Brand guide
GE Error Codes: Meanings & Safe Checks
Match the equipment family and displayed code before following any check.
GE Appliances identifies F1 as: Open thermal sensor. See the verified model scope, safe checks, and official source.
GE Appliances identifies F2 as: Shorted thermal sensor. See the verified model scope, safe checks, and official source.
GE Appliances identifies F3 as: Shorted touch-pad panel. See the verified model scope, safe checks, and official source.
GE Appliances identifies F4 as: Open or shorted humidity sensor. See the verified model scope, safe checks, and official source.
GE Appliances identifies F6 as: High cavity temperature detected. See the verified model scope, safe checks, and official source.
The official GE and Haier Low-Ambient-Cooling Ductless Split Heat Pump Service Manual identifies E1 as: Room-temperature sensor failure.
The official GE and Haier Low-Ambient-Cooling Ductless Split Heat Pump Service Manual identifies E14 as: Indoor fan-motor failure.
The official GE and Haier Low-Ambient-Cooling Ductless Split Heat Pump Service Manual identifies E2 as: Indoor-coil temperature sensor failure.
The official GE and Haier Low-Ambient-Cooling Ductless Split Heat Pump Service Manual identifies E5 as: Indoor-coil frost protection.
The official GE and Haier Low-Ambient-Cooling Ductless Split Heat Pump Service Manual identifies E7 as: Loss of communication between the indoor and outdoor…
The official GE and Haier Low-Ambient-Cooling Ductless Split Heat Pump Service Manual identifies F1 as: IPM power-module failure or protection.
The official GE and Haier Low-Ambient-Cooling Ductless Split Heat Pump Service Manual identifies F11 as: Loss of compressor synchronization.
The official GE and Haier Low-Ambient-Cooling Ductless Split Heat Pump Service Manual identifies F12 as: EEPROM error.
The official GE and Haier Low-Ambient-Cooling Ductless Split Heat Pump Service Manual identifies F2 as: Compressor overcurrent.
The official GE and Haier Low-Ambient-Cooling Ductless Split Heat Pump Service Manual identifies F21 as: Defrost-temperature sensor failure.
The official GE and Haier Low-Ambient-Cooling Ductless Split Heat Pump Service Manual identifies F25 as: Compressor-discharge temperature sensor failure.
The official GE and Haier Low-Ambient-Cooling Ductless Split Heat Pump Service Manual identifies F3 as: Communication fault between the IPM and outdoor…
The official GE and Haier Low-Ambient-Cooling Ductless Split Heat Pump Service Manual identifies F4 as: Compressor-discharge temperature overheat protection.
The official GE and Haier Low-Ambient-Cooling Ductless Split Heat Pump Service Manual identifies F6 as: Outdoor ambient-temperature sensor failure.
The official GE and Haier Low-Ambient-Cooling Ductless Split Heat Pump Service Manual identifies F7 as: Suction-temperature sensor failure.
The official GE and Haier Low-Ambient-Cooling Ductless Split Heat Pump Service Manual identifies F8 as: Outdoor DC fan-motor fault.
The official GE Connect Series Split Heat Pumps Service Manual 31-5000483 Rev. 1 identifies C4 as: Outdoor-unit jumper-cap error.
The official GE Connect Series Split Heat Pumps Service Manual 31-5000483 Rev. See the verified model scope, safe checks, and official source.
The official GE Connect Series Split Heat Pumps Service Manual 31-5000483 Rev. 1 identifies E3 as: Compressor low-pressure protection.
The official GE Connect Series Split Heat Pumps Service Manual 31-5000483 Rev. 1 identifies E4 as: Compressor discharge-air high-temperature protection.
The official GE Connect Series Split Heat Pumps Service Manual 31-5000483 Rev. See the verified model scope, safe checks, and official source.
The official GE Connect Series Split Heat Pumps Service Manual 31-5000483 Rev. 1 identifies F2 as: Condenser temperature sensor error.
The official GE Connect Series Split Heat Pumps Service Manual 31-5000483 Rev. 1 identifies F3 as: Outdoor ambient temperature sensor error.
