DSL2 3 4 - e

 

COP_DSL dic 2006 2006

Fork lift attachments

MULTI CARRIAGE PALLET POSITIONER

Posizionatore di pallet Manuale Uso e Manutenzione Multi carriage with side shift Use and Maintenance

CASCADE ITALIA S.r.l. - Via dell' Artigianato, 1 - 37050 Vago di Lavagno - VERONA-ITALY - Tel 045/8989111-Fax 045/8989111-Fax 045/8989160 1

 

 

USE AND MAINTENANCE MANUAL  INDEX Introduction Equipment data Technical description of the equipment Using the manual Contemplated use of the equipment

Sezione Sezione Sezione Sezione Sezione

0.0.0 0.1.0 0.1.1 0.2.0 0.3.0

Installation Installat ion and assembly of the equipment Maintenance Symbols Faults and remedies

Sezione Sezione Sezione Sezione

0.4.0 0.5.0 0.5.1 0.6.0

 Notes and information information on ordering spa spare re parts Chart of oleodynamic capacities - type of equipment Unit-equipment Unit-equipm ent classification table Tables of mechanical structur structuree spare parts Tables of oleodynam oleodynamic ic cylinder spare parts Tables of oleodynamic valve spare parts

Sezione Sezione Sezione Sezione Sezione Sezione

1.0.0 1.0.1 1.6.0 1.7.0 1.8.0 1.9.0

INTRODUCTION

SEZ. 0.0.0

  The equipment described in this manual has been built and tested in order to carry out material handling operations in maximum safety. Cascade-Italia S.r.l. guarantees quality, reliability and safety only if the user complies with the uses described in the manual.

The operations that the user must perform are: - installation - connection to the oleodynamic system - connection to the electrical system (only in cases where this is contemplated by the equipment). The equipment will become an integral part of the machine, so before carrying out these operations the user is requested to read this manual carefully and possibly also the manual of the machine to which it is to be connected to ensure that they are perfectly compatibleThe installation of the equipment and all operations on it must be carried out in compliance with the regulations on personal safety. Cascade-Italia S.r.l. does not accept responsibility for damage caused during installation, by improper use of the machine, or by operations  performed by by incompeten incompetentt people 

STANDARDS

The equipment by Cascade-Italia .S.r.l. described in this manual has been built in conformity with Directives 98/37 CE.

CASCADE-ITALIA CASCADE-ITAL IA S.r.l. - Via dell' Artigianato, 1 - 37050 Vago di Lavagno - VERONA-ITALY - Tel 045/8989111-Fax 045/89891 045/8989160 60 

1

 

E_000 May 07 

SEZ. 0.1.1

EQUIPMENT DATA  

CASCADE-ITALIA S.r.l Via dell'Artigianato 37050 VERONA – ITALIA Telef. 045/982255 r.a. FAX 045/982405

MODELLO TYPE MATRICOLA CODE NUMBER MASSA DELL’ATTREZZATURA  WEIGHT OF THE EQUIPMENT BARICENTRO PROPRIO  CENTRE OF GRAVITY SPESSORE DELL’ATTREZZATURA  THICKNESS PORTATA NOMINALE  CAPACITY CON BARICENTRO A  WITH C.O.G. AT - MIT L.S.P. PRESSIONE MAX. ESERCIZIO MAX OPERATING PRESSURE

TIPO N°

Kg mm mm

Kg mm bar

TECHNICAL DESCRIPTION

 

