 1 SGND CN37- 2 PS78_SIG CN37- 3 5V
CN53CN53CN53CN53CN53CN53CN53-
CN36-B18 SGND CN36-B19 PS58_SIG CN36-B20 5V
CN36-B15 SGND CN36-B16 PS57_SIG CN36-B17 5V
CN36-B14 5V
CN36-B13 LED61_CONT
CN36-B10 SGND CN36-B11 PS63_SIG CN36-B12 5V
CN36-B 7 SGND CN36-B 8 PS64_SIG CN36-B 9 5V
CN 7-A20 NSW5-2 CN 7-A19 NSW5-1 CN 7-A18 NSW4-8 CN 7-A17 NSW4-4 CN 7-A16 NSW4-2 CN 7-A15 NSW4-1 CN 7-A14 NSW3-8 CN 7-A13 NSW3-4 CN 7-A12 NSW3-2 CN 7-A11 NSW3-1 CN 7-A10 NSW2-8 CN 7-A 9 NSW2-4 CN 7-A 8 NSW2-2 CN 7-A 7 NSW2-1 CN 7-A 6 NSW1-8 CN 7-A 5 NSW1-4 CN 7-A 4 NSW1-2 CN 7-A 3 NSW1-1 CN 7-A 2 5V CN 7-A 1 5V CN 7-B20 SGND CN 7-B19 SGND CN 7-B18 NC CN 7-B17 NC CN 7-B16 NC CN 7-B15 NC CN 7-B14 NC CN 7-B13 NC CN 7-B12 NLED7 CN 7-B11 NLED6 CN 7-B10 NLED5 CN 7-B 9 NLED4 CN 7-B 8 NLED3 CN 7-B 7 NLED2 CN 7-B 6 NLED1 CN 7-B 5 NLED0 CN 7-B 4 NSW7 CN 7-B 3 NSW8 CN 7-B 2 NSW6 CN 7-B 1 NSW5-4
CN 6- 1 MONI_TXD CN 6- 2 SGND CN 6- 3 MONI_RXD
CN74- 1 M45_24V CN74- 2 M45_24V CN74- 3 M45_DRV_A CN74- 4 M45_DRV_A/ CN74- 5 M45_DRV_B CN74- 5 M45_DRV_B/
CN77- 1 M43_24V CN77- 2 M43_24V CN77- 3 M43_DRV_A CN77- 4 M43_DRV_A/ CN77- 5 M43_DRV_B CN77- 6 M43_DRV_B/ CN77- 7 NC CN77- 8 M44_24V CN77- 9 M44_24V CN77- 10 M44_DRV_A CN77- 11 M44_DRV_A/ CN77- 12 M44_DRV_B CN77- 13 M44_DRV_B/
CN76- 1 M41_24V CN76- 2 M41_24V CN76- 3 M41_DRV_A CN76- 4 M41_DRV_A/ CN76- 5 M41_DRV_B CN76- 6 M41_DRV_B/ CN76- 7 NC CN76- 8 M42_24V CN76- 9 M42_24V CN76- 10 M42_DRV_A CN76- 11 M42_DRV_A/ CN76- 12 M42_DRV_B CN76- 13 M42_DRV_B/
-3 -4
J47- 2 J47- 1
FT-1
CN117- 1 DRV1 CN117- 2 DRV2
17
Multi feed detection board /2 MFDTB72
Multi feed detection board /1 MFDTB71
CN246- 3 GND CN246- 1 CLK㧗 CN246- 2 CLK-
CN204- 3 S.GND CN204- 2 SIG CN204- 1 5V
CN229- 3 S.GND CN229- 2 SIG CN229- 1 5V
Waste box full sensor PS80
CN230- 3 S.GND CN230- 2 SIG CN230- 1 5V
CN228- 3 S.GND CN228- 2 SIG CN228- 1 5V
Cover paper conveyance sensor /5 PS79
-9 -8 -7
-3 -2 -1
-3 -2 -1
CN36-B 4 SGND CN36-B 5 PS62_SIG CN36-B 6 5V
CN36-B 1 SGND CN36-B 2 PS61_SIG CN36-B 3 5V
CN36-A20 SGND
CN36-A19 PS65_SIG
CN36-A16 SGND CN36-A17 PS60_SIG CN36-A18 5V
CN36-A13 SGND CN36-A14 PS59_SIG CN36-A15 5V
CN36-A10 SGND CN36-A11 PS69_SIG CN36-A12 5V
CN36-A 7 SGND CN36-A 8 PS67_SIG CN36-A 9 5V
CN36-A 4 SGND CN36-A 5 PS68_SIG CN36-A 6 5V
CN36-A 1 SGND CN36-A 2 PS66_SIG CN36-A 3 5V
CN35-B16 SGND CN35-B17 PS52_SIG CN35-B18 5V CN35-B19 NC
CN35-B13 SGND CN35-B14 PS51_SIG CN35-B15 5V
CN35-B10 SGND CN35-B11 PS50_SIG CN35-B12 5V
CN59-A 1 M2_LD CN59-A 2 AD_SUB1 CN59-A 3 VR71_SIG CN59-A 4 PS82_SIG CN59-A 5 PS77_SIG CN59-A 6 PS76_SIG CN59-A 7 PS75_SIG CN59-A 8 PS74_SIG CN59-A 9 SIN_9 CN59-A10 PS71_SIG CN59-A11 TRAY_SET(SW71) CN59-A12 24V_DEC CN59-B 1 SIN_7 CN59-B 2 M81_LD CN59-B 3 AD_SUB2 CN59-B 4 M4_LD CN59-B 5 PS92_SIG CN59-B 6 PS91_SIG CN59-B 7 M80_LD CN59-B 8 M74_LD CN59-B 9 M72_LD CN59-B10 M71_LD CN59-B11 M32_LD CN59-B12 M91_LD
-2
J47- 3
PS #110
Glue tank up solenoid /1
SD32
Cover paper table
J71- 1 J71- 2 J71- 3
J93- 1 J93- 2 J93- 3
J61-13 J61-14 J61-15
-6 -5 -4
-9 -8 -7
-3 -2 -1
-6 -5 -4
-3 -2 -1
-6 -5 -4
-9 -8 -7
-12 -11 -10
-B 4 -B 3 -B 2 -B 1
-B 7 -B 6 -B 5
-B10 -B 9 -B 8
CN35-B 7 SGND CN35-B 8 PS49_SIG CN35-B 9 5V
CN35-B 4 SGND CN35-B 5 PS46_SIG CN35-B 6 5V
CN20-A12 M2_LD CN20-A11 AD_SUB1 CN20-A10 VR71_SIG CN20-A 9 PS82_SIG CN20-A 8 PS77_SIG CN20-A 7 PS76_SIG CN20-A 6 PS75_SIG CN20-A 5 PS74_SIG CN20-A 4 SIN_9 CN20-A 3 PS71_SIG CN20-A 2 TRAY_SET(SW71) CN20-A 1 24VDEC CN20-B12 SIN_7 CN20-B11 SIN_6 CN20-B10 AD_SUB2 CN20-B 9 M4_LD CN20-B 8 PS92_SIG CN20-B 7 PS91_SIG CN20-B 6 M80_LD CN20-B 5 M74_LD CN20-B 4 M72_LD CN20-B 3 M71_LD CN20-B 2 M32_LD CN20-B 1 M91_LD
-1
J47- 4
-2 -1
CN149- 1 24V CN149- 2 DRV
CN148- 1 24V CN148- 2 DRV
CN148- 1 24V CN148- 2 DRV
CN115-11 24V CN115-10 24V CN115- 9 P.GND CN115- 8 P.GND CN115- 7 H/L CN115- 6 LD CN115- 5 CW/CCW CN115- 4 CLOCK CN115- 3 START/STOP CN115- 2 S.GND CN115- 1 5V
SD33
Clamp motor
SD31
Clamp alignment motor
M21
M22
16
Waste box set sensor PS81
CN227- 3 S.GND CN227- 2 SIG CN227- 1 5V
Cover paper conveyance sensor /4 PS78
-3 -2 -1
J65- 1 J65- 2 J65- 3
J61-10 J61-11 J61-12
J61- 7 J61- 8 J61- 9
J62-16 J62-17 J62-18
J62-13 J62-14 J62-15
-B16 -B15 -B14 -B13 -B12 -B11
CN35-B 1 SGND CN35-B 2 PS45_SIG CN35-B 3 5V
CN75- 7 M47_24V CN75- 8 M47_24V CN75- 9 M47_DRV_A CN75- 10 M47_DRV_A/ CN75- 11 M47_DRV_B CN75- 12 M47_DRV_B/
-1 -2
J41-18 J41-17
-2 -1
