Fabric Softener not being taken out
If fabric softener is still in the compartment at the end of a cycle, first confirm the cycle completed fully. If it did not complete, the softener issue is a symptom of a different fault. If the cycle did complete normally, the most likely cause is a failed solenoid water valve, a jammed dispenser nozzle, or mould blocking the dispenser housing.
Fabric softener left untouched in the drawer after a completed wash points to one of a small number of causes. Working through them in order quickly identifies which applies.
Step 1: Did the Cycle Complete Properly?
Cycle did NOT complete fullyThe softener may not have been reached because the cycle aborted early. Look for flashing lights, a clicking selector dial, or an error code. The softener fault is a symptom – fix the underlying fault first. See our guide on washing machine stops mid-cycle.
Cycle DID complete fullyThe machine completed all rinses and the final spin, but the softener compartment was not emptied. This is a genuine softener system fault. Continue with this guide.
Step 2: Identify Which System Your Machine Uses
Washing machines use one of two methods to flush fabric conditioner into the drum. Knowing which your machine has determines what to check next.
Separate solenoid valveA dedicated solenoid valve with two wires and a separate hose running to the conditioner compartment. When energised at the correct point in the cycle, it opens to flush water through the conditioner and into the drum. Most common on modern machines.
Movable directional nozzleA lever-operated arm on top of the dispenser housing that redirects water from the single cold inlet valve into the conditioner compartment at the right point in the programme. Found on some older machines.
Possible Causes When the Cycle Completes Normally
Solenoid Valve Machines
Open circuit solenoid (most likely) – The solenoid coil inside the valve has failed. The machine sends the signal to open the valve, but the coil cannot respond. The valve stays closed and no water enters the conditioner compartment.
Broken wiring or connection fault (less common) – Power is being sent by the PCB but a broken wire or loose connector between the board and the valve prevents the signal from reaching the solenoid.
PCB not sending the signal (rare) – The control board itself is not energising the valve at the correct point in the cycle. This would only be diagnosed after ruling out the valve and wiring.
How to Test the Solenoid Valve
Never test or handle solenoid connections with the machine plugged in. See our DIY repair safety guide before starting.
Solenoid valves have very thin, very long wire windings – which means they have a high electrical resistance. A multimeter set to the wrong range may show an open circuit reading on a perfectly working valve, giving a false result.
Disconnect the wiring from all solenoid valves, photograph the connections before removing anything, and test each valve in turn. All valves should give the same resistance reading. If the wash and rinse valves read the same as each other but different from the softener valve, the softener valve is faulty. If all valves show the same result, check your meter is set to the correct high-resistance range.
Directional Nozzle Machines
On machines with a movable nozzle rather than a dedicated valve, the most common fault is the nozzle jamming in the detergent position or the spring that operates the lever mechanism coming free. If the nozzle cannot redirect water into the conditioner compartment, the conditioner is never flushed out.
With the soap drawer removed, inspect the top of the dispenser housing for the lever and nozzle mechanism. Check that the nozzle moves freely and that any spring or return mechanism is intact.
Mould and Blockage in the Dispenser Housing
Build-up of mould, black residue, or gunge in the top of the dispenser housing can block the small nozzles that direct water into the conditioner compartment. Remove the soap drawer completely and inspect the roof of the dispenser housing with a torch. If mould or blockage is present, clean it thoroughly. See our guide on black jelly in the soap drawer for the causes and cleaning method.
A blocked housing is more commonly associated with fabric softener being taken too soon (water spraying sideways into the compartment early) rather than not being taken at all. However, it is worth checking and cleaning regardless, as it can affect the dispenser in either direction depending on exactly where the blockage is.
Diagnostic Checklist
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Confirm the cycle completed fully – all rinses done, final spin complete, no error codes or flashing lights -
Remove and inspect the soap drawer and housing – look for mould, blockage, or residue blocking the conditioner nozzles -
Identify whether your machine has a separate solenoid valve or a nozzle system – check behind the dispenser housing for a small valve with two wires -
Test the solenoid valve for continuity with the machine unplugged – using a multimeter on the correct high-resistance range -
Check the nozzle or lever mechanism if your machine uses one – confirm it moves freely and the spring is in place -
Check wiring connections to the valve – look for loose connectors or visible damage to the wiring between the PCB and the valve
Need a Repair or Replacement Part?
If the solenoid valve has failed or the nozzle mechanism needs replacing, Whitegoods Help can help.
Related Guides
Fabric Softener Taken Out Too SoonThe opposite problem – conditioner released during early rinses and washed away before it can work.
Fabric Softener Compartment Full of WaterWhy the conditioner compartment fills up and does not empty properly after the cycle.
Black Jelly in the Soap DispenserWhat causes black mould and residue in the dispenser, and how to clean it out completely.
How to Remove the Soap Dispenser DrawerStep-by-step guide to removing the drawer for thorough cleaning of the dispenser housing.
Frequently Asked Questions
Why is my fabric softener still in the drawer after the wash?
If the cycle completed fully, the most likely cause is a failed solenoid valve that should flush water through the conditioner compartment but is not opening. Other causes include a jammed directional nozzle on older machines, or mould blocking the dispenser housing nozzles. If the cycle did not complete fully, the softener issue is a symptom of a different underlying fault.
