Amana Range Error Code F1-3
Over temperature while cleaning.
Over temperature while cleaning.
First step from the service manual
Check sensor and wiring first, replace control if sensor is good.
The complete diagnostic procedure includes additional test steps, resistance specifications, wiring diagram references, and component test points.
Get the full diagnostic procedure for F1-3.
- Step-by-step tests with expected resistance, voltage, and continuity values
- Wiring diagram references and connector pinouts from the OEM service manual
- Verified part numbers when replacement is required
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What F1-3 means on a Amana range
The F1-3 error code on an Amana range indicates an over-temperature condition detected during the self-clean cycle. During self-cleaning, the oven cavity reaches temperatures between 800 and 1000 degrees Fahrenheit to incinerate food residue. The control board continuously monitors the oven temperature sensor (RTD probe) throughout this process. If the sensor reports temperatures exceeding the programmed upper threshold, or if the sensor signal falls outside the expected resistance range, the control interprets this as a dangerous over-temperature event and terminates the clean cycle, displaying F1-3.
The primary components involved are the oven temperature sensor and the electronic control board. The temperature sensor is a resistive device whose resistance changes predictably with temperature. At room temperature, a properly functioning sensor typically reads around 1080 to 1100 ohms. A sensor that has failed open, failed short, or drifted out of calibration will send incorrect temperature data to the control board, which can trigger this fault even when the oven has not actually exceeded safe operating limits. Wiring harness issues between the sensor and control board, such as chafed insulation or loose connectors, can cause similar erratic readings.
Diagnosis should begin with the temperature sensor and its associated wiring. Disconnect the sensor and measure its resistance with a multimeter. If the resistance value is within specification, inspect the wiring harness for damage, corrosion, or loose terminals. If both the sensor and wiring check out correctly, the electronic control board itself is the likely source of the fault and should be replaced.
Source: manufacturer service documentation.
Common causes of F1-3
- 01
Faulty oven temperature sensor
Part replacementThe RTD temperature sensor may have failed, drifted out of calibration, or shorted internally, causing it to report inaccurate temperatures to the control board. Test the sensor resistance with a multimeter and compare it to the specified value at room temperature.
- 02
Damaged or loose sensor wiring
Wiring / connectionWiring between the temperature sensor and the control board can become chafed, corroded, or disconnected, especially after repeated high-heat clean cycles. Inspect the harness and connectors for visible damage or loose terminals.
- 03
Actual oven over-temperature condition
Part replacementA failed bake or broil element that is stuck on, or a relay on the control board that is welded closed, can cause the oven to genuinely exceed safe temperatures during the clean cycle. Check whether the oven felt excessively hot or if any element shows visible damage.
- 04
Failed electronic control board
Part replacementIf the temperature sensor and all wiring test within normal specifications, the control board itself may be misinterpreting sensor signals or generating a false fault. Board replacement is the appropriate next step after other components are ruled out.
Frequently asked questions about F1-3
What does F1-3 mean on a Amana range?
Can I fix the F1-3 error myself?
Is it safe to use my Amana range while the F1-3 code is showing?
Will resetting the range clear the F1-3 error code?
How much does it cost to repair an F1-3 error on an Amana range?
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