Identify first — does your washer have a timer or a control board? Roughly half of users searching for "washing machine timer" actually have a modern washer with an electronic control board. The timer is the electro-mechanical device with a rotary dial found on semi-automatic and older top-loading washers. If your washer has a digital display with buttons, you need a control board — not a timer. Identify your type first →

Washing Machine Timer — Genuine Replacement for Semi-Automatic & Older Top-Loaders

The washing machine timer is the electro-mechanical cycle controller used on semi-automatic washers and older top-loaders — the ones with a rotary dial you turn to select the wash cycle. It is not the same as the electronic control board found in modern front-loaders. This page helps you confirm whether your washer actually has a timer, explains how it works, teaches the diagnostic sequence, and supplies genuine OEM timer replacements for the most common legacy machines still in daily use in Dammam, Al Khobar and Dhahran.

Call 0544006384 Send a photo — free identification
First, confirm your washer actually has a timer If your washer has a rotary dial with cycle settings you turn by hand, or a push-button timer on a semi-automatic washer → you have a timer. If your washer has a digital display with buttons and an electronic panel → you have a control board, not a timer. If you are unsure, send us a photo of your washer's control panel and we will tell you in minutes — free.

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The most important section — timer vs. control board

Do You Have a Timer or a Control Board? (Quick Identification)

This is the defining question. Roughly half of users searching for "washing machine timer" actually have a modern washer with an electronic control board. Check the two columns below to identify your washer's type accurately.

You have a TIMER if your washer has:

  • A rotary dial you turn to select the wash cycle (the dial usually has a pointer and numbered positions)
  • A push-to-start mechanism (some timers require you to pull or push the dial to start)
  • Two separate dials — one for wash time, one for spin time (common on semi-automatic twin-tub washers)
  • A "clicking" sound as the timer advances during the cycle
  • A semi-automatic washer — semi-automatics always use timers, not boards
  • An older top-loader (typically 10+ years old, or any non-digital top-loader)

You have a CONTROL BOARD if your washer has:

  • A digital display with numbers or icons
  • Press buttons to select cycles (not a rotary dial)
  • Error codes that appear as letters and numbers on the display (e.g. IE, OE, 4C, 5E)
  • A modern front-loader (nearly all front-loaders built after 2010 use control boards)
  • Cycle memory — the washer remembers the last cycle used
  • Child lock, delayed start, or app connectivity — features only electronic boards provide
If you are not sure

Send us a photo of your washer's control panel (the front of the machine with the dials or buttons). We will tell you in minutes whether your washer has a timer or a board — send a photo on WhatsApp — free. We do this every day in Dammam, Al Khobar and Dhahran.

Send a photo of your control panel — free identification in minutes
Part of our complete washing machine parts guide
Exact matching required

Timer Quick Specs — What You Need to Match

The timer is the most matching-critical component in a washing machine. Differences in cam sequencing, shaft length, and terminal arrangement mean a timer that "looks" the same may not run the cycle correctly.

Specification What to Check Why It Matters
Exact model number Daewoo DWF-160AS, Toshiba VH-H1150S) Must match exactly. Timers differ in shaft length, cam sequencing, and contact configuration between models.
Timer type Rotary cam timer (single cycle), two-dial timer (wash + spin), or push-button timer Determines mounting, wiring, and function.
Number of cams Typically 6–12 cams, each controlling a different function (fill, wash, drain, rinse, spin) Must match the washer's function set.
Shaft length & diameter Measured from the mounting plate to the dial mount Must match for the dial to fit and engage.
Shaft rotation speed — Must match the cycle timing of the washer.
— Amperage and voltage the contacts can switch (typically 5–16A at 220–240VAC) Must match the load — an under-rated timer burns out quickly.
Contact configuration Number and arrangement of terminals (typically 6–12 terminals) Must match the wiring harness exactly.
Mounting pattern Screw hole positions and plate style Must match the washer's control panel mount.
Dial type Push-to-turn, continuous-turn, or push-button Must match user interaction — dials are not interchangeable.
Country/region variant Some timers differ by market (voltage, cycle length) Middle East models often have different cycle timings than European ones.
Advance motor voltage The small motor inside the timer that advances the cams (typically 220–240VAC) Must match — wrong voltage = timer won't advance.
How to find your timer's part number The part number is printed on the timer body, on a sticker on the side, or stamped on the mounting plate. Take a clear photo showing:
  • The full part number
  • The number of terminals and their arrangement
  • The shaft length and dial attachment
  • The mounting plate shape
Send all four details to us on WhatsApp and we'll match it precisely.
Not sure which timer you need? Send a photo — we'll match it for you
Is the timer actually the cause?