How do I test the fabric softener solenoid valve?
Unplug the machine, disconnect the two wires from the valve, and use a multimeter to test continuity across the terminals. Set the meter to a high resistance range – solenoid coils have very thin windings and high resistance, and a meter on the wrong range may show a false open circuit. Compare the reading to the other inlet valves: all should read similarly. A different reading on the softener valve indicates it has failed.
My machine does not seem to have a separate softener valve – what should I check?
Some machines use a movable nozzle on top of the dispenser housing rather than a dedicated valve. A lever connected to the programme selector redirects water into the conditioner compartment at the correct point. With the drawer removed, inspect the top of the housing for this mechanism – check that it moves freely and that any spring is intact and in position.
Could mould in the drawer cause the softener not to dispense?
Yes, though it is less common than with the early-release fault. Heavy mould or blockage in the nozzles at the top of the dispenser housing can prevent water from being directed into the conditioner compartment. Remove the drawer and inspect the housing with a torch, cleaning any build-up thoroughly.
Washing Machine Tripping or Fusing Electrics
A washing machine tripping an RCD or blowing a fuse has a current leak to earth somewhere in its electrical system. The most common causes are a faulty heater, motor, suppressor, water reaching an electrical component, or a chafed wire shorting against the machine’s metalwork. Observing exactly when the trip occurs narrows down the suspect component significantly.
Properly diagnosing a washing machine that is tripping or fusing electrics requires an insulation test meter – specialist equipment costing £200 to £600 that applies 500V DC to test for insulation faults. An ordinary multimeter cannot detect most of the faults that cause this problem. Unless you have this equipment and the knowledge to use it, this fault needs a qualified engineer. See our DIY repair safety guide and DIY repair warnings before attempting anything.
Even without specialist test equipment, some useful diagnostic work is possible – and knowing which component is most likely responsible helps a qualified engineer fix the fault more quickly.
Most Common Causes
Heating element
One of the most common causes. An element that has developed a break in its insulation will leak current to earth when it heats up, tripping the RCD or blowing the fuse during the heating phase of the wash.
Motor
Motor insulation faults typically cause tripping during or just after the machine starts to turn the drum, and will usually also cause tripping on spin.
Suppressor
The mains interference suppressor is typically the first component powered when the machine is plugged in. A faulty suppressor often causes tripping the instant the plug is inserted or the machine is switched on.
Water on an electrical component
A leak allowing water to reach a live component – from a failed seal, a cracked hose, or water tracking down a wire – can cause immediate or intermittent tripping depending on where the water reaches.
Chafed or bare wire
Wiring whose insulation has been worn through by rubbing against the drum, chassis, or another component can short to earth when the tub moves on spin with a heavy load. This type of fault is often intermittent.
Using Timing to Identify the Suspect Component
Observing exactly when the machine trips is the most useful diagnostic tool available without specialist equipment. Each timing pattern points to a different likely cause.
| When does it trip? | Most likely cause | Notes |
|---|---|---|
| Immediately on plug-in or switch-on | Suppressor | See suppressor and capacitor shock warning – these can retain a charge even when unplugged |
| After filling, as the drum starts turning | Motor | If the motor is the cause, it will typically also trip on the spin cycle |
| Several minutes after filling, once the drum has been turning | Heating element | The fault often only appears once the element reaches temperature. See guide on removing the heater |
| On spin only, especially with large loads | Bare wire shorting against metalwork | Drum movement with heavier loads shakes loose wiring into contact with the chassis. Look for chafed or rubbed-through insulation |
| Intermittently, no consistent pattern | Water tracking to an electrical part, or intermittent wiring fault | Very difficult to diagnose without an insulation test meter. Requires engineer investigation |
Testing Without an Insulation Test Meter
A standard multimeter can detect a direct short to earth but cannot detect the low-level insulation faults that cause most tripping problems. A 3-volt multimeter cannot replicate the conditions under which 230V mains current finds a path to earth through degraded insulation.
What a multimeter CAN find
- A direct short between a component’s live connections and its metal casing or earth tag
- A completely open circuit component
- A visibly broken or disconnected wire
What a multimeter CANNOT find
- Low insulation faults – where mains voltage finds a high-resistance path to earth that 3V cannot replicate
- Faults that only appear at operating temperature
- Intermittent faults that require sustained voltage to reveal themselves
Never test any part or connection with the machine plugged in. Remove the wires from any component before testing it – testing with wires attached can give false readings. A clear continuity test result does not prove a part is good; it only proves there is no direct short at low voltage.
The Risk of Elimination Testing
Disconnecting components one by one to see whether the tripping stops is an unreliable diagnostic method and an expensive one if it leads to replacing the wrong part.
Why process of elimination can mislead
Example: there is a bare wire in the wiring harness to the motor that shorts against the chassis on spin. Disconnecting the motor moves the wire, removing the short. The machine no longer trips. The motor is replaced at significant cost – but the bare wire is still there. The fault returns, and an unnecessary motor has been purchased. Without an insulation test meter, there is no reliable way to confirm which component is actually at fault rather than which component’s disconnection happened to move a wiring fault away from a shorting point.
