GE Cooktop Error Code 160
Pan detect communication failure.
Pan detect communication failure.
First step from the service manual
Disconnect all connectors to the main board, reconnect, and apply power to the cooktop. If fault persists, replace the main board.
The complete diagnostic procedure includes additional test steps, resistance specifications, wiring diagram references, and component test points.
Get the full diagnostic procedure for 160.
- 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 160 means on a GE cooktop
Error code 160 on a GE induction cooktop indicates a pan detect communication failure. Induction cooktops rely on a pan detection circuit to identify whether a compatible ferrous cookware vessel is present on the cooking zone before energizing the induction coil. This detection process involves communication between the power board or zone module and the main control board. When that communication link breaks down or returns an unexpected signal, the cooktop triggers error code 160 and disables the affected zone to prevent unsafe operation.
The most likely cause of this fault is a loose or corroded connector somewhere in the signal path between the main board and the induction zone components. Vibration during shipping, repeated heating and cooling cycles, or improper reinstallation during a prior repair can all cause connector pins to back out of their housings or develop high-resistance contact points. Because the pan detection circuit depends on clean, stable data transmission, even a marginal connection can be enough to generate a communication fault.
If reconnecting all main board connectors does not clear the error, the main board itself is the likely failed component. The main board coordinates all zone communication signals, and an internal failure on the board can cause it to misread or lose communication with the pan detection circuit entirely. Replacing the main board is the recommended corrective action when the connector reseating procedure does not resolve the fault.
Source: manufacturer service documentation.
Common causes of 160
- 01
Loose or disconnected main board connector
Wiring / connectionA connector to the main board may have worked loose due to vibration, heat cycling, or a previous repair. Disconnecting and firmly reseating all main board connectors is the first step to resolve this fault.
- 02
Corroded or damaged connector pins
Wiring / connectionPin corrosion or physical damage inside a connector housing can create high-resistance or intermittent contact in the pan detection signal path. Inspect connector pins closely for discoloration, bending, or oxidation when reseating connectors.
- 03
Failed main control board
Part replacementIf reseating all connectors does not clear the error, the main board is likely defective. An internal failure on the board prevents it from properly communicating with the pan detection circuit.
- 04
Damaged wiring harness
Part replacementA wiring harness routed near a heat source or pinched during assembly can develop a break or short that disrupts pan detect communication signals. Inspect harness routing for chafing, burns, or pinch points.
Frequently asked questions about 160
What does 160 mean on a GE cooktop?
Can I fix error code 160 on my GE cooktop myself?
Will resetting the cooktop clear error code 160?
Is it safe to use my GE cooktop when error code 160 is displayed?
How much does it cost to repair error code 160 on a GE cooktop?
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