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mecalac 14 MBX Handbook Of Repair

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HANDBOOK OF REPAIR
MANUFACTURER : "MECALAC SAS"

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Summary of Contents for mecalac 14 MBX

  • Page 1 HANDBOOK OF REPAIR MANUFACTURER : “MECALAC SAS”...

  • Page 3: Table Of Contents

    30750 14MBX Contents Safety precautions ..........................3 Description of the machine ........................4 Central joint .............................4 Stabilizers ............................4 Rear chassis ............................4 Transmission ...........................4 Turntable ............................4 Cab ..............................4 Controls ............................4 Seat ..............................4 Equipment ............................4 2.10 Tool-holder ............................5 Technical characteristics ........................7 Turbocharged engine ........................7 Axles ..............................7 Capacities ............................7 Electrical system ..........................7...
  • Page 4 14MBX 30750 12. Location of the electric components ....................45 12.1 Solenoid-operated valves .......................45 12.2 Relay / fuse box (under the cab seat) ...................49 12.3 Electrical box (in the rear chassis section) ..................50 12.4 Air conditioning relays box (option) (under the cab floor) .............50 13.

  • Page 5: Safety Precautions

    30750 14MBX 1. Safety precautions Throughout this book the symbol is used to draw your attention to areas where special care is required, to prevent accidents and injury. • Construction sites are busy places, often with wet, muddy ground, conditions which impede other workers ability to avoid carelessly driven machinery.

  • Page 6: Description Of The Machine

    14MBX 30750 2. Description of the machine The excavator is made up of a front chassis section, a rear chassis section, a turntable, a cab and equipment consisting of four elements. 2.1 Central joint The ground contact of the four wheels is provided by the oscillation of the rear axle. The ground contact of the four wheels is provided by the oscillation of the rear axle.

  • Page 7: Tool-Holder

    30750 14MBX 2.10 Tool-holder At the end of the dipper is the tool-holder permitting the instant changing of the bucket or tool from the cab without manual intervention. The bucket or tool has mechanical and automatic locking, only their unlocking is hydraulically controlled.
  • Page 8 14MBX 30750...

  • Page 9: Technical Characteristics

    30750 14MBX 3. Technical characteristics 3.1 Turbocharged engine Type: ......................CUMMINS 4BTA3.9 ELITE Diesel: ......................... 4 in-line cylinders Net horsepower at flywheel (DIN 70020 / ECE-R2403): ........82 kW at 2,200 rpm Max. net torque at flywheel (DIN 70020 / ECE-R2403): ........460 Nm at 1,400 rpm Cubic capacity: ........................

  • Page 10: Hydraulic System

    14MBX 30750 3.5 Hydraulic system Three completely independent circuits: hydrostatic transmission, equipment circuit, and steering and slewing circuit. 3.5.1 Hydrostatic transmission Reversible closed circuit, with declutching bypass valves in case towing is necessary. Transfer movement pump: ..................... 71 cm Transfer movement engine:................... 107 cm Axial piston engine and pump: Variable displacement and axial piston motor and pump permitting the continuous variation of the transmission ratio over the machine’s entire speed range.
  • Page 11 30750 14MBX 3.5.2 Equipment circuit: Axial piston pump with variable displacement and power control: • Cubic capacity: ........................ 95 cm • Max. delivery: ......................207 l/min. Associated functions by solenoid-operated valves: • Low pressure....................... ~ 35 bars - Accelerator. - Oscillation lock. - Seat pivoting console safety device.

  • Page 12: Equipment's Travel Curves

    14MBX 30750 4. Equipment’s travel curves 4.1 In back - hoe bucket position 7825 2440...

  • Page 13: In Loading Bucket Position

    30750 14MBX 4.2 In loading bucket position 1360 45° 3430 2530...

  • Page 14: Table Of Stability Loads In Kg

    14MBX 30750 5. Table of stability loads in KG 5.1 Lifting and handling in the longitudinal position with standard or telescopic stabilizers. Working conditions: On wheels with the stabilizers fully extended, On level, compact ground. Equipment used without any offset. Front and rear chassis sections aligned.

  • Page 15: Lifting And Handling In The Longitudinal Position Without Stabilizers

    30750 14MBX 5.2 Lifting and handling in the longitudinal position without stabilizers Working conditions: On wheels without the stabilizers. On level, compact ground. Equipment used without any offset. Front and rear chassis sections aligned. Without any tool (bucket, loader, etc.) with handling plate + hook.

