General ITAdvanced

Midea Washing Machine Error Codes and Solutions: E10, E11, E12, E20, E21, E30, E31, E33, E34, E35, E36, E50, E60, E61, E62, E64, E80, E81, E90, E91, E92, E95, F8 and F9 Troubleshooting Guide

Midea washing machines are sold in many regions and in numerous front-load, top-load and washer-dryer configurations. Midea also manufactures appliance platf...

Bison Technical Team Enterprise IT specialists

Updated 25 Aug 2026 16 min read 0 total views

Midea washing machines are sold in many regions and in numerous front-load, top-load and washer-dryer configurations. Midea also manufactures appliance platforms and components used in different markets, so technicians may encounter similar-looking control systems in machines carrying different model or regional designations.

A particularly important point when troubleshooting a Midea washer is that an error code is not guaranteed to have the same meaning on every Midea platform.

For example, current Midea documentation confirms common codes such as E10 for a water-inlet/fill problem, E12 for overflow, E21 for excessive drain time and E30 for a door-related problem on several platforms.

More advanced service documentation contains additional sensor, motor, inverter and communication codes. Therefore, always verify the exact model number and preferably the model-specific service documentation before replacing parts.

Important Safety Precautions

Before performing internal troubleshooting:

Switch the washing machine off.
Disconnect it from the mains supply.
Close the water inlet valve.
Wait several minutes before accessing electronic components.
Never work on an energized PCB unless you are qualified to perform live electrical testing.
Remember that inverter boards can contain hazardous voltages even after the machine has been disconnected.
Do not bypass door locks, earth connections, thermal protection or safety sensors.

Component-level electrical troubleshooting should normally be performed by a trained appliance technician.

Quick Midea Error-Code Reference

Code	Common Fault Family	Main Area to Check
E10	Water filling/inlet fault	Tap, hose, filter, inlet valve
E11	Fill-system fault on applicable models	Inlet system/sensors
E12	Overflow protection	Inlet valve, pressure system
E20	Drain-system family on some platforms	Drain system
E21	Drain timeout	Filter, hose, pump
E30	Door locking fault	Door, latch, interlock
E31	Door unlocking/lock-system fault	Door interlock
E33	Water-level sensor fault	Pressure sensor/system
E34	Temperature-sensor fault	NTC/wiring
E35	Temperature-sensor fault	NTC/wiring
E36	Heating fault	Heater/control circuit
E50	Motor/inverter fault	Motor, inverter PCB
E60	Motor rotation fault on applicable platforms	Motor/control circuit
E61	Motor speed-feedback fault	Tachometer/speed sensor
E62	Abnormal motor speed	Sensor/control PCB
E64	Inverter communication/fault	Inverter, harness, main PCB
E80	Display-main PCB communication	Wiring/display PCB/main PCB
E81	Platform-specific electronic fault	Verify service manual
E90	Communication/electronic family	PCB/harness
E91	Platform-specific communication fault	PCB/harness
E92	Platform-specific communication fault	PCB/harness
E95	Platform-specific electronic fault	PCB/memory/communication system
F8	Platform-specific fault	Verify exact model
F9	Platform-specific fault	Verify exact model

Important: E81, E90/E91/E92/E95, F8 and F9 are particularly model/platform dependent. Do not order a PCB or other component based only on a generic internet code table.

Midea E10 Error – Water Inlet / Fill Timeout

Meaning

E10 is one of the most consistently documented Midea washer codes.

It indicates that the washer is having difficulty reaching the required water level during filling. Official Midea manuals describe E10 as a water-injection problem during washing.

Possible Causes

Water tap closed
Low household water pressure
Kinked inlet hose
Blocked inlet hose
Dirty inlet-valve mesh filter
Faulty inlet solenoid valve
Loose inlet-valve wiring
Pressure-sensor problem
Wiring harness fault
Main PCB fault

Troubleshooting

First make sure the water tap is completely open.

Inspect the inlet hose for crushing or kinks.

Disconnect the inlet hose and check the small mesh filter installed at the valve inlet. Mineral deposits and debris can significantly restrict water flow.

If adequate pressure reaches the appliance but the valve does not open, test the inlet valve and its electrical supply.

If the washer fills normally but still reports E10, investigate the water-level sensing system and PCB.

