KZ30 Technical Manual Rev.1.2_2.Compressed
April 28, 2017 | Author: astrie | Category: N/A
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Imagetec Solutions Australia
RISO
57A01C
&
KZ30 TECHNICAL MANUAL REVISION 1.2 OCTOBER, 2011 Copyright : 2011 Riso Kagaku Corporation All Rights Reserved. This Technical Manual was prepared and written for the exclusive use of RISO International Group Certified Dealers. Reproduction and/or transmittal of this material in any form or by any means, including photocopying or recording of the information is strictly prohibited without the consent of a member of RISO International Group.
RISO INTERNATIONAL GROUP RISO KAGAKU CORPORATION (JAPAN) RISO, INC. (U.S.A.) RISO KAGAKU CORP. LONDON OFFICE (U.K.) RISO HONG KONG (HONG KONG) RISO UK (U.K.) RISO THAILAND LIMITED (THAILAND) RISO KOREA LIMITED (KOREA)
RISO DEUTSCHLAND GMBH (GERMANY) RISO FRANCE (FRANCE) RISO IBERICA (SPAIN) RISO CANADA (CANADA) ZHUHAI RISO TECHNOLOGY (CHINA) RISO AFRICA (SOUTH AFRICA) RISOGRAPH ITALIA (ITALY) KZ30 (Rev. 1.2)
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KZ30 (Rev. 1.2)
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CHAPTER
1:
MAINTENANCE
MAINTENANCE
CONTENTS
PREFACE...........................................................................................................1-3 1. Warning.........................................................................................................1-4 2. Work Precautions.........................................................................................1-5 3. Jigs.................................................................................................................1-7 4. Exterior Cover Removal...............................................................................1-8 1) Print Drum..............................................................................................1-8
2) Front Cover.................................................................................. 1-10 3) Rear Cover................................................................................... 1-10 4) Master Removal Unit Cover......................................................... 1-11 5) Master Making Unit Cover............................................................ 1-11 6) Operation Panel Assembly........................................................... 1-12 5. Pressure Spring Removal..........................................................................1-13
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KZ30 (Rev. 1.2)
MAINTENANCE
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KZ30 (Rev. 1.2)
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MAINTENANCE
PREFACE This manual provides Technical Service Information for RISO 57A01C and KZ30 digital duplicator. This manual is published as a reference guide for use by certified field servicemen trained under RISO International Group technical trainers. This manual includes procedures for removal, installation and adjustments of major components found on the machine. Following these procedures will prevent injuries and malfunctions on the machine, as well as to achieve end-user satisfaction.
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KZ30 (Rev. 1.2)
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1. Warning Important Safety Precautions 1. Always disconnect electrical supply before placing hands in the machine. I.
To avoid injuries: Be sure to disconnect the electrical power before disassembling, assembling, or when making adjustments on the machine.
II. Protection of the machine: Make sure to turn OFF the power to the machine before plugging or unplugging the electrical connectors, or when connecting a Meter.
2. Always connect electrical connectors firmly. I.
To avoid electrical failure: The connectors must be connected firmly together and onto the PCBs. Press on the ends of the connectors and then the center to ensure a firm fit.
II. Protection of the electrical components: The electrical components may be damaged due to short circuits caused by a loose connector. Wire harness connector
FIRST
Press the ends.
THEN Press the center, firmly.
KZ30 (Rev. 1.2)
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2. Work Precautions Lifting the machine The machine should be lifted by two persons, one person on the paper-feed side and the other person on the paper-receive side. There is a beam running across on the paper-feed side and also on the paper-receive side. These metal beams should be grabbed firmly by both hands by each person. Grab the metal beams as shown on the photograph on the LEFT. Do not grab the metal beams as shown on the photograph on the RIGHT. If grabbed as shown on the RIGHT, hands and fingers may be cut and injured by the sharp edges of the metal beam.
GOOD
BAD
Inspection If inspection finds a defective or problem part, correct it. Replace parts as necessary. Removal (1) Carry out work according to the procedures in the technical manual. (2) Arrange the removed parts carefully and in order. (3) Distinguish parts to be replaced and those to be reused. (4) When replacing screws and E-rings, use the specified size. Positioning pin
Assembly and installation Unless otherwise specified, assembly and installation follow the reverse order of removal. When there is a protruding section and a hole for positioning a part, align them correctly before fastening. (The pin, which positions the part to attach, is referred to as Positioning pin.)
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Self-tapping screws Self-tapping screws are used in many places on the machine. The self-tapping screws, if incorrectly handled, will damage the screw hole on the machine frame. When mounting the self-tapping screws, first rotate the screw in the counter-clockwise direction to find the thread on the screw hole.
Then start rotating the screw in the clockwise direction to tighten.
This is to
prevent the tapping screw from making new screw thread on the screw hole and damaging the original screw thread on the screw hole
Self-tapping screw
Pan-head screw
< Caution is needed in mounting the self-tapping screws.>
< These are not self-tapping screws.>
Binding-head screw
Electrical system work > > > > > >
After replacing electrical wires, fasten them with bands (bar lock ties) so that they do not sag. When installing parts, be careful to avoid pinching and damaging the electrical wires. If a fuse blows, always replace it with one of the specified capacity. Using a larger fuse will not only damage the machine components, but may also cause fires. Image scanner, thermal heads, and sensors are extremely vulnerable to shock, so do not handle them roughly or drop them. Always turn OFF the machine power before working on the machine and when plugging or unplugging sensor connectors. Wiring bundle band (bar lock ties)
KZ30 (Rev. 1.2)
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3. Jigs List of the Jigs needed to maintenance this machine.
1. 021-16007-005 Spring; Screen (2 pieces required) Cut the ring end to make into hook, as shown on the photograph, and attach wire tie bar on the other end.
2.
051-75008-006 Drum Shaft Jig (8mm diameter) Needed to align the Print drum (Front & Rear).
OR PLUS Rectangular Box Needed to align the Print drum Rear. 015-26128-008 Drum Shaft Jig (8mm diameter) Needed to align the Print drum Front.
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4. Exterior Cover Removal Disconnect the power supply from the machine and remove the cover. 1) Print drum 2) Front cover 3) Rear cover 4) Master removal unit cover Master making unit cover 5) Master making unit cover 6) Operation panel Operation panel
Rear cover
Master removal unit cover
Front cover (Already removed on the photograph.)
1) Print Drum (1 screw) 1. 2. 3.
Swing open the Separation fan unit. Look into the machine from the paper ejection opening of the machine to find the Print drum lock mechanism. (Refer to the next page for the view of the Lock mechanism.) Loosen the screw of the Print drum lock and remove the lock.
Separation fan unit
Swing open
Look into the machine < Paper Ejection Side of the Machine >
KZ30 (Rev. 1.2)
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Imagetec Solutions Australia 4. Slowly pull out the Print drum, straight, all the way out until it stops. Grab the tail end of the Drum.
< Do not lift the Print drum or the Print drum will fall off the machine. >
Hold onto the Lock mechanism and loosen the screw.
The Lock can be removed.
< View of the Lock >
5. Firmly holding the front and tail end of the Print drum, lift the front end of the Print drum a little and disengage the Print drum from the guide rail to remove it out of the machine.
Grab the tail end of the Drum.
Pull out the Drum straight and keep holding the front grip.
Hold firmly
The grip on the rear of the Print drum.
ont e fr out. h t Lift slide and
< Print Drum >
Hold firmly
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2) Front Cover (8 screws) Remove the Print Drum from the machine first.
< Front View >
< Rear View > The front cover can be separated into three pieces.
< Front View >
3) Rear Cover (6 screws)
< Front View >
< Rear View > The rear cover can be separated into two pieces.
< Front View > KZ30 (Rev. 1.2)
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4) Master Removal Unit Cover (4 screws)
5) Master Making Unit Cover (5 screws)
1 screw from the top.
2 screws on the back. 2 screws in the front.
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6) Operation Panel Assembly (2 screws) 1. Disconnect one connector from the bottom of the Operation Panel. 2. Remove two screws on the operation panel bracket to detach the Operation panel assembly from the machine.
Connector to the Operation panel. (View from underneath the panel)
< Operation Panel - left view >
Operation panel bracket
< Operation Panel - front view >
KZ30 (Rev. 1.2)
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5. Pressure Spring Removal To avoid injury in removing the Pressure spring from the machine, never use bare hands to unhook the spring. One recommendation is to use a piece of strong rope. (refer to the photograph below.) Long nosed pliers can also be used, but the spring may slip out from the pliers and may not work as well as a strong rope. Remove the Paper receiving tray and Suction unit from the machine prior to the Pressure spring removal for easier access to the sprint access and safety.
Strong piece of Rope.
Pressure spiring
Thread the rope through the Spring.
Wrap the rope around the Spring loop.
Remove the rope.
Pull on the rope to unhook the Spring.
Follow the instruction in the opposite order in hooking the Pressure spring back on the machine.
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KZ30 (Rev. 1.2)
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MEMO
KZ30 (Rev. 1.2)
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2:
CHAPTER
MACHINE SUMMARY
MACHINE SUMMARY
CONTENTS 1. Specifications...............................................................................................2-3
RISO 57A01C
......................................................................2-3
RISO KZ30............................................................................................2-4
2. Cross Sectional Diagram.............................................................................2-5 3. Machine Operations.....................................................................................2-6 4. Paper Feed and Receiving...........................................................................2-7 5. Master Removal and Feed...........................................................................2-8 6. Counter Indication........................................................................................2-9 1. Indicate Copy and Master Counter:........................................................2-9 2. Stopping of the Copy and Master Software Counter during the machine repair:.................2-9
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KZ30 (Rev. 1.2)
MACHINE SUMMARY
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MEMO
KZ30 (Rev. 1.2)
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MACHINE SUMMARY
1. Specifications
RISO 57A01C
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KZ30 (Rev. 1.2)
MACHINE SUMMARY
KZ30 (Rev. 1.2)
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MACHINE SUMMARY
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2. Cross Sectional Diagram Document feeder Cutter unit Thermal print head
Image scanner Master disposal box
Original rack
8
Write roller 6
Master roll
7 1
10 2
9
5
Separator
4
3
Paper feed tray Paper receiving tray Suction unit
Pickup roller Timing roller
Pressure roller Guide roller
1 First Paper Feed Area:
Feeds single sheets of paper to the second paper feed area via Pickup roller and Stripper pad.
2 Second Paper Feed Area:
Controls the vertical print position and feeds paper to the print area via the Timing and Guide rollers.
3 Press (Printing) Area:
Uses the Pressure roller to press paper against the master on the Drum. The Drum rotates with the Pressure roller and prints an image on paper.
4 Paper Ejection Area:
Separates a printed paper from the Drum, and transports it onto the paper receiving tray.
5 Drum Area:
Supplies the Drum surface with ink from an Ink cartridge.
6 Master Clamp Area:
Clamps the leading edge of the master.
7 Master Disposal Area:
Separates used master from the Drum and disposes it into the Master disposal box.
8 Image Scanning Area:
Carries an original and scans it with the Image scanner and converts the image information into digital data.
9 Master Making Area:
Makes a master with the Thermal print head.
0 Master Loading Area: 1
Feeds the prepared master material to the Drum and cuts it to an appropriate length.
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KZ30 (Rev. 1.2)
MACHINE SUMMARY
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3. Machine Operations
Set the original and press the Start key.
Master Disposal
Master Making
The used master is removed from the drum and stored in the disposal box.
The original is scanned by the image scanner and the image is made on the master with the thermal print head.
Master Carrier and Loading The made master is wrapped onto the drum and cut. Also, a proof print is printed.
Printing Paper is fed one sheet at a time from the Paper feed tray, printed, and stored on the paper receiving tray.
KZ30 (Rev. 1.2)
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MACHINE SUMMARY
4. Paper Feed and Receiving
Pickup roller
Drum
The Drum is rotated and a sheet of paper is fed from the first paper feed area to the second paper feed area by Pickup rollers, and Stripper pad.
Stripper pad The paper feed to the second paper feed area is stopped by the Guide and Timing rollers to form a buckle. The paper then waits until the rotation of the Guide roller starts.
Guide roller
Timing roller The Guide and Timing rollers in the second paper feed area are rotated and the paper is fed to the printing area.
Pressure roller
While the paper is being fed from the second paper feed area, the Pressure roller rises and printing starts. (The Pressure roller contacts the Drum and starts rotating.)
Separation fan Separator
After the Pressure roller contacts the Drum to start printing, the Separator approaches the Drum and the Separation fan starts to blow. The Guide roller goes up to release the paper. (The paper is then transferred by the rotation of the Drum.) The printed paper is separated from the Drum by the Separator and with a help of the air blow from the Separation fan. It is then transported onto the Paper receiving tray by the Transfer belts using Suction fan.
Transfer belt
The Timing roller contacts with the Guide roller to feed the next sheet of paper.
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KZ30 (Rev. 1.2)
MACHINE SUMMARY
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5. Master Removal and Feed
Clamp plate
Vertical transport roller
Master projection shaft Master roll
Master Removal The Clamp plate opens and Master release shaft releases the master from the Clamp plate.
Master The Drum and Vertical transport rollers starts rotating and removes the master from the Drum and feed it into the Master disposal box.
Master disposal box
The Master compressing plate starts compressing the removed master within the Master removal box. TPH
Master Making The Image scanner scans the image on the original and Thermal print head (TPH) makes the image on the master material. The Master tension plate drops down and applies tension on the master material.
Master Loading The master is transferred onto the Drum and the leading edge is clamped by the Clamp plate. The Drum rotates to wrap the master on the Drum. Cutter
The Cutter cuts the master.
KZ30 (Rev. 1.2)
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MACHINE SUMMARY
6. Counter Indication 1. Indicate Copy and Master Counter: The Copy and Master Counter on the machine is displayed on the LED panel of the machine by the Custom Setting of the user mode. < Sample Instructions > Item No. 30: Total Copy Count Display The total number of pages printed with the machine is 1. Press the CUSTOM key EXA MPL on the Control Panel. displayed. E The total number of counter is shown on the Display. This number is displayed on two screens, consisting of an under bar + 3-digit number and 4-digit number. Example: If 1,357,900 pages: _135 ---> 7900.
Item No. 31: Total Master Count Display The total number of masters generated with the machine is displayed. - same description as the Total Counter -
NOTE: To exit the Custom Setting mode, turn off the indicator by pressing the CUSTOM key. 2. Enter Item No. 30, 31 or 32 depending on which counter to display.
Item No. 32: Average Display Function Displays the average number of pages printed for each master made on the machine. - same description as the Total Counter -
3. Press the + key to display the first 3 digit numbers.
135
4. Press again the + key to display the remaining 4 digit numbers.
7900
30 -
Refer to the operation steps described on the right.
2. Stopping of the Copy and Master Software Counter during the machine repair: During the machine servicing, if the Copy Counter and Master Counter on the customer's machine needs to be stopped in order that the serviceman can make the master and prints to check the machine condition and not wishing to increase the counter reading for those confirmation prints, the software counter can be stopped tentatively by Test Mode No. 155 [Counter Action Control]. Selecting [0] on the Test Mode No. 155 will stop the counter action while the machine power is kept ON. Turning the machine power OFF and then ON will automatically return the test mode setting back to the default setting of [1], which allows the counter to activate.
Test Mode No. 155 [Counter Action Control]
0 : Stops the counter
1 : Activates the counter
< The setting automatically returns back to the default [1] setting when the machine power is turned OFF and ON. >
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KZ30 (Rev. 1.2)
MACHINE SUMMARY
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MEMO
KZ30 (Rev. 1.2)
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CHAPTER
3:
MAIN DRIVE SECTION
MAIN DRIVE SECTION
CONTENTS
Theory of Operation..........................................................................................3-3 1. Main Drive..............................................................................................3-3 2. Main Motor Safety Switch......................................................................3-4 3. Drum Positions.......................................................................................3-5 4. Print Drum Locking Mechanism.............................................................3-5 Removal and Assembly....................................................................................3-7 1. Main Drive Gears...................................................................................3-7 2. Main Motor Unit....................................................................................3-10 3. Master Removal Unit Safety Switch.....................................................3-12 4. Master Making Unit Safety Switch.......................................................3-13 5. Separation Unit Safety Switch.............................................................3-14 6. Print Drum Safety Switch.....................................................................3-15
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MAIN DRIVE SECTION
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Theory of Operation 1. Main Drive The main motor drives the following components of the machine.
* First paper feed unit
* Second paper feed unit
* Print drum
* Pressure roller (up & down motion)
* Paper ejection suction belt
Print drum
Pressure roller
Suction belt
Main motor (behind the frame) Second paper feed (Timing roller)
First paper feed (Pickup roller)
Main motor shaft
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2. Main Motor Safety Switch Following all four Safety switches must be activated to run the Main motor.
* Master removal unit safety switch * Master making unit safety switch * Separation unit safety switch * Print drum safety switch
The same four switches act also as Safety switches for the Thermal power.
Separation unit safety switch Master removal unit safety switch Master making unit safety switch Print drum safety switch
KZ30 (Rev. 1.2)
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MAIN DRIVE SECTION
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3. Drum Positions 1) Sensors for the Drum positioning The position of the Drum is determined by the Position-A sensor and Encoder sensor on the Main motor.
2) Position-A * This is the position where the Clamp plate is at the top of the Drum.
* This position is also referred as the 0 .
* The Clamp plate opens and closes at this position.
* This is the position where the light path of the Position-A sensor is cut by the Position-A plate on the Drum.
Drum position-A of the Print Drum Position-A plate REAR
Position-A sensor Drum angle
0
FRONT
4. Print Drum Locking Mechanism 1) The Print drum is designed to unlock only when it is at Position-B. 2) At any other Drum positions, the flange around the Drum main gear prevents the Intermediate gear from disengaging from the Drum main gear. 3) Only when the Print drum is at Position-B, the flange on the Drum main gear does not interfere against the Intermediate gear, allowing the Print drum to be pulled out from the machine. 4) When the Print drum is pulled out of the machine, the lock mechanism locks the Print drum at Position-B so that the Print drum does not rotate while it is pulled out of the machine. Lock mechanism on the Print drum.
2
1 View under the Print drum
Releasing the Drum hook
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Drum A-Positioning Movement Timing Chart
(b)
(a) Drum angle (Encoder sensor)
Position-A sensor Main motor
270
0 (Position-A)
Open
90
180
270
340
End of movement 0 (Position-A)
Blocked
ON OFF 15 rpm
1.95 rpm
(a) If the light path of the Position-A sensor is cut when the last paper is counted, the Main motor speed becomes from printing to 15 rpm to stop the drum rotation. (b) When the Drum rotates to 340, the drum rotation speed becomes 1.95 rpm to stop the drum at the Drum- A position (at Drum 0 ) exactly. Then Main motor turns off. > If the Encoder sensor does not output the Main motor rotation signal within 1.2 seconds, the machine assumes that the Main motor has locked and displays error message [P 01]. > If over load current is detected and the Encoder sensor does not output th Main motor rotation signal for 0.1 seconds, the machine assumes that the Main motor has locked and displays error message [P 01].
KZ30 (Rev. 1.2)
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MAIN DRIVE SECTION
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Removal and Assembly 1. Main Drive Gears 1. Turn OFF the machine power and disconnect the power cord from the machine.. 2. Remove the Rear cover. 3. Remove the Power supply unit. (4 screws and unhook wire harness from the wire saddles.)
Power supply unit
4. Remove the FG Sensor (Encoder sensor)
Remove 2 screws to detach Encoder cover.
Screw
FG Sensor disc
Connector
Spacer Insert thin rod to prevent Main motor shaft from turning.
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Screw
KZ30 (Rev. 1.2)
MAIN DRIVE SECTION
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5. Remove the Paper feed clutch support plate. (3 screws)
Paper feed clutch support plate 6. Disconnect the connector and remove the Paper feed clutch. In assembly, make sure to locate the clutch hook in the hook lock to fix the clutch in position. The hook faces down.
7. Remove the Timing clutch support plate (4 screws), disconnect the connector and remove the Timing clutch.
In assembly, make sure to locate the clutch hook in the hook lock to fix the clutch in position. The hook faces up.
Timing clutch support plate KZ30 (Rev. 1.2)
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MAIN DRIVE SECTION
8. Disconnect wire harness clamps from the Drive gear bracket and remove the bracket. (8 screws)
Drive gear bracket
9. Remove the E-rings and remove the Gears.
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2. Main Motor Unit 1. 2. 3. 4. 5.
Turn OFF the machine power and disconnect the power cord from the machine.. Remove the Rear cover. Remove the Paper receiving tray. Remove Suction cover. Remove Suction unit.
- continues to next page -
Suction cover Suction unit
Paper receiving tray
KZ30 (Rev. 1.2)
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MAIN DRIVE SECTION
6. Remove the Drive gear bracket by following the instructions given on pages from 3-7 to 3-9.
Drive gear bracket
7. Remove the mounting screws, disconnect the connector and remove the Main motor out from the opening in the paper receiving area. (3 screws)
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KZ30 (Rev. 1.2)
MAIN DRIVE SECTION
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3. Master Removal Unit Safety Switch 1. 2. 3. 4.
Turn OFF the machine power and disconnect the power cord from the machine. Remove the Master removal unit cover. Open the Master removal unit, disconnect the Connector of the Master removal unit safety switch and remove the switch assembly. (1 screw) Open the Master removal unit safety switch assembly and remove the switch. (2 screws)
Master removal unit
Master removal unit safety switch assembly
Master removal unit safety switch assembly
KZ30 (Rev. 1.2)
Master removal unit safety switch
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MAIN DRIVE SECTION
4. Master Making Unit Safety Switch 1. 2. 3. 4.
Turn OFF the machine power and disconnect the power cord from the machine. Remove the Master removal unit from the machine. (Refer to the Chapter on Master making unit.) Disconnect the Connector of the Master making unit safety switch. Remove two mounting screws of the Master making unit safety switch and remove the switch.
Precautions in Assembly Install the switch in the correct direction.
Master making unit safety switch
Master making unit
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KZ30 (Rev. 1.2)
MAIN DRIVE SECTION
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5. Separation Unit Safety Switch 1. 2. 3. 4. 5.
Turn OFF the machine power and disconnect the power cord from the machine. Remove the Front cover. Remove the Mechanical control PCB. Open the Separation unit as shown on the photograph below. Disconnect the connector, remove the Separation unit switch assembly from the machine (1 screw) and remove the switch from the bracket.
Master removal unit safety switch assembly
Separation unit
Mechanical control PCB assembly
KZ30 (Rev. 1.2)
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MAIN DRIVE SECTION
6. Print Drum Safety Switch 1. Turn OFF the machine power and disconnect the power cord from the machine. 2. Remove the Rear cover. 3. Disconnect the connector and remove the Print drum safety switch. (1 screw) CAUTION: Do not deform the sensor bracket, as it acts as metal spring when the Print drum in inserted in the machine.
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KZ30 (Rev. 1.2)
MAIN DRIVE SECTION
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MEMO
KZ30 (Rev. 1.2)
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CHAPTER
4:
FIRST PAPER FEED SECTION
FIRST PAPER FEED SECTION
CONTENTS
1. Theory of Operation.....................................................................................4-3 1. Paper Feed Tray Positions (Upper / Lower)..........................................4-3 2. First Paper Feed Drive Mechanism.......................................................4-4 3. Paper Pickup System.............................................................................4-6 4. Paper Feed Pressure Select System.....................................................4-7 2. Removal and Assembly...............................................................................4-9 1. Paper Feed Tray Unit.............................................................................4-9 2. Pickup Roller Assembly.......................................................................4-10 3. Pickup Roller and Paper Feed Support Roller ....................................4-11 4. Stripper Pad.........................................................................................4-12 5. Paper Feed Clutch ..............................................................................4-13 3. Adjustment..................................................................................................4-15 1. Paper Feed Clutch ON/OFF Timing . ..................................................4-15
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KZ30 (Rev. 1.2)
FIRST PAPER FEED SECTION
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FIRST PAPER FEED SECTION
1. Theory of Operation 1. Paper Feed Tray Positions (Upper / Lower) Paper Feed Tray Set Lever > Raising the Paper feed tray set lever raises the Paper feed tray to the upper limit position. The Paper feed tray (paper) touches the Pickup roller. > Lowering the Paper feed tray set lever lowers the Paper feed tray to the lower limit position. The Paper feed tray (paper) releases down from the Pickup roller.
