ABB fault codes

Fault codes

• 0000 Drive hardware setting
• 0001 Thermistor damaged
• 0002 Relay output 2
• 0003 Rated speed is higher than the synchronous speed for one pole pair
• 0004 Rated current limit exceeded
• 0005 The motor cannot, when using full auto tuning
• 0006 DC undervoltage
• 0007 Rated power and rated speed and torque are not
• 0008 AI2 loss
• 0009 (Asynchronous motors only)
• 000A Program damaged or block does not exist
• 000B (Asynchronous motors only)
• 000C Required block input missing
• 000D (Permanent magnet motors only)
• 000E Program damaged or block does not exist
• 000F - Cooling/heating system test
• 0010 Braking chopper IGBT short circuit
• 0011 Braking chopper IGBT temperature has exceeded the internal fault limit
• 0012 The braking resistor temperature has exceeded...
• 0013 (Asynchronous motors only)
• 0014 External fault 1
• 0015 External fault 2
• 0016 Ground fault
• 0017 Motor identification run did not complete successfully
• 0018 Output phase current measurement
• 0019 Output phase current measurement
• 001C A nonexistent parameter or function block is used in the program.
• 001D The parameter type is invalid for the selected pin.
• 001E Cannot output to the parameter because the parameter
• 0020 Output phase current measurement
• 0021 Safe torque off function activated
• 0022 Safe torque off function activated
• 0023 When changing safe torque off monitoring...
• 0024 Other
• 0025 Rectifier unit or braking chopper temperature
• 0026 Auto phasing program (see p. Auto phasing of a permanent magnet synchronous motor
• 0027 Configuration file
• 0028 Detected between the drive's JCU control unit and power unit
• 0029 EFB configuration file
• 002A Too many blocks.
• 0030 An external device has a fault
• 0031 Embedded fieldbus (EFB) protocol application error
• 0032 The motor speed exceeds the allowable...
• 0034 Motor phase loss
• 0035 Output wiring fault
• 0036 Incompatible software version
• 0037 Internal drive fault
• 0038 Drive and option modules (FEN-xx and/or FIO
• 0039 Encoder feedback fault
• 0040 Inlet pressure too low
• 0041 Outlet pressure too high
• 0042 Low inlet pressure
• 0043 High outlet pressure
• 0044 STO (safe torque off) requested
• 0045 STO (safe torque off) input channel 1 has not been released
• 0046 Internal drive fault
• 0055 Resettable fault generated by the technology library
• 0056 Permanent fault generated by the technology library
• 0058 The drive has not received a function request from PLC
• 0061 No speed feedback received
• 0067 Internal drive fault
• 0068 Internal drive fault
• 0069 Internal drive fault
• 0071 Flux linearization parameter mismatch
• 0073 Armature data mismatch
• 0077 Encoder 1 parameter mismatch
• 0078 Encoder 2 parameter mismatch
• 0080 Status feedback and control from the output phase
• 0090 V1 (V11) short circuit.
• 0091 V2 (V12) short circuit.
• 0092 V3 (V13) short circuit.
• 0093 V4 (V14) short circuit.
• 0094 V5 (V15) short circuit.
• 0095 V6 (V16) short circuit.
• 0096 Thyristor module test failure.
• 0097 V15 or V22 short circuit.
• 0098 V16 or V23 short circuit.
• 0099 V11 or V24 short circuit.
• 00FA Due to an improper minimum/maximum frequency setting
• 0100 V12 or V25 short circuit.
• 0101 Record the fault code for the drive internal error and contact the local ABB
• 0102 V14 or V21 short circuit.
• 0103 Motor ground fault.
• 0104 Armature winding not connected.
• 0105 DI3 (digital input 3)
• 0106 DI4 (digital input 4)
• 0107 DI5 (digital input 5)
• 0108 DI6 (digital input 6)
• 0111 DIO1 (digital input/output 1) status
• 0112 DIO2 (digital input/output 2) status
• 0119 DIL (digital input delay)
• 0201 Drive internal error
• 0206 Drive internal error
• 1 DC overvoltage
• 10 Parameterization fault
• 1000 Parameter setting mismatch
• 1001 Parameter value mismatch
• 1002 Not used
• 1003 Parameter value mismatch
• 1004 Parameter value mismatch
• 1005 Parameter value mismatch for power control
• 1006 Parameter value mismatch
• 1007 Parameter value mismatch
• 1008 Parameter value mismatch – when 8123 PFA ENAB
• 1009 Parameter value mismatch for power control
• 1010 PAR PFA & OVERRIDE
• 1011 Parameter value mismatch
• 1012 Incomplete configuration – insufficient relays have been set to parameter P
• 1013 Incomplete configuration – PFA actual number of motors (parameter 8
• 1014 Configuration incomplete - the drive cannot ... for each PFA motor
• 1015 Not used
• 1016 Conflict in user-defined load curve parameter settings
• 1017 Simultaneous use of frequency input and frequency output signals is not allowed.
• 1026 Incorrect user load curve parameter settings. Check the parameter settings.
• 1028 erFILE_ERROR
• 1034 erCODE_ERROR
• 1044 erNAK_RECEIVED
• 1080 Backup/restore timeout
• 1081 Rated ID fault
• 11 The drive is powered by a battery.
• 1101 (44Dh)
• 1102 (44Eh)
• 1103 (44Fh)
• 1104 (450h)
• 1105 (451h)
• 12 DriveConfig communication loss
• 152F BA A data input and 153 FBA A data
• 155F BA B data input and 156 FBA B data
• 1609 Start enable 2
• 1610 Display alarm
• 1801 Pulse input lower limit
• 1802 Pulse input upper limit
• 1803 Pulse input filter time
• 1804 TO mode
• 1805 DO signal
• 1806 DO on-delay
• 1807 DO off-delay
• 1808 FO assignment
• 2 DC undervoltage
• 2001 Current limit controller activated
• 2002 Overvoltage controller activated
• 2003 Undervoltage controller activated
• 2004 Direction change not allowed
• 2005 Fieldbus communication timeout
• 2006 Analog input 1 loss
• 2007 Analog input 2 loss
• 2008 Control panel communication loss
• 2009 Drive heatsink overheat
• 2010 Motor heating
• 2011 Not used
• 2012 Motor operating in the stall region
• 2013 Auto reset
• 2014 The interface board (between the power unit and control unit) temperature has exceeded the internal alarm...
• 2015 This alarm message indicates that the PFA interlock function is activated
• 2016 Reserved
• 2018 Sleep
• 2019 Identification run: Perform an identification run
• 2020 Overload mode activated
• 2021 1 MISSING Start enable 1 loss • This alarm
• 2022 2 MISSING This alarm signal indicates START E
• 2023 Activate the emergency stop function
• 2024 Not used
• 2025 Motor first start signal
• 2026 DC voltage oscillation in the intermediate DC circuit
• 2027 Parameter 3701 USER LOAD C MODE
• 2028 See parameter 2113 STARTDELAY
• 2030 Resolver input activated for the first time.
