Frigidaire / Electrolux Range & Oven Error Codes Explained (F & E Codes)

Is your Frigidaire or Electrolux range showing an error code on the display? You’re not alone. Whether it’s an “F” or “E” code flashing on your oven or cooktop, this guide breaks down what the error code means and how to potentially fix the issue.

Applies to These Models:

This guide covers error codes for the following models:

FCRE3062AS, FCRE3062AW, FCRE3062AB, FCRE3062AD, GCFI3060BF, ECFI3068AS, FCRE306CAS, FCRE306CAW, FCRE306LA, FCRI3062AS, FCFE3062AB, FCFE3062AS, FCFE3062AW, FCFE306CAS, FCFE306CAF, FCFI3062AS, FCRE3083AS, FCRE3083ACS, PCFE3083AS, FCFE308CAS, FCFE308LAF, FCFI3083AS, PCFI308CAS, PCFI3670AF, PCFI3080AF, GCFI3060BF, GCFE3060BF, FCFI3080AF, FCFE308CAF, GCFE3060BF, FCFI3083AS, PCFI3083AS, PCFE308CAF, FCFI308CAS, PCFI308CAF, PCFE3080AF, FCFE308LAF, GCFI306CBD, FCFE3083AS, PCFI3080AF, FCRE306CAS, FCRE306CAD, FCFG3093AS, FCFG3083AS, PCFG3080AF, FGGH3047VF, FGGH3054US, GGFG3060BF

Understanding the Codes:

• “F” Codes: Refer to oven cavity and heating-related issues.
• “E” Codes: Refer to oven or cooktop user interface errors.

Abbreviations Key

Abbreviation	Description
OUI	Oven User Interface
HUI	Hob User Interface
OVC	Oven Controller
VAC	Voltage from Alternate Current
MDL	Motor Door Lock
A/D	Analog to Digital
RTD	Resistance Temperature Detector
MACS	Major Appliance Communication System
DLB	Double Line Break
GPU	Graphical Processing Unit
LUX	Economical Experience
PUX	Premium Experience
FTM	Factory Test Mode

Leading Digit Meanings for E Codes

• 0 = Hob UI control issue
• 1 = Induction Power Board ID1
• 2 = Induction Power Board ID2
• 3 = Induction Power Board ID3

Location of Induction Power Boards

For Model 4i:

• Induction Power Board ID1 is located on the left side.
• Induction Power Board ID2 is located on the right side.

For Models 5i and 6i:

• Induction Power Board ID1 and ID2 are located on the left side of the cooktop.
• Induction Power Board ID3 is located on the right side of the cooktop.

Error Code Lookup Table

Below is the full list of error codes, their descriptions, and the recommended troubleshooting steps.

