Inovance CS710 Drive

Inovance CS710 Drive Fault Codes:

Fault Code and MeaningCause and Remedy
Er102

Overcurrent during acceleration
Cause:


  • 1. The output circuit is grounded or short circuited.

  • 2. The control mode is vector control but motor auto-tuning is not performed.

  • 3. The acceleration time is too short.

  • 4. Customized torque boost or V/F curve is not appropriate.

  • 5. The voltage is too low.

  • 6. A start command is sent to the rotating motor.

  • 7. A load is added during acceleration.

  • 8. The power rating of the drive is too low.




Remedy:


  • 1. Eliminate faults of peripheral devices.

  • 2. Perform motor auto-tuning.

  • 3. Increase the acceleration time.

  • 4. Adjust the customized torque boost or V/F curve.

  • 5. Adjust the voltage to the normal range.

  • 6. Select rotational speed tracking restart or start the motor after it stops.

  • 7. Remove the added load.

  • 8. Select a drive model of higher power rating.
Er103

Overvoltage during deceleration
Cause:


  • 1. The output circuit is grounded or short circuited.

  • 2. The control mode is vector control but motor auto-tuning is not performed.

  • 3. The deceleration time is too short.

  • 4. The voltage is too low.

  • 5. A load is added during deceleration.

  • 6. No braking unit and braking resistor are installed.




Remedy:


  • 1. Eliminate faults of peripheral devices.

  • 2. Perform motor auto-tuning.

  • 3. Increase the deceleration time.

  • 4. Adjust the voltage to the normal range.

  • 5. Remove the added load.

  • 6. Install the braking unit and braking resistor.
Er104

Overvoltage at constant speed
Cause:


  • 1. The output circuit is grounded or short circuited.

  • 2. The control mode is vector control but motor auto-tuning is not performed.

  • 3. The voltage is too low.

  • 4. A load is added when the motor is running.

  • 5. The power rating of the drive is too low.




Remedy:


  • 1. Eliminate faults of peripheral devices.

  • 2. Perform motor auto-tuning.

  • 3. Adjust the voltage to the normal range.

  • 4. Remove the added load.

  • 5. Select a drive model of higher power rating.
Er105

Overcurrent during acceleration
Cause:


  • 1. The input voltage is too high.

  • 2. An external force drives the motor during acceleration.

  • 3. The acceleration time is too short.

  • 4. No braking unit and braking resistor are installed.




Remedy:


  • 1. Adjust the voltage to the normal range.

  • 2. Cancel the external force or install a braking resistor.

  • 3. Increase the acceleration time.

  • 4. Install the braking unit and braking resistor.
Er106

Overvoltage during deceleration
Cause:


  • 1. The input voltage is too high.

  • 2. An external force drives the motor during deceleration.

  • 3. The deceleration time is too short.

  • 4. No braking unit and braking resistor are installed.




Remedy:


  • 1. Adjust the voltage to the normal range.

  • 2. Cancel the external force or install a braking resistor.

  • 3. Increase the deceleration time.

  • 4. Install the braking unit and braking resistor.
Er107

Overvoltage at constant speed
Cause:


  • 1. The input voltage is too high.

  • 2. An external force drives the motor during acceleration.




Remedy:


  • 1. Adjust the voltage to the normal range.

  • 2. Cancel the external force or install a braking resistor.
Er108

Control power fault
Cause:


  • The input voltage is out of the specified range.




Remedy:


  • Adjust the input voltage to the specified range.
Er109

Undervoltage fault
Cause:


  • 1. Instantaneous power failure occurs.

  • 2. The input voltage is out of the allowable range.

  • 3. The bus voltage is abnormal.

  • 4. The rectifier bridge and pre-charge resistor are faulty.

  • 5. The drive board is faulty.

  • 6. The control board is faulty.




Remedy:


  • 1. Reset the drive.

  • 2. Adjust the voltage to the normal range.

  • 3-6. Contact the agent or Inovance.
Er110

Drive overload
Cause:


  • 1. The load is too heavy or rotors of the motor are blocked.

  • 2. The power rating of the drive is too low.




Remedy:


  • 1. Reduce the load and check the motor and mechanical conditions.

  • 2. Select a drive model of higher power rating.
Er111

Motor overload
Cause:


  • 1. The motor protection parameter bE.01 is not set properly.

  • 2. The load is too heavy or rotors of the motor are blocked.

  • 3. The power rating of the drive is too low.




Remedy:


  • 1. Set the bE.01 properly.

  • 2. Reduce the load and check the motor and mechanical conditions.

  • 3. Select a drive model of higher power rating.
Er112

Input phase loss
Cause:


  • 1. The three-phase power input is abnormal.

  • 2. The drive board, lightning protection board, control board, or rectifier bridge is abnormal.




Remedy:


  • 1. Check and eliminate wiring problems.

  • 2. Contact the agent or Inovance.
Er114

IGBT overheat
Cause:


  • 1. The ambient temperature is too high.

  • 2. The cooling air channel is blocked.

  • 3. The fan is damaged.

  • 4. The thermistor of the module is damaged.

  • 5. The IGBT module is faulty.




Remedy:


  • 1. Lower the ambient temperature.

  • 2. Clean the cooling air channel.

  • 3. Replace the fan.

  • 4. Replace the thermistor.

  • 5. Replace the IGBT module.
Er115

Built-in braking unit overloaded
Cause:


  • 1. The resistance of the braking resistor is too small.

  • 2. The braking resistor is short circuited.

