E60
AEG Washing Machine
Urgency
⚠ High
Stop using immediately
Repair difficulty
👷 Engineer needed
Some checks are DIY — complex repairs need a pro
Diagnosis

What this error means

Heating element fault — the washing machine is not reaching or maintaining the correct wash temperature.

The E60 error on an AEG washing machine means the machine has detected a problem with its heating circuit. The control board monitors how quickly the wash water temperature rises during a heated programme and will display E60 if the water does not reach the target temperature within the expected time, or if the temperature sensor returns a reading that is inconsistent with normal heating. The most common causes are a failed heating element, a faulty NTC temperature sensor, heavy limescale coating on the element surface reducing heat transfer, or a wiring fault to either component.

⚠️
For information purposes only. Always consult a qualified engineer before attempting repairs. 🔌 Unplug your appliance before any inspection or repair.
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What to try first
Fix time
5–10 minutes
🔧
Difficulty
Professional may be required
🏠
Appliance
Washing Machine

What you'll need first

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Step-by-step

1
Unplug the machine from the mains for five minutes to allow the control board to fully reset, then plug back in and run a 60-degree Cotton programme
2
After approximately 15 minutes, carefully check whether the door glass feels warm to the touch
Warmth confirms the element is producing heat despite the displayed fault code
3
If you are in a hard water area, run an empty 90-degree service wash with a dedicated washing machine descaler tablet
Limescale coating on the element is a very common cause of E60 and a thorough descale frequently resolves it without any component replacement
4
Check that the machine is not overloaded
A very large, dense wet load creates unusual temperature gradients near the sensor that can produce false E60 readings
Diagnostic

Symptoms to look for

  1. E60 displayed partway through a Cotton or Synthetic wash programme
  2. Laundry coming out at the wrong temperature — noticeably too cold after a heated programme
  3. Machine takes significantly longer than the displayed time estimate on any programme above 40 degrees
  4. E60 appears consistently on high-temperature programmes but not on cold or 30-degree washes
Step-by-step repair guide

Diagnostic steps

Time 30–60 minutes
Skill Professional may be required
Descale the heating element first

Add a proprietary washing machine descaler or citric acid equivalent to the drum and run a 90-degree empty cycle. In hard water areas limescale deposits build on the element surface over time, acting as an insulating layer. The element continues to draw full electrical power but transfers very little of it to the water — the control board detects slow or absent temperature rise and displays E60. Descaling is the most cost-effective first step and resolves many E60 faults without any part replacement.

Run the descale cycle with the drum completely empty — no laundry, no detergent. Some descalers produce foam that can overflow the drum if mixed with detergent residue.
Perform a full power reset

Unplug the machine and hold the power button for 10 seconds. Leave unplugged for five minutes. Plug back in and run a 60-degree programme. Monitor whether E60 reappears.

E60 caused by a temporary voltage spike or a one-off control board error will clear with a full power discharge and not recur. If E60 clears but returns consistently on every heated programme, proceed to component testing.
Access the NTC temperature sensor

With the machine completely unplugged from the mains, remove the rear access panel. The NTC thermistor is a small cylindrical or oval sensor clamped to or mounted very close to the heating element at the lower rear of the drum casing. It connects to the wiring harness via two thin wires and a small plug connector.

The NTC sensor is mounted directly adjacent to the heating element. The element terminals carry 230 V mains voltage during operation. Never touch the element terminal connections unless the machine is fully unplugged. Visually verify the plug is pulled from the socket before beginning.
Test the NTC thermistor resistance

Disconnect the NTC sensor two-pin connector from the wiring harness. Set a multimeter to resistance mode. Touch one probe to each terminal of the sensor. At room temperature of approximately 20 degrees Celsius a healthy AEG NTC thermistor reads between 10,000 and 50,000 ohms depending on the specific model. A reading of zero indicates a short circuit inside the sensor. A reading of OL means the sensor has failed completely with an open internal circuit. Both readings will produce E60.

Record the resistance value before ordering a replacement. Sensors vary between AEG models and confirming the reading is outside the normal range avoids replacing a working component.
Test the NTC for intermittent internal failure

With the multimeter connected across the sensor terminals, gently flex the sensor body and its two lead wires while watching the resistance reading on the display. If the value fluctuates, momentarily drops to zero, or intermittently shows OL then recovers, there is a hairline break inside the sensor that expands and contracts with temperature change. Replace the sensor even if it reads correctly when held still.

This test identifies the most commonly missed cause of intermittent E60 — faults that appear only on hot programmes and clear after the machine cools down.
Access and test the heating element

With the machine unplugged, disconnect the wiring from both heating element terminals. Set a multimeter to resistance mode and test across the two terminals. A functional AEG washing machine heating element typically reads between 20 and 50 ohms depending on its wattage rating. OL indicates the element has failed with an open internal circuit. A reading of zero indicates a short circuit.

After testing resistance, set the multimeter to continuity or resistance and test from each element terminal to the machine earth point. Any reading other than OL here indicates the element has developed an earth fault — live voltage is present on the machine body. Do not use the machine until the element is replaced and do not touch the machine body without first confirming it is unplugged.
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Escalation

When to call an engineer

  • Heating element reads open circuit or short circuit on a multimeter — element must be replaced
  • Earth fault confirmed between an element terminal and the machine earth point — do not use the machine
  • NTC thermistor reads outside the expected range or fluctuates when flexed — sensor must be replaced
  • Element and sensor both test within normal range but E60 persists on every heated cycle — control board input circuit fault
Common questions

Frequently asked questions

What is the NTC thermistor and what role does it play in E60?
The NTC (Negative Temperature Coefficient) thermistor is a temperature sensor that monitors wash water temperature in real time and sends this reading to the control board. The board uses this data to manage the heating element. A faulty sensor causes incorrect temperature control and triggers E60.
Can limescale on the heating element cause E60 without the element itself being broken?
Yes — this is the most common cause of gradual heating performance loss before E60 appears consistently. Limescale insulates the element surface from the water. The element draws full power but transfers very little heat. A thorough descale cycle frequently resolves the fault completely.
Is it the element or the sensor that has failed when E60 appears?
Both must be tested individually with a multimeter to determine the actual cause. If the element reads within the expected resistance range and has no earth fault but E60 persists, the sensor or its wiring is the cause. If the element reads OL or shows an earth fault, the element must be replaced.
Can E60 appear even if the water is actually warming up?
Yes — if the NTC sensor is giving a plausible but inaccurate low reading, the control board believes heating is insufficient even when the element is working. The board compares measured temperature rise against its expected heating curve and generates E60 if the curve is wrong.

🎯 What is likely causing this fault?

💡
Heating Element 75%
📡
NTC Sensor 15%
🔌
Relay / PCB 10%

⚠️ Estimates based on common faults — not a guaranteed diagnosis. Always verify before ordering parts.

🔩

Parts you may need

Enter your model number to filter results to your exact machine

Usually found on a label inside the door frame or on the back panel of the machine.

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Part Approx. UK Cost Find it
Heating element / sensor £30 - £80
Heating element / sensor £15 - £20

ℹ️ Prices are approximate. Always check the part number matches your model before ordering. Not sure of your model number? Find out how to locate it here.