GE Dishwasher Error Code F35

The F35 code on a GE dishwasher indicates a diverter feedback error. This means the control board is not receiving a correct or present feedback signal from the diverter, which is the component that routes wash water to different spray zones. The dishwasher stops the cycle because it cannot confirm the diverter is in the correct position. The fault can be caused by a failed motor, a faulty position sensor, wiring issues, or a jammed diverter assembly.

A reset may temporarily clear the F35 code, but if the underlying fault is still present, the error will return when the dishwasher attempts to run a cycle and the diverter feedback fails again. To clear the code permanently, the root cause must be identified and corrected. A reset is useful for confirming whether the error is intermittent or consistent.

Repair costs vary depending on which component has failed. A diverter motor or sensor replacement, including parts and labor, typically falls in the range of $100 to $250. If the main control board is the cause, costs can range from $200 to $400 or more depending on the model and labor rates in your area. Wiring repairs are generally on the lower end of the cost spectrum if no major components need replacement.

Some causes of the F35 error are accessible to a knowledgeable DIYer. Checking for wiring harness damage, cleaning out debris jamming the diverter, and confirming connectors are fully seated are all tasks that do not require special tools. However, replacing the diverter motor, position sensor, or control board typically requires disassembling the lower portion of the dishwasher and working with electrical components, which may be better suited for a qualified technician.

Running the dishwasher while the F35 error is active is not recommended. Because the diverter cannot confirm its position, water may not be routed correctly to the spray arms, resulting in poor cleaning performance or potential overfill in certain zones. The dishwasher is designed to stop the cycle when this fault is detected, and continuing to force cycles without resolving the issue could cause additional wear on the motor or pump components.