Maytag Range Error Codes: Complete 2026 Guide

How Maytag Range Error Codes Work

Maytag has been a wholly owned Whirlpool Corporation brand since the 2006 acquisition. Maytag ranges built from roughly 2008 onward share the same Electronic Range Control (ERC) platform as Whirlpool ranges — the same control board architecture, the same temperature sensor standards, and the same fault-code vocabulary. This is good news for owners: parts are widely available, documentation is comprehensive, and the error codes are well understood by service technicians nationwide.

Maytag range fault codes follow two display formats depending on model generation:

• Single F-code (pre-2010 models): F1, F2, F3, F5, F7, F9, F10. One character, no sub-code. Older Maytag ranges with simple 2-character displays use this format.
• F/E paired code (post-2010 models): F1 E0, F2 E0, F3 E1, F5 E0, etc. The F digit identifies the subsystem (F2 = temperature control, F3 = sensor, F5 = door lock, etc.); the E digit pinpoints the specific failure mode within that subsystem.

When a fault triggers, the ERC beeps continuously and the display alternates between the fault code and the current clock or temperature reading. Pressing Cancel/Off silences the beep but does not clear the underlying fault — the code will reappear at the next power cycle or at the next time the fault condition recurs. Clearing a fault code permanently requires either repairing the failed component or clearing it through diagnostic mode.

Gas ranges display the same F/E codes for oven functions. Surface burner ignition problems on Maytag gas ranges (MER/MGR series) typically manifest as a continuously clicking igniter or a burner that won't light — these are not ERC fault codes and are diagnosed separately from the igniter module and spark electrode assembly.

Your Maytag range's model number sticker is located on the oven door frame (visible when the door is open) on freestanding models, or on the left interior side wall on slide-in models. You need this model number to find the exact wiring diagram and confirm part compatibility before ordering anything.

Universal Reset Procedure

Before diagnosing any specific code, perform a full power cycle. A one-time electrical transient — a power fluctuation, a nearby lightning strike, or a tripped breaker that self-restored — can trigger a latched fault code that does not reflect an actual hardware failure. The reset procedure is the same for all Maytag range models:

1. Press Cancel/Off on the control panel to silence the alarm.
2. Note the exact fault code as displayed — photograph it with your phone before clearing anything.
3. Disconnect power at the wall outlet (plug-in ranges) or circuit breaker (hardwired ranges). Wait a full 60 seconds — a 10-second unplug is often not enough because ERC board capacitors retain voltage for up to 30 seconds on many Maytag models.
4. Restore power. Allow 3–5 minutes for the board to complete its startup self-check sequence before attempting to use the oven.
5. If the same code returns within one or two normal oven cycles after the reset, a hardware component has failed. Proceed with the code-specific diagnosis below — the reset will not resolve it.

Entering Diagnostic Mode

Most Maytag ranges with electronic controls support a service diagnostic mode that reveals stored fault codes and allows technicians to manually test individual components (heating elements, door lock motor, oven sensor, surface burner igniters on gas models). The entry sequence on most Maytag ERC models (2010–2026):

Standard entry: Press Cancel/Off → Cancel/Off → Start within 5 seconds. The display will show a test code or "888." Use the Up/Down arrow or number pad keys to cycle through stored fault codes. To clear all stored codes, press and hold Cancel/Off until the display returns to the clock.

If this sequence does not trigger diagnostic mode, the entry method for your specific board revision is documented on the wiring diagram — typically a folded paper diagram inside the bottom storage drawer or taped to the back panel of the range. Do not use diagnostic mode to clear fault codes as a substitute for diagnosing and repairing the underlying fault.

F2 E0 — Runaway Oven Temperature (Act Immediately)

F2 E0 is the most safety-critical code in Maytag's range fault vocabulary. It means the ERC detected that the oven cavity temperature exceeded approximately 590°F (310°C) while in a bake or broil mode, or remained above approximately 150°F while the oven was set to Off. Either condition indicates the oven is heating at a rate or time it should not be — the element is receiving power without a valid command from the control board.

What to do immediately: Disconnect power at the breaker or wall outlet. Do not use the oven until the fault is diagnosed. Allow the oven to cool completely — at least 2 hours before touching any internal components.