Diagnostic Guide — Is Your Timer Faulty?

A washer that won't start, won't advance, or stops at a particular stage is often blamed on the timer. But the timer is only one of several components that can produce these symptoms — and on semi-automatic and older top-loaders, other components are often the real cause. Use this table to narrow down the fault.

Symptom Timer Faulty? More Likely Cause How to Confirm
Washer completely dead — no lights, no movement, timer dial doesn't advance ⚠️ Possible No power at outlet, tripped breaker, faulty power cord, main timer contact failed Test outlet first; then test timer main contact
Timer dial doesn't advance during cycle (washer stops) ✅ Very likely Timer advance motor failed, timer gears stripped, contacts stuck open Manually advance the dial — if the cycle progresses, the advance motor has failed
Cycle runs too short or too long ✅ Likely Timer cam timing out of spec, worn cam lobes, wrong timer fitted Compare against original cycle times
Washer fills but never advances to wash ⚠️ Possible Timer not advancing, faulty pressure switch, faulty water level sensor Manually advance the dial to the wash position — if it runs, the timer is stuck
Washer fills and washes but never drains ⚠️ Possible Timer not triggering drain stage, drain pump failure, clogged filter Manually advance the dial to drain — if drain runs, the timer is stuck
Washer drains but never spins ⚠️ Possible Timer not triggering spin, motor/capacitor failure, belt failure Manually advance the dial to spin — if spin runs, the timer is stuck
Timer dial moves but cycle doesn't progress ✅ Very likely Timer contacts not closing, cam lobes worn, wiring fault Test timer contacts for continuity at each stage
Timer makes continuous clicking or buzzing noise ✅ Very likely Timer contacts arcing, advance motor failing, mechanical jam in the timer mechanism Listen for arcing; inspect timer for burnt contacts
Timer dial turns but cannot be set to a specific position ✅ Likely Worn detent mechanism, broken dial spring, stripped dial shaft Manually feel for detents; inspect dial mechanism
Washer starts but stops at the same point every cycle ✅ Very likely Timer contact for that stage has failed, or the timer cam lobe is worn Advance manually past that point — if the cycle continues, that stage's contact is faulty
Timer dial is difficult to turn or stuck ⚠️ Possible Stiff timer mechanism, broken dial, jammed camshaft Inspect the timer directly
Washer runs but never stops — timer advances past end ⚠️ Possible Timer end-of-cycle contact failed, wiring issue, control panel issue Test end-of-cycle contact
Washer won't start unless dial is held in position ⚠️ Possible Timer start contact worn, dial return spring failed Test start contact
Motor hums but drum doesn't move when timer reaches spin ❌ Not the timer Capacitor, motor, belt, or coupler failure See Not Spinning page — the timer may be advancing correctly but the drive system is at fault
Washer fills with water and doesn't stop ❌ Not the timer Inlet valve stuck open, pressure switch fault See Overflowing page — the timer is not the cause
Washer leaves water in drum after cycle ❌ Not the timer alone Drain pump, filter, or drain hose See Not Draining page — the timer may be advancing correctly but the drain system is blocked
Washer trips the breaker ❌ Usually not the timer Motor, capacitor, wiring, control board Stop using the washer. Electrical hazard.
🔑 The Manual Advance Test — the most important diagnostic step

When a timer-suspected symptom occurs, manually advance the dial past the current stage. If the cycle then runs the next stage normally, the timer is very likely the fault (the contacts for that stage have failed). If the cycle still doesn't run the next stage even when manually advanced, the fault is downstream — the component the timer is trying to activate (pump, motor, valve) has failed, not the timer itself.

The educational core

What Does the Timer Do in a Washing Machine?

The washing machine timer is the electro-mechanical brain of a semi-automatic or older top-loading washer. It is a small, round device — roughly the size of a coffee cup — that contains a stack of cams (rotating plastic wheels with raised lobes) and electrical contacts (metallic switches that open and close). A small electric motor inside the timer rotates the cams slowly throughout the wash cycle.

  • Sequencing the wash cycle. The timer advances through the cycle in stages — fill, wash, drain, rinse, spin, end — activating the correct components at the correct time.
  • Controlling duration. The timer sets how long each stage lasts (e.g. 10 minutes for wash, 5 minutes for rinse, 3 minutes for spin).
  • Switching components. At each stage, the timer's contacts close or open to send power to the correct component — the drain pump, the motor, the inlet valve, or the spin mechanism.
  • Ending the cycle. At the end of the cycle, the timer opens all contacts and stops — the washer is now off.