-2 -1
Straight gate solenoid
Glue apply roller motor
SC pressure arm solenoid
SD91
M32
Clamp entranse roller release motor
SD13
15
Cover paper table HP sensor /Fr PS47
CN232- 3 S.GND CN232- 2 SIG CN232- 1 5V
-3 -2 -1
J63- 1 J63- 2 J63- 3
J62-10 J62-11 J62-12
J62- 7 J62- 8 J62- 9
J90-B16 J90-B17 J90-B18 J90-B19
J90-B13 J90-B14 J90-B15
J90-B10 J90-B11 J90-B12
J90-B 7 J90-B 8 J90-B 9
J90-B 4 J90-B 5 J90-B 6
-B19 -B18 -B17
CN35-A17 SGND CN35-A18 PS44_SIG CN35-A19 5V
CN35-A16 SGND
CN35-A15 SW42
CN35-A14 SGND
-B 3 -B 4
J42-B 9 J42-B 8
6
Stacker door sensor PS57
-3 -2 -1
J58- 1 J58- 2 J58- 3
J90-B 1 J90-B 2 J90-B 3
-A 3 -A 2 -A 1
-A 4
-A 5
-A 6
CN75- 1 M46_24V CN75- 2 M46_24V CN75- 3 M46_DRV_A CN75- 4 M46_DRV_A/ CN75- 5 M46_DRV_B CN75- 6 M46_DRV_B/
CN68- 4 M33_DRV1 CN68- 5 M33_DRV2 CN68- 6 PGND(NC)
CN68- 1 24V1_OUT CN68- 2 PGND(NC) CN68- 3 24V1_IN
CN83- 16 M34_DRV1 CN83- 17 M34_DRV2
CN83- 14 SD32_24V CN83- 15 SD32_DRV
-2 -1
FD alignment solenoid
M20
14
Booklet upper limit LED LED61
-3 -2 -1
J52- 1 J52- 2 J52- 3
J90-A17 J90-A18 J90-A19
J90-A16
J90-A15
J90-A14
CN58-A 1 SOUT14 CN58-A 2 SOUT13 CN58-A 3 M48_CONT CN58-A 4 M34_F/R CN58-A 5 M34_CONT CN58-A 6 M33_F/R CN58-A 7 M33_CONT CN58-A 8 M23_F/R CN58-A 9 M23_CONT CN58-A10 M23_F/R CN58-A11 M22_CONT CN58-A12 M20_F/R CN58-A13 M20_CONT CN58-A14 M18_F/R CN58-A15 M18_CONT CN58-A16 M13_F/R CN58-A17 M13_CONT CN58-B 1 SOUT16 CN58-B 2 SOUT15 CN58-B 3 M73_F/R CN58-B 4 M73_CONT CN58-B 5 M64_F/R CN58-B 6 M64_CONT CN58-B 7 M63_F/R CN58-B 8 M63_CONT CN58-B 9 M60_F/R CN58-B10 M60_CONT CN58-B11 M50_F/R CN58-B12 M50_CONT CN58-B13 M49_F/R CN58-B14 M49_CONT CN58-B15 M48_F/R CN58-B16 SOUT10 CN58-B17 SOUT9
-B 1 -B 2
J42-B11 J42-B10
51
Booklet conveyance belt movement HP sensor
-4
-5
-3 -2 -1
-6
J53-7 J53-8 J53-9
J53-5 J53-6
J53-4
CN35-A13 SW41
CN19-A17 SOUT14 CN19-A16 SOUT13 CN19-A15 M48_CONT CN19-A14 M34_F/R CN19-A13 M34_CONT CN19-A12 M33_F/R CN19-A11 M33_CONT CN19-A10 M23_F/R CN19-A 9 M23_CONT CN19-A 8 M22_F/R CN19-A 7 M22_CONT CN19-A 6 M20_F/R CN19-A 5 M20_CONT CN19-A 4 M18_F/R CN19-A 3 M18_CONT CN19-A 2 M13_F/R CN19-A 1 M13_CONT CN19-B17 SOUT16 CN19-B16 SOUT15 CN19-B15 M73_F/R CN19-B14 M73_CONT CN19-B13 M64_F/R CN19-B12 M64_CONT CN19-B11 M63_F/R CN19-B10 M63_CONT CN19-B 9 M60_F/R CN19-B 8 M60_CONT CN19-B 7 M50_F/R CN19-B 6 M50_CONT CN19-B 5 M49_F/R CN19-B 4 M49_CONT CN19-B 3 M48_F/R CN19-B 2 SOUT10 CN19-B 1 SOUT9
CN83- 12 SD31_24V CN83- 13 SD31_DRV
SC stopper solenoid
SD11
13
CN163- 3 S.GND CN163- 2 NC CN163- 1 5V
CN219- 3 S.GND CN219- 2 SIG CN219- 1 5V
PS69
CN166-1
Brown-6
-A 7
CN35-A10 SGND CN35-A11 PS43_SIG CN35-A12 5V
CN35-A 7 SGND CN35-A 8 PS41_SIG CN35-A 9 5V
CN35-A 4 SGND CN35-A 5 PS48_SIG CN35-A 6 5V
CN35-A 1 SGND CN35-A 2 PS42_SIG CN35-A 3 5V
CN34- 8 SGND CN34- 9 NC
CN34- 7 TH4_SIG
CN34- 6 SGND
CN34- 5 TH3_SIG
CN34- 4 SGND
CN34- 3 TH2_SIG
CN34- 2 SGND
SC roller release motor
SD12
Clamp rotation motor
SC switchback release motor
M18
Glue tank movement motor
Clamp entranse movement motor
M19
M13
M31
SC bundle conveynace motor
M17
M23
SC alignment motor
M15
12
Cart set sensor
Booklet sensor /2 PS67
CN209- 3 S.GND CN209- 2 SIG CN209- 1 5V
Cover paper folding pressure sensor PS52
CN220- 3 S.GND CN220- 2 SIG CN220- 1 5V
CN208- 3 S.GND CN208- 2 SIG CN208- 1 5V
Cover paper folding plate position sensor PS51
CN218- 3 S.GND CN218- 2 SIG CN218- 1 5V
CN207- 3 S.GND CN207- 2 SIG CN207- 1 5V
Cover paper folding plate encorder sensor PS50
Booklet sensor /1 PS66
CN206- 3 S.GND CN206- 3 S.GND CN206- 1 5V
CN166-2
Yellow-5
J90-A13
-A10 -A 9 -A 8
-A13 -A12 -A11
-A16 -A15 -A14
-A19 -A18 -A17
-1
-2
-3
-4
-5
-6
-7
CN113- 1 DRV1 CN113- 2 DRV2 CN114- 2 COM CN114- 5 COM CN114- 1 A CN114- 3 A/ CN114- 4 B CN114- 6 B/
SC switchback conveyance motor
M12
11
Booklet stopper HP sensor PS68
CN203- 3 S.GND CN203- 2 SIG CN203- 1 5V
Cover paper sensor /Lt PS46
Cover paper sensor /Rt PS45
CN166-3
Brown-4
-7
J53-3
J90-A10 J90-A11 J90-A12
J90-A 7 J90-A 8 J90-A 9
J90-A 4 J90-A 5 J90-A 6
J90-A 1 J90-A 2 J90-A 3
J43- 8
J43- 7
J43- 6
J43- 5
J43- 4
J43- 3
J43- 2
CN34- 1 TH1_SIG
-A 1 -A 2 -A 3 -A 4 -A 5 -A 6 -A 7 -A 8 -A 9 -A10 -A11
J42-A11 J42-A10 J42-A 9 J42-A 8 J42-A 7 J42-A 6 J42-A 5 J42-A 4 J42-A 3 J42-A 2 J42-A 1
(DB CN70)
CN112- 1 DRV1 CN112- 2 DRV2
CN111- 3 COM CN111- 9 COM CN111- 1 A CN111- 5 A/ CN111- 7 B CN111-11 B/
CN157- 1 24V CN157- 2 DRV
