What Does Error Code E62 Mean on an Electrolux Washing Machine?
Check that the NTC temperature sensor wiring harness is firmly connected at both ends — a loose connector is the most common trigger for a false E62 reading — then restart the machine on a cool wash to confirm the fault clears (takes about 10 minutes).
Fault description
When your Electrolux washing machine displays E62, it means the control board has detected water temperature rising beyond the safe threshold for the selected programme. The machine monitors temperature continuously through an NTC (Negative Temperature Coefficient) sensor, and if that reading climbs too high — or sends an implausible signal — the board raises the E62 fault and halts the cycle to protect your laundry and the machine itself.
In practice, the drum will stop rotating, the programme will pause or cancel, and the error code will appear on the display. The machine will not resume until the fault is addressed. In some cases the water may genuinely be overheated; in others, a faulty sensor is simply reporting incorrect data. Either way, the machine is doing exactly what it should — stopping before damage occurs.
Most E62 faults can be traced to a handful of components: the NTC sensor, the heating element, the thermostat, or the wiring between them. Working through these systematically will resolve the majority of cases without professional help.
Causes
- Loose or corroded NTC sensor connector — The NTC sensor measures water temperature and sends a continuous signal to the control board. If its wiring connector is loose, corroded, or partially disconnected, the board can receive an out-of-range reading and interpret it as overheating even when the water is at a normal temperature.
- Faulty NTC temperature sensor — Over time, NTC sensors can drift out of calibration or fail entirely, reporting temperatures that are far higher than reality. A failed sensor will trigger E62 consistently across multiple wash programmes, regardless of the selected temperature.
- Heating element stuck in the on position — If the heating element fails in a closed circuit — meaning it continues to draw power even when the control board has told it to stop — the water temperature will keep rising unchecked. This is a genuine overheating scenario rather than a sensor fault, and it requires the element to be tested and replaced.
- Faulty thermostat — The thermostat acts as a secondary safety cut-out for the heating circuit. If it has failed or is reading incorrectly, it may not interrupt the heating element at the right point, allowing temperatures to climb beyond the set limit and triggering E62.
- Damaged or shorted wiring in the heating circuit — Wiring between the control board, NTC sensor, thermostat, and heating element can chafe, corrode, or short over years of use. Damaged wiring can cause erratic temperature readings or prevent the heating circuit from switching off correctly.
- Control board fault — In a small number of cases, the main control board itself misinterprets temperature data or fails to regulate the heating element properly. This is the least common cause and should only be considered after all other components have been checked and cleared.
Step-by-Step Fix
- 1
Power cycle the machine
Switch the machine off at the mains and leave it unplugged for at least 5 minutes. This allows the control board to reset and clears any temporary fault latch. Plug back in, select a cool wash (30°C or below), and run a short cycle to see whether the error returns.
- 2
Check the NTC sensor wiring connector
Pull the machine away from the wall and remove the rear panel (usually held by two or three screws). Locate the NTC sensor — it sits on or near the drum casing and has a small two-pin connector. Press the connector firmly home, check for corrosion or bent pins, and reconnect. Refit the panel and test the machine.
- 3
Test the NTC sensor resistance
With the machine unplugged, disconnect the NTC sensor connector and use a multimeter set to resistance (Ohms). At room temperature (around 20°C), a healthy NTC sensor typically reads between 4,000 and 6,000 Ohms — check your model's service data for the exact value. A reading of zero, infinity, or wildly outside the expected range confirms the sensor has failed and needs replacing.
- 4
Inspect the thermostat
The thermostat is usually clipped to the heating element assembly at the base of the drum. With the machine unplugged, disconnect its terminals and test continuity with a multimeter. A functioning thermostat should show continuity at room temperature. No continuity indicates it has tripped or failed and should be replaced.
- 5
Test the heating element
With the machine unplugged, disconnect the heating element terminals and test resistance across them with a multimeter. A healthy element typically reads between 20 and 50 Ohms depending on wattage. Also test between each terminal and the machine's metal chassis — any continuity here indicates the element has shorted to earth and must be replaced immediately.
- 6
Inspect the wiring harness throughout the heating circuit
Trace the wiring from the control board to the NTC sensor, thermostat, and heating element. Look for signs of chafing, melting, or discolouration. Gently flex each section of wire to check for internal breaks. Any damaged sections should be repaired with proper connectors or the harness replaced — do not use tape as a permanent fix.
- 7
Replace the NTC sensor as a first repair step
If testing confirms the NTC sensor is out of specification, replacing it is straightforward and inexpensive. The sensor usually unclips or unscrews from the drum housing and the connector pulls free. Fit the new sensor, reconnect the wiring, refit the panel, and run a full test cycle at 60°C to confirm the fault has cleared.
Affected models
Select your model to see its full troubleshooting page.
When to call a service technician
If you have replaced the NTC sensor and the thermostat and the E62 fault persists, the heating element may be failing in a way that is difficult to diagnose safely without specialist equipment. A heating element that is intermittently shorting or a control board that is not correctly switching the heating circuit off represents a genuine fire and electrical risk — this is not a fault to leave running or to guess at.
You should also call a service technician if you notice any signs of burning smells, scorched wiring, or discolouration around the heating element area, or if the machine has been running noticeably hotter than usual on recent cycles. These symptoms suggest the overheating may have been real rather than a sensor misread, and the machine should not be used until it has been inspected.
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Frequently Asked Questions
Is it safe to keep using my Electrolux washing machine while it shows E62?
No — you should not continue using the machine until the fault is resolved. E62 indicates the heating circuit is not behaving correctly, and running the machine risks damaging your laundry, the drum seal, or internal wiring. In a worst-case scenario where the element is genuinely stuck on, there is a risk of more serious damage.
Can E62 be caused by a power surge or software glitch?
Occasionally, a one-off power fluctuation can cause the control board to log a spurious fault code. This is why a full power cycle — unplugging for at least 5 minutes — is always the first step. If the code clears and does not return after a full wash cycle, a temporary glitch was likely the cause. If it returns, a physical component needs attention.
How much does it typically cost to replace an NTC sensor on an Electrolux washing machine?
NTC sensors are generally inexpensive parts, often costing between £8 and £25 depending on the model. If you are comfortable doing the replacement yourself, it is one of the more cost-effective washing machine repairs. A service technician call-out will add labour costs on top of the part price.
Will E62 always mean the water actually overheated, or could it be a false alarm?
Both are possible. A faulty or disconnected NTC sensor can report a false high temperature to the control board, triggering E62 even when the water is at a perfectly normal temperature. Testing the sensor with a multimeter is the quickest way to determine whether the fault is real or sensor-related.
How do I find the right NTC sensor or heating element for my specific Electrolux model?
The model number is printed on a sticker inside the door opening, usually on the front rim of the drum housing. Use this number when searching for parts to ensure compatibility. Many parts suppliers allow you to search by model number directly, and the spare parts section below lists components matched to common E62-affected models.