What this means on these models
Water on the floor under the BE line comes from one of three places: the defrost drain, the supply line to the ice maker or dispenser, or condensation that was never meant to leave the cabinet. The matrix on this page is the definitive list for this family: two model numbers. Where the water appears — inside the cabinet, under the crisper, or at the front of the floor — names the source before anything is dismantled.
Where the water shows up
- Water pooling under the crisper drawers — Water inside the cabinet at the lowest point is melt water that could not get out, not supply water getting in.
- Water at the front of the floor, usually after a cycle — A puddle that returns hours after being mopped tracks the defrost cycle rather than the supply.
- A steady drip at the back, near the floor — A slow drip at the rear near floor level that keeps going whether or not the unit has just cycled.
- Water running down the inside of the door liner — Condensation from warm humid air admitted past a tired gasket, which is a sealing problem rather than a plumbing one.
- Damp or buckled flooring under the appliance — Flooring that has darkened or lifted under the cabinet, which dates the leak far earlier than the puddle does.
- NEAR MISS — water only in the drain pan at the back — Water sitting in the drain pan at the back is the defrost system finishing correctly and needs nothing.
Causes, most likely first on the BE line
- Blocked or frozen defrost drain — Ranked first on the BE line: the matrix on this page covers only a handful of closely related models and the drain path is a narrow tube that carries debris-laden melt water on every defrost cycle, so it silts up and freezes closed on every cabinet of this type.
- Door seal admitting warm humid air — Second, and it often causes the first — the extra humidity a leaking door admits is what overloads the drain in the first place.
- Supply or dispenser line joint weeping — Third — less common than the drain, but the one with the worst consequences if it is left, because it does not stop.
- Cracked or displaced drain pan — Fourth because the pan itself rarely fails, and when it does the water arrives at the back of the appliance rather than inside it.
Check in this order, and why
- Empty the bottom of the cabinet and find where water collects — First because the collection point names the source: under the crispers is the drain, at the back is the pan or a supply joint, on the liner is condensation.
- Check the drain outlet at the back of the freezer floor — With the bottom basket out, a drain hole that is iced over or silted shut is visible, and clearing it is the repair.
- Run a strip of paper round each door seal — A leaking door is what overloads a drain, so clearing one without the other buys a few months.
- Pull the unit out and look at the pan and the supply joints — Last: it needs the appliance moved, and it is the check that matters only if the interior sources come back clean.
Before you open anything
Safety
Unplug the appliance or switch off its breaker and mop up first; a capacitor can hold a charge after the power is off. Clear a frozen drain with warm water and patience rather than a stiff wire — the tubing behind the liner is thin, and turning a blockage into a hole is not a repair anyone can undo.
Models in the BE family
Reference| Model number | Family key |
|---|---|
| BE1-442AR | amana:refrigerator:be |
| BE1-442F | amana:refrigerator:be |
Where owner work stops
The condition is whether the leak stops when the household water is shut off. If it does, a joint is involved and it is worth having done properly. If it does not, it is melt water, and clearing the drain and checking the gasket are reasonable owner work on these models. Damp flooring moves the whole thing to urgent regardless of the source.
Nearest pages of this class
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