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Electrolux Washing Machine Error Codes: Complete E10–E97 & EF0–EF3 Troubleshooting Guide – Causes, Diagnosis, Fixes and FAQ

Modern Electrolux washing machines use an electronic diagnostic system that monitors water filling, drainage, drum movement, water level, door locking, heati...

Bison Technical Team Enterprise IT specialists

Updated 22 Aug 2026 17 min read 0 total views

Modern Electrolux washing machines use an electronic diagnostic system that monitors water filling, drainage, drum movement, water level, door locking, heating, temperature sensing, electronic communication and several other operating conditions.

When the electronic control detects an abnormal condition, the washing machine may stop or modify the cycle and display an E-series or EF-series error code.

Electrolux's current UK support documentation groups common washer faults into broad families such as E10 for water supply, E20 for drainage, E30 for pressure sensing, E40 for door locking, E50 for motor problems, E60 for heating problems and EF0 for leakage, excessive foam or imbalance.

However, an important point must be understood before diagnosing an Electrolux washer:

The exact meaning of an error code can vary according to model, product platform, market, manufacturing generation and whether the appliance is a washer or washer-dryer.

Therefore, always verify the complete model/PNC information against the appliance's service documentation before replacing components.

Quick Reference: Electrolux Error-Code Families

Code Family	General Area
E10 / E11 / E12 / E13	Water supply, filling or leakage
E20 / E21 / E22 / E23 / E24	Drainage system
E30 / E31 / E32 / E33 / E35 / E38	Pressure and water-level sensing
E40 / E41 / E42 / E43 / E44 / E45	Door and door-lock system
E50 / E51 / E52 / E53 / E54 / E55 / E57 / E59	Motor and motor-control electronics
E60 / E61 / E62 / E66 / E68 / E69	Water-heating system
E70 / E71 / E72 / E73 / E74	Temperature sensing
E80-series	Programme selector/control interface
E90–E97	Electronic communication/configuration
EF0 / EF1 / EF2 / EF3	Leakage, drainage, foam or related conditions

This family-based approach is particularly useful because the visible consumer code may sometimes identify a broader system while service diagnostics reveal a more specific fault.

1. E10 / E11 / E12 / E13 – Water Inlet and Filling Errors

These codes generally concern the washer's ability to obtain or correctly manage water.

Electrolux currently describes E10 or similar as a water-supply problem. Older Electrolux technical documentation describes E11 as difficulty filling during washing, E12 as difficulty filling during drying on applicable washer-dryers, and E13 as a leakage-related condition.

E10 – General Water Supply/Filling Problem

Common causes include:

Water tap closed
Insufficient water pressure
Kinked inlet hose
Blocked inlet filter
Defective inlet valve
Incorrect drain-hose installation causing siphoning
Pressure sensing problem
Wiring fault
Electronic control fault

E11 – Washing Fill Problem

E11 generally indicates that the expected water level was not reached within the allowed time.

Electrolux service information lists possible causes including low pressure, a closed tap, incorrectly positioned drain hose, faulty inlet solenoid valve, pressure-system leakage, pressure-switch problems, wiring or PCB faults.

E12 – Filling Problem During Drying

This code is mainly relevant to washer-dryer platforms where water may be required during the drying process.

Check:

Water supply
Inlet valve
Pressure system
Associated wiring
Control PCB

E13 – Leakage / Water-Level Abnormality

E13 can indicate leakage or an abnormal hydraulic condition on supported platforms.

Inspect:

Drain-hose installation
Tub and hoses
Pressure hose
Pressure chamber
Inlet valve
Pressure sensor/switch
Internal water leakage

Basic E10/E11 Troubleshooting

Verify that the water tap is fully open.
Check the inlet hose for kinks.
Disconnect power before inspecting components.
Clean the inlet screen where appropriate.
Confirm adequate household water pressure.
Check whether water actually enters the machine.
Inspect the inlet valve electrically if qualified.
Inspect the pressure hose and pressure chamber.
Check wiring between valve/sensor and PCB.