• 2031 Encoder cable fault detected
• 2032 Pipe filling
• 2033 Inlet pressure too low
• 2034 Outlet pressure too high
• 2035 Detected between the drive's JCU control unit and power unit
• 2036 Cannot restore backup parameters
• 2041 Motor configuration parameter settings are incorrect
• 2047 No speed feedback received
• 2048 Drive and option module
• 2072 The voltage in the intermediate DC circuit has not increased
• 2075 Activate undervoltage mode
• 2085 Loss of connection between the drive's JCU control unit and power unit
• 2089 Activate the auto inertia tuning function
• 2110 Transformer overcurrent
• 2113 Transformer no-load overcurrent
• 2118 MCB unexpected closing
• 211B Mains current asymmetry
• 211C Mains phase loss
• 211D Mains loss
• 211E SBU mains voltage deviation; mains voltage mismatch
• 2200 Unexpected file
• 2201 Unexpected character
• 2202 End of line required
• 2203 Then required
• 2204 Unexpected Else
• 2205 End If required
• 2206 Case required
• 2207 End is required
• 2208 End is required
• 2209 Until required
• 2210 End is required
• 2211 Identifier required
• 2213 To required
• 2214 Next required
• 2215 Incorrect identifier in Next
• 2216 Required
• 2217 Unexpected Return
• 2218 Unexpected Sub
• 2219 Unexpected Function
• 2220 Missing opening parenthesis
• 2221 ) required
• 2226 End is required
• 2227 A data class is required
• 2228 End is required
• 2229 Unwanted Task
• 2230 End is required
• 2231 Unwanted Event
• 2232 End is required
• 2233 Unwanted Startup
• 2234 End is required
• 2235 Non-reference matrix
• 2236 Cannot perform initialization
• 2237 Else does not have If
• 2238 End If does not have If
• 2239 Case not present
• 2240 End Select does not have Select
• 2241 End While does not have While
• 2242 Until does not have Repeat
• 2243 End Loop does not have Loop
• 2244 Next does not have For
• 2245 End Sub does not have Sub
• 2246 Function has no FunctionEnd Fu
• 2247 End Task has no Task
• 2248 End Event does not have Event
• 2249 End Startup
• 2250 Block not found
• 2251 Sub block cannot be found
• 2252 Function block not found
• 2253 Task block not found
• 2254 Event block not found
• 2255 Startup module not found
• 2256 While block not found
• 2257 Repeat block not found
• 2258 For block cannot be found
• 2259 Loop block not found
• 2262 Only in Dim
• 2263 End is required
• 2281 Calibration
• 2310 Overcurrent
• 2330 Ground leakage
• 2340 Short circuit
• 2352 Motor W2 phase overcurrent
• 2355 Motor U2 phase loss
• 2356 Motor V2 phase loss
• 2357 Motor W2 phase loss
• 2381 IGBT overload
• 2391 BU current difference
• 2392 BU ground leakage
• 2405 05.01 LIFT SW bit 11 braking when the motor is not running
• 2406 Leveling activated during the previous run
• 2407 Enable the intelligent deceleration function using an encoder
• 2E00 Overcurrent
• 2E01 Ground leakage
• 2E02 Short circuit
• 2E03 Calibration
• 2E04 IGBT overload
• 2E05 BU current difference
• 2E06 BU ground leakage
• 2E08 External ground leakage operation
• 2E09 DC short circuit
• 2E0A Current asymmetry (Currentasymmetry)
• 2E0B Current difference, 12 pulse
• 2E0C User current fault
• 3 Output short circuit
• 3000 Invalid voltage chain data point
• 3023 Inhibit this fault
• 3102 External event 1 type
• 3104 External event 2 type
• 3106 External event 3 type
• 3108 External event 4 type
• 3110 External event 5 type
• 3130 Input phase loss
• 3180 Charging relay loss
• 3181 Wiring or ground fault
• 3210 DC bus overvoltage
• 3220 DC bus undervoltage
• 3230 PM DC circuit overvoltage
• 3231 PM DC circuit undervoltage
• 3233 PM +5V power supply fault
• 3234 PM +5V power supply regulation fault
• 3236 PM DC circuit capacitor imbalance
• 3237 PM input voltage deviation
• 3238 PM input overvoltage
• 3239 Power module diode open circuit
• 323A Power module charging timeout
• 3280 Standby timeout
• 3291 DC voltage difference
• 3293 DC imbalance fault
• 3330 Motor U2 phase voltage sensor detection fault
• 3331 Motor V2 phase voltage sensor detection fault
• 3332 Motor W2 phase voltage sensor detection fault
• 3333 Ground fault
• 3381 Output phase loss
• 3385 Auto phase search
• 3E00 Input phase loss
• 3E02 Charging relay loss
• 3E04 DC bus overvoltage
• 3E05 DC bus undervoltage
• 3E06 BU DC circuit voltage difference
• 3E07 BU voltage difference
• 3E08 LSU charging
• 3E09 Charging counter
• 3E0A LSU Charging DC bus fault
• 3E0B Output phase loss
• 3E0D DC circuit overvoltage
• 3E0F Synchronization
• 3E11 ES Voltage difference
• 3E12 ES Overvoltage
• 3E13 ES Undervoltage
• 4 Output overcurrent
• 4000 Motor cable overload
• 4001 Drive rating data invalid
• 4002 Invalid drive maximum speed
• 4003 Configuration does not support this test
• 4004 Axis error occurred
• 4005 Invalid calculated torque constant
• 4006 Inductance is zero
• 4007 Resistance is zero
• 4008 User aborted the test
• 4009 Cannot capture data during the test
• 4010 Resistance too low; possible short circuit
• 4011 AutotuningUnsupported feedback device
• 4012 Encoder/resolver sensing error
• 4013 Hall sequence does not match the expected sequence
• 4014 Resolver value does not match the expected value
• 4015 Invalid position control update rate
• 4016 Mathematical error in gain calculation
• 4017 Invalid drive setting
• 4018 Cannot fit the voltage/current data module
• 4019 Cannot fit the voltage/current transient module
• 4020 Cannot fit the load speed data module
• 4021 Motor test timeout
• 4022 Motor travels too far during the test
• 4023 Insufficient test data for motor identification
• 4024 Invalid flux model parameters
• 4025 Invalid load model identification
• 4026 Invalid encoder parameters. Invalid encoder parameters.