Paper feed tray set lever
Paper feed tray
Paper feed tray UP
Paper feed tray DOWN
Paper feed tray set lever
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KZ30 (Rev. 1.2)
FIRST PAPER FEED SECTION
Imagetec Solutions Australia
2. First Paper Feed Drive Mechanism Paper Feed Clutch > The drive from the Main motor is transferred to the Pickup roller shaft by the gears. > The Paper feed clutch activates at a given Print drum angle from drum position-A to rotate the Pickup roller shaft to feed the papers. This Drum angle is determined by the count signal from the motor encoder sensor. > The Paper feed clutch is deactivated as the Print drum rotates for a certain set degrees from the Drum position-A. > The Paper feed clutch activation and deactivation timings change according to the printing speed. End of First Paper Feed > The First paper feed ends when the Paper feed clutch deactivates. > The leading edge of the paper rests against the Guide roller and Timing roller and makes a buckle. > The Pickup roller rotates freely in the direction of paper feed by the one-way bearing on the roller to avoid applying brake on the paper when the Second paper feed takes over the paper feed.
Pickup roller Pickup roller shaft
Main motor
KZ30 (Rev. 1.2)
Paper feed clutch
[�4-4�] 4-4 ]
Imagetec Solutions Australia
FIRST PAPER FEED SECTION
Imagetec Solutions Australia
First Paper Feed Timing Chart
Press "START" key Drum rotation starts from Drum Position-A 1-1 79.3
Drum rotation
0
2-1 157.8
1-2 76.7
2-2 155.2
0
1-1 79.3
2-1 157.8
1-2 76.7
2-2 155.2
0
ON
Main motor Position-A Sensor
Blocked Open ON
Paper feed clutch
[In case the drum rotation speed is 60 r.p.m.] 1-1 The Paper feed clutch activates each time the Drum rotates 79.3 plus/minus C from the A position. The angle "C" can be adjusted by Test Mode No. 741, which adjusts the ON timing of the Paper feed clutch. 2-1 The Paper feed clutch is deactivated when the Drum rotates 157.8 plus/minus C from the A position. The angle "C" can be adjusted by Test Mode No. 742, which adjusts the paper buckle amount.
[In case the drum rotation speed is 90 r.p.m.] 1-2 The Paper feed clutch activates each time the Drum rotates 76.7 plus/minus C from the A position. The angle "C" can be adjusted by Test Mode No. 744, which adjusts the ON timing of the Paper feed clutch. 2-2 The Paper feed clutch is deactivated when the Drum rotates 155.2 plus/minus C from the A position. The angle "C" can be adjusted by Test Mode No. 745, which adjusts the paper buckle amount.
Print drum
Guide roller Pickup roller
Paper
Stripper pad Timing roller
[�4-��] 4-5 ]
Imagetec Solutions Australia
KZ30 (Rev. 1.2)
FIRST PAPER FEED SECTION
Imagetec Solutions Australia
3. Paper Pickup System
Feeding > The papers on the Paper feed tray are fed by the Pick roller, in several layers, in between the Pickup roller and Stripper pad. Pick-up > The top sheet is separated from the rest by the Pickup roller and Stripper pad. > The Stripper pad is pushed against the Pickup roller [A] by the Stripper spring to provide resistance against paper feed, by which only a single sheet of paper is fed from the paper stack.
Pickup roller
Paper
Stripper pad Stripper spring
KZ30 (Rev. 1.2)
[�4-6�] 4-6 ]
Imagetec Solutions Australia
FIRST PAPER FEED SECTION
Imagetec Solutions Australia
4. Paper Feed Pressure Select System
Paper Feed Pressure Adjust Lever
> > > >
The Paper feed pressure adjust lever is located on the front side of the machine, and it changes the pressure of the Paper feed tray applied against the Pickup roller, as a result the pressure against the papers on the Paper feed tray is changed. When the Paper feed pressure adjust lever is positioned at upper position, the Pressure spring is loose and applies less pull on the paper feed tray. This is the setting for thin papers. As the Paper feed pressure lever is shifted down, the Pressure spring stretches and pulls the Paper feed tray stronger against the Pickup roller. The lever, at all the way down position is for thick papers. The Paper feed pressure adjust lever at in-between-positions are for normal thickness papers. Pressure spring
Paper feed pressure adjust lever
Paper feed tray set lever
Paper feed pressure Thin paper: When using Thin paper. Standard paper 1: When using Coarse paper. Standard paper 2: When using standard paperS
Thick paper: When using Thick paper
[�4-7�] 4-7 ]
Imagetec Solutions Australia
KZ30 (Rev. 1.2)
FIRST PAPER FEED SECTION
Imagetec Solutions Australia
MEMO
KZ30 (Rev. 1.2)
[�4-��] 4-8 ]
Imagetec Solutions Australia
Imagetec Solutions Australia
FIRST PAPER FEED SECTION
2. Removal and Assembly 1. Paper Feed Tray Unit 1. Turn OFF the machine power and disconnect the power cord from the machine. 2. Lower the Paper feed tray. 3. Remove the Paper feed tray unit from the both side of the Lock pins. Precaution in Assembly > Make sure to hook the the Paper feed tray unit to the both side of the Lock pins firmly in position.
Lock pin
Paper feed tray unit
[�4-9�] 4-9 ]
Imagetec Solutions Australia
KZ30 (Rev. 1.2)
FIRST PAPER FEED SECTION
Imagetec Solutions Australia
2. Pickup Roller Assembly 1. 2. 3. 4. 5. 6.
Turn OFF the machine power and disconnect the power cord from the machine. Lower the Paper feed tray. Remove the Rear cover. Remove the Paper feed tray from the machine. Remove Lock rings on the right end of the Pickup roller shaft and remove the Metal. Slide the Pickup roller shaft to the rear side of the machine and remove the Pick up roller assembly.
Lock ring Metal
Paper feed tray
Pickup roller shaft
KZ30 (Rev. 1.2)
[�4-���] 4-10 ]
Imagetec Solutions Australia
Imagetec Solutions Australia
FIRST PAPER FEED SECTION
3. Pickup Roller and Paper Feed Support Roller 1. 2. 3. 4. 5.
Turn OFF the machine power and disconnect the power cord from the machine. Remove the Pickup roller assembly. Slide the Paper feed support rollers from the Pickup roller shaft. Remove Lock ring from the Pickup roller shaft. Slide the Pickup roller out from the shaft.
Precautions in Assembly > Core of the Pick up roller has a slit for a Pin on the left-hand-side side when the roller is installed. If the roller is put back on the shaft turned around, the Pick up roller cannot be positioned correctly and the the Lock ring cannot be installed. When mounted correctly on the shaft, the pin fits in the Pickup roller shaft and the Lock ring can be installed.
Pin Lock ring
Paper feed support roller
Pickup roller
Paper feed support roller
[�4-���] 4-11 ]
Imagetec Solutions Australia
KZ30 (Rev. 1.2)
FIRST PAPER FEED SECTION
Imagetec Solutions Australia
4. Stripper Pad 1. 2. 3. 4. 5.
Turn OFF the machine power and disconnect the power cord from the machine. Lower the Paper feed tray all the way down. Remove the Lock ring of the Pickup roller then slide the roller towards the rear of the machine and remove the Pin. Remove the Stripper pad base carefully, not to damage the Stripper spring. Remove the Stripper Pad from the Stripper pad base.
Precaution in Assembly > Set the Stripper spring correctly in the machine before setting the Stripper pad base back in place. > Make sure to fit the Pickup roller in correct position then inserting the Lock ring.
Stripper pad
Stripper pad base
Stripper spring
KZ30 (Rev. 1.2)
[�4-���] 4-12 ]
Imagetec Solutions Australia
Imagetec Solutions Australia
FIRST PAPER FEED SECTION
5. Paper Feed Clutch 1. 2. 3. 4. 5.
Disconnect the power supply from the machine. Remove Back cover. Remove the Paper feed Clutch support plate. (3 screws) Disconnect the Connector of the Paper feed clutch. Remove the Paper feed clutch from the shaft.
Precautions in Assembly > Mount the hook on the clutch into the hook lock holes to prevent the clutch from rotating. (Refer to the photograph below)
Paper feed clutch support plate
Paper feed clutch
Hook on the Clutch
[�4-���] 4-13 ]
Imagetec Solutions Australia
KZ30 (Rev. 1.2)
FIRST PAPER FEED SECTION
Imagetec Solutions Australia
MEMO
KZ30 (Rev. 1.2)
[�4-�4�] 4-14 ]
Imagetec Solutions Australia
Imagetec Solutions Australia
FIRST PAPER FEED SECTION
3. Adjustment
1. Paper Feed Clutch ON/OFF Timing Use the Paper feed clutch ON and/or OFF timing adjustment test mode to control the paper buckle amount. The paper buckle is made on the tip of the paper when the first paper feed action ends. The tip of the paper rests against the Timing roller and Guide roller and makes the buckle. If not enough buckle is made, the second paper feed will not take the paper, and cause paper jam. If too much buckle is made, the tip of the paper will fold and cause paper jam. Paper feed clutch ON timing: For the 60 r.p.m. printing, use test mode No.741. For the 90 r.p.m. printing, use test mode No.744. The larger parameter numbers for these two test modes make the clutch ON timing earlier, and increase the paper buckle amount. Paper feed clutch OFF timing: For the 60 r.p.m. printing, use test mode No.742. For the 90 r.p.m. printing, use test mode No.745. The smaller parameter numbers for thee two test modes make the clutch OFF timing delayed, and increases the paper buckle amount.
NOTE: The paper buckle amount is also affected by the Timing clutch ON timing adjustment (next Chapter). The Timing clutch ON timing adjustment will affect the image position on the paper, so do not use that adjustment for the paper buckle amount adjustment. But keep in mind that if the Timing clutch ON timing adjustment is made to control the image position, the Paper feed clutch ON/OFF timing adjustment may have to be adjusted for proper paper buckle amount.
[�4-���] 4-15 ]
Imagetec Solutions Australia
KZ30 (Rev. 1.2)
FIRST PAPER FEED SECTION
Imagetec Solutions Australia
MEMO
KZ30 (Rev. 1.2)
[�4-�6�] 4-16 ]
Imagetec Solutions Australia
Imagetec Solutions Australia
CHAPTER
5:
SECOND PAPER FEED SECTION
SECOND PAPER FEED SECTION
CONTENTS
1. Theory of Operation.....................................................................................5-3 1. Second Paper Feed Drive Mechanism..................................................5-3 2. Vertical Printing Position........................................................................5-4 2. Removal and Assembly...............................................................................5-5 1. Load Spring . .........................................................................................5-5 2. Timing Clutch ........................................................................................5-6 3. Paper Guide Plate . ...............................................................................5-7 4. Paper Gate . ..........................................................................................5-8 5. Timing Roller / Guide Roller...................................................................5-9 3. Adjustment .................................................................................................5-10 1. Print Position (Timing Clutch ON timing)...............................................5-10
[��-��] 5-1 ]
Imagetec Solutions Australia
KZ30 (Rev. 1.2)
SECOND PAPER FEED SECTION
Imagetec Solutions Australia
MEMO
KZ30 (Rev. 1.2)
[��-��] 5-2 ]
Imagetec Solutions Australia
Imagetec Solutions Australia
SECOND PAPER FEED SECTION
1. Theory of Operation
1. Second Paper Feed Drive Mechanism 1. > > >
Drive Timing clutch makes clockwise rotation (looking from the rear of machine) with the turn of the Main motor. The Timing gear rotation is transferred to the Timing gear via the Timing clutch. The Timing roller rotates Guide roller.
2. Timing Clutch > After given time from the end of the first paper feed, the Timing clutch activates to rotate the Timing roller. 3. Timing Roller > The Timing roller contains Load spring which applies brake on the roller at all times. It stops the rotation of the roller as soon as the Timing clutch goes off. 4. > > >
Guide Roller The Guide roller is always in contact with the Timing roller. The rotation of the Guide roller is received from the Timing roller. The Guide roller rotation stops when the Timing clutch goes off to stop the Timing roller.
Paper gate
Load spring Guide roller Timing roller
Timing clutch
Main motor
Timing gear
[��-��] 5-3 ]
Imagetec Solutions Australia
KZ30 (Rev. 1.2)
SECOND PAPER FEED SECTION
Imagetec Solutions Australia
2. Vertical Printing Position 1. > > >
Timing Clutch The print position is depending on when the Timing clutch goes on. Normally the Timing clutch goes ON when the drum angle becomes 160.3 degrees and goes OFF when the drum angle becomes 61.3 degrees in case the drum speed is 60 r.p.m. When the drum rotation speed is 90 r.p.m., the Timing clutch goes ON at the drum angle 157.7 degrees and goes OFF at the drum angle 58.7 degrees.
2.Print Position > Print position can be changed by pressing the print position adjustment key or on the control panel. > When the key is pressed, the Timing clutch ON timing becomes earlier and the print position moves down. > When the key is pressed, the Timing clutch ON timing becomes late and the print position moves up. 0
90
180
270
Drum rotation 79.3 (76.7)
157.8 (155.2) 78.5
Paper feed clutch 1st
160.3 (157.7)
Paper feed clutch 2nd 61.3 (58.7) Paper gate
Guide roller
Timing roller Timing clutch
Timing clutch gear
KZ30 (Rev. 1.2)
[��-4�] 5-4 ]
Imagetec Solutions Australia
360
Imagetec Solutions Australia
SECOND PAPER FEED SECTION
2. Removal and Assembly
1. Load Spring 1. 2. 3. 4. 6.
Tun OFF the machine power and disconnect the power cord from the machine. Remove Front cover. Remove Print drum. Remove E-ring and Washer from the Timing roller shaft. Remove the Load spring from the shaft.
Precaution in Assembly > Install the Load spring in the correct direction.
Load spring
washer
E-ring
[��-��] 5-5 ]
Imagetec Solutions Australia
KZ30 (Rev. 1.2)
SECOND PAPER FEED SECTION
Imagetec Solutions Australia
2. Timing Clutch 1. 2. 3. 4.
Turn OFF the machine power and disconnect power cord from the machine. Remove Rear cover. Remove the Timing clutch support plate. (4 screws) Disconnect connector and remove the Timing clutch.
Caution in Assembly > Make sure to lock the hook on the Timing clutch into the clutch lock hole to prevent clutch body from rotating.
Hook on the timing clutch
Timing clutch support plate
KZ30 (Rev. 1.2)
Timing clutch
[��-6�] 5-6 ]
Imagetec Solutions Australia
Imagetec Solutions Australia
SECOND PAPER FEED SECTION
3. Paper Guide Plate 1. 2. 3. 4. 5. 6.
Turn OFF the machine power and disconnect the power cord from the machine. Remove following parts from the machine. > Rear cover > Paper feed tray unit > Paper feed clutch with the bracket > Pick up roller assembly > Print drum Remove the Paper guide plate upper. (2 screws) Remove 2 mounting screws from the Paper guide plate lower. Slide out the Master removal unit and remove the Paper gate. (1 screw) Take out the Paper guide plate lower from the the Paper feed tray side while raising the Guide roller by hand.
Paper gate
Paper feed clutch
Paper guide plate lower Paper guide plate upper Pickup roller assembly Paper feed tray
[��-7�] 5-7 ]
Imagetec Solutions Australia
KZ30 (Rev. 1.2)
SECOND PAPER FEED SECTION
Imagetec Solutions Australia
4. Paper Gate 1. 2. 3. 4.
Turn OFF the machine power and disconnect power cord from the machine. Remove the Print drum. Slide out the Master removal unit. Remove the mounting screw of the Paper gate and remove the Paper gate.
Precautions before Assembly > Do not secure the mounting screw too much to prevent the plastic Paper gate from breakage.
Mounting screw
Paper gate
KZ30 (Rev. 1.2)
[��-��] 5-8 ]
Imagetec Solutions Australia
Imagetec Solutions Australia
SECOND PAPER FEED SECTION
5. Timing Roller / Guide Roller 1. Disconnect the power supply from the machine. 2. Remove the Print drum. 3. Remove the Paper guide plate (upper & lower). 4. Remove the Paper gate. 5. Remove following parts from the Timing roller shaft. > Load spring > One-way gear and Metal 6. Remove the Timing roller 7. After removing the Timing roller, remove the E-rings and Bushings from both sides of the Guide roller shaft. 8. Remove the Guide roller assembly. Precaution in Assembly > Install the Load spring [G] in the correct direction. > Check if paper is fed correctly or not after assembled all parts. If not, disassemble all parts again and then re-assemble the parts.
E-ring
Bushing (short)
Load spring Bushing (long)
E-ring
Bushing (short)
Bushing (long) One-way gear
Timing roller Guide roller
[��-9�] 5-9 ]
Imagetec Solutions Australia
KZ30 (Rev. 1.2)
SECOND PAPER FEED SECTION
Imagetec Solutions Australia
3. Adjustment 1. Print Position (Timing Clutch ON timing) Vertical print position can be adjusted by changing the Timing clutch activate timing. The Timing clutch activate timing can be changed by using TEST MODE No.789 or No.791. Test No.789 is for when the machine runs at 60 r.p.m. and Test No.791 is for when the machine runs at 90 r.p.m.. Adjustment Procedure 1. Turn OFF the machine power. 2. Go into Test Mode by turning the machine power ON by pressing and key on the control panel. 3. With B4 size paper on teh paper feed tray, enter Test Mode No.80 to make a master with checker- flag image. 4. Press [Reset] key to escape from the Test Mode. Make about 5 prints at speed No.1 (60 r.p.m) and another 5 prints at speed No.2 (90 r.p.m.). 5. For the both set of prints, measure the distance from the top of the paper to where the print image starts. 6. The image should print 10mm from the top edge of the papers. If not, adjustments using Test Modes No.789 and/or No.791 is necessary. 7. In the case the white margin is less than 10mm, smaller parameter number should be input for those test modes. Smaller parameter numbers make the Timing clutch ON timing faster and increase the white margin. 8. In the case the white margin is more than 10mm, larger parameter number should be input for those test modes. Larger parameter numbers make the Timing clutch ON timing to delay and decrease the white margin. Result of Incorrect Adjustment > Incorrect adjustment may cause blurry top image, stained pressure roller caused by image shifting down on the paper, or paper not separated from the Print drum (paper jam) caused by too small white margin on the top of the paper.
KZ30 (Rev. 1.2)
[��-���] 5-10 ]
Imagetec Solutions Australia
Imagetec Solutions Australia
CHAPTER
6:
PRESS SECTION
PRESS SECTION
CONTENTS
1. Theory of Operation.....................................................................................6-3 1. Press Mechanism..................................................................................6-3 2. Removal and Assembly...............................................................................6-5 1. Pressure Roller......................................................................................6-5 2. Pressure Lever Assembly......................................................................6-6 3. Pressure Shaft Assembly.......................................................................6-7 3. Adjustment....................................................................................................6-9 1. Pressure Lever Assembly Position........................................................6-9
[�6-��] 6-1 ]
Imagetec Solutions Australia
KZ30 (Rev. 1.2)
PRESS SECTION
Imagetec Solutions Australia
MEMO
KZ30 (Rev. 1.2)
[�6-��] 6-2 ]
Imagetec Solutions Australia
Imagetec Solutions Australia
PRESS SECTION
1. Theory of Operation 1. Press Mechanism 1. > > > > > > >
Pressure Lever and Pressure Roller The Pressure lever is mounted on the Pressure shaft. The Pressure roller is mounted on the Pressure assembly, which is fixed on the Pressure shaft. While the Main motor is making the Print drum rotation without paper (not in printing process), the Pressure hook engages with the Pressure lever so that the Pressure roller stays down. When paper comes in and pushes the Paper gate up, the Pressure hook rises. Then the Pressure lever is released and the Cam follower of the Pressure lever assembly touches against the Pressure cam. The Pressure roller is pushed up and hits against the Print drum to make the print. The Pressure spring pulls the Pressure roller up against the Print drum. Once the Pressure lever is released from the Pressure hook, movement of the Pressure lever is controlled by the Pressure cam. The Pressure roller is lowered down by the Pressure cam where the Clamp plate on the Drum comes near the Pressure roller to prevent damaging the Clamp plate. The Pressure hook comes down when the printing job is completed and paper is no longer fed from the Paper feed tray. The Pressure hook engages with the Pressure lever to keep the Pressure roller away from the Print drum. Pressure shaft Pressure shaft assembly
Pressure roller
Pressure cam
Paper gate
Cam follower
Paper gate is pushed up by paper, and Pressure hook is raised. Then the Pressure lever is raised by the Pressure cam to press the Pressure roller against the Print drum to make the prints.
Pressure assembly
Pressure spring
When the printing job ends and the paper is no longer fed, the Pressure hook comes down to hook against the Pressure lever. The Pressure roller no longer goes up against the Print drum.
Main motor Pressure lever assembly
Pressure hook
[�6-��] 6-3 ]
Imagetec Solutions Australia
KZ30 (Rev. 1.2)
PRESS SECTION
Imagetec Solutions Australia
Lifting the Pressure Roller The Paper gate is pushed up by paper throughout the printing. So the Pressure lever becomes free. The Pressure spring pulls back the Pressure lever and rotates the Pressure shaft which is acting as a pivot. The rotation of the Pressure shaft lifts the Pressure roller up against the Drum.
Print drum Pressure shaft
Pressure cam
Pressure roller Pressure spring
Pressure hook rotates up when the paper comes in. Pressure lever assembly
Lowering the Pressure Roller The Pressure roller is lowered by force, away from the Drum[C], by the high part of the Pressure cam. During the Drum rotation, when the Clamp plate of the Drum comes close to the Pressure roller, the high part of the Pressure cam pushes the Pressure lever down, rotating the Pressure shaft counter-clockwise to bring the Pressure roller down, away from the Drum. Then Pressure lever is lowered by Pressure cam.
Pressure hook rotates down when the paper no longer comes.
KZ30 (Rev. 1.2)
[�6-4�] 6-4 ]
Imagetec Solutions Australia
Imagetec Solutions Australia
PRESS SECTION
2. Removal and Assembly 1. Pressure Roller 1. 2. 3. 4. 5. 6. 7.
Turn OFF the machine power and disconnect power cord from the machine. Remove the Rear cover. Remove the Print drum. Remove the Suction unit. Remove the Pressure spring. Remove mounting screw of the Pressure roller from the Pressure shaft assembly through a hole on the drive side of the machine frame. Take out the Pressure roller from the Drum opening side of the machine, or from the top of the machine after sliding the Master removal unit outward to open the top of the machine.
Screw
Pressure roller
[�6-��] 6-5 ]
Imagetec Solutions Australia
KZ30 (Rev. 1.2)
PRESS SECTION
Imagetec Solutions Australia
2. Pressure Lever Assembly 1. 2. 3. 4. 5. 6.
Turn OFF the machine power and disconnect the power cord from the machine. Remove the Rear cover. Remove the Print drum from the machine. Remove the Pressure spring. Remove two set screws from the Pressure lever assembly. Turn the Pressure lever in clockwise direction (Pressure lever shows up behind the gear) then remove the Pressure lever assembly from the Pressure shaft.
Adjustment after the Assembly > Adjust the position of the Pressure lever assembly. (Refer to the adjustment section on this Chapter.)
