Frigidaire 807013203 Dishwasher User Interface Board

Product Description

The FRIGIDAIRE 807013203 is a replacement user interface board designed for Frigidaire dishwashers. This board reads inputs from the control panel touchpad and translates them into signals sent to the main control board, which then executes the selected wash cycle settings. Mounted at the back of the dishwasher control panel and wired directly to the touchpad assembly, it serves as the communication layer between the user-facing controls and the machine's operating logic. Appliance technicians and experienced DIYers install this part when the dishwasher fails to respond to cycle selections, displays erratic behavior, or shows no response from the control panel.

This user interface board applies to residential dishwasher installations where the original board has failed due to control panel faults, touchpad unresponsiveness, or electrical damage. It is positioned at the front of the unit behind the control panel fascia, making it accessible during standard service calls. When cycle selection buttons stop registering or the display behaves inconsistently, this board is a primary diagnostic target before replacing the main control board.

Key Features

• Reads touchpad inputs and routes signals to the main control board for cycle execution
• Mounted at the rear of the control panel with front-accessible service position
• Direct interface with the touchpad assembly for reliable input transmission
• OEM-style replacement restoring original control panel functionality

Compatibility

Designed as an OEM-style replacement user interface board for compatible Frigidaire residential dishwasher models. Verify fitment against the appliance model number before installation.

Installation Notes

Installation should be performed by a qualified appliance technician. Disconnect power to the dishwasher at the circuit breaker before beginning any service work. The control panel fascia must be removed to access the board and touchpad connector. Handle the board carefully to avoid static discharge damage to the circuitry.