CN146- 1 24V CN146- 2 DRV
CN110- 1 DRV1 CN110- 2 DRV2
CN144- 1 24V CN144- 2 DRV
Pellet supply cooling fan motor
SC entrance conveyance motor
M81
M11
Exhaust fan /2
M80
M4
Front door lock solenoid
Exhaust fan /1
SD80
Glue tank
Cover paper folding plate HP sensor /Lt PS49
CN202- 3 S.GND CN202- 2 SIG CN202- 1 5V
Cover paper switchback switch PS44
CN242- * COM CN201- 3 S.GND CN201- 2 SIG CN201- 1 5V
SW42
CN166-4
Cutter unit Yellow-3
-1
-2
-1
-2
-1
-2
-1
-8
CN260- 1 M32_24V CN260- 2 M32_24V CN83- 1 NC CN83- 2 NC CN83- 3 M32_PGND CN83- 4 M32_PGND CN83- 5 M32_H/L CN83- 6 M32_LD CN83- 7 M32_F/R CN83- 8 M32_CLK CN83- 9 M32_CONT CN83- 10 M32_SGND CN83- 11 M32_5V
-5
J31- 1
Sub tray exit solenoid
SD4
10
Cutter end position switch (Within the cutter unit)
Cutter HP sensor SW41 (Within the cutter unit)
CN205- 3 S.GND CN205- 2 SIG CN205- 1 5V
Cover paper folding plate HP sensor /Rt PS48
CN241- * NO
CN199- 3 S.GND CN199- 2 SIG CN199- 1 5V
CN253- 2
CN253- 1
CN252- 2
CN252- 1
CN251- 2
CN251- 1
CN250- 2
J43- 1
CN33- 18 SGND CN33- 19 PS40_SIG CN33- 20 5V
CN33- 15 SGND CN33- 16 PS39_SIG CN33- 17 5V
CN33- 12 SGND CN33- 13 PS38_SIG CN33- 14 5V
-3 -4
J31- 3 J31- 2
-2 -1
-2 -1
-2 -1
Sub tray gate solenoid
SD3
9
Cover paper conveyance arm HP sensor /Rt PS42
Glue tank temperature sensor /Lw TH4
Glue tank temperature sensor /Md TH3
Glue tank temperature sensor /up TH2
V -2
-3 -2 -1
-6 -5 -4
-1 -2
J31- 5 J31- 4
9
J41-16 J41-17 J41-18
-3 -4
J20- 8 J20- 7
8
J41-13 J41-14 J41-15
CN82- 5 M23_DRV1 CN82- 6 M23_DRV2 CN82- 7 RSV_SD1_24V CN82- 8 RSV_SD1_DRV
CN82- 3 SD21_24V CN82- 4 SD21_DRV
CN82- 1 M22_DRV1 CN82- 2 M22_DRV2
CN73- 1 M21_24V CN73- 2 M21_24V CN73- 3 M21_DRV_A CN73- 4 M21_DRV_A/ CN73- 5 M21_DRV_B CN73- 6 M21_DRV_B/
-1 -2
J20-10 J20- 9
-2 -1
CN145- 1 24V CN145- 2 DRV
CN108- 1 DRV1 CN108- 2 DRV2
CN105- 2 DRV1 CN105- 1 DRV2
CN109- 1 COM CN109- 2 COM CN109- 3 A CN109- 4 A/ CN109- 5 B CN109- 6 B/
CN107- 5 COM CN107- 2 COM CN107- 4 A CN107- 6 A/ CN107- 3 B CN107- 1 B/
CN106- 3 COM CN106- 9 COM CN106- 1 A CN106- 5 A/ CN106- 7 B CN106-11 B/
CN104- 3 COM CN104- 9 COM CN104- 1 A CN104- 5 A/ CN104- 7 B CN104-11 B/
CN103- 3 COM CN103- 9 COM CN103- 1 A CN103- 5 A/ CN103- 7 B CN103-11 B/
CN139- 1 DRV CN139- 2 EM CN139- 3 PGND
CN158- 1 DRV CN158- 2 EM CN158- 3 H/L CN158- 4 PGND
CN138- 1 DRV CN138- 2 EM CN138- 3 H/L CN138- 4 PGND
CN153- 1 DRV1 CN153- 2 DRV2
CN143- 1 24V CN143- 2 DRV
CN142- 1 24V CN142- 2 DRV
Clamp
Glue apply roller temperature sensor TH1
CN197- 3 S.GND CN197- 2 SIG CN197- 1 5V
Pellet supply door sensor PS40
1 SUB1_CONT2 2 SUB1_CONT1 3 SUB1_F/R 4 SUB1_EN 5 SUB1_MODE1 6 SUB1_CLK
CN56-A 1 M61_CONT2 CN56-A 2 M61_CONT1 CN56-A 3 M61_F/R CN56-A 4 M61_EN CN56-A 5 M61_MODE1 CN56-A 6 M61_CLK CN56-A 7 M47_CONT2 CN56-A 8 M47_CONT1 CN56-A 9 M47_F/R CN56-A10 M47_EN CN56-A11 M47_MODE1 CN56-A12 M47_CLK CN56-A13 M46_CONT2 CN56-A14 M46_CONT1 CN56-A15 M46_F/R CN56-A16 M46_EN CN56-A17 M46_MODE1 CN56-A18 M46_CLK CN56-B 1 M80_H/L CN56-B 2 M80_CONT CN56-B 3 M81_H/L CN56-B 4 M72_CONT CN56-B 5 M71_H/L CN56-B 6 M71_CONT CN56-B 7 M65_/B CN56-B 8 M65_B CN56-B 9 M65_/A CN56-B10 M65_A CN56-B11 M62_/B CN56-B12 M62_B CN56-B13 M62_/A CN56-B14 M62_A CN56-B15 M19_/B CN56-B16 M19_B CN56-B17 M19_/A CN56-B18 M19_A
CN60CN60CN60CN60CN60CN60-
-1 -2
J21- 2 J21- 1
-2 -1
-2 -1
-6 -5 -4 -3 -2 -1
Entrance gate solenoid
SD1
8
CN250- 1
CN196- 3 S.GND CN196- 2 SIG CN196- 1 5V
CN249- 3 S.GND CN249- 2 SIG CN249- 1 5V
Pellet supply arm lower limit sensor PS39
CN33- 11 5V
CN33- 10 LED32_CONT
CN33- 9 SGND
CN33- 8 PS37_SIG
CN33- 5 SGND CN33- 6 PS36_SIG CN33- 7 5V
CN17-A18 M61_CONT2 CN17-A17 M61_CONT1 CN17-A16 M61_F/R CN17-A15 M61_EN CN17-A14 M61_MODE1 CN17-A13 M61_CLK CN17-A12 M47_CONT2 CN17-A11 M47_CONT1 CN17-A10 M47_F/R CN17-A 9 M47_EN CN17-A 8 M47_MODE1 CN17-A 7 M47_CLK CN17-A 6 M46_CONT2 CN17-A 5 M46_CONT1 CN17-A 4 M46_F/R CN17-A 3 M46_EN CN17-A 2 M46_MODE1 CN17-A 1 M46_CLK CN17-B18 M80_H/L CN17-B17 M80_CONT CN17-B16 M72_H/L CN17-B15 M72_CONT CN17-B14 M71_H/L CN17-B13 M71_CONT CN17-B12 M65_/B CN17-B11 M65_B CN17-B10 M65_/A CN17-B 9 M65_A CN17-B 8 M62_/B CN17-B 7 M62_B CN17-B 6 M62_/A CN17-B 5 M62_A CN17-B 4 M19_/B CN17-B 3 M19_B CN17-B 2 M19_/A CN17-B 1 M19_A
CN21- 6 SUB1_CONT2 CN21- 5 SUB1_CONT1 CN21- 4 SUB1_F/R CN21- 3 SUB1_EN CN21- 2 SUB1_MODE1 CN21- 1 SUB1_CLK
CN81-B 9 SD91_24V CN81-B10 SD91_DRV CN81-B11 NC