Set screws
Pressure lever assembly
KZ30 (Rev. 1.2)
[�6-6�] 6-6 ]
Imagetec Solutions Australia
Imagetec Solutions Australia
PRESS SECTION
3. Pressure Shaft Assembly 1. 2. 3. 4. 5. 6. 7. 8. 9.
Turn OFF the machine power and disconnect the power cord from the machine. Remove the Print drum from the machine. Remove both the Front and Rear covers. Remove the Pressure spring. Remove the Pressure lever assembly. (Refer to the previous page) Remove E-rings from both ends of the Pressure shaft assembly and remove the Bushings. Remove the Suction unit. Remove the Pressure spring. Slide the Pressure shaft assembly towards the rear (drive side) of the machine once, and then remove it out from the Paper receiving side of the machine.
Adjustment after the Assembly > Adjust the position of the Pressure lever assembly. (Refer to the adjustment section on this Chapter.)
E-ring Bushing Pressure shaft assembly
Bushing E-ring
Pressure spring
Pressure lever assmbly
[�6-7�] 6-7 ]
Imagetec Solutions Australia
KZ30 (Rev. 1.2)
PRESS SECTION
Imagetec Solutions Australia
MEMO
KZ30 (Rev. 1.2)
[�6-��] 6-8 ]
Imagetec Solutions Australia
Imagetec Solutions Australia
PRESS SECTION
3. Adjustment 1. Pressure Lever Assembly Position 1. Make confidential master on the Drum. 2. Bring the Print drum to B-position. 3. Turn OFF the machine power and disconnect power cord from the machine. 4. Remove Rear cover. 5. Remove the Suction unit and disengage the Pressure spring. 6. Using finger, disengage the Pressure lever from the Hook lever by pushing up the Hook lever to disengage the Pressure lever. 7. Hook the Pressure lever, so that the Pressure roller hits against the Print drum. 8. Confirm that the gap between the Pressure cam and Cam follower on the Pressure lever is between 2 mm to 2.5 mm. 9. If the gap is too small or big, loosen the two set screws on the Pressure lever assembly. 10. Place 2.0 mm or 2.5 mm Allen key (or 2.0 mm to 2.5 mm thick plate) between the Pressure cam and Cam follower and push up the Pressure lever assembly against the Pressure cam. 11. While pushing the Pressure lever assembly tightly against the Pressure came with the Allen key or plate in between (refer to the above), tighten the two set screws on the Pressure lever assembly. 12. Remove the 2.0 mm or 2.5 mm Allen key (or 2.0 mm to 2.5 mm thick plate), which was inserted between the Pressure cam and Cam follower. 13. Confirm that the gap between the Pressure cam and Cam follower on the Pressure lever is between 2 mm to 2.5 mm. If not, repeat the above procedures until correct gap is obtained. Results of Incorrect Adjustment > >
If the gap is smaller than 2 mm, the Pressure roller leaves from the Drum too early. As a result, the tailing edge of the paper may not be printed clearly. If the gap is too big, the Pressure roller may hit the Clamp plate of the Drum during printing and damage the Clamp plate.
Adjust the gap between the Pressure cam and Cam follower to 2.0 mm to 2.5 mm by inserting 2.0 mm or 2.5 mm Allen wrench or plate between the Cam and Cam follower.
Rotate the Print drum to the B-position before turning the machine power OFF. (The Print drum in the sketch is still not in Position-B.)
Hook lever
Pressure cam
2.0 m
mt
o2
.5 m m
2.0 mm to 2.5 mm gap
Pressure assembly Cam follower Pressure lever assembly
B-position [�6-9�] 6-9 ]
Imagetec Solutions Australia
KZ30 (Rev. 1.2)
PRESS SECTION
Imagetec Solutions Australia
MEMO
KZ30 (Rev. 1.2)
[�6-���] 6-10 ]
Imagetec Solutions Australia
Imagetec Solutions Australia
CHAPTER
7:
PAPER EJECTION SECTION
PAPER EJECTION SECTION
CONTENTS
1. Theory of Operation.....................................................................................7-3 1. Paper Ejection Mechanism....................................................................7-3 2. Paper Separation Mechanism................................................................7-4 2. Removal and Assembly...............................................................................7-5 1. Suction Unit............................................................................................7-5 2. Transfer Belt..........................................................................................7-6 3. Suction Fan............................................................................................7-7 4. Separation Fan Unit...............................................................................7-8 5. Separation Fan......................................................................................7-9 6. Paper Receiving Sensor........................................................................7-9 7. Separator.............................................................................................7-10 3. Adjustment..................................................................................................7-11 1. Separator Position...............................................................................7-11
[�7-��] 7-1 ]
Imagetec Solutions Australia
KZ30 (Rev. 1.2)
PAPER EJECTION SECTION
Imagetec Solutions Australia
MEMO
KZ30 (Rev. 1.2)
[�7-��] 7-2 ]
Imagetec Solutions Australia
Imagetec Solutions Australia
PAPER EJECTION SECTION
1. Theory of Operation 1. Paper Ejection Mechanism 1. Paper Separation from the Drum > The paper is separated from the Drum by the Paper separation fan and Separator. 2. > > >
Paper Ejection Suction fan pulls the paper, separated from the Drum, on to the Suction unit. The Transfer belts on the Suction unit, driven by the Main motor, ejects the paper onto the Paper receiving tray. Drive speed of the Transfer belt is 1.6 times as the Drum rotation speed.
3. Paper Receiving Sensor > Paper receiving sensor checks whether the paper is separated from the Drum and ejected correctly or jammed.
Separation fan Separator
Paper receiviing sensor
Transfer belts
Suction fan
[�7-��] 7-3 ]
Imagetec Solutions Australia
KZ30 (Rev. 1.2)
PAPER EJECTION SECTION
Imagetec Solutions Australia
2. Paper Separation Mechanism 1. > >
Separator The tip of the Separator is close to the Drum when it separates a paper from the Drum. When the Clamp plate on the Drum comes close to the Separator, the Drum support left which is attached on the Drum pushes the Separator away from the Drum.
Separator lever assembly
Separator
Drum support left
Paper receiving tray
Separator shaft
KZ30 (Rev. 1.2)
[�7-4�] 7-4 ]
Imagetec Solutions Australia
Imagetec Solutions Australia
PAPER EJECTION SECTION
2. Removal and Assembly 1. Suction Unit 1. 2. 3. 4. 5. 6.
Turn OFF the machine power and disconnect the power cord from the machine. Remove Rear cover. Remove the Paper receiving tray. Remove the Suction unit cover. Disconnect the Connector of the Suction unit. Remove two mounting screws of the Suction unit and remove the unit by sliding it out.
Precaution in Assembly > Hook the Suction unit on both side of the plates on the machine frame. > Insert the Feet of the Suction unit cover into the slit holes in the machine Base plate.
Base plate
Suction unit
Feet of Scution cover Suction unit cover
[�7-��] 7-5 ]
Imagetec Solutions Australia
KZ30 (Rev. 1.2)
PAPER EJECTION SECTION
Imagetec Solutions Australia
2. Transfer Belt 1. 2. 3. 4. 5. 6. 7. 8. 9.
Turn OFF the machine power and disconnect the power cord from the machine. Remove Rear cover. Remove Suction unit. Remove two mounting screws of the De-electricity brush and remove the brush. Remove the Jump wings. Remove four mounting screws of the Suction face cover. Lift the face cover and remove the Belt driven shaft by unhooking the Transfer belts. Remove E-ring of the Belt pulley shaft and remove the Bushing. Slide the Belt pulley shaft and remove the Transfer belts from the Suction face cover.
Precautions in Assembly > Match the half-pierced section on the Suction face cover with its counter part. > Match the half-pierced section on the De-electricity brush with its counter part.
Jump wings
Suction face cover
Transfer belts
Belt pulley shaft
E-ring
Bushing
Belt driven shaft
De-electricity brush
KZ30 (Rev. 1.2)
[�7-6�] 7-6 ]
Imagetec Solutions Australia
Imagetec Solutions Australia
PAPER EJECTION SECTION
3. Suction Fan 1. 2. 3. 4. 5.
Turn OFF the machine power and disconnect the power cord from the machine. Remove Rear cover. Remove Suction unit. Turn over the Suction unit and disconnect the Connector of the Suction fan. Remove two mounting screws of the Suction fan and remove the fan.
Suction unit
Suction fan
[�7-7�] 7-7 ]
Imagetec Solutions Australia
KZ30 (Rev. 1.2)
PAPER EJECTION SECTION
Imagetec Solutions Australia
4. Separation Fan Unit 1. 2. 3. 4.
Turn OFF the machine power and disconnect the power cord from the machine. Remove Rear cover. Disconnect the Connector of the Separation fan unit. Remove two mounting screws of the Separation fan unit and remove the unit.
Precaution in Assembly > Match the half-pierced section on hinge of the Separation fan unit with its counter part.
Hinge of Separation unit
Separation fan unit
KZ30 (Rev. 1.2)
[�7-��] 7-8 ]
Imagetec Solutions Australia
PAPER EJECTION SECTION
Imagetec Solutions Australia
5. Separation Fan 1. Remove the Separation fan unit. 2. Disconnect the Connector of the Separation fan. 3. Remove two mounting screws of the Separation fan and remove the fan.
6. Paper Receiving Sensor 1. 2. 3. 4.
Remove the Separation fan unit. Disconnect two mounting screws of the Separation fan. Lift the fan and disconnect the Connector of the Paper receiving sensor. Press the center hook of the Paper receiving sensor socket and lift the sensor out.
Separation fan
Paper receiving sensor
Separation fan unit
[�7-9�] 7-9 ]
Imagetec Solutions Australia
KZ30 (Rev. 1.2)
PAPER EJECTION SECTION
Imagetec Solutions Australia
7. Separator 1. 2. 3. 4. 5. 6. 7.
Turn OFF the machine power and disconnect the power cord from the machine. Remove the Back cover and Front cover. Remove the Paper receiving tray. Remove the Separation fan unit. Remove the Separation spring. Remove E-ring from the drive side of the Separator shaft. Slide the Separation shaft towards the rear (machine drive side) and remove the Separation shaft.
E-ring
Separation shaft
Separator spring
KZ30 (Rev. 1.2)
[�7-���] 7-10 ]
Imagetec Solutions Australia
Imagetec Solutions Australia
PAPER EJECTION SECTION
3. Adjustment 1. Separator Position 1. 2. 3. 4. 5. 6. 7.
Using Test Chart No.8 or No.14, make a master and prints. Adjust the printing position by the Print position button on the Operation panel, so that there is 10 mm white margin on the top of the prints. Confirm that the paper separates from the Drum and there is no black line on the center of the prints. If the paper does not separate from the Drum, or there is a black line on the center of the prints, an adjustment on the Separator position is necessary. For the adjustment, turn OFF the machine power and disconnect the power cord from the machine and remove the machine Front cover and Print drum cover. Loosen the mounting screw of the Separator plate and slide the plate. Tighten the mounting screw of the plate when the space between the tip of the Separator is between 1.0 mm and 2.0 mm from the Drum surface and not touching it.
Precaution in Adjustment > Printed papers using Test Chart No.8 / No.14 original should separate from the Print drum when the top white margin on the prints are adjusted to 10 mm by the Print position button. Results of Incorrect Adjustment > If the tip of the Separator is in contact with the Drum, the Separator will scratch the surface of the master on the Drum, creating a black line in the center of the printed copies and may damage the Drum screen. > If the tip of the Separator is placed too far off from the Drum, printed copies will not separate from the Drum, causing paper jams.
Print drum Print drum Separator
Separator
Separator lever Print drum Slid e pl ate
Mounting screw
Front of the machine, near the Print drum .
e th
Separator plate
UP N
OW
or D [�7-���] 7-11 ]
Imagetec Solutions Australia
KZ30 (Rev. 1.2)
PAPER EJECTION SECTION
Imagetec Solutions Australia
MEMO
KZ30 (Rev. 1.2)
[�7-���] 7-12 ]
Imagetec Solutions Australia
Imagetec Solutions Australia
CHAPTER
8:
PRINT DRUM
PRINT DRUM
CONTENTS
MECHANISM......................................................................................................8-3 1. Master on Drum (in printing) Check Mechanism......................................8-3 2. Ink Bottle Set Check Mechanism.............................................................8-3 3. Drum Rotation Mechanism......................................................................8-3 4. Ink Supply Mechanism.............................................................................8-3 DISASSEMBLY...................................................................................................8-5 1. Ink Bottle Guide.......................................................................................8-5 2. Ink Bottle Set Switch................................................................................8-5 3. RF-PCB....................................................................................................8-6 4. Inking Motor.............................................................................................8-7 5. Drum Set Sensor.....................................................................................8-8 6. Drum Screen............................................................................................8-9 7. Drum Body.............................................................................................8-10 8. Ink Sensor PCB.....................................................................................8-11 9. Drum Flanges F (front) & R (rear).........................................................8-12 10. Squeegee Roller..................................................................................8-16 ADJUSTMENT..................................................................................................8-18 1. Cleaning the Filter..................................................................................8-18 2. Squeegee Gap Adjustment....................................................................8-19 3. Ink blocking plate position adjustment...................................................8-19
[��-��] 8-1 ] Imagetec Solutions Australia
KZ30 (Rev. 1.2)
PRINT DRUM
Imagetec Solutions Australia
MEMO
KZ30 (Rev. 1.2)
[��-��] 8-2 ] Imagetec Solutions Australia
Imagetec Solutions Australia
PRINT DRUM
MECHANISM
1. Master on Drum (in printing) Check Mechanism Master Sensor checks the presence of master on the Drum before the start of printing. The result (whether the master is found or not) is memorized until the Drum is pulled out of the machine or the power is turned off. While the machine knows that there is a master on the Drum, the master on the Drum check procedure is omitted. If no master is detected on the Drum, an error message is indicated on the panel display and stops the printing operation. 2. Ink Bottle Set Check Mechanism The ink bottle is set in position when it is inserted into the Drum and rotated in clockwise direction. When the ink bottle is set in position, one part of the ink bottle pushes the Bottle set switch, and the ink bottle is recognized by the machine. 3. Drum Rotation Mechanism The Drum is rotated by the Main motor with the gears transferring the drive. As the Drum rotates, the Squeegee roller, inside the Drum, starts it rotation. As the Squeegee roller rotates, the drive is transferred by a gear to the Driven shaft, which is located above the Squeegee roller. The Squeegee drive gear R contains a one-way bearing, which prevents the Squeegee roller from rotating when the Drum is rotated manually by hand in the opposite direction. 4. Ink Supply Mechanism While the Drum is being rotated by the Main motor, if the amount of ink within the Drum reduces and the Ink sensor no longer touches the bead of ink, the Inking motor activates to pump the ink into the Drum. The ink pumped by the Inking pump travels through the hose and goes into the Center shaft of the Drum. The ink then drops onto the Squeegee roller from the distributor holes on the Center shaft. The Inking motor stops when the Ink sensor detects the bead of ink. The ink dropped onto the Squeegee roller is made into an ink bead between the Squeegee roller and Doctor roller. The ink is wrapped around the Driving shaft to be made into an even thickness ink bead. A small gap between the Squeegee roller and Doctor roller allows the ink to cover the inner surface of the Drum. An Overflow sensor is located within the Drum to detect excess amount of ink to prevent ink-overflow. If an overflow is detected, the machine is stopped with an error code display.
[��-��] 8-3 ] Imagetec Solutions Australia
KZ30 (Rev. 1.2)
PRINT DRUM
Imagetec Solutions Australia
Overflow sensor Ink sensor
Inking motor Driving shaft Squeegee roller
KZ30 (Rev. 1.2)
[��-4�] 8-4 ] Imagetec Solutions Australia
Imagetec Solutions Australia
PRINT DRUM
DISASSEMBLY
1. Ink Bottle Guide REMOVAL 1) Remove the Drum out from the machine and pull out the ink bottle. 2) Remove the Drum cover. (M3x8 screws; 4 pcs) 3) Remove the Bottle switch cover. (M3x8 screws; 2 pcs) 4) Detach the Ink bottle guide. (M3x8 screws; 3 pcs) 5) Unplug the Bottle set switch wire harness. Ink bottle guide
Ink bottle switch cover
2. Ink Bottle Set Switch REMOVAL 1) Remove the Ink bottle guide. (Ref: Above procedure) 2) Remove the upper Bottle guide. (M3x8 screw; 1 pc) 3) Remove the lower Bottle guide. (M3x8 screws; 2 pcs) 4) Remove the Bottle set switch. (M3x8 screws; 2 pcs)
Ink bottle set switch Ink bottle guide
[��-��] 8-5 ] Imagetec Solutions Australia
KZ30 (Rev. 1.2)
PRINT DRUM
Imagetec Solutions Australia
3. RF-PCB REMOVAL 1) Remove the Drum out from the machine and pull out the ink bottle. 2) Remove the Drum cover. (M3x8 screws; 4 pcs) 3) Remove the Bottle switch cover. (M3x8 screws; 2 pcs) 4) Unplug the RF-PCB wire harness. 5) Remove the Antenna holder and Spring. (stepped screws; 2 pcs) 6) Carefully, release the hooks on the Antenna holder and remove the RF-PCBs.
Antenna holder
RF-PCB (antenna assembly) Antenna holder (lower) Antenna assembly RF-PCB (antenna assembly)
Antenna holder (upper)
KZ30 (Rev. 1.2)
[��-6�] 8-6 ] Imagetec Solutions Australia
PRINT DRUM
Imagetec Solutions Australia 4. Inking Motor
REMOVAL 1) Remove the Drum out from the machine and pull out the ink bottle. 2) Remove the Drum cover. (M3x8 screws; 4 pcs) 3) Remove the Bottle switch cover. (M3x8 screws; 2 pcs) 4) Unplug the RF-PCB wire harness. 5) Remove the upper and lower Ink bottle guides. (M3x8 screws; 3 pcs) 6) Unplug the Bottle set switch wire harness. 7) Remove the Holder bracket. (M3x8 screws; 2 pcs) 8) Remove the Ink intake nozzle bracket. (M3x8 screws; 3 pcs) 9) Remove the Ink bottle base. (M3x8 screws; 4 pcs) 10) Remove the Grip handle. (M4x8 screws; 4 pcs) 11) Unplug the Inking motor wire harness connector and remove the mounting screws of the Inking motor to detach the Inking motor. (M4x10 screws; 2 pcs) Precaution in Assembly 1) Using a wire harness band of about 100mm in length, fix the RF-wire harness firmly on the Holder bracket. This is to prevent the wire harness from being pinched or cut when mounting the Ink bottle guide.
Holder bracket plate
Ink bottle base
[��-7�] 8-7 ] Imagetec Solutions Australia
KZ30 (Rev. 1.2)
PRINT DRUM
Imagetec Solutions Australia Inking motor
Grip handle
Wire harness band
15
5 o2
mm
t
5. Drum Set Sensor REMOVAL 1) Remove the Inking motor. (Ref: Previous page) 2) Remove the Drum lock spring from the Drum hook right. 3) Remove the Drum hook right. (6mm dia. E-ring; 1 pcs) 4) Carefully, release the hooks on the Drum set sensor and remove the sensor. Precaution in Assembly 1) In mounting back the Inking motor, use a wire harness band of about 100mm in length and fix the RF-wire harness firmly on the Holder bracket. This is to prevent the wire harness from being pinched or cut when mounting the Ink bottle guide. (Ref: Inking motor removal) Drum set sensor Drum lock spring Drum hook (right)
Inking motor
KZ30 (Rev. 1.2)
[��-��] 8-8 ] Imagetec Solutions Australia
Imagetec Solutions Australia
PRINT DRUM
6. Drum Screen REMOVAL 1) Make a confidential master on the Drum and remove the Drum from the machine. 2) Remove the Screen hanger and Screen assembly from the Drum. (M4x8 screws: 4 pcs) Precaution in Assembly 1) Do not fold the Screen. The Screen is no longer useful if a crease is made. 2) The mounting screws should be matched to those in the front. 3) Use the Screen Jig to keep the Screen wrapped tightly around the Drum when mounting the Screen hanger on the drum.
Screen hanger
Screen JIG
Hook Hook
[��-9�] 8-9 ] Imagetec Solutions Australia
KZ30 (Rev. 1.2)
PRINT DRUM
Imagetec Solutions Australia
7. Drum Body REMOVAL 1) Remove the Drum out from the machine, and remove following parts. Clamp plate base unit (M4x8 screws; 4 pcs) Drum screen (M4x8 screws; 4 pcs) 2) Remove the Drum body from the Drum. (M4x8 screws; 6 pcs) Precaution in Assembly 1) The Drum body has this arrow marks engraved on the front and rear. The arrow mark on the front has alphabet [F] engraved next to it. 2) The Drum body should be attached onto the Drum with the [F] engrave to the front of the Drum. The arrow marks on the Drum body should meet with the arrow mark on the Drum flange surface. The first two screws to be tightened are those at these arrow marks. 3) Use the Screen Jig to keep the Drum body wrapped tightly around the Flanges when mounting the Drum body with the remaining screws. Make sure that the Drum body fits tightly on the Flanges with no loose fits. 4) The Clamp plate base assembly should be pushed towards the rear of the Drum, as there is a small play in mounting the assembly.
Drum body Imprinted marking
Imprinted marking
Screen JIG
Hook
Hook
KZ30 (Rev. 1.2)
[��-���] 8-10 ] Imagetec Solutions Australia
PRINT DRUM
Imagetec Solutions Australia 8. Ink Sensor PCB REMOVAL 1) Remove the Drum out from the machine and pull out the ink bottle. 2) Remove the Drum cover. (M3x8 screws; 4 pcs) 3) Remove following parts. Clamp plate base unit (M4x8 screws; 4 pcs) Drum screen (M4x8 screws; 4 pcs) Drum body (M4x8 screws; 6 pcs) 4) Unplug the Ink sensor wire harness connector. 5) Remove the Ink sensor assembly. (M3x8 screws; 2 pcs) 6) Remove the Ink sensor cover. 7) Remove the Ink sensor PCB. (M3x6 screws; 2 pcs)
Precaution in Assembly 1) The Ink sensor and Overflow sensor needles must be straight. Do not deform or bend the sensor needles. 2) If the needles are bent, straighten then out by hand before installing the Ink sensor PCB back on the Drum. 3) The Clamp plate base assembly should be pushed towards the rear of the Drum, as there is a small play in mounting the assembly. Checks after Assembly 1) Make sure that the Ink sensor is not touching the Doctor roller or Driving shaft, as that would cause the Ink sensor to make false detection. 2) In normal condition, the tip of the Ink sensor should be 5mm plus/minus 0.5mm from the outer surface of the Driven shaft. The tip of the Overflow sensor should be 10mm plus/minus 1mm from the outer surface of the Driving shaft. * As shown on the photograph, the Ink sensor and Overflow sensor should be 90 degrees against the Ink sensor PCB.
Actual Ink Sensor PCB looks different. < This is only a sample photograph >
Overflow sensor
Ink sensor PCB
[��-���] 8-11 ] Imagetec Solutions Australia
Ink sensor
KZ30 (Rev. 1.2)
PRINT DRUM
Imagetec Solutions Australia
9. Drum Flanges F (front) & R (rear) REMOVAL 1) Remove the Drum out from the machine and pull out the ink bottle. 2) Remove the Drum cover. (M3x8 screws; 4 pcs) 3) Remove following parts. Clamp plate base unit (M4x8 screws; 4 pcs) Drum screen (M4x8 screws; 4 pcs) Drum body (M4x8 screws; 6 pcs) 4) Remove the Ink bottle switch cover. (M3x8 screws; 2 pcs) 5) Remove the upper and lower Ink bottle guides. (M3x8 screws; 3 pcs) 6) Unplug the Bottle set switch wire harness. 7) Unplug the RF-PCB wire harness. 8) Remove the Holder bracket. (M3x8 screws; 2 pcs) 9) Remove the Ink intake nozzle bracket. (M3x8 screws; 3 pcs) 10) Remove the Ink bottle base. (M3x8 screws; 4 pcs) 11) Remove the Grip handle. (M4x8 screws; 4 pcs) 12) Unplug the Inking motor wire harness connector and remove the mounting screws of the Inking motor to detach the Inking motor. (M4x10 screws; 2 pcs) 13) Remove the Ink pump base. (M3x8 screws; 2 pcs) Pump base
14) Unplug the Ink sensor wire harness connector. 15) Remove the Ink sensor assembly. (M3x8 screws; 2 pcs) 16) Remove the wire harness band from the Ink sensor relay wire harness, and detach the Side channel. (M4x8 screws; 4 pcs) 17) Unplug the Drum wire harness connector, and remove the Rear support plate. The order of the screws to remove are: IB-lock screw 4x5, set screw, and then Cap screw. Only the top IB-lock screw M4x5 needs to be removed. 18) Remove the Front support plate. The order of the screws to remove are: IB-lock screw 4x5, set screw, and then Cap screw. Only the top IB-lock screw M4x5 needs to be removed. 19) Remove the Drum frange R. 20) Remove the Drum frange F.