Code	Description for Data Sheet	Suggested Corrective Action
F001	Internal Alarm (microcontroller)	Disconnect power, wait 30 seconds and reapply power. If fault returns upon power-up replace the Oven User Interface board.
F002	HMI Data Flash Alarm	Disconnect power, wait 30 seconds and reapply power. If fault returns upon power-up replace the Oven User Interface board.
F003	The oven user interface board is incorrectly configured.	Invalid Configuration: Replace the oven user interface board. Make sure you install the latest revision available for this model.
F004	Keyboard Tuning Configuration Alarm	Invalid Configuration: Replace the oven user interface board. Make sure you install the latest revision available for this model.
F005	Keyboard Safety Alarm	Invalid Configuration: Replace the oven user interface board. Make sure you install the latest revision available for this model.
F010	Oven temperature runaway: The cavity temperature has been detected in excess of the maximum safe operating temperature.	1- If oven is overheating, disconnect power. Check oven temperature probe (RTD) and replace if necessary. 2- If the oven temperature probe is good and if oven continues to overheat when power is reapplied, replace the oven relay board.
F011	Stuck key: a key is pressed continuously for 30 seconds or more.	1- If a key was pressed inadvertently for a long time this error code will be displayed. Make sure there is nothing (water, utensils) in contact with the keyboard. The fault code should go away once the key is released, and the Stop key is pressed. If the F011 error comes back when a key is pressed it means the error condition is still there. If the F011 error does not come back it means the error condition is gone and the oven can be used. 2- If the fault code cannot be cleared, the board/springs alignment within the mechanical enclosure could be affected. Reinstall the board within the enclosure. 3- If reinstalling the board did not fix the problem, replace the oven user interface board.
F012	Keyboard configuration alarm: the oven user interface board received from the touch micro a key code that does not match the key map.	1- Verify the unit has the proper configuration loaded, based on the model number and parts catalog. 2- Replace the oven user interface board if the problem persists.
F013	Data written to non-volatile memory has failed verification.	Disconnect power, wait 30 seconds and reapply power. If fault returns upon power-up replace the oven user interface.
F015	Keyboard Error	Disconnect power, wait 30 seconds and reapply power. If fault returns upon power-up replace the oven user interface.
F016	Potentiometer Failure	1- Disconnect power to the unit, wait 30 seconds, then reapply power. 2- If fault persists, test wiring harness between oven user interface board and every potentiometer. 3- If wiring harness is good, replace all the potentiometers. 4- If fault persists, replace the Oven User Interface board.
F017	The oven user interface board is unable to configure the touch.	1- Disconnect power to the unit, wait 30 seconds, then reapply power. 2- Verify the unit has the proper oven user interface board and configuration, based on the model number and parts catalog. 3- If fault persists, replace the oven user interface.
F018	Oven relay board failure (wiggler)	Replace the oven relay board.
F019	The oven user interface board is unable to configure the oven relay board	1- Disconnect power to the unit, wait 30 seconds, then reapply power. 2- If fault returns, verify connection between the oven user interface board and the oven relay board (MACS1 or MACS2 connector). 3- Verify the unit has the proper oven user interface board and oven relay board, based on the model number and parts catalog. 4- If fault persists, replace oven user interface board. 5- If fault persists, replace the relay board.
F022	Communication failure between the oven user interface board and the oven relay board	1- Disconnect power, wait 30 seconds and reapply power. Check if error condition is still there. 2- Test wiring harness between oven user interface board and oven relay board (connector MACS1 or MACS2). 3- If wiring harness is good replace oven relay board. 4- If the problem persists, replace the oven user interface.
F023	Loss of Communication	1- Disconnect power, wait 30 seconds and reapply power. Check if error condition is still there. 2- If the problem persists, replace the oven user interface.
F025, F027	The communication between the oven user interface and the oven relay board cannot be initiated.	1- Disconnect power to the unit, wait 30 seconds, then reapply power. 2- If fault returns, verify connection between the oven user interface board and the oven relay board (MACS1 or MACS2 connector). 3- Verify the unit has the proper oven user interface board and oven relay board, based on the model number and parts catalog. 4- If fault persists, replace relay board. 5- If fault persists, replace the oven user interface board.
F028, F029	Loss of communication	1- Disconnect power to the unit, wait 30 seconds, then reapply power. 2- Verify the unit has the proper oven user interface board and configuration, based on the model number and parts catalog. 3- If fault returns, verify touch panel is connected (verify harness going to I2C connector) and is getting power from the oven user interface. This assumes there is an external HMI. 4- If fault persists, replace the oven user interface.