The official GE Connect Series Split Heat Pumps Service Manual 31-5000483 Rev. 1 identifies F4 as: Discharge temperature sensor error.
The official GE Connect Series Split Heat Pumps Service Manual 31-5000483 Rev. 1 identifies F6 as: Outdoor-unit tube temperature sensor error.
The official GE Connect Series Split Heat Pumps Service Manual 31-5000483 Rev. 1 identifies H4 as: Overload protection.
The official GE Connect Series Split Heat Pumps Service Manual 31-5000483 Rev. 1 identifies H5 as: IPM protection.
The official GE Connect Series Split Heat Pumps Service Manual 31-5000483 Rev. 1 identifies H6 as: DC fan error.
The official GE Connect Series Split Heat Pumps Service Manual 31-5000483 Rev. 1 identifies H7 as: Driver out-of-step protection.
The official GE Connect Series Split Heat Pumps Service Manual 31-5000483 Rev. 1 identifies HC as: Power-factor-correction protection.
The official GE Connect Series Split Heat Pumps Service Manual 31-5000483 Rev. 1 identifies Lc as: Startup failure.
The official GE Connect Series Split Heat Pumps Service Manual 31-5000483 Rev. 1 identifies P0 as: Driver reset protection.
The official GE Connect Series Split Heat Pumps Service Manual 31-5000483 Rev. 1 identifies P5 as: Over-current protection.
The official GE Connect Series Split Heat Pumps Service Manual 31-5000483 Rev. 1 identifies P6 as: Communication error between the master control and driver.
The official GE Connect Series Split Heat Pumps Service Manual 31-5000483 Rev. 1 identifies P7 as: Driver-module sensor error.
The official GE Connect Series Split Heat Pumps Service Manual 31-5000483 Rev. 1 identifies P8 as: Driver-module high-temperature protection.
The official GE Connect Series Split Heat Pumps Service Manual 31-5000483 Rev. 1 identifies PA as: AC-current protection.
The official GE Connect Series Split Heat Pumps Service Manual 31-5000483 Rev. 1 identifies Pc as: Driver-current error.
The official GE Connect Series Split Heat Pumps Service Manual 31-5000483 Rev. 1 identifies PH as: Bus high-voltage protection.
The official GE Connect Series Split Heat Pumps Service Manual 31-5000483 Rev. 1 identifies PL as: Bus low-voltage protection.
The official GE Connect Series Split Heat Pumps Service Manual 31-5000483 Rev. 1 identifies PU as: Charge-loop error.
GE dishwasher 999 means Possible leak detected on models with the 'Floor Protect with Alert' feature (the dishwasher will not start; contact service).
GE dishwasher C1 means The pump out during drain has exceeded 2 minutes. See the verified model scope, safe checks, and official source.
GE dishwasher C2 means The total pump out cycle exceeds 7 minutes. See the verified model scope, safe checks, and official source.
GE dishwasher C3 means The dishwasher will not drain. See the verified model scope, safe checks, and official source.
GE dishwasher C4 means Machine filled twice after a power failure; float switch stuck or failed; clogged drain or sump.
GE dishwasher C5 means The pump out time is too short. See the verified model scope, safe checks, and official source.
GE dishwasher C6 means Water temperature is too low. See the verified model scope, safe checks, and official source.
GE dishwasher C7 means The dishwasher's water temperature sensor circuit has become inoperative.
GE dishwasher C8 means The display indicates that the detergent cup is blocked from opening fully.
GE Appliances identifies Cup Open as: The detergent cup has not been closed; this is a reminder to add detergent and latch the cup closed.
GE dishwasher FTD means Failure to drain: the dishwasher did not drain. See the verified model scope, safe checks, and official source.
GE dishwasher H2O means This indicates a low water situation; the dishwasher is not getting enough water (or none at all) during the timed water-fill phase.
GE Appliances identifies LEAK DETECTED as: A possible leak has been detected. See the verified model scope, safe checks, and official source.