Midea E11 Error

E11 appears on certain Midea-derived platforms as part of the filling or water-control fault family, but its exact definition is not sufficiently universal to assign one meaning to every Midea washer.

Possible diagnostic areas include:

Water inlet valve
Water supply
Pressure sensor
Pressure hose
Wiring harness
Main PCB

Recommendation: retrieve the technical documentation for the exact model before replacing components for E11.

Midea E12 Error – Water Overflow

Meaning

E12 is commonly documented as an overflow condition.

The control system believes that the water level has exceeded the permitted limit.

Possible Causes

Inlet valve stuck mechanically open
Inlet valve receiving power continuously
Blocked pressure hose
Leaking pressure hose
Pressure sensor failure
Air chamber obstruction
PCB valve-control failure
Excessive water entering the drum

Diagnostic Test

Turn the washer off.

If water continues entering even when the washer is powered off, suspect a mechanically stuck inlet valve.

If water stops immediately when power is removed, investigate the control circuit, wiring and water-level sensing system.

Because uncontrolled filling can cause flooding, E12 should not be ignored.

Midea E20 Error

E20 can belong to the drainage fault family on some Midea platforms.

Inspect:

Pump filter
Drain hose
Drain pump
Pump impeller
Pressure system
Drain-pump wiring
Main PCB

Because code assignments differ, distinguish E20 from the more widely documented E21 drain-timeout code before replacing parts.

Midea E21 Error – Drain Timeout

Meaning

E21 means the washer has failed to reduce the detected water level within the permitted draining period.

Midea service information describes situations where the water level does not change while the drain pump is operating.

Common Causes

Blocked pump filter
Coin or foreign object in pump
Blocked drain hose
Kinked drain hose
Pump impeller jammed
Failed drain pump
Pump wiring disconnected
Pressure-sensing problem
PCB fault

Troubleshooting

Disconnect power.

Drain any remaining water safely.

Remove and clean the pump filter.

Common objects include:

Coins
Buttons
Hair
Lint
Small socks
Fabric
Hair clips

Inspect the drain-pump impeller.

Check the complete drain hose.

If everything is clear but the pump does not operate, test the pump and its electrical supply.

Midea E30 Error – Door Lock Failure

Meaning

E30 commonly indicates that the washer cannot confirm that the door is correctly closed or locked. Midea user manuals describe E30 as a door-not-closed condition.

Possible Causes

Door not fully closed
Clothing trapped between door and gasket
Broken door handle
Misaligned latch
Defective door interlock
Damaged wiring
Loose connector
PCB failure

Solution

Open the door.

Check for clothing around the seal.

Close it firmly and restart the cycle.

If E30 returns, inspect the latch and interlock assembly.

Midea E31 Error – Door Lock/Unlock System

On service platforms that distinguish E30 and E31, E31 can relate to the door locking/unlocking system.

Midea service material groups E30/E31 around repeated failure of the door to lock or unlock.

Inspect:

Door latch
Door-lock assembly
Interlock connector
Wiring harness
Main PCB

Never bypass the interlock to operate the washer.

Midea E33 Error – Water-Level Sensor Fault

E33 is identified in some Midea service documentation as a water-level sensor failure.

Possible Causes

Defective pressure sensor
Loose sensor connector
Damaged pressure tube
Pressure tube blocked with detergent residue
Air chamber blockage
Wiring fault
PCB input fault

Technician Check

Inspect the pressure hose from the tub/air chamber to the sensor.

The hose must not be:

Split
Pinched
Detached
Filled with water
Blocked by detergent residue

If the pressure system is intact, test the sensor according to the model's service specification.

Midea E34 / E35 Errors – Temperature Sensor Fault

On applicable Midea platforms, E34/E35 are associated with the water-temperature sensor circuit.

The temperature sensor is normally an NTC thermistor.

Possible Causes

Open thermistor
Shorted thermistor
Loose connector
Broken wiring
Corroded connector
Main PCB sensor-input fault

Diagnosis

Disconnect power and measure thermistor resistance.

Compare the reading with the temperature/resistance specification in the service manual.

An NTC thermistor should change resistance as temperature changes.

Midea E36 Error – Heating Failure

Some service documentation identifies E36 as a heating-system failure.