F030	Open Oven Temperature Sensor (RTD)	1- Check probe circuit wiring for possible open or short condition. 2- Verify RTD resistance at room temperature (compare to probe resistance chart). If resistance does not match the chart, replace the RTD probe. 3- If the problem persists, replace the oven relay board.
F031	Shorted Oven Temperature Sensor (RTD)	1- Check probe circuit wiring for possible open or short condition. 2- Verify RTD resistance at room temperature (compare to probe resistance chart). If resistance does not match the chart, replace the RTD probe. 3- If the problem persists, replace the oven relay board.
F033	Meat probe temperature sensor shorted or too hot	1- The error is triggered if the meat probe sees a temperature in excess of 392°F. Make sure the meat probe was not used in such way that it could have seen such temperature. If the tip of the probe is not inserted in the meat it will see the cavity temperature, which can be higher than 392°F (depending on the setpoint) and trigger the alarm. 2- When the meat probe is connected to the socket inside the oven cavity, if the meat probe is not fully inserted into the socket it may short the contacts and cause the error. Make sure the probe is inserted as much as it can. 3- Verify meat probe resistance at room temperature. Compare to meat probe resistance chart. If the meat probe does not match the chart, replace it. 4- If the above steps failed to correct the problem, replace the oven relay board.
F045	Cooling fan speed too low	1- Check if the cooling fan blades are blocked. 2- Confirm the tachometer harness is connected on fan and on oven control. 3- Replace the tachometer. 4- Replace the cooling fan. 5- Replace the oven control.
F046	Cooling fan speed too high	1- Check if the cooling fan blades are blocked. 2- Confirm the tachometer harness is connected on fan and on oven control. 3- Replace the tachometer. 4- Replace the cooling fan. 5- Replace the oven control.
F050	A/D Out of Range: the oven relay board is unable to read the status of the switches (Door, MDL)	1- Clear error, cycle Power a couple of times and check if error is back, If so, replace Power board. 2- Else replace Door switch plunger/s and reseat harness. 3- If error persists, check MDL & Harness.
F090	Motor Door Lock mechanism failure. The oven control does not see the Motor Door Lock running.	1- Disconnect power to the unit, wait 30 seconds, then reapply power. Try again to make the door lock or unlock. (ex: initiate a Lockout or a Clean cycle). 2- Check if the Lock Motor is running. If it is not running, test the wiring between the Lock Motor and the oven relay board. If the wiring is good, check if there is 120VAC at the motor when it is expected to run to see if the failure originates from a bad motor (120VAC present but not turning) or a problem with the relay board (J1 pin 6 on the oven relay board is the output to the Lock Motor). The Lock Motor can also be tested by applying 120VAC directly to the motor (unplug it from the relay board first). If the Lock Motor does not run when 120VAC is applied replace the Lock Motor Assembly. If it is the relay board that does not provide 120VAC to the Lock Motor replace the oven relay board. 3- If the Lock Motor is running but the oven control cannot find the locked or unlocked position (ex: motor turns continuously until F90 fault code is generated) the Lock Switch needs to be verified. Check the wiring between Lock Switch and oven relay board. Verify if the switch makes contact properly (verify continuity with multimeter when the switch is pressed). If the Lock Switch is defective replace the Motor Lock Assembly. 4- If all above steps failed to correct the situation, replace the oven relay board.
F095	Motor Door Lock mechanism failure. The Motor Door Lock does not stop running or the Lock Switch sends an invalid signal.	1- The problem can be caused by a faulty Lock Switch or by a defective oven relay board. If the Motor Door Lock is always running (as if the relay controlling is stuck closed) replace the oven relay board. 2- If the motor is not always running replace the Motor Lock Assembly.
F096	The oven door has been detected open during a Self-Clean cycle.	1- This error occurs if the door switch has lost its contact during a Self-Clean cycle. Make sure the oven door closes well and fully presses on the door switch plunger when the door is locked, and no one attempted to pull on the oven door during the Self Clean cycle. 2- Test continuity of wiring between the door switch and the oven relay board, make sure the door switch is well connected. With a multimeter, verify the switch is closed when the plunger is pressed. If the door switch is found to be defective replace the door switch. 3- If the switch and wiring are good and the problem persists, replace the oven relay board.
F097	MDL invalid state. Relay board (OVC) sensed the motor door lock in a state it should not be in according to the user interface board.	1- Check probe circuit wiring for possible open or short condition. 2- Verify RTD resistance at room temperature (compare to probe resistance chart). If resistance does not match the chart, replace the RTD probe. 3- If the problem persists, replace the oven relay board.