SEZ. 0.1.1

HYDRAULIC CONNECTIONS Cascade-Italia equipment may be provided with different connection systems: ISO metric Cylindrical gas Anglo American UN-UNF MAXIMUM WORKING PRESSURES ID plate HYDRAULIC CAPACITY Cascade-Italia equipment has been designed to operate with working capacities within the values indicated in the chart enclosed with section 1.0.1. Values different from the recomm recommended ended capacity jeopard jeopardize ize optimum use of the equipment and its lasting reliability.  Notes: Operating Operating at lower than m minimum inimum cap capacity acity may result in a lo lower wer speed of movement movement tha than n intended. Operating at higher than maximum capacities may cause damage to the equipment's oleodynamic components, so we recommend fitting a flow regulator in the delivery circuit. COUPLING CLASS All the equipment is provided with couplings for installation on ISO-2328 plates, class 1-2-3-4. Equipment with special coupling systems may be supplied on request. EQUIPMENT DATA  Each item of equipment bears an identification plate which indicates the characteristics of the type of equipment and the SERIAL NUMBER, which are fundamental data for any future operations regarding the replacement of parts or overhauling. Do not remove or spoil the plate so that the manufacturer can trace the type of equipment  

CASCADE-ITALIA CASCADE-ITAL IA S.r.l. - Via dell' Artigianato, 1 - 37050 Vago di Lavagno - VERONA-ITALY - Tel 045/8989111-Fax 045/8989160

2 

 

USE

SEZ. 0.3.0

  The equipment in your possession has been created for connection to a handling truck, so it is intended for use by people trained in these tasks. The regulations that the people using the equipment must comply with are those relating to self-propelled trucks for handling material. The equipment is specifically intended intend ed for handling bodies during loading and unloading, from all positions presented to the truck. It has in fact been designed bearing in mind the physical characteristics of the article to be handled, consequently the dimensions and shapes of all mechanicall parts are studied especially for these characteristics, including the contact surface of the forks. mechanica Pls. verify that weight and COG do not exceed the nominal datas reported on plate, an increasing of COG should correspond to a  proportionall reducing of ca  proportiona capacity. pacity.

Handling must be performed with the body to be lifted on the same axis as the truck (SEE ENCLOSED DRAWINGS).

The equipment can also operate outdoor in normal atmospheric conditions. INCORRECT USES The equipment is not intended to operate in conditions different from those listed above; besides the situations described in SEC. 0.3.1, the following cases must especially be avoided: - Moving bodies by pushing with the external side of the forks.   - Handling cylindrical-shaped bodies - Operating when people or animals are inside the working area of the attachment - Moving people or animals - Hoisting loads with the end of the forks - Hoisting loads with only one fork - Moving loads that are not correctly fixed - Do not stay on the working area of the sideshifter - Do not use the attachment when this shows deformation on the structure or it is not working well - Mounting the forks without locking 

CASCADE-ITALIA CASCADE-ITAL IA S.r.l. - Via dell' Artigianato, 1 - 37050 Vago di Lavagno - VERONA-ITALY - Tel 045/982255-Fax 982405 1

 

 

HYDRAULIC ABSORPTION PROCEDURE

Sez.0.4.0.

  Before starting with the installation of the attachment it is necessary to check how much is it the plumbing absorbtion and also the backpressure, this one should not exceed 30 bar. While finding higher back pressure the clamping force ( and also rotation speed and torque ) can be reduced.

TEST PROCEDURE: 1.  Insert a manometer 250 bar with T connection at the edges of the hoses coming from the forklift 2.  Give pressure on the distributor lever. 3.  Check the back pressure value indicated on the Cp manometer .  Cp= backpressure 4. Repeat the same procedure for all the other supplementary circuits

Note: To insert the manometer into the circuit use ( if possible ) the original hoses of the forklift or alternatively large diameter and short hoses ( ex ½” )

It is also necessary to verify also the max pressure sent from the forklift distributor, that value should be at least 150 bar, for this reason proceed as follows. 1.  Insert a manometer 250 bar with T connection at the edges of one of the hoses coming from the forklift 2.  Close the other hoses with a cap in order not to dissolve oil all around 3.  Give pressure from the distributor lever in the direction of the hose edged with manometer. 4.  The value read on the manometer is the max value of pressure from the forklift 5.  Should this value be less than 150 bar then ask for forklift service 6.  Repeat the same procedure for all the other supplementary circuits N.B. the test should be done at the nominal hydraulic flow rate that in any case should not be less then the value settled in section 1.0.1

