What this means on these models
Ice production on the AQF line depends on three things in series: water arriving, the freezer being cold enough to freeze it on schedule, and the module cycling. The model matrix on this page lists six model numbers under this family badge. Working them in that order is what stops an owner replacing a module that was never at fault.
What you observe at the dispenser and the bin
- No ice at all and a full water line — A dispenser that pours water while the bin stays empty rules out the inlet valve and the supply line in one test.
- Hollow, undersized or cloudy cubes — Short fill or slow fill produces cubes that look right in outline and are light in the hand.
- Water pooling under the bin or freezing in the fill tube — A plug of ice in the fill tube that grows a little with every cycle until nothing gets through at all.
- The module cycles and nothing is ejected — The rake turns on schedule but the tray is empty, which puts the fault upstream at the valve or the tube.
- NEAR MISS — the whole freezer is soft and the cabinet is warm — Then this is a cooling failure and the ice maker is only the first thing you noticed; the cooling page is the right one.
What it usually is, in order
- Shut-off arm, bin sensor or a jammed harvest — First on the AQF line because a mechanism that has stopped itself is commoner than a mechanism that has broken, and because lifting the bin out to look costs nothing.
- Supply line, shut-off valve or a spent filter — Second: the water has to arrive before anything else matters, and a filter past its life restricts flow long before it blocks it.
- Fill tube iced over — Third because a valve weeping slightly refreezes in the fill tube and builds a plug, which is why this fault gets worse cycle by cycle rather than arriving all at once.
- Inlet valve, module or freezer temperature — Fourth because this group needs a measurement rather than a look, and because by this point everything cheap has been eliminated.
The check order on these models
- Take the bin right out and look at the arm, the sensor window and the tray — A stray cube under the arm or a jammed rake stops production with nothing broken.
- Dispense water at the door — This proves the supply path in one move and decides whether the search continues inside the freezer or outside the appliance.
- Check the fill tube for a plug of ice — A tube that has iced shut explains cycles that run and deliver nothing, and it is visible with the bin already out.
- Check the freezer temperature last — Leave the freezer temperature check until last, because a thermometer needs hours to settle and the quick checks usually finish the job first.
Before any panel comes off
Safety
Unplug the appliance or switch off its breaker before removing the ice maker or any panel — a capacitor can hold a charge after the power is off. Close the household water shut-off before disconnecting any line, and never thaw a frozen fill tube with a heat gun or an open flame; warm water or a hair dryer on low, at a distance, is the method that does not melt the tube or damage the liner.
Models in the AQF family
Reference| Model number | Family key |
|---|---|
| AQF1201TRW | amana:refrigerator:aqf |
| AQF1613TEW | amana:refrigerator:aqf |
| AQF1613TEW* | amana:refrigerator:aqf |
| AQF2013TEW | amana:refrigerator:aqf |
| AQF2013TEW* | amana:refrigerator:aqf |
| AQF2023TEW | amana:refrigerator:aqf |
Where owner work stops
The line here is water. Checking the filter, the supply valve, the arm and the temperature are owner jobs on these models. Anything that involves disconnecting the inlet valve, replacing a fill tube or opening the freezer liner is a service call, because a badly seated water connection turns an ice fault into a floor repair.
Nearest pages of this class
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