How it works — the mechanism

The timer works through cam-and-contact logic:

  • Each function of the washer (fill, wash, drain, rinse, spin) has its own cam with a specific lobe pattern.
  • Each cam sits above a contact (a spring-loaded metal switch).
  • As the internal motor rotates the cams slowly, the lobes push the contacts open or closed at the correct times.
  • The pattern of lobes on each cam determines the duration and sequence of that function.

Why timers are different from control boards: A control board uses electronics — a microprocessor, firmware, and solid-state relays — to achieve the same sequencing. It is more precise, more flexible, and allows features like multiple wash programmes, error codes, and digital displays. A timer uses mechanical contacts — physical switches that open and close. It is simpler, more robust in some ways, but also more prone to mechanical wear over time (worn cam lobes, pitted contacts, failed advance motor).

Lifespan: A genuine electro-mechanical timer typically lasts 8–15 years under normal conditions. Unlike control boards, timers do not fail suddenly from voltage surges (their contacts are more robust than electronics). Instead, they fail gradually — the advance motor slows, contacts pit and arc, cam lobes wear. A timer that is 10+ years old is at the end of its expected life.

Type identification

Which Type of Timer Does Your Washer Use?

Four types — each with different characteristics and trade-offs.

Type 1

Single Rotary Cam Timer (Most Common)

A single timer with one rotary dial that sequences the entire wash cycle. The user turns the dial to the start, and the timer advances through the cycle automatically.

Where found
Older single-tub top-loaders and many semi-automatic washers
How to identify
One rotary dial with cycle positions marked around it (e.g. "Wash → Drain → Rinse → Spin → Off")

Simple, reliable, easy to operate

Only one cycle pattern; mechanical wear over time

Type 2

Two-Dial Timer (Wash + Spin Separate)

Two separate timers — one controls the wash cycle, one controls the spin. Common on semi-automatic twin-tub washers.

Where found
Semi-automatic twin-tub washers (very common in Saudi Arabia)
How to identify
Two rotary dials on the control panel — usually labelled "Wash Timer" and "Spin Timer"

User has direct control over each stage; each timer can fail independently

Two timers to potentially replace; more complex diagnosis

Type 3

Push-Button Timer (Push-to-Start)

A timer activated by pressing a button rather than turning a dial. The timer then advances automatically.

Where found
Some semi-automatic and older top-loader models
How to identify
A single button to start, with the cycle advancing automatically; no rotary dial

Simple to operate

Less common; harder to source parts; button mechanisms wear

Type 4

Programme Timer with Multiple Cams (Older Premium Models)

A more sophisticated timer with multiple cams allowing selection between different wash programmes (e.g. "Normal", "Delicate", "Heavy Duty").

Where found
Older premium top-loaders (Toshiba, Hitachi, National)
How to identify
A timer dial with programme selection markings; usually a larger timer body

Multiple cycle options

More complex; more expensive to replace; obsolete parts may be hard to source

Which type do you have? Look at the control panel. One dial = single rotary timer. Two dials = twin-tub two-dial timer. Push button = push-to-start timer. Dial with programme names = programme timer. If you're not sure, send us a photo.

Deep dive

Why Timers Fail — The Full Picture

Eleven failure modes — some very common, some specific to Dammam, Al Khobar and Dhahran.

1. Advance motor failure (most common)

The timer contains a small electric motor — typically 2–5W — that rotates the cams. Over years of use, this motor's bearings wear or its windings fail. When the advance motor fails, the timer dial stops advancing — the cycle stalls at whatever stage the timer reached. This is the single most common timer failure mode. It often presents as "the washer stops mid-cycle and won't continue."

2. Contact pitting and arcing

Each timer contact carries the full current of the component it switches (e.g. the motor at 5–10A, the pump at 2–3A). Over thousands of open/close cycles, the contacts pit and burn from electrical arcing. As pitting progresses, contact resistance increases — eventually the contact fails to make electrical connection. This is the second-most-common failure mode. It often presents as "the washer won't start the spin cycle" or "a specific stage never runs."

3. Worn cam lobes

The cam lobes — the raised plastic ridges that push the contacts — wear down over time. As they wear, they may no longer push the contact far enough to open or close it reliably. This causes intermittent faults — the washer works sometimes, fails other times. Cam lobe wear is progressive and cannot be repaired — the timer must be replaced.

