The answer first
ARBM models take this one slightly differently. Ice production stops for three reasons in order of likelihood: the feed is interrupted, the freezer is not cold enough to complete a harvest, or the shut-off arm is being held in its stop position. Only after those does the module itself come into scope. The departure from the generic page is in where the first check goes.
Signs and near misses on a ARBM unit
- A block of ice sits in the mould and will not release — The harvest is not completing, which happens when the compartment is not cold enough or the ejector is jammed. Read this one against the ARBM models listed below.
- Neither water nor ice at the dispenser — That is a supply or valve fault, and it is the branch that starts at the household shut-off.
- Cubes taste stale or smell of the freezer — Old ice sitting unused absorbs whatever the compartment smells of. It is a sign of low turnover, not of a fault.
- Cubes are fused into a single lump in the bin — Ice that has partly melted and refrozen, which follows a compartment cycling warm.
- NEAR MISS: the whole cabinet is warm as well — Then this is a cooling fault and the ice is only the first symptom of it. That belongs on the cooling page.
What it usually turns out to be on the ARBM line
- The shut-off arm is held in its stop position — Ranked first because it costs nothing to check and explains a startling share of these calls. A bag of peas leaning on the arm reads to the control as a full bin. The ARBM build does not move this one: its rank is the same here as on the brand-generic page.
- A failed water inlet valve — Below the filter on the list because it fails less often, and because it usually takes the dispenser water with it — which is a free way to tell the two apart.
- A control board fault affecting the harvest cycle — Last. It is the least common cause on this list, and it almost always shows itself somewhere else on the appliance as well.
The order that narrows it
- Put a thermometer in the freezer and read it after several hours — A freezer holds food safely at 0 degrees Fahrenheit or below, and an ice maker needs that cold to complete a harvest. Food that is frozen is not proof the compartment is cold enough. The ARBM layout is the reason it comes first here.
- Look for ice behind the ice maker rather than in it — A frozen fill tube leaves its evidence at the back wall, and it is unmistakable once you know to look.
- Run the dispenser for a full minute rather than a few seconds — An air lock clears on a sustained draw and not on a short one.
Before you open anything
Safety
Unplug the appliance or switch off its breaker before removing any panel, and keep it unplugged while the panel is off — a capacitor can hold a charge after the power is gone. Turn the water supply off at its valve before disturbing any line, and have a towel ready; even a closed line holds water.
Models in the ARBM family
Reference| Model number | Family key |
|---|---|
| ARBM115SB | aviva:refrigerator:arbm |
| ARBM177SE | aviva:refrigerator:arbm |
| ARBM184FSE2 | aviva:refrigerator:arbm |
| ARBM184FSE3 | aviva:refrigerator:arbm |
| ARBM187** | aviva:refrigerator:arbm |
| ARBM188*E4 | aviva:refrigerator:arbm |
Where the owner side ends
Call once the arm, the temperature, the filter and the supply line have all been ruled out. What is left is tested electrically, and that is the line. Call sooner if water is arriving where it should not — a fill running down the back wall will ice the compartment and become a bigger job than the ice maker.
The nearest pages for the ARBM line
Lead Appliance Repair Technician · 12 years experience
Experienced technician with 12 years specializing in washing machine and dryer repairs across all major brands.
