86
(1) Check the wear condition of the contactor. Change it if necessary. Check the
contactor every three months.
(2) Check the pedals or manual inching switch; measure the voltage drop between
the inching switch ends; there is no resistance when the inching switch is closed; there is
ringing sound when release. Check every three months.
(3) Check the main circuit, connecting cable among battery, converter and motor.
Make sure the well insulation condition of the cables and circuits are tightly connected.
Check it every three months.
(4) Check the mechanical moving of the pedal and knob; check if the spring is out of
shape; check if the spring of the potentiometer can reach to the max. length or set length.
Check it every three months.
(5) Check the mechanical moving of the contactor every three months; if there is any
damage or condition affecting the safety, contact with controller dealer.
Notice: After chopper is installed, raise the wheel of vehicle (off the ground) for
test. In this way, there will be no danger even connection is wrong.
After electric lock switch is off, there is a certain voltage left in filter capacitor
within a period of time. Cut off the battery power first if the inverter is repaired at
this time and then connect the resistance of 10
~
100
Ω
to the positive and negative
poles of inverter to make the voltage on the capacitor short-circuited.
4.8 Troubleshoot
4.8.1 CURTIS control system
This control system use serial mode to input the fault code of travel and pump
controllers into the instrument and display on the instrument with the form of digital.
“TRAVEL” indicates the travel controller and “HYD” indicates the pump controller.
(1) 1236/1238 series controllers
Summary of Contents for CPD10
Page 1: ......
Page 8: ...5 ...
Page 9: ...6 Ⅱ Main Specifications of Forklift Truck Enternal view of forklift trucks ...
Page 20: ...17 Fig 1 4 Gearbox axle assembly 1 1 8t 2t 2 5t Figure 1 5 reducer and differential 3 3 5t ...
Page 46: ...43 Fig 4 1 Circuit diagrams of electric system CPD10 18 GC1Li ...
Page 47: ...44 Fig 4 2 Circuit diagrams of electric system CPD10 18 GD1Li ...
Page 48: ...45 Figure 4 3 Circuit diagrams of electric system CPD10 18 GD3Li ...
Page 49: ...46 Fig 4 4 Circuit diagrams of electric system CPD20 25 GC1Li ...
Page 50: ...47 Fig 4 5 Circuit diagrams of electric system CPD20 25 GD1Li ...
Page 51: ...48 Figure 4 6 Circuit diagrams of electric system CPD20 25 GD3Li ...
Page 52: ...49 Fig 4 7 Circuit diagrams of electric system CPD30 35 GC1Li ...
Page 53: ...50 Fig 4 8 Circuit diagrams of electric system CPD30 35 GD1Li ...
Page 54: ...51 Figure 4 9 Circuit diagrams of electric system CPD30 35 GD3Li ...
Page 55: ...52 Figure 4 10 Circuit diagrams of electric system CPD30 35 GB7Li ...
Page 56: ...53 Figure 4 11 Circuit diagrams of electric system CPD30 35 GB3Li ...
Page 68: ...65 4 3 2 CURTIS control device Fig 4 21 The controller of CPD10 18 GC1Li ...
Page 69: ...66 Fig 4 22 The controller of CPD10 18 GD1Li ...
Page 70: ...67 Fig 4 23 The controller of CPD10 18 G31Li ...
Page 71: ...68 Fig 4 24 The controller of CPD20 25 GC1Li ...
Page 72: ...69 Fig 4 25 The controller of CPD20 25 GD1Li ...
Page 73: ...70 Fig 4 26 The controller of CPD20 25 GD3Li ...
Page 74: ...71 Fig 4 27 The controller of CPD30 35 GC1Li ...
Page 75: ...72 Fig 4 28 The controller of CPD30 35 GD1Li ...
Page 76: ...73 Fig 4 29 The controller of CPD30 35 GD3Li ...
Page 77: ...74 Fig 4 30 The controller of CPD30 35 GB7Li ...
Page 78: ...75 Fig 4 31 The controller of CPD30 35 GB3Li ...
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