4. Stripped timer gears

Inside the timer, small plastic gears transfer rotation from the advance motor to the cams. If the timer mechanism jams (from debris or old lubricant hardening), these plastic gears can strip. Once stripped, the timer cannot advance — even if the advance motor still runs.

5. Broken dial shaft or detent

The dial shaft connects the user-facing knob to the timer mechanism. It can snap from impact or stress. The detent mechanism (the click-stops at each position) can also wear or break, making it impossible to set the timer accurately.

6. Jammed camshaft Saudi-specific

If the timer sits unused for a long time — particularly in humid environments — lubricant inside the timer can harden, jamming the camshaft. This is more common in washers that sit unused for months, which happens in seasonal rental properties in Dammam, Al Khobar and Dhahran. Running the washer monthly (even empty) prevents this.

7. Continuous arcing / burning smell

In advanced contact failure, the timer can arc continuously, producing a burning smell and sometimes visible sparks. this is a fire risk.

8. Water ingress or humidity damage Saudi-specific

In coastal cities (Dammam and Khobar), humidity can penetrate the timer housing and corrode the contacts or the advance motor. This is an under-recognised failure mode specific to coastal Saudi Arabia. A washer in a coastal apartment may need a timer replacement 2–3 years earlier than the same washer inland.

9. Physical damage

Impact to the dial or timer body can crack the housing or damage the internal mechanism. This requires replacement.

10. Wrong timer fitted (from a previous repair)

A timer with incorrect cam timing or contact configuration can appear to fit but will not sequence the cycle correctly. This is common after low-quality repairs. Always match by part number.

11. What happens when a timer fails

Advance motor failure: cycle stalls at current stage; dial doesn't move. Contact failure: specific stage doesn't run (e.g. spin never activates). Worn cams: intermittent faults; cycle sometimes works. Stripped gears: timer doesn't advance; may hum or click. Jammed camshaft: dial difficult to turn or stuck. Continuous arcing: burning smell; potential fire hazard.

Diagnostic procedure

How to Test Whether Your Timer Is Actually Failing

Five tests — from the fastest to the most comprehensive. The manual advance test and visual inspection are genuinely DIY-friendly.

⚠️ Safety first Unplug the washer before accessing the timer. The timer carries mains voltage — never work on it while the washer is plugged in. If you are not comfortable with mains-level electrical work, call a technician. The manual advance test and visual inspection below are genuinely DIY-friendly.
1

Manual advance test 10 min — do this first

Start a cycle and let it run until the fault occurs (e.g. washer stops mid-cycle, or spin never begins). When the cycle stalls, turn the dial manually one step forward to the next stage. If the dial is a push-to-turn type, push it in and rotate.

Interpretation
  • The cycle then runs the next stage → the timer is stuck at that stage — the contacts for that stage have failed. The timer is the likely fault.
  • The cycle still doesn't run the next stage even when manually advanced → the fault is downstream. The component the timer is trying to activate (motor, pump, valve) has failed — the timer may be fine.
2

Dial movement test 2 min

Unplug the washer. Slowly turn the timer dial through a full rotation by hand. Feel for the detents (clicks) at each position. If the dial turns smoothly without detents, or feels gritty, or is difficult to turn, the timer mechanism is worn or jammed.

3

Visual inspection 5 min

Unplug the washer. Access the timer (usually behind the control panel). Inspect for:

What to look for
  • Burn marks or discolouration on the timer body
  • Burnt smell from the timer area
  • Cracked or warped housing
  • Moisture or corrosion (especially in coastal areas)
  • Loose or burnt wire terminals
  • Visible damage to the dial shaft
4

Continuity test 15 min — technician level

This requires a multimeter and accessing the timer terminals. Unplug the washer. Disconnect the timer wire terminals — label them first. Identify the timer's main contacts (fill, wash, drain, spin, end-of-cycle). Set a multimeter to continuity (or resistance) mode. For each contact, set the dial to the position where that contact should be closed. Measure across the contact terminals.

Interpretation
  • Continuity (near 0Ω): the contact is closing correctly.
  • No continuity (OL): the contact is not closing — the timer is faulty.
  • Test each stage contact in turn. If one or more contacts fail to close when they should, the timer must be replaced.
5

Advance motor test 10 min — technician level

With the washer running and the timer attempting to advance, listen for the timer's advance motor — it makes a very soft whirring sound. If you hear no whirring, or the timer doesn't advance over several minutes, the advance motor or the timer gears have failed. In some timers, the advance motor can be tested for resistance separately (typically 5–20 kΩ).