CASCADE-ITALIA S.r.l. - Via dell' Artigianato, 1 - 37050 Vago di Lavagno - VERONA-ITALY - Tel 045/8989111-Fax 8989160 8989160

 

E_040_DSL_PATTINI  November 02

INSTALLATION AND ASSEMBLY

SEZ. 0.4.0

  The people in charge of operation and installation must be competent and be aware of the technical characteristics of the equipment and of the forklift on which it is to be installed. ATTENTION: Before installation, ensure that the rated capacity of the hydraulic connection line of the lift truck is the same as the value contemplated contemplated for operation of the equipm equipment ent as in the table (sec. 1.6.0.). Otherwise con consult sult the forklift's technical manual and the manufacturer too if necessary.

It is full responability of the the attachment. people in charge of installation the choice of the equipment, the ropes or the chains (type and capacity) used for lifting 1 - Ensure that the forklift coupling plate is: clean unbroken and that the bearing surfaces are perfectly straight. 2 - Move the equipment to be installed on the lift truck, hooking it in the points provided (detail 3). In order to avoid damage, follow the criteria liste listed d above when performing lifting and transport operations. The weights to be considered are given on the identification plate of each type of machine. 3 - Dismantle the safety brackets at the bottom of the equipment (1). 4 - Position the lift truck behind the equipment.. 5 - Manoeuvre the mast forward and couple to the upper part of the attachment, inserting the positioning pawl in the reference notch on the plate. 6 - After hooking onto the top bracket, lift the mast by about 100 mm. 7 - Fit the bottom safety brackets (1) and the bottom slippers (2) and tighten the retaining screws. The contact between the tilted plain of the brackets and that of the equipment must be perfect (detail 3).  10 - In the absence of pressure (with the pump switched off, operate the equipment movement controls a few times): Connect the hoses of the equipment to the lift truck's hydraulic supply system. 11 - Start the forklift and, while it is unloaded, operate the equipment movement controls so as to eliminate any air residue from the hydraulic system. 12 - Ensure that there are no leaks in the hydraulic connections between between the lift truck and the equipment

CASCADE-ITALIA S.r.l. - Via dell' Artigianato, 1 - 37050 Vago di Lavagno - VERONA-ITALY - Tel 045/8989111-Fax 8989160

 

E_040_DSL_RULLI December 02

SEZ. 0.4.0

INSTALLATION AND ASSEMBLY  

The people in charge of operation and installation must be competent and be aware of the technical characteristics of the equipment and of the forklift on which it is to be installed. ATTENTION: Before installation, ensure that the rated capacity of the hydraulic connection line of the lift truck is the same as the value contemplated contemplated for operation of the equipm equipment ent as in the table (sec. 1.6.0.). Otherwise con consult sult the forklift's technical manual and the manufacturer too if necessary.

It is full responability of the the attachment. people in charge of installation the choice of the equipment, the ropes or the chains (type and capacity) used for lifting 1 - Ensure that the forklift coupling plate is: clean unbroken and that the bearing surfaces are perfectly straight. 2 - Move the equipment to be installed on the lift truck, hooking it in the points provided. In order to avoid damage, follow the criteria liste listed d above when performing lifting and transport operations. The weights to be considered are given on the identification plate of each type of machine. 3 - Dismantle the safety brackets at the bottom of the equipment (1). 4 - Position the lift truck behind the equipment.. 5 - Manoeuvre the mast forward and couple to the upper part of the attachment, inserting the positioning pawl in the reference notch on the plate. 6 - After hooking onto the top bracket, lift the mast by about 100 mm. 7 - Fit the bottom safety brackets and tighten the retaining screws. The contact between the tilted plain of the brackets and that of the equipment must be perfect (detail 2).  10 - In the absence of pressure (with the pump switched off, operate the equipment movement controls a few times): Connect the hoses of the equipment to the lift truck's hydraulic supply system. 11 - Start the forklift and, while it is unloaded, operate the equipment movement controls so as to eliminate any air residue from the hydraulic system. 12 - Ensure that there are no leaks in the hydraulic connections between between the lift truck and the equipment