• 4027 Motor inductance not set
• 4028 Cannot set stator resistor
• 4029 Cannot set stator leakage inductance
• 4030 Invalid motor pole pitch
• 4031 Invalid number of motor poles
• 4032 Load inertia not set
• 4033 Cannot set maximum motor flux
• 4035 Cannot set load inertia
• 4036 Cannot set load damping
• 4037 Cannot set controller proportional gain
• 4038 Cannot set current controller integral gain
• 4039 Cannot set the speed controller proportional gain
• 4040 Cannot set the speed controller integral gain
• 4041 Cannot set the position proportional gain
• 4042 Cannot set the position derivative gain
• 4043 Cannot set the position integral gain
• 4044 Cannot set the speed feedforward gain
• 4045 Cannot set the speed feedback gain
• 4046 Cannot set the acceleration feedback gain
• 4047 Inertia test failure
• 4048 Voltage constant test failure
• 4049 Cannot set the offset angle
• 4050 Cannot set the observer gain K1
• 4051 Cannot set the observer gain K2
• 4052 Cannot set the observer gain KJ
• 4053 Cannot enable integral position control
• 4055 Invalid auto-tuning operation number
• 4060 Cannot enable the drive
• 4061 Drive communication error
• 4062 Absolute encoder wiring error
• 4063 Encoder fault
• 4065 Test movement will take too long
• 4066 Test movement speed too high
• 4067 Motor rated current not defined
• 4068 Current control loop not tuned
• 4069 Auto tuning does not support this motor type
• 4070 Cannot set the flux control proportional gain
• 4071 Cannot set flux control integral gain
• 4074 Cannot set field inductance
• 4100 Ambient temperature
• 4110 Control board temperature
• 4180 Temperature difference too large
• 4210 IGBT overheat
• 4220 PM heatsink overheat
• 4221 PM HCB overheat
• 4290 Cooling
• 42F1 IGBT temperature
• 4310 Overtemperature
• 4380 Temperature difference too large
• 4381 PCB board cooling
• 4981 External temperature 1
• 4982 External temperature 2
• 4990 CPTC-02 not found
• 4991 Safety motor temperature
• 4992 Safety motor temperature 2
• 4993 Safety motor temperature 3
• 4E01 Cooling
• 4E02 IGBT temperature
• 4E03 Overtemperature
• 4E04 Temperature difference too large
• 4E06 Cabinet temperature fault
• 4E07 Control board temperature
• 4E08 Semiconductor temperature
• 4E09 Ambient temperature
• 4E0A PCB space cooling
• 5 Feedback trip
• 5001 Control board power supply fault
• 5002 CVMI2 board power supply fault
• 5003 SBU CVMI board power supply fault
• 5010 PM HB1 short-circuit shutdown
• 5011 PM HB2 short-circuit shutdown
• 5013 PM charging relay not closed
• 5014 Incompatible power module ratings
• 5015 PM DC voltage sensor detection fault
• 5016 PM heatsink temperature detection fault
• 501C Power module HB1 IGBT repeated desaturation
• 501D Power module HB2 IGBT repeated desaturation
• 501E Power module HB1 or HB2
• 501F Power module HB1 and HB2
• 5029 Power module subcapacitor overvoltage 1
• 5030 Power module subcapacitor overvoltage 2
• 5031 Capacitor activation process failure
• 5032 PIL Mains switch control fault
• 5080 fan
• 5081 Auxiliary fan damaged
• 5089 SMT circuit fault
• 5090 STO Hardware fault
• 5091 Safety torque off
• 5092 PU logic error
• 5093 Rated ID mismatch
• 5094 Measurement circuit temperature
• 5095 Redundant measurement
• 5096 Hardware overheat
• 5098 I/O communication loss
• 50A0 fan
• 50A1 Emergency stop button pressed
• 5681 PU communication
• 5682 Power unit loss
• 5690 PU internal communication
• 5691 Measurement circuit ADC
• 5692 PU board power loss
• 5693 Measurement circuit DFF
• 5694 PU communication configuration
• 5695 Derated run
• 5696 PU status feedback
• 5697 charging feedback
• 5698 Unknown PU fault
• 5E00 fan
• 5E01 Auxiliary fan damaged
• 5E03 XDIL Circuit open
• 5E04 PU logic error
• 5E05 Rated ID mismatch
• 5E06 Main contactor fault
• 5E07 PU communication
• 5E08 Power unit loss
• 5E09 PU internal communication
• 5E0A Measurement circuit ADC
• 5E0B PU board power loss
• 5E0C Measurement circuit DFF
• 5E0D PU communication configuration
• 5E0E Derated run
• 5E0F PU status feedback
• 5E10 charging feedback
• 5E11 Unknown PU fault
• 5E13 Auxiliary circuit breaker fault
• 5E14 Measurement circuit temperature
• 5E17 12 Pulse run fault
• 5E19 CU Logic error
• 5E1A Fuse
• 5E1B Braking chopper
• 5EA1 SoC overtemperature
• 6 Analog input value below 4 mA/2 V
• 6000 Internal software error
• 6001 Parameter value out of range
• 6004 Parameter definition has changed
• 607A Trial mode has expired
• 607C License key loss
• 607D h setting
• 607E PM Software update in progress
• 607F PM Software update complete
• 6080 PM Software checksum error
• 6110 PM Configuration fault
• 6111 PM Undefined fault
• 6112 PM Undefined status
• 6120 CVMI2 Configuration fault
• 6122 CVMI2 Version incompatibility
• 6181 FPGA version incompatible
• 6182 Unrecoverable software error
• 6200 Checksum mismatch
• 6306 Fieldbus A mapping file
• 6307 Fieldbus adapter B image file
• 6481 Task overload
• 6487 Stack overflow
• 64A1 Internal file loading
• 64A2 Internal record loading
• 64A3 Application program loading
• 64A4 Rated ID fault
• 64A5 License fault
• 64A6 Adaptive program
• 64B0 Memory disconnected
• 64B1 Internal SSW fault
• 64B2 User set fault
• 64B3 Macro parameter setting error
• 64E1 Kernel overload
• 64FF Fault reset
• 6581 Parameter system
• 6591 Backup/restore timeout
• 65A1 Fieldbus adapter A parameter conflict
• 65A2 Fieldbus adapter B parameter conflict
• 65B1 Reference source parameter setting
• 6681 Embedded fieldbus communication lost
• 6682 Embedded fieldbus protocol
• 6683 Invalid embedded fieldbus parameter setting
• 6684 Embedded fieldbus loading fault
• 6685 Embedded fieldbus fault 2
• 6686 Embedded fieldbus fault 3
• 6881 Text data overflow
• 6882 Text 32 bit table overflow
• 6883 Text 64 bit table overflow. Internal fault.
• 6885 Text file overflow
• 6E00 FPGA version incompatible
• 6E03 Task overload
• 6E04 Stack overflow
• 6E05 Internal file loading
• 6E06 Internal record loading
• 6E07 Application program loading
• 6E08 Memory disconnected
• 6E09 Internal SSW fault
• 6E0A User parameter set fault
• 6E0B Kernel overload
• 6E0C Parameter system
• 6E0F EFB communication open
• 6E10 EFB configuration file
• 6E11 EFB parameter setting invalid
• 6E12 EFB loading fault
• 6E15 Text data overflow
• 6E16 Text 32 bit table overflow
• 6E17 Text 64 bit table overflow
• 6E18 Text file overflow
• 6E19 Synchronization fault
• 6E1A Rated ID fault
• 6E1B Backup/restore timeout
• 6E1C Emergency stop fault
• 6E1D Internal software error
• 6E1E Unrecoverable software error
• 6E1F License fault
• 6E20 Fault reset
• 6E21 RRU Software
• 6E27 Custom program
• 7 Motor overload (I2t overload)
• 7080 Optional module communication loss
• 7081 Control panel missing
• 7082 I/O module communication loss
• 7083 Control panel reference conflict
• 7084 Control panel/PC tool version conflict
• 7085 Incompatible option module
• 7086 AI overvoltage
• 7087 I/O module configuration
• 7100 Field current
• 7121 Motor stall
• 7122 Motor overload
• 7181 Braking resistor
• 7183 BR overtemperature
• 7184 Braking resistor cable connection
• 7191 BC short circuit
• 7192 Braking chopper IGBT overtemperature
• 71A2 Mechanical brake application failure
• 71A3 Mechanical brake release failure
• 71A5 Mechanical brake release not permitted
• 71B1 Motor fan
• 7301 Motor speed feedback
• 7310 Overspeed
• 7358 Line-side converter fault
• 7380 Encoder internal fault internal fault
• 7381 Encoder feedback fault
• 73A0 Speed feedback configuration
• 73A1 Load feedback
• 73B0 Emergency stop ramp failure
• 73B1 Stopping fault
• 73F0 Overfrequency
• 7510 Fieldbus adapter A communication
• 7520 Fieldbus adapter B communication
• 7534 PM Receive channel fault
• 7539 Hub RX general error
• 7540 CVMI2 communication loss
• 7541 SBU CVMI communication loss
• 7580 INU-LSU communication loss
• 7581 DDCS controller communication loss
• 7582 Master/slave communication loss
• 7583 Line-side unit fault
• 7584 LSUCharging failure
• 7A9A FSxUndefined fault
• 7A9B FSxInternal faultFSxInternal fault
• 7A9C FSx STODiagnostic fault
• 7A9D FSxTemperature faultFSxTemperature fault
• 7A9E FSxConfiguration faultFSxConfiguration fault
• 7A9F FSxCommunication faultFSxCommunication fault
• 7AA0 FSxSafety ramp fault
• 7E00 Option module communication interrupted
• 7E01 Control panel loss
• 7E10 External I/O communication loss
• 7E11 DDCS controller communication interrupted
• 7E13 Incompatible option module
• 8 Inverter overload or internal overtemperature
• 8000 EtherCAT AL status code
• 8001 ULC underload fault
• 8002 ULC overload fault
• 8003 PROFInet error code
• 8006 Insufficient memory for the application program.