Possible causes include:

Failed heating element
Open heater
Earth leakage from heater
Temperature sensor problem
Heater relay failure
Damaged wiring
PCB fault

Check the heater resistance and insulation before replacing the PCB.

Midea E50 Error – Motor/Inverter Fault

E50 is an important Midea motor-system code.

Recent Midea service documentation describes E50 as an abnormal signal detected by the motor inverter PCB. Causes can include abnormal supply voltage, inverter overload, blocked motor rotation, inverter failure or problems involving the main PCB.

Symptoms

The machine may:

Fill but not tumble
Stop during washing
Fail to spin
Rotate erratically
Display E50 immediately after attempting motor operation

Possible Causes

Drum mechanically jammed
Motor failure
Inverter PCB fault
Abnormal mains voltage
Damaged wiring
Loose motor connector
Main PCB problem

Troubleshooting

With power disconnected, rotate the drum manually.

It should rotate without serious mechanical restriction.

Inspect the motor and inverter connectors.

Check supply voltage.

A technician may need to test:

Motor windings
Motor insulation
Inverter output stage
DC bus
Communication wiring
Main PCB

Midea E60 Error – Motor Does Not Rotate

On applicable Midea front-load platforms, E60 indicates that the motor has repeatedly failed to start.

Midea support information describes E60 as a condition where the motor does not rotate, potentially caused by loose PCB terminals, motor connections, the motor itself or PCB failure.

Check:

Motor connector
PCB connector
Wiring harness
Motor
Motor control circuit
Mechanical drum movement

Midea E61 Error – Motor Speed Feedback Missing

E61 indicates that the PCB cannot correctly detect the motor-speed feedback signal on supported platforms.

Possible Causes

Loose speed-sensor connection
Defective tachometer
Motor fault
Broken harness
PCB fault

Inspect the speed-measuring device and connector before replacing the motor.

Midea E62 Error – Motor Overspeed

Midea documentation describes E62 on certain front loaders as a condition where actual motor speed is substantially higher than the target speed.

Possible causes include:

Speed sensor fault
Motor feedback error
Control device failure
PCB fault

Because uncontrolled motor speed can be dangerous, discontinue operation until the motor-control system has been checked.

Midea E64 Error – Motor Inverter / Communication Fault

E64 is associated with the inverter system on applicable Midea front-load platforms.

Midea information lists possible causes including:

Motor harness connection fault
Main PCB harness fault
Defective inverter PCB
Defective main PCB
Damaged harness

Diagnostic Sequence

Inspect connectors first.

Then inspect wiring continuity.

Check the motor.

Check inverter supply and communication.

Only after these checks should PCB replacement be considered.

Midea E80 Error – Main PCB to Display Communication Fault

E80 is documented on certain Midea front loaders as a communication failure between the main control board and display/control panel.

Possible Causes

Loose display connector
Damaged communication harness
Oxidized terminals
Display PCB failure
Main PCB failure
Unstable supply voltage

Disconnect power before reseating connectors.

Midea E81 Error

E81 should be treated as a platform-specific electronic or communication code unless the exact model documentation confirms otherwise.

Check:

User-interface PCB
Main PCB
Wiring harness
Connectors
Supply voltage

Do not automatically replace the main board merely because E81 appears.

Midea E90 Error

E90 is used by some Midea-related platforms for an electronic communication/control-system problem.

Potential areas include:

Main PCB
Display PCB
Inverter PCB
Communication harness
Connector integrity
Power supply

Because the exact participating boards depend on washer architecture, model-specific diagnosis is essential.

Midea E91 Error

E91 is generally encountered in advanced electronic fault families and should be confirmed against the exact machine's technical documentation.

Start diagnosis by checking:

PCB connectors
Harness continuity
Supply voltage
Display/control PCB
Main PCB
Inverter communication where fitted

Midea E92 Error

E92 can similarly indicate a platform-dependent control or communication condition.

Do not assume that an E92 definition obtained for one Midea washer applies to another model.

Perform connector and harness checks before replacing electronics.

Midea E95 Error

E95 may appear as an electronic-control, memory or communication-related fault on certain appliance platforms.

Possible areas to investigate include:

Main PCB
EEPROM/control memory
User-interface PCB
Wiring
Communication lines
Power-supply stability

Because of the high cost of electronic modules, confirmation from the exact service manual is strongly recommended.