  • 3. The built-in braking unit is damaged.

  • 4. The power of the load is too high.




Remedy:


  • 1. Use a braking resistor of larger resistance.

  • 2. Check the cable connection between the drive and braking resistor.

  • 3. Contact the agent or Inovance.
Er117

Contactor fault
Cause:


  • 1. The drive board or power supply is faulty.

  • 2. The contactor is faulty.




Remedy:


  • 1. Replace the drive board or power supply board.

  • 2. Replace the contactor.
Er118

Current detection fault
Cause:


  • 1. The hall is faulty.

  • 2. The drive board is faulty.




Remedy:


  • 1. Replace the hall.

  • 2. Replace the drive board.
Er119

Motor auto-tuning fault
Cause:


  • 1. The motor parameter settings are inconsistent with those on the motor nameplate.

  • 2. Motor auto-tuning times out.




Remedy:


  • 1. Set the motor parameters according to values on the motor nameplate.

  • 2. Check the cable connections between the drive and the motor.
Er120

Encoder fault
Cause:


  • 1. The encoder type does not match the drive.

  • 2. The encoder is connected incorrectly.

  • 3. The encoder is damaged.

  • 4. The PG card is faulty.




Remedy:


  • 1. Set the encoder type correctly.

  • 2. Eliminate wiring problems.

  • 3. Replace the encoder.

  • 4. Replace the PG card.
Er123

Short circuit to ground
Cause:


  • 1. The motor is short circuited to the ground.




Remedy:


  • 1. Replace the cable or motor.
Er125
Output phase loss
Cause:

1. The cables connecting the drive and the motor are abnormal.

2. The three-phase outputs of the drive are unbalanced when the motor is running.

3. The drive board is faulty.

4. The IGBT module is faulty.



Remedy:


  • 1. Eliminate faults of peripheral devices.

  • 2. Check whether the motor three-phase winding is normal. If not, rectify the fault.

  • 3. Contact the agent or Inovance.

  • 4. Contact the agent or Inovance.
Er137
Abnormal frequency direction
Cause:

The direction of the frequency reference is reverse to the direction of the motor feedback frequency.



Remedy:


  • 1. Check that motor parameters are set correctly.

  • 2. Check whether the load is heavy. If so, reduce the load.

  • 3. Modify setting of bC.02.
Er138
Abnormal frequency following
Cause:

There is large deviation between the frequency reference and the motor feedback frequency.



Remedy:


  • 1. Check that motor parameters are set correctly.

  • 2. Check whether the load is heavy. If so, reduce the load.

  • 3. Modify settings of bC.03 and bC.04.
Er140
Pulse-by-pulse current limiting fault
Cause:

1. The load is too heavy or rotors of the motor are blocked.

2. The power rating of the drive is too low.



Remedy:


  • 1. Reduce the load and check the motor and mechanical conditions.

  • 2. Select a drive model of higher power rating.
Er*41
Brake release fault
Cause:

The input brake release feedback signal is incorrect. For details, see description of b6.08.



Remedy:


  • 1. Check the brake circuit.

  • 2. Check the brake release feedback input option (input function 11) of the control board.
Er*42
Brake applying fault
Cause:

The input brake applying feedback signal is incorrect. For details, see description of b6.08.



Remedy:


  • 1. Check the brake circuit.

  • 2. Check the brake applying feedback input option (input function 12) of the control board.
Er*43
Shaft-cooling motor low-speed running timeout
Cause:

For details, see description of b0.00 and b0.01.



Remedy:


  • 1. Adjust settings of b0.00 and b0.01.

  • 2. Take protection measures to prevent the motor from overheating.
Er*44
Forward and reverse RUN commands valid simultaneously
Cause:

The drive detects forward and reverse RUN commands simultaneously.



Remedy:


  • 1. Check peripheral circuits of the forward and reverse RUN command input channels.

  • 2. Increase the DI filter time properly.
Er*45
Joystick not reset
Cause:

The drive detects the RUN command or input frequency reference signal at power-on.



Remedy:


  • 1. Ensure that all NO inputs are disabled during power-on.

  • 2. Enter the RUN command after system initialization is completed.
Er*46
Process card communication fault
Cause:

Communication between the drive and process card (CS70CF*) is abnormal.



Remedy:


  • 1. Check that bF.18 is set correctly.

  • 2. Contact the agent or Inovance.
Er*47
CANlink communication fault
Cause:

1. The CANlink extension card does not work normally.

2. The communication cable does not work normally.



Remedy:


  • 1. Check that communication cables between extension cards are securely connected.

  • 2. Check that the extension card interfaces are securely connected.

  • 3. Shorten the distances between communication nodes.
Er*48
Communication error
Cause:

1. The computer does not work normally.

2. The communication cable does not work normally.

3. Communication parameters in group bd are not set properly.



Remedy:


  • 1. Check the cable connected to the computer.

  • 2. Check the communication cable connection.

  • 3. Set the extension card correctly.

  • 4. Set communication parameters correctly.
Er*49
Parameter read-write error
Cause:

The EEPROM chip is damaged.



Remedy:


  • Replace the control board.
Er*50
External input fault
Cause:

DI function 6 is valid.



Remedy:


  • Reset the drive.
Er*51
Function code error
Cause:

1. A function parameter is not set properly.

2. The EEPROM storage chip is faulty.



Remedy:


  • 1. Use the parameter self-check function to find the abnormal function parameter and modify it.

  • 2. Replace the control board.