2

1  

CASCADE-ITALIA S.r.l. - Via dell' Artigianato, 1 - 37050 Vago di Lavagno - VERONA-ITALY - Tel 045/8989111-Fax 8989160 

 

MAINTENANCE

SEZ. 0.5.0

  Maintenance may be carried out by the operator. The operations that must be carried out by skilled personnel are only those involving the replacement of mechanical parts.

ROUTINE MAINTENANCE TO BE CARRIED OUT EVERY 250 WORK HOURS Check the retaining screws of the equipment components. Grease all the moving parts through the grease nipples. Check that all the hydraulic pipes are perfectly sealed and unbroken.

In order to or obtain a batter working of the rotating and side shifting parts, greasing must must be effected for every single part using the following lubricating similar. similar. Connection ball race- pinion / rack-shaft RED MT GRESE manufacturer TECNOLUBE Inside ball-race (balls ) Grease RETINAX WB32 manufacturer SHELL Inside reduction box TECNOLUBE SEAL SAE 85/160/L3. or alternatively TECNOLUBE SEAL MASTER PLATE 00 for gear boxes codes 23551401 & 23551301 Attachments with glide plates: plates: inspect the wear of these parts and during every maintenance maintenance control the code on the spare part list and order order if necessary. The wear of these parts depend depend by the environment environment where the clamp work workss and by the working hours do it is impossible to inform the suggested maintenance period .

ONLY EQUIPMENT WITH A ROTATING DEVICE Check the oil level in the gear boxes and fill it up if necessary through the cap located on the top. ONLY FORK CLAMPS:

Verify the conformity of the forks with UNI ISO 5057 - december 2000 The clamp is out of conformity when: - thickness of the fork is less than 90% of the original thickness - deformation of the fork is more than 3% of its lenght

For all information, contact the ASSISTANCE SERVICE of CASCADE-ITALIA CASCADE-ITALIA S.r.l. The purpose of the chapter on FAULTS AND REMEDIES is to help the equipment user to assess and interpret the most common faults, their causes and the remedies to get the equipment back into working order. If the user is unable to do this, apply to the TECHNICAL ASSISTANCE SERVICE of Cascade-Italia S.r.l., providing data regarding the machine  plate and describing the the problem found found in the equipm equipment. ent. Before carrying out maintenance or any operation to remedy a fault in the unit, ensure that: the equipment is not connected to the hydraulic supply (under pressure) or the power mains (live); that the fault is not a consequence of the hydraulic connections (couplings or quick connectors with an insufficient section); that the part to be dismantled is resting on a surface; that the fault is not due to the lack of lubrication; that there is a container to catch the hydraulic oil. 

CASCADE-ITALIA CASCADE-ITAL IA S.r.l. - Via dell' Artigianato, 1 - 37050 Vago di Lavagno - VERONA-ITALY - Tel 045/8989111-Fax 045/8989111-Fax 045/8989160  1

 

SEZ. 0.5.1

SYMBOLS    Pay attention to the symbols marked on some items of equipment and to their colours.

YELLOW = DANGER RED = PROHIBITED These indicate the existence of a potential danger to health and personal safety..