GE Appliances identifies Number + H as: The dishwasher is in Delay Start mode. See the verified model scope, safe checks, and official source.
GE Appliances identifies PF as: There has been a power failure to the dishwasher.
GE dishwasher PrS means The pressure sensor is sending an invalid signal to the control; the cycle cannot start or will cancel.
GE dryer 1 means On some 2019 and newer dryers, the dryer may need its 'personality' settings selected; when this happens the dryer may not turn on or…
The official GE Altitude Series Ductless Split Heat Pump Service Manual identifies E1 as: Room-temperature sensor failure.
The official GE Altitude Series Ductless Split Heat Pump Service Manual identifies E14 as: Indoor fan motor malfunction.
The official GE Altitude Series Ductless Split Heat Pump Service Manual identifies E2 as: Indoor-coil sensor failure.
The official GE Altitude Series Ductless Split Heat Pump Service Manual identifies E4 as: Indoor EEPROM error.
The official GE Altitude Series Ductless Split Heat Pump Service Manual identifies E7 as: Communication fault between the indoor and outdoor units.
The official GE Altitude Series Ductless Split Heat Pump Service Manual identifies F1 as: IPM protection.
The official GE Altitude Series Ductless Split Heat Pump Service Manual identifies F11 as: Compressor deviation from normal operation.
The official GE Altitude Series Ductless Split Heat Pump Service Manual identifies F12 as: Outdoor EEPROM error.
The official GE Altitude Series Ductless Split Heat Pump Service Manual identifies F19 as: Power voltage is too high or too low.
The official GE Altitude Series Ductless Split Heat Pump Service Manual identifies F2 as: Compressor overcurrent.
The official GE Altitude Series Ductless Split Heat Pump Service Manual identifies F21 as: Defrost-temperature sensor failure.
The official GE Altitude Series Ductless Split Heat Pump Service Manual identifies F22 as: AC overcurrent protection for the outdoor unit.
The official GE Altitude Series Ductless Split Heat Pump Service Manual identifies F23 as: Single-phase compressor overcurrent protection.
The official GE Altitude Series Ductless Split Heat Pump Service Manual identifies F25 as: Compressor-discharge temperature sensor failure.
The official GE Altitude Series Ductless Split Heat Pump Service Manual identifies F27 as: The compressor has a locked rotor or stopped momentarily.
The official GE Altitude Series Ductless Split Heat Pump Service Manual identifies F28 as: Station detection-loop error.
The official GE Altitude Series Ductless Split Heat Pump Service Manual identifies F3 as: Communication fault between the IPM and outdoor PCB.
The official GE Altitude Series Ductless Split Heat Pump Service Manual identifies F36 as: Outdoor-coil temperature sensor failure.
The official GE Altitude Series Ductless Split Heat Pump Service Manual identifies F4 as: Compressor-discharge over-temperature protection.
The official GE Altitude Series Ductless Split Heat Pump Service Manual identifies F6 as: Ambient-temperature sensor failure.
The official GE Altitude Series Ductless Split Heat Pump Service Manual identifies F7 as: Suction-temperature sensor failure.
The official GE Altitude Series Ductless Split Heat Pump Service Manual identifies F8 as: Outdoor DC fan motor fault.
The official GE Endure Series Ductless Multi-Split Heat Pump Service Manual identifies C1 as: Incorrect zero-cross signal detection.
The official GE Endure Series Ductless Multi-Split Heat Pump Service Manual identifies E1 as: Indoor ambient-temperature sensor failure.
The official GE Endure Series Ductless Multi-Split Heat Pump Service Manual identifies E12 as: Drain-system malfunction.
The official GE Endure Series Ductless Multi-Split Heat Pump Service Manual identifies E13 as: Incorrect zero-cross signal detection.
The official GE Endure Series Ductless Multi-Split Heat Pump Service Manual identifies E14 as: Indoor fan-motor malfunction.
The official GE Endure Series Ductless Multi-Split Heat Pump Service Manual identifies E2 as: Indoor-coil temperature sensor failure.
