Single-Run Capacitor
A single capacitor with one capacitance value and two terminals. Used on older top-loaders and some basic front-loaders.
- How to identify
- One number printed on the body — e.g.
12µF 400VAC - Matching
- Single value must match exactly
Washing Machine Capacitor — Genuine Replacement, Correctly Matched & Professionally Installed
The capacitor gives your washer's motor the starting torque it needs to spin. When it fails, the motor hums but the drum won't turn — or the washer won't start at all. and install them safely.
Free inspection Calls answered 24/7 Independent repair service
Part of our complete washing machine parts guide
Specification matching
Capacitor Quick Specs — What You Need to Match
Unlike most washer parts, a capacitor cannot be substituted loosely. and in dual-run capacitors, both capacitance values.
| Specification | What to Check | Why It Matters |
|---|---|---|
| Capacitance (µF) | e.g. 10µF 12µF 16µF 25µF | Must match the motor's requirement exactly. or burn out. |
| Voltage (VAC) | commonly 400VAC or 450VAC for washing machines | Must be equal to or higher than the original. it will fail rapidly and may rupture. |
| Type | Single-run, dual-run, or start capacitor | Dual-run capacitors (two capacitance values in one can) are common in modern washers. Both values must match. |
| Terminal Config | Number and layout of spade terminals — typically 2, 3, or 4 | Must match the wiring harness. Incorrect terminals require adapters or rewiring — a technician job. |
| Size & Mounting | Body diameter and length; mounting bracket or clamp type | Must physically fit the mounting location inside the washer. |
| — | Typically 85°C or 105°C rated | In Saudi laundry rooms, ambient heat pushes capacitors toward their thermal limit. |
| Tolerance | Usually ±5% or ±10% | ±5% is preferred for precision matching. Wider tolerance may be acceptable on some motors. |
How to read your old capacitor
Before ordering a replacement, take a clear photo of your existing capacitor showing all printed markings. The microfarad (µF) value is the most critical number. If your capacitor is dual-run, it will show two values (e.g. 12 + 5 µF). Both must match exactly.
Is It Actually the Capacitor?
A failed capacitor and a failed motor produce similar symptoms — the motor hums but the drum doesn't turn. Use this table to narrow it down before ordering a part.
| Symptom | Capacitor Likely? | Other Possible Causes | How to Confirm |
|---|---|---|---|
| Motor hums but drum doesn't turn | ✓ Very likely | Seized drum bearings, broken belt, jammed pump | If drum turns freely by hand but motor only hums — capacitor is the prime suspect |
| Washer won't start spin cycle | ✓ Likely | Door lock fault, control board fault, timer fault | If motor hums briefly then stops — capacitor |
| Drum turns very weakly / slow spin | ✓ Likely | Worn belt, overloaded drum, weak motor windings | If drum turns by hand easily but spins weakly under power — capacitor |
| Motor tries to start, then trips thermal overload | ✓ Very likely | Motor winding failure, control board | Motor draws high current and heats up — classic capacitor symptom |
| Washer trips the breaker when spin starts | ⚠ Possible | Motor short, wiring fault, control board | Stop using the washer — electrical hazard. Technician diagnosis required. |
| Motor completely dead, no hum | ✗ Unlikely | Control board, timer, wiring, thermal fuse | Capacitor failure usually still allows a hum. |
| Grinding or roaring noise during spin | ✗ Unlikely | Worn drum bearings, foreign object | Capacitor failure doesn't produce grinding — bearings do |
| Burning smell during spin | ⚠ Possible | Belt slipping, motor overheating, wiring | Unplug immediately. If capacitor is bulging or leaking, it has failed and may be a fire risk |
| Washer stops mid-cycle with no error code | ⚠ Possible | Drain blockage, control board, motor overheating | If motor was struggling before the stop — capacitor |
| Motor runs but drum doesn't move (belt intact) | ✗ Unlikely | Motor coupler (direct-drive), clutch, transmission | Capacitor affects starting, not coupling |
| Washer works intermittently — sometimes starts, sometimes doesn't | ✓ Likely | Wiring fault, control board | Intermittent starting is a classic sign of a capacitor losing capacitance |
Critical distinction
If the drum rotates freely by hand but the motor only hums when powered — and the belt is intact — the capacitor is the most likely cause. If the drum does not rotate freely by hand, the problem is mechanical (bearings, foreign object) and a capacitor will not fix it.