DANGER Risk of crushing by moving parts

DANGER Risk of crushing by drive elements in motion

WARNING  Attachment's hoisting point

WARNING  Don't wash with water

PROHIBITED Do not stand here

CASCADE-ITALIA CASCADE-ITAL IA S.r.l. - Via dell' Artigianato, 1 - 37050 Vago di Lavagno - VERONA-ITALY - Tel 045/8989111-Fax 045/8989111-Fax 045/8989160  2

 

 

SEC.0.5.1

GENERAL INSTRUCTIONS ABOUT HYDRAULIC PLANT MAINTENANCE 1 –   Before disassemble any hydraulic pipe or valve of the clamp (see sec. 2.0.0), it is necessary to clean carefully the hydraulic plant components, expecially if the forklift has already worked for many ours. For cleaning, You can use air flow at high pressure, or water, but only before disassemble anything. After cleaning with water, dry the clamp carefully before disassemble anything. 2 – Avoid oil leackage on the ground, use a float chamber to collect the oil that spills during disassemble operations. Special absorbent paper can be used for drying the oil. 3 – Before proceed to disassemble any part of the hydraulic plant, setup the working table, cleaning it carefully. 4 – Always use the correct tool, even disassemble the hydraulic plant, or mount it. Be sure that wrenches and screwdrivers used have the same measure than screws. The components of the attachment can be damaged if you don't follow theese instructions. 5 – Never use gasoline or solvent for cleaning seals; you could use else diesel fuel. 6 – Use an appropriate filter when filling the hydraulic oil tank. 7 – Hydraulic oilthat used filling be conform with the type indicated in the forklift's instruction manual. Be sure allfor filters aremust corrects, too. 8 – If there are quick release connections, be sure they are clean before use. Check the correct  junction to avoid connection failures. 9 – Save rubber pipes from cutting bodies and corrosive fluids.

CASCADE-ITALIA CASCADE-ITAL IA S.r.l. - Via dell' Artigianato, 1 - 37050 Vago di Lavagno - VERONA-ITALY - Tel 045/89891 045/8989111-Fax 11-Fax 045/8989160 1

 

FAULTS,CAUSES AND REMEDIES OF SIDESHIFTERS 

SEZ. 0.6.0 

Sideshifter Faults

Causes

 No sideshifting or very slow A sideshifting

Oil leakage inside the cyilnder of the sidshifter. (Could be inside the cylinder  between the cylinder and the  piston or outside between the  piston rod and the the nut ) pressure B  Not enough pressure C D

Irregular sideshifting movemen movementt

A B

Remedies Disassemble the cylinder cylinder of the sideshifter(see part manual section ( 0.5.0.). Verify the conformity of all seal components (i.e. Oring) and of the inside surface of the cylinder. Substitute the weared parts.

Verify that the pressare and the oil flow are in con conformità formità as declared in section 0.1.0.

Sliding plate weared

Verify that the upper and lower sliding plates have enough thickness (Se (Sect. ct. 0.5.0.) Permanent deformation of the Verify that the moving frame has not be displaced by shocks or accident. moving frame Air bubbles in the h hydraulic ydraulic circuit Verify oil circuit and follow to remove air bubble. Sliding plates weared Verify that the upper and lower sliding plates have enough thickness (Sect. 0.5.0.)

CASCADE-ITALIA CASCADE-ITAL IA S.r.l. - Via dell' Artigianato, 1 - 37050 Vago di Lavagno - VERONA-ITALY - Tel 045/982255-Fax 982405 1  

 

  Sez.1.0.1.

  IMPORTANT SUGGESTIONS FOR THE EQUIPMENTS BEST INSTALLATION ON THE LIFT TRUCK 1 - Preliminary information  It is necessary to carry out perfectly the connection to the truck hydraulic system for the correct working of the equipment. Some general notes have been prepared to help in making the correct installation easier. First of all it must be noticed that the back pressure in the closing phase, as pointed out on the hole opposite to the one in pressure, must never exceed 20 bar. Higher back pressures impair the  performance of the equipment. Should any problem occur, first check the back pressure measure. 1.1 – Cascade-Italia suggest to observe the following  following   hydraulic supply and working pressure values to optimize the equipment operation and to avoid any problem during the working or starting phases. The here below shown values are simply indicative and may change for different equipments. 

