mypros+
Error code reference

Electrolux Range Error Code E64

Surface unit sensor too hot

Surface unit sensor too hot - right rear.

First step from the service manual

Verify cooktop ventilation is correct (airway and fans).

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

MyPros+ Max

Get the full diagnostic procedure for E64.

  • Step-by-step tests with expected resistance, voltage, and continuity values
  • Wiring diagram references and connector pinouts from the OEM service manual
  • Verified part numbers when replacement is required
Get the full procedure

$29/month · Cancel anytime · Or $9.95 3-day pass

What E64 means on a Electrolux range

Error code E64 on an Electrolux range indicates that the surface unit sensor for the right rear burner or heating element has detected a temperature that exceeds its normal operating threshold. This code is generated by the cooktop control board when it reads an out-of-range signal from the temperature sensor monitoring the right rear surface unit. The sensor is designed to track heat levels and protect the unit from thermal damage, so when the board sees a value beyond the expected limit, it triggers this fault and may shut down the affected zone.

The most important first diagnostic step is confirming that cooktop ventilation is functioning correctly. If airflow around the burner cavity is restricted or the cooling fan is not operating, heat can build up in the electronics and sensor area even during normal cooking, causing a false overheat condition. Check that vents are clear of debris or blockage and that any internal cooling fans are spinning freely and running when the range is in use.

If ventilation checks out, the fault likely points to a degraded or failed surface unit sensor on the right rear element, a wiring issue in the sensor circuit such as a short or damaged connector, or a failing control board that is misreading sensor input. A shorted sensor will typically report an abnormally high temperature reading to the board even when the burner is cool, triggering the E64 code. Testing the sensor resistance with a multimeter and comparing it against the expected value for the cooktop's rated temperature range is the appropriate next diagnostic step.

Source: manufacturer service documentation.

Common causes of E64

  1. 01

    Blocked or failed cooktop ventilation

    Wiring / connection

    If the vents around the cooktop are clogged or the internal cooling fan has failed, heat accumulates around the sensor and triggers an overheat fault even during normal use. Inspect vent openings for debris and confirm any cooling fans spin when the range is operating.

  2. 02

    Failed or shorted right rear surface sensor

    Part replacement

    A sensor that has shorted internally will report an excessively high resistance or voltage reading, causing the control board to interpret it as an overheat condition. Use a multimeter to test the sensor and check whether its resistance falls within the expected range for ambient temperature.

  3. 03

    Damaged wiring or connector in the sensor circuit

    Wiring / connection

    A pinched, burned, or corroded wire in the sensor harness can cause a short to ground or an open circuit, both of which can produce a false high-temperature reading. Visually inspect the wiring from the right rear sensor back to the control board for any signs of heat damage or loose pins.

  4. 04

    Faulty cooktop control board

    Part replacement

    If the sensor and all associated wiring test correctly, the control board itself may be misreading the sensor signal due to internal component failure. This is typically a diagnosis of exclusion after ruling out the sensor and wiring.

See the test procedure for each cause

Frequently asked questions about E64

What does E64 mean on a Electrolux range?
E64 means the control board has detected that the surface unit sensor on the right rear burner is reporting a temperature above its normal operating limit. This can result from poor ventilation around the cooktop, a failed temperature sensor, damaged wiring, or a faulty control board. The range triggers this code to prevent thermal damage to the surface unit and surrounding components.
Can I fix E64 on my Electrolux range myself?
Some causes of E64 are DIY-friendly, such as clearing blocked vents or inspecting wiring connectors for obvious damage. Testing the right rear surface unit sensor with a multimeter is also within reach for a technically confident homeowner. However, replacing the sensor or control board involves working with electrical components and is best handled by a qualified technician if you are not comfortable with appliance repair.
Is it safe to keep using my range when E64 is displayed?
You should not continue using the right rear burner while E64 is active. The code indicates a thermal fault condition on that zone, and continued use could damage the element, sensor, or control board. Other burners may still function depending on how the range responds to the fault, but the range should be serviced before resuming full use.
Will resetting my Electrolux range clear the E64 code?
Resetting the range by cutting power at the breaker for a few minutes may temporarily clear the E64 code, but it will return if the underlying cause is not resolved. If the fault reappears immediately or shortly after reset, the sensor, wiring, or ventilation system needs to be inspected and repaired.
How much does it cost to repair an E64 error on an Electrolux range?
Repair costs vary depending on the root cause. Clearing a blocked vent or reseating a connector involves little to no parts cost. Replacing the right rear surface unit sensor typically runs in the range of $30 to $80 for the part, plus labor. A control board replacement is the most expensive scenario, with parts commonly ranging from $150 to $350 or more, plus the cost of professional labor.

78,000+ service manuals · 160,000+ error codes · 55+ brands

Get Started

$29/month · Cancel anytime · Or $9.95 3-day pass