[ Refer to the photographs on the next page for the instructions given above.] [ Also refer to the Precautions, which follow after the photographs.]
KZ30 (Rev. 1.2)
[��-���] 8-12 ] Imagetec Solutions Australia
Imagetec Solutions Australia
PRINT DRUM
Rear frame Drum support R Side channel
Rear frame
IB lock Set screw
Cap screw
Drum support F
Front frame
[��-���] 8-13 ] Imagetec Solutions Australia
KZ30 (Rev. 1.2)
PRINT DRUM
Imagetec Solutions Australia
Precaution in Assembly 1) Use the Drum Shaft JIG when mounting the screws back onto the Drum shaft clamper. ( Dram shaft Jig = 015-75008-006 Drum Shaft JIG ) 2) With the Drum at position-B, insert the Drum Shaft JIG through the Front support plate, Drum flange-F, Front frame, Rear frame, Drum flange-R and Rear support plate. Then tighten the screws on the front and rear Drum shaft clamper. 3) The Clamp plate base assembly should be pushed towards the rear of the Drum, as there is a small play in mounting the assembly. 4) Using three wire harness lock bands of each about 100mm long, fix the position of the Ink sensor relay wire harness to the Support frame and Rear support plate. 5) Make sure that the Ink sensor relay wire harness does not have any slack in the area indicated by the dotted line on the photograph, and that the wire harness lock band tie area does not protrude outside the bracket. This is to protect the wire harness. Adjustments after Assembly 1) Squeegee gap adjustment 2) Ink blocking plate position adjustment 3) Squeegee pressure balance adjustment
Drum support F
Drum support R Rear frame
Actual Print drum look different. This is only a sample photograph.
Drum JIG shaft The tie portion of the wire band should not go out of the metal plate.
Support frame
Wire harness band
Rear frame
Ink sensor relay wire harness The wire should not have any slack in the area indicated by red dotted line on the photograph.
KZ30 (Rev. 1.2)
[��-�4�] 8-14 ] Imagetec Solutions Australia
Imagetec Solutions Australia
PRINT DRUM
The recommended Drum Shaft Jig is 051-75008-006.
051-75008-006 Drum Shaft Jig
If older version Drum Shaft Jig 015-26128-008, it works only for the Drum support F (front). It will not work for the Drum support R (rear).
Drum Shaft Jig 015-26128-008
With the Drum Shaft Jig 015-26128-008 inserted in the drum, as much as it can go in, the rear portion of the Print drum must be supported by a rectangular block to align the rear portion of the Print rum.
[��-���] 8-15 ] Imagetec Solutions Australia
KZ30 (Rev. 1.2)
PRINT DRUM
Imagetec Solutions Australia
10. Squeegee Roller REMOVAL 1) Remove the Drum out from the machine and pull out the ink bottle. 2) Remove the Drum cover. (M3x8 screws; 4 pcs) 3) Remove following parts. Clamp plate base unit (M4x8 screws; 4 pcs) Drum screen (M4x8 screws; 4 pcs) Drum body (M4x8 screws; 6 pcs) Drum Flanges F (front) & R (rear) 4) Remove the Gear. 5) Remove the mounting screws of the front & rear Frame and Shaft joint. (M4x12 screws; 2 pcs each) 6) Loosen the front and rear Shaft joints, slide them inside, and lift the Center shaft out of the Drum assembly. (M4x4 set screws; 2 pcs) 7) Remove the Driving shaft. (M3x8 screws; 2 pcs) 8) Remove the Rear frame. (M3x8 screws; 6 pcs) 9) Remove the Squeegee roller. Precaution in Assembly 1) Fix the Ink sensor wire harness in position by wire band. 2) Keep the frame twisting to within 0.1mm. 3) The Center shaft should be firmly inserted in the U-shaped cutout on the front and rear frame. 4) The Clamp plate base assembly should be pushed towards the rear of the Drum, as there is a small play in mounting the assembly. Adjustments after Assembly 1) Squeegee gap adjustment 2) Ink blocking plate position adjustment
Slide the Shaft joint inward.
Mounting screw
Lift the Center shaft up.
Front frame
KZ30 (Rev. 1.2)
[��-�6�] 8-16 ] Imagetec Solutions Australia
PRINT DRUM
Imagetec Solutions Australia
Shaft joint
Center shaft
Squeegee roller
Driving shaft Front frame
Squeegee roller
Rear frame
[��-�7�] 8-17 ] Imagetec Solutions Australia
KZ30 (Rev. 1.2)
PRINT DRUM
Imagetec Solutions Australia
ADJUSTMENT
1. Cleaning the Filter CLEANING 1) Remove the Drum out from the machine and pull out the ink bottle. 2) Remove the Drum cover. (M3x8 screws; 4 pcs) 3) Remove the Bottle switch cover. (M3x8 screws; 2 pcs) 4) Unplug the RF-PCB wire harness. 5) Remove the upper and lower Ink bottle guides. (M3x8 screws; 3 pcs) 6) Unplug the Bottle set switch wire harness. 7) Remove the Holder bracket. (M3x8 screws; 2 pcs) 8) Remove the Ink intake nozzle bracket. (M3x8 screws; 3 pcs) 9) Remove the Ink bottle base. (M3x8 screws; 4 pcs) 10) Remove the Grip handle. (M4x8 screws; 4 pcs) 11) Unplug the Inking motor wire harness connector and remove the mounting screws of the Inking motor to detach the Inking motor. (M4x10 screws; 2 pcs) 12) Remove the Intake nozzle, remove the Filter, and clean the Filter. Symptom of clogged Filter 1) If dust clogs the Filter, the ink cannot be filled into the Drum and the prints become light.
Mounting screw of the Intake nozzle Intake nozzle
Filter Mounting screw of the Intake nozzle Inking motor
KZ30 (Rev. 1.2)
[��-���] 8-18 ] Imagetec Solutions Australia
Imagetec Solutions Australia
PRINT DRUM
2. Squeegee Gap Adjustment 1) Remove the Drum out of the machine, and remove the Screen and Drum body from the Drum. 2) Clean out all the ink off the Squeegee unit. 3) Using a feeler gauge, check and confirm that the gap between the Squeegee roller and Doctor roller is 0.08mm plus/minus 0.02mm. The gap should be equal in the front and rear. 4) If the gap is out of the above range, make adjustment by loosening the screw on the Doctor roller adjustment plate. 5) Insert an Allen wrench in the hole of the Doctor roller adjustment plate and gently swing the plate until correct gap is obtained. 6) Tighten the screws. Results of incorrect adjustment 1) If the gap is too big, too much ink is supplied onto the inner surface of the Drum. This will cause the master on the Drum to slip and cause the master to come loose from the Clamp plate too quickly. 2) If the gap is too small, not enough ink is transferred onto the inner surface of the Drum. This will cause light prints to come out in the beginning of a print job.
3. Ink blocking plate position adjustment ADJUSTMENT (FRONT) 1) Remove the Drum out of the machine, and remove following parts. Drum cover Grip handle 2) From a hole on the front Drum support, loosen the screw of the Ink blocking plate F. 3) Insert tip of a flat-head screw driver in the slit of the Ink blocking plate F. Then move the Ink blocking plate F until it hits against the inner surface of the Drum. Then tighten the screw. (REAR) 1) Remove the Drum out of the machine. From the hole on the rear Drum support, loosen the screw of the Ink blocking plate R. 3) Insert tip of a flat-head screw driver in the slit of the Ink blocking plate R. Then move the Ink blocking plate R until it hits against the inner surface of the Drum. Then tighten the screw. Results of incorrect adjustment 1) If the Ink blocking plates are not firmly against the inner surface of the Drum, the Ink blocking plate is not able to scrape the ink back into the Drum and will cause the ink to pool outside the Squeegee roller. The ink will eventually leak out from the Drum.
[��-�9�] 8-19 ] Imagetec Solutions Australia
KZ30 (Rev. 1.2)
PRINT DRUM
Imagetec Solutions Australia
MEMO
KZ30 (Rev. 1.2)
[��-���] 8-20 ] Imagetec Solutions Australia
Imagetec Solutions Australia
CHAPTER
9:
CLAMP UNIT
CLAMP UNIT
CONTENTS
MECHANISM......................................................................................................9-2 1. Clamp Unit Home Position Movement.....................................................9-2 2. Clamp Plate Master Release Movement.................................................9-2 3. Clamp Plate Master Clamp Mechanism...................................................9-3 DISASSEMBLY...................................................................................................9-4 1. Clamp Unit...............................................................................................9-4 2. Clamp Motor............................................................................................9-5 3. Clamp Sensor..........................................................................................9-6
[�9-��] 9-1 ] Imagetec Solutions Australia
KZ30 (Rev. 1.2)
CLAMP UNIT
Imagetec Solutions Australia
MECHANISM
1. Clamp Unit Home Position Movement Clamp open arm and Master release arm positions of the Clamp unit are checked by the Clamp sensor to see if they are in home position every time the machine power is turned ON or the START button is pressed for confidential or normal master making. The Clamp unit is at its home position when the light path of the Clamp sensor is blocked. If the light path of the sensor is open, the Clamp motor is activate to move the arms until the light path of the sensor becomes blocked. 2. Clamp Plate Master Release Movement When the START button is pressed for confidential or regular master making, the Drum rotates to Position-A. The Clamp open arm comes down first and opens the Clamp plate to free the leading edge of the master. Next, the Master release arm comes down and raises the Master release bar to push the leading edge of the master out of the Clamp plate. The Clamp motor continues to rotate the Clamp cam assembly until both the Clamp open arm and Master release arm are lifted to close the Clamp plate and Master release bar. The master release movement is completed when the light path of the Clamp sensor becomes blocked and the Clamp motor stops.
Clamp cam
Clamp motor
Clamp plate opener arm
Print drum
Master release plate
Position-A
KZ30 (Rev. 1.2)
[�9-��] 9-2 ] Imagetec Solutions Australia
Imagetec Solutions Australia
CLAMP UNIT
3. Clamp Plate Master Clamp Mechanism The master clamp movement is made after the master is removed from the Drum. With the activation of the Clamp motor in the forward movement, the Clamp open arm is pushed down to open the Clamp plate. The Clamp motor stops and waits for the master material. The Load pulse motor on the Master making unit sends given length of the master material towards the print drum. Clamp motor rotates in reverse to close the Clamp plate and stops. The leading edge of the master is clamped on the Drum. At that point, the Clamp unit is back to its home position.
Position-B
[�9-��] 9-3 ] Imagetec Solutions Australia
KZ30 (Rev. 1.2)
CLAMP UNIT
Imagetec Solutions Australia
DISASSEMBLY 1. Clamp Unit REMOVAL 1) Turn OFF the machine power, disconnect the power cord from the machine and remove the Rear cover. 2) Unplug the wire harness connectors of the Clamp motor and Clamp sensor. 3) Remove the mounting screws of the Clamp unit and remove the unit. (M3x6 screws; 3 pcs) Precaution in Assembly 1) Match the positioning hole against the positioning pin in attaching the Clamp unit back on the machine. Mounting screw
Clamp motor Mounting screw
Clamp sensor Mounting screw
Apply grease. 10 8 6
A
7
B
6
16
15
9
1 5 4 3 2
Print drum 14
A 14
B
13 11 12
KZ30 (Rev. 1.2)
[�9-4�] 9-4 ] Imagetec Solutions Australia
Imagetec Solutions Australia
CLAMP UNIT
2. Clamp Motor REMOVAL 1) Turn OFF the machine power, disconnect the power cord from the machineand remove following parts. Rear cover Clamp unit (M3x6 screws; 3 pcs) 2) Remove E-ring from the Clamp gear and detach the gear. 3) Detach the Clamp motor. Precaution in Assembly 1) When mounting the Clamp gear back on the Clamp unit, make sure that both the Clamp open arm and Master release arm are in fully raised position.
Clamp motor Mounting screw
[�9-��] 9-5 ] Imagetec Solutions Australia
KZ30 (Rev. 1.2)
CLAMP UNIT
Imagetec Solutions Australia
3. Clamp Sensor REMOVAL 1) Turn OFF the machine power, disconnect the power cord from the machinand remove following parts. Rear cover Clamp unit (M3x6 screws; 3 pcs) 2) Remove E-ring from the Clamp gear and detach the gear. 3) Rotate the Clamp cam and move the actuator plate out from the Clamp sensor. 4) Detach the Clamp sensor. Precaution in Assembly 1) When mounting the Clamp gear back on the Clamp unit, make sure that both the Clamp open arm and Master release arm are in fully raised position.
Clamp cam
Clamp sensor actuator plate
Clamp sensor
KZ30 (Rev. 1.2)
[�9-6�] 9-6 ] Imagetec Solutions Australia
Imagetec Solutions Australia
CHAPTER
10:
MASTER REMOVAL SECTION
MASTER REMOVAL SECTION
CONTENTS
1. Theory of Operation...................................................................................10-3 1. Master Removal Unit Mechanism........................................................10-3 2. Master on the Drum (before master removal) Check Mechanism....... 10-4 3. Master Removal Mechanism...............................................................10-5 4. Master Disposal Box Set Mechanism..................................................10-6 2. Removal and Assembly.............................................................................10-7 1. Master Removal Unit...........................................................................10-7 2. Master Removal Motor Assembly........................................................10-8 3. Master Removal Sensor......................................................................10-9 4. Disposal Box Set Sensor ..................................................................10-10 5. Master Removal Hook.......................................................................10-11 6. Vertical Transport Roller (Upper).......................................................10-12 7. Vertical Transport Roller (Lower).......................................................10-12
[���-��] 10-1 ]
Imagetec Solutions Australia
KZ30 (Rev. 1.2)
MASTER REMOVAL SECTION
Imagetec Solutions Australia
MEMO
KZ30 (Rev. 1.2)
[���-��] 10-2 ]
Imagetec Solutions Australia
Imagetec Solutions Australia
MASTER REMOVAL SECTION
1. Theory of Operation 1. Master Removal Unit Mechanism > > >
The Master removal unit removes the master on the drum each time the master making operation is made. The Master removal hooks guide the removed master towards the Master disposal box. The Transportation roller upper and lower are engaged via gears. And rotation of the transportation roller upper and lower is made by the Mater removal motor.
Transportation roller upper
Transportation roller lower
Master removal unit
Master removal hook
Master removal motor Master disposal box
[���-��] 10-3 ]
Imagetec Solutions Australia
KZ30 (Rev. 1.2)
MASTER REMOVAL SECTION
Imagetec Solutions Australia
2. Master on the Drum (before master removal) Check Mechanism 1. > > >
Master Sensor Master sensor checks the presence of the Master on the drum when the Start button is pressed for confidential master making or normal master making. The sensor looks for the presence of the Master on the drum when the drum angle is at 107 degrees from the A-position, where the black colored Light absorber strip is on the drum. If the machine already knows the presence of the Master on the drum from the earlier machine operations, this Master checking movement is skipped.
2. When master is detected on the Drum > The machine goes into master removal and Master removal sensor becomes active. 3. When master is not detected on the Drum > The machine goes into master removal but the Master removal sensor is inactive.
Master sensor
Master Print drum
Light absorber strip Drum angle = 107 degrees from A-position Master Master sensor Print drum 107
KZ30 (Rev. 1.2)
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Imagetec Solutions Australia
MASTER REMOVAL SECTION
Imagetec Solutions Australia
3. Master Removal Mechanism 1. > > >
Master Removal Motor The Master removal motor rotates the Vertical transport roller upper and lower via gears. By the rotation of the Drum, the leading edge of the master comes in between the Vertical Transport roller upper and lower and the separation of the master from the Drum starts. The Master removal motor stops to complete the master removal movement when the Drum comes back to the Position-A after making one rotation to remove the master.
2. Master Removal Hooks > The master removed from the Drum is guided in between the Vertical transport roller upper and lower by the Master removal hooks. 3. > >
Master Removal Sensor Master removal sensor checks the presence of the removed master in front of the Master disposal box to check for master removal jams. The Master removal sensor looks for the presence of removed master at Drum rotation angle 114 degrees and 134 degrees from Position-A. If the Master removal sensor does not detect the presence of the removed master at both of these drum angles, the master removal error is detected.
Master removal motor
Transportation roller upper Transportation roller lower
Master removal unit
Master removal hook
[���-��] 10-5 ]
Imagetec Solutions Australia
KZ30 (Rev. 1.2)
MASTER REMOVAL SECTION
Imagetec Solutions Australia
4. Master Disposal Box Set Mechanism 1. > >
Disposal Box Set Sensor Disposal box set sensor checks the presence of the Master disposal box in the machine. When the Master disposal box is set in the machine, the metal leg blocks the light path of the Disposal box set sensor.
Master removal unit
Master disposal box
Metal leg
Master disposal box set sensor
KZ30 (Rev. 1.2)
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Imagetec Solutions Australia
Imagetec Solutions Australia
MASTER REMOVAL SECTION
2. Removal and Assembly 1. Master Removal Unit 1. Turn OFF the machine power and disconnect the power cord from the machine. 2. Pull up the Master removal unit lever then slide the Master removal unit out. 3. Remove Master removal cover. 4. Disconnect the Connector of the Master removal unit. 5. Remove the four mounting screws (4 screws) of the Master removal unit. 6. Remove the Master removal unit from the machine.
Connector
Screw Screw
Screw Screw
Master removal unit
[���-7�] 10-7 ]
Imagetec Solutions Australia
KZ30 (Rev. 1.2)
MASTER REMOVAL SECTION
Imagetec Solutions Australia
2. Master Removal Motor Assembly 1. 2. 3. 4.
Turn OFF the machine power and disconnect the power cord from the machine. Remove the Rear cover. Disconnect the Connector of the Master removal motor. Remove two mounting screws of the Master removal motor assembly and remove the motor assembly from the machine.
Precaution in Assembly > Match the half-pierced section when mounting the motor assembly back on the machine.
Master removal motor assembly
KZ30 (Rev. 1.2)
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Imagetec Solutions Australia
Imagetec Solutions Australia
MASTER REMOVAL SECTION
3. Master Removal Sensor 1. 2. 3. 4. 5. 6.
Turn OFF the machine power and disconnect the power cord from the machine. Remove the Master removal unit cover and Master disposal box. Slide the Master removal unit from the machine. Disconnect the Connector of the Master removal sensor. Remove the mounting screw of the Master removal sensor bracket and remove the bracket. Remove the sensor from the bracket.
Precaution in Assembly > Match the half-pierced section of the Master removal sensor bracket with its counter part.
Screw
Master removal unit
Connector
Sensor bracket
Master removal sensor
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Imagetec Solutions Australia
KZ30 (Rev. 1.2)
MASTER REMOVAL SECTION
Imagetec Solutions Australia
4. Disposal Box Set Sensor 1. 2. 3. 4. 5. 6.
Turn OFF the machine power and disconnect the power cord from the machine. Remove the Master removal unit cover. Remove the Master removal guide lower (3 screws). Disconnect the Connector of the Disposal box set sensor. Remove the two mounting screws of the Disposal box set sensor bracket and remove the bracket. Remove the sensor from the bracket.
Precaution in Assembly > Match the half-pierced section of the Disposal box set sensor bracket with its counter part.
Master removal unit Master removal guide lower
Disposal box set sensor bracket Disposal box set sensor
Connector
KZ30 (Rev. 1.2)
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Imagetec Solutions Australia
Imagetec Solutions Australia
MASTER REMOVAL SECTION
5. Master Removal Hook 1. 2. 3. 4.
Turn OFF the machine power and disconnect the power cord from the machine. Remove Master removal unit. Remove the Master removal guide lower. Gently disengage the Master removal hooks from the Master removal guide lower.
Precaution in Assembly > Do not apply unnecessary force to the Master removal hooks to avoid any damage on the hooks.
Master removal guide lower Master removal hooks
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Imagetec Solutions Australia
KZ30 (Rev. 1.2)
MASTER REMOVAL SECTION
Imagetec Solutions Australia
6. Vertical Transport Roller (Upper) 1. 2. 3. 4. 5. 6. 7. 8.
Turn OFF the machine power and disconnect the power cord from the machine. Remove the Master disposal box. Remove the Master removal unit. Remove the Master removal sensor. Remove the Master removal guide lower. Remove the Master removal guide upper. Remove E-rings from both ends of the Vertical transport roller (Upper) and remove the Bushing. Remove the Vertical transport roller (Upper).
7. Vertical Transport Roller (Lower) 1. Turn OFF the machine power, disconnect the power cord from the machine. 2. Remove the Master disposal box. 3. Remove the Master removal unit. 4. Remove the Master removal sensor. 5. Remove the Master removal guide lower. 6. Remove the Master removal guide upper. 7. Remove the Vertical transport roller (Upper). 8. Remove E-ring then remove the Transport roller gear. 9. Remove E-ring of the Vertical transport roller (Lower) and remove the Bushing. 10. Remove the Vertical transport roller (Lower).
Vertical transport roller (Upper)
Vertical transport roller (Lower)
Master removal sensor
Master removal unit
Master removal guide upper
KZ30 (Rev. 1.2)
[���-���] 10-12 ]
Imagetec Solutions Australia
Imagetec Solutions Australia
CHAPTER
11:
IMAGE SCANNING SECTION
IMAGE SCANNING SECTION
CONTENTS 1. Theory of Operation...................................................................................11-3 1. Original Loading Mechanism...............................................................11-3 2. Original Scanning Mechanism.............................................................11-4 2. Removal and Assembly.............................................................................11-5 1. Image Scanner Unit.............................................................................11-5 2. Original IN Sensor................................................................................11-6 3. Pickup Roller........................................................................................11-7 4. Eject Roller Upper................................................................................11-7 5. Document Feeder Hook.......................................................................11-7 6. Load Roller...........................................................................................11-8 7. Eject Roller Lower................................................................................11-8 8. Read Pulse Motor..................................................................................11-9
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Imagetec Solutions Australia
KZ30 (Rev. 1.2)
IMAGE SCANNING SECTION
Imagetec Solutions Australia
MEMO
KZ30 (Rev. 1.2)
[���-��] 11-2 ]
Imagetec Solutions Australia
IMAGE SCANNING SECTION
Imagetec Solutions Australia
1. Theory of Operation 1. Original Loading Mechanism An original placed on the Original rack Is automatically fed when the master making process is started. 1. Shading Compensation > When the Original IN sensor detects the original, the LED of the Image scanner turns ON and the shading compensation takes place. 2. > > >
Original Loading After the shading compensation is done, the Read pulse motor Activates to start feeding the original by rotating the Pickup roller and Load roller. The original put on the Original rack is fed into between the Image scanner and the white Shading sheet. Then the original is fed towards the Eject roller upper and lower. The Eject roller upper and lower ejects the original out.