After the Machine Has Tripped: What to Do
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Do not keep resetting and retrying. If the machine trips again immediately after resetting the RCD or replacing the fuse, there is an active fault. Repeatedly allowing it to trip can cause additional damage to components downstream of the fault. -
Never bypass a fuse. A fuse is protecting the circuit. Bypassing it removes that protection and risks fire, further component damage, or electric shock. -
If it resets and appears to work normally, monitor closely and note exactly when any further trip occurs. This timing information is valuable for the engineer. -
If it resets but something is no longer working (motor, heating, lights), the fault has damaged a component. The machine needs repair before further use. -
If the door won’t open after tripping, the door lock interlock may have been damaged by the electrical fault. See our guide on washing machine door will not open.
Do not buy replacement parts speculatively based on which component seems most likely. Parts should only be replaced once a fault has been confirmed – either by an insulation test meter or by a qualified engineer. An incorrect diagnosis leads to wasted expenditure and the fault remaining.
Time to Call a Qualified Engineer
A competent engineer with an insulation test meter can identify the cause of a tripping fault quickly and reliably. Without one, diagnosis is unreliable and replacement of the wrong part is a real risk.
Related Guides
Electric Shocks or Tingles From a Washing MachineWhat a mild electric shock from a washing machine means and why it must be investigated immediately.
Shock From Appliance When Switched OffWhy suppressors and capacitors can retain dangerous charge even after the machine is unplugged.
Washing Machine Door Will Not OpenCauses of a locked door after a tripped fuse or electrical fault – including damaged door interlocks.
DIY Washing Machine Repair WarningsEight things that should never be done when attempting to repair a washing machine.
Frequently Asked Questions
Why is my washing machine tripping the RCD?
The machine has developed a current leak to earth somewhere in its electrical system. The most common causes are a faulty heating element, a motor with degraded insulation, a failed suppressor, water reaching a live component, or a wire whose insulation has been worn through and is making contact with the machine’s metalwork. Exactly when the trip occurs points to the most likely cause.
Can I diagnose a tripping washing machine with a multimeter?
Partially. A multimeter can detect a direct short between a component’s connections and its casing, which would confirm a complete insulation breakdown. However, most tripping faults are caused by low-level insulation faults that a 3-volt multimeter cannot detect. The 230V mains voltage can find a path to earth through degraded insulation that the multimeter’s low voltage cannot replicate.
What is an insulation test meter and why is it needed?
An insulation test meter applies 500V DC to the appliance or individual components and measures how much current finds its way to earth. This high voltage replicates the conditions under which mains-connected components fail, revealing faults that are invisible at low test voltages. They cost £200 to £600 and are used by professional repair engineers. It is not practical to buy one for a single domestic appliance diagnosis.
My washing machine tripped the fuse and now the door won’t open – what do I do?
The door interlock may have been damaged by the electrical fault, particularly if the trip was caused by a significant short circuit rather than a gradual insulation fault. The interlock can be manually released on most machines – see our guide on washing machine door will not open. Do not attempt to force the door. The machine should not be used again until a qualified engineer has identified and repaired the underlying electrical fault.
Is it safe to keep resetting the RCD and using the machine?
No. If the machine trips again after resetting, there is an active electrical fault that must be repaired before the machine is used again. Repeatedly resetting allows the fault to cause further damage to downstream components and increases the risk of electric shock or fire. The machine should be left unplugged until a qualified engineer has investigated.
Washing machine not heating up water
If the machine is completing cycles normally and laundry is coming out clean, the heater is almost certainly working. Most modern machines display an error code if the heater fails, and the cycle will abort. If you cannot feel heat through the door, this is usually down to insulation in the door glass and the small volume of water modern machines use – not a heater fault.
Not being able to feel heat through the washing machine door is the most common reason people suspect a heating fault – but it is also frequently not a fault at all. Understanding why heat is hard to detect helps separate a genuine heater problem from a normal characteristic of the machine.
Why You Often Cannot Feel the Heat
Insulated door glass
Most modern washing machine doors have an outer plastic cover that insulates the glass. Even when the water inside is hot, little heat transfers to the outer surface of the door.
Less water in the drum
Modern machines use far less water than older ones. The smaller volume means less warm water reaches and splashes against the door glass during the wash cycle.
Heating is brief
The water is only at its maximum temperature for a short period during the wash phase. By the time rinse cycles begin, the water temperature has already dropped significantly.
The heater is almost certainly working. Modern machines abort with an error code if the temperature does not rise within a set time. A machine completing its cycle normally and cleaning effectively has, by definition, heated the water. If laundry is not coming out clean, see our guide on washing not getting clean.
When Is a Genuine Heating Fault More Likely?
A real heater fault is more likely if the machine is producing an error code, aborting mid-cycle, or sticking indefinitely on the wash cycle. On older machines without digital displays or error codes, a failing heater would cause the machine to run the wash cycle for an unusually long time – the thermostat could not sense the temperature it was waiting for.
Modern machine symptoms of heater failureAn error code is displayed and the cycle aborts – the machine has detected that water temperature did not rise within the expected time. See our washing machine error codes guide.