• 8007 The application program contains an incorrect library version.
• 8009 The application program contains an invalid task
• 800A The application contains an unknown target
• 800B Application program loading failure
• 802D CVMI restarted while BCON was powered on
• 80A0 AI Monitoring
• 80B0 Signal supervision 1
• 80B1 Signal supervision 2
• 80B2 Signal supervision 3
• 80B3 Signal monitoring 4
• 80B4 Signal monitoring 5
• 80B5 Signal monitoring 6
• 8201 The restriction license can be found in the device.
• 8E00 Overvoltage
• 8E06 AI Monitoring
• 8E07 Network loss
• 9 Other faults (internal fault)
• 9081 External fault 1
• 9082 External fault 2
• 9083 External fault 3
• 9084 External fault 4
• 9085 External fault 5
• 9E01 External fault 1
• 9E02 External fault 2
• 9E03 External fault 3
• 9E04 External fault 4
• 9E05 External fault 5
• A1 Operation failure
• A10 Overcurrent
• A101 Start inhibition
• A102 Emergency stop
• A1024 24VPower supply
• A1026 Fan overload
• A1027 Fan underload
• A103 Motor 1 temp. alarm
• A104 Motor 1 overl.alarm
• A105 Conv. overtemp.
• A106 Current reg blocked
• A107 Calculated motor overload
• A108 RAM-backup failed
• A11 Overvoltage
• A110 System restart
• A111 MainsLowVolt
• A112 Point-to-point and master/slave communication
• A113 SDCS-COM-8 communication loss
• A114 Armature current deviation
• A115 Tachogenerator range
• A117 Armature current ripple
• A118 Mains underv.alarm
• A12 DC undervoltage
• A120 Arm.curr.dev.alarm
• A121 Ext.Overvolt.Alarm
• A123 Motor 2 temp. alarm
• A124 Motor 2 overl alarm
• A125 Speed feedback
• A126 Conv.FAN ack.alarm
• A127 Ext. FAN ack.alarm
• A128 Control panel disconnected
• A129 Type code changed
• A13 Direction locked
• A130 Initial values loaded (parameter group 2)
• A131 Parameters added
• A132 Param set 2 missing
• A133 RetainInv
• A134 Backup not allowed
• A135 Upload or download failure
• A136 Write backup alarm
• A137 Arm. current ripple
• A138 Init values read
• A139 Off3FieldBus
• A14 Serial communication loss
• A140 Auto-reclosing
• A141 SDCS-COM-8 firmware version conflict
• A143 Macro change failed
• A15 PanTxt not
• A16 Analog input 1 loss
• A17 Analog input 2 loss
• A18 Control panel loss
• A186 Power module status mismatch
• A187 Transformer phase U1 bias current exceeds the limit
• A188 Transformer phase V1 bias current exceeds the limit
• A189 Motor phase U2 bias current exceeds the limit
• A18A Motor phase V2 bias current exceeds the limit
• A19 Drive overtemperature
• A190 Low-frequency operation
• A2 Start valid
• A20 Motor overtemperature
• A2001 Overcurrent
• A2002 Overvoltage
• A2003 Undervoltage
• A2004 Direction locked
• A2006 Analog input 1 loss
• A2009 Drive overtemperature
• A2010 Motor overtemperature
• A2011 Underload
• A2012 Motor stall
• A2013 AUTORESET cing
• A2017 Stop key
• A2018 PID sleep
• A2023 Emergency stop
• A2026 Input phase loss
• A21 Underload
• A22 Motor stall
• A23 DDCS communication loss
• A26 Output overload
• A27 Auto reset
• A28 PID sleep
• A283 Motor overload warning
• A284 Drive overload warning
• A29 Auto switching
• A290 Low-frequency current limit active
• A291 Motor torque has reached the pull-out torque
• A2A1 Current calibration
• A2B1 Overcurrent
• A2B3 Ground leakage
• A2B4 Short circuit
• A2BA IGBT overload
• A2C1 BU current difference
• A2C3 BURectifier difference
• A3 Local/remote
• A30 Interlock
• A301 Custom alarm 1 (AP)
• A302 Custom alarm 2 (AP)
• A303 Custom alarm 3 (AP)
• A304 Custom alarm 4 (AP)
• A305 Custom alarm 5 (AP)
• A3A1 DC bus overvoltage
• A3A2 DC bus undervoltage
• A3AA DC not charged
• A3C2 BU voltage difference
• A3D0 Mains power loss ride-through
• A4 Converter Temp High
• A480 Motor cable overload
• A490 Incorrect
• A491 External temperature 1
• A492 External temperature 2
• A497 Motor temperature 1
• A498 Motor temperature 2
• A499 Motor temperature 3
• A4A0 Control board temperature
• A4A1 IGBT overheat
• A4A9 Cooling
• A4B0 Overtemperature
• A4B1 Temperature difference too large
• A4B2 PCB board cooling
• A4F6 IGBT temperature
• A5 Keys disabled
• A5000 Forward hardware
• A5001 Reverse hardware
• A5002 Emergency stop
• A5008 Position deviation
• A5011 The drive is controlled by another control source.
• A5012 Direction of rotation locked
• A5013 Start inhibit active; panel control disabled
• A5014 Drive fault; panel control is disabled.
• A5015 Local control mode locked; panel control disabled
• A5017 PSO position
• A5018 PSO start
• A5019 Writing non-zero parameter val
• A5022 Parameter write protection
• A5023 Parameter changes are not permitted during operation
• A5024 The drive is executing a task.
• A5026 Value at or below the lower limit
• A5027 Value at or above the upper limit
• A5028 Invalid value
• A5029 Memory not ready
• A5030 Invalid request
• A5031 The drive is not ready (e.g., low DC voltage).