What Does the Capacitor Do in a Washing Machine?
A washing machine's motor is typically a single-phase AC induction motor. Single-phase power alone cannot produce a rotating magnetic field. The capacitor solves this by creating a phase shift in one of the motor's windings, producing the rotating magnetic field the motor needs to start and run.
Think of it as the electrical equivalent of a push-start: the capacitor gives the motor the initial momentum it needs to begin rotating. Once the motor is running, the capacitor continues to help maintain smooth, efficient rotation.
Two functions in one component:
- ✓ Start torque: Provides the extra torque needed to overcome the drum's inertia, the weight of wet clothes, and the resistance of the water — especially at the beginning of the spin cycle.
- ✓ Run stability: Helps the motor maintain consistent speed and reduces vibration and current draw during operation.
Why capacitors fail
Capacitors contain a thin dielectric film and an electrolyte. Over time — and under heat — the electrolyte dries out, the dielectric film degrades, and the capacitance value drops. When capacitance drops far enough, the motor can no longer start reliably. Less commonly, the capacitor fails short-circuit (internal breakdown) or ruptures physically, producing the characteristic bulging or leaking appearance.
Lifespan
A genuine washing machine capacitor typically lasts 5–10 years under normal conditions. In Saudi Arabia's Dammam, Al Khobar and Dhahran, that range is often shorter — see the local prevention notes below.
Which Type of Capacitor Does Your Washer Use?
Three common types — each with different terminals and matching requirements.
Dual-Run Capacitor
Two capacitors in one can, with separate terminals for each. The larger value runs the motor; the smaller runs a secondary function. Common in modern front-loaders and washer-dryer combos.
- How to identify
- Two numbers on the body — e.g.
16 + 6 µF,with three or four terminals - Matching
- Both values must match exactly. Do not substitute with two separate single-run capacitors unless a technician advises it.
Start Capacitor
A capacitor used only during motor startup, then switched out of the circuit by a centrifugal switch or relay. Less common in modern washers.
- How to identify
- Typically larger and physically cylindrical; wiring includes a switching mechanism
- Matching
- Must match capacitance and voltage; the switching mechanism must also be functional
Not sure which type you have? Send us a photo.
Signs Your Capacitor Is Failing
Eight distinct symptoms — from the classic hum-without-spin to subtle early indicators.
The motor hums but the drum doesn't turn
The classic capacitor symptom. The motor receives power, and the hum tells you the winding is energised — but without the phase shift the capacitor provides, no rotating magnetic field is created, so the drum stays still. If you leave the washer in this state, the motor will overheat and the thermal protector will cut power.
The washer struggles to start the spin cycle
The drum may begin to turn slowly and then pick up speed — or it may try several times before starting. This indicates the capacitor has lost capacitance but is not completely dead. It will fail completely soon.
The motor heats up quickly and trips the thermal protector
A weak capacitor forces the motor to draw higher current to compensate, which generates excess heat. The motor's thermal overload protector shuts it down — the washer stops mid-cycle, then works again after cooling.
The washer trips the circuit breaker when spin begins
This is a serious symptom. If the capacitor has failed short-circuit, it can cause a high current surge that trips the breaker. this is an electrical hazard.
Intermittent starting — works sometimes, fails other times
As capacitance drops, the motor may start when conditions are favourable (light load, cool motor) and fail when they are not (heavy load, warm motor). Intermittent starting is often the earliest sign of capacitor degradation.
