The short answer
When an Absocold PF cabinet stops making ice, the fault is far more often in the water getting to the mould than in the ice maker itself. An ice maker is a small machine bolted into a cold box: it needs water delivered, a compartment cold enough to freeze it, and a harvest cycle to drop the cubes. Work out which of those three has stopped and the part list shrinks to one. The table below lists one model for this family, so there is no second configuration to rule out before you begin.
What the mould looks like
- The mould is bone dry — No water is arriving, so everything downstream of the supply is irrelevant.
- The mould holds a single frozen slab — Water arrived and froze; the harvest did not run, or the cubes refroze on their way out.
- Cubes are small, hollow or misshapen — Short fills, which means flow is restricted rather than absent.
- The bin holds one fused lump rather than loose cubes — Melting and refreezing, which points at freezer temperature or a door that is not sealing.
- NEAR MISS — no ice, and the freezer is not really cold either — The cooling is the fault and the ice is only its symptom; read the cooling page for this family.
Where the chain breaks, most likely first on the PF line
- A water filter at the end of its life — Restriction builds gradually, so the first sign is small and hollow cubes rather than no ice at all, and owners rarely connect the two. On the PF family this holds without qualification, because the family covers one configuration rather than a spread of them.
- The supply tap, the line or a frozen fill tube — It is the longest part of the chain and the only part that passes through freezing air, so a tube that ices closed stops production dead while every component tests perfectly.
- The freezer running warmer than it should — The ice maker waits for its thermostat point before it will cycle at all, so a compartment a few degrees warm produces no ice rather than less ice.
- The ice maker module, motor or thermostat — The part everyone reaches for first, and it does fail — but it sits at the end of the chain, and replacing it while the water is restricted changes nothing at all.
The order to work through on these models
- Use the dispenser if one is fitted and judge the flow — A weak dispenser alongside poor ice points at the filter and skips the rest of the list.
- Confirm the supply valve is fully open and the line behind the cabinet is not kinked — No tools, no panels, and it accounts for a large share of no-ice calls.
- Confirm the freezer is at 0 degrees Fahrenheit, which is minus 18 degrees Celsius, or below — Decides whether this is an ice fault or a cooling fault wearing its clothes.
Models in the PF family
Reference| Model number | Family key |
|---|---|
| PF5011 | absocold:refrigerator:pf |
Isolate it first
Safety
Isolate the cabinet at its breaker, or draw the plug, before any panel is disturbed — stored charge can remain in a capacitor once the supply is gone. Never chip at evaporator ice with a tool or warm it with a flame: the pipework beneath is thin enough to open under both. Treat the sealed circuit as out of bounds, since recovering refrigerant is licensed work. Clear the shelves before the cabinet is walked out, because a loaded unit carries its weight high and is heavier than it looks. The freezer door switch stays exactly as the factory wired it.
When to call a technician
Call a technician when the supply, the filter and the freezer temperature are all proven good and the mould still will not fill or will not harvest. Call sooner if you find water anywhere on the floor or inside the cabinet base, because a leaking inlet valve or a split line does not get better on its own and a slow leak behind a refrigerator finds the floor covering long before it finds you.
Other problems covered for 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.