Midea F8 Error

F8 is not universal across Midea washing-machine families.

Depending on the platform, an F-series code may belong to a different diagnostic architecture than the E-series used on many front loaders.

Therefore:

Do not diagnose F8 solely from a generic Midea error-code chart.

Record the complete model number and obtain the correct technical documentation.

Midea F9 Error

The same caution applies to F9.

Potential diagnostic categories on different appliance platforms can vary significantly.

If F9 appears:

Record the full model number.
Power-cycle the machine once.
Observe exactly when F9 occurs.
Record whether filling, heating, draining or spinning was taking place.
Retrieve the model-specific diagnostic table.

How to Reset a Midea Washing Machine Error

For a non-safety-related temporary error, a basic reset can be attempted.

Turn the washer off.
Disconnect it from the mains.
Wait approximately 3–5 minutes.
Reconnect power.
Select a short cycle.
Start the washer.

A reset does not repair a failed component.

If the error returns, diagnose the underlying problem.

Repeatedly resetting an overflow, motor, heater or electronic fault is not recommended.

Troubleshooting Midea Water-Inlet Errors

For filling-related faults such as E10:

Check the water supply

Ensure the tap is fully open.

Check pressure

Poor building water pressure can cause fill timeout.

Inspect inlet hose

Look for:

Kinks
Crushing
Blockages
Frozen sections

Clean inlet filter

Sediment can obstruct the mesh screen.

Test inlet valve

If adequate pressure reaches the valve but water does not enter, the solenoid valve or its control circuit may be faulty.

Troubleshooting Midea Drain Errors

For E20/E21-type faults:

Step 1 – Drain Filter

Clean the pump filter.

Step 2 – Drain Hose

Check the complete hose for obstruction.

Step 3 – Pump

Inspect the impeller.

Step 4 – Electrical Test

Check whether the pump receives the required voltage during drain operation.

Step 5 – Pressure System

If the washer physically empties but still reports a drain fault, inspect the pressure sensor and hose.

Troubleshooting Door Lock Errors

For E30/E31-type faults:

Check:

Door closure
Clothing trapped in seal
Latch alignment
Door handle
Door interlock
Wiring
PCB

If the door physically locks but the PCB cannot detect the locked state, inspect the interlock feedback circuit.

Troubleshooting Motor and Inverter Errors

Codes such as E50, E60, E61, E62 and E64 require systematic diagnosis.

Start with mechanical inspection.

Rotate the drum manually.

Then inspect:

Motor connector
Harness
Motor windings
Speed sensor
Inverter PCB
Main PCB

Do not replace the motor simply because a motor-family error appears. The inverter or wiring can generate similar symptoms.

Troubleshooting PCB Communication Errors

For E80/E81/E90/E91/E92-type faults:

Disconnect power.
Access the control electronics.
Inspect connectors.
Look for corrosion.
Check for loose plugs.
Inspect harnesses for broken conductors.
Check for moisture contamination.
Verify supply voltages.
Test communication wiring according to the service manual.

A communication error does not automatically mean that both boards are defective.

Frequently, the fault is a connector, harness or power-supply problem.

When Should the Main PCB Be Suspected?

The PCB should normally be considered after peripheral components have been checked.

Possible PCB indications include:

No output to a known-good component
Burned PCB tracks
Failed relay
Damaged power device
Communication failure
Sensor inputs incorrect despite good sensors and wiring
Repeated unexplained faults
Visible component damage

PCB replacement should generally be the last diagnostic step rather than the first.

Why Midea Error Codes Must Be Checked by Model

This is one of the most important lessons when repairing Midea appliances.

A code may differ because of:

Country
Model series
Manufacturing generation
Front-load versus top-load design
Washer versus washer-dryer
Universal versus BLDC/inverter motor
PCB supplier
Firmware revision

For example, current Midea service documentation explicitly groups E33 with the water-level sensor, E34/E35 with water-temperature sensing and E36 with heating on a particular platform, while E50 and E64 belong to motor/inverter systems.

Therefore, technicians should always identify the complete model before ordering expensive parts.