A bulging, swollen, or leaking capacitor body
Physical deformation is a definitive sign of failure. A bulging capacitor has overheated internally; a leaking one has lost electrolyte. Never attempt to use a bulging or leaking capacitor — it can rupture and is a fire risk.
A burning smell during spin
If the capacitor is overheating or arcing internally, you may smell burning. Unplug the washer immediately and do not use it until the capacitor has been inspected and replaced.
Visible burn marks or discolouration on the capacitor terminals
Arcing at the terminals leaves blackening or pitting. This indicates a failing connection, a failing capacitor, or both. Both should be addressed.
Discharging a Washing Machine Capacitor
This is the most important section on this page. A capacitor can kill you after the power is off.
Read this before touching any capacitor
A washing machine capacitor can hold a lethal charge for hours or even days after the washer is unplugged. Touching the terminals — even briefly — can cause severe injury or death.
Never handle a capacitor without discharging it first, and never assume it is safe because the washer is unplugged.
1
Unplug the washer and turn off the water
Do not rely on the power switch. Remove the plug from the wall socket. Turn off the water supply valve.
2
Wait at least 10 minutes
This allows some natural discharge to occur — but it does not make the capacitor safe. Many capacitors retain most of their charge for far longer.
3
Access the capacitor
On most washers, the capacitor is located near the motor — either beneath the drum, behind the rear panel, or inside the cabinet. Consult your model's service manual. Do not force panels open.
4
Discharge using a proper discharge resistor
The correct method is to bridge the capacitor terminals with a discharge resistor (typically 20kΩ, 5W) held with insulated tools. Hold the resistor across the terminals for 10–20 seconds.
5
Alternative — insulated screwdriver method
If a discharge resistor is not available, an insulated screwdriver can be used to bridge the terminals — but only while wearing properly rated insulated gloves and eye protection. A small spark is normal. This method is less safe than a resistor and should only be used by experienced individuals.
6
Verify discharge
After discharging, use a multimeter on DC voltage setting to confirm the capacitor reads near 0V. If it reads any voltage, repeat the discharge procedure and verify again before touching the terminals.
7
Disconnect the terminals
Only after verified discharge, disconnect the spade terminals — noting their positions with a photo before removal.
Why we include this warning so prominently
Capacitor injuries are entirely preventable, and they are among the most serious electrical injuries a homeowner can sustain. We would rather a customer decide to book a technician after reading this section than attempt the replacement and be injured. If you are not confident with electrical safety procedures, this is a part best left to a professional.
How to Test a Washing Machine Capacitor
⚠️ Testing requires the same safety precautions as replacement. Discharge the capacitor fully before testing.
Multimeter with Capacitance Setting
- Discharge the capacitor (see safety section above).
- Disconnect the terminals.
- Set the multimeter to capacitance mode (µF).
- Connect the probes to the capacitor terminals (observe polarity if marked).
- Read the value.
Interpretation
- Reading within ±10% of rated value → capacitor is likely functional
- Reading below rated value by more than 10% → degraded, replace it
- Reading near zero → failed open or shorted
- Reading "OL" or no reading → failed open, or meter range too low
Analog Multimeter (Charge/Discharge)
- Discharge the capacitor.
- Set the analog meter to a high resistance range (e.g. ×1k or ×10k).
- Connect the probes — the needle should jump toward zero, then slowly climb back toward infinity as the capacitor charges.
- Reverse the probes — the needle should jump again.
Interpretation
- Needle jumps and climbs → charging correctly
- Needle jumps and stays at zero → shorted
- Needle does not move at all → open
Method 3 — Visual inspection (always do this first)
- Bulging or swelling of the body
- Leaking electrolyte (oily residue or staining)
- Burn marks or discolouration at the terminals
- Cracked or split casing
Any of these signs means the capacitor has failed. Do not test further — replace it.
