Failure Code # |
Description of Fault Code |
Solution for Fault Code |
F2 |
Communication failure between the user interface control and the electronic control board |
Check the wiring for the user interface control and the electronic control board after turning off the dishwasher’s electricity. If the wire harness is harmed, replace it. The user interface control should be changed if the wiring connections are okay. You should replace the electronic control board if the issue persists. |
F3 |
Inverter control board configuration error |
Disconnect the dishwasher’s power and examine the inverter control board’s wiring. Reconnect any exposed cables. If the wire harness is damaged, replace it. Replace the inverter control board if the wiring is ok. |
F5 |
Inverter control board communication failure |
Check the wire harness connections on the inverter control board and the electronic control board after turning off the dishwasher’s power. Reconnect any exposed cables. If the wire harness is harmed, replace it. Replace the inverter control board if the wiring is good. You should replace the electronic control board if the issue persists. |
F16 |
High water temperature |
Dishwasher power should be turned off before checking the wiring connections on the flood switch’s temperature sensor. Verify the temperature sensor’s resistance. At normal temperature, it ought to register around 11,000 ohms. In the event that the temperature sensor is broken, swap out the flood switch. |
F33 |
Door switch failure |
Check the wiring of the door switch after turning off the dishwasher’s power. If the wire harness is harmed, replace it. The door switch should be changed if the wiring is sound. |
F34 |
Water leak detected |
Dishwasher power should be turned off while you inspect the hoses and pumps for leaks. Fix any hose connections that are loose. Any leaking parts should be replaced. |
F35 |
Diverter feedback error |
Check the wiring for the diverter after turning off the dishwasher’s power. Reconnect any exposed cables. If the wire harness is harmed, replace it. Replace the diverter if the wiring is in good shape. |
F48, F49 or F52 |
Turbidity sensor failure |
Dishwasher power should be turned off while the turbidity sensor wiring is examined. The turbidity sensor should be changed if the wiring is okay. |
F50 or F51 |
Temperature sensor failure |
Dishwasher power should be turned off before checking the wiring connections on the flood switch’s temperature sensor. Verify the temperature sensor’s resistance. At normal temperature, it ought to register around 11,000 ohms. In the event that the temperature sensor is broken, swap out the flood switch. |
F64 |
Invertor error |
Check the wire harness connections on the inverter control board and the electronic control board after turning off the dishwasher’s power. Reconnect any exposed cables. If the wire harness is harmed, replace it. Replace the inverter control board if the wiring is good. |
F65 |
No water detected by the inverter control board |
Make sure that your water supply cut-off valve is open if the dishwasher didn’t fill. If the water inlet valve is broken, replace it. If the dishwasher does fill, turn off the power and inspect the cabling on the inverter control board. Reconnect any exposed cables. If the wire harness is harmed, replace it. Replace the inverter control board if the wiring is ok. |
F80 or F96 |
No water detected by the turbidity sensor |
Make sure that your water supply cut-off valve is open if the dishwasher didn’t fill. If the water inlet valve is broken, replace it. If the dishwasher does fill, turn off the power and inspect the cabling for the turbidity sensor. Reconnect any exposed cables. If the wire harness is harmed, replace it. The turbidity sensor should be changed if the wiring is good. |
F97 |
Heater failure |
Check the wiring for the heating element after turning off the dishwasher’s power. Reconnect any exposed cables. If the wire harness is harmed, replace it. Verify the heating element’s resistance. It should have an ohmic value of between 11 and 24. If the heating element is broken, replace it. |
F98 |
Not draining |
Turn off the water first, then the power to the dishwasher. Check for obstructions along the drain path. Check the wiring on the drain pump if the drain path is clear. Reconnect any exposed cables. If the wire harness is harmed, replace it. There is an inbuilt thermal cut-off fuse in the drain pump wire harness. In the event that the thermal cut-off fuse blows, replace the wire harness. The drain pump should be changed if the wiring is sound. |
F99 |
Minimum wash temperature not met |
Check the wiring for the heating element after turning off the dishwasher’s power. Reconnect any exposed cables. If the wire harness is harmed, replace it. Verify the heating element’s resistance. It should have an ohmic value of between 11 and 24. If the heating element is broken, replace it. If the heating element is functional, look at the temperature sensor on the flood switch. Dishwasher power should be turned off while you examine the temperature sensor’s electrical connections. Verify the temperature sensor’s resistance. At normal temperature, it ought to register around 11,000 ohms. In the event that the temperature sensor is broken, swap out the flood switch. |
F112 |
Stuck key pad button |
To determine which button is stuck, press and release each one. In the event that you are unable to free the stuck button, turn off the dishwasher’s power and swap out the user interface control. |
F128 |
Low rinse agent level |
Fill the rinse agent dispenser. |
F144 |
Inverter control board failure |
Dishwasher electricity should be turned off before changing the invertor control board. |
F145 |
Inverter control board not getting AC power |
Dishwasher power should be turned off while the inverter control board wiring is being examined. Reconnect any exposed cables. If the wire harness is harmed, replace it. An internal thermal cut-off fuse is part of the power wire harness for the inverter control board. Check the wire harness’s continuity. Replace the wire harness if the thermal cut-off fuse blows. Replace the inverter control board if the inverter is receiving AC power. |
F146 |
Circulation pump failure |
Check the circulation pump wiring after turning off the dishwasher’s electricity. Reconnect any exposed cables. If the wire harness is harmed, replace it. An internal thermal cut-off fuse is part of the wiring harness for the circulation pump. In the event that the thermal cut-off fuse blows, replace the wire harness. Replace the circulation pump if the wiring is okay. |
F147 |
Drain pump failure |
Turn off the dishwasher’s electricity and inspect the wiring for the circulation pump. Any exposed wires must be reconnected. If damaged, replace the wire harness. An internal thermal cut-off fuse is present in the circulation pump wire harness. If the thermal cut-off fuse blows, change the wire harness. The circulation pump should be changed if the wiring is okay. |
F148 |
Wire harness thermal cut-off fuse is blown |
Thermal cut-off fuses are included in the wire harnesses for the circulation and drain pumps. Dishwasher power should be turned off so that you may examine the wire harnesses for the circulation and drain pumps for continuity. If the thermal cut-off fuse is faulty, swap out the wiring harness and related pump. |
F149 |
Inverter control board wire harness failure |
A thermal cut-off fuse is part of the power wire harness for the inverter control board. Dishwasher power should be turned off before checking the power wire harness for continuity. Replace the invertor control board if the wire harness and connections to the wire harness are sound. |