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Error code reference

GE Range Error Code F6E2

Clean range over temperature.

GE codesGE range codes

Clean range over temperature.

First step from the service manual

Enter diagnostics mode, press BAKE key to cycle bake relay on and off, verify element or gas valve cycles with relay.

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

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  • Step-by-step tests with expected resistance, voltage, and continuity values
  • Wiring diagram references and connector pinouts from the OEM service manual
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What F6E2 means on a GE range

The F6E2 error code on a GE range indicates an over-temperature condition during the self-clean cycle. The control board has detected that the oven cavity temperature has exceeded safe operating limits while the clean function is active. This code is specifically tied to the clean cycle's thermal monitoring system, which uses a dedicated oven temperature sensor (sometimes called the RTD sensor or oven sensor) to track cavity heat levels throughout the high-temperature burn-off process.

The most common root causes involve a faulty oven temperature sensor sending inaccurate readings to the control board, a runaway bake element or gas valve that is not cycling correctly, or a failure in the control relay itself. To begin diagnosis, the technician should enter diagnostics mode and use the BAKE key to cycle the bake relay on and off. During this test, the bake element on electric models or the gas valve on gas models should visibly respond to the relay toggling. If the element or valve does not cycle properly, the relay or control board may be at fault. If the relay cycles correctly but the element stays energized, the element or its wiring harness may have a short.

Additional causes include a failed door lock mechanism that allows heat to escape unevenly, a damaged oven door gasket, or a control board that has developed a fault in its thermal management logic. Because the self-clean cycle operates at temperatures typically between 800 and 900 degrees Fahrenheit, even small sensor deviations or relay malfunctions can trigger the over-temperature fault before a runaway condition causes physical damage.

Source: manufacturer service documentation.

Common causes of F6E2

  1. 01

    Faulty oven temperature sensor

    Part replacement

    A failing RTD oven sensor can send incorrect temperature readings to the control board, causing it to believe the oven has overheated even when it has not, or failing to report actual overheating. Check the sensor's resistance value and compare it to specifications for the specific model.

  2. 02

    Bake relay or control board failure

    Part replacement

    If the bake relay on the control board sticks in the closed position, the bake element or gas valve will stay on continuously instead of cycling, leading to runaway temperatures. During diagnostics, pressing the BAKE key should toggle the relay and cause the element or valve to cycle on and off. If it does not respond, the relay or board is likely defective.

  3. 03

    Shorted bake element

    Part replacement

    A bake element with an internal short may remain energized even when the control board sends an off signal through the relay. Inspect the element visually for blistering, burn marks, or holes, and test it for continuity and ground faults.

  4. 04

    Malfunctioning gas valve (gas models)

    Part replacement

    On gas ranges, a gas valve that does not close when the relay de-energizes it will cause continuous heat output during the clean cycle. The diagnostics relay test should confirm whether the valve responds correctly to the BAKE key cycling.

  5. 05

    Damaged oven door gasket or door seal

    Part replacement

    A worn or damaged door gasket can allow excessive heat to radiate unevenly within the cavity during the self-clean cycle, potentially contributing to localized over-temperature readings. Inspect the gasket around the door perimeter for tears, hardening, or gaps.

See the test procedure for each cause

Frequently asked questions about F6E2

What does F6E2 mean on a GE range?
The F6E2 code means the oven detected an over-temperature condition during the self-clean cycle. The control board monitors oven heat through a temperature sensor, and if temperatures exceed safe limits, it triggers this fault and shuts down the cycle. The issue is most often related to a faulty oven sensor, a stuck bake relay, or a bake element that is not cycling off correctly.
Is it safe to use my GE range after an F6E2 error?
You should avoid running the self-clean cycle again until the underlying cause has been diagnosed and repaired. Normal baking and cooking may still be possible, but if the bake relay or element is causing continuous heating, operating the oven poses a safety and fire risk. Have the range inspected before resuming full use.
Will resetting the range clear the F6E2 error code?
Resetting the range by disconnecting power for a few minutes may temporarily clear the F6E2 code, but the fault will return if the underlying component issue is not resolved. The root cause, whether a faulty sensor, relay, or element, must be diagnosed and corrected to prevent the error from coming back during the next clean cycle.
How do I fix an F6E2 error on my GE range?
Start by entering diagnostics mode and using the BAKE key to cycle the bake relay, then confirm that the bake element or gas valve cycles on and off in response. If the element or valve does not respond, the control board or relay is likely the problem. If it cycles correctly but the oven still overheats, the oven temperature sensor should be tested and replaced if it is reading outside of specification.
How much does it cost to repair an F6E2 error on a GE range?
Repair costs depend on which component has failed. An oven temperature sensor typically costs between $20 and $60 for the part, while a bake element can range from $30 to $100. Control board replacement is the most expensive repair, often ranging from $150 to $350 or more for the part alone, plus labor if a technician is performing the work.

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