The short answer
Water in or under a Conservator GRHS refrigerator has three possible origins and they are easy to tell apart: melt water that failed to drain, room air condensing on cold surfaces, or a supply connection on cabinets that have one. The brand-generic page establishes inside versus underneath first; that stands, and this family decides where to look next. A wildcard tail covers finish rather than mechanism, so the ranking below does not branch — one build, one layout, one order of checks.
What you observe
- Water pooling in the bottom of the fresh-food compartment — Classic blocked defrost drain: melt water with nowhere to go, backing up into the cabinet.
- Ice forming under the crisper drawers — The same blocked drain a stage earlier, freezing where it collects instead of running away.
- Water under the front of the cabinet on the floor — Either interior water escaping under the door, or the evaporation tray overflowing at the back and running forward.
- Droplets on the inner walls or the ceiling of the compartment — Condensation from room air getting in, which is a seal and closure question rather than a leak.
- NEAR MISS — water together with a cabinet that is not cold — Then the water is melt from a cooling fault and the cooling page is where to start.
Causes, most likely first on the GRHS models
- Blocked defrost drain — First on this family, and by a wide margin. The drain is a small opening behind or beneath the evaporator, and it blocks with debris and with ice. Once it does, every defrost cycle deposits its water inside the cabinet.
- Door seal admitting room air — Second. Warm moist air that reaches cold surfaces leaves its water behind, and on a cabinet with a tired seal that happens continuously. It reads as a leak even though nothing is leaking.
- Evaporation tray overflowing or displaced — Third. The tray sits over the compressor so its heat can evaporate what the drain delivers; knocked askew during a move, it puts the same water on the floor.
- Supply line or fitting, where one is fitted — Fourth, and only on cabinets that take a water connection. A weeping compression fitting produces a slow, steady puddle that does not respond to anything you do inside the cabinet.
Check in this order, and why
- Resolve the wildcard letters from the plate first — Ignore the wildcard when deciding what to check; it tells you the colour, not the configuration.
- Establish whether the water is inside or underneath — Inside points at the drain and the seal; underneath and towards the back points at the tray or a fitting. The two paths share no steps.
- Clear the drawers and look for the drain opening — Standing water or ice over it is the answer. Clearing it is owner work; keeping it clear means asking why it froze.
- Test the seal with a strip of paper all the way round — Anywhere the paper pulls out freely is admitting the moisture that becomes the water.
- Look behind the cabinet at the tray and any fitting — A tray out of position, or a damp fitting on a supply line, shows itself immediately once you are looking in the right place.
Before you open anything
Safety
Unplug the appliance or switch off its breaker before removing any panel. A capacitor can hold a charge after the power is off. Deal with standing water before you work rather than after, and keep the cabinet isolated while anything at the base is disturbed. Where a supply line is fitted, close its valve before touching a fitting. Never clear a frozen drain with a metal probe: the tubing is soft, and a punctured drain line turns a ten-minute job into a service call.
Models in the GRHS family
Reference| Model number | Family key |
|---|---|
| GRHS1762T* | conservator:refrigerator:grhs |
When to call a technician
Call when a cleared drain re-freezes within days, because that usually means the defrost side has a fault behind it rather than a blockage in front of it. Call once the owner-side checks are clean, quoting the plate code in full rather than the stem shown in the table. Call promptly for any leak at a supply fitting that does not stop when the fitting is re-seated, since a slow weep behind a cabinet does more damage to the floor than to the appliance.
Other pages for this family
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