  • Page 16: Lifting And Handling In The Transverse Position With Standard Stabilizers

    14MBX 30750 5.3 Lifting and handling in the transverse position with standard stabilizers Working conditions: On wheels with the stabilizers fully extended, On level, compact ground. Equipment used without any offset. Front and rear chassis sections aligned. Rear axle oscillation locked. Without any tool (bucket, loader, etc.) with handling plate + hook.

  • Page 17: Lifting And Handling In The Transverse Position Without Stabilizers

    30750 14MBX 5.4 Lifting and handling in the transverse position without stabilizers Working conditions: On wheels without the stabilizers. On level, compact ground. Equipment used without any offset. Front and rear chassis sections aligned. Rear axle oscillation locked. Without any tool (bucket, loader, etc.) with handling plate + hook.

  • Page 18: Lifting And Handling In The Transverse Position With Telescopic Stabilizers

    14MBX 30750 5.5 Lifting and handling in the transverse position with telescopic stabilizers Working conditions: On wheels with the telescopic stabilizers fully extended. On level, compact ground. Equipment used without any offset. Front and rear chassis sections aligned. Rear axle oscillation locked. Without any tool (bucket, loader, etc.) with handling plate + hook.

  • Page 19: Towing

    30750 14MBX 6. Towing 6.1 Disconnection of the hydrostatic travel Before carrying out any hydrostatic travel disconnecting operation, make sure that the parking brake is applied. Apply the parking brake (2 fig. 1). Undo the heads of the limiters on the bypass valves (1 fig. 2) situated under the transfer movement pump 2 or 3 turns, using a 22 mm open-ended spanner.

  • Page 20: If The Turntable Is Badly Oriented

    14MBX 30750 6.2 If the turntable is badly oriented The slewing motor is equipped with a safety brake which locks the turntable in the event of a power-assistance pressure fault, red warning light (1 fig. 4). In this case, if the machine needs to be towed and if the turntable is incorrectly oriented, it is necessary to release the motor brake.

  • Page 21: Transporting The Machine

    30750 14MBX 7. Transporting the machine 7.1 Loading on a trailer Install access ramps whose slope does not exceed 30% if the trailer is not equipped with them originally. Fastening points: (A-B-C fig. 3). Lock the chassis (1 fig. 1). Lock the turntable (1 fig.

  • Page 22: Slinging For Lifting

    Lock the chassis sections using the pin (1 fig. 1), Lock the turntable (1 fig. 2). Note: If necessary, correct the machine’s balance by adjusting the inclination of the boom ram (2 fig. 4). Fig. 4 MODE MECALAC 2 MECALAC 1 Fig. 5 Fig. 6...

  • Page 23: Location Of The Hydraulic Components

    30750 14MBX 8. Location of the hydraulic components 1 - Tool-holder ram 7 - Accelerator ram 2 - Bucket ram 8 - Oscillation locking ram 3 - Dipper ram 9 - Steering rams 4 - Offset ram 10 - Stabilizer ram 5 - Intermediate boom ram 11 - Telescopic stabilizer ram 6 - Boom ram...
  • Page 24 14MBX 30750 1 - Sequence valve 6 - Equipment pump 2 - Solenoid - op. oscillation locking valve 7 - Orientation pump 3 - Transfer movement engine 8 - Telescopic stabilizer selector 4 - Transfer movement pump 9 - “Road / Site” speed solenoid - operated 5 - Stabilizers solenoid-operated valve valve...
  • Page 25 30750 14MBX VALVE REXROTH PRIORITE 1 - SX18 valve block 7 - Braking block 2 - Power-assistance pressure solenoid- 8 - Accumulator operated valve 9 - Accumulator 3 - Priority valve 10 - Accumulator 4 - Orientation engine 11 - Solenoid-operated coupling valve 5 - CROSS-OVER valve 12 - Solenoid-operated bucket direction 6 - Boom / intermediate boom control unit...
  • Page 26 14MBX 30750 1 - Rotary coupling 5 - ORBITROL steering device 2 - Left manipulator 6 - Accelerator foot control 3 - Additional functions foot control 7 - Right manipulator 4 - Brake / inching foot control 8 - Parking brake control lever...

  • Page 27: Hydraulic Diagrams

    30750 14MBX 9. Hydraulic diagrams 9.1 Travel circuit A1 - Hydraulic reservoir A5 - Non-return valve A2 - Transfer movement engine A6 - Sequence valve A3 - Oil cooler A7 - Gear change blocks A4 - Transfert movement pump B7 - Rear axle...

