Omron 3G3LX fault codes 2

All Fault Codes
Code Description Type Detail
E01Overcurrent protectionHWInstantaneous overcurrent at constant speed
E02Overcurrent during accelerationHW-
E03Overcurrent during decelerationHW-
E04Overcurrent at other timingsHW-
E05Motor overloadSWInternal electronic thermal protection circuit detects motor overload
E06Dynamic braking resistor overloadSWDynamic braking resistor duty ratio exceeded “b097” setting
E07DC bus overvoltageHWDC bus voltage rose to very high levels
E08EEPROM errorSWSaved data loss or data corruption
E09UndervoltageSWVoltage drop in DC bus or control power source
E10Current sensor errorSWCurrent sensor became abnormal in the inverter
E11CPU errorSWCPU operated abnormally
E12External faultSWExternal device became abnormal, inverter detected this signal
E14Ground faultHWDetects ground fault between inverter output and motor when power is turned on
E15Input overvoltageHWInput voltage remains above 380/760VDC for more than 100 seconds
E16Instantaneous power failureSWMomentary power failure lasts 15ms or longer
E20Overheating when FAN stoppedHWCooling fan speed dropped / temperature fault detected
E21OverheatingHWPower module temperature increased
E23GA communication errorSWError in gate array communication
E24Input phase lossSWOne of the main phases is not connected to inverter power supply
E25Main circuit errorHWCannot verify ON/OFF state of gate array power module
E30IGBT errorHWTriggered by detector integrated in the power module
E31IGBT overcurrentSWProtected against high peak currents for IGBT and FWD depending on carrier frequency. Reduce carrier to avoid.
E34Output phase loss detectionSWWhen an output phase loss is detected, inverter gives “Output phase loss” error
E35Motor overheatingHWMonitors resistance of thermistor connected to inverter TH terminal
E38Overload at low speedSWOverload occurs when motor runs at very low speeds (≤0.2Hz)
E39Controller overloadSWInternal electronic thermal protection circuit detects controller overload
E41Modbus communication timeoutSWTimeout due to line disconnection during Modbus-RTU communication
E43Drive programming invalidSWPRG terminal opened without a program download; stored program in inverter memory deleted
E44Drive programming nesting count errorSWSubroutines, loop statements, and IF statements nested more than 8 layers deep
E45Drive programming instruction errorSWIncorrect jump target, undefined variable, arithmetic error, invalid parameter or write restriction due to software lock
E50-E59Drive program user trip 0-9SWUser “Trip 0-9” command executed by drive program
E60-E69Option 1 error 0-9HW/SW-
E70-E79Option 2 error 0-9HW/SW-
E81Speed reference errorSWHigh-speed retrigger (@A105=00)
E82Contactor control errorSWOutput contactor response not detected for A092 time setting
E83Brake control errorSWOutput brake response not detected for A095 time setting
E84Wrong direction detectionSWRun command direction is opposite of detection direction
E85Encoder disconnected (CH1)SWTimeout due to line disconnection between encoder and inverter
E86Encoder disconnected (CH2)SWTimeout due to line disconnection between encoder and inverter
E871Encoder disconnected (CH1)HW/SWNo encoder pulses received for period exceeding P035 setting
E881Encoder disconnected (CH2)HW/SWNo encoder pulses received for period exceeding P035 setting
E89Over accelerationSWAcceleration exceeded P042 value or lasted longer than P043
E90Overspeed detectionSWOverspeed exceeds P038 value and continues for P039 time
E91Speed deviation detectionSWSpeed deviation exceeds P040 value and continues for P041 time
E92Feedback option not connectedSWRun in FVC control mode without feedback option connected
E93Incorrect setting data for feedback optionSWError in feedback option-related settings
E94Position control range errorSWPosition counter exceeded 268435455 pulses
E95NFS signal not enteredSWNFS signal not entered for "Direct Position 1" after positioning completed
E97RUN requested while GS is activeSWUP/DWN signal activated while GS is active
E98Elevator movement timeoutSWAfter RUN is requested and b076 time elapses, output speed remains below b077 value
E99Brake conditions not met at startSWAfter A090 time has elapsed, brake control could not be started
Note: HW = Hardware-based fault, SW = Software-based fault.
CLV control note: Only valid when A044/A244 = "05" or "06".
Long code explanations are summarized in the "Detail" column.

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