CN81-B 7 SD13_24V CN81-B 8 SD13_DRV
CN81-B 5 M20_DRV1 CN81-B 6 M20_DRV2
CN81-B 3 SD11_24V CN81-B 4 SD11_DRV
7
-9 -8 -7
-10
-11
-12
-13
-16 -15 -14
CN33- 4 5V
CN33- 3 LED31
CN33- 2 SGND
CN33- 1 PS32_SIG
CN32-B12 SGND CN32-B13 PS29_SIG CN32-B14 5V
CN32-B11 SGND
CN32-B10 LED21_CONT
CN32-B 7 SGND CN32-B 8 PS27_SIG CN32-B 9 5V
CN32-B 4 SGND CN32-B 5 PS26_SIG CN32-B 6 5V
CN32-B 1 SGND CN32-B 2 PS25_SIG CN32-B 3 5V
CN32-A14 SGND
CN81-B 1 SD12_24V CN81-B 2 SD12_DRV
CN81-A 9 M18_DRV1 CN81-A10 M18_DRV2 CN81-A11 NC
6
J41-10 J41-11 J41-12
J41- 9
J41- 8
J41- 7
J41- 6
J41- 3 J41- 4 J41- 5
-B 3 -B 2 -B 1
-B 4
-B 5
-B 6
-B 7
-B 3 -B 2 -B 1
-B 4
-B 5
-B10 -B 9 -B 8
-B13 -B12 -B11
-A 4 -A 3 -A 2 -A 1
-B 6
CN32-A13 PS28_SIG
CN81-A 7 M13_DRV1 CN81-A 8 M13_DRV2
5
Pellet supply arm upper limit sensor PS38
CN162- 3 S.GND CN162- 2 NC CN162- 1 5V
CN194- 3 S.GND CN194- 2 SIG CN194- 1 5V
J42-B 9 J42-B10 J42-B11
J42-B 8
J42-B 7
J42-B 6
J42-B 5
J30-B11 J30-B12 J30-B13
J30-B10
J30-B 9
J30-B 4 J30-B 5 J30-B 6
J30-B 1 J30-B 2 J30-B 3
J30-A10 J30-A11 J30-A12 J30-A13
J30-B 8
-B 7
CN32-A10 SGND CN32-A11 PS23_SIG CN32-A12 5V
CN32-A 7 SGND CN32-A 8 PS22_SIG CN32-A 9 5V
CN81-A 1 M19_24V CN81-A 2 M19_24V CN81-A 3 M19_DRV_A CN81-A 4 M19_DRV_A/ CN81-A 5 M19_DRV_B CN81-A 6 M19_DRV_B/
4
Pellet count LED LED32
Pellet count sensor PS37
-2
J33- 1
J30-B 7
-A 7 -A 6 -A 5
-A10 -A 9 -A 8
CN57-A 1 SD2_CONT CN57-A 2 SD1_CONT CN57-A 3 M74_H/L CN57-A 4 M74_F/R CN57-A 5 M74_CLK CN57-A 6 M74_CONT CN57-A 7 M32_H/L CN57-A 8 M32_F/R CN57-A 9 M32_CLK CN57-A10 M32_CONT CN57-A11 M91_H/L CN57-A12 M91_F/R CN57-A13 M91_CLK CN57-A14 M91_CONT CN57-A15 M2_H/L CN57-A16 M2_F/R CN57-A17 M2_CLK CN57-A18 M2_CONT CN57-B 1 SOUT17 CN57-B 2 CL72_CONT CN57-B 3 CL71_CONT CN57-B 4 SD80_F/R CN57-B 5 SD80_CONT CN57-B 6 SD72_CONT CN57-B 7 SD71_CONT CN57-B 8 SD43_CONT CN57-B 9 SD42_CONT CN57-B10 SD41_CONT CN57-B11 SD32_CONT CN57-B12 SD31_CONT CN57-B13 SD21_CONT CN57-B14 SD13_CONT CN57-B15 SD12_CONT CN57-B16 SD11_CONT CN57-B17 SD4_CONT CN57-B18 SD3_CONT
Bypass gate solenoid
SD2
7
Pellet remain sensor PS36
CN161- 3 S.GND CN161- 2 NC CN161- 1 5V
Glue apply position detection sensor PS32
-1
J33- 2
J30-A 7 J30-A 8 J30-A 9
J30-A 4 J30-A 5 J30-A 6
CN18-A18 SD2_CONT CN18-A17 SD1_CONT CN18-A16 M74_H/L CN18-A15 M74_F/R CN18-A14 M74_CLK CN18-A13 M74_CONT CN18-A12 M32_H/L CN18-A11 M32_F/R CN18-A10 M32_CLK CN18-A 9 M32_CONT CN18-A 8 M3_H/L CN18-A 7 M3_F/R CN18-A 6 M3_CLK CN18-A 5 M3_CONT CN18-A 4 M2_H/L CN18-A 3 M2_F/R CN18-A 2 M2_CLK CN18-A 1 M2_CONT CN18-B18 SOUT17 CN18-B17 CL72_CONT CN18-B16 CL71_CONT CN18-B15 SD80_F/R CN18-B14 SD80_CONT CN18-B13 SD72_CONT CN18-B12 SD71_CONT CN18-B11 SD43_CONT CN18-B10 SD42_CONT CN18-B 9 SD41_CONT CN18-B 8 SD32_CONT CN18-B 7 SD31_CONT CN18-B 6 SD21_CONT CN18-B 5 SD13_CONT CN18-B 4 SD12_CONT CN18-B 3 SD11_CONT CN18-B 2 SD4_CONT CN18-B 1 SD3_CONT
-3 -2 -1
-2 -1
-2 -1
CN141- 1 24V CN141- 2 DRV
CN140- 1 24V CN140- 2 DRV
Sub compile
Glue apply position LED LED31
Booklet thickness sensor PS29
-3 -2 -1
J34- 1 J34- 2 J34- 3
CN32-A 4 SGND CN32-A 5 PS21_SIG CN32-A 6 5V
CN32-A 1 SGND CN32-A 2 PS24_SIG CN32-A 3 5V
CN31-B10 SGND CN31-B11 SIN_11 CN31-B12 5V
CN31-B 7 SGND CN31-B 8 PS19_SIG CN31-B 9 5V
CN72- 1 M15_24V CN72- 2 M15_24V CN72- 3 M15_DRV_A CN72- 4 M15_DRV_A/ CN72- 5 M15_DRV_B CN72- 6 M15_DRV_B/ CN72- 7 NC CN72- 8 M17_24V CN72- 9 M17_24V CN72- 10 M17_DRV_A CN72- 11 M17_DRV_A/ CN72- 12 M17_DRV_B CN72- 13 M17_DRV_B/
CN71- 7 M12_24V CN71- 8 M12_24V CN71- 9 M12_DRV_A CN71- 10 M12_DRV_A/ CN71- 11 M12_DRV_B CN71- 12 M12_DRV_B/
-7 -8
J10-14 J10-13
52
CN190- 1 S.GND CN190- 2 SIG CN190- 3 5V
-3 -2 -1
J32- 1 J32- 2 J32- 3
-A13 -A12 -A11
-3 -2 -1
CN31-B 4 SGND CN31-B 5 PS16_SIG CN31-B 6 5V
CN31-B 1 SGND CN31-B 2 PS18_SIG CN31-B 3 5V
-5 -6
J10-16 J10-15
-2 -1
-2 -1
-2 -1
6
CN160- 3 S.GND CN160- 2 NC CN160- 1 5V
CN184- 3 S.GND CN184- 2 SIG CN184- 1 5V
J30-A 1 J30-A 2 J30-A 3
J20- 8 J20- 9 J20-10
-6 -5 -4
CN31-A10 SGND CN31-A11 PS17_SIG CN31-A12 5V
CN31-A 7 SGND CN31-A 8 PS14_SIG CN31-A 9 5V
-3 -4
J10-18 J10-17
5
Clamp paper LED LED21
CN183- 3 S.GND CN183- 2 SIG CN183- 1 5V
Clamp HP sensor PS22
CN182- 3 S.GND CN182- 2 SIG CN182- 1 5V
Clamp pressure sensor PS23
CN185- 3 S.GND CN185- 2 SIG CN185- 1 5V
-3 -2 -1
J22- 1 J22- 2 J22- 3
J20- 5 J20- 6 J20- 7
-3 -2 -1
CN71- 1 M11_24V CN71- 2 M11_24V CN71- 3 M11_DRV_A CN71- 4 M11_DRV_A/ CN71- 5 M11_DRV_B CN71- 6 M11_DRV_B/