Original detection sensor Shading sheet Image scanner Pickup roller
Eject roller upper
Load roller Originl feed tray Eject roller lower Original IN sensor
Read pulse motor
[���-��] 11-3 ]
Imagetec Solutions Australia
KZ30 (Rev. 1.2)
IMAGE SCANNING SECTION
Imagetec Solutions Australia
2. Original Scanning Mechanism When the master removal is completed, the Read pulse motor turns ON to feed the original onto the Image scanner. And after completing the master removal, the Drum rotates to place the master onto the Drum until the Original scanning ends. Then original loading movement is completed. 1. > >
Read pulse motor The Drum comes back to the position-A after the master removal is completed, the Read pulse motor activates to rotate the Load roller and Eject roller to feed the Original and to eject. The Read/Write start signal turns ON and the image scanning is started by the Image scanner.
2. > >
Original IN sensor After the tailing edge of the Original clears out from the Original IN sensor, the Read/Write start signal and the Image scanner LED are turned OFF to stop the image scanning. The Read pulse motor stops after the original scanning movement ends.
Image scanner Original IN sensor
Eject roller upper
Eject roller lower
Read pulse motor
KZ30 (Rev. 1.2)
[���-4�] 11-4 ]
Imagetec Solutions Australia
Imagetec Solutions Australia
IMAGE SCANNING SECTION
2. Removal and Assembly 1. Image Scanner Unit 1. 2. 3. 5. 6.
Turn OFF the machine power and disconnect the power cord from the machine. Remove the Master making unit from the machine. (Refer to the next chapter.) From the front of the Master making unit, remove two gears. (See the photograph below.) Remove one mounting screw from the front and two mounting screws from the back of the unit. Caution: The Image scanner is to be taken off with the brackets attached. Do not remove the brackets, as they are factory adjusted in position at the Factory. Disconnect the Connector and remove the Image scanner unit. Master making unit Two gears to remove
Do not remove these two screws
Do not remove these two screws
One Screw in the front
Two Screws in the rear
Connector
Image scanner unit < Do not remove the brackets >
[���-��] 11-5 ]
Imagetec Solutions Australia
KZ30 (Rev. 1.2)
IMAGE SCANNING SECTION
Imagetec Solutions Australia
2. Original IN Sensor 1. 2. 3. 4.
Turn OFF the machine power and disconnect the poer cord from the machine. Remove the Master making unit cover. Remove the mounting screw of the Original IN sensor. Disconnect the connector of the Original IN sensor and remove the sensor.
Connector
KZ30 (Rev. 1.2)
Original IN sensor
Screw
Master Making unit
[���-6�] 11-6 ]
Imagetec Solutions Australia
Imagetec Solutions Australia
IMAGE SCANNING SECTION
3. Pickup Roller 1. Remove the Document feeder from the Master making unit. 2. Remove the Document feeder top cover. 3. Remove the Pick up roller spring plate and then remove the Pick up roller.
4. Eject Roller Upper 1. Remove the Document feeder from the Master making unit. 2. Remove the Document feeder top cover. 3. Remove the Eject roller spring plate and then remove the Eject roller upper.
5. Document Feeder Hook 1. 2. 3. 4.
Remove the Document feeder from the Master making unit. Remove the Document feeder top cover. Remove the Hook springs. Remove the Document feeder hook. Lift up gently
Document feeder top cover Document feeder
Document feeder bottom cover
Ejecton roller spring plate
Pickup roller spring plate
Pickup roller
Ejection roller
Document feeder hook
Hook spring
[���-7�] 11-7 ]
Imagetec Solutions Australia
KZ30 (Rev. 1.2)
IMAGE SCANNING SECTION
Imagetec Solutions Australia
6. Load Roller 1. 2. 3. 4. 5. 6. 7.
Turn OFF the machine power and disconnect power cord from the machine. Remove the document feeder. Remove the Master making unit from the machine. (Refer to the next Chapter.) Remove two gears from the front of the Master making unit. (E-rings) Remove the Gear from the Load roller shaft in the front of the Master making unit. (E-ring) Remove Bushing from the Load roller shaft in the rear of the Master making unit. (E-ring) Remove the Load roller.
7. Eject Roller Lower 1. Follow the procedure for the Load roller removal (given above) up to step No.4. 2. Remove the Gear from the Eject roller shaft in the front of the Master making unit. (E-ring) Caution: Make sure not to drop the Pin on the shaft which engages with the Gear. 3. Remove Bushing from the Eject roller shaft in the rear of the Master making unit. (E-ring) 4. Remove the Eject roller. Precaution in Assembly: Make sure to insert the Pin back on the Ejection roller, which fits onto the Gear. The two Gears to remove
Gears to remove on Load roller and Eject roller
Eject roller Watch out for the Pin Load roller < FRONT OF THE MASTER MAKING UNIT > Bushings to remove on the Load roller and Eject roller.
Load roller
Eject roller
< BACK OF THE MASTER MAKING UNIT >
KZ30 (Rev. 1.2)
[���-��] 11-8 ]
Imagetec Solutions Australia
Imagetec Solutions Australia
IMAGE SCANNING SECTION
8. Read Pulse Motor 1. 2. 3. 4. 5.
Turn OFF the machine power and disconnect power cord from the machine. Remove the document feeder. Remove the Master making unit from the machine. (Refer to the next Chapter.) Disconnect the connector of the Read pulse motor. Remove two mounting screws of the Read pulse motor and remove the motor.
Precaution in Assembly > Connector of the Read pulse motor should face to the Image scanner side when install the motor.
Connector
Read pulse motor
Screws
[���-9�] 11-9 ]
Imagetec Solutions Australia
KZ30 (Rev. 1.2)
IMAGE SCANNING SECTION
Imagetec Solutions Australia
MEMO
KZ30 (Rev. 1.2)
[���-���] 11-10 ]
Imagetec Solutions Australia
Imagetec Solutions Australia
CHAPTER
12:
CUTTER SECTION
CUTTER SECTION
CONTENTS
1. Theory of Operation...................................................................................12-3 1. Cutter Home Positioning Mechanism...................................................12-3 2. Cutting Mechanism..............................................................................12-4 2. Removal and Assembly.............................................................................12-5 1. Cutter Unit............................................................................................12-5
[���-��] 12-1 ]
Imagetec Solutions Australia
KZ30 (Rev. 1.2)
CUTTER SECTION
Imagetec Solutions Australia
MEMO
KZ30 (Rev. 1.2)
[���-��] 12-2 ]
Imagetec Solutions Australia
Imagetec Solutions Australia
CUTTER SECTION
1. Theory of Operation 1. Cutter Home Positioning Mechanism 1. > >
Home Position Switch Each time the machine power is turned ON or All Reset Button is pressed, the Home position switch checks the position of the Cutter. The Cutter position is checked by the Home position switch and the End position switch of which are located the opposite ends of the Cutter rail.
2. > >
Home Position The Home position of the Cutter is where the Home position switch is detected. If the Home positioning switch is not detected, the Cutter motor activates and rotates the Cutter gear until the Home position switch becomes detected.
End position switch
Cutter unit
Home position switch
Cutter
Cutter gear
Cutter motor
Home position switch
[���-��] 12-3 ]
Imagetec Solutions Australia
KZ30 (Rev. 1.2)
CUTTER SECTION
Imagetec Solutions Australia
2. Cutting Mechanism 1. Master Cutting > Cutter motor activates and cuts the master each time the master loading is made on the Drum. 2. > > >
Cutter Motor As the Cutter motor activates, it rotates the Cutter gear and the housing of the Cutter presses against the actuator of the End position switch. Then the Cutter motor activates again and return to the Home position switch. The Cutter motor then stops at the Home position switch and the cutting motion ends.
End position switch
Cutter unit
Cutter
KZ30 (Rev. 1.2)
Home position switch
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Imagetec Solutions Australia
Cutter gear
Cutter motor
Imagetec Solutions Australia
CUTTER SECTION
2. Removal and Assembly 1. Cutter Unit 1. 2. 3. 4. 5. 6.
Turn OFF the machine power and disconnect power cord from the machine. Remove the Front cover. remove the Print drum from the machine. Open the Master making unit. Disconnect the Connector of the Cutter unit. Remove the mounting screws of the Cutter unit and remove the unit.
Precaution in Assembly > Match the half-pierced sections of the Cutter unit with its counter part.
Connector Cutter unit
Screw
[���-��] 12-5 ]
Imagetec Solutions Australia
KZ30 (Rev. 1.2)
CUTTER SECTION
Imagetec Solutions Australia
MEMO
KZ30 (Rev. 1.2)
[���-6�] 12-6 ]
Imagetec Solutions Australia
Imagetec Solutions Australia
CHAPTER
13:
MASTER MAKING SECTION
MASTER MAKING SECTION
CONTENTS
1. Theory of Operation...................................................................................13-3 1. Master Making.....................................................................................13-3 2. TPH Positioning...................................................................................13-4 3. Thermal Power Safety Switches..........................................................13-5 2. Removal and Assembly.............................................................................13-7 1. Write Roller..........................................................................................13-7 2. Thermal Print Head (TPH)...................................................................13-8 3. TPH Position Sensor............................................................................13-9 3. Adjustment................................................................................................13-11 1. Thermal Power of Thermal Print Head..............................................13-11
[���-��] 13-1 ]
Imagetec Solutions Australia
KZ30 (Rev. 1.2)
MASTER MAKING SECTION
Imagetec Solutions Australia
MEMO
KZ30 (Rev. 1.2)
[���-��] 13-2 ]
Imagetec Solutions Australia
MASTER MAKING SECTION
Imagetec Solutions Australia
1. Theory of Operation 1. Master Making When the START key is pressed for master making, the Drum rotates to remove the master on the Drum. At the same time the TPH-Control signal is turned ON to supply heating power to the Thermal print head. 1. > > >
Start of the Master Making While the Drum is rotates to remove the master on the Drum, the Write pulse motor activates and starts feeding the master material. At the same time the original starts feeding through the AF unit for scanning. As the Write pulse motor activates and feeds the master for, the Read & Write start signal is turned ON and the Thermal print head begins making image on the master material.
2. > > > >
End of the Master Making After a certain set time, the Master tension plate solenoid activates and swings down the Master tension plate. The master runs through the Master tension plate and as the Master tension plate swings down, it gives tension on the master while the master is loaded on the Drum. Either the original scanning ends or if the Write pulse motor activates for the maximum master making length, both the TPH-Control signal and Read & Write start signal turn OFF. The Write pulse motor is still activated until full length of master material is transferred. The Write pulse motor then stops and completes the master making process.
Thermal print hed (TPH)
Write roller
Master roll
Write pulse motor
[���-��] 13-3 ]
Imagetec Solutions Australia
KZ30 (Rev. 1.2)
MASTER MAKING SECTION
Imagetec Solutions Australia
2. TPH Positioning The TPH moves down and up when master feeding is necessary or the master making process is ended. When the TPH unit is at the home position, the TPH unit is away from the Write roller. When the Master making starts, the TPH unit [C] is lowered by the Write pulse motor. Rotation of the Write pulse motor is transferred to the TPH position cam via gears on the Master making unit. 1. TPH position sensor > The TPH position sensor [A] checks whether if the TPH stays upper or not. > If the light path of the TPH position sensor is changed from "unblocked" to "blocked", the machine assumes that the TPH is at upper position. (The TPH is away from the Write roller) > If the light path of the TPH position sensor is changed from "blocked" to "unblocked", the machine assumes that the TPH is at lower position. (The TPH is touching the Write roller) TPH positioning sensor Spring force
TPH position cam
TPH positioning sensor
TPH positioning sensor
Sensor blocked
Sensor opened Space
TPH unit
KZ30 (Rev. 1.2)
Write roller
[���-4�] 13-4 ]
Imagetec Solutions Australia
Touching
Imagetec Solutions Australia
MASTER MAKING SECTION
3. Thermal Power Safety Switches 1. > >
Safety Switches The actuators of all four safety switches must be pressed in order to feed electrical power to the TPH unit. These four switches also acts as Main motor safety switches.
Separation unit safety switch Master removal unit safety switch Master making unit safety switch Print drum safety switch
[���-��] 13-5 ]
Imagetec Solutions Australia
KZ30 (Rev. 1.2)
MASTER MAKING SECTION
Imagetec Solutions Australia
MEMO
KZ30 (Rev. 1.2)
[���-6�] 13-6 ]
Imagetec Solutions Australia
Imagetec Solutions Australia
MASTER MAKING SECTION
2. Removal and Assembly 1. Write Roller 1. 2. 3. 4.
Turn OFF the machine power and disconnect the power cord from the machine.. Open the Master making unit and remove the Master roll. On the front side, remove the plastic Lock ring from the Whit roller shaft and remove the collar and the metal from the shaft. Remove the Write roller assembly by lifting the assembly from the machine.
Precaution in Assembly > Match the flat part of the Bushing on the rear side of the roller shaft to keep clear of the flat-cut surface on the Bushing. (Refer to the photographs below)
Write roller
Lock ring Bushing Flat-cut area on the Bushing
REAR
Correct E-ring position
Collar Collar Bushing
wrong E-ring position
FRONT
[���-7�] 13-7 ]
Imagetec Solutions Australia
KZ30 (Rev. 1.2)
MASTER MAKING SECTION
Imagetec Solutions Australia
2. Thermal Print Head (TPH) Precautions in Removal > Do not touch the Connector pins on the TPH assembly, as static electricity may damage the TPH assembly. > Do not contact the heat emitting portion of the TPH assembly against hard surfaces. 1. 2. 3. 4. 5. 6. 7.
Turn OFF the machine power and disconnect the power cord from the machine. Open the Master making unit. Disconnect two TPH connectors from the TPH assembly. Remove the screw of the Ground wire. Remove the two TPH assembly mounting screws. Slide the TPH assembly up to release from the Master making unit. Remove two mounting screws from the TPH mounting plate from the TPH .
Adjustment after Assembly > Thermal power adjustment of the TPH must be done after replacing the TPH assembly. TPH assembly mounting screws
TPH assembly
TPH connector
Ground wire
TPH connector TPH mounting plate
TPH assembly
KZ30 (Rev. 1.2)
[���-��] 13-8 ]
Imagetec Solutions Australia
TPH
Imagetec Solutions Australia
MASTER MAKING SECTION
3. TPH Position Sensor 1. 2. 3. 4.
Turn OFF the machine power and disconnect the power cord from the machine. Remove the Master making unit cover. Remove the connector of the TPH position sensor. Remove the TPH position sensor from the Master making unit by gently unhooking the sensor legs from the Master making unit.
Master making unit
TPH position sensor
Connector
Gently unhook the sensor legs from the machine frame.
[���-9�] 13-9 ]
Imagetec Solutions Australia
KZ30 (Rev. 1.2)
MASTER MAKING SECTION
Imagetec Solutions Australia
MEMO
KZ30 (Rev. 1.2)
[���-���] 13-10 ]
Imagetec Solutions Australia
Imagetec Solutions Australia
MASTER MAKING SECTION
3. Adjustment 1. Thermal Power of Thermal Print Head Thermal power must be adjusted each time the Thermal print head is replaced. 1. 2. 3. 4.
Turn ON the machine power by going into Test Mode. Enter 9874 to go into protected area test mode. Select Test Mode No. 1234. Enter the resistance number (ohm number) on imprinted on the sticker on the new TPH unit. Then press the START key to save the newly input resistance number. To double confirm, check Test Mode No. 1234 again and reconfirm that newly input resistance number is memorized.
[���-���] 13-11 ]
Imagetec Solutions Australia
KZ30 (Rev. 1.2)
MASTER MAKING SECTION
Imagetec Solutions Australia
MEMO
KZ30 (Rev. 1.2)
[���-���] 13-12 ]
Imagetec Solutions Australia
Imagetec Solutions Australia
CHAPTER
14:
MASTER CLAMP / LOADING
MASTER CLAMP / LOADING
CONTENTS
1. Theory of Operation...................................................................................14-3 1. Master Making Unit Set Mechanism....................................................14-3 2. Master Positioning Mechanism............................................................14-4 3. Master Feeding Mechanism.................................................................14-5 4. Master Loading on the Drum Mechanism............................................14-6 5. Master Advance after Master Cutting..................................................14-7 2. Removal and Assembly.............................................................................14-9 1. Master Making Unit..............................................................................14-9 2. Master Making Unit Safety Switch.....................................................14-12 3. Write Pulse Motor..............................................................................14-13 4. Master Positioning Sensor.................................................................14-14 5. Master Loading Solenoid...................................................................14-15 6. Master End Sensor............................................................................14-16
[��4-��] 14-1 ]
Imagetec Solutions Australia
KZ30 (Rev. 1.2)
MASTER CLAMP / LOADING
Imagetec Solutions Australia
MEMO
KZ30 (Rev. 1.2)
[��4-��] 14-2 ]
Imagetec Solutions Australia
Imagetec Solutions Australia
MASTER CLAMP / LOADING
1. Theory of Operation 1. Master Making Unit Set Mechanism 1. >
Master Making Unit Safety Switch When the Master making unit is closed, the Master making unit safety switch is also pressed by the Master making unit upper frame. When the Master making unit safety switch is not pressed, the power to the Main motor and TPH is terminated.
2. Master End Sensor > The Master end sensor detects the black strip on the master material at the very end of the master roll and indicates the "Replace master roll" message,
Master end sensor
Master making unit upper frame
Master making unit safety switch
[��4-��] 14-3 ]
Imagetec Solutions Australia
KZ30 (Rev. 1.2)
MASTER CLAMP / LOADING
Imagetec Solutions Australia
2. Master Positioning Mechanism 1. > > >
Master Positioning The leading edge of the master material rests against the Master tension plate just after the master loading. As the START button is pressed for normal master making or confidential master making, the Master loading solenoid activates to release the Mater tension plate from master and the Write pulse motor activates and rotates the Write roller to feed the master material. When the Master positioning sensor detects the leading edge of the master, the Master loading solenoid and the Write pulse motor turn OFF and completes the master positioning movement.
Leading edge of the master material Write roller Master tension plate
Master loading solenoid
Master positioning sensor
Write pulse motor
KZ30 (Rev. 1.2)
[��4-4�] 14-4 ]
Imagetec Solutions Australia
Imagetec Solutions Australia
MASTER CLAMP / LOADING
3. Master Feeding Mechanism
1. > >
Start of Master Feeding At the Drum position-A, the Write pulse motor activate to rotates the Write roller to feed the master material. The Master loading solenoid activates when the lead edge of the master is fed onto the Mater positioning sensor or the Clamp plate.
2. End of Master Feeding > The Write pulse motor turns OFF when the master feeding operation ends. The leading edge of the master rests under the Clamp plate.
Clamp plate
Master material
[��4-��] 14-5 ]
Imagetec Solutions Australia
KZ30 (Rev. 1.2)
MASTER CLAMP / LOADING
Imagetec Solutions Australia
4. Master Loading on the Drum Mechanism As the Write pulse motor activates for a certain set time after the Clamp plate clamps the master, the Main motor activates to load the master on the Drum. 1. > >
Drum angle 107 degrees from A-position During the master loading, when the Drum comes to 107 degrees from the A-position, the Master sensor checks for any master loading error. The Write pulse motor keeps feeding the master, and if no master loading is detected, the Main motor stops at position-A and master loading error message is displayed.
2. > >
Master cutting The Cutter unit cuts the master when maximum master length is made. The Main motor keeps rotating and loads the remaining length of master on the Drum while making one proof print.
Clamp plate
TPH Master Loading Movement
Print drum Position-A
Write roller Master sensor
107 degrees
1.
After the master is clamped on the Drum and Write pulse motor rotates for a set amount, the Drum rotates to start the master loading.
2.
At Drum position 107 degrees from Position-A, the Master sensor checks for any master loading error, while the Write pulse motor keeps feeding the master.
3. Cutter motor activates to cut the master at the maximum master length. Cutter unit
KZ30 (Rev. 1.2)
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Imagetec Solutions Australia
Imagetec Solutions Australia
MASTER CLAMP / LOADING
5. Master Advance after Master Cutting If the master cutting is confirmed by the Master positioning sensor after the master cutting, the master material from the master roll is moved forward until the leading edge is under the Master positioning sensor. 1. > >
Write Pulse Motor After the master is cut, the Write pulse motor rotates to move the master material forward. The Write pulse motor activates for 5 seconds as its maximum time, by which time the leading edge of the master material is under the Master positioning sensor.
Master positioning sensor
TPH
Write roller
Write pulse motor
Master roll
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Imagetec Solutions Australia
KZ30 (Rev. 1.2)
MASTER CLAMP / LOADING
Imagetec Solutions Australia
MEMO
KZ30 (Rev. 1.2)
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Imagetec Solutions Australia
Imagetec Solutions Australia
MASTER CLAMP / LOADING
2. Removal and Assembly 1. Master Making Unit 1. Turn OFF the machine power and disconnect the power cord from the machine. 2. Slide open the Master removal unit. 3. Remove the Rear cover and Front cover. 4. Remove the Master making unit cover and remove the Master roll. 5. Open the Master making unit and remove the Cutter unit. 6. Disconnect the wire harness connectors from the Mechanical control PCB, Power supply unit and Operation panel area, as shown on the photographs attached on the following pages. 7. Remove 6 mounting screws from the Mater making unit back cover and remove the cover. 8. Slide the Master making unit out from the machine. Photographs continue on next two pages. Cutter unit
Master making unit
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Imagetec Solutions Australia
KZ30 (Rev. 1.2)
MASTER CLAMP / LOADING
Imagetec Solutions Australia
Master making unit back cover
KZ30 (Rev. 1.2)
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Imagetec Solutions Australia
Imagetec Solutions Australia
MASTER CLAMP / LOADING
Under the Operation panel
Cutter unit
Power supply unit Mechanical control PCB
Mechanical control PCB
Master making unit
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Imagetec Solutions Australia
KZ30 (Rev. 1.2)
MASTER CLAMP / LOADING
Imagetec Solutions Australia
2. Master Making Unit Safety Switch 1. 2. 3. 4.
Turn OFF the machine power and disconnect the power cord from the machine. Remove the Master making unit. Disconnect the Connector of the Master making unit safety switch. Remove two mounting screws of the Master making unit safety switch and remove the switch.
Master making unit
Master making unit safety switch
KZ30 (Rev. 1.2)
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Imagetec Solutions Australia
Imagetec Solutions Australia
MASTER CLAMP / LOADING
3. Write Pulse Motor 1. 2. 3. 4.
Turn OFF the machine power and disconnect the power cord from the machine. Remove Master making unit. Disconnect the Connector of the Write pulse motor. Remove two mounting screws of the Write pulse motor and remove the motor.
Precaution in Assembly > Keep little backlash between the motor gear and the drive gear when installing the motor on the Master making unit.
Master making unit
Drive gear
Motor gear
Write pulse motor
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Imagetec Solutions Australia
KZ30 (Rev. 1.2)
MASTER CLAMP / LOADING
Imagetec Solutions Australia
4. Master Positioning Sensor 1. Turn OFF the machine power and disconnect the power cord from the machine. 2. Remove the Master making unit. 3. Disconnect the connector of the Master positioning sensor. 4. Remove the mounting screw of the Master positioning sensor and remove the sensor from the Cutter guide plate. (Insert the screw drive through the cut-out opening to access to the mounting screw.)
Master making unit
Master positioning sensor
Connector
Mounting screw
Insert the screw driver from the cut-out opening
KZ30 (Rev. 1.2)
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Imagetec Solutions Australia
Imagetec Solutions Australia
MASTER CLAMP / LOADING
5. Master Loading Solenoid 1. 2. 3. 4.
Turn OFF the machine power and disconnect the power cord from the machine. Remove the Master making unit. Disconnect the Connector of the Master loading solenoid. Remove two mounting screws of the Master loading solenoid and remove the solenoid from the Master making unit.
Master making unit
Master loading solenoid
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Imagetec Solutions Australia
KZ30 (Rev. 1.2)
MASTER CLAMP / LOADING
Imagetec Solutions Australia
6. Master End Sensor 1. 2. 3. 4.
Disconnect the power supply from the machine. Remove the Master making unit. Open the Master making unit and remove the master roll. Disconnect the Connector of the Master end sensor and remove the sensor from the sensor bracket on the machine.