• A5032 Parameter error
• A580 PU communication
• A581 fan
• A582 Auxiliary fan missing
• A591 Drive hardware initialization
• A5A0 Safety torque off
• A5A3 Safe off main
• A5EA Measurement circuit temperature
• A5EB PU board power loss
• A5EC PU internal communication
• A5ED Measurement circuit ADC
• A5EE Measurement circuit DFF
• A5EF PU status feedback
• A5F0 charging feedback
• A5F1 Redundant measurement
• A5F2 Hardware overtemperature
• A5F3 Switching frequency below
• A5F4 Control unit battery
• A6 Parameter/local locked
• A682 Flash erase speed exceeded
• A683 Save data to the power unit
• A684 SD card
• A685 Power supply fault save
• A686 Checksum mismatch
• A687 Checksum and configuration
• A688 Parameter mapping configuration
• A689 Mapped parameter value truncated
• A690 SD card data write failure
• A692 Flash erase overspeed
• A6A4 Motor rated values
• A6A5 No motor data
• A6A6 Voltage class not selected
• A6A7 System time not set
• A6B0 User lock enabled
• A6B1 User password not confirmed
• A6D1 Fieldbus adapter A parameter conflict
• A6D2 Fieldbus adapter B parameter conflict
• A6DA Reference source parameterization
• A6E5 AI parameter setting
• A6E6 ULC configuration
• A6E7 IPC configuration warning
• A6FA Trial mode activated
• A6FB Trial mode expiring soon
• A6FD Rated parameter setting failure
• A6FE Invalid rated value
• A6FF PIL PLL deviation
• A7 Factory macro
• A780 Motor stall
• A781 Motor fan
• A782 FEN temperature
• A783 Motor overload
• A784 Motor disconnected
• A791 Braking resistor
• A792 Braking resistor cable connection
• A793 BR overtemperature
• A794 BR data
• A797 Speed feedback configuration
• A798 Encoder option communication interrupted
• A79B Braking chopper
• A79C Braking chopper IGBT overtemperature
• A7A1 Mechanical brake application fault
• A7A2 Mechanical brake release fault
• A7A5 Mechanical brake release not permitted
• A7AA Extended AI parameter setting
• A7AB Extension I/O configuration failure
• A7AC I/O module internal error
• A7B0 Motor speed feedback
• A7B1 Load speed feedback
• A7C1 Fieldbus adapter A communication
• A7C2 Fieldbus adapter B communication
• A7CA DDCS controller communication loss
• A7CB Master/follower communication loss
• A7CE Embedded fieldbus communication lost
• A7DC FSx undefined warning
• A7DD FSx safety bus warning description in the User Manual
• A7E1 Encoder
• A7EE Control panel loss
• A7F0 FSCA-01 communication module firmware incompatible
• A8 Mains Drop Out
• A800 High-frequency injection position search timeout
• A801 High-frequency injection polarity search timeout
• A880 Motor bearing
• A881 Output relay
• A882 Motor start
• A883 Powered on
• A884 Main contactor
• A885 DC charging
• A886 Real-time 1
• A887 Real-time 2
• A888 Edge counter 1 (editable message text)
• A889 Edge counter 2 (editable message text)
• A88A Value counter 1 (editable message text)
• A88B Value counter 2 (editable message text)
• A88C Device clear
• A88D DC capacitor
• A88E Cabinet fan
• A88F Cooling fan
• A890 Additional cooling
• A891 0x0001: Torque limit
• A892 0x0001: Undervoltage
• A8A0 AI Monitoring
• A8A1 RO service life warning
• A8A2 RO Jog warning
• A8B0 ABBSignal supervision1
• A8B1 ABBSignal supervision2
• A8B2 ABBSignal supervision3
• A8B3 ABBsignal supervision4
• A8B4 ABBsignal supervision5
• A8B5 ABBsignal supervision6
• A8BE ULC overload warning
• A8BF ULC underload warning
• A8C0 ULC Invalid speed table
• A8C1 ULC overload warning
• A8C4 ULC underload warning
• A8C5 ULC Invalid underload table
• A8C6 ULC Invalid overload table
• A8C8 ULC Invalid frequency table
• A9 Eme Stop Pending
• A981 External warning 1
• A982 External warning 2
• A983 External warning 3
• A984 External warning 4
• A985 External warning 5
• A988 Power module voltage imbalance alarm
• AC500 PLC and bus adapter module
• ACS 600 TEMP Drive overtemperature
• ACS 800 TEMP Drive IGBT overtemperature.
• ACS800 TEMP Drive IGBT overtemperature
• AE00 Current calibration
• AE01 Overcurrent
• AE02 Ground leakage
• AE03 Short circuit
• AE04 IGBT overload
• AE05 BU current difference
• AE06 BU ground leakage
• AE09 DC bus overvoltage
• AE0A DC bus undervoltage
• AE0B DC not charged
• AE0C BU Poor DC circuit
• AE0D BU voltage difference
• AE0E Temperature sensor setting error
• AE0F External temperature
• AE10 External temperature 1 warning
• AE11 External temperature 2 warning
• AE14 Overtemperature
• AE15 Temperature difference too large
• AE16 IGBT temperature
• AE17 PU communication
• AE18 XSTO Circuit open
• AE19 Measurement circuit temperature
• AE1A PU board power loss
• AE1B PU internal communication
• AE1C Measurement circuit ADC
• AE1D Measurement circuit DFF
• AE1E PU status feedback
• AE1F charging feedback
• AE20 Internal software error
• AE21 Flash erase speed exceeded
• AE24 Voltage class not selected
• AE27 AI parameter setting
• AE2E FIO-11 AI parameter setting
• AE2F Extension module I/O configuration fault
• AE30 FB A Communication
• AE31 FB B communication (FB Bcommunication)
• AE32 EFB communication open
• AE3E Control panel loss
• AE40 Output relay warning
• AE41 Supply unit start warning
• AE42 Power supply start warning
• AE43 Main contactor warning
• AE44 DC charging warning
• AE45 Real-time timer 1
• AE46 Real-time timer 2
• AE47 Edge count 1
• AE48 Edge count 2
• AE49 Numerical counter 1
• AE4A Value counter 2
• AE4B Equipment cleaning warning
• AE4C DC capacitor warning
• AE4D Cabinet fan warning
• AE4E Cooling fan warning
• AE4F Additional cooling fan warning
• AE51 External warning 1
• AE52 External warning 2
• AE53 External warning 3
• AE54 External warning 4
• AE55 External warning 5
• AE56 INU-LSU Communication interrupted
• AE57 Auto reset
• AE58 Emergency stop (off2)
• AE59 Emergency stop (off1 or off3)
• AE5A Start enable signal missing
• AE5B Start enable signal loss
• AE5C External power supply signal missing
• AE5F Temperature warning
• AE60 Control board temperature
• AE61 Overvoltage
• AE62 Undervoltage
• AE67 AI Monitoring
• AE68 Emergency stop warning
• AE69 Synchronization
• AE6A Current asymmetry (Currentasymmetry)
• AE6B Input phase loss
• AE6C Semiconductor temperature
• AE6D DDCS controller communication interrupted
• AE6E Internal software error
• AE6F Ambient temperature
• AE73 fan
