Hisense Washing Machine Error Codes
Hisense washing machines display error codes as either E followed by a single digit (E1, E2, E3) on older models, or F followed by two digits (F01, F02, F03) on newer models. The most commonly seen Hisense codes are E1 / F01 (fill fault), E2 / F03 (drain fault), and E4 / F08 (door lock fault). Find your code in the tables below. Hisense washing machines all use brushless inverter motors, so motor fault codes do not relate to carbon brush wear.
Which Hisense washing machines does this guide cover?
This guide covers all Hisense washing machines and washer dryers sold in the UK, including the 3S Series, the WF series (WF3M, WF1Q, WF1G prefixed models), and integrated and freestanding variants. Hisense is a major Chinese white goods manufacturer based in Qingdao, and produces all its washing machines directly rather than rebadging from another manufacturer.
Older Hisense machines display fault codes as E followed by a single digit — E1, E2, E3 and so on. Use the E code table below.
Newer Hisense machines, particularly the current 3S series and WF series, display codes as F followed by two digits — F01, F02, F03 and so on. The fault categories are similar but the code numbering differs from the older E system. Use the F code table below.
Every Hisense washing machine sold in the UK uses a brushless inverter motor — there are no carbon brushes to wear out. This is important for diagnosing motor fault codes: brush wear is not a possible cause on Hisense machines, unlike older Bosch, Hotpoint, or Indesit machines. Motor codes typically point to the speed sensor, the inverter board, or the motor itself.
To clear a Hisense error code, press and hold the START/PAUSE button for approximately 3 seconds. For a deeper reset, switch off at the wall socket for 60 seconds and switch back on. Clearing the code does not fix the underlying fault — if the same code reappears, the fault is real and needs diagnosis.
Hisense E codes (older models): complete reference
| Code | Fault description | Most likely causes | Check first |
|---|---|---|---|
| E1 | Water fill error — proper water level not reached within 20 minutes of cycle starting | Tap closed or partially closed. Kinked or trapped inlet hose. Blocked inlet hose filter mesh. Low mains water pressure. Failed inlet valve solenoid. In cold weather, frozen inlet hose. | Confirm the tap is fully open. Straighten the inlet hose. Unscrew the inlet hose from the back of the machine and clean the small mesh filter inside the inlet port. Check household water pressure is adequate. |
| E2 / E3 | Drain error — machine unable to drain water within expected time | Blocked pump filter (the most common cause). Kinked or blocked drain hose. Standpipe too high. Foreign object blocking the pump impeller. Failed drain pump motor. Some Hisense models use E3 for drain faults rather than E2. | Clean the pump filter — behind the small access panel at the bottom front of the machine. Place towels and a shallow tray in front before opening as water will flow out. Unscrew anticlockwise, remove all debris, check the pump cavity for foreign objects, and refit firmly. See our full guide: washing machine not draining. |
| E4 | Door lock error — machine not detecting the door is closed and locked | Door not fully closed. Failed door interlock mechanism. Wiring fault to the interlock. Obstruction in the door seal. Broken door handle or catch. | Open and firmly close the door, ensuring nothing is trapped in the door seal. If the door closes correctly and E4 persists, test the door interlock for continuity. Door interlock replacement is a common Hisense repair — genuine parts available through our spare parts section. |
| E5 | Temperature sensor / heating fault on some models, drainage problem on others | On heating-related variant: failed NTC thermistor, failed heating element, wiring fault, limescale on element or sensor. On drainage variant: same causes as E2. | If the machine is failing to heat: test the heating element and NTC thermistor with a multimeter. In hard water areas, run a descaling cycle before testing components. If the machine is failing to drain: clean the pump filter and check the drain hose. |
| E6 | Motor / motor communication fault — main board and inverter board not communicating | Faulty wiring harness between main control board and motor inverter board. Failed inverter board. Failed main control board. Failed motor. | Switch off at the mains for 60 seconds and restart. If E6 clears, the cause was transient. If it returns consistently, engineer diagnosis is required for the inverter board, main board, or motor wiring. |
| E7 | Pressure switch / water level sensor fault | Failed pressure switch. Blocked or kinked pressure switch hose. Soap suds blocking the pressure system. | Check the pressure switch hose for blockage or kinks. Run a service wash on a hot cycle to clear soap residue from the pressure system. Test the pressure switch if hose checks are clear. |
| E8 | Communication error — internal data communication fault | Internal communication breakdown between control modules. Wiring harness fault. Module failure. | Power cycle the machine. If the code persists, engineer diagnosis is required. |
| E9 | Overflow / water level too high | Inlet valve stuck open allowing continuous fill. Failed pressure switch reading the level incorrectly. Excessive foam from too much detergent causing a false high water level reading. Pressure hose blocked. | Check whether water is visibly above the door seal level. If foam is present, run an empty rinse-and-spin cycle to clear it and reduce detergent on future washes. If overfilling is genuine, the inlet valve has likely failed. |
Hisense F codes (newer models): complete reference
Newer Hisense machines, particularly the current 3S Series and the WF series, use F codes rather than E codes. The fault categories overlap with the older E system but the code numbering is different.