Precaution in Assembly > Do not damage the hooks of the Master end sensor when installing the sensor on the sensor bracket on the machine. Master making unit
Master end sensor
Hooks
KZ30 (Rev. 1.2)
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Imagetec Solutions Australia
Imagetec Solutions Australia
Master making unit
MASTER CLAMP / LOADING
Master end sensor
Hooks
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Imagetec Solutions Australia
KZ30 (Rev. 1.2)
MASTER CLAMP / LOADING
Imagetec Solutions Australia
MEMO
KZ30 (Rev. 1.2)
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Imagetec Solutions Australia
Imagetec Solutions Australia
CHAPTER
15:
PANEL MESSAGE
PANEL MESSAGE
CONTENTS
1. Error Type & Error Point............................................................................15-3 2. Error Display Method.................................................................................15-4 3. Error Type....................................................................................................15-5 4. Error Point...................................................................................................15-6 5. Paper Jam Error Display Method..............................................................15-7 6. Detailed List of Panel Messages...............................................................15-8 1) Serviceman Call Errors (Pxx)...............................................................15-8 2) Jam Errors (Axx)................................................................................15-13 3) Consumable Errors (Cxx)..................................................................15-15 4) Set Check Errors (Dxx)......................................................................15-16 5) Warning Errors (Exx : Serviceman Call Errors).................................15-18 6) Warning Errors (Fxx : Others)............................................................15-18 7) Parameter Errors (Hx)........................................................................15-19 8) Errors Saved in Memory....................................................................15-19
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Imagetec Solutions Australia
KZ30 (Rev. 1.2)
PANEL MESSAGE
KZ30 (Rev. 1.2)
Imagetec Solutions Australia
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Imagetec Solutions Australia
PANEL MESSAGE
Imagetec Solutions Australia
1. Error Type & Error Point Example
Error Type : Indicates what type of error has occurred. Error Point : Indicates where the error has occurred.
Example : P01-520 (Main Motor Lock) Error Type
Error Point
P01-520
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Imagetec Solutions Australia
KZ30 (Rev. 1.2)
PANEL MESSAGE
Imagetec Solutions Australia
2. Error Display Method Error Display Method
The LED is lit to indicate where the error occurred. 4
3
6 5
2 7
1
8
9
SET / TROUBLE indication LED (Blinking)
LED
Area
1 2 3 4 5 6 7 8 9
Paper Feed Tray Print Drum Master Removal Cover
Scanning Area Master Removal Master Making Job Separator Paper Feed Paper Ejection
SET / TROUBLE indication LED (Blinking or Lit) Note: For the INK and MASTER remaining amount indication, both blinking and solid light method is used. Blinking : Less than 10% remaining Solid light : Empty
Example: T01-529 (Main Motor Lock)
4
3
6 5
2
While pressing the (*) asterisk key, the display keeps changing between Error Type and Error Point in one second interval.
7 1
8
9
2
: Solid Light
: Blinking Light
KZ30 (Rev. 1.2)
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Imagetec Solutions Australia
Imagetec Solutions Australia
PANEL MESSAGE
3. Error Type [ERROR TYPE] The panel messages starts with Error Type INFORMATION TYPE SYMBOL
DESCRIPTION
P-xx
Serviceman Call Error Repair by the serviceman is required to correct the problem.
A-xx
Jam Error Jam errors which occurs during the machine usage, and these can be corrected by the operator by following the troubleshooting steps given on the Users Guide.
b-xx
Option Error Error created from the optional units connected to the main unit, such as jam errors and connection errors. Checking the connections, turning the power ON again or pressing the RESET key may correct the problem. Consumable Error Master roll is empty.
c-xx
Consumable Error Master disposal box is full. Consumable Error Ink bottle is empty. Consumable Error No paper on paper feed tray.
d-xx
Set Error One or more of the set switch or sensor is in OFF state.
E-xx
Warning Another type of serviceman call error, in which if the machine is kept used in this state may cause a problem.
F-xx
Warning The machine is not in a fit state to operate the job requested.
Hxxx
Supply Parameter Input Request A parameter value needs to be input to continue the job operation.
Jxx
Jam Error The A-07, A-08, A-09 and A-10 jam error displays are replaced by Jxx display. When Jxx display is made, it could be only one of these four A-xx error or mixture of these four errors.
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Imagetec Solutions Australia
KZ30 (Rev. 1.2)
PANEL MESSAGE
Imagetec Solutions Australia
4. Error Point [ERROR POINT] The error type is followed by Error Point ERROR POINT
UNIT
0 xx
System (Hardware, Software, Communication) & Operation Panel.
1xx
Scanning (Scanner, AF Unit) & Image Processing.
2xx
Master Making
3xx
Master Removal
4xx
Paper Feed & Paper Ejection
5xx
Print Drum
6xx
Print Adjustments (Printing Position & Density)
7xx
Options (KeyCard Counter, etc.)
KZ30 (Rev. 1.2)
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Imagetec Solutions Australia
Imagetec Solutions Australia
PANEL MESSAGE
5. Paper Jam Error Display Method When A-code errors, listed bellow, occur, they are substituted by Jxx error codes. The two-digit error-type number which follows after the J is the sum of the Corresponding Values for each of these A-code errors. Pressing the [*] asterisk key on the operation panel will display the details of the Jxx errors. Error Type A 07 A08 A09 A10
Error Description
Bit
Paper feed jam Paper jammed on Drum Paper ejection jam Original jam
3 2 1 0
Corresponding Value 8 4 2 1
For above four jam errors, even though only one error occurs, the error type code of Axx is substited by Jxx error code. Example: When A09 (Paper ejection jam) occurs, the error type code displayed is J02. When A07 (Paper feed jam) occurs, the error type code displayed is J08. The LED lamp to indicate the place of the problem is determined by the error type number. Example: When A09 (Paper ejection) jam occurs, the LED lamp lit is number 9 on the operation panel. The error type code displayed is J02 (Paper ejection error).
4
3
6 5
2
While pressing the (*) asterisk key, the Error Point is displayed.
7 1
9
8
9
: Solid Light : Blinking Light
When paper feed jam (A07) and paper jam on the drum (A08) errors occur simultaneously, No.2 and No.8 LEDs light in solid and LED in front of the Jam symbol mark blinks. On the panel display, J12 is displayed.
4
3
6 5
2
While pressing the (*) asterisk key, the Error Point is displayed.
7 1
8
9
2
8
: Solid Light : Blinking Light
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Imagetec Solutions Australia
KZ30 (Rev. 1.2)
PANEL MESSAGE
Imagetec Solutions Australia
6. Detailed List of Panel Messages 1) Serviceman Call Errors (Pxx)
Error Type
Description
P01 [Main motor lock] P01-xxx !!System Error!! Press Reset Key If Recovery has Failed, Call Service
To reset display Error Point
Press Reset Key Error Conditions
520
Main encoder sensor does not go ON/OFF within 10 milliseconds after the main motor activates.
521
Position-A sensor status does not change even after main motor activates for 1 drum rotation.
536
Print drum failed to stop at Position-A.
537
Print drum failed to stop at Position-B.
582
Print drum angle cannot be detected even though the Position-A sensor detected the Print drum 3 times.
Error Type
P03 [Clamp motor lock] P03-xxx !!System Error!! Description Press Reset Key If Recovery has Failed, Call Service To reset display Error Point 500
Press Reset Key Error Conditions Clamp sensor is OFF after the completion of the clamp unit initialization or home positioning movement.
501
Clamp sensor does not go OFF within 1 second from the time the clamp motor operates.
502
Clamp sensor does not go ON within 2.5 seconds from the time the clamp motor operates.
504
At the start of Clamp plate open action, the detection of clamp sensors is OFF.
506
At the start of print drum Position-A compensation movement, the detection of clamp sensor is OFF. At the start of Clamp unit Home-positioning movement, the detection of clamp sensor is ON.
507
Clamp sensor is OFF after the clamp open action is completed.
508
Clamp sensor is ON after the Position-A compensating movement is completed.
505
KZ30 (Rev. 1.2)
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Imagetec Solutions Australia
Imagetec Solutions Australia
PANEL MESSAGE
P04 [Ink overflow] P04-xxx !!System Error!! Description Press Reset Key If Recovery has Failed, Call Service To reset Press Reset Key after correcting the ink overflow condition. (No ink on the ink overflow sensor.) display Error Point Error Conditions
Error Type
513
Error Type
Description
The overflow sensor is ON for a set number of times in succession during the 10-millisecond interval overflow-sensor check.
P12 [Master disposal area motor lock] P12-xxx !!System Error!! Press Reset Key If Recovery has Failed, Call Service
To reset display Error Point 300
Press Reset Key. Error Conditions Overload on the Master removal motor.
Error Type
P13 [Cutter motor lock] P13-xxx !!System Error!! Description Press Reset Key If Recovery has Failed, Call Service To reset Press Reset Key. display Error Point
Error Conditions
221
The cutter HP switch and cutter stop position switch are both ON at the same time.
231
Cutter HP switch does not go OFF within 500 milliseconds after the cutter operation started from the HP position.
232
Cutter stop position switch does not go ON even after 2 seconds after the cutting movement started.
233
Cutter stop position switch does not go OFF even after 500 milliseconds after the cutter HP movement started.
234
Cutter HP switch does not go ON even after 2 seconds from the cutter HP movement started.
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Imagetec Solutions Australia
KZ30 (Rev. 1.2)
PANEL MESSAGE
Imagetec Solutions Australia
Error Type
P14 [Scanner error] P14-xxx !!System Error!! Description Press Reset Key If Recovery has Failed, Call Service To reset Press Reset key or turn the power OFF and ON. display Error Point Error Conditions 104
Offset adjustment error.
125
A/D reference adjustment unfinished in time.
126
Gain adjustment not unfinished in time.
Error Type
P19 [Master making area motor lock] P19-xxx !!System Error!! Description Press Reset Key If Recovery has Failed, Call Service To reset Press Reset key or turn the power OFF and ON. display Error Point Error Conditions TPH position sensor status did not change even after the TPH pressure motor activated for 2 207 seconds.
Error Type
Description
P24 [Inking motor lock] P24-xxx !!System Error!! Press Reset Key If Recovery has Failed, Call Service
To reset display Error Point 539
Error Type
Description
Press Reset key or turn the power OFF and ON. Error Conditions Inking-motor FG sensor status does not change within 20 milliseconds after the inking-motor is activated.
P96 [Data not input] P96-xxx !!System Error!! Press Reset Key If Recovery has Failed, Call Service
To reset
Input the parameters using test mode. display Error Point 171 TPH resistance value not input.
KZ30 (Rev. 1.2)
Error Conditions
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Imagetec Solutions Australia
Imagetec Solutions Australia
P97 [PC card access error] P98-xxx !!System Error!! Description Press Reset Key If Recovery has Failed, Call Service To reset Turn power OFF and ON. display Error Point
PANEL MESSAGE
Error Type
Error Conditions
939
PC card not inserted.
940
PC card device data double ID error (data error as PCMCIA card).
941
PC device error (not detected as PC card).
942
File production error (same file name already exists).
943
PC card not formatted correctly.
944
PC card ID error.
945
PC card error (detected as PC card, but unable to make access).
946
PC card capacity error (not enough blank area).
990
File does not exist in the specified drive.
991
Accessed into a non-opened file).
992
File pointer to save the data is already in use.
993
Read address is not correctly set up.
994
File delete arror (file is not correctly deleted).
Error Type
P98 [Hardware error] P98-xxx !!System Error!! Description Press Reset Key If Recovery has Failed, Call Service To reset Turn power OFF and ON. display Error Point Error Conditions No reply from optional neoROSA. If neoROSA signal is detected at machine power ON, but if the 002 PCB communication terminates and P98-069 error is detected, the error point is rewrote to this P98-002 error message. 005 Hardware error 006 EEPROM check-sum error 025 Possible defective RF PCB (Unsuccessful initial communication with RF PCB). 034 Unable to write on EEPROM on the machine. (Cannot access EEPROM). 035 CRC error on EEPROM on the machine (Defective EEPROM data). 038 Machine information between the EEPROM and PCB does not match. 039 Incorrect EEPROM. 041 5 volt power not available. Possibility of faulty 5 volt fuse. 045 5 volt power does not go OFF when the machine tries to go into sleep mode. 063 Test mode setting is beyond the adjustable range. 064 Communication error between neoROSA and MCTL PCB. 065 Communication error between neoROSA and MCTL PCB (01) - on MCTL PCB side. 067 Communication error between neoROSA and MCTL PCB (03) - on MCTL PCB side.
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Imagetec Solutions Australia
KZ30 (Rev. 1.2)
PANEL MESSAGE
Imagetec Solutions Australia
Error Type
P98 [Hardware error] P98-xxx !!System Error!! Description Press Reset Key If Recovery has Failed, Call Service To reset Turn power OFF and ON. display Error Point 068 069 070 071 072 073 074 075 076 077 078 079 080 081 082 083 084 098 119 121 122 245 921 934 935 937 938 947 948 949 950 952 953 960 961
Error Conditions
Communication error between neoROSA and MCTL PCB (04) - on MCTL PCB side. Communication error between neoROSA and MCTL PCB (05) - on MCTL PCB side. Communication error between neoROSA and MCTL PCB (06) - on MCTL PCB side. Communication error between neoROSA and MCTL PCB (07) - on MCTL PCB side. Communication error between neoROSA and MCTL PCB (08) - on MCTL PCB side. Communication error between neoROSA and MCTL PCB (09) - on MCTL PCB side. Communication error between neoROSA and MCTL PCB (10) - on neoROSA side. Communication error between neoROSA and MCTL PCB (11) - on neoROSA side. Communication error between neoROSA and MCTL PCB (12) - on neoROSA side. Communication error between neoROSA and MCTL PCB (13) - on neoROSA side. Communication error between neoROSA and MCTL PCB (14) - on neoROSA side. Communication error between neoROSA and MCTL PCB (15) - on neoROSA side. Communication error between neoROSA and MCTL PCB (16) - on neoROSA side. Communication error between neoROSA and MCTL PCB (17) - on neoROSA side. Communication error between neoROSA and MCTL PCB (18) - on neoROSA side. Communication error between neoROSA and MCTL PCB (19) - on neoROSA side. Communication error between neoROSA and MCTL PCB (20) - on neoROSA side. Machine serial number information does not match between the backup data and EEPROM. Defective image PCB (memory check error on the image processing IC). Scanner adjustment error (IFLG does not change within set time). Scanner adjustment error (IMFLGdoes not change within set time). Timeout error on master transfer during master-making (related to Write pulse motor). USB controller chip does not reply. May need to replace neoROSA. Communication error between MCTL PCB and RF PCB. (on RF PCB side) Communication error between MCTL PCB and RF PCB. (on MCTL PCB side) Serial number not set. EEPROM version down. 24V-A does not go ON. (possibility of 24v fuse broken on A-series) 24V-B does not go ON. (possibility of 24v fuse broken on B-series) 42V-A does not go OFF. 42V-B does not go OFF. Check-sum error on neoROSA PCB flash memory. Write error on the neoROSA PCB flash memory. Read error on the neoROSA PCB flash memory. Flash memory on neoROSA PCB not used.
Error Type
P99 [Software error] P99-xxx Software error Description Press Reset Key If Recovery has Failed, Call Service To reset Pull out the print cylinder and set it back. display Error Point Error Conditions Master-loading sensor was OFF when the master was checked at a specified drum angle during 509 the master-loading operation.
KZ30 (Rev. 1.2)
[���-���] 15-12 ]
Imagetec Solutions Australia
Imagetec Solutions Australia
PANEL MESSAGE
2) Jam Errors (Axx)
Error Type
A01 [Master feed error] A01-xxx Description Master Mis-Feed Pull Out Master Making Unit and Rewind Master Roll, then Reset Master in Place. To reset Open the master-making unit and rewind the master material on the master roll, and then reset the display master, or turn OFF the power and power back ON. Error Point Error Conditions 201
258
Master-positioning sensor does not go ON even after the write pulse motor is activated during the master-positioning, master-cut, or master-loading operation. Master end tape detected twice in a row.
Error Type
A02 [Master loading error] A02-xxx Description Master Loading Error Pull Out Print Cylinder and Discard Master. To reset Pull out the print cylinder and set it back. display Error Point Error Conditions Master-loading sensor was OFF when the master was checked at a specified drum angle during 509 the master-loading operation.
Error Type
A04 [Master disposal error] A04-xxx Description Master Disposal Error Pull Out Print Cylinder and Discard Master. To reset Pull out the print drum and push it back in. display Error Point Error Conditions 303 Check Print Drum - Master removal error / Master disposal jam.
Error Type
A05 [Master present in the master disposal area] A05-xxx Description Master Jammed in Disposal Unit Pull Out Master Disposal Box and Remove Jammed Master To reset Pull out master disposal box and place it back after removing the jammed master in the master display disposal area, or turn OFF the power and power back ON. Error Point Error Conditions 304 Master disposal box check request after master removal error or master disposal jam. 312 Master disposal jam sensor was ON at the start of the master making.
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Imagetec Solutions Australia
KZ30 (Rev. 1.2)
PANEL MESSAGE
Imagetec Solutions Australia
Jxx Error Display Error Type A07 [Paper feed error] Error Point 410
Error Conditions
Paper-ejection sensor was OFF when the paper should have arrived. (Paper misfeed).
Jxx Error Display Error Type A09 [Paper ejection error] Error Point 411
Error Conditions
Paper-ejection sensor was ON when the paper should have left the paper-ejection sensor.
Jxx Error Display Error Type A10 [AF original feed error] Error Point
Error Conditions
103
Original jammed under Original IN sensor.
107
Original does not arrive to the Original IN sensor.
Error Type
A16 [Waiting for the master to be removed from the drum] A16-xxx
Description Master Remains on Print Cylinder (Drum) Pull Out Print Cylinder and Remove Master To reset
Pull out the print cylinder (drum), remove the master around it and insert it back. display Error Point Error Conditions 525 Waiting for the master to be removed from the print cylinder (drum).
Error Type
A17 [Cutter error] A17-xxx
Description System Error in Master Making Unit Take Out Master and then Close Master Making Unit Cover To reset display Error Point
Open the Master making unit, remove the master and close the master making unit. Error Conditions
205
Master positioning sensor is ON after master cutting and Print drum returns back to Position-A. (Master cut error)
209
Cutter HP switch is OFF when master making started or when the master material was set.
Error Type
A34 [Requesting for the master to be reset] A34-xxx
Description Master Not Set in Place Insert Lead Edge of Master into Master Entrance and Close Master Making Unit To reset display Error Point
206 218
Open the Master making unit, re-insert the master material into the master making unit. Error Conditions When the Master making unit safety switch turned from OFF to ON, the Master position sensor was ON. (Master setting error) Requesting for the leading edge of the master material to be set in the master making unit.
KZ30 (Rev. 1.2)
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Imagetec Solutions Australia
Imagetec Solutions Australia
PANEL MESSAGE
3) Consumable Errors (Cxx)
Error Type
C01 [Replace ink cartridge] C01-xxx Description No Ink Replace Ink Cartridge To reset Remove the empty ink cartridge and replace with a new one. display Error Point Error Conditions The ink sensor did not go ON even when inking was performed for a preset duration. (No ink 512 detected.) 563 Ink remaining amount is zero from the information on the RF-Tag. 574 Inkless error was detected 5 times consecutively on one same ink cartridge.
Error Type
C02 [Replace master roll] C02-xxx Description No Master Replace Master Roll To reset Remove the empty master roll and replace with a new one. display Error Point Error Conditions The master end was detected twice in succession at 10-milliseconds intervals during master 200 transport. (Master material is fully used from the master roll.) 240 Master remaining amount is zero from the RF-Tag information. 253 Masterless error was detected twice consecutively on one same master-roll.
Error Type
C03 [Master disposal box full] C03-xxx Description Master Disposal Box is Full Empty Master Disposal Box To reset
Remove master disposal box from the machine, throw away the disposed master from the disposal
display
box and return the disposal box in the machine after an interval of over 5 seconds.
Error Point 311
Error Conditions The master disposal software counter counted maximum. (Master disposal box full by the software count.)
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Imagetec Solutions Australia
KZ30 (Rev. 1.2)
PANEL MESSAGE
Imagetec Solutions Australia
4) Set Check Errors (Dxx)
Error Type
D01 [Print drum not set] D01-xxx Description Set Print Cylinder (Drum) in Place To reset Set the print drum in the machine. display Error Point Error Conditions Print drum is not set in the machine (drum connection signal, drum safety switch, and drum set 526 sensor are OFF.) 527 Print drum connection signal is OFF when the print drum was inserted in the machine. 528 Print drum safety switch is OFF when the print drum was inserted in the machine.
Error Type
D03 [Ink cartridge not set] D03-xxx Description Install Ink Cartridge To reset Install ink cartridge in the print drum. display Error Point 533 Ink bottle set switch is OFF.
Error Conditions
Error Type
D04 [Incorrect ink cartridge] D04-xxx Description Wrong-type Ink Cartridge Installed or Cannot Read Ink Info Replace Ink Cartridge or Contact dealer/Riso office To reset Replace with correct ink cartridge. display Error Point Error Conditions 534 Incorrect ink cartridge is used. 560 Ink RF-Tag is not detected on ink bottle. 561 Ink RF-Tag communication error (communication with the ink cartridge was interfered by noise). 562 Incorrect information on the Ink RF-Tag. 564 Detected a mismatch in the Ink RF-Tag serial number. 575 RF-Tag software error.
Error Type
D05 [Master not set] D05-xxx Description Set Master in Place To reset Insert leading edge of the master material into the master entrance and close the master making unit. display Error Point 237 Master RF-TAG missing
Error Conditions
Error Type
D06 [Paper separation unit not set] D06-xxx Description Set Paper Separation Unit in Place To reset Set the Paper separation unit in place so the sfety switch is pressed. display Error Point Error Conditions 427 Paper separation unit safety switch is OFF.
KZ30 (Rev. 1.2)
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Imagetec Solutions Australia
Imagetec Solutions Australia
PANEL MESSAGE
Error Type
D07 [Master disposal box not set] D07-xxx Description Set Master Disposal Box in Place To reset Set master disposal box in the machine. display Error Point Error Conditions 310 Master disposal box set sensor is OFF.
Error Type
D08 [Master making unit not set] D08-xxx Description Set Master Making Unit in Place To reset Set the Master making unit in place. display Error Point Error Conditions 224 Master making unit is opened. (Master making unit safety switch is OFF).
Error Type Description
D10 [Master removal unit not set] D10-xxx Set Master Removal Unit in place
To reset
Set the Master removal unit in place. display Error Point 314 Master removal safety switch is OFF.
Error Type Description To reset display Error Point
Error Conditions
D12 [Print drum not fully inserted] D12-xxx Set Print Drum in Machine Insert the Print drum firmly in the machine. Error Conditions
529
Print drum set sensor stays OFF even after the print drum set signal and print drum safety switch went ON.
530
Either the print drum set signal or print drum safety switch is OFF while the other is ON. (Print drum not fully inserted in position.)
Error Type
D17 [Incorrect master roll] D17-xxx Description Wrong-type Master Installed or Cannot Read Master Info Replace Master Roll or Contact dealer/Riso office To reset Set correct master roll in the machine. display Error Point Error Conditions 236
Incorrect master roll.
238
Master roll RF-Tag communication error. (Communication interrupted by noise)
239
Incorrect information on the Master roll RF-Tag.
241
Mismatch in the Master roll RF-Tag serial number information.
256
Master roll RF-Tag software error.