CN61- 2 M4_PGND CN61- 3 M80_DRV CN61- 4 M80_PGND
CN61- 1 M4_DRV
CN80-B 9 M4_LD CN80-B10 M80_LD CN80-B11 M80_H/L CN80-B12 M81_LD CN80-B13 M81_H/L
-1 -2
J10-20 J10-19
Intermediate conveyance motor
M2
Conveyance/Main frame
Clamp rotation HP sensor PS24
CN181- 3 S.GND CN181- 2 SIG CN181- 1 5V
Clamp entrance roller release sensor PS19
-3 -2 -1
J27- 1 J27- 2 J27- 3
J24- 1 J24- 2 J24- 3
CN31-A 4 SGND CN31-A 5 PS13_SIG CN31-A 6 5V
CN31-A 1 SGND CN31-A 2 PS12_SIG CN31-A 3 5V
CN55-A 1 M43_CLK CN55-A 2 M42_CONT2 CN55-A 3 M42_CONT1 CN55-A 4 M42_F/R CN55-A 5 M42_EN CN55-A 6 M42_MODE1 CN55-A 7 M42_CLK CN55-A 8 M41_CONT2 CN55-A 9 M41_CONT1 CN55-A10 M41_F/R CN55-A11 M41_EN CN55-A12 M41_MODE1 CN55-A13 M41_CLK CN55-A14 M31_CONT2 CN55-A15 M31_CONT1 CN55-A16 M31_F/R CN55-A17 M31_EN CN55-A18 M31_MODE1 CN55-A19 M31_CLK CN55-B 1 SOUT23 CN55-B 2 SOUT22 CN55-B 3 M45_CONT2 CN55-B 4 M45_CONT1 CN55-B 5 M45_F/R CN55-B 6 M45_EN CN55-B 7 M45_MODE1 CN55-B 8 M45_CLK CN55-B 9 M44_CONT2 CN55-B10 M44_CONT1 CN55-B11 M44_F/R CN55-B12 M44_EN CN55-B13 M44_MODE1 CN55-B14 M44_CLK CN55-B15 M43_CONT2 CN55-B16 M43_CONT1 CN55-B17 M43_F/R CN55-B18 M43_EN CN55-B19 M43_MODE1
-1 -2
J16-6 J16-7
Entrance conveyance motor
M1
CN101-11 24V CN101-10 24V CN101- 9 P.GND CN101- 8 P.GND CN101- 7 H/L CN101- 6 LD CN101- 5 CW/CCW CN101- 4 CLOCK CN101- 3 START/STOP CN101- 2 S.GND CN101- 1 5V
(Glue tank movement motor M31)
CN100- 2 COM CN100- 5 COM CN100- 1 A CN100- 3 A/ CN100- 4 B CN100- 6 B/
4
Clamp alignment HP sensor PS21
CN178- 3 S.GND CN178- 2 SIG CN178- 1 5V
SC alignment HP sensor PS14
SC paper detection sensor PS16
Y CN180- 3 S.GND CN180- 2 SIG CN180- 1 5V
CN177- 3 S.GND CN177- 2 SIG CN177- 1 5V
PS13
T
CN179- 3 S.GND CN179- 2 SIG CN179- 1 5V
CN176- 3 S.GND CN176- 2 SIG CN176- 1 5V
CN16-A19 M43_CLK CN16-A18 M42_CONT2 CN16-A17 M42_CONT1 CN16-A16 M42_F/R CN16-A15 M42_EN CN16-A14 M42_MODE1 CN16-A13 M42_CLK CN16-A12 M41_CONT2 CN16-A11 M41_CONT1 CN16-A10 M41_F/R CN16-A 9 M41_EN CN16-A 8 M41_MODE1 CN16-A 7 M41_CLK CN16-A 6 M31_CONT2 CN16-A 5 M31_CONT1 CN16-A 4 M31_F/R CN16-A 3 M31_EN CN16-A 2 M31_MODE1 CN16-A 1 M31_CLK CN16-B19 SOUT23 CN16-B18 SOUT22 CN16-B17 M45_CONT2 CN16-B16 M45_CONT1 CN16-B15 M45_F/R CN16-B14 M45_EN CN16-B13 M45_MODE1 CN16-B12 M45_CLK CN16-B11 M44_CONT2 CN16-B10 M44_CONT1 CN16-B 9 M44_F/R CN16-B 8 M44_EN CN16-B 7 M44_MODE1 CN16-B 6 M44_CLK CN16-B 5 M43_CONT2 CN16-B 4 M43_CONT1 CN16-B 3 M43_F/R CN16-B 2 M43_EN CN16-B 1 M43_MODE1
CN80-B 7 SD80_DRV1 CN80-B 8 SD80_DRV2
CN80-B 5 SD4_24V CN80-B 6 SD4_DRV
CN80-B 3 SD3_24V CN80-B 4 SD3_DRV
CN80-B 1 SD1_24V CN80-B 2 SD1_DRV
CN80-A12 SD2_24V CN80-A13 SD2_DRV
CN80-A 1 M2_24V CN80-A 2 M2_24V CN80-A 3 M2_PGND CN80-A 4 M2_PGND CN80-A 5 M2_H/L CN80-A 6 M2_LD CN80-A 7 M2_F/R CN80-A 8 M2_CLK CN80-A 9 M2_CONT CN80-A10 M2_SGND CN80-A11 M2_5V
CN70- 1 M1_24V CN70- 2 M1_24V CN70- 3 M1_DRV_A CN70- 4 M1_DRV_A/ CN70- 5 M1_DRV_B CN70- 6 M1_DRV_B/ CN70- 7 M31_24V CN70- 8 M31_24V CN70- 9 M31_DRV_A CN70- 10 M31_DRV_A/ CN70- 11 M31_DRV_B CN70- 12 M31_DRV_B/
D
CN30-B12 H1_CONT CN30-B13 H2_CONT CN30-B14 RL_CONT CN30-B15 NC
CN30-B 9 SGND CN30-B10 PS33_SIG CN30-B11 SGND
CN30-B 6 SGND CN30-B 7 PS31_SIG CN30-B 8 5V
CN30-B 5 SGND
CN30-B 4 SW1
CN30-B 1 SGND CN30-B 2 PS2_SIG CN30-B 3 5V
CN30-A13 SGND CN30-A14 PS5_SIG CN30-A15 5V
CN30-A10 SGND CN30-A11 SIN_10 CN30-A12 5V
CN54-A 1 M15_MODE1 CN54-A 2 M15_CLK CN54-A 3 M12_CONT2 CN54-A 4 M12_CONT1 CN54-A 5 M12_F/R CN54-A 6 M12_EN CN54-A 7 M12_MODE1 CN54-A 8 M12_CLK CN54-A 9 M11_CONT2 CN54-A10 M11_CONT1 CN54-A11 M11_F/R CN54-A12 M11_EN CN54-A13 M11_MODE1 CN54-A14 M11_CLK CN54-A15 M1_CONT2 CN54-A16 M1_CONT1 CN54-A17 M1_F/R CN54-A18 M1_EN CN54-A19 M1_MODE1 CN54-A20 M1_CLK CN54-B 1 M4_CONT CN54-B 2 SD61_F/R CN54-B 3 SD61_CONT CN54-B 4 SD91_CONT CN54-B 5 M21_CONT2 CN54-B 6 M21_CONT1 CN54-B 7 M21_F/R CN54-B 8 M21_EN CN54-B 9 M21_MODE1 CN54-B10 M21_CLK CN54-B11 M17_CONT2 CN54-B12 M17_CONT1 CN54-B13 M17_F/R CN54-B14 M17_EN CN54-B15 M17_MODE1 CN54-B16 M17_CLK CN54-B17 M15_CONT2 CN54-B18 M15_CONT1 CN54-B19 M15_F/R CN54-B20 M15_EN
3
SC roller release sensor PS17
CN175- 3 S.GND CN175- 2 SIG CN175- 1 5V
PS12
SC switchback arm pressure detection sensor SC switchback spring pressure detection sensor
U (ACDB CN43)
-1
-2
-5 -4 -3
-3 -2 -1
CN30-A 7 SGND CN30-A 8 PS4_SIG CN30-A 9 5V
