Kenmore Washer Error Code EE

The EE code on a Kenmore washer indicates an EEPROM error, meaning the memory chip on the main control board is out of order or not functioning correctly. This error is specifically triggered when the START/PAUSE button is first pressed during QC Test Mode, a special diagnostic state used to verify electronic component integrity. It points to a fault within the control board's memory storage system.

A standard power reset is unlikely to permanently clear the EE error code because it reflects a hardware or data integrity fault within the EEPROM chip itself, not a temporary software glitch. If the chip has physically failed or the stored data is corrupted beyond recovery, the error will return when QC Test Mode is entered again. A reset is worth attempting as a first step, but a persistent EE code points to a component-level problem on the control board.

Repair costs for the EE error typically center on control board replacement, since that is where the EEPROM is located. Control board parts for Kenmore washers generally range from roughly 100 dollars to 300 dollars depending on the model, with professional labor adding another 75 dollars to 200 dollars. If the board shows repairable damage such as corroded contacts, costs may be lower, but full board replacement is the most common outcome.

Diagnosing and resolving the EE error requires access to the washer's QC Test Mode and knowledge of control board inspection. A knowledgeable DIYer can visually inspect the control board for damage such as burn marks, corrosion, or moisture. However, because the fault involves the EEPROM chip on the control board, the most common repair is full control board replacement, which requires careful part sourcing and proper installation to avoid further damage.

The EE error is displayed only within QC Test Mode and not during normal operation, so your washer may still run standard cycles without immediately showing this fault. However, because the EEPROM stores critical operational settings and calibration data, a corrupted or failed memory chip can lead to unpredictable control behavior over time. It is advisable to have the control board inspected and the fault resolved before continued regular use.