Note on testing accuracy — heat-related failure
A capacitor can test within spec when cold and fail when hot — a common failure mode in washers that run for extended periods. If your capacitor tests fine but the motor still fails to start after running for 10–15 minutes, the capacitor may be failing under heat. This requires a technician's diagnosis.
Replacing a Washing Machine Capacitor
Capacitor replacement is a moderate-difficulty repair that takes a technician roughly 20–30 minutes. For an experienced DIYer with a multimeter, insulated tools, and a clear understanding of electrical safety, it is achievable. For most homeowners, however, the combination of lethal stored charge, the need for exact specification matching, and the risk of damaging the motor if fitted incorrectly makes professional installation the safer and often more economical choice.
⚠️ Before you begin:
- • Discharge the capacitor fully (see safety section) and verify with a multimeter
- • Work on a dry surface, with dry hands, and wear insulated gloves
- • Photograph all wiring before disconnecting anything
1
Isolate Power and Water 2 min
Unplug the washer from the wall. Turn off the water supply valve.
2
Access the Capacitor 5–15 min
Locate the capacitor near the motor. Depending on your model, this may require: removing the rear access panel, removing the front lower panel, tipping the washer back (with help) to access the underside, or removing the cabinet on some top-loaders. Consult your model's service manual. Do not force panels.
3
Photograph the Wiring 1 min
Take clear photos of the capacitor's terminal connections before disconnecting anything. Note which wire connects to which terminal — particularly on dual-run capacitors, where incorrect wiring can destroy the motor.
4
Discharge the Capacitor 3 min
Follow the full discharge procedure. Verify with a multimeter before proceeding.
5
Disconnect the Terminals 2 min
Pull the spade terminals off gently — do not pull on the wires. If terminals are tight, use long-nose pliers with insulated handles.
6
Remove the Capacitor 2 min
Release the mounting clamp or bracket. Note the orientation for reinstallation.
7
Install the New Capacitor 2 min
Fit the new capacitor in the same orientation. Secure the mounting clamp.
8
Reconnect the Terminals 2 min
Reconnect according to your photographs. Double-check on dual-run capacitors — incorrect connection damages the motor.
9
Visual Verification 1 min
Confirm all connections are tight, no wires are pinched, and the capacitor is securely mounted.
10
Test 10 min
Restore power and water. Run a Spin Only cycle first — this tests the capacitor under load without involving the full wash sequence. Listen for smooth motor starting and check for unusual noise or vibration. If the motor starts and spins smoothly, run a full cycle to confirm.
If the motor still hums without turning after replacing the capacitor
The fault is not the capacitor. Possible causes include motor winding failure, a broken belt, seized bearings, a control board fault, or a timer fault. Stop and call a technician — do not keep replacing parts.
When to Call a Professional
Call a technician if any of these apply to your situation.
- You are not confident discharging a capacitor safely — this is the most important reason
- The capacitor is located in a position requiring extensive disassembly (behind the drum, inside a sealed cabinet)
- You have replaced the capacitor and the motor still won't start
- The capacitor shows signs of burning, arcing, or ruptured casing — indicating a deeper electrical fault
- The washer trips the breaker during spin (electrical hazard
- The washer is a washer-dryer combo with complex wiring
Why it matters
The capacitor is the only part in a washing machine that can kill you after the power is off. That single fact changes the risk calculation entirely. Beyond safety, the second risk is specification error — fitting the wrong µF value will either prevent the motor from starting or slowly destroy it. And if the capacitor wasn't the actual fault (a scenario we see regularly), you'll have replaced a perfectly good part while the real problem — a seized bearing, a broken belt, or a failing control board — continues to damage the washer.
