Also repaired · Olympia
The other five machines
Each one gets the same $99 visit and a price on paper before work.
Empty bin, hollow or shrunken cubes, or a dispenser that grinds without dropping ice.
Each one gets the same $99 visit and a price on paper before work.
An ice maker is only as good as the water that reaches it, and in an older Olympia house that water takes the long way around. In Wildwood and Carlyon homes along Capitol Boulevard, or the mid-century ramblers on the Westside, the refrigerator line usually came decades after the kitchen did. It often starts at a saddle valve clamped onto a copper pipe in the crawlspace, runs up through a cold floor and ends behind the fridge. Saddle valves narrow over time, plastic tubing kinks when the refrigerator gets pushed back, and on a hard-freeze night a line through an unheated crawlspace can freeze solid.
Soft city water from the McAllister Wellfield is kind to inlet valves; mineral crust almost never explains a dead Olympia ice maker. The trouble comes from temperature and neglect. A freezer running too warm slows or stops the ice maker, and a fill tube that freezes shut stops it completely. After a windstorm outage, a half-melted bin refreezes into a block that jams the auger. A typical case: a student rental near The Evergreen State College where the bin had been empty for weeks. The filter was long past its change date, low flow had let water dribble and freeze in the fill tube, and the inlet valve still tested fine. A new filter and a cleared tube brought ice back.
We check the freezer temperature first, since most ice makers wait for a cold mold before they cycle. Then the supply: the shutoff, the saddle valve, the filter, and a meter reading across the inlet valve coil. After that we look for ice choking the fill tube and test whether the module itself has quit.
Short fills come from low water pressure, a clogged filter, a partly frozen fill tube or a sticky inlet valve. We measure what the valve delivers, run a fill with the filter bypassed where the model allows it, and fix whatever is choking the flow instead of simply lengthening the fill.
A power outage, a door left ajar or a freezer running warm lets cubes melt and refreeze together. The auger then jams and the dispenser grinds. The block comes out, the auger motor gets a meter check, the door seals are inspected, and we look for why the freezer warmed at all.
A cracked supply line, a loose compression fitting, a weeping saddle valve or a leaking inlet valve can all put water on the floor, and in older Olympia houses some of it may land in the crawlspace. We find the source, swap whatever cracked or wept, and hold the connection under pressure to prove it dry.
The auger motor may be turning against a frozen block, or the dispenser door flap may not be opening. French-door refrigerators that keep their ice maker up in the fresh-food door can frost over inside that compartment when its seal leaks. We clear it, test the motor and fix the seal or fan.
An expired filter, cubes that have sat for weeks, or open food nearby in the freezer usually explains it. Cloudy cubes are mostly air trapped by fast freezing and are harmless. A fresh cartridge and a few flushed gallons usually fix it, and we note how often your model expects the next one.
| What you notice | Likely cause | On the visit |
|---|---|---|
| Bin empty, freezer feels normal | Frozen fill tube, closed supply or failed module | Check freezer temperature, supply, valve and module |
| Cubes small or hollow | Low water pressure or a clogged filter | Measure the fill, replace the filter, test the valve |
| Ice fused into a solid block | Outage or warm freezer let cubes refreeze | Clear the bin, test the auger, find the cause |
| Water on the floor behind the fridge | Supply line, saddle valve or inlet valve leak | Trace the line, replace the failed fitting or valve |
| Frost inside the door ice compartment | Leaking compartment seal or ice fan fault | Defrost it, test the fan, repair the seal |
An ice maker diagnosis runs from the water source to the bin. We confirm the freezer is cold enough, then check that water reaches the refrigerator at usable pressure, whether the line starts at a saddle valve in the crawlspace or a modern shutoff under the sink. The inlet valve coils get a resistance reading, and the valve is checked for flow into a measuring cup. At the ice maker, a test cycle shows whether the module fills, harvests and resets; we look inside the fill tube for an ice plug and make sure the shutoff arm or bin sensor sits in the on position. When a part is proven at fault, you hear what it is and what caused it.
The makers we fix live in GE, Café, Frigidaire, KitchenAid, Whirlpool and LG refrigerators, among others, including the in-door units on French-door models. Standalone and countertop ice machines are outside our work. In rentals around Cooper Point and near Evergreen, nothing gets replaced until the landlord or manager reads the written figure by text and okays it. If the maker’s warranty still covers the refrigerator, you learn that first. As for the $99 diagnostic: once you approve, it is already part of the written total; say no, and the visit comes to that $99 alone.
If the water line runs through a crawlspace or an exterior wall, it can freeze on a hard-frost night and cut off the supply. The fill tube inside the freezer can also freeze when water dribbles in slowly. Once things thaw the ice maker may recover, but a line that froze once will freeze again unless it is rerouted or insulated.
Mostly in a good way. Soft water leaves little scale on inlet valves and fill tubes, so mineral buildup is rarely the cause of trouble here. Filters still matter for taste and sediment, and a clogged filter can cut flow enough to shrink cubes or freeze the fill tube. Change yours on the schedule your model calls for.
Most ice makers want a freezer near 0°F. Above that, many slow down or stop, since the mold has to reach a set temperature before it harvests. If the ice maker quit at the same time the ice cream went soft, the real problem may be a defrost or fan failure in the refrigerator itself, and we check that too.
No. We work on ice makers built into refrigerators, including in-door ice makers on French-door models and the familiar crescent-cube units inside the freezer. Standalone ice machines, countertop units and commercial equipment fall beyond the six kinds of appliance we handle, so we will tell you plainly rather than send someone who cannot help.
It becomes part of that written price. Nobody stacks a repair charge on top of the $99; the figure you approved already contains it. Skip the repair and the $99 pays for the trip and the meter work, and the charges end there. When the part must be ordered in, the second visit to install it adds no trip fee.
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.