Older machine symptoms of heater failureThe machine runs the wash cycle indefinitely without progressing. The thermostat is waiting for a temperature that never arrives. Other faults can cause this same symptom too.
How to Test the Heating Element
Testing with wires attached gives false readings. Never work on or near the heater with the machine connected to mains.
A heating element is tested with a multimeter set to the resistance (ohms) setting. Check across the two main heater terminals after disconnecting the wiring.
Element is good
A resistance reading of approximately 20 to 50 ohms across the two main terminals. The exact figure varies by element wattage and machine, but a reading in this range indicates a functional element.
Element has failed
An open circuit reading (no continuity) or a very high resistance value indicates the element has failed and needs replacing. Also test between each terminal and the element’s earth tag or metal body – there should be no continuity here. If there is, the element is shorting to earth.
Check the heater wiring and connections before testing the element itself. A broken wire or loose connector on the heater circuit is a much cheaper fix than a replacement element and should be ruled out first. Modern machines often have the heater at the front of the machine – see our guide on how to remove the heating element.
Thermal Overload Cutout (TOC)
If the element tests as functional, the fault may be a thermal overload cutout – a small safety fuse device positioned close to the element, sometimes built into it or pushed inside a small tube on the element body. Like a fuse, it is closed circuit when working and open circuit when tripped.
A TOC trips because the heater reached a dangerously high temperature – typically because it was energised with no water in the machine, or because of a control fault allowing overheating. If one has tripped, find out why before replacing it. Bypassing a safety device removes a critical protection.
Brand-Specific Anomalies: When Heater Faults Don’t Behave as Expected
Most modern washing machines produce a clear error code when the heater fails. However, a number of known exceptions exist where the expected behaviour does not occur.
On certain models, an open circuit heater or a broken connection on the heater circuit can cause the machine to stop completely – lights on, nothing else working – without producing an error code. This apparently contradicts the logic of the fault detection system. The same symptom can also be caused by a faulty door lock, faulty on/off switch, open circuit motor, or PCB fault – so the heater should not be assumed faulty without proper diagnosis.
The instruction manual for these models states: “If there is no detected rising water temperature over any continuous heating period of 10 minutes, the microprocessor will advance to the next part of the program. The user may be unaware that a fault exists unless they use a high-temperature program, in which case the deterioration in wash performance may be noticed.” These machines can complete a cycle apparently normally even with a failed heater.
Certain Zanussi models may fail to heat the water without producing an error code. If heating failure is suspected on a Zanussi, an engineer is needed to diagnose the cause – it could be the element, a sensor, or a connection fault.
A loose wire on the NTC temperature sensor fitted alongside the heater can cause the machine to complete cycles apparently normally without the heater operating – the control board is not receiving temperature readings and may not be activating the heater correctly. If the heater tests as functional and connections look intact, the NTC sensor and its wiring should be checked. See our guide on how to test an NTC thermistor.
On some machines, an element that fails part way through a wash cycle does not trigger an error code – the machine instead sticks at the last minute of the wash, or in some cases advances through the programme as if normal. If the machine consistently takes much longer than usual on the wash cycle or stalls at the same point, a mid-cycle heater fault is worth investigating.
Diagnostic Checklist
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Does the cycle complete in normal time and is laundry coming out clean? If yes, the heater is almost certainly working. -
Is an error code being displayed or the cycle aborting? If yes, look up the code – it will identify whether the heater circuit is implicated. See our error codes guide. -
Check all heater connections and wiring before testing the element itself. A broken wire or loose connector is a cheaper fix than an element replacement. -
Test the heating element with a multimeter across the two main terminals. 20 to 50 ohms indicates a functioning element. Open circuit indicates failure. -
Check the thermal overload cutout if the element tests as good. Look for a small component near or built into the element and test for continuity. -
Test the NTC thermistor and its wiring if all element-related tests pass. A faulty or disconnected NTC can prevent the heater activating without producing a clear error code.
Need a Qualified Engineer?
Heater faults that do not produce clear error codes, or where the element tests as functional, can be difficult to trace without specialist test equipment.
Related Guides
How to Remove the Heating ElementStep-by-step guide to accessing and removing the heater element for testing or replacement.
How to Test an NTC ThermistorHow to test the temperature sensor that controls when and how long the heater runs.
Washing Not Getting CleanIf poor wash results are the concern – not all cleaning failures are caused by heater faults.
Washing Machine Error CodesWhat error codes mean, their limitations, and how to look up codes for specific brands and models.
Frequently Asked Questions
How can I tell if my washing machine heater is actually working?
If the machine completes its wash cycle in the expected time and laundry comes out clean, the heater is almost certainly working. Modern machines abort with an error code if the temperature does not rise. A machine completing cycles normally and cleaning effectively has, by definition, achieved the programmed water temperature.
Why can’t I feel any heat through the washing machine door?
Most modern machines have an insulated outer door cover that prevents heat transferring to the surface. They also use much less water than older machines, so less warm water reaches the door glass. The water is only at maximum temperature for a short part of the cycle. All of these factors make it very difficult to feel heat through the door even when the machine is heating normally.
What resistance should a washing machine heating element measure?