When the timer genuinely needs replacing Only in these cases: (1) advance motor has failed (dial doesn't advance); (2) contacts fail the continuity test (stage never runs); (3) cam lobes are visibly worn or broken; (4) timer makes continuous arcing noise or shows burn marks; (5) dial shaft is broken or the detent mechanism has failed; (6) timer has visible physical damage or water ingress. If none of these apply, the timer is likely fine — diagnose the downstream component that isn't being activated.
Practical guide — honest difficulty assessment

How to Replace a Washing Machine Timer (DIY Guide)

Honest assessment: timer replacement is a moderate-difficulty repair — genuinely achievable for a confident homeowner in 30–60 minutes. There is no gas work and no complex electronics. The main challenges are: (1) accessing the timer (usually behind the control panel), (2) carefully labelling and reconnecting the wire terminals, and (3) matching the replacement timer exactly. If you can use basic tools and photograph your work carefully, this is achievable.
⚠️ Before you begin:
  1. Confirm the timer is genuinely the fault (see Sections 5 and 9)
  2. Match the new timer by exact model number and part number
  3. Photograph every wire connection and terminal before removal
  4. Label wires if needed — incorrect reconnection can damage components
  5. Have basic tools ready

What you'll need

  • Replacement timer (genuine OEM, matched exactly)
  • Phillips screwdriver
  • Flat-head screwdriver
  • Pliers (for wire terminals if needed)
  • Phone for photographs
  • Wire labels or masking tape (recommended)
  • Container for loose screws
1

Isolate power and water 5 min

Unplug the washer. Turn off the water supply.

2

Access the control panel 10–20 min

Most timers sit directly behind the control panel at the top front of the washer. Access may require: removing the control panel (typically 2–4 screws on the top or rear); removing the top panel first (some washers require the top panel to come off before the control panel can be removed); or semi-automatic washers: the timer is often directly accessible from the front control panel. Consult your model's service manual for the specific access method.

3

Photograph everything 10 min

Take clear photos of: the timer in its mounted position; every wire connection at the timer terminals — from multiple angles if needed; the dial attachment and shaft orientation; the mounting screws and bracket.

4

Disconnect the dial 5 min

Pull the timer dial off the shaft. On some timers, the dial is held by a small clip or screw — remove this first. Note the orientation of the dial (there is usually a flat side on the shaft to ensure correct re-fit).

5

Label and disconnect the wire terminals 10 min

Label each wire with masking tape, or rely on your photographs. Disconnect each wire terminal — these are usually spade connectors that pull straight off. Do not pull on the wires — grip the connector body.

6

Remove the timer mounting screws 5 min

The timer is typically held by 2–4 screws to the control panel or a mounting plate. Remove these and gently pull the timer out.

7

Compare old and new timers 5 min

Lay both timers side by side. Verify: part number matches; number of terminals matches; terminal arrangement matches; shaft length and diameter match; shaft has the same flat orientation; mounting pattern matches; and dial attachment mechanism matches. If anything differs, do not proceed. Return the timer and re-match.

8

Install the new timer 5 min

Mount the new timer in the same orientation. Secure with the mounting screws. Do not over-tighten — the plastic housing can crack.

9

Reconnect the wire terminals 10 min

Reconnect each wire according to your photographs. Double-check every connection against the original photo before proceeding. This is the most important step — incorrect reconnection can damage components.

10

Reinstall the dial 2 min

Push the dial onto the timer shaft, aligning the flat side of the shaft with the flat side of the dial. Fit the retaining clip or screw if applicable.

11

Test 15 min

Plug the washer in and turn on the water supply. Run a short cycle (e.g. a Quick Wash or Rinse cycle). Watch for: the timer advancing smoothly through the cycle; each stage (fill, wash, drain, rinse, spin) running correctly; the dial moving smoothly and stopping at the correct positions; and the cycle ending at the correct point. If the cycle runs normally, the replacement is successful.

12

Reassemble 10 min

Reinstall the control panel and any other removed panels in reverse order. Push the washer back into position.

If the new timer doesn't work

Do not replace the timer a second time. The original fault was elsewhere (downstream component) or the wiring was incorrectly reconnected. do not fit another timer without diagnosis.

Honest guidance

When to Call a Professional for Timer Diagnosis or Replacement

Timer replacement is genuinely DIY-friendly for the standard single-dial and two-dial timers common on semi-automatic washers. But three factors make professional service worthwhile for many homeowners.