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Imagetec Solutions Australia
KZ30 (Rev. 1.2)
PANEL MESSAGE
Imagetec Solutions Australia
5) Warning Errors (Exx : Serviceman Call Errors)
Error Type Description To reset display Error Point 046
E03 [Setup wizard] E03-xxx Setup Wizard Complete the setup wizard. Error Conditions Setup wizard not finished.
6) Warning Errors (Fxx : Others)
Error Type
F01 [No master on print cylinder (drum)] F01-xxx Description No Master on Print Cylinder (Drum) Make a New Master To reset Make a new master with an original. display Error Point Error Conditions 015 There is no master on the print drum at the start of printing.
Error Type
F05 [Print quantiy under Minimum Print Quantity] F05-xxx Description Enter Print Quantity Over The Programmed Minimum Value To reset Enter print quantity value over the programmed minimum value. display Error Point Error Conditions 019 In master making, the print quantity selected is less than the minimum print quantity.
KZ30 (Rev. 1.2)
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Imagetec Solutions Australia
Imagetec Solutions Australia
PANEL MESSAGE
7) Parameter Errors (Hx)
Message Description To reset display Message Description To reset display
H1 [Ink color setting] H1-566 Select the same color as the Print Cylinder (Drum) currently in use. Enter the required parameter value. H4 [Master sensitivity setting] H4-242 Select the master sensitivity parameter. Enter the required parameter value.
8) Errors Saved in Memory
Following three (3) Error Types are backed up in memory and these error messages cannot be reset by turning OFF the power.
The cause for the message must be solved to reset the error display.
Error Type
Error Description
C01
Replace ink cartridge
C02
Replace master roll
C03
Master disposal box full
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Imagetec Solutions Australia
KZ30 (Rev. 1.2)
PANEL MESSAGE
Imagetec Solutions Australia
MEMO
KZ30 (Rev. 1.2)
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Imagetec Solutions Australia
Imagetec Solutions Australia
CHAPTER
16:
TEST MODE
TEST MODE
CONTENTS
1. Operating Method......................................................................................................16-3
1) Launching the Normal Test Mode............................................................................16-3
2. List of the Test Modes...............................................................................................16-4
1) System & Panel Test Modes....................................................................................16-4
2) Imaging & Scanning Test Modes.............................................................................16-7
3) Master-making & Master-disposal Test Modes.....................................................16-10
4) Paper-feed and Paper-ejection Test Modes..........................................................16-13
5) Print-drum & Print-adjustment Test Modes............................................................16-15
6) Protected Area Test Modes....................................................................................16-18
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KZ30 (Rev. 1.2)
TEST MODE
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MEMO
KZ (Revision 1.2)
[ 16-2 ] Imagetec Solutions Australia
Imagetec Solutions Australia
TEST MODE
1. Operating Method 1) Launching the Normal Test Mode To start Test Mode, switch ON the machine power while simultaneously pressing the left and right keys of the vertical print positioning. The firmware version number is displayed when the Test Mode is launched. Press the Stop Key or Cancel Key to go into standby mode. From the standby mode, enter the required test mode number and press Start Key to activate. Press the Stop Key or Cancel Key to return back to the standby mode. Enter next desired test mode number to continue using the test mode, or press the Reset Key for one second to escape out from the Test Mode. The Reset Key must be pressed (for 1 second) to escape out from the Test Mode only when the machine is in the standby mode of the test mode.
2) Launching the Protected Area Test Mode Launch the machine into normal test mode and to the standby mode. Enter the four digit password to go into the Protected Area Test Mode, which is 9874, and press the Start Key. The Protected Area Test Mode is launched. Enter the desired protected area test mode number and press the Start Key to activate. To escape out from the Protected Area Test Mode, press the Stop Key or Cancel Key and then press the Cancel Key for one second. This will return the machine back to the normal machine operating condition.
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KZ (Revision 1.2)
TEST MODE
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2. List of the Test Modes 1) System & Panel Test Modes No. Sensors, switches Detection status 0003 24V A output signal 24V-A ON (24V output) 0004 24V B output signal 24V-B ON (24V output) No. Unit check Test Print A (checkered) 0080 Creates Test pattern 1 (Checker Flag) Test Print B (cross stripes) 0081 Creates Test pattern 2 (Cross Lines) Test Print C (Dot1) 0082 Creates Test pattern 3 (Dot 1 ) Test Print D (Dot2) 0083 Creates Test pattern 4 (Dot 2 ) Test Print E (Dot 1 x Dot 1) 0084 Creates Test pattern 5 (Dot 1 x Dot 1 ) Test Print F (Dot 2 x Dot 2 ) 0085 Creates Test pattern 6 (Dot 2 x (Dot 2) Test Print 18% dots 0086 Creates Test pattern B4 18% dots Paper-Feed Test (continuous feeding) Prints continuously. 0087
* The Speed key is enabled. * If the rear cover safety switch is OFF, the operation begins when the rear cover safety switch is tur ned
ON within 10 seconds after the START key is turned ON. Low-Speed Printing Operation 0088 Prints continuously at 15 rpm. Continuous master-making & printing Continuous master-making & printing with test mode master-making without using original on the AF unit. 0090
* The printing quantity is set by Test Mode No. 0147. * The test mode master-making type is selected by Test Mode No. 0148. Unit Initialization Initializes the mechanical moving units to their home positions.
0094
[ Scanner, thermal print head, compression plate, clamp units and vertical print position.]
0095
System Configuration Data Output Creates a master for the CI system data.
KZ (Revision 1.2)
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TEST MODE
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No.
Data clear Clearing Jam Status Data
Details This test mode can be used to temporary clear error display. For acutal cor-
0110
Forcibly clears the jam.
rection of the problem, the cause for the display should be corrected. Consumable error displays cannot be cleared.
Clearing User Memory 0111
User area memory clear
Initializes data in user area memory to the programming defaults Record all the settings before the test mode activation.
Clearing Normal Area Test-Mode Data Memory [MACHINE] Initializes all normal area test mode settings on the machine EEPROM to Normal area test mode memory their programming default values. 0112
clear for test modes on the ma- The initializing is effective after rebooting the machine. The protected area test modes stay unchanged.
chine. No.
0120
Data check
Record all the settings before the test mode activation. Details Displays the last changed Test Mode number and its new setting.
Data setting change
The Test Mode No. and the setting are displayed alterately. This does not
confirmation
apply to the program default settings.
0122 Error history
Test modes 1200’s & 5480 and up
are reflected on this test mode. Displays the Error type and Error number of the last displayed error (only the last one error.)
0124 Machine Serial Number 1
Displays the left 4 digits of the machine serial number.
0125 Machine Serial Number 2
Displays the left 4 digits of the machine serial number.
0130
MCTL PCB program version
Displays Mechanical control PCB program version. Example: Displays
display
"0101" for Ver.1.01
0131 System program version display Displays ROSA program version. Example: Displays "0101" for Ver.1.01 The digits from ten thousand and digits thousand and under will display
0137 Master count (software) display alternately. Beep sound will be heard when digits ten thousand and over are displayed. The digits from ten thousand and digits thousand and under will display
0138 Copy count (software) display
alternately. Beep sound will be heard when digits ten thousand and over are displayed.
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KZ (Revision 1.2)
TEST MODE
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No.
Data setting Print Quantity Selection (ref: Test Mode No.0090) Selects the print quantity for the continuous master-making & printing Description 0147 operation by Test Mode No. 0090. Selectable range : 1 to 100 (1 to 100 prints) Setting Default : 3 (3 prints) Master-Making Type Selection (ref: Test Mode No.0090) Selects the type of image for the continuous master-making & printing Description operation by Test Mode No. 0090. Selectable range : 0 to 6 0 : Image by Test Mode No.0080. 1 : Image by Test Mode No.0081. 0148
2 : Image by Test Mode No.0082. Setting
3 : Image by Test Mode No.0083. 4 : Image by Test Mode No.0084. 5 : Image by Test Mode No.0085. (For now is No.0081) 6 : Image by Test Mode No.0086. (For now is No.0081) Default : 1 (Image by Test Mode No.0081)
0151
Slow Start Printing Action Description Setting
Activates or deactivates the slow-start printing action. 0: Inactive (default) 1: Active
Counter Action Control Stops the software counter by setting to [0]. Once the power is turn OFF Description
0155
and turned back ON, the setting automatically changes back to the default setting of Counter Active [1].
Setting Master Making Action Standby Description 0162 Setting
KZ (Revision 1.2)
0: Stops the counter 1: Activates the counter (default)
After selecting the Master-making mode, the machine resets itself from the master-making mode after the selected time frame has passed. Range : 0 to 180 seconds (0 = no standby) Unit :
1 = 1 second
Default :
180 (180 seconds)
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TEST MODE
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2) Imaging & Scanning Test Modes No. Sensor switch check 0210 Original IN Sensor No. Motor, solenoid 0260 AF Scanner lamp
Detection status Detecting (original present) Remarks Switches ON/OFF scanner lamp
0261 AF Read Pulse Motor (CW)
Rotates the motor in clockwise (normal) direction
0262 AF Read Pulse Motor (CCW)
Rotates the motor in counter-clockwise (reverse) direction
No.
Data setting Line-Copy Slice Level Adjustment Description Sets the slice level for line mode. Range : - 8 to + 8 (Larger valudes for lighter print.) 0340 Setting Unit : 1 Default : 0 Auto Base Control (ABC) Slice Level Adjustment Description Sets the slice level for ABC. Range : - 8 to + 8 (Larger valudes for lighter print.) 0341 Setting Unit : 1 Default : 0 Shading Compensation Averaging Range : 0 to +16 (0 = One type shading compensation only) 0342
Description Unit :
1
Default : 8 (Averages out values from 9 times shading compensation). Auto Base Control (ABC) Slice Level Adjustment for Reduction Size Master-Making. This test mode setting becomes effective for master-making in Line Mode, Auto Scanning Description Density and Reduced Reproduction Size. The purpose of this test mode is to prevent thin lines from disappearing when the 0343
reproduction size is reduced. Setting
Range :
- 8 to + 8
Unit :
1
Default :
-5
(Larger valudes for lighter print.)
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TEST MODE
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Edge Emphasis Threshold Offset for Line-Mode printing (for master-making density setting 1 to 2) 0364
Description Selects the matrix forming the halftone-curve base Range : 0 to 7 Setting
Unit :
1
Default :
3
Edge Emphasis Threshold Offset for Line-Mode printing (for master-making density setting 3 to 5) 0365
Description Selects the matrix forming the halftone-curve base Range : 0 to 7 Setting
Unit :
1
Default :
3
Edge Emphasis Threshold Offset for Line-Mode printing (for master-making in Duo mode) Description Selects the matrix forming the halftone-curve base 0366 Setting
Range :
0 to 7
Unit :
1
Default :
5
Edge Emphasis Threshold Offset for Line-Mode printing (for master-making in Pencil original mode) 0367
Description Selects the matrix forming the halftone-curve base Range : 0 to 7 Setting
Unit :
1
Default : 2 ABC Edge Emphasis Filter when ABC is activated. Selects the matrix forming the halftone-curve filter when ABC is activated (Line Mode, Density Description at auto). 0369 Setting
Range :
0 to 255
Unit :
1
Default :
205
ABC Edge Emphasis Filter when ABC is activated (under the border-line) Description 0370 Setting
Selects the matrix forming the halftone-curve filter when ABC is activated (Line Mode, Density at auto) for when the border-line is under the setting made by Test Mode No.0369. Range :
0 to 7
Unit :
1
Default : 3 ABC Edge Emphasis Filter when ABC is activated (over the border-line) Description 0371 Setting
Selects the matrix forming the halftone-curve filter when ABC is activated (Line Mode, Density at auto) for when the border-line is over the setting made by Test Mode No.0369. Range :
0 to 7
Unit :
1
Default : 5 ABC Slice Level (super-black) Description Sets the slice level when super-black histogram is produced in prescanning. 0372
Range : Setting
KZ (Revision 1.2)
-16 to +16
Unit :
1
Default :
0
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TEST MODE
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AF Horizontal Scan Position Adjust Description
Adjusts the original horizontal scan position on the AF unit. Range :
0380 Setting
-30 to +30 (-3.0mm to +3.0mm) (+ is to the left )
Unit :
5 (0.5mm)
Default :
0 (0mm)
AF Scan Start Position Adjust Description Adjusts the original scanning start position on the AF unit (amount of top image omitted) Range :
0381 Setting
-20 to +20 (-2.0mm to +2.0mm) (+ omits more top image of the original and moves the printed image up)
Unit :
1 (0.1mm)
Default:
0 (0mm)
AF Scanning Speed Adjustment Description 0382
Adjusts the original scanning speed on the AF unit (Adjust the speed of AF Read Pulse Motor) Range :
Setting
-100 to +100 (-10.0% to +10.0%) ( + elongates the image)
Unit :
1 (0.1%)
Default :
0 (0%)
Center dotted line Adds center dotted line on the prints during master-making or printout from linked printer. 0386
Description
(The dotted line is added only when the original is scanned on the AF unit.) The setting returns back automatically to the default setting when the machine power is turned OFF.
Setting
0: No center dotted line (default) 1: Adds center dotted line
Black line erasing
0387
Description Activates or deactivates the black line erasing feature.
Setting
0:
Active
1: Inactive (default)
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KZ (Revision 1.2)
TEST MODE
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3) Master-making & Master-disposal Test Modes No.
Sensor switch check
Detection status
0400 Master-positioning sensor
Sensor light reflected (Master present) / No reflection ( No master)
0402 Master end sensor
Sensor light blocked (Master end seal detected)
0403 Cutter HP Switch
Switch pressed (Cutter at home position)
0404 Cutter stop position switch
Switch pressed (Cutter at end position)
0406 TPH Pressure sensor
ON (sensor light path blocked) / OFF (sensor light path open)
0407 Master-making-unit safety SW
Switch pressed (Master-making unit upper cover is closed).
0420 Master-disposal jam sensor
Sensor light is not blocked (Master is detected - jammed)
0423 Master-disposal BOX safety SW
Switch ON (Master-Disposal Box set in position). Other safety switches must be ON for this check.
0424 Master-disposal box set sensor ON (master-disposal box is set) / OFF (master-dispoasal box not set) No. 0462 0463 0470
Motor, solenoid Write pulse motor in feed direction Write pulse motor in return direction Master removal motor in feed direction
No. 0480
0481
0482
0487
Remarks Rotates in master feeding direction (clockwise direction) Rotates in master returning direction (counter-clockwise) Rotates in the direction to feed the removed master towards the master disposal box (clockwise direction) Unit check
Cutter motor 1 cycle motion Performs one cutting motion. Master-making pressure - Pressurizing action Moves the TPH to pressurized position. Master-making pressure - Depressurizing action Moves the TPH to depressurized position. Master-making solenoid ON/OFF action Pressing the START Key activates the solenoid for 10 seconds and then automatically deactivates. Cutter motor ON action (cut direction)
0494
[This test mode is for checking the motor as one independent part. Disconnect the motor from the cutter unit before activation.] Rotates the cutter motor in the cut direction (maximum 10 seconds) Master disposal software count clear
0510 Resets the master-disposal software count to 0.
KZ (Revision 1.2)
[ 16-10 ] Imagetec Solutions Australia
TEST MODE
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No.
Data check
Details
0521 TPH thermistor temperature data Displays the temperature of the TPH thermistor in [degrees Celsius] Displays the voltage applied to the TPH when the power to the TPH is switched ON. (The display is voltage x 100. Example: 10V=1000.)
0524 TPH power voltage
0528 Master disposal software count Displays the master disposal software count. 0529 Master remaining amout display
Displays the master remaining amount in percentage (information from the Tag on the master roll).
No.
Data setting Master Leading-Edge Position Adjust
0540
Adjusts return amount of the master material from the Master positioning sensor after the master Description is set or master cutting operation is made. The pulse is counted from the time the Master positioning sensor no longer detect the master leading edge. Range : Setting
Unit : Default :
0 to 100 (0mm to +10.0mm) (+ value returns the master material further back from the sensor) 1 (0.1mm) 0 (0mm)
Master-making length adjustment Description Adjusts the master-making area length. Range : -100 to +100 (-10.0mm to +10.0mm) 0542 (+ values increase master-making area length) Setting Unit : 1 (0.1mm) Default : 0 (0mm) Master-clamp-amount adjustment Description
Adjusts the master-clamp amount under the clamp plate during master loading onto the drum. (This adjustment affects the master-write-start-position) Range :
0543 Setting
Unit : Default :
-100 to +100 (-10.0mm to +10.0mm) (+ values increase clamping amount from the present amount) 1 (0.1mm) 0 (0 mm)
Master-making rear margin adjustment Adjusts the white margin on the rear (left-hand side on the print) in the master-making process. 0546 Setting
Range : Unit : Default :
-100 to +100 (-10.0mm to +10.0mm) 1 (0.1 mm) 0 (0 mm)
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TEST MODE
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Master-making speed adjustment (Image elongation & shrinkage) Description Image elongation and shrinkage in making master. (Adjusts the speed of the write pulse motor.) Range : -100 to +100 (-10.0% to +10.0%) 0547 ( + values elongate the image in master making.). Setting Unit : 1 (0.1%) Default : 0 (0 %) Master buckle amount adjustment in master loading on the Print drum. Adjusts the timing between the Write pulse motor activation and Print drum rotation start timing. Range : 0 to 80 (0 mm to to 1.6 mm) 0549 ( + values increases the buckle amount.) Setting Unit : 5 (0.1 mm) Default : 0 (0 mm) Thermal Print Head (TPH) over-heat temperature Sets the temperature reference parameter to judge TPH over-heat. If the machine detects the Description
TPH temperature to be above this parameter, the machine displays a message and stops the master-making job. Turning the machine power OFF and then ON will reset the error message.
0552
Range : Setting
0 to 255 (0 degrees Celcius to 255 degrees Celcius) (Master compression plate 65° to 100° from HP position).
Unit :
1 (1 degrees Celcius)
Default :
45 (45 degrees Celcius)
Thermal Print Head (TPH) over-heat temperature detection Enable or Disable selection. Description Selection of enabling or disabling the TPH over-heat detection by Test Mode No.0552. 0553
Range :
0 or 1 0 = Disable
Setting Default :
1=Enable
1 (Enable)
Master removal roller stop angle Description Adjusts the Master removal roller stop timing in relation to the Print drum angle. 0570 Setting
Range :
-50 to 0
Unit : Default :
1 (1 degrees) 0 (0 degrees)Msterdsfsfssdfsfsfsssfsf
Master disposal box FULL detenction by master disposal software count Sets the master disposal box FULL detection timing 0584 Setting
KZ (Revision 1.2)
Range :
10 to 30
Unit : Default :
1 (1 master disposal count) 20 (20 master disposal count )
[ 16-12 ] Imagetec Solutions Australia
Imagetec Solutions Australia
TEST MODE
4) Paper-feed and Paper-ejection Test Modes No. 0606 0607 0621 No. 0661 0662 No.
Sensors, switches Paper-ejection sensor Paper feed Safety Switch Master removal Safty Switch Motor solenoid system Suction fan Separation fan
Detection status Sensor light blocked (paper detected) ON (switch activated) / OFF (switch deactivated). ON (switch activated) / OFF (switch deactivated). Remarks Activates the fan. Activates the fan. Unit check Paper feed path area Fan ON action. 0680 Pressing the START key runs the Separtation Fan and Suction Fan. Press STOP key to deactivate. First Paper-feed clutch ON/OFF action 0688 Presses START key to turn ON the clutch. The clutch automatically switches off after 10 seconds. Second Paper-feed clutch ON/OFF action 0691 Presses START key to turn ON the clutch. The clutch automatically switches off after 10 seconds. No. Data setting First Paper-feed-clutch ON angle (speed 1) Description
Adjusts the drum angle timing for activating the paper-feed clutch. Range :
0741 Setting
Unit : Default : First Paper-feed-clutch OFF angle (speed 1) Description
Adjusts the drum angle timing for deactivating the paper-feed clutch. Range :
0742
-100 to +100 (-10.0° to +10.0°) (+ values delay clutch ON timing ) 5 (0.5°) 0 (0°)
Setting
Unit : Default : First Paper-feed-clutch ON angle (speed 2) Description
Adjusts the drum angle timing for activating the paper-feed clutch. Range :
0744 Setting
-100 to +100 (-10.0° to +10.0°) (+ values delay clutch ON timing ) 5 (0.5°) 0 (0°)
-100 to +100 (-10.0° to +10.0°) (+ values delay clutch ON timing ) 5 (0.5°) 0 (0°)
Unit : Default :
First Paper-feed-clutch OFF angle (speed 2) Description
Adjusts the drum angle timing for deactivating the paper-feed clutch. Range :
0745 Setting
Unit : Default :
-100 to +100 (-10.0° to +10.0°) (+ values delay clutch ON timing ) 5 (0.5°) 0 (0°)
First Paper-feed-clutch ON angle (Proof Print) Description 0749
Adjusts the drum angle timing for activating the paper-feed clutch. Range :
Setting
Unit : Default :
-100 to +100 (-10.0° to +10.0°) (+ values delay clutch ON timing ) 5 (0.5°) 0 (0°)
Paper feed IN jam detection angle. (Paper feed jam at Paper sensor) 0751
Description Setting
Adjusts the drum angle timing for detecting the paper feed jam by paper sensor. (Paper IN) Range : Unit : Default :
-200 to +200 (-20.0° to +20.0°) 5 (0.5°) 0 (0°) (+ values delay detection timing )
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KZ (Revision 1.2)
TEST MODE
0752
Imagetec Solutions Australia
Paper feed OUT jam detection angle. (Paper feed jam at Paper sensor) Adjusts the drum angle timing for detecting the paper feed jam by paper Description sensor. (Paper OUT) Setting
Range : Unit : Default :
-200 to +200 (-20.0° to +20.0°) 5 (0.5°) 0 (0°) (+ values delay detection timing )
Paper receiving IN jam detection angle Description
0753
Setting
0754
0783
0784
0789
0790
0791
Range : Unit : Default :
-500 to +500 (-50.0° to +50.0°) 5 (0.5°) 0 (0°) (+ values delay detection timing )
Paper receiving OUT jam detection angle Adjusts the drum angle timing for detecting the paper feed jam by paper Description ejection sensor. (Paper OUT) Setting
0778
Adjusts the drum angle timing for detecting the paper feed jam by paper ejection sensor. (Paper IN)
Range : Unit : Default :
-500 to +500 (-50.0° to +50.0°) 5 (0.5°) 0 (0°) (+ values delay detection timing )
First Paper-feed-clutch OFF angle (Proof Print) Description Adjusts the drum angle timing for deactivating the paper-feed clutch. Range : -100 to +100 (-10.0° to +10.0°) (+ values delay clutch ON timing ) Setting Unit : 5 (0.5°) Default : 0 (0°) Second Paper-feed-clutch ON angle (Proof Print) Description Adjusts the drum angle timing for activating the paper-feed clutch. Range : -100 to +100 (-10.0° to +10.0°) (+ values delay clutch ON timing ) Setting Unit : 5 (0.5°) Default : 0 (0°) Second Paper-feed-clutch OFF angle (Proof Print) Description Adjusts the drum angle timing for deactivating the paper-feed clutch. Range : -100 to +100 (-10.0° to +10.0°) (+ values delay clutch ON timing ) Setting Unit : 5 (0.5°) Default : 0 (0°) Second Paper-feed-clutch ON angle (Speed 1) Description Adjusts the drum angle timing for activating the paper-feed clutch. Range : -100 to +100 (-10.0° to +10.0°) (+ values delay clutch ON timing ) Setting Unit : 5 (0.5°) Default : 0 (0°) Second Paper-feed-clutch OFF angle (Speed 1) Description Adjusts the drum angle timing for deactivating the paper-feed clutch. Range : -100 to +100 (-10.0° to +10.0°) (+ values delay clutch ON timing ) Setting Unit : 5 (0.5°) Default : 0 (0°) Second Paper-feed-clutch ON angle (Speed 2) Description Adjusts the drum angle timing for activating the paper-feed clutch. Range : -100 to +100 (-10.0° to +10.0°) (+ values delay clutch ON timing ) Setting Unit : 5 (0.5°) Default : 0 (0°) Second Paper-feed-clutch OFF angle (Speed 2) Description
0792
Range : Setting
KZ (Revision 1.2)
Adjusts the drum angle timing for deactivating the paper-feed clutch.