A functioning element typically measures 20 to 50 ohms across its two main terminals, with the wiring disconnected. The exact figure depends on the element’s wattage. An open circuit reading (no continuity) indicates a failed element. There should also be no continuity between either terminal and the element’s earth tag or metal body.
My machine completes the cycle but laundry doesn’t seem clean – is the heater working?
Possibly, but poor cleaning is not always caused by heater failure. Other factors include incorrect detergent dosing, water hardness, overloading, and programme selection. Some Hotpoint models are known to advance through the programme even when the heater has not activated – completing the cycle apparently normally while not actually heating. If heating failure is specifically suspected, the element should be tested.
What is a thermal overload cutout and what does it do?
A thermal overload cutout is a safety fuse built into or mounted near the heater that trips open circuit if the element reaches a dangerously high temperature – typically from being energised without water. It prevents the element from overheating and causing a fire. If one has tripped, it should not simply be replaced without investigating why it tripped in the first place.
Washing Machine is Noisy
The most common cause of a noisy washing machine on spin is worn drum bearings – identified by a constant rumbling during spin that can be heard when the drum is spun by hand. Other causes include foreign objects between the drum and tub, pump obstructions, a recirculation pump fault, or a trapped bra wire. The noise type and when it occurs are the key diagnostic clues.
Some noises are harmless. Others, if left unattended, will cause progressive damage that ends in a write-off. A noise that could have been fixed cheaply becomes an expensive or irreparable fault over time. If you cannot identify the cause, get it checked – ignoring noises is a risk with real consequences.
This is Part 1 of the noisy washing machine guide. It covers the most serious and common noise causes. Part 2 covers squealing, knocking, rattling, clicking, and motor-related noises.
Quick Reference: Noise Type and Likely Cause
| Noise | When | Most likely cause |
|---|---|---|
| Constant rumbling or roaring | Spin, audible when drum spun by hand | Worn drum bearings |
| Loud bang or crash each revolution | Spin, especially with heavy loads | Cracked drum spider, or coin/object loose in tub |
| Grinding or grating | Draining | Object in pump – check filter and impeller |
| Continuous noise even when drum is still | Wash cycle only | Recirculation pump bearing failure |
| Light scraping or ratcheting | Wash and spin | Bra underwire trapped between drum and outer tub |
Rumbling on Spin: Worn Drum Bearings
Worn drum bearings are the single most common cause of a noisy washing machine on spin. The noise is a constant rumble or roar that is present throughout any spin – it does not come and go. It can be confirmed by opening the door and spinning the drum firmly by hand. If you hear the same rumbling noise, the bearings are the prime suspect.
For a more accurate test, remove the drive belt from the motor and spin the drum by hand. Spinning without the belt means you are not turning the motor at the same time, which isolates the drum bearing noise from any motor-related noise. See our guide on what noisy drum bearings sound like for audio examples.
Checking for Excessive Drum Play
Grab the top of the drum through the door (at the top lip, behind the door seal) and try to lift it upward. This reveals how much wear has occurred in the bearings and drum shaft.
Normal
No movement, or just a fraction. The entire tub may move slightly on its springs – this is normal. What should not be present is the drum moving up within the tub.
Bearings worn
The drum lifts visibly and drops back down. This play should be consistent all the way around the drum if bearings are the cause. Play at one specific point only suggests a drum spider fault (see below).
Rust Patch Underneath the Machine
A brown rust stain on the floor beneath the machine, or on the inside of the base plate, is a further sign of bearing failure. There are two small drainage holes at the back of the bearing housing – when the bearing seal fails and water enters the bearing, it trickles out through these holes carrying rust and grease with it. The stain is not always present, but when visible it is a reliable indicator.
Is a Drum Bearing Replacement Worthwhile?
For many years, most washing machines have been built with plastic outer tubs where the bearings are moulded into the tub itself, requiring specialist extraction tools and a full tub replacement rather than a bearing swap. More recently, some models have completely sealed outer casings where the entire heavy tub must be removed to access anything. Before committing to a bearing repair, confirm whether bearings are available and replaceable on your specific model. On many machines, the repair cost exceeds the value of the machine. See our guide on repairing a plastic outer drum.
Banging or Crashing: Drum Spider Fault
The drum spider is the three-armed metal bracket at the back of the drum that connects the drum to its central shaft. If one of the three arms has broken, corroded, or detached from the drum, it causes a pronounced noise – typically a loud bang or crash on each revolution as the loose arm strikes the inside of the outer tub.
This is distinct from bearing noise. Bearing noise is constant throughout the revolution. Spider noise typically occurs at one or more specific points per revolution – where the damaged arm passes a particular position.
To check: lift the drum and check for play at different points around its circumference. Bearing wear causes play all the way around. A broken spider arm causes play or movement at a specific location only – or a loose, clunking sensation at one point as the drum is turned by hand.
Horrendous Noise on Spin: Coin or Object in the Tub
A coin or similar hard object trapped between the inner drum and the outer tub will make a tremendous noise on spin as it is repeatedly struck by the rotating drum. It typically makes little noise during the wash cycle when drum speed is low, but becomes loud on spin.
