Also repaired
The other machines we look after
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A load that comes out damp after an hour, a squealing drum, a gas dryer ticking away with no flame: our technicians trace each one in laundry rooms around Lacey, Olympia and Tumwater, and we check the vent every time.
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Dryers in Lacey, Olympia and Tumwater fight the weather at both ends. The air they draw in is damp much of the year, and the air they push out often travels far: up through an attic in a two-story house, sideways under an older rambler, or along a lengthy run to an outside wall in a stacked townhome. Warm, wet exhaust cools in those ducts and condenses, turning lint into a sticky paste that chokes the passage. Outside, fir needles and moss jam the hood flap. Starved of airflow, a dryer runs long and hot until a safety part opens, usually the thermal fuse, sometimes the high-limit. Gas heats many homes here, so gas dryers are common, with propane on the rural edges.
Before a panel comes off, our technicians ask how long a normal load takes, whether the dryer heats at all, and whether anything changed lately, such as a new vent or a move. Then we test the airflow. One reading at the exhaust shows whether the trouble lives inside the dryer or out in the ductwork, and that answer shapes every step after it. Electric dryers get their heating coil, fuse and each thermostat checked with a meter. On gas and propane dryers we watch the igniter glow, check the sensor and valve coils, and confirm supply pressure with a manometer. A slow turn of the drum by hand reveals the belt and rollers, and then you hear what gave out, what caused it, and a price on paper.
We repair electric, natural gas and propane dryers, including models converted from one fuel to the other, along with stacked washer-dryer pairs, laundry centers, compact ventless units in condos and steam dryers. Brands on our regular route include Maytag, Whirlpool, Samsung, LG, GE Profile, GE, Frigidaire, Electrolux, Amana, Kenmore and Bosch. Since no maker owns or directs us, the talk stays on your dryer and its vent, not a product line. A dryer still inside its manufacturer coverage should go back to the maker first, and our scheduling desk will say so. Gas connections, burner work and anything behind the control panel belong to our technicians, and we never leave a safety device bypassed.
With electric models, a cold drum usually traces to an open thermal fuse, a burned element or a double breaker with one half tripped. With gas or propane the suspects shift to ignition: a cracked igniter, a stuck sensor, weak valve coils. Either way we also hunt for the reason the part gave out, since a clogged vent is often where it began.
Long drying times nearly always come back to airflow. Lint packed into the duct, a flattened foil connector behind the machine, condensation paste sitting in a crawlspace section, or a hood stuffed with fir needles will keep damp air trapped in the drum. We read airflow where the exhaust leaves, inspect the lint screen housing, and test the cycling thermostat that governs drum temperature.
If the igniter glows and then nothing happens, the gas valve coils may not be opening. If the igniter never glows, it may have cracked, or the flame sensor may be telling the valve to stay shut. We test each coil and the sensor, check supply pressure with a manometer, and keep all gas work in our technicians’ hands.
A high squeal that climbs with drum speed tends to come from a dried-out idler pulley or support rollers worn thin. A rhythmic thump often means a flat-spotted roller, while scraping suggests worn glides or a felt seal that has slipped. We take the drum out, spin each roller and pulley by hand, and check the belt for cracks.
A dryer that quits partway and starts again after cooling usually has a motor overheating under lint in its housing, or a high-limit thermostat tripping because hot air cannot escape. We look inside the cabinet for lint buildup, test the motor’s thermal protector, measure vent airflow and check the door switch, which can cut the drum when its contacts wear.
