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Error code reference

Midea Washer Error Code E35

Temperature sensor on water heater is short circuit.

Midea codesMidea washer codes

Temperature sensor on water heater is short circuit.

First step from the service manual

Check the temp sensor; unit will work normally but heater will not activate.

The complete diagnostic procedure includes additional test steps, resistance specifications, wiring diagram references, and component test points.

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What E35 means on a Midea washer

The E35 error code on a Midea washer indicates a short circuit condition in the temperature sensor located on the water heater assembly. A short circuit in this context means the sensor's internal resistance has dropped to near zero ohms, causing the control board to read an out-of-range signal that does not correspond to any valid temperature. This is distinct from an open circuit fault, where resistance would read infinitely high. A shorted sensor sends a continuously low-resistance signal that the board interprets as a fault, triggering the E35 code and disabling heater activation as a protective measure.

The temperature sensor on the water heater is a thermistor-based component that changes its resistance in proportion to the water temperature. Under normal operation, the control board monitors this resistance to regulate the heating element and prevent overheating. When a short circuit occurs, the board can no longer trust the temperature reading, so it shuts down the heater circuit while allowing the wash cycle to continue without heated water. This is an important distinction: the machine will still run through its programmed cycle, but clothes will be washed in unheated water only.

Common causes of this fault include a failed thermistor with degraded internal insulation, water intrusion into the sensor connector causing a low-resistance path between terminals, damaged wiring insulation that allows two conductors to contact each other, or corrosion bridging the sensor terminals. Physical damage to the sensor from excessive heat, vibration, or age-related degradation can also produce a short circuit condition. Diagnosis should begin with a visual inspection of the sensor wiring and connector, followed by a resistance check of the thermistor itself with a multimeter.

Source: manufacturer service documentation.

Common causes of E35

  1. 01

    Failed thermistor with internal short

    Part replacement

    The thermistor itself has degraded internally, causing its resistance to collapse to near zero. This is the most common cause and is confirmed by measuring the sensor resistance with a multimeter and finding a value far below the expected range for the ambient temperature.

  2. 02

    Water intrusion in sensor connector

    Wiring / connection

    Moisture inside the wiring harness connector at the temperature sensor can create a conductive bridge between the signal terminals, mimicking a short circuit. Inspect the connector for corrosion, rust, or visible moisture and dry or clean the terminals before retesting.

  3. 03

    Damaged or pinched wiring insulation

    Part replacement

    If the sensor wiring insulation has been pinched, chafed, or worn through, bare conductors can contact each other or a grounded metal surface, producing a short circuit reading at the control board. Trace the sensor wiring harness along its full length to look for any points of visible damage.

  4. 04

    Corroded or bridged sensor terminals

    Wiring / connection

    Mineral deposits or corrosion buildup can physically bridge the terminals of the sensor or its connector, lowering resistance enough to register as a short. Clean the terminals with electrical contact cleaner and inspect for visible buildup.

  5. 05

    Faulty control board misreading sensor signal

    Part replacement

    In rare cases, the control board's input circuit for the temperature sensor may have failed, causing it to report a short even when the sensor and wiring are intact. This is diagnosed only after confirming the sensor and harness both test correctly.

See the test procedure for each cause

Frequently asked questions about E35

What does E35 mean on a Midea washer?
E35 means the control board has detected a short circuit in the temperature sensor located on the water heater. A shorted sensor sends a near-zero resistance signal that the board cannot use to safely regulate heating, so it disables the heater as a precaution. The washer will continue to operate through wash cycles but will not heat the water until the fault is resolved.
Can I still use my Midea washer while it shows E35?
Yes, the washer will complete wash cycles normally aside from the water not being heated. This means cycles that depend on warm or hot water, such as sanitize or heavy-duty settings, will not perform as intended. It is safe to continue using the machine for cold-water cycles while you arrange a repair, but laundry results may be affected.
Will resetting the washer clear the E35 error code?
A power reset may temporarily clear the error display, but the code will return as soon as the control board checks the temperature sensor again and detects the short circuit condition. A permanent fix requires correcting the underlying fault, whether that means replacing the sensor, repairing the wiring, or cleaning corroded connections.
How much does it cost to fix a Midea E35 error?
Repair costs vary depending on the root cause. If only the temperature sensor needs replacement, parts typically range from $15 to $50 and the repair is relatively straightforward. If wiring harness repair or control board replacement is needed, total costs including labor can range from $100 to $300 or more. Getting a diagnosis first will clarify which components are actually at fault.
Is the E35 error on a Midea washer a safety hazard?
The E35 fault is not immediately dangerous. The control board disables the heater specifically to prevent uncontrolled heating without reliable temperature feedback, which is a protective response. However, the underlying wiring or component fault should be addressed promptly to prevent any potential for further electrical deterioration in the heater circuit.

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