| Code | Fault description | Most likely causes | Check first |
|---|---|---|---|
| F01 | Water inlet error — machine not getting enough water | Tap closed or partially closed. Kinked inlet hose. Blocked inlet filter. Low water pressure. Failed inlet valve. | Same checks as E1 on older models — tap fully open, hose straight, inlet filter clean, water pressure adequate. |
| F02 | Overflow error — too much water detected in drum | Inlet valve stuck open. Failed pressure switch. Excessive foam from too much detergent. Pressure hose blocked. | Check for visible foam through the door glass. Run an empty rinse-and-spin to clear suds. Reduce detergent on future washes. |
| F03 | Drainage error — machine unable to drain | Blocked pump filter (most common cause). Kinked drain hose. Failed pump. Standpipe too high. | Clean the pump filter first — this resolves the majority of F03 faults on Hisense machines. |
| F04 | Heating error — water not reaching target temperature | Failed heating element. Failed NTC thermistor. Wiring fault. Limescale heavily fouling the element in hard water areas. | Test the heating element for continuity with a multimeter. Test the NTC thermistor. Run a descaling cycle in hard water areas before testing as limescale can produce this code without component failure. |
| F05 | NTC / temperature sensor error | Failed NTC thermistor. Loose or corroded wiring connector. Limescale on thermistor. | Test thermistor resistance with a multimeter. Descale if in a hard water area before replacing. |
| F06 | Motor error — drum rotation problem | Failed motor speed sensor. Failed inverter board. Wiring fault between motor and inverter board. Motor failure. Important: Hisense uses brushless inverter motors with no carbon brushes — brush wear is not a possible cause. | Check drum rotates freely by hand with machine unplugged. Engineer diagnosis required for sensor or inverter board testing. |
| F08 / F09 | Door lock error — machine cannot lock or unlock the door | Failed door interlock. Wiring fault to interlock. Door not fully closed. Obstruction in door seal. | Confirm the door closes fully with nothing in the seal. If correct and the code persists, test the door interlock for continuity. |
| F15 | Outlet dry air error (washer dryer models) | Drying air outlet blocked. Drying fan fault. Drying heater fault. Filter blocked on drying circuit. | Applies only to washer dryer models. Check drying air vents are not blocked. Engineer diagnosis required for drying heater or fan faults. |
The most common Hisense washing machine faults
Blocked pump filter (E2, E3, F03)
Drain faults are the most common cause of error codes on Hisense washing machines, and the underlying cause is almost always a blocked pump filter rather than a failed pump. Coins, buttons, hair grips, and bra underwires accumulate in the filter over time. Cleaning takes five minutes and resolves most drain faults without any parts. Treat it as routine maintenance every few months.
Door interlock failure (E4, F08, F09)
The door interlock is a common wear point on Hisense washing machines, as on most brands. It locks the door during the cycle and releases it when safe — mechanical stress over thousands of cycles eventually leads to failure, typically between five and ten years of regular use. Replacement interlocks for most Hisense models are available, and the repair is practical for a confident DIY user.
Inverter board faults (E6, F06)
Because Hisense washing machines use brushless inverter motors, motor fault codes (E6 motor communication, F06 motor error) typically point to the inverter board or the wiring between the inverter board and the main control board. There are no carbon brushes to check on Hisense machines — looking for them is a common mistake when diagnosing motor codes. Inverter board faults usually require engineer diagnosis. The advantage of brushless motors is that they typically last significantly longer than traditional brush motors before requiring intervention.
NTC thermistor and limescale (E5, F04, F05)
Heating-related codes on Hisense machines typically point to either a failed NTC thermistor, a failed heating element, or limescale on either component. In hard water areas, descaling resolves a surprising proportion of heating fault codes without any component replacement. Both element and thermistor are testable with a multimeter and replaceable as DIY repairs.
What to check before calling an engineer
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Power cycle the machine. Switch off at the wall socket, wait 60 seconds, and switch back on. Many transient codes — particularly communication errors and some inverter board codes — clear on a power reset. If the same code returns consistently, it represents a real fault.
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Clean the pump filter (E2, E3, F03 drain codes). The filter is behind the small access panel at the bottom front of the machine. Place towels and a tray in front before opening. Unscrew anticlockwise, remove all debris, check the pump cavity, and refit firmly. This single check resolves the majority of drain faults.
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Check the door closes correctly (E4, F08, F09 door codes). Open and firmly close the door, ensuring nothing is caught in the seal. If the code persists, test the door interlock for continuity.
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Check the water supply (E1, F01 fill codes). Confirm the tap is fully open, the inlet hose is not kinked, and the inlet filter mesh inside the inlet port is clean.
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Reduce detergent and clear foam (E9, F02 overflow codes). If foam is visible through the door glass, run an empty rinse-and-spin cycle to clear it. Reduce detergent on future washes and use only HE-compatible detergent.
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Descale the machine (E5, F04, F05 heating codes in hard water areas). Run an empty cycle on the hottest programme with a proprietary descaler before testing or replacing the heating element or thermistor. Limescale can produce false readings without any component actually failing.
