Great Wall fault codes
Fault codes
- CE Communication error
- E00 Fault cleared
- E001 Inverter overcurrent during acceleration
- E002 Inverter overcurrent during deceleration
- E003 Inverter constant speed run overcurrent
- E004 Inverter overvoltage during acceleration
- E005 Inverter overvoltage during deceleration
- E006 Inverter constant speed run overvoltage
- E007 Inverter control power overvoltage
- E008 Input phase loss
- E009 Output phase loss
- E01 External instantaneous-stop terminal disconnected
- E010 Inverter module fault
- E011 Inverter module heatsink overheat
- E012 Rectifier module heatsink overheat
- E013 Inverter overload
- E014 Motor overload
- E015 Emergency stop or external device fault
- E016 E2PROM read/write error
- E02 Soft starter overtemperature
- E03 Start time too long (>60 s)
- E04 Input phase loss
- E05 Output phase loss
- E06 Three-phase imbalance
- E07 Start overcurrent
- E08 Run overload
- E09 Supply voltage too low
- E10 Supply voltage too high
- E11 Parameter setting error
- E12 Load short circuit fault
- E13 Auto restart wiring fault
- E14 External control stop terminal wiring fault
- EEP EEPROM read/write error
- EF External fault
- Err1 Input phase loss
- Err2 Output ground fault
- Err3 Current detection fault
- Err4 Inverter external fault
- Err5 Traverse operation parameter setting error
- Err6 Keypad communication error
- ITE Current detection circuit fault
- LU1 Supply voltage too low at stop
- LU2 Supply voltage too low during operation
- OC1 Overcurrent during acceleration
- OC2 Overcurrent during deceleration
- OC3 Constant speed run overcurrent
- OH1 Rectifier module overheat
- OH2 Inverter module overheat
- OL1 Motor overload
- OL2 Inverter overload
- OUT1 Inverter unit U phase fault
- OUT2 Inverter unit V phase fault
- OUT3 Inverter unit W phase fault
- OV1 Overvoltage during acceleration
- OV2 Overvoltage during deceleration
- OV3 Constant speed run overvoltage
- PIDE PID feedback open
- SEn Feedback sensor fault
- SPI Input phase loss
- SPO Output phase loss
- TE Motor auto-tuning fault
- UV DC bus undervoltage
- o.C.1 Acceleration overcurrent
- o.C.2 Deceleration overcurrent
- o.C.3 Constant speed overcurrent
- o.H. Inverter internal overheat
- o.L.1 Motor overload
- o.L.2 Inverter overload
- o.U.1 Acceleration overvoltage
- o.U.2 Deceleration overvoltage
- o.U.3 Constant speed overvoltage
- o.U.4 Stop overvoltage