Recommended Professional Diagnostic Order

A good technician should generally troubleshoot in this sequence:

Error code → symptom → simple external checks → mechanical inspection → wiring/connectors → sensor/component testing → PCB/inverter testing → component replacement

This approach prevents unnecessary replacement of expensive electronics.

Frequently Asked Questions (FAQ)

1. What does E10 mean on a Midea washing machine?

E10 commonly indicates that the washer cannot fill with water quickly enough. Check water pressure, the inlet hose, inlet filter and inlet valve.

2. What does Midea E12 mean?

E12 commonly indicates an overflow condition.

3. What does E21 mean on a Midea washer?

E21 commonly means the washer is taking too long to drain. Check the drain filter, hose and pump.

4. How do I fix Midea E30?

Make sure the door is completely closed and that clothing is not trapped around the door seal. If the code returns, inspect the door latch and interlock.

5. What does Midea E33 mean?

On applicable platforms, E33 indicates a water-level sensor fault.

6. What are E34 and E35?

On certain Midea platforms they relate to the water-temperature sensor system.

7. What does E36 mean?

On supported platforms E36 is associated with a heating failure.

8. What does E50 mean?

E50 is associated with the motor/inverter control system on applicable front-load washers. Causes can include abnormal voltage, mechanical motor restriction, inverter overload or PCB/inverter problems.

9. What does E60 mean?

On certain Midea front loaders, E60 means the motor is failing to rotate/start correctly.

10. What does E61 mean?

E61 indicates that the PCB is not receiving the expected motor-speed feedback signal on applicable models.

11. What does E62 mean?

On supported machines E62 indicates abnormal motor speed, potentially involving the motor-speed sensor or control electronics.

12. What does E64 mean?

E64 is associated with the motor inverter/control system and can involve the inverter PCB, main PCB or connecting harness.

13. What does E80 mean?

E80 indicates a communication problem between the main PCB and display/control panel on applicable Midea front loaders.

14. Can I reset Midea error codes?

Some temporary errors can clear after disconnecting the washer from power for several minutes. Persistent errors require troubleshooting.

15. Why does an error return after resetting the washer?

Because resetting clears the displayed fault state but does not repair the component that caused it.

16. Why does my Midea washer show E10 even though the water tap is open?

Possible causes include low pressure, a kinked hose, blocked inlet filter, defective inlet valve or water-level sensing problem.

17. Why does my Midea washer show E21 with water inside?

The drain filter, hose or pump may be blocked, or the drain pump may have failed.

18. Why does my Midea washer fill but not spin?

Check for a motor/inverter fault, wiring problem, speed-sensor issue, unbalanced load or a condition preventing the control system from allowing spin.

19. Can a bad pressure sensor cause several error codes?

Yes. Incorrect water-level information can interfere with filling, draining, heating and spinning because the PCB uses water-level information to control several functions.

20. Can low voltage cause Midea motor errors?

Yes. Midea service information specifically lists abnormal external voltage as one possible cause of E50 inverter-related faults.

21. Should I replace the PCB when E80 or E90 appears?

Not immediately. Inspect the connectors, communication harness and power supply first.

22. Are Midea error codes the same worldwide?

No. Code assignments can differ between models, product families and regional platforms.

23. Are Midea front-load and top-load error codes identical?

No. They can use substantially different control systems and diagnostic codes.

24. Can Midea washer error codes appear on other appliance brands?

Similar platforms or components may occur across OEM-manufactured appliances, but never assume that the error-code interpretation is identical simply because the hardware appears similar.

25. Where can I find the exact meaning of a Midea error code?

Use the user manual or service documentation corresponding to the complete model number printed on the washer's identification label.

Conclusion

Midea washing-machine error codes provide technicians with a useful starting point, but they should never replace systematic diagnosis.

The commonly documented codes include E10 for filling problems, E12 for overflow, E21 for drainage timeout and E30 for door closure/locking problems. More advanced platforms add sensor codes such as E33–E36, motor/inverter codes such as E50, E60, E61, E62 and E64, and electronic communication codes such as E80 and related families.

For reliable repairs, always follow this rule:

Identify the exact Midea model → confirm the error definition → inspect mechanical causes → check wiring and connectors → test the affected component → test the PCB/inverter last.

This reduces unnecessary part replacement and improves diagnostic accuracy.