CN15-A20 M15_MODE1 CN15-A19 M15_CLK CN15-A18 M12_CONT2 CN15-A17 M12_CONT1 CN15-A16 M12_F/R CN15-A15 M12_EN CN15-A14 M12_MODE1 CN15-A13 M12_CLK CN15-A12 M11_CONT2 CN15-A11 M11_CONT1 CN15-A10 M11_F/R CN15-A 9 M11_EN CN15-A 8 M11_MODE1 CN15-A 7 M11_CLK CN15-A 6 M1_CONT2 CN15-A 5 M1_CONT1 CN15-A 4 M1_F/R CN15-A 3 M1_EN CN15-A 2 M1_MODE1 CN15-A 1 M1_CLK CN15-B20 M4_CONT CN15-B19 M66_F/R CN15-B18 M66_CONT CN15-B17 SD91_CONT CN15-B16 M21_CONT2 CN15-B15 M21_CONT1 CN15-B14 M21_F/R CN15-B13 M21_EN CN15-B12 M21_MODE1 CN15-B11 M21_CLK CN15-B10 M17_CONT2 CN15-B 9 M17_CONT1 CN15-B 8 M17_F/R CN15-B 7 M17_EN CN15-B 6 M17_MODE1 CN15-B 5 M17_CLK CN15-B 4 M15_CONT2 CN15-B 3 M15_CONT1 CN15-B 2 M15_F/R CN15-B 1 M15_EN
2
Clamp entrance movement HP sensor PS18
CN193- 3 S.GND CN193- 2 SIG CN193- 1 5V
Glue tank HP sensor PS33
J16- 7
J16- 6
J16- 3 J16- 4 J16- 5
J10-18 J10-19 J10-20
-6 -5 -4
CN30-A 4 SGND CN30-A 5 PS3_SIG CN30-A 6 5V
CN30-A 1 SGND CN30-A 2 PS1_SIG CN30-A 3 5V
H
CN191- 3 S.GND CN191- 2 SIG CN191- 1 5V
-3 -2 -1
J17- 4 J17- 5 J17- 6
J10-15 J10-16 J10-17
-9 -8 -7
-12 -11 -10
G
Glue tank movement limit sensor PS31
-6 -5 -4
J17- 1 J17- 2 J17- 3
J10-12 J10-13 J10-14
J10- 9 J10-10 J10-11
F
CN240- 1 S.GND
-3 -2 -1
C
CN240- 2 SIG
CN171- 3 S.GND CN171- 2 SIG CN171- 1 5V
Sub tray full sensor PS5
-3 -2 -1
1
Upper door switch SW1
CN174- 3 S.GND CN174- 2 SIG CN174- 1 5V
Sub tray exit sensor PS4
W CN173- 3 S.GND CN173- 2 SIG CN173- 1 5V
X J12- 1 J12- 2 J12- 3
S
J11- 1 J11- 2 J11- 3
O
CN172- 3 S.GND CN172- 2 SIG CN172- 1 5V
L
CN170- 3 S.GND CN170- 2 SIG CN170- 1 5V
J
Entrance sensor PS1
E
Cover paper entrance sensor PS3
Field Service Ver3.0 Nov.2006
18.8 PB-501 27
A
Cover paper feed A
Cover paper tray B
Circuit breaker Noise filter
AC CODE
C
Upper door switch MS3
BLK
D
E
DCPU/3
F
G
51
H
20
17 12
I
J
K
PBDB K
L
M M
11 12 13
N
Symbol
Connector Faston Crimp Relay cnnector 27
O
P
ACDB P
Q
R R
3 2
S
T
U
V
W
X
Y
Z
19. PAPER SETTING bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
19. PAPER SETTING 19.1 Relationship between the optimum value and the control of each of setting items by paper brand (U.S.A. paper) (for fusing hard roller) NOTE • This table lists the optimum setting values by paper brands checked for paper through by Konica Minolta. For other brands, it is scheduled that information is provided in due course upon completion of the paper through check.
Weight
40 to 49 g/m2
50 to 61 g/m2
62 to 71 g/m2
72 to 91 g/m2
92 to 130 g/m2
131 to 161 g/m2
162 to 209 g/m2
210 to 244 g/m2
245 to 300 g/m2 Tray/4
Paper type 2
Coated A
Futura Leser (105 g/m )
(Smoothness: over100sec)
Line speed (mm/s)
290
290
425
490
490
490
490
490
425
Fusing temp. index (°C)
-15
-15
-15
-10
Standard temp.
+5
+5
+5
+5
Line speed (mm/s)
290
290
425
490
490
490
490
490
425
Fusing temp. index (°C)
-15
-15
-15
-10
Standard temp.
+5
+5
+5
+5
Coated B (Smoothness: over100sec)
Domtar (16 lb, 60 g/m2)
Fine (Smoothness: 50 to 100sec)
Gilbert Neutech Color (28lb, 105
Kromekote Cover Leser High
g/m2)
Gross (183 g/m2)
HM Color (28lb, 105 g/m2)
Domter Color (65lb,176 g/m2) Cover Supersmooth (65lb,176g/ m2)
Line speed (mm/s)
290
425
490
490
490
490
490
425
290
Fusing temp index. (°C)
-15
-15
-15
-10
Standard temp.
+5
+5
+5
+5
425
290
290
+5
+5
+5
Docupaque (16 lb, 60 g/m2)
Normal (Smoothness: 20 to 50sec)
HM-T MP (20lb, 75g/m2)
Cougar Opaque Digital Smooth
HM-Fore (20lb, 75g/m2)
Cover 65lb 7885 (176g/m2)
Wheyerhauser Recycled Laser (20lb, 75g/m2) Domter (20lb,75g/m2) Great White (20lb,75g/m2) Great White Rycycle Content (20lb,75g/m2) Xerox4024 (20lb,75g/m2) Husky Xerocopy (20lb,75g/m2) Recycle Eclips 20lb (20lb,75g/m2) AVERY 5160 Line speed (mm/s) Fusing temp index. (°C)
490
490
490
490
490
490
-5
-5
-5
Standard temp.
+5
+5
Book/News
Weyerhaeuser Cougar Cover
(Smoothness: 10 to 20sec)
(65lb, 176g/m2) Digital Laser Opaque Couverture Cover (65lb, 176g/m2) *
Line speed (mm/s) Fusing temp. index (°C) Embossed
Disable
490
490
490
425
425
290
290
290
Standard temp.
Standard temp.
Standard temp.
+5
+5
+5
+5
+10
Wasau Exact Velum Bristol
Gilbert Neutech 25% Cotton 2
(20lb,75g/m )*
(Smoothness: 5 to 10sec)
Hamme-Cover (65lb,176g/m2)
2
(67lb,145g/m ) Disable
Gilbert Neutech 25% Cotton (24lb,90g/m2)* Line speed (mm/s) Fusing temp index. (°C)
(A fusing performance is not securable.)
490
490
425
290
290
290
Standard temp.