A professional technician:
- Diagnoses the actual fault before replacing anything
- Matches the capacitor to the motor exactly
- Discharges and installs safely
- Tests the motor under load after installation
- Provides on the part and the labour
Genuine vs. Counterfeit Capacitors — Why It Matters More Than Any Other Part
Counterfeit capacitors are the most common counterfeit part in the Saudi appliance market — and the most dangerous. They are frequently sold in informal parts markets at 40–70% below genuine prices, and they look almost identical to Suitable parts externally. Internally, they are a different story.
| Risk | Explanation |
|---|---|
| Underrated capacitance | Many counterfeit capacitors are marked with a higher µF value than they actually contain. A capacitor marked "16µF" that actually measures 8µF will cause the motor to fail to start or run hot. |
| Underrated voltage | Counterfeit capacitors often use a lower-voltage dielectric than marked. Under 220V continuous load in a hot laundry room, they fail rapidly — sometimes within weeks. |
| Inferior electrolyte | Low-grade electrolyte dries out quickly, dramatically shortening lifespan. A counterfeit "16µF 450VAC" capacitor may fail within 3–6 months. |
| Rupture risk | Poor internal construction can cause the capacitor to rupture under load, spraying electrolyte and potentially causing a fire. |
| No quality control | Genuine capacitors undergo batch testing; counterfeit units are often untested. Failure rates are unpredictable. |
How to verify a genuine capacitor — 6 checks
Before accepting a capacitor from any supplier — including us — run these checks.
1
Weight
Genuine capacitors are noticeably heavier for their size. Counterfeit units use thinner internal foils and lighter casing.
2
Marking quality
Genuine markings are crisp, permanent, and consistent. Counterfeit markings are often smudged, faded, or misaligned.
3
Brand
Genuine capacitors typically carry a recognised manufacturer name — e.g. Ducati Energia, ICAR, Epcos, or the washer manufacturer's own branding. Unbranded capacitors should be treated with suspicion.
4
Terminal construction
Genuine terminals are firmly riveted or welded. Counterfeit terminals are often loosely attached and can work loose under vibration.
5
Packaging
Genuine capacitors arrive in branded packaging with a part number. Counterfeit capacitors arrive in plain bags or unbranded boxes.
6
Price
Genuine capacitors have a stable market price.
What we do differently
- We source capacitors only from trusted suppliers.
- We show you the capacitor's markings and packaging before installation.
- We give you the old capacitor back.
- We provide on the part and the labour.
- We do not install customer-supplied counterfeit parts — for your safety and ours.
How to Extend Your Capacitor's Life
Heat is the capacitor's primary enemy. Most of these habits cost nothing and take seconds.
| Frequency | Task |
|---|---|
| Monthly | Clean the drain filter — a struggling motor stresses the capacitor |
| Monthly | Do not overload the drum — heavy loads draw higher starting current |
| Every 3 months | Ensure the laundry area is ventilated — heat is the capacitor's primary enemy |
| Every 6 months | Descale the washer — hard water forces longer motor run times |
| Every 6 months | Inspect the laundry area's ambient temperature |
| Always | Use a surge protector rated for appliances |
| Always | Avoid running consecutive long cycles without letting the motor cool |
| Always | Listen for changes in motor sound — early detection prevents failure |
Saudi-specific note
Heat is the single biggest factor in capacitor lifespan. A capacitor rated for 8,000 hours at 85°C may last half that at 95°C. In Saudi Arabia's Dammam, Al Khobar and Dhahran, laundry rooms can reach 40–45°C ambient in summer — and the temperature inside the washer cabinet, near the motor, can be significantly higher. Combined with voltage fluctuations and the extended motor run times caused by hard water, this is why capacitors fail earlier in Saudi Arabia than the manufacturer's rated lifespan suggests. Ensuring ventilation and avoiding back-to-back long cycles genuinely extends capacitor life.
Capacitor Notes by Brand
Not every washer uses a conventional capacitor. Confirm your drive type before ordering.
LG Check drive type first
LG front-loaders with direct-drive motors do not use a conventional start capacitor on many models — the inverter board controls motor starting electronically. If you have a direct-drive LG and the motor hums without turning, the fault is more likely the control board or hall sensor than a capacitor. Belt-drive LG models do use capacitors. Confirm your model's drive type before ordering.
