The short version
On the BAR platform, no ice almost always means no water arriving rather than no ice maker working. The supply path fails in three well-known places before the module does, and each of the three is checkable without removing the ice maker from the cabinet.
The observable signs on this platform
- Cubes are hollow, undersized or fused into a slab — The fill is arriving but not completing, which is a restriction rather than an absence.
- You hear the fill valve buzz but no water reaches the mould — The control is calling correctly and the water is not following. That narrows it to the valve, the line pressure or a frozen fill tube.
- Ice tastes or smells wrong even though production is normal — That is a filter, a line or a storage question rather than a production fault, and it is worth separating from the rest before you diagnose further.
- NEAR MISS — the freezer itself is not holding temperature — Slow or cloudy production with a freezer that feels soft is a cooling fault wearing an ice-maker costume.
Causes, most likely first on the BAR family
- Water not reaching the cabinet at all — First on this family, and first by a wide margin. A shut-off left part-closed, a line crushed when the cabinet was pushed back, or a filter well past its service life all stop production completely and all look exactly like a dead ice maker from the front.
- Fill tube frozen closed — Second. When the flap seal at the mould wears, freezer air tracks up the fill tube and the next fill freezes short of the mould.
- Inlet valve failed electrically or clogged on the screen — Third. A valve that buzzes and passes nothing has either lost its solenoid or silted its inlet screen.
- Ice maker module, thermostat or mould heater — Fourth. The module ends a harvest by warming the mould and turning the ejector; a failed heater welds the cubes in place and a failed motor never turns them out.
The order to work in, and the reason for it
- 1. Confirm water is arriving at the cabinet — Check the shut-off is fully open and the line behind the unit is not crushed.
- 2. Look up the fill tube for ice — A tube frozen at the mould end is visible and is cleared with warm water, never with anything sharp.
- 3. Run a forced harvest and listen for the fill — A buzz with no water separates the valve from everything upstream of it.
Safety first
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 ice maker harness is live whenever the cabinet is, and the ejector turns without warning during a harvest, so do not reach into the mould with power on.
Models in the BAR family — The model numbers this page covers.
Reference| Model number | Family key |
|---|---|
| BA-R16-Black | bestappliance:refrigerator:bar |
| BA-R16-SS | bestappliance:refrigerator:bar |
| BA-R16-White | bestappliance:refrigerator:bar |
| BA-R24-Black | bestappliance:refrigerator:bar |
| BA-R24-SS | bestappliance:refrigerator:bar |
| BA-R24-White | bestappliance:refrigerator:bar |
| BA-R31F-Black | bestappliance:refrigerator:bar |
| BA-R31F-SS | bestappliance:refrigerator:bar |
| BA-R33-Black | bestappliance:refrigerator:bar |
| BA-R33-SS | bestappliance:refrigerator:bar |
When to call a technician
The line on the BAR cabinet is the inlet valve. Opening a shut-off, replacing a filter, straightening a line and thawing a fill tube are owner work and resolve most of these calls. Testing a solenoid, forcing a harvest through the service mode, and deciding between a module and a board are technician work.
Other problems covered for the BAR family
Lead Appliance Repair Technician · 12 years experience
Experienced technician with 12 years specializing in washing machine and dryer repairs across all major brands.