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Check the pressure switch hose (E7 pressure code). The narrow hose from the drum to the pressure switch should not be blocked, kinked, or disconnected at either end.
Always switch the machine off at the wall socket and unplug it before accessing the pump filter, opening any panels, or inspecting internal components. Never work on electrical components with the machine connected to the mains. See our DIY appliance repair safety guide.
Can I fix a Hisense error code myself?
Straightforward to check or fix yourself
Cleaning the pump filter (E2, E3, F03 drain codes). Checking and cleaning the inlet hose filter (E1, F01 fill codes). Checking the door closes correctly and testing the interlock (E4, F08, F09). Replacing the door interlock on confirmed failure. Power cycling to clear transient codes. Descaling for heating codes in hard water areas (E5, F04, F05). Reducing detergent and clearing foam (E9, F02). Replacing the NTC thermistor or heating element on confirmed failure. Replacing the drain pump on confirmed failure.
Requires an engineer or advanced competence
Inverter board faults (E6, F06). Motor communication errors that persist after power cycling (E6, E8). Pressure switch replacement if hose checks are clear (E7). Drying heater or fan faults on washer dryer models (F15). Any motor fault on the brushless inverter motor — there are no brushes to check or replace. Any fault that persists after all basic checks have been completed.
About Hisense and parts availability
Hisense is a major Chinese white goods manufacturer based in Qingdao, and produces all its washing machines directly rather than rebadging from another manufacturer. The brand has expanded significantly in the UK market over the past decade, with current models offering features including steam wash, quick wash programmes, and brushless inverter motors at competitive price points.
Spare parts for Hisense washing machines are available through Hisense’s own UK service network, through general appliance parts suppliers, and through independent appliance engineers. Common parts including door interlocks, drain pumps, heating elements, NTC thermistors, and pressure switches are widely available. Specialist parts such as inverter control boards are typically sourced through the official Hisense service channel.
Hisense error code pointing to a fault you cannot resolve?
If basic checks have not cleared the fault, a qualified engineer is the right next step. We cover Hisense washing machine repairs nationwide with genuine spare parts available for most models including door interlocks, drain pumps, heating elements, NTC thermistors, and inverter components.
Frequently asked questions about Hisense washing machine error codes
What does E1 mean on a Hisense washing machine?
E1 is a water fill error — the proper water level has not been reached within 20 minutes of the cycle starting. Check that the tap supplying the machine is fully open, the inlet hose is not kinked, and the small mesh filter inside the inlet port at the back of the machine is clean. In cold weather, check the hose has not frozen. If the water supply is correct and E1 persists, the inlet valve solenoid has likely failed and requires replacement.
What does E4 mean on a Hisense washing machine?
E4 indicates a door lock fault — the machine is not detecting the door is properly closed and locked. First confirm the door closes fully with nothing obstructing the seal. If it closes correctly and E4 persists, the door interlock has likely failed and requires replacement. Door interlock replacement is one of the most common Hisense washing machine repairs, and replacement parts are widely available.
What does E6 mean on a Hisense washing machine?
E6 indicates a motor communication fault — the main control board and the inverter board are not communicating with each other correctly. This can be caused by a faulty wiring harness between the two boards, a failed inverter board, a failed main control board, or in rarer cases a failed motor. Switch off at the mains for 60 seconds and restart first — E6 sometimes clears on a power reset if the cause was transient. If it returns consistently, engineer diagnosis is required. Important: Hisense uses brushless inverter motors with no carbon brushes, so brush wear is not a possible cause.
What does F03 mean on a Hisense washing machine?
F03 is a drainage error on newer Hisense models — the machine has been unable to drain water within the expected time. In the vast majority of cases the cause is a blocked pump filter rather than a failed pump. The filter is behind the small access panel at the bottom front of the machine. Cleaning it takes around five minutes and resolves most F03 faults. If the filter is clear and F03 persists, check the drain hose for kinks then test the drain pump motor.
Do Hisense washing machines have carbon brushes?
No. All Hisense washing machines sold in the UK use brushless inverter motors — there are no carbon brushes to wear out or replace. This is important when diagnosing motor fault codes (E6, F06): brush wear is not a possible cause on Hisense machines, unlike older Bosch, Hotpoint, Indesit, or Zanussi machines that use traditional carbon brush motors. Motor codes on Hisense machines typically point to the speed sensor, the inverter board, or the wiring between the inverter board and main control board.
How do I clear an error code on a Hisense washing machine?
Press and hold the START/PAUSE button for approximately 3 seconds to clear the displayed code. For a deeper reset, switch the machine off at the wall socket, wait 60 seconds, and switch back on. Important: clearing the code does not fix the underlying fault. If the same code reappears as soon as you restart the cycle, the fault is genuine and needs to be diagnosed and repaired. Clearing the code is only useful to confirm whether the fault is consistent or transient.
Are Hisense washing machine spare parts available?
Yes. Spare parts for Hisense washing machines are available through Hisense’s own UK service network, through general appliance parts suppliers, and through independent appliance engineers. Common parts including door interlocks, drain pumps, heating elements, NTC thermistors, and pressure switches are widely available. Specialist parts such as inverter control boards are typically sourced through the official Hisense service channel.
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