Samsung Dual-run common Counterfeit risk
Samsung washers typically use a dual-run capacitor on belt-drive models. The capacitor is often located near the motor at the rear or beneath the drum. Samsung capacitors are commonly counterfeited — insist on Suitable parts. Samsung washers are also sensitive to voltage fluctuations, which stresses the capacitor; a surge protector is strongly recommended.
Bosch Longer life
Bosch washers use high-quality capacitors that typically last longer than average — 8–. When they do fail, the symptom is usually the motor humming without starting. Bosch capacitor replacement requires rear panel access on most models. Genuine Bosch capacitors carry clear part numbers — verify before purchase.
Whirlpool / Maytag Check drive type first
Whirlpool and Maytag direct-drive top-loaders do not use a start capacitor — the motor is designed for direct starting. If your direct-drive Whirlpool won't spin, check the motor coupler first. Belt-drive Whirlpool models do use capacitors. Confirm your model's drive type.
Daewoo Faster failure locally
Daewoo washers are extremely common in Saudi Arabia and typically use a dual-run capacitor. In Dammam, Al Khobar and Dhahran's hard water and heat, Daewoo capacitors often fail between 4–7 years — shorter than the brand's rated life. The combination of longer motor run times (from limescale-clogged systems) and high laundry room temperatures accelerates degradation.
Toshiba Counterfeit risk
Toshiba washers typically use a single-run or dual-run capacitor depending on model. Toshiba capacitors are moderately counterfeited in informal markets — verify the µF markings carefully. If the motor hums but won't start, test the capacitor before assuming motor failure.
Beko Heat-sensitive
Beko washers use capacitors on belt-drive models. Beko capacitors are generally reliable but can fail faster in high ambient heat. If the motor hums without starting, test the capacitor first.
Ariston Higher failure rate
Ariston washers have a notably higher-than-average capacitor failure rate — this is a known pattern in the brand's belt-drive models. If your Ariston motor hums without starting, the capacitor should be the first suspect.
Hitachi Voltage-sensitive
Hitachi washers use capacitors on belt-drive models. Hitachi capacitors are generally reliable; when failure occurs, it is more often related to voltage fluctuations than to age. A surge protector is recommended.
Midea Heat-sensitive
Midea washers commonly use dual-run capacitors. Midea capacitors can fail faster than average in high-heat conditions. Ensure the laundry area is ventilated.
Panasonic Voltage-sensitive
Panasonic washers use capacitors on belt-drive models. Panasonic capacitors are generally reliable but respond poorly to voltage fluctuations.
Frigidaire Age-related
Frigidaire washers typically use a dual-run capacitor on front-load models. Frigidaire capacitors are moderately reliable; failure is usually age-related.
Book a capacitor replacement
Washer Humming But Not Spinning? It's Likely the Capacitor — Call Now.
Tell us the symptom or send us a photo of your old capacitor on WhatsApp. and complete the replacement safely.
- Home visits by appointment available
- Genuine OEM capacitors only
Call us 24/7
0544006384
Washing Machine Capacitor FAQs
How do I know if my washing machine capacitor is faulty?
The most reliable sign is: the motor hums but the drum doesn't turn, while the drum rotates freely by hand and the belt is intact. Other signs include weak or slow spin, intermittent starting, the motor overheating and tripping its thermal protector, or a bulging/leaking capacitor body. To confirm, discharge the capacitor safely and test it with a multimeter — a reading more than 10% below the rated µF value means it has failed.
My washing machine hums but won't spin — is it the capacitor?
Very likely, yes — provided the drum rotates freely by hand and the drive belt is intact. The hum tells you the motor winding is energised, but without the phase shift the capacitor provides, no rotating magnetic field is created, so the drum stays still. If the drum does not rotate freely by hand, the problem is mechanical (bearings, foreign object), and a capacitor won't fix it. See our full not-spinning guide.