+5
+5
+5
+10
+10
1. Line speed and fusing temperature are decided by setting the paper type and paper weight. 2. Smoothness is a value measured by the Beck smoothness testing machine stipulated in the ISO 5627:1995, and the smaller the value, the coarser the paper grain. When the paper is not listed in this table and the setting condition of which can not be found, obtain the smoothness data from the paper manufacturer and select the type of paper according to the value of smoothness. 3. Coated paper B: To be used when it is corresponding to overlay printing. For particulars, see chapter III "6.5 Overlay printing adjustment" in the Field Service. Setting of the condition for paper feeding
Halftone dot: Air ON
Frame in a thick line: 4 paper feed assist plates used
No halftone dot: Air auto
Frame in a thin line: No paper feed assist plate used
NOTE • When using high quality printing paper, be sure to select a setting direction in which there occurs less amount of curling after printing. • Marked with *: Paper the classification of which of smoothness or weight has been changed from the viewpoint of performance.
bizhub PRO 1050/1050P /1050e/1050eP
19. PAPER SETTING
Field Service Ver3.0 Nov.2006
19.2 Relationship between the optimum value and the control of each of setting items by paper brand (U.S.A. paper) (for fusing soft roller) NOTE • This table lists the optimum setting values by paper brands checked for paper through by Konica Minolta. For other brands, it is scheduled that information is provided in due course upon completion of the paper through check.
Weight
40 to 49 g/m2
50 to 61 g/m2
62 to 71 g/m2
72 to 91 g/m2
92 to 130 g/m2
131 to 161 g/m2
162 to 209 g/m2
210 to 244 g/m2
245 to 300 g/m2 Tray/4
Paper type Futura Leser (105 g/m2)
Coated A (Smoothness: over 100sec)
Line speed (mm/s)
290
290
425
490
490
490 (425 when paper width is less
290
290
290
than 8.5-inch) Fusing temp index. (°C)
-20
Standard temp.
Standard temp.
Standard temp.
+15
+15
+15
+15
+15
290
290
425
490
490
490 (425 when paper width is less
290
290
290
+15
+15
+15
Coated B (Smoothness: over 100 sec)
Line speed (mm/s)
than 8.5-inch) Fusing temp. index (°C)
-20
Standard temp.
Standard temp.
Standard temp.
Domtar (16 lb, 60 g/m2)
Fine
+15
+15
GilbertNeutechColor (28lb, 105g/
(Smoothness: 50 to 100 sec)
Kromekote Cover Leser High
m 2)
Gross (183g/m2)
HM Color (28lb, 105g/m2)
Domter Color (65lb,176g/m2) Cover Supersmooth (65lb,176g/ m 2)
Line speed (mm/s)
290
425
490
490
490
425
290
290
290
Fusing temp. index (°C)
-10
Standard temp.
+5
+10
+15
+15
+15
+15
+15
290
290
290
+15
+15
+15
Normal
Docupaque (16 lb, 60)
(Smoothness: 20 to 50sec)
HM-T MP (20lb, 75g/m2)
Cougar Opaque Digital Smooth
HM-Fore (20lb, 75g/m2)
Cover 65lb 7885(176g/m2)
Wheyerhauser Recycled Laser (20lb, 75g/m2) Domter (20lb,75g/m2) Great White (20lb,75g/m2) Great White Rycycle Content (20lb,75g/m2) Xerox 4024 (20lb,75g/m2) Husky Xerocopy (20lb,75g/m2) Recycle Eclips 20lb (20lb,75g/m2) AVERY 5160 Line speed (mm/s) Fusing temp. index (°C)
490
490
490
490
490
425
Standard temp.
Standard temp.
+10
+15
+15
+15
Cougar Cover (65lb, 176g/m2)
Book/News (Smoothness: 10 to 20 sec)
Digital Laser Opaque Couverture
Disable
Cover (65lb, 176g/m2) *
Line speed (mm/s)
490
490
425
290
290
290
Fusing temp index. (°C)
+15
+15
+15
+15
+15
+15
Embossed
Gilbert Neutech 25% Cotton (20lb/75g/m2)*
Wasau ExactVelum Bristol
(Smoothness: 5 to 10sec)
Gilbert Neutech 25% Cotton (24lb/90g/m2)*
(67lb,145g/m2)
Line speed (mm/s)
490
425
290
290
290
Fusing temp index. (°C)
+15
+15
+15
+15
+15
Disable (A fusing performance is not securable.)
1. Line speed and fusing temperature are decided by setting the paper type and paper weight. 2. Smoothness is a value measured by the Beck smoothness testing machine stipulated in the ISO 5627:1995, and the smaller the value, the coarser the paper grain. When the paper is not listed in this table and the setting condition of which can not be found, obtain the smoothness data from the paper manufacturer and select the type of paper according to the value of smoothness. 3. Coated paper B: To be used when it is corresponding to overlay printing. For particulars, see chapter III "6.5 Overlay printing adjustment" in the Field Service. Setting of the condition for paper feeding
Halftone dot: Air ON
Frame in a thick line: 4 paper feed assist plates used
No halftone dot: Air auto
Frame in a thin line: No paper feed assist plate used
NOTE • When using high quality printing paper, be sure to select a setting direction in which there occurs less amount of curling after printing. • Marked with *: Paper the classification of which of smoothness or weight has been changed from the viewpoint of performance.
19. PAPER SETTING
19.3 Relationship between the optimum value and the control of each of setting items by paper brand (European paper) (for fusing hard roller) NOTE • This table lists the optimum setting values by paper brands checked for paper through by Konica Minolta. For other brands, it is scheduled that information is provided in due course upon completion of the paper through check.
Weight
40 to 49 g/m2
50 to 61 g/m2
62 to 71 g/m2
72 to 91 g/m2
92 to 130 g/m2
131 to 161 g/m2
162 to 209 g/m2
210 to 244 g/m2
245 to 300 g/m2 Tray/4
Paper type Coated A
PRIMASET115 (115g/m2)
(Smoothness: over 100sec)
Schneidersohne Business Paper
RDEREY (160g/m2)
RDEREY (200g/m2)
Color Copy (120g/m2) Line speed (mm/s)
290
290
425
490
490
490
490
490
425
Fusing temp. index (°C)
-15
-15
-15
-10
Standard temp.
+5
+5
+5
+5
Line speed (mm/s)
290
290
425
490
490
490
490
490
425
Fusing temp. index (°C)
-15
-15
-15.
-10
Standard temp.
+5
+5
+5
+5
Coated B (Smoothness: over 100sec)
Clair Mail (60g/m2)
Fine
Mondi Business Paper Color Copy (200g/m2)
(Smoothness: 50 to 100sec)
(NEU Color Copy (200g/m2)) PRIMASET (170g/m2) Line speed (mm/s)
290
425
490
490
490
490
490
425
290
Fusing temp. index (°C)
-15
-15
-15
-10
Standard temp.
+5
+5
+5
+5
(60g/m2)
Normal
Mondi CEETEE COPIER
(Smoothness: 20 to 50sec)
(NEU CEETEE COPIER (60g/m2))
Konicaminolta Profi
(80g/m2)*
Nautilaus
(80g/m2)
Plano Jet90
(90g/m2)
NOPA Top (80g/m2) Konicaminolta Original (80g/m2) Konica Minolta Color + A4 (90g/ m2) (NEU Color Copy (90g/m2)) REPEAT (80g/m2) Turbocopy80 (80g/m2) Turbocopy80 (SB,BB) (80g/m2) AVERY DSP24
Line speed (mm/s) Fusing temp. index (°C)
490
490
490
490
490
490
425
290
290
-5
-5
-5
Standard temp.
+5
+5
+5
+5
+5
(80g/m2)
Book/News
BioTop3
(Smoothness: 10 to 20sec)
Classic White (80g/m2)
Line speed (mm/s) Fusing temp. index (°C) Embossed
Disable
Xerox3R91978
(160g/m2)
Turbocopy
(160g/m2)*
490
490
490
425
425
290
290
290
Standard temp.
Standard temp.
Standard temp.
+5
+5
+5
+5
+10 Disable
(Smoothness: 5 to 10sec) Line speed (mm/s) Fusing temp. index (°C)
490
490
425
290
290
290
Standard temp.
+5
+5
+5
+10
+10
(A fusing performance is not securable.)
1. Line speed and fusing temperature are decided by setting the paper type and paper weight. 2. Smoothness is a value measured by the Beck smoothness testing machine stipulated in the ISO 5627:1995, and the smaller the value, the coarser the paper grain. When the paper is not listed in this table and the setting condition of which can not be found, obtain the smoothness data from the paper manufacturer and select the type of paper according to the value of smoothness. 3. Coated paper B: To be used when it is corresponding to overlay printing. For particulars, see chapter III "6.5 Overlay printing adjustment" in the Field Service. Setting of the condition for paper feeding
Halftone dot: Air ON
Frame in a thick line: 4 paper feed assist plates used
No halftone dot: Air auto
Frame in a thin line: No paper feed assist plate used
NOTE • When using high quality printing paper, be sure to select a setting direction in which there occurs less amount of curling after printing. • Marked with *: Paper the classification of which of smoothness or weight has been changed from the viewpoint of performance.