Most modern washing machines have plastic outer tubs. A hard object being struck repeatedly by the inner drum at spin speed can punch through the plastic tub, destroying the machine entirely. If you suspect an object is trapped in the tub, do not run the machine on spin until it has been retrieved or confirmed to have fallen clear.
Evidence of a past or present obstruction includes dents or creases in the inner drum surface. However, these may indicate a historical obstruction that has since fallen into the sump hose or filter rather than one still present.
To check whether an object is still inside, drain the machine fully, then tilt it from side to side or tip it gently backwards and forwards. A loose object may slide and reveal its presence by sound. Objects sometimes fall through the hole in the base of the inner tub into the sump hose, where they can be retrieved by removing the filter or the sump hose. See our guide on removing something stuck in the drum.
Noise Only When Draining: Pump Obstruction
Buttons, hair grips, bra wires, and small plastic objects can find their way into the pump via the filter. A grinding or grating noise that only occurs when the machine is emptying water is the typical symptom of an obstruction inside the pump chamber striking the rotating impeller.
Check the pump filter first – see our guide on washing machine pump filter. If the filter is clear, the obstruction may be inside the pump body itself. The pump’s own bearings can fail, but this is much less common than an obstruction as the cause of pump noise. See our guide on washing machine pumps for full diagnostic guidance.
Noise Only on Wash (Not Rinse or Spin): Recirculation Pump
Some washing machines have a separate recirculation pump that circulates wash water back into the drum during the wash phase. If a strange continuous noise is present on the wash cycle but disappears on rinse and spin cycles – and crucially is still present even when the drum is stationary – the recirculation pump is the most likely source. Worn bearings in a recirculation pump will cause a persistent hum or grinding that is not related to drum rotation.
Light Scraping or Ratcheting Noise: Bra Underwire
A light continuous scraping, ratcheting, or intermittent clicking that appears when the drum turns is one of the most common noise complaints and is frequently caused by a bra underwire that has worked its way out of the fabric and become trapped between the inner drum and the outer tub.
Unlike the banging of a coin, the underwire is flexible and not usually strong enough to cause serious damage – though it can snag clothing and may eventually work its way into the pump and cause a blockage.
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Check the inner drum surface for a wire poking through one of the drum holes. If visible, it can sometimes be pulled back in from inside the door.
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Check under the machine with the sump hose removed – the wire sometimes ends up in the base of the outer tub and can be retrieved from there.
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Remove the dispenser hose and slowly rotate the drum by hand. If the wire has moved within reach of the dispenser hose opening, it may be retrievable.
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If none of these methods work, the machine may need partial disassembly to retrieve the wire. Leaving it in place is an option if the noise is minor – it is unlikely to cause structural damage, but monitor it.
Need a Qualified Engineer?
Drum bearing replacement, spider arm failure, and objects inside the tub can all be difficult to address without experience. A competent engineer can diagnose and advise quickly.
Related Guides
More Causes of a Noisy Washing Machine – Part 2Squealing, knocking tub weights, rattling, clicking, and motor-related noises – all covered in Part 2.
What Do Noisy Drum Bearings Sound Like?Audio description and guidance on distinguishing drum bearing noise from other causes of rumbling.
Remove Something Stuck in the DrumHow to retrieve coins, objects, and bra wires from inside the machine without full disassembly.
Tapping or Grinding Noise on SpinSpecific guidance for machines that make a tapping or grinding sound specifically on spin cycles.
Frequently Asked Questions
Why is my washing machine so loud on spin?
The most common cause is worn drum bearings – identified by a constant rumbling throughout the spin that is also audible when the drum is spun by hand with the machine empty and unplugged. Other causes include a coin or object trapped between the drum and outer tub (causing intermittent banging), or a cracked drum spider arm (causing a bang or knock at a specific point in each revolution).
How do I know if my washing machine drum bearings have gone?
Open the door and spin the drum firmly by hand. If you hear a constant rumbling or roaring throughout the spin, the bearings are likely worn. Also check for excessive play by grabbing the top of the drum and trying to lift it – worn bearings allow the drum to move up and down. A rust stain on the floor beneath the machine is a further indicator.
Is it dangerous to keep using a noisy washing machine?
It depends on the cause. A coin trapped between the drum and a plastic outer tub is potentially very serious – it can punch through the tub on spin and destroy the machine. Worn bearings left too long can cause the drum shaft to fail completely. A bra wire scraping is less urgent but can cause clothing damage and eventual pump blockage. Any noise of unknown cause should be investigated rather than ignored.
What is a drum spider and how do I know if it has broken?
The drum spider is the three-armed metal bracket at the rear of the inner drum that connects the drum to its central shaft. A broken arm causes a bang or knock at one or more specific points per revolution rather than a constant rumble. Grab the drum and check for play while rotating it – a broken spider shows up as movement or clunking at a specific position rather than uniformly around the drum.
Washing Machine Won’t Start
Always check the power supply before assuming a washing machine fault. A dead socket, tripped circuit breaker, blown plug fuse, or switched-off kitchen isolator are the most common reasons a washing machine appears completely dead – and all can be checked in minutes without any tools. If power is confirmed and the machine is still lifeless, the door lock is the most likely internal cause.
