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Error code reference

Jenn-Air Range Error Code F6E2

Clean oven over temperature.

Clean oven over temperature.

First step from the service manual

Turn oven on and visually inspect all burners (convect, bake, broil) to ensure they are operating; then cycle bake burner via Component Activation.

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
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What F6E2 means on a Jenn-Air range

The F6E2 error code on a Jenn-Air range indicates that the oven temperature has exceeded the safe threshold during a self-clean cycle. The control board monitors oven temperature throughout the clean cycle using the oven temperature sensor (RTD probe), and when the detected temperature climbs beyond the programmed upper limit, the control triggers F6E2 to halt the cycle and protect the oven cavity, door lock mechanism, and surrounding cabinetry from heat damage.

The most common sources of this fault involve burner operation and airflow. If any of the burners, including the convection, bake, or broil elements or gas burners, are firing improperly or simultaneously when they should not be, heat can accumulate beyond the expected range. A faulty oven temperature sensor can also report artificially high readings to the control board, triggering the fault even when actual temperatures are within acceptable limits. Restricted ventilation inside the oven cavity can compound temperature spikes during the high-heat clean cycle.

The recommended first diagnostic step is to power on the oven and visually confirm that each burner (convect, bake, and broil) is operating correctly and independently. Following that visual check, the bake burner should be cycled using the Component Activation mode in the service diagnostics menu. This allows the technician to isolate whether a specific burner is contributing to runaway heat, and whether the temperature sensor is accurately tracking the burner's output during activation.

Source: manufacturer service documentation.

Common causes of F6E2

  1. 01

    Faulty oven temperature sensor

    Part replacement

    The RTD temperature probe may be sending inaccurate high readings to the control board, causing it to register an over-temperature condition even when actual heat levels are normal. Check the sensor's resistance value and compare it against the specified range for the oven's temperature at rest.

  2. 02

    Burner not cycling off properly

    Part replacement

    If the bake, broil, or convection burner stays energized longer than intended during the clean cycle, heat accumulates beyond the safe threshold. Cycling each burner individually through Component Activation can reveal which burner is failing to shut off on schedule.

  3. 03

    Stuck or failed oven igniter or gas valve

    Part replacement

    A gas valve that does not close fully, or an igniter that holds the valve open longer than required, can allow excessive gas flow and sustained high heat. This condition is most detectable by observing burner flame behavior during Component Activation diagnostics.

  4. 04

    Control board malfunction

    Part replacement

    The electronic control board governs temperature thresholds and burner cycling. If the board has a failing relay or corrupted programming, it may misinterpret sensor data or fail to cut power to a burner at the appropriate time, resulting in F6E2.

  5. 05

    Restricted oven ventilation

    Wiring / connection

    Blocked oven vents or heavy soil buildup inside the cavity can trap heat during the clean cycle, accelerating temperature rise beyond the safe limit. Inspect the vent openings and ensure the oven interior is not obstructed before initiating a clean cycle.

See the test procedure for each cause

Frequently asked questions about F6E2

What does F6E2 mean on a Jenn-Air range?
F6E2 signals that the oven exceeded its maximum allowable temperature during a self-clean cycle. The control board detected an over-temperature condition and shut the cycle down to protect the appliance. The fault points to issues with the temperature sensor, a burner that is not cycling correctly, or the control board itself.
Is it safe to use my Jenn-Air range after an F6E2 error?
You should avoid running another self-clean cycle until the underlying cause has been diagnosed and corrected. Normal cooking functions may still operate, but if a burner is misbehaving or the temperature sensor is faulty, there is a risk of uncontrolled heat during any high-temperature operation. Have a technician inspect the burners and sensor before resuming regular use.
Will resetting the range clear the F6E2 error code?
A power reset by disconnecting the range from its power source for several minutes may clear the code temporarily, but it will not fix the underlying problem. If the root cause, such as a failed temperature sensor or a burner that does not cycle off correctly, is still present, the error will return the next time the clean cycle or high-heat operation is run.
How do I fix the F6E2 error on a Jenn-Air range?
Start by visually inspecting all burners (convection, bake, and broil) while the oven is powered on to confirm each is operating as expected. Then use the Component Activation diagnostic mode to cycle the bake burner and observe its behavior. If a burner fails to shut off, or if the temperature sensor resistance reading is out of the normal range, those components will need to be replaced. A qualified technician should perform this diagnosis if you are not comfortable working with gas or electrical components.
How much does it cost to repair an F6E2 error on a Jenn-Air range?
Repair costs depend on which component is at fault. Replacing an oven temperature sensor typically runs in the range of $100 to $250 including parts and labor. A faulty gas valve or control board replacement can cost between $200 and $500 or more depending on parts availability and local labor rates. Getting a diagnostic service call first is the most cost-effective way to identify the exact cause before committing to a repair.

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