  • You are not comfortable with mains-voltage electrical connections
  • The timer is located behind multiple layers of disassembly
  • You cannot determine the correct timer part number
  • The timer is a rare programme timer (availability may require specialist sourcing)
  • You have already replaced the timer once and the fault returned
  • The wiring at the timer has been modified or is unclear
  • You want the repair covered by

Why It Matters

Timer replacement is genuinely DIY-friendly for the standard single-dial and two-dial timers common on semi-automatic washers. However, three factors make professional service worthwhile for many homeowners:

  1. The timer vs. control board confusion. Many users searching "washing machine timer" actually have a control board.
  2. Correct timer matching is critical. Timers differ in cam sequencing, shaft length, terminal arrangement, and cycle timing. A wrong timer can fit physically but run the cycle incorrectly.
  3. The repair-vs-replace decision on older washers. A timer replacement on a semi-automatic or older top-loader is often the point at which repair vs. replace becomes a genuine question. A technician with experience can advise honestly.
Saudi-specific trust

Genuine vs. Counterfeit Timers — Why Cheap Timers Fail Fast

Timers are moderately counterfeited in the Saudi market — particularly for common semi-automatic and older top-loader models. Because timers look like simple mechanical parts, they are easy to copy. The consequences range from early failure to fire risk.

Risk Explanation
Thin contacts Counterfeit timers use thin, low-quality contact metal. Contacts pit and arc within months — causing stage failures.
Weak advance motor Counterfeit advance motors have thinner windings and cheaper bearings. They stall or fail within 1–.
Worn cam tolerances Counterfeit cams have looser tolerances. Cycle timings drift quickly.
Poor heat resistance Counterfeit plastic housing warps under the heat of the washer's control panel area — causing internal jamming.
Incorrect wiring Some counterfeit timers have different terminal configurations than genuine ones — leading to incorrect wiring and component damage.
Missing certifications Genuine timers carry CE, UL, or manufacturer certifications. Counterfeits have none.
Fire risk Poor contacts and inadequate insulation can cause electrical fires. This is the most serious risk.

How to verify a genuine timer — 10 checks

Before accepting a timer from any supplier — including us — run these checks.

1

Part number

Genuine timers have a clear, permanent part number on the housing.

2

Contact metal

Genuine contacts are visibly thicker silver-alloy. Counterfeits use thin brass or cheap alloy.

3

Housing quality

Genuine housings are rigid, well-moulded plastic. Counterfeits flex and have visible imperfections.

4

Dial action

Genuine timers have smooth, defined detents. Counterfeit timers have rough or loose dials.

5

Advance motor

Genuine advance motors are sealed units. Counterfeit motors often have visible gaps.

6

Training

CE, UL, or manufacturer marks should be present.

7

Weight

Genuine timers are noticeably heavier — indicating better internal components.

8

Price

9

Packaging

Genuine timers arrive in branded packaging with the part number.

10

The supplier who stands behind their timer will offer at minimum. If they won't, they don't trust the part.

What we do

  • We source timers only from trusted suppliers.
  • We verify the part number and cam sequencing against your model before fitting.
  • We test the new timer before installation.
  • We give you the old timer back.
  • We provide on the part and the labour.
  • We tell you honestly if a timer replacement isn't needed — and we'll fix the actual problem instead.
Extending timer life

How to Extend Your Timer's Life

Simple habits that extend timer life — some take seconds.

Frequency Task
MonthlyRun the washer through a full cycle — prevents lubricant hardening in the timer
MonthlyWipe the control panel dry after use — prevents moisture ingress
Every 3 monthsCheck the timer dial for smooth operation; address any stiffness early
Every 6 monthsInspect the timer area (if accessible) for signs of moisture or corrosion
Every 6 monthsCheck wire terminals at the timer for tightness
AnnuallyConsider having the timer mechanism lightly lubricated by a technician (if accessible)
AlwaysDo not force the timer dial — turn it gently
AlwaysKeep the washer area dry — coastal humidity accelerates corrosion
AlwaysDo not leave the washer unused for months at a time
NeverSpray water or liquid cleaners directly on the control panel
Saudi-specific note — two factors shorten timer life

Two factors shorten timer life more in Saudi Arabia's Dammam, Al Khobar and Dhahran than in temperate climates:

  • Coastal humidity (Dammam and Khobar): humidity penetrates the timer housing and corrodes contacts or the advance motor. A washer in a coastal apartment may need a timer replacement 2–3 years earlier than the same washer inland.
  • Extended idle periods: many washers in seasonal rental properties and villas sit unused for months. Timer lubricant hardens during idle periods, jamming the camshaft. Running the washer monthly (even empty) prevents this.