Electrolux's US water-supply guidance also recommends verifying both water supplies where applicable, checking hose connections and flow, and inspecting the inlet connector filters.

2. E20 / E21 / E22 / E23 / E24 – Drainage Errors

The E20 family generally relates to problems removing water from the appliance.

Electrolux currently describes E20 or similar as a draining problem.

E20 – General Drain Error

Check:

Drain filter
Drain hose
Pump
Waste connection
Pressure sensing system

E21 – Drain Taking Too Long

E21 commonly means the appliance cannot drain within the expected period.

Electrolux technical documentation identifies possible causes including a kinked or clogged drain hose, dirty filter, defective drain pump, pressure-switch problem, wiring fault or PCB fault.

E22 – Drain Problem During Drying

Primarily applicable to washer-dryer models.

Check the same basic drainage components as E21.

E23 – Drain Pump Control/Triac Fault

This is more serious than an ordinary blocked filter.

Possible causes:

Drain pump electrical failure
Wiring fault
PCB pump-control circuit failure

Electrolux service documentation specifically associates E23 with the drain-pump triac circuit.

E24 – Drain Pump Control Sensing Fault

This can indicate an electronic sensing problem involving the pump-control circuitry.

A PCB fault may be responsible.

Troubleshooting E20-Series Errors

Check in this order:

Drain filter → drain hose → household waste connection → pump → wiring → pressure system → PCB

Do not immediately replace the pump. A blocked filter or kinked hose can produce symptoms very similar to pump failure.

3. E30 / E31 / E32 / E33 / E35 / E38 – Pressure and Water-Level Errors

These errors generally concern the system used to determine how much water is inside the machine.

The system may include:

Electronic pressure sensor
Mechanical pressure switch on older designs
Pressure hose
Air chamber
Wiring
PCB

E30 – General Pressure-System Error

Electrolux currently groups E30 or similar with water-pressure/pressure-sensor problems.

E31 – Electronic Pressure Sensor Circuit Fault

Possible causes:

Pressure sensor failure
Wiring fault
Connector problem
Main PCB fault

Electrolux service documentation describes E31 as an electronic pressure-switch circuit fault.

E32 – Pressure Sensor Calibration Problem

Possible causes include:

Restricted drainage
Blocked filter
Pump problem
Pressure hose leak
Pressure chamber contamination
Pressure sensor problem
Wiring/PCB problem

E33 – Pressure Sensor Consistency Problem

On applicable platforms, E33 can indicate inconsistent signals between water-level sensing devices.

Because implementation varies considerably, model-specific documentation is especially important for this code.

E35 – Water Overflow

This is a potentially important fault.

Electrolux technical documentation identifies E35 as a water overflow condition. Potential causes include an inlet solenoid valve fault, pressure-system leakage, defective pressure sensing, wiring or PCB problems.

If the washer continues filling when it should stop:

Turn the appliance off.
Disconnect electrical power.
Close the water tap.

E38 – Pressure Chamber / Hydraulic System Blockage

Electrolux service information describes E38 as a condition where the water level does not vary as expected during drum rotation. Possible causes include a clogged pressure-switch hydraulic circuit or, on applicable machines, a broken drive belt.

4. E40 / E41 / E42 / E43 / E44 / E45 – Door and Door-Lock Errors

The E40 family generally relates to the washer door, interlock or associated electronic control.

Electrolux identifies E40 or similar as a door-lock problem.

E40 – General Door Error

First check:

Door completely closed
Clothing trapped between door and seal
Door latch alignment
Excessive load pressing against door

E41 – Door Open / Not Detected as Closed

E41 commonly means the control does not receive the expected locked/closed signal.

Electrolux technical documentation lists the door interlock, wiring and PCB among possible causes.

