Also repaired · Olympia, Lacey & Tumwater
The other five machines
Each one gets the same $99 visit and a price on paper before work.
Tumbling for two cycles and still damp, or cold air from a drum that turns fine.
Each one gets the same $99 visit and a price on paper before work.
Walk into a laundry room in Southeast Olympia’s Forest Hills or Holiday Hills and you’re as likely to find a gas dryer as an electric one. PSE gas runs under much of the three cities, plenty of homes heat with it, and the dryer often shares the line. Past the city edges, off Littlerock Road or out Marvin Road, some homes run on propane instead. The fuel matters on a service call, because gas and electric dryers lose their heat in different ways. What they share is the vent: a long duct that crosses a cold crawlspace or attic, sweats in the damp air, and turns lint into paste before it reaches the hood outside.
Electric dryers usually lose heat to an element that has burned through, a thermal fuse that has blown or a high-limit thermostat that quit, and now and then to half of the 240-volt supply going dead, which spins the drum and leaves the element cold. Gas dryers tend to crack an igniter, weaken their valve coils, or wear out the flame sensor until it no longer switches. Both types wear out belts, rollers and idler pulleys. A typical call: an electric dryer in a Tumwater Hill manufactured home needing three cycles per load. The thermal fuse is open. The real cause is outside, where the vent hood flap is packed with fir needles and moss. We replace the fuse, clear the hood and duct, and check the airflow.
An electric model gets the element, thermal fuse, and high-limit and cycling thermostats metered, plus a reading on each half of the 240-volt feed. On gas dryers we watch the igniter, then check the valve coils and flame sensor. Whichever failed, we look for the blocked vent that usually caused it.
Nearly always airflow. Lint packed into the duct, the foil hose behind the dryer flattened against the wall, or an outside hood clogged with needles and moss. Vents that run through damp crawlspaces make it worse. We check the airflow at the hood, clean the path, and test the heat source while we’re there.
The igniter heats, the gas never lights, and the dryer tumbles cold. That usually means the gas valve coils have weakened, a common failure on gas dryers from Whirlpool, Maytag and Kenmore. We meter the coils, replace them from the truck, and watch several full burn cycles before we leave.
A squeal is often the idler pulley; a rhythmic thump points to worn drum rollers; a scrape can mean worn drum glides or a loose felt seal. With the cabinet open, a slow hand turn of the drum shows where it binds, and the tired rollers, pulley or glides are changed together until it runs quiet.
Sensor-dry models read moisture through two metal bars inside the drum. Dryer-sheet residue coats them, and the control decides damp clothes are finished. We clean the bars, test the sensor circuit and the control, and show you where the bars are so you can wipe them yourself.
First confirm the breaker is on and the door is fully shut. Past that, the likely causes are the door switch or start switch, a thermal fuse that has blown on models that route it through the motor, or a dead drive motor. The meter goes on each one in turn, and only the failed part gets replaced.
| What you notice | Likely cause | On the visit |
|---|---|---|
| Cold air while the drum spins | Burned element, open fuse or tripped high-limit | Meter the heat circuit, confirm the 240-volt supply |
| Igniter glows, then goes dark | Weak gas valve coils | Test the coils, replace the set, watch several burns |
| Laundry room hot and humid | Crushed transition duct or disconnected vent | Reconnect the duct, check airflow at the outside hood |
| Scorched or lint smell | Lint buildup near the heater or burner | Open the cabinet, clean the housing, test thermostats |
| Motor hums, drum won’t turn | Seized idler pulley, drum rollers or drive motor | Clear the bind, test the motor, replace worn parts |
Dryer diagnosis begins at the wall. We confirm the voltage at the outlet on an electric dryer or the open shutoff on a gas one, then run the machine and watch what it does. Next the cabinet comes open. On an electric unit the meter reads continuity across the element, the thermal fuse and cutoff, and both thermostats, cycling and high-limit. On a gas unit, the igniter gets watched through a start, and the meter then goes on the valve coils and flame sensor. Every dryer gets a look at the belt, idler pulley, rollers and door switch. Last, we check the vent, because a heat part that failed from restricted airflow will fail again unless the airflow gets fixed too.
Speed Queen and Maytag workhorses, Samsung and LG front-loaders, Whirlpool and Kenmore pairs, stacked units in closets: we service them in gas and electric alike. If the maker’s warranty still covers your dryer, we tell you first. On gas and propane models we work on the dryer’s own valve, igniter and burner; if we find a problem with the house gas supply, we close the appliance shutoff and say so. For rentals in Tanglewilde or near Saint Martin’s University, the landlord sees the written figure by text and gives the word before a panel opens. The $99 diagnostic is never an add-on. Once you approve, it lives within that written figure; if you decline, those dollars are the sole charge.
Mostly the vent. In a damp climate, warm exhaust cools in ducts that cross unheated crawlspaces or attics, condensation forms, and lint turns to paste that narrows the pipe. The outside hood collects moss and needles. Less air means longer cycles and a hotter cabinet, which is how thermal fuses blow. Pull the lint off the screen after each load, and keep the exterior hood clear of debris.
Yes, natural gas and propane both. The common gas dryer repairs are an igniter that no longer lights the burner, valve coils that have weakened, and a flame sensor that has stopped switching. We carry those parts. We work on the dryer itself, not the house gas piping, and if we smell gas at the connection we close the appliance shutoff and tell you who to call.
Not for long. A slow dryer usually means restricted airflow, and restricted airflow runs the heater hotter than it was built for, bakes lint inside the cabinet and blows thermal fuses. Clean the lint screen, check that the outside hood flap opens when the dryer runs, and book a visit if cycle times don’t improve. Lint fires start in exactly those conditions.
An electric dryer needs both halves of its 240-volt circuit: one to turn the drum, both to heat. After an outage, a breaker that didn’t reset cleanly can leave the drum spinning with a cold element. Switch the dryer breaker fully off, then back on. If heat doesn’t return, we meter the element, thermal fuse and thermostats to find which one failed.
The diagnosis is $99, which pays for the trip, the testing and an inspection of the vent run. Next the repair is priced once, on paper. Agree to it and the $99 is counted within that figure. Decline and you pay $99 and the visit ends. We don’t quote repair prices in advance, because nobody knows the failed part until it has been tested.
Phone us or use the form. You get a two-hour slot, then a heads-up text as the van pulls out.
Leads on the circuit, a thermometer in the cabinet, and the broken component pointed out so you can see it yourself.
The whole repair priced in ink, $99 included. Yes or no is yours, and the toolbox stays shut until you answer.
A complete cycle run in front of you, panels back on, floor dried, and the warranty term in writing on your receipt.
$99 pinpoints what broke. Go ahead with the fix and it is already in the total; stop there and it is all you pay.
