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A leak on the AZC line is answered by where the water sits before it is answered by what failed. The model matrix on this page lists three model numbers under this family badge. Water under the crispers is melt water that could not drain; water at the back with the supply live is a joint; moisture on the liner is the door.
What you observe
- 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.
- A sheet of ice on the freezer floor — A hard sheet of ice under the bottom freezer basket, built in layers one defrost cycle at a time.
- Water at the front of the floor, usually after a cycle — Water appearing at the front edge of the floor some hours after the appliance has been running.
- 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 — Droplets on the shelves and running down the inside of the door, which is condensation rather than plumbing.
- NEAR MISS — water only in the drain pan at the back — That is the system working. Melt water collecting in the pan and evaporating is normal and needs nothing.
Causes, most likely first on the AZC line
- Supply line, inlet valve or dispenser tubing leaking — First here: the matrix on this page covers only a handful of closely related models and the priority is not probability but consequence — supply water keeps arriving while melt water does not.
- Blocked or frozen defrost drain — Second because once a live joint is excluded, melt water backing up behind a blocked drain accounts for the great majority of interior water on cabinets of this type.
- Door seal or a door not closing fully — Third because humid room air condensing inside a cabinet looks exactly like a leak and is the appliance doing what physics requires, and the repair is at the gasket rather than the drain.
- Drain pan cracked or off its seat — Last: uncommon, and it presents as water at the rear after the drain has already been proved clear.
Check in this order, and why
- Close the household water valve and leave it an hour — A leak that stops is supply water; one that continues is melt water, and the two lead in opposite directions.
- Look at the back of the unit for a wet joint or a wet pan — With the water off, any remaining wetness at the rear is the pan or the drain tube rather than a live joint.
- Clear the defrost drain at the freezer floor — Third, and the likeliest cause of water inside the cabinet once supply is excluded.
- Paper-test the gasket all round both doors — Paper-test both door gaskets last, because a door fault shows on the liner rather than on the floor.
Safety first
Safety
Switch the appliance off at the breaker or unplug it before working on it, and dry the floor first; a capacitor can hold a charge after the power is off. Never clear a frozen defrost drain with a metal probe pushed hard — the tubing behind the liner is thin. Warm water down the drain and patience do the job without turning a blockage into a hole.
Models in the AZC family
Reference| Model number | Family key |
|---|---|
| AZC31T15D* | amana:refrigerator:azc |
| AZC31T22D* | amana:refrigerator:azc |
| AZC5216LW | amana:refrigerator:azc |
When to call a technician
Call when the water is pressurised supply water, when the floor under the appliance has started to suffer, or when the drain will not clear from the freezer side. On the AZC line the owner side is the drain outlet, the gasket and the drain pan; anything that needs the liner opened or a water joint remade is a service call.
Nearest pages of this class
Lead Appliance Repair Technician · 12 years experience
Experienced technician with 12 years specializing in washing machine and dryer repairs across all major brands.