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
bizhub PRO 1050/1050P /1050e/1050eP
19. PAPER SETTING
Field Service Ver3.0 Nov.2006
19.4 Relationship between the optimum value and the control of each of setting items by paper brand (European paper) (for fusing soft roller) NOTE • This table lists the optimum setting values by paper brands checked for paper through by Konica Minolta. For other brands, it is scheduled that information is provided in due course upon completion of the paper through check.
Weight
40 to 49 g/m2
50 to 61 g/m2
62 to 71 g/m2
72 to 91 g/m2
92 to 130 g/m2
131 to 161 g/m2
162 to 209 g/m2
210 to 244 g/m2
245 to 300 g/m2 Tray/4
Paper type Coated A
PRIMASET115 (115g/m2)
(Smoothness: over100sec)
Schneidersohne Business Paper
RDEREY (160g/m2)
RDEREY (200g/m2)
Color Copy (120g/m2) Line speed (mm/s)
290
290
425
490
490
490 (425 when paper width is
290
290
290
215mm or less) Fusing temp. index (°C)
-20
Standard temp.
Standard temp.
Standard temp.
+15
+15
+15
+15
+15
290
290
425
490
490
490 (425 when paper width is
290
290
290
+15
+15
+15
Coated B (Smoothness: over 100sec) Line speed (mm/s)
215mm or less) Fusing temp. index (°C)
-20
Standard temp.
Standard temp.
Standard temp.
+15
2
Fine
Clair Mail (60g/m )
(Smoothness: 50 to 100sec)
+15 Mondi Business Paper Color
Mondi Business Paper Color
Copy(100g/m2)*
Copy (200g/m2) (NEU Color Copy (200g/m2)) PRIMASET (170g/m2)
Line speed (mm/s)
290
425
490
490
490
425
290
290
290
Fusing temp. index (°C)
-10
Standard temp.
+5
+10
+15
+15
+15
+15
+15
Normal
Mondi CEETEE COPIER (60g/m2)
(Smoothness: 20 to 50sec)
(NEU CEETEE COPIER (60g/m2))
Konicaminolta Profi (80g/m2)*
Nautilaus (80g/m2)
PlanoJet90 (90g/m2)
NOPA Top (80g/m2) Konicaminolta Original (80g/m2) Konica Minolta Color + A4 (90g/ m2) (NEU Color Copy (90g/m2)) REPEAT (80g/m2) Turbocopy80 (80g/m2) Turbocopy80 (SB,BB) (80g/m2) AVERY DSP24
Line speed (mm/s) Fusing temp. index (°C)
490
490
490
490
490
425
290
290
290
Standard temp.
Standard temp.
+10
+15
+15
+15
+15
+15
+15
Book/News
BioTop3 (80g/m2)
(Smoothness: 10 to 20sec)
Classic White (80g/m2)
Line speed (mm/s) Fusing temp. index (°C)
Disable
Xerox3R91978 (160g/m2)
Turbocopy (160g/m2)*
490
490
425
290
290
290
+15
+15
+15
+15
+15
+15
Embossed
Disable
(Smoothness: 5 to 10sec)
(A fusing performance is not securable.)
Line speed (mm/s)
490
490
290
290
290
Fusing temp index. (°C)
+15
+15
+15
+15
+15
1. Line speed and fusing temperature are decided by setting the paper type and paper weight. 2. Smoothness is a value measured by the Beck smoothness testing machine stipulated in the ISO 5627:1995, and the smaller the value, the coarser the paper grain. When the paper is not listed in this table and the setting condition of which can not be found, obtain the smoothness data from the paper manufacturer and select the type of paper according to the value of smoothness. 3. Coated paper B: To be used when it is corresponding to overlay printing. For particulars, see chapter III "6.5 Overlay printing adjustment" in the Field Service. Setting of the condition for paper feeding
Halftone dot: Air ON
Frame in a thick line: 4 paper feed assist plates used
No halftone dot: Air auto
Frame in a thin line: No paper feed assist plate used
NOTE • When using high quality printing paper, be sure to select a setting direction in which there occurs less amount of curling after printing. • Marked with *: Paper the classification of which of smoothness or weight has been changed from the viewpoint of performance.
19. PAPER SETTING
19.5 Conversion table of paper weight Reference: • Paper weight (g/m2):Unit showing the mass of a 1 m2 sheet of paper in gram. • Basis Weight (lb):
The basis weight of a paper is the designated fixed weight of 500 sheets, measured in pounds, in that paper's basic sheet size. It is important to note that the "basic size" is not the same for all types of paper.
Paper type Basic size
Divisor
Cover
Index
Bristol
(inch)
17 x 22
20 x 26
25.5 x 30.5
22.5 x 28.5
24 x 36
25 x 38
(mm)
432 x 559
Bond
508 x 660
648 x 775
572 x 724
610 x 914
Tag
635 x 965
Book
g/m2
lb
lb
lb
lb
lb
lb
40.0
10.7
14.8
22.2
18.3
24.6
27.1
50.0
13.3
18.5
27.7
22.8
30.8
33.8
52.3
13.9
19.4
29.0
23.9
32.2
35.4
54.2
14.4
20.1
30.0
24.7
33.3
36.7
60.2
16.0
22.3
33.3
27.5
37.0
40.7
64.0
17.0
23.7
35.4
29.2
39.4
43.3
66.3
17.7
24.6
36.7
30.3
40.8
44.9
68.7
18.3
25.4
38.0
31.4
42.3
46.5
72.3
19.3
26.8
40.0
33.0
44.5
48.9
75.9
20.2
28.1
42.0
34.7
46.7
51.3
80.0
21.3
29.6
44.3
36.5
49.2
54.1
83.7
22.3
31.0
46.4
38.2
51.5
56.6
88.0
23.4
32.6
48.7
40.2
54.1
59.5
90.0
24.0
33.3
49.8
41.1
55.4
60.9
98.3
26.2
36.4
54.4
44.9
60.5
66.5
100.0
26.6
37.0
55.4
45.7
61.5
67.6
104.7
27.9
38.8
58.0
47.8
64.4
70.8
108.0
28.8
40.0
59.8
49.3
66.4
73.1
110.0
29.3
40.7
60.9
50.2
67.7
74.4
120.0
32.0
44.4
66.5
54.8
73.8
81.2
127.9
34.1
47.4
70.8
58.4
78.7
86.5
130.0
34.6
48.1
72.0
59.4
80.0
87.9
140.0
37.3
51.8
77.5
63.9
86.1
94.7
150.0
39.9
55.5
83.1
68.5
92.3
101.5
160.0
42.6
59.2
88.6
73.1
98.4
108.2
170.0
45.3
62.9
94.2
77.6
104.6
115.0
180.0
47.9
66.7
99.7
82.2
110.7
121.8
190.0
50.6
70.4
105.2
86.8
116.9
128.5
200.0
53.3
74.1
110.8
91.3
123.1
135.3
210.0
55.9
77.8
116.3
95.9
129.2
142.1
220.0
58.6
81.5
121.8
100.5
135.4
148.8
230.0
61.3
85.2
127.4
105.0
141.5
155.6
240.0
63.9
88.9
132.9
109.6
147.7
162.4
250.0
66.6
92.6
138.5
114.2
153.8
169.1
260.0
69.2
96.3
144.0
118.7
160.0
175.9
270.0
71.9
100.0
149.5
123.3
166.1
182.7
280.0
74.6
103.7
155.1
127.9
172.3
189.4
290.0
77.2
107.4
160.6
132.4
178.4
196.2
300.0
79.9
111.1
166.2
137.0
184.6
203.0
3.7548
2.7006
1.8056
2.1899
1.6253
1.4782
bizhub PRO 1050/1050P 1050e/1050eP
Field Service Ver3.0 Nov.2006
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