E42 – Door Lock Device Failure

Possible causes:

Defective door interlock
Mechanical latch problem
Wiring fault
Connector damage
Control-board fault

E43 – Door-Lock Control Circuit Fault

May involve the PCB circuit controlling the door lock.

E44 / E45 – Door-Lock Sensing/Electronic Faults

These are generally deeper electrical or PCB-related faults on supported platforms.

Important Safety Note

Never bypass the door interlock.

The interlock is a safety component designed to prevent the door from opening while the drum is moving or unsafe water conditions exist.

5. E50 / E51 / E52 / E53 / E54 / E55 / E57 / E59 – Motor and Drive Errors

Electrolux broadly identifies E50 or similar as a motor problem.

The E50 family can involve:

Motor
Motor control
Tachometer/speed sensing
Wiring
Electronic control board
Drive system

E50 – General Motor Fault

Inspect for:

Drum mechanically jammed
Excessive load
Motor wiring problem
Motor control problem
Motor failure

E51 – Motor Control/Triac Fault

Often associated with the electronic motor-driving circuit.

E52 – Motor Speed/Tachometer Problem

The control board needs feedback about motor speed.

Possible problems include:

Tachometer sensor
Motor connector
Wiring
Motor
PCB

E53 – Motor Control Sensing Circuit

Electrolux technical documentation describes E53 on applicable platforms as a motor-triac sensing-circuit fault and identifies the circuit board as a possible cause.

E54 – Motor Relay Contacts

Electrolux documentation describes E54 as motor relay contacts sticking on certain platforms. Possible causes include PCB failure or electrical leakage involving the motor or wiring.

E55 – Motor Circuit Problem

Depending on platform, this may indicate motor or motor-circuit abnormalities.

E57 – Motor Current / Inverter Related Fault

On inverter-driven platforms, E57 can be associated with excessive motor current or drive-electronics problems.

E59 – Motor Not Producing Expected Speed Signal

Possible areas include:

Motor
Speed sensor
Wiring
Inverter
Control electronics

Because Electrolux has used different motor architectures across product generations, E50-series diagnosis should always be model-specific.

6. E60 / E61 / E62 / E66 / E68 / E69 – Heating Errors

The E60 family concerns the washer's water-heating system.

Electrolux currently groups E60 or similar as a heating problem.

E60 – General Heating Error

Possible components include:

Heating element
Temperature sensor
Heater relay
Wiring
PCB

E61 – Water Not Heating Fast Enough

Electrolux technical information describes E61 as insufficient heating during washing on supported machines.

Possible causes include:

Heating element failure
NTC temperature sensor
Wiring
Control board

E62 – Overheating

E62 indicates the temperature may have risen beyond the expected level.

Possible causes:

NTC sensor fault
Heater control problem
Heater fault
Wiring
PCB

Electrolux service information associates E62 with overheating during washing.

E66 – Heater Relay Fault

Electrolux documentation identifies E66 with the heating-element power relay on applicable platforms.

E68 / E69

These codes can relate to heater circuit, electrical leakage, heater interruption or related electrical abnormalities depending on the platform.

Model-specific technical information should be consulted before replacing parts.

7. E70 / E71 / E72 / E73 / E74 – Temperature Sensor Errors

Electrolux washers commonly use an NTC thermistor to measure temperature.

NTC means Negative Temperature Coefficient: its electrical resistance changes as temperature changes.

E70 – General Temperature-Sensing Fault

Possible causes:

NTC sensor
Wiring
Connector
PCB

E71 – Washing NTC Sensor Fault

Electrolux technical documentation specifically identifies E71 as an NTC washing-sensor fault on applicable machines.

E72 / E73 / E74

Depending on model and washer-dryer configuration, these may involve additional temperature sensing circuits, drying sensors or incorrect sensor positioning/temperature readings.

Technicians should test:

NTC resistance
Sensor wiring continuity
Connector condition
Sensor mounting
PCB input circuitry

8. E80-Series – Programme Selector and User-Interface Errors

E80-series faults generally concern programme selection, selector interpretation or the user interface.