  • Page 28: Accelerator, Main And Parking Brake Circuits

    14MBX 30750 9.2 Accelerator, main and parking brake circuits A1 - Hydraulic reservoir B6 - Rotary coupling A4 - Transfer movement pump B7 - Rear axle A6 - Sequence valve B8 - Diesel engine B1 - Parking brake control B9 - Accelerator ram B2 - Brake foot control B10 - Anti-stalling 3 - ways valve B3 - Accelerator foot control...

  • Page 29: Steering And Slewing Circuits

    30750 14MBX 9.3 Steering and slewing circuits B6 - Rotary coupling C6 - Turntable rotation, brake release block C1 - SX18 valve block C7 - CROSS-OVER block with damped valve C2 - Left manipulator C8 - Steering ram C3 - Priority valve C9 - Drain block C4 - ORBITROL steering device C10 - Functions block...

  • Page 30: Turntable Supply And Return Circuit

    14MBX 30750 9.4 Turntable supply and return circuit B1 - Parking brake control D1 - Right manipulator B2 - Brake foot control D2 - Valve B3 - Accelerator foot control D3 - Accumulator 0.35 l 1.5 bar B6 - Rotary coupling D4 - Accumulators 0.7 l 18 bars C1 - SX18 valve block D5 - Non-return valves...

  • Page 31: Equipment Pump, Standard Stabilizers And Steering Lock Circuits

    30750 14MBX 9.5 Equipment pump, standard stabilizers and steering lock circuits A1 - Hydraulic reservoir E3 - Right stabilizer ram A5 - Non-return valve E4 - Right electric manipulator A7 - Gear change blocks E5 - Stabilizers solenoid-operated valve B6 - Rotary coupling E6 - Equipment pump E1 - Left stabilizer ram E7 - Oscillation locking rams...

  • Page 32: Boom, Intermediate Boom, Dipper, Offset And Additional Functions Circuits

    14MBX 30750 9.6 Boom, intermediate boom, dipper, offset and additional functions circuits C1 - SX18 valve block - Dipper ram C2 - Left manipulator - Intermediate boom ram C6 - Turntable rotation, brake release block - Boom ram C9 - Drain block - Solenoid-operated boom / intermediate D1 - Right manipulator boom valve...

  • Page 33: Bucket Circuit

    30750 14MBX 9.7 Bucket circuit C1 - SX18 valve block D1 - Right manipulator G1 - Bucket ram G2 - Solenoid-operated bucket direction inversion valve, “LOADER” function...

  • Page 34: 5-Spool Valve

    14MBX 30750 9.8 5-spool valve H1 - Dipper control element H8 - Slewing supply inlet element H2 - Bucket control element H9 - Pressure limiter (calibration 400 bars) H3 - “Additional functions” control element H10 - Pressure limiter (calibration 420 bars) H4 - Intermediate boom control element H11 - Pressure limiter (calibration 180 bars) H5 - Boom control element...

  • Page 35: Additional Hydraulic Equipment For Fitting Of The Hammer Return On The Equipment (Option)

    30750 14MBX 9.9 Additional hydraulic equipment for fitting of the hammer return on the equipment (option) C1 - SX18 valve block - Hose...

  • Page 36: Tool-Holder Circuit (Option)

    14MBX 30750 9.10 Tool-holder circuit (option) C10 - Functions block - Tool-holder ram - Rotary coupling...

  • Page 37: Air Conditioning Circuit (Option)

    30750 14MBX 9.11 Air conditioning circuit (option) B6 - Rotary coupling K2 - Solenoid-operated valve C1 - SX18 valve block K3 - Pressure reducing valve C10 - Functions block K4 - Priority valve K1 - Hydraulic motor K5 - Pressure tap...

  • Page 38: Equipment Pump, Telescopic Stabilizers And Steering Lock Circuits (Option)

    14MBX 30750 9.12 Equipment pump, telescopic stabilizers and steering lock circuits (option) PC GC PC GC A1 - Hydraulic reservoir E6 - Equipment pump A5 - Non-return valve E7 - Oscillation locking rams A7 - Gear change blocks E8 - Slewing pump B6 - Rotary coupling - Left stabilizer extension ram E1 - Left stabilizer ram...