Never test components or connections with the machine plugged in. All electrical diagnosis should be carried out with the machine unplugged using a continuity test meter. See our DIY repair safety guide and DIY repair warnings before starting.
If some lights come on or the machine responds to buttons but will not run a wash programme, the fault is different. See our guide on washing machine won’t fill with water. If the machine fills but immediately drains, see our guide on washing machine fills and drains simultaneously.
Step 1: Check the Power Supply
The most common cause of a completely dead washing machine is not a fault in the machine at all. Work through the power supply checks before opening the machine.
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Is the wall socket switched on? Plug another appliance – a phone charger or lamp – into the same socket to confirm it is live. A socket can appear fine but have failed internally. -
Is there a kitchen isolator switch? Many kitchens have a separate on/off switch for each appliance socket – often labelled and positioned at worktop height or just above. These are easy to switch off accidentally. Check whether your socket is controlled by a separate switch elsewhere in the kitchen. -
Has the circuit breaker tripped? Check the consumer unit for a tripped breaker on the circuit supplying the washing machine socket. If the machine caused the trip, see our guide on washing machine tripping the electrics. -
Has the plug fuse blown? Only relevant if the machine shows no lights at all – if any lights are on, the fuse is fine. Test the fuse with a continuity meter, or try a known working 13A fuse. Never bypass or bridge a fuse. -
Has the machine moved and knocked a switch? Washing machines that move during spin can push a hose or cable against the wall socket switch, turning it off. Check the socket has not been accidentally switched off by the machine shifting position.
Step 2: If Power Is Confirmed – Internal Causes
If the power supply checks out and the machine is still completely lifeless, the fault is inside the machine. The range of possible causes is wide, but the door lock is by far the most common starting point.
Door lock (most common)
The door lock interlock must signal to the control board that the door is properly closed before any programme will begin. A failed lock, a fault in the wiring to the lock, or a door catch that is not engaging the lock mechanism correctly will all prevent the machine from starting. Even if some lights are on, the machine will not operate until the lock signal is received. See our guide on how a washing machine door lock works.
On/off switch
A faulty on/off switch is less common than a door lock fault but produces the same symptom – a completely unresponsive machine. A continuity test on the switch with the machine unplugged confirms whether it is functioning correctly.
Main control PCB
A failed control board can cause complete non-response. PCB faults should only be diagnosed after the door lock, wiring, and switch have been confirmed as good – it is an expensive component and should not be replaced speculatively.
Wiring fault
A broken wire or disconnected connector anywhere in the circuit between the mains supply and the control board can cause complete failure. A visual inspection for obviously disconnected or damaged wiring is worth carrying out before more complex diagnosis.
On certain models from these brands, an open circuit heating element or motor can cause the entire machine to stop functioning – with only the indicator lights remaining active. This is the opposite of what would normally be expected. If the machine has indicator lights but no other response, and the door lock and wiring have been checked, the heater and motor should also be tested for continuity even though this seems counterintuitive.
With so many possible causes, replacing components based on guesswork is expensive and unreliable. Each component should be tested and confirmed faulty before replacement. A continuity test meter is the minimum equipment needed for accurate diagnosis.
Need a Qualified Engineer?
If the power supply checks out and the fault is internal, a qualified engineer with a test meter can usually trace this type of fault quickly.
Related Guides
How a Washing Machine Door Lock WorksHow the door interlock mechanism operates and how to diagnose a door lock fault.
Washing Machine Door Will Not OpenWhy the door can remain locked after a cycle ends and how to safely release it.
Washing Machine Tripping the ElectricsIf the machine caused a circuit breaker to trip or a fuse to blow before going dead.
All Washing Machine Repair GuidesThe full library of fault guides covering all common washing machine problems and symptoms.
Frequently Asked Questions
My washing machine is completely dead – where do I start?
Start with the power supply. Plug another appliance into the same socket to confirm it is live. Check that any kitchen isolator switch for the socket has not been turned off. Check the consumer unit for a tripped circuit breaker. Test the fuse in the plug. These checks take minutes and resolve many apparent machine faults without any repair work.
Some lights come on but the machine won’t do anything – what does that mean?
If any lights are on, the power supply and plug fuse are working. The most likely cause is a door lock fault – the machine cannot confirm the door is properly closed and will not start any programme. The fault could also be in the wiring to the door lock, the door catch mechanism, the on/off switch, or – less commonly – on Indesit and Hotpoint models, an open circuit heater or motor.
Could a faulty door lock really stop the whole machine from working?
Yes. The door lock interlock is a safety device that the control board depends on before allowing any programme to run. The board must receive a signal confirming the door is closed and locked before it will do anything. A failed lock, a wiring fault on the lock circuit, or a door that is not properly engaging the lock mechanism all prevent this signal from being sent.
Is it worth replacing parts to try to fix a dead washing machine?
Only if the faulty part has been confirmed by testing. Replacing parts speculatively is expensive and unreliable – with a door lock, PCB, on/off switch, and wiring all possible causes, the chance of replacing the right part by guessing is low. A continuity test meter and the knowledge to use it – or a qualified engineer – is the most cost-effective route to a correct diagnosis.