What is the difference between a start capacitor and a run capacitor?
A start capacitor is used only during motor startup and is switched out of the circuit by a centrifugal switch or relay once the motor reaches speed. A run capacitor stays in the circuit continuously, helping the motor maintain smooth rotation and efficient current draw. Many modern washing machines use a dual-run capacitor — two capacitors in one can, with separate terminals for the start and run functions.
How do I discharge a washing machine capacitor safely?
Unplug the washer and turn off the water. Wait at least 10 minutes. Access the capacitor. Bridge the capacitor terminals with a discharge resistor (20kΩ, 5W) held with insulated tools for 10–20 seconds. Verify with a multimeter on DC voltage — it must read near 0V before you touch the terminals. Never rely on the power switch, and never assume the capacitor is safe because the washer is unplugged — it can hold a lethal charge for hours or days. See the full safety procedure.
How long does a washing machine capacitor last?
A genuine capacitor typically lasts 5–10 years under normal conditions. In Saudi Arabia's Dammam, Al Khobar and Dhahran, that range is often shorter (4–7 years) because of high ambient temperatures in laundry rooms, voltage fluctuations, and extended motor run times caused by hard water. Choosing the 105°C-rated capacitor where available, using a surge protector, and keeping the laundry area ventilated all extend lifespan.
Why do capacitors fail faster in Saudi Arabia?
Three reasons. (1) Heat: laundry rooms in Dammam, Al Khobar and Dhahran reach 40–45°C in summer, and the temperature inside the washer cabinet near the motor can be significantly higher. A capacitor rated for 8,000 hours at 85°C may last half that at 95°C. (2) Voltage fluctuations: unstable mains supply stresses the capacitor's dielectric. (3) Hard water: limescale buildup forces the motor to run longer and harder, drawing more current through the capacitor. Together, these factors shorten capacitor life below the manufacturer's rated specification.
How much does a washing machine capacitor cost in Saudi Arabia?
Prices vary by brand — LG and Samsung capacitors are generally at the lower end, Bosch and premium brands at the higher end.
Can a bad capacitor damage the motor?
Yes. A weak capacitor forces the motor to draw higher current to compensate for the loss of starting torque. This generates excess heat, which degrades the motor windings. If the capacitor fails completely, the motor may be unable to start at all, and if left powered in that state, the windings will overheat and eventually burn out. Replacing a failing capacitor promptly prevents the much more expensive motor replacement.
Is it worth replacing a capacitor or should I buy a new washer?
Use the 8-year, 50% rule. Before year 8, it is always worth repairing. After year 8, it still usually is — unless the washer is showing other signs of failure (leaking, rusted drum, seized bearings). If a technician diagnoses additional issues alongside the capacitor, that's when replacement becomes the wiser decision.
How can I tell if a capacitor is counterfeit?
Five checks: (1) Weight — genuine capacitors are noticeably heavier for their size. (2) Markings — genuine markings are crisp, permanent, and consistent; counterfeit markings are often smudged or misaligned. (3) Brand — genuine capacitors carry a recognised manufacturer name (Ducati Energia, ICAR, Epcos, or the washer manufacturer's own branding). (4) Terminal construction — genuine terminals are firmly riveted or welded; counterfeit terminals can work loose under vibration. (5) Price. See the full counterfeit guide.
Do direct-drive washers have capacitors?
Many direct-drive washers do not use a conventional start capacitor. LG Direct Drive and similar inverter-controlled motors manage starting electronically through the control board. If you have a direct-drive LG and the motor hums without turning, the fault is more likely the control board or a hall sensor than a capacitor. Belt-drive models — regardless of brand — do use capacitors. Confirm your washer's drive type before ordering.
Do you service my area in Dammam, Al Khobar and Dhahran?
We replace washing machine capacitors across Dammam, Al Khobar and Dhahran. so most replacements are completed on the first visit. Home visits by appointment is available in most districts when you call before 4 PM. See all service areas →