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Ice faults on an Arctic Wind ABMO refrigerator split into three: no water arriving, water arriving and not freezing in time, or ice forming and not releasing. This page covers one base number, ABMO171E, carried twice in the parts data. Which of the three you have is usually decided by looking in the bin rather than by taking anything apart.
The observable signs
- A thin sheet of ice under the bin — Water is entering when it should not, or the fill tube is dribbling after the valve closes. It tends to arrive with a leak complaint as well.
- Ice production started falling after a filter change — Restriction or air in the line. The filter path is upstream of everything and is worth ruling out early.
- NEAR MISS - water pooling on the floor as well as no ice — A supply-line leak presents as both at once. The water-leak page for this family covers it.
Ranked by what actually turns up
- Shut-off arm or bin sensor reading full — At the top because it is the only cause on this page that can be created accidentally by putting the shopping away, which makes it both the commonest and the least suspected.
- Household water supply, saddle valve or filter restriction — Here because everything upstream of the cabinet is invisible from the kitchen, and because the classic trigger is something that happened to the plumbing rather than to the appliance.
- Water inlet valve failing or partly blocked — Placed at this point because it sits at the back of the cabinet rather than in the freezer, which makes it a different job entirely from the module swap owners usually have in mind.
- Ice maker module, motor or thermostat failed — Last on this list rather than first. The module does fail - the harvest motor, the mould heater or the thermostat that starts the cycle - but every cause above it is cheaper to confirm and more often responsible.
- Body: The order here follows the water and the temperature, not the parts catalogue. On the ABMO roster everything above the module is cheaper to test than the module is to buy, which is the entire argument for working down rather than in.
Check in this order, and why
- Look at the shape of the cubes being made — Hollow and small means short fill; cloudy and fused means slow freeze. The shape sorts the water branch from the temperature branch.
- Look for a sheet of ice under the bin or in the fill tube — Ice below the bin means water is arriving when it should not, which points at the valve or the tube rather than the module.
- Body: Work down this list. The first two checks need nothing but an open freezer door and a thermometer, and between them they account for the large majority of no-ice calls on cabinets of this type.
Before you open anything
Safety
Switch the unit off at the breaker or unplug it before removing the module, and close the water shut-off first. A capacitor can hold a charge after the power is off. If water has reached anything electrical inside the cabinet, stop and call - do not power the appliance back up to test it.
Models in the ABMO family — This page generalizes over every listing in the roster below; where the models diverge for this fault the text says so, and where it does not, they behave alike. A starred entry in the table is the same base number recorded a second way in the parts data; treat it as the same platform for this fault unless your own parts diagram says otherwise.
Reference| Model number | Family key |
|---|---|
| ABMO171E | arctic-wind:refrigerator:abmo |
| ABMO171E* | arctic-wind:refrigerator:abmo |
When to call a technician
Call when the evidence points at the module rather than at the water - a mould that fills and freezes correctly and then never harvests, with temperature and supply both confirmed. That is the one branch on this page where the expensive answer is the right answer, and it is worth having confirmed rather than guessed.
Other pages for this family
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