The official GE Endure Series Ductless Multi-Split Heat Pump Service Manual identifies E4 as: Indoor control-board EEPROM failure.
The official GE Endure Series Ductless Multi-Split Heat Pump Service Manual identifies E5 as: Indoor coil frosted; the hidden E5 variant indicates indoor…
The official GE Endure Series Ductless Multi-Split Heat Pump Service Manual identifies E7 as: Communication failure between the indoor and outdoor units.
The official GE Endure Series Ductless Multi-Split Heat Pump Service Manual identifies E8 as: Communication fault between the controller and indoor unit.
The official GE Endure Series Ductless Multi-Split Heat Pump Service Manual identifies E9 as: Indoor thermal overload; the hidden E9 variant indicates…
The official GE Endure Series Ductless Multi-Split Heat Pump Service Manual identifies F1 as: IPM overcurrent or short circuit.
The official GE Endure Series Ductless Multi-Split Heat Pump Service Manual identifies F10 as: Circuit A liquid-pipe temperature sensor failure.
The official GE Endure Series Ductless Multi-Split Heat Pump Service Manual identifies F11 as: Loss of compressor synchronization.
The official GE Endure Series Ductless Multi-Split Heat Pump Service Manual identifies F12 as: Outdoor control-board EEPROM failure.
The official GE Endure Series Ductless Multi-Split Heat Pump Service Manual identifies F13 as: Hidden indoor code indicating lack of refrigerant or…
The official GE Endure Series Ductless Multi-Split Heat Pump Service Manual identifies F14 as: Hidden indoor code for a 4-way-valve switching failure.
The official GE Endure Series Ductless Multi-Split Heat Pump Service Manual identifies F15 as: Hidden indoor code indicating terminal-block temperature is…
The official GE Endure Series Ductless Multi-Split Heat Pump Service Manual identifies F16 as: Circuit B liquid-pipe temperature sensor failure.
The official GE Endure Series Ductless Multi-Split Heat Pump Service Manual identifies F17 as: Circuit C liquid-pipe temperature sensor failure.
The official GE Endure Series Ductless Multi-Split Heat Pump Service Manual identifies F18 as: Circuit D liquid-pipe temperature sensor failure.
The official GE Endure Series Ductless Multi-Split Heat Pump Service Manual identifies F19 as: Hidden indoor code indicating power-module voltage is too low…
The official GE Endure Series Ductless Multi-Split Heat Pump Service Manual identifies F2 as: Hidden indoor code for compressor startup failure or…
The official GE Endure Series Ductless Multi-Split Heat Pump Service Manual identifies F20 as: Hidden indoor code for compressor or power-module overload…
The official GE Endure Series Ductless Multi-Split Heat Pump Service Manual identifies F21 as: Defrost-temperature sensor malfunction.
The official GE Endure Series Ductless Multi-Split Heat Pump Service Manual identifies F22 as: Outdoor AC overcurrent protection.
The official GE Endure Series Ductless Multi-Split Heat Pump Service Manual identifies F23 as: IPM phase-current protection.
The official GE Endure Series Ductless Multi-Split Heat Pump Service Manual identifies F24 as: Power-module current-detection circuit malfunction.
The official GE Endure Series Ductless Multi-Split Heat Pump Service Manual identifies F25 as: Compressor-discharge temperature sensor failure.
The official GE Endure Series Ductless Multi-Split Heat Pump Service Manual identifies F26 as: Circuit E gas-pipe temperature sensor failure.
The official GE Endure Series Ductless Multi-Split Heat Pump Service Manual identifies F27 as: Compressor-current sampling-circuit fault.
The official GE Endure Series Ductless Multi-Split Heat Pump Service Manual identifies F28 as: Compressor-position detection-circuit fault.
The official GE Endure Series Ductless Multi-Split Heat Pump Service Manual identifies F29 as: Circuit A gas-pipe temperature sensor failure.
The official GE Endure Series Ductless Multi-Split Heat Pump Service Manual identifies F3 as: Communication failure between the IPM and outdoor control board.