  • Page 39: Fitting Of 3 Safety Valves On The Equipment (Option)

    30750 14MBX 9.13 Fitting of 3 safety valves on the equipment (option) B6 - Rotary coupling - Boom ram C1 - SX18 valve block M1 - Boom ram valve C6 - Turntable rotation, brake release block M2 - Load detector - Dipper ram M3 - Intermediate boom ram valve - Intermediate boom ram...

  • Page 40: Fitting Of 4 Safety Valves On The Equipment (Option)

    14MBX 30750 9.14 Fitting of 4 safety valves on the equipment (option) B6 - Rotary coupling G1 - Bucket ram C1 - SX18 valve block M1 - Boom ram valve C6 - Turntable rotation, brake release block M2 - Load detector - Dipper ram M3 - Intermediate boom ram valve - Intermediate boom ram...

  • Page 41: Volvo Tool-Holder (Option)

    30750 14MBX 9.15 VOLVO tool-holder (option) C10 - Functions block O1 - Tool-holder ram O2 - Solenoid-operated tool-holder valve O3 - Nozzle non-return valve...
  • Page 42 14MBX 30750...

  • Page 43: Parts List Of The Hydraulic Diagram

    30750 14MBX 10. Parts list of the hydraulic diagram 6851017 1 - Auxiliary function 34 - Left stabilizer ram 2 - Dipper ram 35 - Stabilizer block 3 - Bucket ram 36 - Rotary coupling 4 - Intermediate boom ram 37 - Hydraulic reservoir 5 - Boom ram 38 - Deviative block 6 ways...
  • Page 44 14MBX 30750 MODE MODE MECALAC 2 MECALAC 1 MECALAC 2 MECALAC 1 KM/H N/MIN...

  • Page 45: Installation Of The Electric Bundles

    30750 14MBX 11. Installation of the electric bundles 1 - Left rear light connection 2 - Right rear light connection 3 - Rear chassis bundle 4 - Electric collector bundle 5 - Relay plate bundle 6 - Cab connection 7 - Solenoid-operated valves bundle 8 - Left front headlight connection 9 - Control table bundle 10 - Selection bundle...
  • Page 46 14MBX 30750 VALVY RYXROTH PRIORITY...

  • Page 47: Location Of The Electric Components

    Hydraulic lock solenoid-operated valve (power-assistance pressure block) Inversion of direction of bucket solenoid - operated valve Coupling of rams solenoid-operated valve “MECALAC 2” option solenoid-operated valve (control unit) Boom / inter. boom solenoid-operated valve (control unit) Boom / inter. boom solenoid-operated valve (control unit)
  • Page 48 14MBX 30750 Y22 Y21...
  • Page 49 30750 14MBX Designation Left stabilizer raising solenoid - operated valve Left stabilizer lowering solenoid - operated valve Right stabilizer raising solenoid - operated valve Right stabilizer lowering solenoid - operated valve Low speed solenoid - operated valve Reverse solenoid - operated valve Forward solenoid - operated valve Inversion of direction of travel solenoid - operated valve Oscillation lock solenoid - operated valve...
  • Page 50 14MBX 30750 K11 K13 X100...

  • Page 51: Relay / Fuse Box (Under The Cab Seat)

    30750 14MBX 12.2 Relay / fuse box (under the cab seat) FU1 - Fuse block 7.5A fuse : Rear screen wiper 7.5A fuse : Forward (F) and reverse (R), low speed (L) 7.5A fuse : Revolving light 7.5A fuse : Horn and brake lock 7.5A fuse : Hazard warning lights 7.5A fuse...

  • Page 52: Electrical Box (In The Rear Chassis Section)

    14MBX 30750 12.3 Electrical box (in the rear chassis section) F34 - 5A fuse : Engine shut-off and ignition switch F35 - 15A fuse : Reversing lights, audible reversing signal and direction inverter F36 - 3A fuse : Rear left direction indicator F37 - 3A fuse : Rear right direction indicator...

  • Page 53: Parts List Of The Electric Diagram

    30750 14MBX 13. Parts list of the electric diagram - Load overload pressure switch F27 - 5A fuse: Position lights, clearance lights - Load overload pressure switch and number plate lights - Stop lights pressure switch F30 - 3A fuse: Not used - Parking brake pressure switch F31 - 7.5A fuse: Horn - Proximity detector...
  • Page 54 - Safety in “Loader mode” relay - Coupling of rams solenoid-operated valve - Forward (F) and reverse (R) in “Loader - “MECALAC 2” option solenoid-operated mode” relay valve K10 - “Loader mode” low (L) speed relays - Boom / inter. boom solenoid-operated valve K11 - 4th foot-operated ram relay - Boom / inter.

