Small cubes, hollow cubes or an empty bin usually trace back to the water supply in Lacey homes, not a dead ice maker.
Lacey draws its water from about twenty city wells, and they do not all run the same. Most run soft to moderately hard. A handful read a touch high on iron and manganese, judged by a guideline about taste and color rather than health, and a built-in ice maker notices even so. Fine sediment gathers in the screen at the inlet valve, flow drops, and the tray fills short. Iron and manganese can tint cubes or leave a film in the mold. Newer homes in Hawks Prairie usually feed the refrigerator through a thin supply line with a small shutoff behind the unit, and the refrigerator’s own filter catches much of the rest until it loads up. Cold months add a twist: a fill tube can ice over after one weak, slow fill.
A common call from the Lakes: the bin has not filled in a week, the door dispenser pours slowly, and the filter was changed last spring. We start behind the refrigerator. With the supply shut, we pull the line at the inlet valve and look at the screen; rust-colored grit there answers a lot. Next we time a fill into a measuring cup, because weak pressure makes small cubes long before it stops ice altogether. Next comes the fill tube, checked for ice, then a resistance reading on the valve coil, then the ice maker’s test cycle, watching mold heater, ejector and the bin-full arm or optical eye. On models with an ice compartment fan, we confirm that fan is moving cold air. Whichever link failed gets named and priced in writing.
| Sign | Likely cause | What we do |
|---|---|---|
| Cubes small, hollow or thin | Low pressure, a clogged inlet screen or a loaded filter | Time a fill and inspect the valve screen |
| Ice tastes metallic or looks tinted | Iron or manganese in the supply, or an overdue filter | Check the filter, clean the mold and inspect the supply line |
| Bin full of fused clumps | Dispenser rarely used, or warm air past a door seal | Check compartment temperature, the gasket and the auger motor |
| Water drips onto the ice or freezes in the chute | Inlet valve not closing fully | Watch and meter the valve; replace it if it weeps |
| Ice maker silent, bin empty | Frozen fill tube, failed module or a tripped sensor | Thaw and inspect the tube, then run the test cycle |
| Brand · code | Meaning | Our next step |
|---|---|---|
| LG · Er gF | Flow sensor sees too little water reaching the refrigerator | Check the supply valve, line and inlet screen before testing the sensor |
| LG · Er IS | Ice maker temperature sensor fault; the ice maker stops producing | Compare the sensor reading with a thermometer before replacing the ice maker |
| LG · Er IF | Ice compartment fan fault; cold air stops reaching the ice maker | Check the fan for frost lock, then test voltage at its connector |
| Frigidaire · DI SP | Ice has been jammed in the dispenser chute too long | Clear the chute, then find why cubes clumped: temperature, gasket or auger |
Book online or by phone and we text an arrival window. It helps to know whether the water dispenser still pours and when the filter was last changed. Our technician checks the supply first, because in Lacey the cause often sits upstream of the ice maker. Any code on the display gets read, then confirmed with a timed fill, a thermometer and a meter. We tell you which piece stopped working and write down one figure for the fix. Go ahead and the $99 already lives inside it; pass, and the call costs $99. Inlet valves and many ice modules come off the van. A shipped part means a return stop with no added trip fee, and the finished work is backed by a warranty on paper.
Not in the way very hard water is. Lacey’s wells run soft to moderately hard, so heavy scale is uncommon. The bigger issue is fine sediment and, from a few wells, trace iron and manganese. Both collect on the valve’s inlet screen and in the filter, choking the flow until the cubes come out small. A filter changed on schedule and a sound supply line prevent most of it.
Sometimes that is the right fix, but often it is not needed. A module that never gets enough water, or sits in air that is too warm, looks dead while working fine. We prove the module fails its own test cycle before recommending one. If the valve, fill tube or fan is the real cause, a new module would not have changed anything.
Yes. Plenty of homes in Hawks Prairie and along Martin Way carry an Olympia mailing address, and we cover them the same way. When you book, give the address exactly as it appears on your mail. If the development is new and map apps have not caught up, add a nearby cross street so our technician finds the right door.
The diagnostic is $99. Approve the repair we price and you will find that $99 counted within the figure on paper rather than stacked beside it. Decide against the repair and you owe us $99, full stop. The written figure always shows up before any work, and it is one number, never a spread.
We can. Rentals near Saint Martin’s and along College Street often sit empty for days with the water shut off, and a dry fill tube or a valve that stuck during the gap is common. The property owner or manager can sign off on our figure in a text reply, and we leave a short note on what failed and what went in.
The fault gets named and priced on paper; approve the work and the visit is already inside that figure.