Step 1 — Test the Heating Elements

A shorted bake or broil element can trigger F2 E0 by allowing current to flow to the element through the internal short, bypassing the relay entirely. With the range unplugged, inspect both elements visually: blistering, burn marks, or a visible break point with scorch marks all indicate failure. Then measure element resistance with a multimeter set to ohms (Ω):

A near-zero reading means the element is shorted and must be replaced. Replacement bake and broil elements for Maytag MER and MGR series cost $20–$60 and install in 20 minutes: remove the element mounting screws inside the oven cavity, pull the element forward, disconnect the two spade connectors, and push new connectors onto the replacement element. No panel removal required.

Step 2 — Control Board Relay Failure

If both elements test normal (correct resistance, no visible damage), the fault is a stuck relay on the ERC board. The bake and broil relays are small electromechanical switches on the circuit board that the processor uses to energize and de-energize the heating elements. When a relay's contacts weld closed, the element receives continuous power regardless of what the processor commands. A symptom: you may hear the relay click shortly after power-on, before you set any temperature — the stuck contact is activating on its own.

A stuck relay requires ERC control board replacement. Boards for Maytag freestanding ranges (MER/MGR series) cost $120–$280 for OEM; aftermarket boards run $60–$120. Slide-in Maytag boards (MES/MGS) typically run $150–$300. On freestanding models, the board is accessed by removing the back panel of the range (4–6 screws). On slide-in models, the board is behind the front control panel trim. This is a moderate DIY repair — 45–60 minutes with a screwdriver and nut driver, with careful documentation of wire harness connections before disconnecting them.

F3 E0 / F3 E1 — Oven Temperature Sensor Faults

The oven temperature sensor — also called the RTD probe or OTS — is a small metal rod roughly 2 inches long that protrudes from the back wall of the oven cavity. As oven temperature changes, the sensor's electrical resistance changes predictably. The ERC reads this resistance to know the cavity temperature. Two codes indicate sensor failure in opposite directions:

• F3 E0 — Open circuit: The sensor reads infinite resistance — the probe wire is broken or the sensor element has failed open. The ERC cannot get any temperature reading from the cavity.
• F3 E1 — Short circuit: The sensor reads near-zero resistance — the probe has internally shorted. The ERC reads an impossibly high temperature (far above actual) immediately on startup, often triggering F2 as well.

The 1,080-Ohm Test

Before ordering a replacement sensor, confirm that the sensor — not the wiring harness or ERC input circuit — is actually the failed part. Unplug the range. Open the oven door and locate the sensor on the back interior wall (one or two mounting screws visible from inside the cavity). Disconnect the two-wire harness at the sensor connector.

If the sensor measures correctly at the sensor connector but F3 still appears, reconnect it and measure resistance at the ERC board connector — the other end of the same harness. If the board connector shows infinite resistance while the sensor end is correct, the wiring harness has a break somewhere along its run. Splice or replace the harness before purchasing an ERC board. Sensor replacements cost $20–$50 and are the easiest range repair in the error-code vocabulary: two screws and two push-on spade connectors, accessible without removing any panels. Replace and test before any other diagnosis.

F3 E2 — Temperature Calibration Offset

F3 E2 means the oven temperature deviates from the set point by more than the ERC's self-correction threshold (typically ±35°F). The sensor is functional, but the ERC has flagged a persistent out-of-range condition compared to what the temperature should be for the current set point. This is a calibration issue — no parts needed in most cases.

On most Maytag ranges: press and hold Bake for 5 seconds until the display shows a calibration offset value (typically "0" or a positive/negative number like "+10"). Use the Up/Down arrows to adjust in 10°F increments, within a ±35°F range from the factory setting. Press Start or Bake to save. Verify accuracy with an independent oven thermometer after calibrating.

If your oven consistently reads more than 35°F off from a verified thermometer, the RTD sensor itself may be drifting with age and should be replaced. A sensor that passes the 1,080-ohm test at room temperature can still produce inaccurate readings at high temperatures if its resistance curve has shifted — this is less common but does occur on sensors over 10 years old.

F2 E1 — Stuck Keypad (Shorted Touchpad)

F2 E1 means the ERC detected a key on the touchpad held continuously closed for more than approximately 60 seconds — even when no one is touching it. The most common cause is a delaminated or cracked flexible membrane inside the touchpad that causes one key to permanently register as pressed. Steam and grease splatter from stovetop cooking are the leading contributors: they migrate under the control panel and compromise the membrane adhesive layers over time.