  • Page 55: Adjustment Procedure

    30750 14MBX 14. Adjustment procedure 14.1 Adjustment Procedure for the Heat Engine 14.1.1 Adjustment of maximum regime 13 flat spanner 4 hexagonal male spanner Inductive sensor 1- Loosen the lock nut and turn the stop screw (1 fig. 1). Fig. 1 Injection pump Note: Number of teeth on engine wheel: 159.
  • Page 56 14MBX 30750 14.1.2 Adjustment during minimum regime (slowed down) 13 flat spanner Flat screwdriver Inductive sensor 1- Loosen the lock nut and turn the stop screw (1 fig. 1). Fig. 1 Injection pump Note: Number of teeth on engine wheel: 159. Note: For the air-conditioning version of the machines, minimum regime = 1,050 (+ 50 - 0)

  • Page 57: Hydraulic Adjustment Procedure For The Gears

    30750 14MBX 14.2 Hydraulic adjustment procedure for the gears Before carrying out the checks, heat the hydraulic oil to between 50° and 60° in the tank. 14.2.1 Checking the power-feed pressure 17 flat spanner 5 male hexagonal spanner Manometer, 0-60 bars 1- Place the machine on the ground, speed in neutral, engine in maximum regime.
  • Page 58 14MBX 30750 14.2.2 Starting 13 flat spanner 4 male hexagonal spanner Inductive sensor Manometer 0 - 600 bars 1- Place the machine on a solid, flat surface before engaging high speed. 2- Accelerate the engine progressively until the machine starts. 3- Read the engine revs by monting an inductive sensor on the flywheel (1 fig.
  • Page 59 30750 14MBX 14.2.3 Adjusting the high pressure in forward movement (D.R.) 13 flat spanner 14 flat spanner 17 flat spanner 4 male hexagonal spanner Manometer, 0-600 bars 1- Place the machine in blocked position against a wall, or disconnect and stop up the Inching flex in order to use the service brake.
  • Page 60 14MBX 30750 14.2.4 Adjusting the grind in the heat engine 19 flat spanner 6 male hexagonal spanner Inductive sensor Manometer, 0-600 bars 1- Place the machine in blocked position against a wall, or disconnect and stop up the Inching flex in order to use the service brake.
  • Page 61 30750 14MBX 14.2.5 Adjusting the transfer movement engine (switching point) 10 flat spanner 3 male hexagonal spanner Manometer, 0-600 bars 1- Place the machine on stabiliser support, with wheels raised; forward movement with high speed engaged, engine road configuration in maximum regime. 2- Raise the pressure in the transfer movement engine by progressively applying the stopping brake or the service brake.
  • Page 62 14MBX 30750 14.2.6 Adjusting the minimum capacity of the engine (speed of travel) 19 flat spanner 6 male hexagonal spanner Optoelectronic sensor 1- Place the machine on stabiliser support, with wheels raised; forward movement with high speed engaged, engine road configuration in maximum regime 2- Read the speed in rpm by placing an optoelectronic sensor on the universal gear joint.
  • Page 63 30750 14MBX 14.2.7 Adjusting the Inching flex 17 flat spanner 5 flat hexagonal spanner Manometer, 0-600 bars 1- Place the machine on stabiliser support, with wheels raised; forward movement with low speed engaged, engine in maximum regime. 2- Place full pressure on the Inching pedal until the wheels stop, then gradually release the pedal until the wheels start moving again.

  • Page 64: Direction Adjustment Procedure

    14MBX 30750 14.3 Direction adjustment procedure 17, 27 and 30 flat spanners 5 male hexagonal spanner G DS16 1/2” female stopper G DS16 1/2” male stopper Manometer, 0-600 bars 14.3.1 Adjusting the primary controller Take great care when removing the flex, as it may be under pressure.
  • Page 65 30750 14MBX 14.3.2 Adjusting the ∆ P of the cross-over valve 17 flat spanner 5 flat hexagonal spanner 2 manometers, 0-600 bars Right side: 1- Place the machine equipment in a blocked position and turn the direction to the right, engine in maximum regime.

