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Error code reference

Whirlpool Cooktop Error Code F-37

Temperature sensor is not working

Temperature sensor is not working — Type 1 failure affecting only one burner (same as F-36).

First step from the service manual

Disconnect power and check that the temperature sensor is between 184,000 Ω - 292,000 Ω at room temperature and is firmly plugged in.

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

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What F-37 means on a Whirlpool cooktop

The F-37 error code on a Whirlpool cooktop indicates a Type 1 temperature sensor failure affecting a single burner. This is functionally identical to the F-36 fault in terms of the underlying failure mode. The temperature sensor is a thermistor, a resistive component whose electrical resistance changes predictably with temperature. At room temperature, a properly functioning sensor should measure between 184,000 ohms and 292,000 ohms. When the cooktop's control board reads a value outside this range, or receives no signal at all, it triggers the F-37 code and disables the affected burner as a safety measure.

The most common causes of this fault fall into two categories: a physical connection problem or an outright sensor failure. The sensor connector can work loose due to vibration from normal use, or the terminals can develop corrosion that increases resistance beyond the acceptable range. In other cases, the thermistor element itself degrades or fails open, producing a reading of infinite resistance that the board interprets as a sensor fault.

Diagnosing the F-37 code requires disconnecting power to the appliance before performing any resistance checks. With power removed, locate the temperature sensor connector for the affected burner, unplug it, and measure resistance across the sensor terminals with a digital multimeter. A reading between 184,000 ohms and 292,000 ohms confirms the sensor is functional and the fault is likely connection-related. A reading significantly outside that range, or an open circuit reading, points to a failed sensor that needs replacement.

Source: manufacturer service documentation.

Common causes of F-37

  1. 01

    Loose or disconnected sensor connector

    Wiring / connection

    The sensor's wiring harness connector can vibrate loose over time, breaking the electrical circuit. Reseating the connector firmly is the first step and may resolve the fault without any parts replacement.

  2. 02

    Failed temperature sensor (thermistor)

    Part replacement

    The thermistor element can fail open or degrade so that its resistance falls outside the 184,000 to 292,000 ohm room-temperature range. A multimeter reading that is far outside this range or shows infinite resistance confirms the sensor needs replacement.

  3. 03

    Corroded or damaged connector terminals

    Wiring / connection

    Moisture and heat exposure can corrode the sensor connector pins, adding enough resistance to push the circuit reading out of the acceptable range. Inspect the connector terminals closely for discoloration, pitting, or buildup.

  4. 04

    Damaged sensor wiring

    Part replacement

    The wiring between the sensor and the control board can be pinched, burned, or broken, particularly near areas exposed to high heat. Visually trace the wiring for any visible damage after disconnecting power.

  5. 05

    Faulty control board

    Part replacement

    If the sensor tests within the correct resistance range and all connections are secure, the control board itself may be misreading the sensor signal. This is the least likely cause and should only be considered after all other components check out.

See the test procedure for each cause

Frequently asked questions about F-37

What does F-37 mean on a Whirlpool cooktop?
The F-37 code indicates a Type 1 temperature sensor failure on a single burner. The cooktop monitors burner temperature through a thermistor that should read between 184,000 and 292,000 ohms at room temperature. When the control board detects a reading outside this range, it triggers the F-37 fault and disables the affected burner. The fault is identical in nature to the F-36 code.
Can I fix the F-37 error code myself?
Many cases of the F-37 code can be resolved without professional help. Start by disconnecting power and checking that the temperature sensor connector is firmly seated. If reconnecting it does not clear the fault, use a multimeter to test the sensor's resistance. A reading outside the 184,000 to 292,000 ohm range at room temperature means the sensor needs to be replaced, which is a manageable repair for a skilled DIYer comfortable working with appliance wiring.
Is it safe to keep using my cooktop when the F-37 code is showing?
The cooktop disables the affected burner when the F-37 fault is active, so that specific burner will not operate. The remaining burners may still function, but it is best to resolve the fault before continuing use. Operating with a malfunctioning temperature sensor means the cooktop cannot properly regulate heat on that burner, which presents a safety risk if the burner were to come back online unexpectedly.
How much does it cost to fix a Whirlpool cooktop F-37 error?
If the issue is simply a loose connector, there is no parts cost at all. A replacement temperature sensor typically costs somewhere in the range of $20 to $60 for the part alone. If you hire a technician, labor costs vary by region but a service call plus repair generally runs in the range of $100 to $250. A control board replacement, if needed, is the most expensive scenario and can add significantly to that estimate.
Will resetting the cooktop clear the F-37 error code?
Disconnecting power briefly may temporarily clear the fault display, but if the underlying sensor problem still exists, the F-37 code will return once the cooktop is powered back on and the control board checks the sensor circuit again. A reset is useful for confirming whether the issue is intermittent, such as a connector that was temporarily loose, but it is not a fix for a failed sensor or damaged wiring.

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