Kenmore Range Error Code 1d11
Upper oven temperature sensor resistance too high (>2237 ohms at door unlock)
Upper oven temperature sensor resistance too high (>2237 ohms at door unlock) – disables all cooking functions for the cavity.
First step from the service manual
Check temperature sensor resistance (expect ~1000 ohms at 75°F); check wiring.
The complete diagnostic procedure includes additional test steps, resistance specifications, wiring diagram references, and component test points.
Get the full diagnostic procedure for 1d11.
- 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 1d11 means on a Kenmore range
Error code 1d11 on a Kenmore range indicates that the upper oven temperature sensor is reading a resistance value above 2237 ohms at the point when the door lock mechanism disengages. The temperature sensor, also called a resistance temperature detector (RTD), is designed to read approximately 1000 ohms at room temperature (around 75°F). When the control board receives a resistance signal that exceeds the 2237-ohm threshold during a door unlock event, it interprets this as a sensor fault and disables all cooking functions for the upper oven cavity to prevent unsafe operation.
The most common root causes fall into two categories: a failed temperature sensor or a wiring problem between the sensor and the control board. A sensor that has drifted out of spec or suffered an internal break will produce abnormally high resistance readings. Similarly, corroded connectors, a pinched wire, or a broken wire in the sensor harness can add resistance to the circuit or create an open condition, both of which push the resistance reading above the fault threshold.
Diagnosing this code begins with disconnecting the sensor and measuring its resistance directly at the sensor terminals using a multimeter. A healthy sensor reads close to 1000 ohms at 75°F. A reading significantly higher than this, or an open circuit reading, confirms sensor failure. If the sensor measures correctly at its terminals, the technician should then inspect the wiring harness for damage, check connector pins for corrosion or backing out, and test resistance through the full circuit path back to the control board.
Source: manufacturer service documentation.
Common causes of 1d11
- 01
Failed upper oven temperature sensor
Part replacementThe RTD sensor itself has drifted out of calibration or developed an internal open circuit, causing resistance readings well above the normal 1000-ohm baseline. Confirm by disconnecting the sensor and measuring resistance directly at its terminals with a multimeter.
- 02
Broken or damaged sensor wiring harness
Part replacementA wire in the sensor circuit that has been pinched by the oven door hinge, burned near the oven cavity, or stressed over time can create an open or high-resistance path. Visually inspect the harness from the sensor to the control board connector for any visible damage.
- 03
Corroded or loose connector pins
Wiring / connectionConnectors at the sensor terminals or at the control board input can develop corrosion or allow pins to back out, adding resistance to the circuit. Inspect all connectors in the sensor circuit and clean or re-seat them as needed.
- 04
Control board input fault
Part replacementIn less common cases, the control board's sensor input circuit may be faulty, causing it to misread an otherwise healthy sensor signal. This should only be considered after the sensor and full wiring path have tested within spec.
Frequently asked questions about 1d11
What does 1d11 mean on a Kenmore range?
Can I fix error code 1d11 myself?
Is it safe to use my Kenmore range while code 1d11 is active?
Will resetting the range clear error code 1d11?
How much does it cost to repair a Kenmore range with error code 1d11?
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