Brand-specific notes

Timer Notes by Brand

Some brands use timers, some use control boards only — knowing the difference saves you from buying the wrong part.

LG Control board

Modern LG washers use electronic control boards, not timers. Older LG top-loaders (pre-2005) may use timers. If your LG has a digital display, you have a control board — see the Control Board page. ← Control Board page

Samsung Control board

Modern Samsung washers use electronic control boards. Older Samsung top-loaders may use timers. If your Samsung has a digital display, you have a control board. ← Control Board page

Bosch Control board only

Bosch washers (front-loaders) all use electronic control boards — no timers in Bosch front-loaders. ← Control Board page

Whirlpool / Maytag Mostly control board

Most Whirlpool and Maytag washers use electronic control boards. A few older top-loader models use timers. Check for a rotary dial to confirm. ← Control Board page

Daewoo Timer Moderately counterfeited

Daewoo semi-automatic washers (very common in Saudi Arabia) use timers. The Daewoo DWF series semi-automatics use two-dial timers — one for wash and one for spin. Daewoo timers are moderately counterfeited — insist on genuine. ← Daewoo page

Toshiba Timer in older models May be hard to source

Toshiba older top-loaders (e.g. VH-H series) use timers. Toshiba timers are generally reliable but may need replacement after. Replacement parts for older Toshiba timers can be hard to source — allow 2–3 days if not in stock. ← Toshiba page

Beko Mostly control board

Most Beko washers use electronic control boards. Older Beko top-loaders may use timers. Check the control panel to confirm. ← Control Board page

Hitachi Timer in older models May be hard to source

Hitachi older top-loaders may use timers. Hitachi timers are generally reliable. Replacement parts can be hard to source for older models. ← Hitachi page

Midea Mostly control board

Midea washers use electronic control boards. Older Midea models may use timers. Check the control panel. ← Control Board page

Panasonic Timer in older models May be hard to source

Panasonic older top-loaders (National brand) may use timers. Replacement parts for older National/Panasonic timers can be difficult to source. ← Panasonic page

Maytag Mostly control board

Maytag washers generally use electronic control boards. Check for a rotary dial to confirm whether your model uses a timer. ← Control Board page

Proximity signal

Our technicians specialise in legacy washers — semi-automatics, twin-tubs, and older top-loaders that many modern service companies no longer support.

Free timer vs. control board identification

Washer Stuck Mid-Cycle? Let's Check Your Timer — or Confirm It Isn't the Problem.

Send us a photo of your washer's control panel on WhatsApp — we'll tell you whether you have a timer or a control board, and whether the timer is genuinely the fault.

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Washing Machine Timer FAQs

Does my washing machine have a timer or a control board?

You have a timer if your washer has: a rotary dial you turn to select the wash cycle; a push-to-start mechanism; two separate dials (one for wash time, one for spin time — common on twin-tub semi-automatics); a clicking sound as the timer advances; a semi-automatic washer (semi-automatics always use timers); or an older top-loader (10+ years old, or any non-digital top-loader). You have a control board if your washer has: a digital display with numbers or icons; press buttons to select cycles; error codes that appear as letters and numbers; a modern front-loader (nearly all front-loaders built after 2010); cycle memory; or child lock, delayed start, or app connectivity. See the identification section.

How do I know if my washing machine timer is faulty?

A timer is genuinely faulty when: (1) the advance motor has failed (the dial doesn't advance); (2) contacts fail the continuity test (a stage never runs); (3) cam lobes are visibly worn or broken; (4) the timer makes continuous arcing noise or shows burn marks; (5) the dial shaft is broken or the detent mechanism has failed; (6) visible physical damage or water ingress. If none of these apply, the timer is likely fine — diagnose the downstream component that isn't being activated. See the diagnostic table.

Why does my washing machine stop mid-cycle?

On timer-controlled washers, timer contact failure is the leading cause. The manual advance test is the diagnostic: when the cycle stalls, turn the dial manually one step forward. If the next stage runs, the timer is the fault. If it doesn't run, the component the timer is trying to activate (pump, motor, valve) has failed. On modern washers, the control board is the equivalent — see the control board page. See also Stopping Mid-Cycle.