SCC (Only during self-clean) NOTE: This applies only to Models 4,5, and 6.	This circuit detects voltage from the spark ignitor harness. If voltage is detected, this will signal to the OVC that the spark module is trying to light a burner. Detection of the signal will cause clean to be cancelled and “SCC” (which means self-clean canceled) will appear on controls that have an LED type display. Controls with a graphical touch display will show a full text message such as “Self-clean canceled.” The oven door will remain locked until the oven has cooled down below cleaning temperature.	1- Start a self-clean cycle. 2- Set any burner ignitor control knob to the LIGHT position. 3- Verify that the self-clean cycle is cancelled and “SCC” or ‘Self-clean canceled’ is displayed in the OUI display. 4- If ‘SCC’ or ‘Self-clean canceled’ is NOT displayed, check for a disconnected wire to AC outlet input or bad harness to power control board. 5- Lastly if the above steps DO NOT work as expected, replace the Power board.
F104	Loss of Communication Between GPU and OUI	1- Verify the connection between the GPU and OUI is done correctly. 2- If the problem persists, replace the oven user interface.
F105	Wake Up procedure failure Between OUI and GPU	1- Re-program the OUI with the correct SW and configuration files. 2- Reprogram the GPU with the correct SW. 3- If the problem persists, replace the oven user interface.
F106	Configuration Error	1- Reprogram the OUI with the correct configuration file. 2- If the problem persists, replace the oven user interface.
F107 & F108	Loss of Communication Between OUI and NIU	1- Disconnect power, wait 30 seconds and reapply power. Check if error condition is still there. 2- If the problem persists, replace the oven user interface.
F109	(OTA) Over-The-Air Update Failed	1- If the problem persists, replace the oven user interface.
E0-01	Internal Error	1- Disconnect power, wait 30 seconds and reapply power. 2- If fault returns upon power-up replace the hob user interface corresponding to the error.
E0-02	Data Flash Error	1- Disconnect power, wait 30 seconds and reapply power. 2- If fault returns upon power-up replace the hob user interface corresponding to the error.
E0-03	Configuration error	1- Disconnect power, wait 30 seconds and reapply power. 2- If fault returns upon power-up replace the hob user interface corresponding to the error.
E0-04	Keyboard tuning configuration error	1- Disconnect power, wait 30 seconds and reapply power. 2- If fault returns upon power-up replace the hob user interface corresponding to the error.
E0-05	Keyboard Safety Error	1- Disconnect power, wait 30 seconds and reapply power. 2- If fault returns upon power-up replace the hob user interface corresponding to the error.
E0-06	HMICOMM_Q_ERROR	1- Disconnect power, wait 30 seconds and reapply power. 2- If fault returns upon power-up replace the hob user interface corresponding to the error.
CC	Stuck Key	1- If a key was pressed inadvertently for a long time this error code will be displayed. Make sure there is nothing (water, utensils) in contact with the keyboard. 2- The fault code should go away once the key is released, and the Stop key is pressed. 3- If the error comes back when a key is pressed it means the error condition is still there. If the error does not come back, it means the error condition is gone and the cooktop can be used. 4- If the fault code cannot be cleared, replace hob UI board corresponding to the error.
E0-12	Keyboard configuration error	1- Verify the unit has the proper cooktop user interface board based on the model number and parts catalog. 2- Replace the cooktop user interface board corresponding to the error if the UI is incorrect or the issue persists.
E0-13	Non-volatile memory alarm	1- Disconnect power, wait 30 seconds and reapply power. 2- If fault returns upon power-up replace the hob user interface corresponding to the error.
E0-15	FMEA error	1- Disconnect power, wait 30 seconds and reapply power. 2- If fault returns upon power-up replace the hob user interface corresponding to the error.
E0-19	Unable to configure the power board.	1- Check the MACS connection (communication harness) between user interface board and induction power boards. 2- If problem persists, check continuity of MACS harness between each control board. Replace harness if defective. 3- If harness is good and problem persists, replace the induction board indicated by the error code. 4- If problem persists, replace the hob user interface board corresponding to the error.
E0-20	Loss of communication between cooktop UI and oven UI	1- Disconnect power, wait 30 seconds and reapply power. Check if error condition is still there. 2- Test wiring harness between oven user interface board (MACS Bus) and cooktop UI (MACS2 or MACS1). 3- If wiring harness is good replace oven UI. 4- If the problem persists, replace the cooktop user interface corresponding to the error.
E0-22	Loss of communication between induction power board and hob user interface board	1- Check the MACS connection (communication harness) between user interface board and induction power boards. 2- If problem persists, check continuity of MACS harness between each control board. Replace harness if defective. 3- If harness is good and problem persists, replace the induction board indicated by the error code. 4- If problem persists, replace the hob user interface board corresponding to the error.