The official GE Endure Series Ductless Multi-Split Heat Pump Service Manual identifies F30 as: The manual uses F30 for a hidden…
The official GE Endure Series Ductless Multi-Split Heat Pump Service Manual identifies F31 as: Circuit C gas-pipe temperature sensor failure.
The official GE Endure Series Ductless Multi-Split Heat Pump Service Manual identifies F32 as: Circuit D gas-pipe temperature sensor failure.
The official GE Endure Series Ductless Multi-Split Heat Pump Service Manual identifies F33 as: Circuit E liquid-pipe temperature sensor failure.
The official GE Endure Series Ductless Multi-Split Heat Pump Service Manual identifies F34 as: Outdoor-pipe temperature protection in cooling mode.
The official GE Endure Series Ductless Multi-Split Heat Pump Service Manual identifies F35 as: Power-module temperature sensor malfunction or momentary…
The official GE Endure Series Ductless Multi-Split Heat Pump Service Manual identifies F36 as: Condensing-temperature sensor malfunction.
The official GE Endure Series Ductless Multi-Split Heat Pump Service Manual identifies F38 as: Toci temperature sensor failure.
The official GE Endure Series Ductless Multi-Split Heat Pump Service Manual identifies F39 as: High-pressure switch is open.
The official GE Endure Series Ductless Multi-Split Heat Pump Service Manual identifies F4 as: Compressor-discharge temperature overheat protection.
The official GE Endure Series Ductless Multi-Split Heat Pump Service Manual identifies F40 as: Low-pressure switch is open.
The official GE Endure Series Ductless Multi-Split Heat Pump Service Manual identifies F41 as: System high-pressure protection associated with overcharge,…
The official GE Endure Series Ductless Multi-Split Heat Pump Service Manual identifies F42 as: System low-pressure protection associated with undercharge,…
The official GE Endure Series Ductless Multi-Split Heat Pump Service Manual identifies F43 as: Incorrect match between the indoor and outdoor units.
The official GE Endure Series Ductless Multi-Split Heat Pump Service Manual identifies F5 as: Hidden indoor code for power-module thermal overload.
The official GE Endure Series Ductless Multi-Split Heat Pump Service Manual identifies F6 as: Outdoor ambient-temperature sensor failure.
The official GE Endure Series Ductless Multi-Split Heat Pump Service Manual identifies F7 as: Suction-temperature sensor failure.
The official GE Endure Series Ductless Multi-Split Heat Pump Service Manual identifies F8 as: Hidden indoor code for an outdoor DC fan-motor malfunction.
The official GE Endure Series Ductless Multi-Split Heat Pump Service Manual identifies F9 as: Microcontroller reset.
The official GE Endure Series Ductless Multi-Split Heat Pump Service Manual identifies L0 as: Outdoor ambient temperature is below -22°F (-30°C).
GE Appliances identifies E and 7 as: A button has been stuck for more than 30 seconds.
GE Appliances identifies E and 8 as: The thermistor is shorted. See the verified model scope, safe checks, and official source.
GE Appliances identifies E and 9 as: The thermistor is open. See the verified model scope, safe checks, and official source.
GE microwave 18 means Indication of an issue with the electronic control in the microwave.
GE microwave 888 means Possible to see this display upon initial installation or after power was restored due to a power failure.
GE microwave F1 means Open thermal sensor, due to excessive heat in the microwave cavity.
GE microwave F10 means Shorted touch screen. See the verified model scope, safe checks, and official source.
GE microwave F2 means Shorted thermal sensor. See the verified model scope, safe checks, and official source.
GE microwave F3 means Shorted touch pad panel. See the verified model scope, safe checks, and official source.
GE microwave F4 means Open humidity sensor. See the verified model scope, safe checks, and official source.
GE microwave F5 means Shorted humidity sensor. See the verified model scope, safe checks, and official source.
GE microwave F6 means Shorted temperature probe. See the verified model scope, safe checks, and official source.
