The short answer
On an AQC freezer the usual explanation for a water leak is meltwater rather than a burst part: a manual-defrost cabinet stores its defrost water as frost until something lets it go all at once. Work the order below rather than the order of expense: the two cheapest checks settle most of these before a tool comes out.
What you actually observe
- Water under the cabinet after a power cut or a defrost — Everything that was frost has become water, and there is always more of it than expected.
- Beads of moisture on the outside of the cabinet — Condensation from humid room air, which is not a leak.
- Water tracking out from under the door seal — Either a failed seal letting humid air in, or a cabinet leaning forward.
- Water only when the cabinet is very full — NEAR MISS: a door held fractionally open by the contents behaves exactly like a failed seal.
- Body: The AQC listings pair off, each capacity appearing twice with a different trailing letter, and the pairs behave alike for this fault.
Causes, most likely first on the AQC platform
- 1. Meltwater from accumulated frost — The volume surprises people. A cabinet carrying a season of frost can put more water on the floor than a small appliance ever holds. It leads because the AQC pairs differ in trim rather than in plumbing, so the drain behaves the same on all six listings.
- 2. The drain path out of the cabinet — The floor of the cabinet drains at one point. Blocked with packaging or frozen shut, the water stays and eventually goes over the lip; with the plug missing, it leaves onto the floor by design. Second on AQC, because the cause above it is found without tools and this one needs the cabinet empty first.
- 3. A gasket letting humid air in — The give-away is a repeatable local ice sheet on the inside wall directly behind the leak.
- 4. Room humidity on cold metal — In a humid room a cold shell will bead and run, and the water reaches the floor exactly the way a leak does. Nothing has failed; the air around the cabinet is carrying more water than the shell can stay dry against.
What to check first on these AQC models, and why
- 1. Ask what happened just before the water appeared — A power cut or a defrost explains most of these before a tool comes out.
- 2. Empty the cabinet and clear the drain point — Direct, quick, and the check most people skip.
- 3. Test the seal with a sheet of paper all round — Finds the spot where humid air is getting in.
Before you open anything
Safety
Isolate before you start: unplug it or switch off its breaker, and treat a capacitor as charged after the power is off. Dry the floor before the cabinet is powered again, and never chip at frost with a tool, because a punctured evaporator turns a free defrost into a sealed-system repair. No two AQC listings share a base number, so each one in the table is a distinct machine rather than a revision of its neighbour.
Models in the AQC family — The listings this family covers; it is a family page, not a model page.
Reference| Model number | Family key |
|---|---|
| AQC0501DRW | amana:freezer:aqc |
| AQC0501GRW | amana:freezer:aqc |
| AQC0701DRW | amana:freezer:aqc |
| AQC0701GRW | amana:freezer:aqc |
| AQC0902DRW | amana:freezer:aqc |
| AQC0902GRW | amana:freezer:aqc |
When to call a technician
Call when the water comes back in the same place after the drain, the level, the seal and a full defrost are all clean. Call immediately if water is reaching a socket or a lead. With six listings in the AQC table, quote the full model number when ordering anything: the differences between them are exactly the differences that matter to a parts counter.
The other symptoms covered for this family
Related pages
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