  • Page 66: Hydraulic Adjustment Of The Equipment

    14MBX 30750 14.4 Hydraulic adjustment of the equipment Before carrying out the checks, heat the hydraulic oil to between 50° and 60° in the tank. 14.4.1 Adjusting the assistance pressure 5/16” male hexagonal spanner 1/4” male hexagonal spanner Manometer, 0-60 bars 1- Engine in maximum regime, place a ram in blocked position, for example the bucket ram.
  • Page 67 2- Raise the regulation controller into its position. Ref = E536A0018 (taring at 50 bars). 3- With engine in maximum regime, set the selector to MECALAC 1 and pull the left key towards the back (blocked position) to allow the oil to circulate . MECALAC 2 MECALAC 1 Fig.
  • Page 68 14MBX 30750 ∆ 14.4.3 Adjusting the P of the equipment with adjustment of the power regulation (F.R. valve) 30 flat spanner 36 flat spanner Flow meter adaptation kit Warning: Take great care when removing the controller, as the chamber for the ram subject to the controller may be under pressure.
  • Page 69 13 flat spanner 4 male hexagonal spanner 2 manometers, 0-600 bars 3- Set the selector to MECALAC 1 and pull the left key towards the back (blocked position) to allow the oil to circulate (small chamber in the dipper ram).
  • Page 70 14MBX 30750 14.4.4 Adjusting the maximum pressure in the equipment pump (D.R.) 13 and 17 flat spanner 4 and 5 male hexagonal spanner Manometer, 0-600 bars 1- Over-tare the L.S. valve on the valve block by turning the controller screw to blocked position (1 fig. 1). Note: take care when over-taring the valve.
  • Page 71 30750 14MBX 14.4.5 Adjusting the maximum pressure of the equipment (L.S. valve) 17 flat spanner 5 male hexagonal spanner Manometer, 0-600 bars 1- With engine in maximum regime, place a ram in blocked position, for example the bucket ram. 2- Measure the pressure (1 fig. 1) using the manometer. Fig.
  • Page 72 Inductive sensor Manometer, 0-600 bars Flow meter adaptation kit 1- Set the selector switch to “MECALAC 1”, pull the left key towards the back, push the right key to the right (blocked position) to allow the oil to circulate (small chambers of the dipper ram and bucket ram).
  • Page 73 Flow meter adaptation kit 1- Place the equipment in blocked position against a wall, set the selector on “MECALAC 1”, pull the left key towards the bac, push the right key to the right (blocked position) to allows the oil to circulate (small chambers of the dipper ram and bucket ram).
  • Page 74 14MBX 30750...

  • Page 75: Control Sheet

    30750 14MBX 15. Control Sheet Machine no.: Engine no.: Equipment pump no.: Transfer movement pump no.: Transfer movement engine no.: 14 MBX Description Stated adjustment values Speed Pressure regulated values bars Engine Max. engine speed 2,300 (+20 -20) Min. engine speed...
  • Page 76 14MBX 30750...

  • Page 77: Tools

    30750 14MBX 16. Tools Fig. 1 TOP-TEST MX toolbox E6160001/00 0/600 0/60 0/600 4/20 4/20 4/20 HYDROTECHNIK HYDROTECHNIK p3: = p1: = p2: = dp: = contrast langage Multi Multi 4010 4010 (p1-p2) prog abtast speicher drucker rate clear star/stop nin/max DS 0.3 DS 0.3...
  • Page 78 14MBX 30750 Fig. 3 TOP-TEST MX toolbox, lower foam section 1 - Flexible hose (connection from the turbine to the SX18 valve block) 2 - Turbine (flow meter) 3 - Connecting cable 4 - Flexible hose (connection from the turbine to the SX18 valve block)
  • Page 79 30750 14MBX Fig. 4 Special connector tools 1 - 5180102 4 - 6525004 2 - 5180103 5 - 6525003 3 - 5180104 6 - 572A0003...
  • Page 80 14MBX 30750 T16A T16B T16C Fig. 5 Axles tool (DANA) 1 - 5450060 2 - 5450061 3 - 5450062 4 - 5450063 5 - 5450064...
  • Page 81 30750 14MBX...
  • Page 82 GROUPE MECALAC MECALAC S.A.S. - Parc des Glaisins - 2, av. du Pré de Challes F-74940 Annecy-le-Vieux - Tél.: +33 (0)4 50 64 01 63 - Fax.: +33 (0)4 50 64 02 79 www.mecalac.com...

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