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Error code reference

Maytag Oven Error Code F6E2

Over Temp Clean

Maytag codesMaytag oven codes

Over Temp Clean – the control detects an oven temperature >900°F (482°C) when in a self-clean cycle; cooking and clean modes locked out until temp drops below 900°F.

First step from the service manual

Assess affected cavity temperature; if near room temp, inspect P10 connector; if near 900°F, determine which element is improperly powered.

The complete diagnostic procedure includes additional test steps, resistance specifications, wiring diagram references, and component test points.

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What F6E2 means on a Maytag oven

The F6E2 error code on a Maytag oven indicates an over-temperature condition during a self-clean cycle. Specifically, the control board has detected an oven cavity temperature exceeding 900°F (482°C), which is above the safe operating threshold for the self-clean function. When this condition is detected, the control immediately locks out both cooking and clean modes and will not allow operation to resume until the cavity temperature drops back below 900°F. This is a protective response designed to prevent damage to the oven's internal components, door gaskets, and surrounding cabinetry.

The F6E2 fault involves two primary systems: the temperature sensing circuit and the element power circuit. The P10 connector is a key diagnostic point because a loose, corroded, or damaged connection there can cause the control board to receive a false high-temperature signal, triggering the error even when the oven is at or near room temperature. If the oven is actually near room temperature when the code appears, the problem is almost certainly in the sensing circuit rather than a true over-temperature condition.

If the oven cavity is genuinely near 900°F when the fault triggers, the diagnostic focus shifts to the heating elements. An element that remains powered when it should not be, due to a failed relay on the control board or a shorted element, can drive temperatures beyond the acceptable clean cycle ceiling. A runaway bake or broil element is a less common but serious cause that requires identifying which element is improperly energized and addressing the root cause, whether that is a welded relay contact on the control board or a failed element itself.

Source: manufacturer service documentation.

Common causes of F6E2

  1. 01

    Faulty or loose P10 connector

    Wiring / connection

    A damaged, corroded, or poorly seated P10 connector can send an incorrect high-temperature signal to the control board, triggering F6E2 even when the oven is near room temperature. Inspect the connector for bent pins, burn marks, or loose seating.

  2. 02

    Failed oven temperature sensor

    Part replacement

    A defective temperature sensor can report inaccurate readings to the control board, causing it to believe the cavity has exceeded 900°F when it has not. Check the sensor's resistance value against specifications and inspect its wiring harness for damage.

  3. 03

    Welded relay contact on the control board

    Part replacement

    A relay on the control board that has welded shut can keep a heating element continuously powered during the clean cycle, driving cavity temperatures beyond the 900°F threshold. If an element is confirmed to be energized when it should not be, the control board is likely the cause.

  4. 04

    Shorted or runaway heating element

    Part replacement

    A bake or broil element that is internally shorted can draw continuous power during the clean cycle, causing uncontrolled temperature rise. Visually inspect elements for cracks, blistering, or burn spots, and test for continuity shorts to the chassis.

  5. 05

    Damaged wiring harness

    Wiring / connection

    Heat-degraded or chafed wiring between the temperature sensor and the control board can introduce resistance or short circuits that produce false temperature readings. Inspect the harness routing near the oven cavity for melted insulation or pinched wires.

See the test procedure for each cause

Frequently asked questions about F6E2

What does F6E2 mean on a Maytag oven?
F6E2 means the oven's control board detected a cavity temperature above 900°F (482°C) during a self-clean cycle. This triggers an automatic lockout of both cooking and cleaning functions as a safety measure. The lockout remains active until the oven temperature drops below 900°F. The root cause can be a true over-temperature event or a false reading from a faulty sensor or connector.
Is it safe to use my Maytag oven while F6E2 is showing?
The oven will not allow cooking or cleaning while F6E2 is active, which is intentional. Do not attempt to bypass the lockout. If the oven was genuinely overheating, allow it to cool completely and inspect for a damaged element or control board relay before running it again. Using an oven with a runaway heating element presents a fire risk.
Will resetting the oven clear the F6E2 error code?
A power reset by shutting off the circuit breaker for a few minutes may clear the code temporarily if the oven has cooled below 900°F, but it will not fix the underlying problem. If the fault condition still exists, whether a faulty sensor, bad connector, or failed component, the code will return. A reset is useful for confirming whether the error is persistent, not as a repair.
How do I fix the F6E2 error on my Maytag oven?
Start by checking the cavity temperature: if the oven is near room temperature, inspect the P10 connector for looseness, corrosion, or damage, and test the temperature sensor. If the oven is actually near 900°F, identify which heating element is being improperly powered and determine whether the cause is a shorted element or a failed relay on the control board. Repairs may involve reseating a connector, replacing the temperature sensor, replacing a heating element, or replacing the control board depending on what the diagnosis reveals.
How much does it cost to repair a Maytag oven showing F6E2?
Repair costs vary depending on the failed component. A temperature sensor typically costs between $20 and $60 for the part, while a control board can range from $100 to $300 or more. Labor costs from a qualified technician generally add $75 to $200 depending on your location. If the fix is simply reseating the P10 connector, the cost may be limited to a service call fee.

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