• AE74 Current difference, 12 pulse
• AE75 SD card
• AE76 PCB space cooling
• AE78 Mains loss
• AE79 Power supply fault save
• AE7F User password unchanged
• AE80 Auxiliary fan missing
• AE81 MF communication loss
• AE82 Slave fault
• AE84 Fan run time counter
• AE85 Charging counter
• AE87 External ground leakage operation
• AE88 Parameter mapping configuration
• AE89 Mapped parameter value truncated
• AE8A User lock enabled
• AE8B User password not confirmed
• AE8C Control unit battery
• AEA0 Phase sequence
• AF80 INU-LSU communication loss
• AF85 Line-side unit warning
• AF88 Seasonal configuration warning
• AF8C Process PID sleep mode (sixteen
• AF90 Speed controller auto tuning
• AFAA Auto reset
• AFE1 Emergency stop (off2)
• AFE2 Emergency stop (off1 or off3)
• AFE7 Follower drive
• AFE9 Start delay
• AFEA Start enable signal loss
• AFEB Start enable signal loss
• AFEC External power supply signal missing
• AFED Rotation enable
• AFEE Start interlock 1
• AFEF Start interlock 2
• AFF0 Start interlock 3
• AFF1 Start interlock 4
• AFF2 Forced run license warning
• AFF3 Start interlock forced warning
• AFF5 Override requires a new start
• AFF6 Identification run
• AFF7 Auto phase search
• AFF8 Motor heating active
• AFFE Override active
• AI < MIN FUNC Analog input below minimum
• AL1 Parameter upload/download error
• AL10 Overcurrent
• AL11 Overvoltage
• AL12 Undervoltage
• AL13 Direction locked
• AL14 Serial communication loss
• AL15 Modbus error response caused by serial communication
• AL16 AI 1 loss
• AL17 AI 2 loss
• AL18 Control panel loss
• AL19 ACS400 overtemperature (action threshold 95 %)
• AL2 Running; operation inhibited
• AL20 Motor overtemperature (action threshold 95 %)
• AL21 Motor stall alarm
• AL3 Operation not permitted in the current control mode (local/remote)
• AL5 The control panel cannot start, stop, change direction, or set the reference
• AL6 Operation not permitted
• AL7 Operation invalid when using the FACTORY macro
• AMBIENT TEMP Ambient temperature error
• AtF-01 Auto-tuning fault
• AtF-02 Auto-tuning fault
• AtF-03 Auto-tuning fault
• AtF-04 Auto-tuning fault
• AtF-05 Auto-tuning fault
• B5A0 STO event
• B5A2 Power-on
• B5A4 Software internal diagnostics
• B5A5 Software package version
• B670 Capacitor activation process started
• B671 Capacitor activation process ended
• B672 Capacitor activation process interrupted
• B673 Factory data recording triggered
• B677 On-site commissioning complete
• B678 Main circuit breaker closed status
• B680 Subsequent SSW internal diagnostic event: 1.program counter2.link register
• B681 Manual mode selected
• B682 Off mode selected
• B683 Auto mode selected
• B686 Checksum mismatch
• B6B3 Parameters changed
• B6B4 Commissioning steps complete
• B6B7 Phase W2 overcurrent during synchronization
• B6B8 Power module DC circuit overvoltage during synchronization
• B6B9 Power module HB1 short-circuit shutdown during synchronization
• B6BA Power module HB2 short-circuit shutdown during synchronization
• B6BB Power module during synchronization
• B6BC Power module during synchronization
• B891 0x0001: Torque limit
• B892 0x0001: Undervoltage
• B932 PM heatsink fin temperature high
• BACKUP ERROR Retry.
• BACKUP USED PC stored drive parameter backup file is being downloaded for use
• BATT FAILURE APBUFiber optic distributor backup battery error cause
• BC OVERHEAT Braking chopper overload
• BC SHORT CIR Braking chopper IGBT(s) short circuit.
• BE02 MCB maintenance notification
• BE03 External pure event 1
• BE04 External pure event 2
• BE05 External pure event 3
• BE06 External pure event 4
• BE07 External pure event 5
• BE08 Power supply start
• BE09 Software internal diagnostics
• BR BROKEN The braking resistor is not connected or is damaged.
• BR OVERHEAT Braking resistor overload
• BR WIRING Incorrect braking resistor connection.
• BRAKE ACKN Brake applied (holding) acknowledgment fault
• C6A3 This notification is recorded in the SD card log when the language is changed.
• C6B3 This notification is recorded in the SD card log when parameters are updated.
• CALIBRA DONE Output current transformer calibration completed
• CALIBRA REQ Output current transformer calibration required
• CHOKE OTEMP Drive output filter overtemperature.
• COMM MODULE Communication module fault
• CTRL B TEMP The control board temperature is above 88 °C.
• CURR MEAS Current measurement fault
• D100 Torque checksum
• D101 Braking slip
• D102 Braking safety closure
• D103 INU air pressure sensor fault
• D104 Speed matching
• D105 Speed matching
• D106 Inverter overload
• D108 Stop limit I/O error
• D10A Holding brake not selected
• D200 The brake slips at standstill position 2
• D201 Forward slow-down limit
• D202 Reverse slow-down limit
• D203 Peak torque protection active
• D204 Ambient temperature low
• D205 Forward stop limit
• D206 Reverse stop limit
• D207 Slave drive 1 fault.
• D208 Joystick reference check
• D209 Joystick zero position
• D20A Quick stop
• D20B Power-on acknowledgment
• D20C Speed matching
• D20E Winch system identification run active
• D20F Winch system identification run complete
• D23A Single-motor control mode is the same
• D240 Charging too frequent
• D401 Maximum cleaning cycle count fault
• D402 High level
• D403 Low level
• D404 Dry run
• D405 Pipe filling timeout
• D406 Maximum flow protection
• D407 Minimum flow protection
• D408 Minimum outlet pressure
• D409 Maximum outlet pressure
• D40A Minimum inlet pressure
• D40C Cavitation detected
• D501 No more PFCmotors available
• D502 All motor interlocks
• D503 VSDControlPFCmotor interlock
• D505 Maximum cleaning cycles warning
• D506 Cannot perform pump cleaning
• D507 Pump cleaning required
• D508 High liquid level
• D509 Low liquid level
• D50A Dry run
• D50B Pipe filling timeout
• D50C Maximum flow protection
• D50D Minimum flow protection
• D50E Minimum outlet pressure
• D50F Maximum outlet pressure
• D510 Minimum inlet pressure
• D511 Cavitation control
• D591 Minimum run time
• DC BUS LIM Due to intermediate DC voltage that is too high or too low
• DC HIGH RUSH Drive supply voltage is too high.
• DC OVERVOLT DC overvoltage
• DC UNDERVOLT Insufficient intermediate DC circuit voltage.
• DCF80 S800 and S801 on 3-0035 and DCF803-0025.