Diagnostic path:

1. Power cycle the range. If F2 E1 appears within 60 seconds of power-on without any keys being pressed, the touchpad has failed — a stuck key is registering immediately.
2. If F2 E1 only appears when pressing a specific key, that key's membrane cell has delaminated. Pressing each key individually and observing the code trigger can identify which key is at fault.
3. On Maytag ranges where the touchpad is a separate overlay from the control board (connected via ribbon cable), replace the touchpad first — $40–$120 depending on model. On ranges where the touchpad and ERC board are a single integrated assembly, the entire assembly requires replacement.

Check your model number to determine which configuration you have — the parts diagram for your specific model number confirms this. The model number sticker is on the oven door frame of freestanding MER/MGR ranges or on the left interior side wall of MES/MGS slide-in models. You can verify the full parts layout by running your model number through ApplianceIQ's serial decoder.

F1 — Control Board / EEPROM Failure

F1 (or F1 E0 / F1 E1 on newer displays) means the ERC failed an internal memory self-test on startup. The EEPROM is the non-volatile chip on the control board that stores calibration settings, clock data, and cook cycle history. When the EEPROM's stored checksum does not match the actual data on power-on, the board raises F1 and halts all oven functions.

A single occurrence after a power outage or voltage spike can be a transient — the 60-second power cycle described above often clears it permanently. If F1 returns at every subsequent power-on after the reset, the EEPROM or its surrounding circuitry has permanently failed.

There is no component-level EEPROM repair available to home technicians — unlike relays or capacitors, EEPROM chips require specialized programming equipment to replace individually. The entire ERC board must be replaced ($120–$300 depending on Maytag model series). Before purchasing a board, verify the manufacture date of your range from the serial number using our Maytag serial number decoder — a range within its 1-year parts and labor warranty qualifies for a free repair through Maytag Customer Service (1-800-344-1274).

F5 E0 / F5 E1 — Door Lock Faults (Self-Clean Cycles)

F5 codes appear only in the context of the self-clean cycle. The door lock is a motor-driven latch that physically prevents the oven door from opening while the cavity is above approximately 550°F during self-clean. Two codes cover the two failure directions:

• F5 E0 — Failed to lock: The ERC started the self-clean cycle and commanded the latch motor to engage, but the locked-position microswitch did not confirm within the expected time (typically 30–60 seconds). The self-clean cycle cannot begin.
• F5 E1 — Failed to unlock: The self-clean cycle completed and the ERC commanded the latch to disengage, but the unlocked-position microswitch did not confirm. The door remains physically locked shut.

For F5 E0 (will not lock): Inspect the latch mechanism at the top rear of the oven door opening — grease and carbonized food debris commonly accumulate around the latch actuator arm and prevent it from traveling its full range of motion. With the oven off and cool, clean the latch mechanism thoroughly with a degreaser cloth, then attempt self-clean again. If F5 E0 persists after cleaning a visibly clear latch mechanism, the door lock motor assembly has failed and requires replacement ($40–$100).

For F5 E1 (door stuck locked): Disconnect power and wait at least 90 minutes for the oven to cool completely — the thermal interlock that physically holds the door locked above 550°F will release as the oven cools. Restoring power with a cooled oven sometimes allows the motor to complete its unlock travel on the next power cycle. If the door remains locked after a full cool-down and power cycle, the lock motor or the unlock-position microswitch has failed. Do not force the door open — this breaks the latch body and the door frame. Professional diagnosis is recommended for a stuck-locked door to avoid making the damage worse.

F6, F7, F8, F9 — Additional Board and Circuit Faults

F6 / F6 E1 — Overheating / broil element continuously on: Similar to F2 E0 but specifically triggered when the broil or convection element appears to be receiving power without a bake or broil command. Same safety urgency as F2 E0 — disconnect power immediately. Diagnose with element resistance tests first (shorted broil element reads near 0 Ω), then evaluate board relay failure if elements test normal.

F7 / F7 E1 — Common switch wire shorted: The shared wiring between the door latch position switch and the door status switch has a short circuit. Inspect the wiring harness running from the door latch assembly to the ERC — the latch connector where the harness flexes each time the oven door opens and closes is the most common failure point. Wire insulation fatigues at flex points over years of use. A wiring splice or harness replacement typically resolves F7 without replacing the control board.

F8 E0 / F8 E1 — ERC internal clock or power circuit failure: The control board's internal clock oscillator or its regulated power supply circuit has failed. Unlike F1 (EEPROM), F8 codes can occasionally result from a momentary power supply anomaly — try the full 60-second power cycle first. If F8 returns consistently at every power-on, the control board requires replacement ($120–$300).

