In short
Taking the F series on its own, a cabinet that runs and will not get cold resolves most often to an ambient temperature the cabinet was never built for. That differs from the brand-generic page above, which leads on a door gasket that has stopped sealing: on this roster the access and the layout move it down a place. 3 of the 4 causes below can be checked without a tool; the rest need a technician.
What you observe
- The compressor never cycles off — A unit that runs without ever reaching its cut-out is telling you it cannot get there, not that it is trying harder.
- Food at the front is cold while food at the back is frozen — Uneven, not warm, which is a distribution problem and usually a damper or a loaded vent.
- The cabinet cools better when it is nearly empty — A machine that can just manage a light load and not a full one is short of capacity rather than broken.
- NEAR MISS — the cabinet is cold but the ice maker is empty — Cooling is fine; the problem is in the ice circuit, which is covered on its own page.
Causes, most likely first on the F series
- An ambient temperature the cabinet was never built for — Where the machine stands decides half of what it can do. Direct sun, a neighbouring oven or a sealed cabinet surround all show up as a cooling complaint that is really a siting complaint.
- Blocked internal vents or an overloaded cabinet — Air has to go somewhere. Stack the shelves to the roof, or push a box against the back wall, and the cold sits in one place while the rest of the box drifts up.
- A temperature sensor or control reading the box wrongly — Electronic controls act on what they are told. A shorted or open sensor, or a control that has lost its calibration, leaves the compressor idle while the cabinet climbs.
- A start relay or overload that will not bring the compressor up — A compressor that tries, clicks off, and tries again a few minutes later is being cut out by its overload. That is a starting-circuit fault, not a cooling fault, and it needs a technician.
Check in this order, and why
- Look at the back wall inside for a frost slab — If the fan is running and the panel is iced, you have found the cause and the rest of the list does not apply.
- Put a thermometer in a glass of water in the middle shelf overnight — Cabinet air temperature swings every time the door opens; water does not, so it tells you what the food is actually seeing.
- Empty the cabinet down to a few items and watch it for a day — Capacity faults and airflow faults behave completely differently under a light load, and this is how to tell them apart for free.
- Only then consider the control and the sealed system — They are last because they are the two that cost money to be wrong about.
Before you open anything
Safety
Unplug the appliance or switch off its breaker before removing any panel. A capacitor can hold a charge after the power is off. The sealed system is off limits. It is licensed work, and a system opened without the right equipment is a system that cannot simply be closed again. Leave every interlock and door switch exactly as you find it: each one cuts power to something for a reason.
Models in the F family
Reference| Model number | Family key |
|---|---|
| F58145 | auseo:refrigerator:f |
| F5887-GREY | auseo:refrigerator:f |
| F5890GN-GREEN | auseo:refrigerator:f |
| F5890R-RED | auseo:refrigerator:f |
When to call a technician
The line falls here: what you can see, reach and clear with the machine isolated is owner work; the sealed system, the compressor and anything that has to be measured rather than looked at is not. On this page that puts a start relay or overload that will not bring the compressor up on the far side of the line.
Other problems covered for the F series
Lead Appliance Repair Technician · 12 years experience
Experienced technician with 12 years specializing in washing machine and dryer repairs across all major brands.
