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Error code reference

Maytag Oven Error Code F6E1

Over Temp Cook

Maytag codesMaytag oven codes

Over Temp Cook – the control detects an oven temperature >601°F (316°C) when not in a self-clean cycle; affected cavity locked out until temp drops below 601°F.

First step from the service manual

Assess affected cavity temperature; if near room temp, inspect P10 connector; if near 600°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 F6E1 means on a Maytag oven

The F6E1 error code on a Maytag oven signals an over-temperature condition in the cook cavity. Specifically, the control board has detected an oven temperature exceeding 601°F (316°C) while the unit is not running a self-clean cycle. Because temperatures above 601°F are outside the safe operating range for normal cooking, the control locks out the affected cavity entirely until the temperature drops back below that threshold. This protection mechanism prevents damage to oven components and reduces the risk of a fire or burn hazard.

The two primary systems involved are the temperature sensing circuit and the element power circuit. The oven temperature sensor (RTD probe) feeds resistance-based temperature data to the control board through the P10 connector harness. If that connector is loose, corroded, or has a damaged pin, the control can receive a false high-temperature reading even when the cavity is at room temperature. Alternatively, if the oven actually is approaching 600°F during a normal bake or broil cycle, the likely culprit is a relay on the control board that has failed in the closed position, causing an element to remain continuously powered.

Diagnosis begins by assessing the actual cavity temperature. If the oven is near room temperature when the error appears, the fault is almost certainly in the sensor circuit, starting with the P10 connector. If the oven is genuinely hot and climbing toward 600°F, the focus shifts to identifying which element, bake or broil, is being improperly powered, which points toward a stuck relay on the control board rather than a wiring or sensor issue.

Source: manufacturer service documentation.

Common causes of F6E1

  1. 01

    Faulty or loose P10 connector

    Wiring / connection

    A damaged, corroded, or poorly seated P10 connector on the temperature sensor harness can send a false high-temperature signal to the control board, triggering F6E1 even when the oven is cool. Inspect the connector for bent pins, corrosion, or a loose fit and reseat or replace it as needed.

  2. 02

    Failed control board relay (stuck closed)

    Part replacement

    A relay on the control board that has welded or stuck in the closed position will keep a bake or broil element energized continuously, causing the oven temperature to rise well beyond the setpoint. If the cavity is actually near 600°F when the error appears, a stuck relay is the most likely cause and the control board will need replacement.

  3. 03

    Defective oven temperature sensor (RTD probe)

    Part replacement

    An oven temperature sensor that has drifted out of calibration or shorted internally can report an artificially high temperature to the control board. Testing the sensor's resistance at room temperature and comparing it to the specified value will confirm whether it is reading correctly.

  4. 04

    Damaged sensor wiring harness

    Wiring / connection

    Wiring between the temperature sensor and the control board can become pinched, frayed, or shorted, particularly near oven cavity openings where heat exposure is high. A short in this wiring can produce an erroneous over-temperature reading without any actual excess heat in the cavity.

  5. 05

    Control board failure (sensor input circuit)

    Part replacement

    If the sensor, connector, and wiring all check out correctly but the error persists, the input circuit on the control board itself may have failed and is misreading the sensor signal. This requires control board replacement.

See the test procedure for each cause

Frequently asked questions about F6E1

What does F6E1 mean on a Maytag oven?
F6E1 on a Maytag oven means the control board detected an oven temperature above 601°F (316°C) during a normal cooking operation, not a self-clean cycle. This over-temperature condition causes the control to lock out the affected cavity until the temperature drops back below 601°F. The fault can result from a genuine runaway heating element or from a faulty sensor circuit sending a false high-temperature reading.
Is it safe to use my Maytag oven when F6E1 is displayed?
You should not attempt to override or continue using the locked-out cavity until the root cause is identified. If a relay has failed and is keeping an element continuously powered, operating the oven could create a fire risk or damage internal components. Allow the oven to cool completely and investigate the cause before using it again.
Will resetting the oven clear the F6E1 error code?
Disconnecting power to the oven for a few minutes may temporarily clear the F6E1 code, but if the underlying problem is not corrected, the error will return once the oven is used again. A reset is only useful as a first step to confirm whether the fault is intermittent or persistent. A recurring F6E1 always requires hands-on diagnosis.
How do I fix the F6E1 error on a Maytag oven?
Start by checking the actual oven temperature. If the oven is at or near room temperature, inspect the P10 sensor connector for loose pins, corrosion, or damage and reseat or replace it. If the oven is genuinely very hot, identify which element is being improperly powered, which typically points to a stuck relay on the control board requiring board replacement. A faulty temperature sensor or damaged wiring harness should also be evaluated as part of a complete diagnosis.
How much does it cost to repair an F6E1 error on a Maytag oven?
Repair costs vary depending on the failed component. Replacing a temperature sensor generally runs in the range of $20 to $80 for the part, while a control board replacement can cost anywhere from $100 to $300 or more for the part alone. Adding professional labor typically brings the total repair cost to between $150 and $400 depending on the part needed and local service rates.

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