Unit : Default :
-100 to +100 (-10.0° to +10.0°) (+ values delay clutch ON timing ) 5 (0.5°) 0 (0°)
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TEST MODE
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5) Print-drum & Print-adjustment Test Modes No. 0800 0802 0803 0806 0809 0810 0811 0812 0816 0819
Sensors, switches Position-A sensor Main motor FG sensor Clamp sensor A Master loading sensor Ink sensor Overflow sensor Ink bottle set switch Inking motor FG sensor Drum free rotation SW Print-drum connection signal
0820 Print-drum safety switch
Detection status Blocked (detection plate detected) Drum is at position-B. Blocked (detection plate detected) Blocked (disc detected) Light reflected (master on the drum) In contact with ink (ink present ) In contact with ink (ink present ) Switch pressed. Blocked (encoder disc detected) Pressed Connected Switch ON (drum installed). Other safety switches must be ON for this check. Blocked (Drum installed) Remarks Print drum rotation at speed of 30rpm.
0836 Drum set sensor No. Motor solenoid system 0861 Main-motor action (30 rpm) Clamp-motor action (Normal Clamp motor rotates in the normal (CCW) direction. 0863 direction) Clamp-motor action (Opposite Clamp motor rotates in the opposite (CW) direction. 0864 direction) No. Unit check Variable print-drum rotation 0880 Print speed key changes the drum rotation speed. Position-A action of the print drum 0881 Stops the print drum at position-A. Inking motor ON action 0882 Activates the inking motor for 10 seconds. Clamp home positioning action 0883 Resets the clamp unit to the home position. Clamp unit cycle action (3 step cycle)
0884
Make sure to bring the print drum to Position-A by test mode No. 0881 before activating this test mode to prevent machine damage. Press START key each time to perform the operations specified below. Step 1: From clamp plate closed position to clamp open. Step 2: From Clamp open position to Position-A compensation action. Step 3: From Position-A compensation action to clamp closed position. Print drum inking action
0887
Performs the inking operations in following sequence by one press of the START key: 1. Pumps in the ink into print drum while rotating the drum until the Ink Sensor detects Ink, without pressure roller touching the print drum. 2. Makes a confidential master on the print drum. 3. From the time the ink sensor detects the ink again, the print drum makes 10 rotations with the Pressure Roller pressing against the print drum. 4. The print drum stops at Position-B. Print drum ink-drainage action.
0888
Performs the ink drainage from the print drum in following sequence by one press of the START key: 1. Makes TPH test mode image on the master and wraps around the print drum. 2. Printing is started with no inking motion and with the ink sensor deactivated. 3. The printing is continued until the STOP key is pressed. 4. The print drum stops at Position-B.
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TEST MODE
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Machine Position-B stop. (The position in which the print drum can be removed from the machine.) 0892
0896
0909
Stops the print drum at machine Position-B. (The test mode can be activated with or without print drum in the machine.)
Print Drum free rotation Rotates the Print drum at the speed of 10 rpm. Press the STOP key to end the rotation.
Clamp plate open-position Print drum stop Rotates and stops the Print drum at a timing 550ms from the Clamp sensor OFF position.
Master release arm open-position Print drum stop 0910 No.
Rotates and stops the Print drum at a timing 1000ms from the Clamp sensor OFF position. Data check
Details
0921 Print-drum angle display
Displays the present print-drum angle. (example: 1800 = 180°)
0925 Ink remaining volume display
Displays the amount of ink left in the ink bottle in percentage (%) [Ink TAG information]
Inking motor FG count 0926 (Displays 10,000th count number)
Displays the inking motor FG count value read from the ink bottle tag. (1 count = 0.1 ml) Example: For the 12,648 FG count, [ 1 ] is displayed.
Inking motor FG count 0927 (Displays up to 1,000th count number)
Displays the inking motor FG count value read from the ink bottle tag. (1 count = 0.1 ml) Example: For the 12,648 FG count, [ 2648 ] is displayed.
No.
Data setting Master loading sensor detection timing adjustment Description
Adjusts the angle to detect master on the print drum by master loading sensor. Range :
0940 Setting
Unit : Default :
-200 to +100 (-20.0° to +10.0°) (+ delays the detection timing)) 5 (0.5°) 0 (0°)
Print-drum Position-A adjustment Description Adjusts the print-drum Position-A stop position. Range :
0941 Setting
Unit : Default :
-35 to +35 (-3.5° to +3.5°) (+ moves drum forward in over-run direction) 5 (0.5°) 5 (0.5°)
Print-drum position-B adjustment Description Adjusts the print-drum Position-B stop position. Range :
0942 Setting
KZ (Revision 1.2)
Unit : Default :
-35 to +35 (-3.5° to +3.5°) (+ moves drum forward in over-run direction) 5 (0.5°) 0 (0°)
[ 16-16 ] Imagetec Solutions Australia
TEST MODE
Imagetec Solutions Australia Inking time adjustment (In normal printing) - When ink in the ink bottle is in large amount.
Sets the timer for the Replace Ink Bottle message to come out after the Ink sensor stops Description detecting the ink bead in the Drum.
0943
Setting
Range :
5 to 60
(1 second to 60 seconds)
Unit :
1 (1 second)
Default :
15 (15 seconds)
Inking time adjustment (Right after replacing the ink bottle) Sets the timer for the Replace Ink Bottle message to come out after the Ink sensor stops Description detecting the ink bead in the Drum.
0944
Setting
Range :
5 to 60
(5 seconds to 60 seconds)
Unit :
1 (1 second)
Default :
50 (50 seconds)
Ink overflow detection frequency adjustment Description 0945 Setting
Sets the number of detection times for the overflow sensor to determine that an ink overflow has occurred in the print drum. Range :
1 to 200
(1 time to 200 times)
Unit :
1 (1 time)
Default :
50 (50 times)
Inking time adjustment (In normal printing) - When the ink in the ink bottle is in small amount. Sets the timer for the Replace Ink Bottle message to come out after the Ink sensor stops Description detecting the ink bead in the Drum.
0946 Setting
Range :
5 to 60
(1 second to 60 seconds)
Unit :
1 (1 second)
Default :
55 (55 seconds)
Print drum rotation quantity after Ink bottle is removed and inserted back. Description 0947 Setting
Sets the number of Print drum free rotation after the Ink bottle is removed and inserted back in the Priint drum. Range :
0 to 10
(0 rotation to 10 rotations)
Unit :
1 (1 rotation)
Default :
0 (0 rotation)
Inkless time selection Description Setting of the ink amount in Ink bottle (in %) whether Large amount or Small amount.
0948 Setting
Range :
1 to 100
Unit :
1 (1%)
Default :
25 (25%)
(1% to 100%)
< In this default setting, ink remaining under 25% is determined as ink in the Ink bottle as small amount. Over 25% will be determined as ink in large amount is left in the ink bottle. >
[ 16-17 ] Imagetec Solutions Australia
KZ (Revision 1.2)
TEST MODE
Imagetec Solutions Australia
6) Protected Area Test Modes < With the machine in normal test mode at standby mode, enter 9874 and press the Start Key to enter into the Protected Area Test Mode. >
No.
Data setting Memory Initialization
1198
Description Initializes the memory on the Mechanical Control PCB. Millimeter paper machine / Inch paper machine selection.
1201
Description
Setting
Selecting whether the machine is for Millimeter paper size machine or Inch paper size machine. Range :
0 or 1
(0 = Millimeter paper size machine / 1 = Inch paper size machine)
Default :
0 (Millimeter paper size machine)
TPH master-making horizontal position adjustment Description Sets the TPH master-making position to the center Range :
1233 Setting
-23 to +23
(-2.3mm to +2.3mm)
(+ values bring the master-making image to the left) Unit :
1 (0.1mm)
Default :
0 (0mm)
TPH resistance input Description Sets TPH resistance. 1234 Setting
KZ (Revision 1.2)
Range :
1200 to 2200
Unit :
1 (1 ohm)
Default :
1200 (1200 ohm)
(1200 ohm to 2200 ohm)
[ 16-18 ] Imagetec Solutions Australia
Imagetec Solutions Australia
CHAPTER
17:
ELECTRICAL COMPONENTS
ELECTRICAL COMPONENTS
CONTENTS
1. Sensors................................................................................................17-3 2. Switches...............................................................................................17-4 3. Clutches & Solenoids...........................................................................17-5 4. Motors & Fan.......................................................................................17-6
[��7-��] 17-1 ]
Imagetec Solutions Australia
KZ30 (Rev. 1.2)
ELECTRICAL COMPONENTS
Imagetec Solutions Australia
MEMO
KZ30 (Rev. 1.2)
[��7-��] 17-2 ]
Imagetec Solutions Australia
ELECTRICAL COMPONENTS
Imagetec Solutions Australia
1. Sensors
Master positioning sensor
Original IN sensor
TPH position sensor
Clamp sensor
Main motor encoder Paper receiving sensor Master end sensor Master removal sensor Master disposal box set sensor
Master sensor
Position-A sensor
Ink bottle set sensor Ink overflow sensor
Ink sensor
[��7-��] 17-3 ]
Imagetec Solutions Australia
KZ30 (Rev. 1.2)
ELECTRICAL COMPONENTS
Imagetec Solutions Australia
2. Switches
Separation base safety switch Master removal unit safety switch Master making unit safety switch
Print drum safety switch
KZ30 (Rev. 1.2)
[��7-4�] 17-4 ]
Imagetec Solutions Australia
Imagetec Solutions Australia
ELECTRICAL COMPONENTS
3. Clutches & Solenoids
Master loading solenoid
Paper feed clutch
Timing clutch
[��7-��] 17-5 ]
Imagetec Solutions Australia
KZ30 (Rev. 1.2)
ELECTRICAL COMPONENTS
Imagetec Solutions Australia
4. Motors & Fan
Write pulse motor Cutter motor Master removal motor Read pulse motor
Separation fan
Clamp motor
Suction fan
Main motor
Ink motor
KZ30 (Rev. 1.2)
[��7-6�] 17-6 ]
Imagetec Solutions Australia
Imagetec Solutions Australia
CHAPTER
18:
WIRING DIAGRAM
WIRING DIAGRAM
CONTENTS 1. Overall Diagram...................................................................................18-3 2. Power Supply.......................................................................................18-4 3. Paper Feed & Paper Ejection..............................................................18-5 4. Print Drum Area...................................................................................18-6 5. Master Making Area.............................................................................18-7 6. Options.................................................................................................18-8
[���-��] 18-1 ]
Imagetec Solutions Australia
KZ30 (Rev. 1.2)
WIRING DIAGRAM
Imagetec Solutions Australia
MEMO
KZ30 (Rev. 1.2)
[���-��] 18-2 ]
Imagetec Solutions Australia
Imagetec Solutions Australia
WIRING DIAGRAM
1. Overall Diagram
Paper Feed & Ejection
Interlock
Area
Rear I/F
Print Drum Diagram Area
Panel
Front/ Master Making
Mechanical Control Motor PCB
Master Making Area
Drum I/F Scanner (CIS)
Options
TPH
NeoROSA
Power Supply Unit
[���-��] 18-3 ]
Imagetec Solutions Australia
KZ30 (Rev. 1.2)
WIRING DIAGRAM
Imagetec Solutions Australia
2. Power Supply
Rear wire harness R
Option power wire harness
neoROSA power
RIP power (not used)
Rear wire harness R
Main motor
Rear wire harness R
Mechanical Control PCB Power switch wire harness Power switch Not used
TPH wire harness
Power Power cord TPH
KZ30 (Rev. 1.2)
Power Supply Unit
[���-4�] 18-4 ]
Imagetec Solutions Australia
Print drum safety switch
Master making unit safety switch
Separation unit safety switch
Master removal unit safety switch
CT-4P
Interlock wire harness
Front wire harness R
CT-3P
CT-3P
Rear wire harness L CT-4P
CT-4P
CT-4P
CT-4P
Front wire harness L
Mini CT28P 14P double CN1-A miniCT-14P GRAY CN1-B miniCT-14P BLUE
Mechanical Control PCB
Rear wire harness L
CT-3P
CT-2P
CT-2P
CT-2P
CT-2P
CT-2P
CT-2P
Paper receiving sensor wire harness L
Master removal motor
Clamp motor
Paper feed clutch
Timing clutch
Clamp sensor
Position-A sensor
Encoder sensor
Paper receiving sensor
Separation fan
Suction fan
Imagetec Solutions Australia
KZ30 (Rev. 1.2)
[���-��] 18-5 ]
WIRING DIAGRAM
Imagetec Solutions Australia
3. Paper Feed & Paper Ejection
WIRING DIAGRAM
Imagetec Solutions Australia
4. Print Drum Area
Rear wire harness L Drum wire harness Double
Ink motor FG
Ink motor Bottle set switch wire harness
Bottle set switch Ink sensor wire harness GND Overflow SNR Ink sensor Thermister VCC
Ink sensor
Drum set sensor Rear wire harness L
Drum wire harness
RF Tag
Mechanical Control PCB
KZ30 (Rev. 1.2)
Drum jumper wire harness
[���-6�] 18-6 ]
Imagetec Solutions Australia
WIRING DIAGRAM
Imagetec Solutions Australia
5. Master Making Area
Front wire harness R Scanner wire harness
Panel PCB
Front wire harness R
Cutter Motor CT-6P
Cutter SW
Scanner (CIS)
Cutter HP SW Master Positioning Sensor Master End sensor Master Making Solenoid TPH Positioning Sensor
TPH wire harness
CT-3P
To power supply wiring diagram
Original IN Sensor
Front wire harness L
Master Sensor
Mechanical Control PCB
Master removal wire harness
Maser Removal Box Set Sensor
CT-6P
Maser Removal Jam Sensor Master removal jam sensor wire harness
TPH wire harness CT-6P
RF-Tag
Front wire harness R
Read pulse motor
TPH
Write pulse motor
[���-7�] 18-7 ]
Imagetec Solutions Australia
KZ30 (Rev. 1.2)
WIRING DIAGRAM
Imagetec Solutions Australia
6. Options
Not Used
Option wire harness
(15P double)
(15P double)
Not Used
Not Used
Mechanical Control PCB Option power wire harness
To power supply wiring diagram
KZ30 (Rev. 1.2)
[���-��] 18-8 ]
Imagetec Solutions Australia
Imagetec Solutions Australia
CHAPTER
19:
OTHER PRECAUTIONS
OTHER PRECAUTIONS
CONTENTS 1. Replacement of PCBs................................................................................19-3 1. Mechanical Control PCB......................................................................19-3 2. NeoROSA PCB (option).......................................................................19-4 2. Firmware Installation..................................................................................19-6 1. Mechanical Control PCB......................................................................19-6 2. NeoROSA PCB (option).......................................................................19-7 (1) Firmware Installation Procedure for the CHINA destination machine.......................................................19-7 (2) Firmware Installation Procedure for the machine destinations other than CHINA....................................19-8
[������� 19-1 ]
Imagetec Solutions Australia
KZ30 (Rev. 1.2)
OTHER PRECAUTIONS
Imagetec Solutions Australia
MEMO
KZ30 (Rev. 1.2)
[������� 19-2 ]
Imagetec Solutions Australia
Imagetec Solutions Australia
OTHER PRECAUTIONS
1. Replacement of PCBs 1. Mechanical Control PCB 1. Replacement Procedure CAUTION: Do not turn ON the machine power in normal operation mode until Step-14 given below. 1) Turn OFF the machine power. 2) Remove static electricity from the body before touching the PCB. 3) Remove the Front Cover and Print Drum from the machine. 4) Detach the Mechanical Control PCB from the machine and remove both the EEPROM and EPROM from the existing PCB. 5) Mount the previously removed EEPROM and EPROM on the new Mechanical Control PCB. 6) Attach the new Mechanical Control PCB on the machine. 7) Turn ON the machine power by going into Test Mode. 8) Activate Test Mode No. 9874 to go into the protected area test mode. 9) Then activate Test Mode No. 1198 [Memory Initialization] to initialize the memory on the Mechanical Control PCB. 10) Turn OFF the machine power and then turn the machine power back ON by going into Test Mode. 11) Insert the Print Drum back in the machine and activate Test Mode No. 0883 [Clamp Home Position Action] to reset the clamp unit to the home position. 12) Turn OFF the machine power. 13) Mount the Front Cover and Print Drum Lock Mechanism back on the machine. 14) Turn ON the machine power in normal operation mode and if the machine boots up in normal condition, the Mechanical Control PCB replacement procedure is completed. EEPROM
Mechanical Control PCB EPROM The EPROM contains the Machine firmware.
Along with the other important data, the EEPROM contains the Test Mode settings.
< View with the Front Cover and Print Drum removed.>
[������� 19-3 ]
Imagetec Solutions Australia
KZ30 (Rev. 1.2)
OTHER PRECAUTIONS
Imagetec Solutions Australia
2. NeoROSA PCB (option) 1. Replacement Procedure 1) Turn OFF the machine power. 2) Remove static electricity from the body before touching the PCB. 3) Remove the Front Cover and Print Drum from the machine. 4) Detach the Mechanical Control PCB Bracket with both the Mechanical Control PCB and NeoROSA PCB attached. (4 screws) 5) Remove the NeoROSA PCB from the Mechanical Control PCB Bracket. (5 screws) 6) Mount the new NeoROSA PCB. NOTE: For the China model machine, a CF Card Adapter JIG should be mounted on the NeoROSA PCB and a CF Card, containing the NeoROSA firmware, installed. For the machines to the other destination countries, the CF Card slot is build-in on the NeoROSA PCB. So mount a CF Card, containing the NeoROSA firmware, in the CF Card slot. 7) Install the firmware in the NeoROSA PCB. 8) After the firmware downloading is completed, turn OFF the machine power and remove the CF Card from the NeoROSA PCB. NOTE: For the China model machine, make sure to remove the CF Card Adapter JIG from the NeoROSA PCB. 9) Turn ON the machine power by going into test mode. 10) Activate Test Mode No. 0110 [Clearing Jam Status Data] to clear any jam error displays. Caution: Do not activate Test Mode No. 0111 [Clearing User Memory] nor No. 0112 [Normal Area Test-Mode Data Memory Clear]. 11) Turn ON the machine power in normal operation mode and if the machine boots up in normal condition, the NeoROSA PCB replacement procedure is completed.
Screw
Screw
Mechanical Control PCB Bracket with both the Mechanical Control PCB and NeoROSA PCB attached.
Screw
Screw
< View with the Front Cover and Print Drum removed.>
KZ30 (Rev. 1.2)
[������� 19-4 ]
Imagetec Solutions Australia
Imagetec Solutions Australia
Mechanical Control PCB Bracket
SCREW
SCREW
SCREW
SCREW
OTHER PRECAUTIONS
Mechanical Control PCB
SCREW
< REAR View >
< FRONT View >
NeoROSA PCB
NeoROSA PCB for China Market. CF Card Slot does not exist. CF Card Adapter JIG is required to insert a CF Card.
NeoROSA PCB for other countries. CF Card Slot exists on the PCB. Adapter JIG is not required.
Refer to the page on the Firmware Installation, in this Chapter, for the information on the CF Card Adapter JIG and on the Firmware installation procedure. [������� 19-5 ]
Imagetec Solutions Australia
KZ30 (Rev. 1.2)
OTHER PRECAUTIONS
Imagetec Solutions Australia
2. Firmware Installation 1. Mechanical Control PCB Note: The machine firmware program is contained in the EPROM, which is mounted on the Mechanical Control PCB. 1. Replacement Procedure 1) Turn OFF the machine power. 2) Remove static electricity from the body before touching the PCB. 3) Remove the existing EPROM from the PCB. 4) Mount the new EPROM containing the new machine firmware. 5) Turn ON the machine power in normal operation mode, and confirm that the machine boots up in normal condition to complete the procedure.
EPROM
< Mechanical Control PCB >
KZ30 (Rev. 1.2)
[������� 19-6 ]
Imagetec Solutions Australia
OTHER PRECAUTIONS
Imagetec Solutions Australia
2. NeoROSA PCB (option) Note: CF Card is required to install firmware on the NeoROSA PCB. For the China destination machine, a CF Card Adapter JIG is required. For the machines to the other destinations, the NeoROSA PCB already has built-in CF Card slot, so no adapter JIG is required. (1) Firmware Installation Procedure for the CHINA destination machine. 1) Turn OFF the machine power. 2) Remove static electricity from the body before touching the PCB. 3) Remove the Front Cover and Print Drum from the machine. 4) Detach the Mechanical Control PCB Bracket with both the Mechanical Control PCB and NeoROSA PCB attached. (4 screws) 5) Remove the NeoROSA PCB from the Mechanical Control PCB Bracket. (5 screws) 6) Mount the CF Card Adapter JIG on the NeoROSA PCB. NOTE: There are two types of CF Card Adapter JIGs available. One is to use with CF Card mounted on a CF Card Adapter. The other is to use with CF Card without the adapter. 7) Install back on the machine, the Print Drum, Mechanical Control PCB Bracket with the Mechanical Control PCB and NeoROSA PCB with the CF Card Adapter JIG attached. 8) Turn ON the machine power while pressing the START/WAKE-UP button on the Operation Panel. 9) "Call Service" LED on the operation panel lights to indicate that the firmware is being installed on the NeoROSA PCB. 10) After a while, beep sound is made. -- This means that the firmware is installed. 11) Turn OFF the machine power. 12) Repeat from above Step-2 and remove the CF Card and the CF Card Adapter JIG from the machine. 13) Install all the required items back on the machine and turn ON the machine power in normal operation mode, and confirm that the machine boots up in normal condition to complete the procedure.
CF Card
CF Card Adapter JIG for CF Card without adapter.
How the CF Card Adapter JIG is mounted on the NeoROSA PCB
+ NeoROSA PCB < CHINA Type >
CF Card
CF Card Adapter
CF Card Adapter JIG for CF Card with adapter.
= < View of the JIG for CF Card with the adopter.> [������� 19-7 ]
Imagetec Solutions Australia
KZ30 (Rev. 1.2)
OTHER PRECAUTIONS
Imagetec Solutions Australia
2. NeoROSA PCB (option) - continued. (2) Firmware Installation Procedure for the machine destinations other than CHINA. 1) Turn OFF the machine power. 2) Insert the CF Card, containing the NeoROSA firmware, in the CF Card slot of the NeoROSA PCB. < The CF Card need not have an adopter when inserting it in the slot on the PCB.> 4) Turn ON the machine power while pressing the START/WAKE-UP button on the Operation Panel. 5) "Call Service" LED on the operation panel lights to indicate that the firmware is being installed on the NeoROSA PCB. 6) After a while, beep sound is made. -- This means that the firmware is installed. 7) Turn OFF the machine power. 8) Remove the CF Card from the NeoROSA PCB. 9) Turn ON the machine power in normal operation mode, and confirm that the machine boots up in normal condition to complete the procedure.
Only the CF Card
CF Card Adapter
CF Card
< Use only the CF Card. CF Card Adapter is not necessary >
KZ30 (Rev. 1.2)
[������� 19-8 ]
Imagetec Solutions Australia
Imagetec Solutions Australia
KZ30 (Rev. 1.2)
Imagetec Solutions Australia
Imagetec Solutions Australia
RISO 57A01C
& KZ30 Technical Manual (Rev. 1.2)
Published October 2011 Reproduction and duplication prohibited Edited and published by: Overseas Technical Department, RISO KAGAKU CORPORATION
The contents of this manual are subject to change without notice
KZ30 (Rev. 1.2)
Imagetec Solutions Australia
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