The short answer
Both generations drain their meltwater into the same tray on top of the compressor, but they collect it in different places and they block for different reasons. An earlier direct-cool cabinet drains from a hole at the base of the cold plate, which blocks with food debris. A later frost-free cabinet drains from a trough under the evaporator, which blocks with ice.
What you are seeing
- A pool of water under the crisper drawers — Note: The drain is blocked and meltwater is collecting at the lowest point of the liner. The commonest leak on both generations.
- Water running down the inside of the back wall of the fridge — Note: On a later cabinet, the drain trough beneath the evaporator has iced over and the melt is overflowing it.
- Water on the floor at the front when a door is opened — Note: The cabinet is tilted forward, so meltwater crosses the liner floor instead of reaching the drain.
- A puddle behind the cabinet — Note: The evaporation tray on the compressor is cracked, displaced, or the drain tube has come off it.
- A single large flood after a power cut — Note: Everything melted at once and the tray could not keep up. Expected behaviour rather than a fault.
- Beads of water on the outside of the cabinet near a door edge — Note: Room air reaching a cold surface through a hardened seal, which is a door problem.
Ranked causes on this brand
- Drain blocked with food debris at the base of the cold plate, earlier generation — Why this rank: First for that generation because the drain hole sits uncovered and unfiltered at the lowest point of a compartment where crumbs and leaves collect, and nothing in the machine cleans it.
- Drain trough iced over beneath the evaporator, later generation — Why this rank: First for that generation and second overall because a defrost circuit working marginally lets meltwater refreeze in the trough before it can run away, and that version returns after every clearing until the defrost fault is dealt with.
- Drain tube perished or detached behind the cabinet — Why this rank: Third because these cabinets are old enough that the flexible tube between the liner and the tray has hardened, split or slipped off its spigot.
- Evaporation tray cracked or displaced — Why this rank: Fourth: it is the only cause that puts water behind the cabinet rather than inside it, which makes it easy to place, and a plastic tray of this age becomes brittle.
- Cabinet tilted forward on its feet or held out of level by its housing — Why this rank: Fifth because the liner floor is nearly flat with only a shallow fall to the drain, so a small tilt sends water over the front lip instead.
- Hardened door seal multiplying the meltwater the drain must handle — Why this rank: Last as a cause in its own right, but it is what turns a partly restricted drain into a flooding one and it is why leaks return weeks after clearing.
What to check, in order
- Establish the generation and find exactly where the water is appearing — Why: Which drain you are looking for depends on the cabinet, and where the water is decides the cause.
- Look at the back wall of the fridge liner for a plate with a drain channel, or at the rear freezer panel for ice — Why: This locates the drain and, on a later cabinet, often finds the blockage at the same time.
- Put a spirit level on the top of the cabinet — Why: A forward tilt explains front-lip water and also explains why a marginal drain never clears itself.
- Find the drain hole or trough and see whether water is standing in it — Why: A visibly full drain confirms the blockage without any dismantling.
- Draw the cabinet out and look at the tray and the tube that feeds it — Why: This is the only cause that puts water behind the appliance, and on a cabinet of this age the tube itself is a candidate.
Checks you can do safely
- Mop the water up, dry the area and note over the next day exactly where it returns and whether it is inside the cabinet or on the floor. — Tools: towels — Time: a day of observation
- Photograph the rating plate and note whether the fridge liner has a visible cold plate with a drain channel at its base. — Tools: a phone camera — Time: ten minutes
- Unplug the cabinet, empty it, and flush warm water through the drain with a turkey baster until it runs freely. Do not push wire into it. — Tools: turkey baster, warm water, towels — Time: half an hour
- Let the cabinet defrost completely with the doors open and towels underneath, so the drain starts from a clean and ice-free state. — Tools: towels, shallow trays — Time: eight hours or overnight
- Draw the cabinet out, seat the evaporation tray flat, check it for cracks, and confirm the drain tube is intact and pushed fully onto its spigot. — Tools: torch — Time: twenty minutes
- Level the cabinet on its feet, then press the door gaskets with a thumb and run a paper strip test at four points on each side. — Tools: spirit level, adjustable wrench, paper strip — Time: half an hour
Before you open anything
Safety
Unplug the refrigerator before clearing a drain, removing a rear freezer panel or handling the evaporation tray, and mop standing water from the floor before restoring power. The start relay and overload sit on the compressor pins at mains potential whenever the cabinet is plugged in. Never push wire, a coat hanger or a skewer into a drain: refrigerant tubing is bonded directly behind the liner and a puncture ends the cabinet. Never chip ice from a plate or an evaporator with a tool. Get help before moving a top-heavy cabinet. Unplug the appliance or switch off its breaker before removing any panel. A capacitor can hold a charge after the power is off. — Id: unplug-before-service A refrigerator holds food safely at 40 °F (4 °C) or below. — Id: fridge-40f
Where the service line falls
A later frost-free cabinet re-ices its drain trough within days of being cleared, which points at the defrost heater or its cut-out rather than at a blockage. The drain runs clear, the cabinet is level and the seals pass a paper test, and water still collects inside every day. The drain tube has perished or split, which on this badge means matching a replacement by diameter and spigot against the group-sibling machines rather than ordering by name. The liner is cracked at the base of the drain, which lets water into the insulation and cannot be sealed reliably. You find an oily residue with the water rather than clean or stale meltwater, which indicates the sealed system and is regulated work.
Nearest pages
What this page does not cover
This page covers both production generations, including the direct-cool drain at the base of the cold plate and the frost-free trough beneath the evaporator. It describes no one model family, and it does not cover cabinets with a plumbed dispenser or ice maker. For the everyday symptom-first version of this diagnosis, use the brand page rather than this manufacturer-entity one. This page is addressed to the manufacturer entity rather than to a single cabinet, so it covers both production generations and describes no one model family. Everything here depends on the rating plate inside the liner, which names the platform and is what a parts desk cross-references against the group-sibling badges that shared it.
Links down: - [Fagor Electrodomesticos / FAGOR Refrigerator: Not Cooling or Not Freezing](/blog/fagor-electrodomesticos-fagor-refrigerator-cooling-failure) - [Fagor Electrodomesticos / FAGOR Refrigerator: Door, Latch or Seal Fault](/blog/fagor-electrodomesticos-fagor-refrigerator-door-seal)
Lead Appliance Repair Technician · 12 years experience
Experienced technician with 12 years specializing in washing machine and dryer repairs across all major brands.