Examples found on some platforms include:

E82 – Selector Reset Position Error

Electrolux service documentation identifies E82 as an error involving the selector's reset position.

E83 – Selector Position Reading Error

This may involve:

Selector
Configuration data
User-interface electronics
Control PCB

Do not assume that replacing the selector itself will solve every E80-series problem; configuration or board faults can produce similar symptoms.

9. E90 / E91 / E92 / E93 / E94 / E95 / E97 – Electronics and Communication Errors

E90-series faults generally indicate communication, electronic configuration or control-board problems.

E90 – General Electronics/Communication Error

Try a simple power reset first.

If the error returns, further electronic diagnosis may be necessary.

E91 – Communication Failure

Electrolux documentation for some current appliances describes E91 as no communication between electronic elements of the appliance.

Possible causes include:

Loose connector
Damaged wiring harness
Main PCB problem
User-interface PCB problem
Communication-line fault

E92 – Communication/Electronic Fault

Exact interpretation depends on platform.

E93 – Incorrect Machine Configuration

Electrolux service documentation describes E93 as incorrect machine configuration on applicable models.

E94 – Incorrect Cycle Configuration

E94 can indicate incorrect washing-cycle configuration data.

E95 – Memory / Communication Problem

On applicable platforms this may involve EEPROM, memory or communication between electronic sections.

E97 – Programme/Configuration Mismatch

Depending on platform, the selected programme or configuration information may not correspond with the expected electronic configuration.

E90-series faults frequently require professional diagnosis because replacing a PCB without correct configuration or programming may not solve the problem.

10. EF0 / EF1 / EF2 / EF3 – Leak, Drain, Foam and Safety-Related Errors

This family deserves special attention because its exact interpretation varies considerably between Electrolux platforms.

Electrolux's current support information states that EF0 or similar can be triggered by water leakage, over-foaming or an unbalanced load.

EF0 – General Leak/Foam/Imbalance Warning

Check:

Excessive detergent
Excessive foam
Door seal leakage
Dispenser leakage
Filter leakage
Inlet hose leakage
Internal water leakage
Severely unbalanced laundry

EF1 – Drain-Related Condition

On some platforms EF1 can relate to prolonged drainage or drain-filter restrictions.

Inspect:

Pump filter
Drain hose
Drain pump
Waste connection

EF2 – Excessive Foam

Often associated with too much detergent or unsuitable detergent.

Common causes:

Excess detergent
Non-HE detergent where HE detergent is required
Extremely soft water combined with excessive detergent
Detergent accumulation inside machine

EF3 – Water Leak / Anti-Flood Activation

Electrolux's current UK support documentation explicitly associates EF3 with detected water leakage.

If leakage is suspected:

Stop the programme.
Disconnect the appliance from power.
Close the water tap.
Inspect visible hoses and connections.
Check the drain filter installation.
Inspect the door gasket.
Arrange professional service if internal leakage is suspected.

How to Reset an Electrolux Washing Machine After an Error

A reset may clear a temporary electronic condition, but it does not repair the underlying fault.

A general reset procedure is:

Turn the washing machine off.
Disconnect it from the electrical supply.
Wait several minutes.
Restore power.
Select a short programme.
Start the appliance and monitor operation.

Reset procedures differ by model, so always follow the appliance manual where available.

If the same error immediately returns, repeatedly resetting the appliance is unlikely to solve the problem.

Recommended Diagnostic Sequence for Technicians

Instead of replacing components based only on an error code, use a structured diagnostic process.

Step 1 – Record the Exact Error

Write down the complete code:

E11 is not necessarily the same fault as E10.

Similarly, E41, E42 and E43 can point to different parts of the same door-lock system.

Step 2 – Record Model and Product Information

Find the appliance rating label and record:

Model
Product/PNC number where applicable
Serial number
Product type
Market/version

This is essential for locating the correct wiring diagram and service documentation.

