Start here
The BUFR line places its mould and its bin where a bridged cube stalls the sweep arm, so on the models listed in the table on this page an empty bin with a full mould is the pattern to look for first. Clearing a bridge is a two-minute job and it is the most common reason these units appear to be dead.
What this looks like in the kitchen
- The first cubes after a repair are cloudy or small — Air in the line after any filter or plumbing work produces two or three poor batches before it settles.
- The dispenser chute is blocked with fused ice — A full bin with no delivery is a chute problem, not a production problem. That much is common to the whole BUFR line.
- Cubes are small, hollow or misshapen — Hollow cubes are the signature of a restricted supply rather than of a failing ice maker.
- Production has slowed rather than stopped — Half the usual output usually means a filter near the end of its life or a supply that has been throttled at the tap.
- The unit fills but then buzzes without dispensing — A fill valve energising against a blocked or frozen tube hums for the length of the attempt and delivers nothing.
- NEAR MISS — the whole freezer is warm as well — Then this is a cooling fault and the ice maker is an innocent bystander. Start with the cooling page.
- NEAR MISS — the unit was switched off at the arm — The wire arm or the paddle switch turns the unit off, and it is knocked off far more often than anyone admits.
Causes, most likely first
- Low water pressure at the property — First — and it is not close. Pressure is invisible from the kitchen and it produces small cubes rather than no cubes. On the models listed in the table on this page this is the check that decides the job.
- The shut-off arm or paddle holding the unit off — Then this. The arm rides up on a full bin by design, and it stays up if a bag or a container props it. The unit stops exactly as designed.
- A freezer that is not cold enough to harvest — Third most likely. The mould thermostat only releases at its harvest temperature. A freezer drifting above that makes ice slowly and eventually not at all. The BUFR line is no worse than its siblings here, but it is no better either.
- A blocked dispenser chute — Fourth in the ranking. Ice bridges in the chute rather than in the mould, so the unit is working perfectly and nothing arrives at the glass.
- A failed mould heater, motor or thermostat — Near the bottom of the list. These are the parts everyone suspects first and the parts that fail last. Diagnose them only when the water side is proven good.
What to check first, second, third
- Measure the freezer temperature — Read the compartment temperature before suspecting the module: a freezer holds food safely at 0 °F (−18 °C) or below.
- Check the arm is down and the unit is switched on — Ten seconds, no tools, and it explains a surprising share of dead ice makers. The BUFR line behaves the same way here from one model to the next.
- Look for a frozen bead at the fill tube outlet — Inspect the tube where it enters the mould. A clear plug of ice there is the whole answer.
- Time how long the mould takes to fill — Watching one fill cycle tells you more than any number of empty-bin inspections.
Isolate it first
Safety
Switch the circuit off before any work, keep water away from the compressor compartment, and get a second person before walking a loaded cabinet away from the wall. Most injuries on this appliance are lifting injuries rather than electrical ones.
Models in the BUFR family
Reference| Model number | Family key |
|---|---|
| BUFR2715MG | beko:refrigerator:bufr |
| BUFR2715SSIM | beko:refrigerator:bufr |
| BUFR2715WH | beko:refrigerator:bufr |
When to call a technician
Call once water, pressure, temperature and the chute have all been proven and the bin is still empty. What is left is the module and its connector, and that needs a meter.
Related pages for this line
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