A cabinet too hot to touch or a scorched smell means stop now: turn the dryer off, unplug it or switch off its breaker, and on gas models close the shutoff valve behind it. The cause is usually lint gathering near the heat source or a blocked exhaust. We clean the cabinet, test every thermostat and confirm clear airflow before the dryer runs again.
| Part | What goes wrong | How we confirm it |
|---|---|---|
| Dryer thermal fuse | Opens when exhaust is blocked, so the dryer stops heating or running | Continuity test, then a look at the vent that tripped it |
| Dryer heating element coil | The coil breaks or grounds against its housing, leaving the drum cold | Resistance reading and a check for shorts to the housing |
| Dryer gas valve coils | Coils weaken with heat, so the igniter glows but no flame follows | Coil resistance readings and a watched ignition sequence |
| Dryer igniter and flame sensor | The igniter cracks or the sensor sticks, and the burner never lights | Glow test, continuity readings and a manometer check on supply pressure |
| Drum rollers and idler pulley | Bearings dry out and flatten, causing squeals and rhythmic thumps | Drum removed, then each roller and the pulley spun by hand |
| Dryer drive belt and motor | The belt cracks, or the motor overheats under lint in its housing | Belt inspection, motor amp draw and a thermal protector test |
Most dryer repairs are worth doing, because the machine is simple at heart: a motor turning a belt, the belt turning a drum, heat from an element or burner, and a few safety parts guarding it all. Unless the drum has rusted, the cabinet is damaged or the control has died on a model whose parts are now scarce, a repair usually buys years of service. The vent gets more of our attention. A new dryer hooked to the same crushed, lint-packed duct will struggle just the same, so we say so when the vent is the real problem. On gas models we judge the burner assembly as a whole, not one part alone. The price goes on paper with our opinion beside it, and the decision stays with you.
Call about a dryer that runs cold, long or loud; once you approve the work, our $99 diagnostic sits within the repair price, while declining keeps your bill to that single $99.
Request serviceTownhome dryers often vent through long ducts with several bends to reach an outside wall, and every bend slows the air. Add lint, damp exhaust that condenses inside the duct, and a hood clogged with needles or moss, and a load that should finish in under an hour drags well past it. We measure airflow at the dryer and at the hood, so you know whether the dryer, the vent or both need attention.
Yes. Many homes in Tumwater, Olympia and Lacey heat with natural gas, so gas dryers are everywhere, and out on the rural edges you will find propane ones as well. Our technicians check that the igniter glows hot enough, read the sensor and valve coils, then measure supply pressure with a manometer. Gas connections and burner work stay with us. If there is ever a gas smell, leave first and phone the utility from the yard.
A thermal fuse is a small part, but it opens for a reason, usually restricted airflow or a failing thermostat. Replacing it without fixing that cause means it will open again, or the dryer keeps running hotter than it should. Never bypass it with a wire. If you want to help, unplug the dryer and check the vent for blockage, then let our technicians find the cause and replace the fuse together.
It covers the visit itself: airflow at the exhaust, meter readings on the heat source and safety parts, a manometer check on gas models, and a look at the drum, belt and rollers. A written price follows. Should you approve the work, the $99 is wrapped into that figure; pass, and $99 closes the account for that visit.
Yes. During a dryer repair we clear lint from inside the cabinet, around the motor and burner or element, and from the transition duct behind the machine, because leaving it would undo the repair. Long attic or crawlspace runs and roof vents are a separate job. We measure them, tell you what we found and describe what to watch for in the care note we leave.
Warm, humid exhaust meets a cold duct in an attic or crawlspace and condenses, much as breath fogs a window. It is common here on long runs through unheated spaces, and the water binds lint into a heavy paste that sags the duct and blocks airflow. Rigid metal duct, kept short, well supported and sloped toward the outside, helps a great deal. We check for low spots when we measure airflow.
Phone or the form. Mention the brand and what the machine is doing; our scheduling desk sets an arrival window.
Meter, thermometer, fill and drain timing, a manometer on gas lines. Then we tell you which part quit, in everyday words.
The full repair on paper before a screw turns. Our $99 visit is tucked into that number if you go ahead.
A test run, a tidy floor, warranty terms on the invoice and a short note on what to clean and when.
Book the $99 visit. Okay the written quote and it absorbs the $99; pass on it and $99 covers the whole call.