Step 3 – Verify the External Cause First

Before opening the appliance, inspect:

Electrical supply
Water supply
Water pressure
Inlet hoses
Drain hose
Household drain
Door closure
Load condition
Detergent quantity

Step 4 – Inspect Mechanical Components

Depending on the code:

Pump filter
Drain pump
Inlet valve
Door latch
Drum movement
Drive belt
Pressure chamber
Hoses

Step 5 – Inspect Wiring and Connectors

Intermittent faults are often caused by:

Loose connectors
Corroded terminals
Broken wires
Damaged harnesses
Vibration-related connector problems

Step 6 – Electrically Test Components

Only a qualified person should perform electrical measurements.

Possible tests include:

Heater resistance
Heater insulation
NTC resistance
Pump resistance
Inlet-valve resistance
Motor winding tests
Tachometer tests
Wiring continuity

Step 7 – Consider PCB Failure Last

An error code involving a component does not automatically mean that component has failed.

For example:

E21 does not automatically mean "replace drain pump."

A clogged filter or hose can prevent drainage.

Similarly:

E41 does not automatically mean "replace door lock."

The wiring or PCB may be responsible.

Error Code vs Symptom – Useful Diagnostic Matrix

Symptom	Codes Commonly Associated
Washer does not fill	E10, E11
Washer-dryer fill problem during drying	E12
Water leakage/fill abnormality	E13
Washer does not drain	E20, E21
Drain problem during drying	E22
Pump electronic fault	E23, E24
Water-level sensing fault	E30, E31, E32, E33
Washer overfills	E35
Pressure chamber problem	E38
Door does not lock	E40, E41, E42
Door-control electronics	E43, E44, E45
Drum/motor does not rotate	E50-series
Washer does not heat	E60, E61
Washer overheats	E62
Heater relay problem	E66
Temperature sensing problem	E70-series
Programme selector problem	E80-series
Electronic communication fault	E90, E91, E92
Configuration problem	E93, E94, E95, E97
Excessive foam/leak/imbalance	EF0
Drain-related warning	EF1 on applicable models
Excessive suds	EF2 on applicable models
Water leakage detected	EF3

When Should You Stop Using the Washing Machine?

Immediately stop using the appliance if:

Water is leaking onto the floor.
The machine smells of burning.
Smoke is visible.
The circuit breaker repeatedly trips.
The washer continues filling uncontrollably.
Electrical arcing or sparking occurs.
The door appears unsafe.
The drum is mechanically jammed.
An anti-flood system repeatedly activates.

Disconnect the appliance from power when safe to do so and close the water supply if leakage or uncontrolled filling is occurring.

Frequently Asked Questions (FAQ)

1. What does E10 mean on an Electrolux washing machine?

E10 generally indicates a water-supply or filling problem. Check the water tap, pressure, inlet hose and inlet filters first. Electrolux currently categorizes E10 or similar as a water-supply fault.

2. What is Electrolux E11?

E11 commonly indicates difficulty filling the machine during the washing phase. Low water pressure, a closed tap, inlet valve problems, pressure-system faults, wiring or the PCB can be responsible.

3. What does E20 mean?

E20 generally indicates that the washer is having difficulty draining water.

Check the filter, drain hose, pump and household drainage connection.

4. What does E21 mean?

E21 commonly indicates that draining is taking too long. A blocked filter, restricted hose or failing pump are common possibilities.

5. What does E23 mean?

On supported platforms, E23 indicates a problem involving the drain-pump control/triac circuit. The pump, wiring or PCB may require diagnosis.

6. What does E30 mean?

E30 or similar generally concerns the washer's pressure/water-level sensing system.

7. What does E35 mean?

E35 is associated with a water-overflow condition on applicable Electrolux platforms.

8. What does E40 mean?

E40 generally indicates a door or door-lock problem.