Mounting class ISO 2328 1

 Nominal capacity of Load the truck ( kg ) center Until 999

2 3 4 5

From 1000 to 2500 From 2501 to 4999 From 5000 to 8000 From 8000 to 10999

400

Recommended hydraulic hydr aulic flows flows ( l/min ) Min. Med. Max. 10 15 25

Recommended working  pressures ( bar ) Max. 150 *

500 500 600 600

15 20 45 60

150 * 150 * 150 * 150 *

30 40 60 80

50 60 80 100

*) These pressure values are valid unless otherwise specified on the equipment label (and EC certification). 2 – Dimensioning of the hydraulic system The equipment correct working is subordinated, in addition to the pressure values and hydraulic flow sent by the truck, also to the type of feeding system between the truck valve and the equipment. The fundamental parameters which influence the equipment acting are the hoses diameter and length; for example hoses with a too small diameters as to the relative length and a fixed hydraulic flow can cause excessive loss of load compromising the correct working of the truck-equipment system. The flexible connection hoses must be dimensioned keeping in mind that the diameter must be chosen according to the actual flow supplied by the truck to move the equipment and to the length of the relative hoses. It is understood that there is a real difficulty to carry out a perfect hydraulic system, namely in accordance with the hydraulics regulations because there would be hoses with an excessive diameter and therefore with great encumbrance and realizable with difficulty. A schedule enclosed to the next paragraph will show the absorption values concerning hoses of different dimensions, different lengths and different  different  hydraulic flows. This schedule is necessary to help the personnel in charge of the arrangement between truck and equipment to set up a system dimensioned and optimal to the system working, namely to obtain back pressure values in the order of 20 bar . 2.1 – Pressure loss of the hoses with hydraulic oil   with viscosity of 20 cSt when in operation

temperature (warm system) and of 100 cSt when starting in cold months. Obviously the absorption of viscosity is arbitrary, but close to the real circumstances. The here below schedule gives pressure loss values (bar) per one linear meter of hose.

 

  Sez.1.0.1.

  ø1/4 G - ø 6,4 6,4 mm abou ab ou t   Oil viscosity 20 Cts 

Oil viscosity 100 Cts 

L/min.  10  15  20  30 

L=1 m  

L= 5 m  

L=10 m  

L=20 m  

L=1 m  

L= 5 m  

L=10 m  

L=20 m  

0,85  1,72  2,9  5,8 

4,2  8,6  14,3  29,0 

8,5  17,2  28,5  58,0 

16,9  34,4  57,0  116,0 

3,3  5,0  6,6  9,9 

16,5  24,8  33,0  49,5 

33,0  49,5  66,0  99,0 

66,0  99,1  132,0  198,0 

40 50   60 

9,6 14,2   19,5 

48,0 71,0   97,5 

96,0 142,0   195,0 

192,0 284,0   390,0 

14,3 21,2   29,1 

71,5 106,0   145,5 

143,0 212,0   291,0 

286,0 424,0   582,0 

ø5/16 ø5/1 6 G - ø 8,0 mm abou ab outt   Oil viscosity 20 Cts  10  15  20  30  40  50  60  70 

