Illustrated Factory Service Training (Workshop) Manual for Linde Pallet Stacker Type 372.

Original factory manuals for Linde Forklift Trucks, contains high quality images, circuit diagrams and instructions to help you to operate and repair your truck

Covered models:

L14 SN before M02999
L16 SN before M02999
L14 SN from M03000
L16 SN from M03000
L14AP SN from M03000
L16AP SN from M03000

Format: PDF, 214 Pages
Language: English

Contents:

1. Drive motor
1.1 Technical Data
1.2 Description of L14 - L16 motor (1.2 Kw)
1.3 Brushes warning lamp (motor 1.2 Kw)
1.4 Description of L14AP - L16AP motor (1 .5 Kw)
2. Gearbox
2.1 Technical Data
2.2 Description
4. Steering and wheels
4.1 Steering L14 / L16 (up to serial number 372M 02999)
4.2 Steering L14 / L16 (from serial number 372M 03000)
4.3 Power steering motor (up to serial number 372 L 01002)
4.4 Power steering motor (starting from number 372 L 01003)
4.5 Drive wheels
4.6 Stabiliser wheels L14 - L16
4.7 Stabiliser wheel of L14AP - L16AP
4.8 Adjustment of the stabiliser wheel height
4.9 Load wheels
5. Operation and brake controls
5.1 Tiller articulation
6. Electrical equipment
6.1 Truck operation L1 4 - L16 without platform
6.1.1 L14 - L16: Status of LDC speed control inputs
6.1.2 L14 / L16: LDC speed control adjustments (eprom 1.5)
6.1.3 Location of contactor panel components (up to 372 M 02999)
6.1.4 Location of contactor panel components (starting from 372 M 03000)
6.2 Truck operation L14AP- L16AP with platform
6.2.1 L14AP - L16AP: Status of LDC speed control inputs
6.2.2 L14AP / L16AP: LDC speed control adjustments (eprom 1.5)
6.2.3 Location of the platform components
6.3 Presenting the LDC speed control
6.3.1 Description of the L.D.C. (Linde Digital Controller) speed control
6.3.2 Logic circuit feed 1A1
6.3.3 Direction contactors hoist
6.3.4 Tiller in steering position - max. LDC pulses -
6.3.5 Impulse control
6.3.6 Accelerator potentiometer
6.3.7 Speed sensor L14 - L16
6.3.8 Double speed sensors for L14AP - L16AP
6.3.9 Speed controls and adjustments
6.3.10 Security control, back of tiller
6.3.11 Security controls
6.3.12 Speed control temperature controls
6.3.13 Power circuit
6.3.14 Electric braking by reversing the direction of motion
6.3.15 Braking l.b.c
6.3.16 Motor current controls
6.3.17 Current adjustments
6.3.18 Using control units for LDC speed control (eprom 1.5)
6.3.19 Troubleshooting explanations with the LINDE test module box or PC
6.4 Electromagnetic brake Y1
6.4.1 Operation
6.5 L14 - L16: Electrical steering L.E.S
6.5.1 Description
6.5.2 Steering operation
6.6 L14AP - L16AP: Electrical steering LES
6.6.1 Steering description
6.6.2 Steering operation
6.7 LES switch unit
6.8 The tiller control
6.9 The motor-reducer
6.10 Adjustment of electrical steering
6.10.1 Pre-setting the potentiometers before assembly
6.10.2 Adjustment procedure
6.11 Using control units for L.E.S speed controls
6.11.1 Troubleshooting with the test module unit or PC
6.11.2 List of fault codes and servicing
6.12 LSL progressive distribution and initial lift control (up to 372 M 02999)
6.12.1 Description
6.12.2 Hydraulic diagram
6.12.3 L.S.L distribution operation principle
6.12.4 Form height detection
6.12.5 L.S.L card feed
6.12.6 Safety during operation
6.13 LLC progressive distribution and initial lift control (starting from 372 M 03000)
6.13.1 Description
6.13.2 Inputs / outputs of LLC controller
6.13.3 Logic circuit feed 2A3
6.13.4 2K11 steering
6.13.5 High lifting pulse control
6.13.6 Initial lift pulse control
6.13.7 Initial lift stop
6.13.8 Action on the tiller back safety
6.13.9 Oil tank level
6.13.10 Contactor 2k1 1 of motor-pump group
6.13.1 1 Using control units for LLC speed control
6.13.12 Adjustment of the lift potentiometer
6.14 High lifting hoist phases
6.14.1 Hoist flap in neutral position
6.14.2 Pump motor contactor hoist 2K1 1
6.14.3 Pulse start (minimum speed)
6.14.4 Maximum pulses (maximum speed)
6.14.5 Fork arm carriage stabilisation (contactor fall-back 2K1 1)
6.14.6 Opening of lowering valve 2Y2
6.14.7 Start of 2Y3 control (low lowering speed)
6.14.8 End of 2Y3 control (high lowering speed)
6.14.9 Reduction in low fork lowering speed
6.14.10 Closing 2Y2 (stop lowering)
6.15 Access to LLC proportional lifting controls
6.16 IES inbuilt charger CHARIS HF II 24HF 30 (starting from 07/2000)
6.16.1 General information
6.16.2 General conditions for use
6.16.3 Charger electrical data
6.16.4 Load curve
6.16.5 Charger signalling
6.16.6 Guards and safeties
6.16.7 List of faults
6.17 Electrical diagrams
6.17.1 L14 - L16 (with LSL and without LI) up to number 372 M 02999
6.17.2 L14 - L16 (without LSL and without LI) up to number 372 M 02999
6.17.3 L14 - L16 (with LSL and with LI) up to number 372 M 02999
6.17.4 L14 - L16 (without LSL and with LI) up to number 372 M 02999
6.17.5 L14 - L16 (without LLC and without LI) starting from number 372 M 03000
6.17.6 L14 - L16 (without LLC and with LI) starting from number 372 M 03000
6.17.7 L14 - L16 (with LLC and without LI) starting from number 372 M 03000
6.17.8 L14 - L16 (with LLC and with LI) starting from number 372 M 03000
6.17.9 L14AP - L16AP (with LLC and without LI)
6.17.10 L14AP - L16AP (with LLC and with LI)
7. Hydraulic unit
7.1 L14 - L16 hydraulic unit up to truck no. 372 M 02999
7.2 High lift pump motor
7.3 Initial lift pump motor
7.4 Control valves
7.5 Hydraulic drawing (Isl distribution + initial lift)
7.6 Hydraulic drawing (option: traditional distribution with lever)
7.7 Pump motor group for L14/L16 with or without booster
7.8 Pump motor group for L14I/L16I with or without booster
7.9 Operation of the vacuum lift speed amplification (Option: booster)
7.10 L14 - L16 / L14AP - L16AP hydraulic unit (starting from 372 M 03000)
7.11 L14 - L16 / L14AP - L16AP hydraulic drawing (starting from 372 M 03000)
7.12 LLC (Linde Load Control) distribution component