E0-24	Loss of communication between the hob User Interfaces	1- Check the MACS connection (communication harness) between hob user interface board and oven user interface. 2- If problem persists, check continuity of MACS harness between each control board. Replace harness if defective. 3- If harness is good and problem persists, replace the hob user interface board indicated by the error code. 4- If problem persists, replace the oven user interface board.
E0-25	Loss of communication between the power boards	1- Verify the unit has the proper cooktop user interface board based on the model number and parts catalog. 2- Replace the cooktop user interface board if the UI is incorrect or the issue persists.
E1-49	Induction power board configuration compatibility error	1- Disconnect power, wait 30 seconds and reapply power. Check if error condition is still there. 2- If problem persists, check continuity of MACS harness between each control board. Replace harness if defective. 3- If harness is good and problem persists, replace the induction board indicated by the error code.
E2-49	Induction power board configuration compatibility error	1- Disconnect power, wait 30 seconds and reapply power. Check if error condition is still there. 2- If problem persists, check continuity of MACS harness between each control board. Replace harness if defective. 3- If harness is good and problem persists, replace the induction board indicated by the error code.
E3-49	Induction power board configuration compatibility error	1- Disconnect power, wait 30 seconds and reapply power. Check if error condition is still there. 2- If problem persists, check continuity of MACS harness between each control board. Replace harness if defective. 3- If harness is good and problem persists, replace the induction board indicated by the error code.
E0-50	ADC Read Error	1- Disconnect power, wait 30 seconds and reapply power. 2- If fault returns upon power-up replace the hob user interface corresponding to the error.
E1-57	MAINS (power supply) relay stuck on Induction power board.	1- Cycle power to appliance, wait 30 seconds before reconnecting power. 2- If problem persists, replace the induction power board corresponding to the error.
E2-57	MAINS (power supply) relay stuck on Induction power board.	1- Cycle power to appliance, wait 30 seconds before reconnecting power. 2- If problem persists, replace the induction power board corresponding to the error.
E3-57	MAINS (power supply) relay stuck on Induction power board.	1- Cycle power to appliance, wait 30 seconds before reconnecting power. 2- If problem persists, replace the induction power board corresponding to the error.
E1-59	Too low mains voltage detected on Induction Power board.	1- Disconnect power, wait 30 seconds, and reapply power. If fault returns upon power-up, verify the mains voltage supply to induction power board for 240V 60Hz. 2- If problem persists, replace the induction board indicated by the error.
E2-59	Too low mains voltage detected on Induction Power board.	1- Disconnect power, wait 30 seconds, and reapply power. If fault returns upon power-up, verify the mains voltage supply to induction power board for 240V 60Hz. 2- If problem persists, replace the induction board indicated by the error.
E3-59	Too low mains voltage detected on Induction Power board.	1- Disconnect power, wait 30 seconds, and reapply power. If fault returns upon power-up, verify the mains voltage supply to induction power board for 240V 60Hz. 2- If problem persists, replace the induction board indicated by the error.
E1-61	15V supply out of window on Induction Power board.	1- Disconnect power, wait 30 seconds, and reapply power. 2- If problem persists, replace the Induction Power board corresponding to the error.
E2-61	15V supply out of window on Induction Power board.	1- Disconnect power, wait 30 seconds, and reapply power. 2- If problem persists, replace the Induction Power board corresponding to the error.
E3-61	15V supply out of window on Induction Power board.	1- Disconnect power, wait 30 seconds, and reapply power. 2- If problem persists, replace the Induction Power board corresponding to the error.
E1-64	Cooling fan on the induction power board is blocked or otherwise unable to turn.	1- Check for interference, blockages, debris, dust, or anything else that would physically prevent the fan from moving. 2- If problem persists, replace the induction board indicated by the error code.
E2-64	Cooling fan on the induction power board is blocked or otherwise unable to turn.	1- Check for interference, blockages, debris, dust, or anything else that would physically prevent the fan from moving. 2- If problem persists, replace the induction board indicated by the error code.
E3-64	Cooling fan on the induction power board is blocked or otherwise unable to turn.	1- Check for interference, blockages, debris, dust, or anything else that would physically prevent the fan from moving. 2- If problem persists, replace the induction board indicated by the error code.