Ensure the door is properly closed and that clothing is not trapped around the seal.

9. What does E41 mean?

E41 commonly indicates that the door is detected as open or that the expected door-lock signal has not been received.

10. What does E50 mean?

E50 or similar generally indicates a motor or motor-control problem.

11. What does E60 mean?

E60 or similar generally indicates a heating-system problem. The heater, temperature sensor, wiring, relay or control electronics may require investigation.

12. What does E61 mean?

On supported platforms, E61 indicates insufficient heating during washing.

13. What does E62 mean?

E62 can indicate excessive water temperature or overheating during washing.

14. What does E71 mean?

E71 indicates an NTC temperature-sensor fault on applicable Electrolux platforms.

15. What does E91 mean?

E91 can indicate that electronic modules are not communicating correctly. Electrolux documentation for supported appliances describes it as no communication between electronic elements.

16. What does E93 mean?

E93 can indicate incorrect machine configuration data on applicable platforms.

17. What does EF0 mean?

EF0 or a similar warning may be triggered by water leakage, excessive foaming or an unbalanced load, depending on the model.

18. What does EF3 mean?

Electrolux's current support documentation associates EF3 with a detected water leak.

19. Can too much detergent cause an Electrolux error?

Yes. Excessive detergent can create heavy foaming and may trigger EF0/related warnings on supported machines. Electrolux specifically recommends reducing detergent when over-foaming causes EF0-type warnings.

20. Can I continue using the washer after clearing an error?

For simple issues such as a closed water tap, blocked filter or unbalanced load, operation may return to normal after correcting the cause.

Do not continue using the washer if there is leakage, overheating, burning smell, electrical tripping or repeated serious electronic errors.

21. Will unplugging the washer fix an error code?

It may reset a temporary electronic condition, but it cannot repair a failed pump, valve, heater, motor, sensor or control board.

If the error repeatedly returns, diagnose the underlying problem.

22. Why does the error return after resetting the washer?

The control system is detecting the same abnormal condition again. This usually means the original mechanical, hydraulic or electrical problem has not been corrected.

23. Should I replace the PCB when an E90-series code appears?

Not automatically.

Check wiring, connectors, configuration and communication between electronic modules before condemning a PCB.

24. Where can I find the exact meaning of my Electrolux error code?

Use the user manual and Electrolux support documentation corresponding to the exact model/product number. Electrolux's support resources allow owners to search for troubleshooting information by product and error code.

25. Are Electrolux error codes identical worldwide?

No. Electrolux sells many washer and washer-dryer platforms across different markets and generations. Code meanings, diagnostic procedures and component designs can differ.

Always treat a general error-code list as a starting point rather than a substitute for model-specific service information.

Important Technical Note

Electrolux error codes should be interpreted as diagnostic indicators rather than automatic instructions to replace a component.

A drainage error can be caused by a blocked hose instead of a failed pump. A door-lock error can originate in the wiring rather than the lock. A heating error may originate from the NTC sensor instead of the heater.

Correct diagnosis should therefore follow:

Error Code → External Checks → Mechanical Inspection → Wiring Tests → Component Tests → Electronic Control Diagnosis

This approach reduces unnecessary replacement of expensive parts and produces a much more reliable repair.

Safety Disclaimer

This article is intended for general troubleshooting, technical reference and educational purposes only.

Error-code definitions and diagnostic procedures can vary by Electrolux model, country, product number and manufacturing generation. Always consult the official documentation for the exact appliance before carrying out repairs.

Disconnect the washing machine from the electrical supply before removing covers or accessing internal components. Close the water supply when working on inlet, drainage or hydraulic components.

Electrical measurements, insulation testing, PCB diagnosis and repairs involving mains voltage should only be performed by appropriately qualified technicians.

For persistent faults, internal water leakage, electrical problems, motor/inverter faults or control-board errors, contact Electrolux or an appropriately qualified appliance service technician.