What is the difference between a timer and a control board?

A timer is an electro-mechanical device — it contains a stack of cams (rotating plastic wheels with raised lobes) and electrical contacts (metallic switches that open and close). A small electric motor inside the timer rotates the cams slowly. A control board uses electronics — a microprocessor, firmware, and solid-state relays — to achieve the same sequencing. Control boards are more precise, more flexible, and allow features like multiple wash programmes, error codes, and digital displays. Timers are simpler, more robust in some ways, but also more prone to mechanical wear over time.

Can I replace a washing machine timer myself?

Timer replacement is a moderate-difficulty repair — genuinely achievable for a confident homeowner in 30–60 minutes. There is no gas work and no complex electronics. The main challenges are: (1) accessing the timer (usually behind the control panel); (2) carefully labelling and reconnecting the wire terminals; (3) matching the replacement timer exactly. If you can use basic tools and photograph your work carefully, this is achievable. See the complete DIY guide.

Why does my timer dial not advance?

The most common cause is advance motor failure — the small electric motor inside the timer that rotates the cams. Over years of use, this motor's bearings wear or its windings fail. When the advance motor fails, the timer dial stops advancing — the cycle stalls at whatever stage the timer reached. Another cause: stripped timer gears — if the timer mechanism jams (from debris or old lubricant hardening), the small plastic gears can strip. In both cases, the timer must be replaced. See failure modes.

How much does a washing machine timer cost in Saudi Arabia?

All prices include on the part and the labour. See the full cost guide.

How long does a washing machine timer last?

A genuine electro-mechanical timer typically lasts 8–15 years under normal conditions. Unlike control boards, timers do not fail suddenly from voltage surges (their contacts are more robust than electronics). Instead, they fail gradually — the advance motor slows, contacts pit and arc, cam lobes wear. A timer that is 10+ years old is at the end of its expected life.

Is it worth repairing a timer on an old washer?

For a semi-automatic washer under 3 years old: repair is clearly worth it.3–, good condition: repair is usually worth it. 6+ years with other wear: borderline — depends on overall condition and other components. Older top-loader under 8 years: repair is usually worth it. Over 8 years: borderline. Any age with multiple previous repairs: replace. Any age with other major components failing: replace. a fraction of the cost of a new machine. See the repair-vs-replace framework.

Why is my timer dial stiff or hard to turn?

The most common cause is jammed camshaft — if the timer sits unused for a long time, particularly in humid environments, lubricant inside the timer can harden and jam the camshaft. This is more common in washers that sit unused for months — common in seasonal rental properties in Dammam, Al Khobar and Dhahran. Other causes: worn detent mechanism, broken dial spring, or stripped dial shaft. See failure modes.

How do I manually advance the timer to test it?

Start a cycle and let it run until the fault occurs. When the cycle stalls, turn the dial manually one step forward to the next stage. If the dial is a push-to-turn type, push it in and rotate. If the cycle then runs the next stage normally, the timer is stuck at that stage — the contacts for that stage have failed. If the cycle still doesn't run the next stage even when manually advanced, the fault is downstream — the component the timer is trying to activate has failed. See the manual advance test.

Do semi-automatic washing machines have timers?

Yes — always. Semi-automatic (twin-tub) washers use timers, not control boards. Typically two dials — one for wash time and one for spin time. These washers are extremely common in Saudi Arabia, particularly in rental apartments, labour housing, and villas. The timer is the main control component. See timer types.

How can I tell if a timer is counterfeit?

Eight checks: (1) a clear permanent part number on the housing; (2) contact metal is visibly thicker silver-alloy — counterfeits use thin brass; (3) housing quality — genuine housings are rigid and well-moulded, counterfeits flex; (4) dial action — genuine timers have smooth, defined detents, counterfeits have rough or loose dials; (5) advance motor — genuine motors are sealed units, counterfeits often have visible gaps; (6) certifications — CE, UL, or manufacturer marks; (7) weight — genuine timers are noticeably heavier; (8) price. See the genuine vs. counterfeit section.

Do you service my area in Dammam, Al Khobar and Dhahran?

Yes — we diagnose and replace washing machine timers in Dammam, Al Khobar and Dhahran. Our technicians specialise in legacy washers — semi-automatics, twin-tubs, and older top-loaders that many modern service companies no longer support. We stock the most common timer configurations for Daewoo, Toshiba, Hitachi, National, and other brands common in Saudi homes. For less common timers, we source from trusted suppliers in Dammam within 24–48 hours. See all service areas →

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