GE Appliances identifies Probe as: The temperature probe is open or is not plugged in during a temperature-cook function.
GE Appliances identifies ⊃ as: The oven has been set for Sabbath Mode. See the verified model scope, safe checks, and official source.
GE Appliances identifies Bad Line as: Power is applied to the unit, but it has not been wired correctly.
GE oven range ERR means There has been an invalid entry when setting the oven controls.
GE oven range F0 means Usually a problem with the keypanel; many times the keypanel needs to be replaced.
GE oven range F1 means Usually a problem with the keypanel; many times the keypanel needs to be replaced.
GE oven range F2 means For an unknown reason, the oven temperature has exceeded a preset threshold.
GE oven range F3 means Usually means the oven sensor needs to be replaced. See the verified model scope, safe checks, and official source.
GE oven range F350 means Usually an issue with the upper cooling fan circuit or an obstruction in the cooling fan.
GE oven range F4 means Usually means the oven sensor needs to be replaced. See the verified model scope, safe checks, and official source.
GE oven range F5 means Usually means the electronic control needs to be replaced.
GE oven range F6 means Usually a problem with the keypanel; many times the keypanel needs to be replaced.
GE oven range F7 means Usually a problem with the keypanel; many times the keypanel needs to be replaced.
GE oven range F8 means Usually means the electronic control needs to be replaced.
GE oven range F9 means Usually means a component has failed somewhere in the door lock circuit.
GE oven range F96 means Usually means an internal component needs to be replaced.
GE oven range FC means Usually means a component has failed somewhere in the door lock circuit.
GE oven range FD means Usually means that either the probe or the receptacle may need to be replaced.
GE oven range FF means Usually means the electronic control needs to be replaced.
GE Appliances identifies Loc Door as: The door-lock message is flashing even though the self-clean cycle was not selected.
GE oven range LOC means Child Lockout is a feature on many wall ovens, free-standing ranges and slide-in ranges that prevents the oven from being turned on…
GE oven range OFF means If you try to set the oven for self-clean and OFF appears, the oven is too hot for the self-clean cycle to start.
GE Appliances identifies Unlock Door as: The door will not unlock after a self-clean cycle.
GE refrigerator CC means Check the temperature controls because the temperature for the refrigerator is incorrect.
GE refrigerator CI means Check the icemaker for proper operation. See the verified model scope, safe checks, and official source.
GE refrigerator DE means Demo mode: normal light and controls functionality while the cooling system is disabled.
GE refrigerator FF means Check frozen food for thawing because the temperature is rising too high.
GE refrigerator PF means The power to the refrigerator has been interrupted. See the verified model scope, safe checks, and official source.
GE refrigerator tC means This is not an error code; it is the Turbo Cool (tC) setting indicator shown when the TurboCool feature is activated.
GE refrigerator tF means This is not an error code; it is the Turbo Freeze (tF) setting indicator shown when the TurboFreeze feature is activated.
The official Vertical Zoneline Technical Service Guide 31-9269 identifies 1 as: Front-panel button stuck for more than 20 seconds.
The official Vertical Zoneline Technical Service Guide 31-9269 identifies 11 as: Wall thermostat problem or connection issue.
The official Vertical Zoneline Technical Service Guide 31-9269 identifies 15 as: Heat-pump fault.
The official Vertical Zoneline Technical Service Guide 31-9269 identifies 16 as: Temperature is beyond the operating limits of below 0°F or above 130°F.
The official Vertical Zoneline Technical Service Guide 31-9269 identifies 17 as: The equipment does not meet the minimum configuration.
The official Vertical Zoneline Technical Service Guide 31-9269 identifies 2 as: Input voltage is outside the 187–253 volt specification.
The official Vertical Zoneline Technical Service Guide 31-9269 identifies 3 as: Indoor temperature sensor is open or shorted.
The official Vertical Zoneline Technical Service Guide 31-9269 identifies 4 as: Indoor coil temperature sensor is open or shorted.
The official Vertical Zoneline Technical Service Guide 31-9269 identifies 5 as: Outdoor coil temperature sensor is open or shorted.