Oil viscosity 100 Cts 

L=1 m  

L= 5 m  

L=10 m  

L=20 m  

L=1 m  

L= 5 m  

L=10 m  

L=20 m  

0,29  0,60  1,0  2,0  3,3  4,9  6,8  8,9 

1,5  3,0  5,0  10,0  16,6  24,6  33,8  44,3 

2,9  6,0  9,9  20,0  33,2  49,1  67,5  88,5 

5,9  11,9  19,8  40,0  66,4  98,2  135,0  177,0 

1,4  2,0  2,7  4,1  5,4  7,3  10,1  13,2 

6,8  10,1  13,5  20,3  27,0  36,7  50,5  66,1 

13,5  20,3  27,0  40,6  54,0  73,4  101,0  132,2 

27,0  40,6  54,0  81,2  108,0  146,8  202,0  264,4 

ø3/8 G - ø 9,5 9,5 mm abou ab ou t   L=1 m  

20  30  40  50  60  70  80  90  100 

0,4  0,9  1,5  2,2  3,0  3,9  4,9  6,1  7,3 

Oil viscosity 20 Cts  L= 5 m  

L=10 m  

L=20 m  

L=1 m  

2,2  4,5  7,4  10,9  15,0  19,6  24,7  30,5  36,5 

4,4  8,9  14,7  21,7  29,9  39,1  49,4  61,0  73,0 

8,8  17,8  29,4  43,4  59,8  78,2  98,8  122,0  146,0 

1,4  2,1  2,7  3,4  4,5  5,9  7,4  9,1  10,9 

Oil viscosity 100 Cts  L= 5 m  

L=10 m  

L=20 m  

6,8  10,3  13,6  17,0  22,3  29,3  36,9  45,5  54,5 

13,6  20,5  27,2  34,0  44,6  58,5  73,8  91,0  109,0 

27,2  41,0  54,4  68,0  89,2  117,0  147,6  182,0  218,0 

ø1/2 G - ø 12,7 12,7 mm abo ut   Oil viscosity 20 Cts  30  40  50  60  70  80  90  100 

Oil viscosity 100 Cts 

L=1 m  

L= 5 m  

L=10 m  

L=20 m  

L=1 m  

L= 5 m  

L=10 m  

L=20 m  

0,2  0,4  0,6  0,8  1,0  1,3  1,5  1,8 

1,1  1,9  2,8  3,8  5,0  6,3  7,7  9,2 

2,2  3,7  5,5  7,5  9,9  12,5  15,3  18,4 

4,5  7,4  11,0  15,0  19,8  25,0  30,6  36,8 

0,6  0,9  1,1  1,3  1,5  1,9  2,3  2,8 

3,2  4,3  5,3  6,4  7,5  9,3  11,5  13,8 

6,4  8,5  10,7  12,8  14,9  18,6  22,9  27,5 

12,8  17,0  21,3  25,6  29,8  37,2  45,8  55,0 

 

dis_DSL_fem2-3_pattini dis_DSL_fem 2-3_pattini giu 2007 

DSL PATTINI / BEARING

SEZ. 1.7.0

 

1

10 11

9

6

5 6 3 4 7

1 2 3 4 5 6 7 8 9 10 11 11 11 11 11 11 11

Piastra PF Pattino cilindrico Pattino inf. Staffa Infer Dado autofrenante Rosetta Rosetta Grower Vite TE parz. fil. Vite TE int. fil. Asta Cilindro Cilindro Cilindro Cilindro Cilindro Cilindro Cilindro

Frame Upper Bearing Lower Bearing Lower hook Self locking nut Washer Spring Washer Screw Screw Sliding profile Cylinder Cylinder Cylinder Cylinder Cylinder Cylinder Cylinder

M12 13x24 M12 M12x40 M12x22 CR200 CR300 CR120 CR400 CR100 CR175

8 FEM 2 PATTINI 26501102.L 6494729 6400067 6494806 6400208 202348 6400136 6405039 6405327 26522222.A 43060701.0001 43060701.0002 43060701.0003 43060701.0004 43060701.0005 43060701.0006 43060701.0007

 

Q.tà Fem2 1 * 2 2 4 4 4 4 4 1 1 1 1 1 1 1 1

M14 15x28 M12 M14x50 M12x22 CR200 CR300 CR400 CR250 CR500 CR260 CR150

FEM3 PATTINI 21685502.L 6494731 6400067 6494811 6400209 220437 6400136 421281 6405327 26518202.A 43081001.0001 43081001.0002 43081001.0003 43081001.0004 43081001.0005 43081001.0006 43081001.0007

Q.tà Fem3 1 ** °° 2 4 4 4 4 4 1 1 1 1 1 1 1 1

* 2 pattini per piastre PF (part.1) ≤ 900 mm, 3 pattini per piastre PF ≥ 900 mm ** 4 pattini per piastre PF