The finding, first
The icemaker on this platform is a simple mechanism with three external dependencies, and it is nearly always one of the dependencies that has failed. The commonest single finding is a fill tube frozen solid, which looks like a dead icemaker and is a twenty-minute thaw. Only the water valve and the mechanism need a technician, and both sit behind the rest of the list. The suffixed listings on this roster behave identically to the unsuffixed ones for this fault.
What is in the bin, and what it means
- Ice tastes or smells wrong — A filter at the end of its life, or ice that has been in the bin long enough to absorb everything else in the freezer.
- Ice production stopped after the filter was changed — Air trapped in the line after a cartridge change. It usually clears after several dispenses, and it is not a fault.
- Ice is being made but far too slowly — Usually a compartment that is not quite cold enough, or a restricted supply that fills the tray part way.
- Water on the floor of the freezer under the icemaker — Overfill, or a fill tube that is thawing and dripping. Either way the supply side is where to look.
- NEAR MISS — the whole freezer is soft — Then the icemaker is a symptom and the cooling failure page for this family is the one you want.
Causes, most likely first on this roster
- Fill tube frozen — First on this roster. The tube crosses from a warm space into a cold one and any drip left behind after a fill can freeze there, which plugs the line solid and leaves the mechanism harvesting nothing.
- Shut-off arm or bin sensor holding the mechanism off — The cheapest fault on the page. An arm lifted by stored food, or a beam broken by frost, reports a full bin to a mechanism looking at an empty one.
- Water filter blocked or overdue — A filter at the end of its life restricts flow enough to part-fill the tray, which is where hollow cubes come from. It also tends to be the last thing anyone thinks of.
- Water inlet valve or icemaker module failed — Bottom of the list. Both are genuine failures, both need testing rather than guessing, and that is where this page hands over.
The diagnostic order for this family
- Check the shut-off arm is down, or the bin sensor is clear — An arm held up by a stored bag stops production completely and takes a second to rule out.
- Dispense water at the door, if the cabinet has a dispenser — Water at the door proves the supply reaches the cabinet, which cuts the list in half immediately.
- Trace the supply line to the valve behind the cabinet — Look for a closed tap and for a kink where the cabinet was pushed back. Last on the list because it means moving the machine.
What to do before the panel comes off
Safety
Nothing below happens with the machine live. Unplug it or switch off its breaker, and treat any capacitor as charged until it has been discharged properly.
Models in the F family — This page covers the listings below and says so here, because it generalizes over all of them.
Reference| Model number | Family key |
|---|---|
| F58145 | auseo:refrigerator:f |
| F5887-GREY | auseo:refrigerator:f |
| F5890GN-GREEN | auseo:refrigerator:f |
| F5890R-RED | auseo:refrigerator:f |
The line between a fix and a call
Call once water reaches the cabinet, the compartment is genuinely cold, the arm is down and there is still no ice. At that point the fault is the inlet valve or the module, and both are tested with a meter rather than by inspection.
The rest of this family
Lead Appliance Repair Technician · 12 years experience
Experienced technician with 12 years specializing in washing machine and dryer repairs across all major brands.