Washing Machine Door Hinge Broken
A broken washing machine door hinge is straightforward to replace – the hinge is usually held by two screws or bolts and can be swapped without specialist tools. The main risk is losing a backing plate or nut inside the machine when the screws are undone. Remove the lid first and check what is behind the hinge before unscrewing anything.
Unplug the machine before removing the lid, door seal, or any fixings. See our DIY repair safety guide before beginning.
Door hinges that break were almost unheard of on older machines. Lower-quality materials in modern appliances have made hinge failure increasingly common. The repair itself is not complicated, but a few specific risks are worth understanding before starting.
How to Replace a Washing Machine Door Hinge
Most door hinges are secured to the machine’s front casing with two fixings – typically large self-tapping screws, bolts, or in some cases rivets. Some hinges hang on lugs or hooks moulded into the casing, with the screws serving only as additional securing.
Many hinges have a loose backing plate, washer, or nut behind the casing that the screws thread into. When the screws are removed, this backing piece can fall into the machine’s chassis – where it is very difficult to retrieve. Always check what is behind the hinge before undoing anything.
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Unplug the machine from the mains. Do not begin any disassembly with the machine connected to power.
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Remove the lid. Most lids are secured by two screws at the back and slide off. With the lid off, look down through the top of the machine to see the rear of the hinge fixing point. If you can see and reach the backing plate, hold it in place while undoing the screws.
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Try peeling back the door seal for easier access to the hinge area. The seal is usually held to the front of the machine by a spring or plastic retaining band. It does not need to be fully removed – peeling it back a short way around the hinge area gives good access to the back of the fixings.
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Undo the fixings carefully while holding or supporting any loose backing piece. If you can catch the backing plate as the last screw comes out, you avoid the most common problem with this job.
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Fit the new hinge in reverse order. Refit the door seal retaining band if removed, and confirm the door opens and closes smoothly before running any cycle.
If Something Has Dropped Inside the Machine
If a fixing, backing plate, or nut has fallen inside the machine during the repair, it needs to be retrieved before the machine is used again. A loose metal component inside a washing machine can cause serious damage to the drum, tub, or pump if it enters the wash cycle.
Try the following methods in order of how invasive they are, stopping as soon as the part is retrieved.
Check the floor first. Pull the machine forward slightly and look underneath – the part may have fallen through and onto the floor rather than landing inside the machine.
Tilt the machine back. With the machine unplugged and hoses disconnected, carefully tilt it backwards against a wall or worktop with a second person holding it. Try to reach under and inside from below with a torch. Washing machines are very heavy – do not attempt this alone and do not let the machine fall.
Peel back the door seal further. Remove the retaining band completely and peel the door seal away from the front of the machine. This opens up access to the area immediately inside the front panel where parts often fall.
Lay the machine on its front. Disconnect both hoses, move the machine clear of the wall, and lay it face-down on a blanket or cardboard. This gives direct access to the underside and any chassis channels where the part may have come to rest.
Remove the front panel. As a last resort, remove the door seal and kick-strip, then undo the screws securing the front panel. The panel removal process varies by model – check for hidden screws behind the soap drawer or under the door seal. With the front panel off, the interior is fully accessible.
Use a torch and a telescopic magnetic pickup tool where possible – most backing plates and fixing hardware are steel and can be retrieved magnetically without having to reach in directly.
Need a Replacement Part or a Qualified Engineer?
Related Guides
Can a Washing Machine Door Be Hinged on the Right?Whether washing machine doors can be reversed and what to do if the current hinge position does not suit your kitchen layout.
Washing Machine Door Will Not OpenCauses of a stuck or locked washing machine door and how to safely release it.
How a Washing Machine Door Lock WorksHow the door interlock mechanism functions and how to diagnose a door lock fault.
Washing Machine Door Glass DangerSafety information about washing machine door glass – including exploding glass incidents.
Frequently Asked Questions
How do I replace a broken washing machine door hinge?
Unplug the machine, remove the lid, and check what is behind the hinge fixing before undoing any screws. Most hinges are held by two fixings. If there is a loose backing plate behind the casing, hold it while removing the last screw to prevent it dropping inside the machine. Peeling the door seal back slightly gives easier access to the rear of the fixings.
Something dropped inside the machine when I was removing the hinge – what do I do?
Do not use the machine until the part has been retrieved – a loose metal component inside can seriously damage the drum, tub, or pump. Try tilting the machine back to access the underside, then peeling back the door seal for access inside the front panel area, then laying the machine on its front for direct access from below. A magnetic pickup tool is useful for retrieving steel hardware without having to reach in blindly.
Do I need to remove the door seal to replace the hinge?
Not always – but peeling it back a short way around the hinge area makes it much easier to see and catch any backing plate or nut behind the casing. The seal does not need to be fully removed; just loosen the retaining band in the hinge area and pull the seal back enough to see what you are working with.
Why do washing machine door hinges break when they never used to?
Lower-quality materials in modern appliances – particularly lighter plastic and thinner metal components – have made hinge failure more common than it was in previous decades. Hinges on older machines were typically made from heavier-gauge metal and rarely failed. Many modern machines also have doors that are proportionally heavier relative to the hinge specification.