• E100 Transformer phase U1 overheat
• E101 Transformer phase V1 overheat
• E102 Transformer phase W1 overheat
• E103 Ambient temperature too high
• E106 Drive heater fault
• E107 Motor heater fault
• E109 MCB unavailable
• E10A MCB External protection
• E10C TRU cooling fan 1 fault
• E10D TRU cooling fan 2 fault
• E10E TRU cooling fan 3 fault
• E10F Control power fault
• E111 TRU cooling fan 4 fault
• E113 INU cooling fan 1 fault
• E114 MCB control fault
• E115 INU cooling fan 2 fault
• E116 INU cooling fan 3 fault
• E118 INU Cabinet door not closed
• E119 MCB conflict
• E11A INU cooling fan 4 fault
• E11C INU cabinet door not locked
• E11D Transformer temperature sensor fault
• E123 Motor phase U1 overheat
• E124 Motor phase V1 overheat
• E125 Motor W1 phase overheat
• E126 Motor U2 phase overheat
• E127 Motor V2 phase overheat
• E128 Motor W2 phase overheat
• E129 Motor drive-end bearing overheat
• E12A Motor non-drive-end bearing overheat
• E130 Motor U1 phase temperature sensor fault
• E131 Motor V1 phase temperature sensor fault
• E132 Motor W1 phase temperature sensor fault
• E133 Motor U2 phase temperature sensor fault
• E134 Motor V2 phase temperature sensor fault
• E135 Motor W2 phase temperature sensor fault
• E136 Motor drive-end temperature sensor fault
• E137 Motor non-drive-end temperature sensor fault
• E140 MSS control fault
• E141 MB control fault
• E143 Bypass contactor control fault
• E144 Reactor overheat
• E145 Reactor temperature rise too high
• E146 RMS voltage measurement sensor fault
• E147 Reactor temperature sensor fault
• E200 Control power warning
• E201 Transformer phase U1 temperature high
• E202 Transformer phase V1 temperature high
• E203 Transformer phase W1 temperature high
• E204 Ambient temperature high
• E205 INU air pressure high
• E206 Redundant fan running
• E209 MCB unavailable
• E20A MCB External protection
• E20B MCB closing inhibited MCB closing inhibited
• E20C External ambient sensor failure
• E20D TRU air filter dirty
• E20E INU cooling fan 1 warning
• E20F INU Cooling fan 2 warning
• E210 INU Cooling fan 3 warning
• E211 INU Cooling fan 4 warning
• E212 INU Low air pressure
• E214 TRU Cooling fan 1 warning
• E215 TRU Cooling fan 2 warning
• E216 TRU Cooling fan 3 warning
• E217 DC bus not discharged
• E218 INU Cabinet door not closed
• E219 IO Incompatible controller version
• E21B TRU Cooling fan 4 warning
• E21D Cooling fan test run
• E21E Backup control power warning
• E21F Elevated motor phase U1 temperature
• E220 Elevated motor phase V1 temperature
• E221 Elevated motor phase W1 temperature
• E222 Elevated motor phase U2 temperature
• E223 Elevated motor phase V2 temperature
• E224 Elevated motor phase W2 temperature
• E225 Elevated motor drive-end bearing temperature
• E226 Elevated motor non-drive-end bearing temperature
• E227 Drive heater overload
• E228 Motor heater overload
• E229 Elevated reactor temperature
• E4018 Alarm.
• EARTH FAULT Ground fault
• EDBAC K_TYPE)
• ENC CABLE Pulse encoder phase signal loss
• ENCODER A<>B Encoder A/B phase sequence error
• ENCODER ERR Encoder error.
• EXTERNAL FLT External fault
• F-Ptc Motor PTC thermistor trip
• F0001 Overcurrent
• F0002 DC overvoltage
• F0003 Drive overtemperature
• F0004 Short circuit
• F0006 DC undervoltage
• F0007 Analog input 1 loss
• F0009 Motor overtemperature
• F0010 Communication loss trip
• F0012 Motor stall
• F0014 External fault 1
• F0015 External fault 2
• F0016 Ground fault
• F0017 Underload
• F0018 Thermistor fault
• F0021 Current measurement fault
• F0022 Input phase loss
• F0026 Drive ID error.
• F0027 Configuration file error
• F0035 Output wiring error
• F0036 Software incompatibility
• F010 BCON restarted while the CVMI2 board was powered on
• F0100 Parameter checksum
• F0101 Serial flash memory damaged
• F0102 servo drive
• F0103 Macro file missing
• F0105 Encoder
• F0201 DSP T1 overload
• F0202 DSP T2 overload
• F0203 DSP T3 overload
• F0204 DSP stack error
• F0206 MMIO board ID error
• F1 Overcurrent
• F10 Control panel loss
• F1000 Incorrect frequency/speed parameter settings
• F1002 Phase U overcurrent
• F1003 Phase V overcurrent
• F1004 Output to ground
• F1010 Overvoltage
• F1011 Undervoltage
• F1012 Input power supply
• F1013 Output phase loss
• F1014 Braking resistor
• F1020 Motor overspeed
• F1021 External braking
• F1022 Motor overspeed
• F11 Parameter setting mismatch
• F12 Motor stall
• F13 Serial communication loss
• F14 External fault
• F15 Output ground fault
• F16 DC bus ripple too large
• F17 Underload
• F18 Overspeed
• F19 DDCS link fault
• F2 DC overvoltage
• F20 Analog input out of range
• F2001 Encoder
• F2002 Encoder
• F2003 Encoder position inaccurate-
• F2004 Encoder position calibration error
• F2005 Encoder storage error
• F2006 Encoder internal error
• F21 Local Control Lost
• F22 External Fault
• F23 Motor stalled
• F27 Motor 2 overload
• F28 Armature over-
• F29 Mains undervoltage
• F3 Drive overtemperature
• F30 Mains overvoltage
• F31 Not in synchronism
• F32 Field ex.1 overcurr
• F33 Field ex.1 comerror
• F34 Arm. curent ripple
• F35 Field ex.2 overcurr
• F36 Field ex.2 comerror
• F37 Motor overspeed
• F38 Phase sequence
• F39 No field ack.
• F4 Short circuit
• F40 No ext. FAN ack.
• F4000 FPGA heartbeat loss-
• F4001 FPGA start failure
• F4002 FPGA internal error
• F4003 EEPROM access error
• F41 No main cont. ack.
• F42 Field ex.1 not OK
• F43 Field ex.2 not OK
• F44 I/O-Board not found
• F48 Motor 2 overtemp.3
• F5 Output overload
• F50 No C FAN ack
• F5003 Electronic gearing
• F5004 Position deviation
• F5005 Homing method
• F5006 Homing timeout
• F5007 PTO overspeed
• F5009 PTI input
• F501 AuxUnderVolt
• F5010 Drive
• F5012 Position limit
• F502 Armature overcurrent
• F5020 Trajectory planning
• F5021 Encoder type
• F5023 Position following
• F503 ArmOverVolt
• F504 ConvOverTemp
• F506 Measured motor overtemperature
• F507 Calculated motor overload
• F508 I/O board missing or faulty
• F5102 Load identification
• F5107 Load identification
• F512 MainsLowVolt
• F513 MainsOvrVolt
• F5130 Detected
• F514 MainsNotSync
• F515 M1FexOverCur
• F516 fieldexcitercommunicatio
• F517 ArmCurRipple
• F518 Motor 2 field overcurrent
• F519 fieldexcitercommunicatio
• F52 No BRAKE ack
• F521 acknowledgemissing (field acknowledgement loss
• F522 Speed feedback fault
• F523 External fan acknowledgment loss
• F524 MainContAck
• F525 Model code mismatch
• F526 ExternalDI
• F528 FieldBusCom
• F529 Motor 1 field abnormal.