The official Vertical Zoneline Technical Service Guide 31-9269 identifies 6 as: Outdoor coil temperature is greater than 175°F.
The official Vertical Zoneline Technical Service Guide 31-9269 identifies 7 as: Indoor coil temperature remained below 30°F for two consecutive minutes.
The official Vertical Zoneline Technical Service Guide 31-9269 identifies 8 as: The Zoneline cycled more than nine times per hour.
The official Vertical Zoneline Technical Service Guide 31-9269 identifies 9 as: The Zoneline cycled fewer than three times per hour.
GE washer-dryer 18 means The pump filter needs to be cleaned; you may also see very wet loads at the end of a wash cycle or longer dry times than before.
GE washer-dryer 353 means Most often means the lint filter is clogged with fabric softener residue.
GE washer-dryer Cycle Canceled Draining means The Combo was paused for longer than 24 hours, or the machine stopped itself before the cycle was complete;…
GE washer-dryer DOOR OPEN means A cycle was started when the door is not fully closed.
GE washer-dryer Spin Light Blinking means The Combo detects an out-of-balance condition; the Spin light blinks during the remaining portion of the cycle and…
GE washer dE means The lid has been opened, causing the washer to pause. See the verified model scope, safe checks, and official source.
GE washer FE means Indicates water has reached a critical level. See the verified model scope, safe checks, and official source.
GE washer H2O SUPPLY means Cannot sense water level (water valves possibly turned off).
GE washer Lid means Lid will be shown if 3 cycles have been started without opening the lid; the washer will not start another cycle until the lid is opened.
GE washer UE means Indicates the laundry load is unbalanced. See the verified model scope, safe checks, and official source.
GE Appliances identifies F61 as: Tank water temperature is too hot. See the verified model scope, safe checks, and official source.
GE Appliances identifies F62 as: Incoming water is too hot. See the verified model scope, safe checks, and official source.
GE Appliances identifies F73 as: The condensate drain-pan port is clogged. See the verified model scope, safe checks, and official source.
GE Appliances identifies F74 as: The filter is dirty. See the verified model scope, safe checks, and official source.
GE Appliances identifies F75 as: Dry-tank fault. See the verified model scope, safe checks, and official source.
GE Appliances identifies F78 as: The leak sensor detected water. See the verified model scope, safe checks, and official source.
GE Appliances identifies F81 as: The leak-sensor battery is low. See the verified model scope, safe checks, and official source.
GE Appliances identifies F96 as: The CTA module is disconnected or its battery is low.
The official 2019 Zoneline Air Conditioner Technical Service Guide 31-9301 Rev. See the verified model scope, safe checks, and official source.
The official 2019 Zoneline Air Conditioner Technical Service Guide 31-9301 Rev. See the verified model scope, safe checks, and official source.
The official 2019 Zoneline Air Conditioner Technical Service Guide 31-9301 Rev. See the verified model scope, safe checks, and official source.
The official 2019 Zoneline Air Conditioner Technical Service Guide 31-9301 Rev. 3 identifies F12 as: User-interface board is disconnected or has failed.
The official 2019 Zoneline Air Conditioner Technical Service Guide 31-9301 Rev. See the verified model scope, safe checks, and official source.
The official 2019 Zoneline Air Conditioner Technical Service Guide 31-9301 Rev. See the verified model scope, safe checks, and official source.
The official 2019 Zoneline Air Conditioner Technical Service Guide 31-9301 Rev. 3 identifies F17 as: Outlet-thermistor failure.
The official 2019 Zoneline Air Conditioner Technical Service Guide 31-9301 Rev. 3 identifies F18 as: Outlet-air over-temperature.
The official 2019 Zoneline Air Conditioner Technical Service Guide 31-9301 Rev. 3 identifies F19 as: Outlet-air over-temperature.
The official 2019 Zoneline Air Conditioner Technical Service Guide 31-9301 Rev. See the verified model scope, safe checks, and official source.