E1-65	Open temperature sensor on induction board.	1- Verify that induction coil temperature sensor is connected to generator. 2- Test resistance of each sensor for plus/minus 100K Ohms at room temperature. Replace coil if sensor is open or shorted. 3- If problem persists, replace the induction board indicated by the error code.
E2-65	Open temperature sensor on induction board.	1- Verify that induction coil temperature sensor is connected to generator. 2- Test resistance of each sensor for plus/minus 100K Ohms at room temperature. Replace coil if sensor is open or shorted. 3- If problem persists, replace the induction board indicated by the error code.
E3-65	Open temperature sensor on induction board.	1- Verify that induction coil temperature sensor is connected to generator. 2- Test resistance of each sensor for plus/minus 100K Ohms at room temperature. Replace coil if sensor is open or shorted. 3- If problem persists, replace the induction board indicated by the error code.
E1-71	Failure check found inconsistent power currents between the drive circuit for the coils (IBGT) and the main power current on the induction generator board.	1- Cycle power to appliance, wait 30 seconds before reconnecting power. 2- If problem persists, replace the induction power board corresponding to the error code.
E2-71	Failure check found inconsistent power currents between the drive circuit for the coils (IBGT) and the main power current on the induction generator board.	1- Cycle power to appliance, wait 30 seconds before reconnecting power. 2- If problem persists, replace the induction power board corresponding to the error code.
E3-71	Failure check found inconsistent power currents between the drive circuit for the coils (IBGT) and the main power current on the induction generator board.	1- Cycle power to appliance, wait 30 seconds before reconnecting power. 2- If problem persists, replace the induction power board corresponding to the error code.
E1-73	Failure check found too high temperature on induction generator board.	1- Cycle power to appliance, wait 30 seconds before reconnecting power. 2- If problem persists, replace the induction power board corresponding to the error code.
E2-73	Failure check found too high temperature on induction generator board.	1- Cycle power to appliance, wait 30 seconds before reconnecting power. 2- If problem persists, replace the induction power board corresponding to the error code.
E3-73	Failure check found too high temperature on induction generator board.	1- Cycle power to appliance, wait 30 seconds before reconnecting power. 2- If problem persists, replace the induction power board corresponding to the error code.
E1-74	IGBT/Heatsink open or short.	1- Cycle power to appliance, wait 30 seconds before reconnecting power. 2- If problem persists, replace the induction power board corresponding to the error code.
E2-74	IGBT/Heatsink open or short.	1- Cycle power to appliance, wait 30 seconds before reconnecting power. 2- If problem persists, replace the induction power board corresponding to the error code.
E3-74	IGBT/Heatsink open or short.	1- Cycle power to appliance, wait 30 seconds before reconnecting power. 2- If problem persists, replace the induction power board corresponding to the error code.
E1-75	Failure check found a bad sensor or a shorted circuit on the induction generator board.	1- Verify that induction coil temperature sensor is connected to generator. 2- Test resistance of each sensor for plus/minus 100K Ohms at room temperature. 3- Replace coil if sensor is open or shorted. 4- If problem persists, replace the induction board indicated by the error code.
E2-75	Failure check found a bad sensor or a shorted circuit on the induction generator board.	1- Verify that induction coil temperature sensor is connected to generator. 2- Test resistance of each sensor for plus/minus 100K Ohms at room temperature. 3- Replace coil if sensor is open or shorted. 4- If problem persists, replace the induction board indicated by the error code.
E3-75	Failure check found a bad sensor or a shorted circuit on the induction generator board.	1- Verify that induction coil temperature sensor is connected to generator. 2- Test resistance of each sensor for plus/minus 100K Ohms at room temperature. 3- Replace coil if sensor is open or shorted. 4- If problem persists, replace the induction board indicated by the error code.
E1-81	Cooling fan not connected on induction power.	1- Check cooling fan connections on the induction board indicated by the error code. 2- If problem persists, replace the induction board indicated by the error.
E2-81	Cooling fan not connected on induction power.	1- Check cooling fan connections on the induction board indicated by the error code. 2- If problem persists, replace the induction board indicated by the error.
E3-81	Cooling fan not connected on induction power.	1- Check cooling fan connections on the induction board indicated by the error code. 2- If problem persists, replace the induction board indicated by the error.

Safety Disclaimer:
Always disconnect power to the appliance before performing any diagnostic, repair, or part replacement procedures. Failure to do so may result in electric shock, injury, or damage to the appliance. If you are unsure or not qualified to perform the repair, seek help from a licensed technician.

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