• F531 MotorStalled
• F532 MotOverSpeed
• F533 reversaltimeout(12 pulse reverse timeout
• F537 Motor 1 field ready signal loss.
• F540 SDCS-COM-8 fault
• F541 M1FexLowCur
• F543 SDCS-COM-8 communication loss
• F544 Point-to-point and master/slave communication
• F546 LocalCmdLoss
• F547 Hardware fault
• F548 Firmware fault
• F549 Parameter compatibility
• F550 ParMemRead
• F551 Analog input out of range
• F553 TachPolarity
• F554 Tachogenerator range
• F557 ReversalTime
• F6 DC undervoltage
• F60 Fieldbus Timeout
• F6001 Motor stall
• F6002 Motor overload
• F601 Custom fault 1 (AP)
• F602 Custom fault 2 (AP)
• F603 Custom fault 3 (AP)
• F604 Custom fault 4 (AP)
• F605 Custom fault 5 (AP)
• F65 Reversal Fault
• F66 Current Difference
• F7 Analog input 1 loss
• F8 Analog input 2 loss
• F8000 Synchronization loss
• F8002 EEPROM loading
• F8003 FPGA synchronization
• F8004 Status transition error
• F8005 DC disabled
• F8006 PDO mapping
• F8007 Link loss error
• F8008 Port0 receive
• F8009 Port0 forwarding
• F8010 External communication interrupted
• F8011 PHY initialization
• F8012 REMS initialization
• F8014 Application layer error. The 0x134 register contains an error code.
• F8015 DC cycle time
• F8100 Gear ratio error
• F8104 Position command exceeds
• F8105 Command range setting
• F8106 Command out of range
• F9 Motor overtemperature
• F9000 Internal system fault 1-
• F9001 Internal system fault 2
• F9002 Internal system fault 3
• F9003 Internal system fault 4
• F9004 Internal system fault 5
• F9005 Internal system fault 6
• F9006 Internal system fault 7
• FA2FA DDCS communication in progress
• FA81 Safe torque off 1
• FA82 Safe torque off 2
• FA90 STO Diagnostics
• FAN OTEMP Drive unit output filter fan overtemperature
• FAN-F Cooling fan fault
• FB11 Storage unit loss
• FB12 Storage unit incompatible
• FB13 Storage unit firmware version incompatible
• FB14 Storage unit firmware version loading failure
• FBAA Parameter conflict
• FBAB Parameter conflict
• FE00 FB A forced trip
• FE01 FB B Forced trip
• FE03 Drive interlock 1 loss
• FE04 Drive interlock 2 loss
• FE06 MF communication loss
• FE07 Slave drive fault
• FF61 Identification run
• FF7E Slave
• FF81 Fieldbus A forced trip
• FF82 FB B Forced trip
• FF8E Embedded fieldbus forced trip
• FL1 Overcurrent
• FL10 Control panel loss
• FL11 Parameter mismatch
• FL12 Motor stall
• FL13 Serial communication loss
• FL14 External fault
• FL15 Output ground fault
• FL16 DC circuit ripple too large
• FL17 Analog input out of range
• FL18~FL22 Hardware fault
• FL2 DC overvoltage
• FL3 ACS 140 overtemperature
• FL4 Current fault
• FL5 Output overload
• FL6 DC undervoltage
• FL7 AI 1 loss
• FL8 AI 2 loss
• FL9 Motor overtemperature
• FLt-dc DC bus ripple current too high
• FORCED TRIP GENERIC Drive communication protocol command fault.
• GD DISABLED AGPS supply unit for parallel-connected R8i inverter modules.
• HO-I Hardware overcurrent
• HW RECONF RQ The inverter model (e.g. sr0025_3) has been changed
• I/O COMM I/O communication fault
• I/O COMM ERR Communication error on the control board, CH1 channel.
• ID DONE Identification complete
• ID MAGN Identification field excitation in progress
• ID MAGN REQ Identification field excitation required
• ID N CHANGED ID number changed
• ID RUN Identification run in progress
• ID RUN FAIL Identification run failure
• ID RUN SEL Identification run selected
• IN CHOKE TEMP Input reactor overtemperature
• INT CONFIG The number of inverter modules does not match the initial number of inverters.
• INT FAULT INFO Internal fault information
• INV CUR LIM Drive inverter current limit
• INV OVERTEMP Converter module overtemperature
• IO CONF I/O configuration error
• IO CONFIG An input or output of an optional I/O extension module in the application program
• LINE CONV Line-side converter fault
• MACRO CHANGE Macro switching
• MOD CHOKE T 09.11 AW 3 bit 13 liquid cooling R8i
• MOT CUR LIM According to parameter 20.03 MAXIMUM CURRE
• MOT POW LIM According to the limit values defined by parameters 20.11 and 20.12
• MOT TORQ LIM According to the calculated actual maximum motor torque limit and by parameter 20.1
• MOTOR 1 TEMP Motor 1 temperature
• MOTOR 2 TEMP Motor 2 temperature
• MOTOR PHASE Motor phase loss
• MOTOR STALL Motor stall
• MOTOR STARTS Motor start (identification run)
• MOTOR TEMP Motor overtemperature
• NO MOT DATA No motor data
• O-hEAt Drive internal overtemperature
• OI-b Braking channel overcurrent
• OL-br Braking resistor thermal overload
• OVER SWFREQ Switching frequency too high.
• OVERCURRENT Overcurrent
• OVERFREQ Motor overspeed
• Out-F Drive output fault
• Out-ph Output (motor) phase loss
• P-def Factory default parameters have been loaded.
• PANEL LOSS Control panel loss
• PARAM CRC CRC (cyclic redundancy checksum) error.
• POINTER ERROR The source selection (pointer) parameter points to a nonexistent parameter index
• POWERFAIL INT board power supply fault in parallel-connected inverter modules.
• PP OVERLOAD IGBT junction temperature too high
• PPCC LINK PPCC fiber-optic link fault
• REPLACE FAN The inverter cooling fan run time has exceeded its estimated service life
• RUN ENABLED Run enable signal not received
• SC Inverter unit short circuit
• SC-F01 Modbus communication loss fault
• SC-F02 CAN communication loss trip
• SHORT CIRC Short circuit
• SLEEP MODE Sleep mode
• SLOT OVERLAP Two optional modules have the same connection interface option.
• SPIn-F Flying start failure
• START INHIBI AW 1 bit 0 Optional start inhibit hardware logic is activated.
• START INHIBIT Start inhibited
• START INTERL No start interlock signal received.
• SUPPLY PHASE Power supply phase loss
• SYNCRO SPEED Parameter 99.08 Rated motor speed is set incorrectly.
• T MEAS ALM Temperature measurement alarm
• TEMP Drive overtemperature
• THERMAL MODE Thermal protection mode
• THERMISTOR Thermistor (motor overtemperature)
• U-dEF User default parameters loaded
• U-t Temperature too low
• UNDERLOAD Underload
• USER L CURVE The total motor current exceeds parameter group 72 USERLOAD
• USER MACRO User macro error
• dAtA-E Memory fault (DSP)
• fauLty Internal drive fault