The official 2019 Zoneline Air Conditioner Technical Service Guide 31-9301 Rev. 3 identifies F23 as: Make-up air module fault.
The official 2019 Zoneline Air Conditioner Technical Service Guide 31-9301 Rev. 3 identifies F24 as: Make-up air module vent-door fault.
The official 2019 Zoneline Air Conditioner Technical Service Guide 31-9301 Rev. See the verified model scope, safe checks, and official source.
The official 2019 Zoneline Air Conditioner Technical Service Guide 31-9301 Rev. See the verified model scope, safe checks, and official source.
The official 2019 Zoneline Air Conditioner Technical Service Guide 31-9301 Rev. See the verified model scope, safe checks, and official source.
The official 2019 Zoneline Air Conditioner Technical Service Guide 31-9301 Rev. 3 identifies F4 as: An indoor thermistor is not reading a valid temperature.
The official 2019 Zoneline Air Conditioner Technical Service Guide 31-9301 Rev. 3 identifies F5 as: An outdoor thermistor is not reading a valid temperature.
The official 2019 Zoneline Air Conditioner Technical Service Guide 31-9301 Rev. See the verified model scope, safe checks, and official source.
The official 2019 Zoneline Air Conditioner Technical Service Guide 31-9301 Rev. See the verified model scope, safe checks, and official source.
The official 2019 Zoneline Air Conditioner Technical Service Guide 31-9301 Rev. 3 identifies F8 as: Software fault.
The official 2019 Zoneline Air Conditioner Technical Service Guide 31-9301 Rev. See the verified model scope, safe checks, and official source.
The official 2021 GE Zoneline VTAC Technical Service Guide 31-9366 identifies 1 as: Inside-fan fault: the fan motor is not moving at the commanded speed…
The official 2021 GE Zoneline VTAC Technical Service Guide 31-9366 identifies 10 as: Heat-pump overload fault: inside-coil temperature exceeded 131°F.
The official 2021 GE Zoneline VTAC Technical Service Guide 31-9366 identifies 11 as: Overheat fault: incoming air is at least 95°F and too hot to run the…
The official 2021 GE Zoneline VTAC Technical Service Guide 31-9366 identifies 13 as: Heater-airflow fault.
The official 2021 GE Zoneline VTAC Technical Service Guide 31-9366 identifies 17 as: Outlet-thermistor fault caused by an open or short circuit.
The official 2021 GE Zoneline VTAC Technical Service Guide 31-9366 identifies 18 as: Outlet-air over-temperature.
The official 2021 GE Zoneline VTAC Technical Service Guide 31-9366 identifies 19 as: Outlet-air over-temperature.
The official 2021 GE Zoneline VTAC Technical Service Guide 31-9366 identifies 2 as: Outside-fan fault: the fan motor is not moving at the commanded speed…
The official 2021 GE Zoneline VTAC Technical Service Guide 31-9366 identifies 25 as: Abnormal-defrost fault after five consecutive defrost cycles failed to…
The official 2021 GE Zoneline VTAC Technical Service Guide 31-9366 identifies 3 as: External-thermostat wiring fault: the applied signal has remained…
The official 2021 GE Zoneline VTAC Technical Service Guide 31-9366 identifies 4 as: An inside thermistor is not reading a valid temperature.
The official 2021 GE Zoneline VTAC Technical Service Guide 31-9366 identifies 5 as: An outside thermistor is not reading a valid temperature.
The official 2021 GE Zoneline VTAC Technical Service Guide 31-9366 identifies 6 as: Compressor fault: no temperature change was detected after one minute of…
The official 2021 GE Zoneline VTAC Technical Service Guide 31-9366 identifies 7 as: Reversing-valve fault: the expected temperature change did not occur…
The official 2021 GE Zoneline VTAC Technical Service Guide 31-9366 identifies 8 as: Software fault caused by a stack overflow.
The official 2021 GE Zoneline VTAC Technical Service Guide 31-9366 identifies 9 as: Indoor-coil freeze fault: coil temperature fell below the 34°F freeze…