F9 / F9 E0 — Door latch circuit / wiring fault: On pre-2010 Maytag ranges (single-character display), F9 is the door latch fault equivalent to F5 on newer models. On post-2010 ranges that show F9 E0, the ERC has detected a miswiring condition — typically a reversed or open ground connection. This is most common on recently installed or recently serviced ranges. If F9 E0 appears on a recently installed Maytag range, have a licensed electrician verify the 240V outlet wiring before assuming the range is at fault.

F10 — Runaway temperature (older single-code models): On pre-2010 Maytag ranges with single F-code displays, F10 is the older equivalent of F2 E0 — the oven detected runaway temperature. The same diagnosis applies: disconnect power immediately, test elements, then evaluate board relay failure.

Maytag Gemini Double-Oven Range Codes

The Maytag Gemini range (MET series for electric, MGT series for gas) has two separate oven cavities — a full-size lower oven and a smaller upper oven, each with its own temperature sensor, heating elements, and control circuit. This means some Gemini displays prefix fault codes with the affected oven:

• UPP F3 E0 — Upper oven temperature sensor open circuit
• LWR F3 E1 — Lower oven temperature sensor shorted
• UPP F5 E0 — Upper oven door lock fault (self-clean)

When a fault appears with a UPP or LWR prefix, only the identified cavity is affected — the other oven may remain fully functional. The diagnosis and repair procedures are identical to single-oven models, but the sensors for the upper and lower cavities are separate parts and must be ordered and replaced independently. If your Gemini shows a fault in one cavity, do not assume the other cavity's sensor has also failed — test each independently before ordering.

The self-clean function on Gemini models requires both ovens to be empty and cool before initiating. If either oven's door lock fails during self-clean, the ERC will abort the cycle and display the relevant F5 code with the UPP or LWR prefix.

Full Maytag Range Error Code Reference Table

DIY vs. Call a Tech — Decision Matrix

Maytag range repairs split into three clear tiers based on technical difficulty and safety risk:

Repair vs. Replace Math for Maytag Ranges

Maytag freestanding electric ranges (MER series) retail for $800 to $1,500; freestanding gas (MGR series) for $900 to $1,600. Slide-in models (MES/MGS) run $1,300 to $2,200. Gemini double-oven ranges (MET/MGT) command $1,500 to $2,500 when they appear on the market. The standard appliance industry threshold is 50% of replacement cost — if the repair exceeds half the price of a comparable new unit, replacement is typically the better long-term decision.

Applying that benchmark to Maytag range repairs:

• Sensor (F3 E0/E1): $20–$50 part + 20 min — Always repair. A sensor replacement costs less than the first 30 minutes of a service call. No scenario where this doesn't pay off on any Maytag range under 20 years old.
• Touchpad (F2 E1): $40–$120 — Repair if the range is under 10 years old. If the board and touchpad are one integrated assembly, evaluate the combined replacement cost against the range's age and overall condition before proceeding.
• Bake or broil element (F2 E0): $20–$60 — Always repair. Element cost is less than a single service visit, and installation requires no special tools.
• Control board (F1, F8, F2 E0 relay): $120–$300 + labor — Repair if the range is under 8 years old and otherwise in good condition (door seal intact, igniter functional on gas, burner grates not cracked). If the range is 10–12+ years old and showing other wear, replacement may make more sense than a $300 board repair on an aging platform.
• Door lock assembly (F5): $40–$100 — Always repair if the oven is otherwise functional. The lock motor does not indicate overall range health — it is an isolated mechanical component.

For a complete framework, see our appliance repair vs. replace decision tree and the 2026 repair math guide.

Before calling a technician for any board or sensor code, confirm the manufacture date of your Maytag range — it determines whether the unit is still under Maytag's 1-year limited parts and labor warranty. The manufacture date is encoded in the range's serial number. Use our Maytag serial number decoder to extract the build date, or run your model number through ApplianceIQ's serial decoder to get the verified manufacture date alongside any open recall status — free for your first 25 lookups.

For other Maytag appliances showing error codes, the same F/E sub-code logic runs across the entire platform: see our guides to Maytag washer error codes, Maytag dryer error codes, Maytag refrigerator error codes, and Maytag dishwasher error codes. If you have a Whirlpool range alongside your Maytag, the fault codes translate directly — see Whirlpool range error codes for model-specific wiring diagram references.