The short answer
Start here. On this refrigerator, a hinge reversal leaves the door slightly out of plane far more often than it damages the gasket. Squaring the door and tightening the hardware is owner work if you did the reversal; otherwise it is a short service visit.
What you actually see
- Condensation on the inside of the door frame — Beads of water on the frame mark where warm room air is meeting cold cabinet air.
- A visible gap at one corner of the closed door — Gaps almost always start at the top hinge corner or the bottom of the handle side.
- The compressor runs far more than it used to — A leaking door is a continuous load, and longer run times are the first measurable effect.
Causes, ranked for this refrigerator
- Door alignment shifted after a hinge reversal — Top of the list: it is last because it only applies to units that have been altered, but on those it is the first thing to check. Getting a definite answer here is worth more than a quick look at the three below it.
- Hinge worn or loose so the door hangs low — Next: a sagging door meets the cabinet at an angle, and the seal only touches along part of its length. If this is the answer, the rest of the list stops mattering entirely.
- Gasket compressed flat from age — Then: it is first because it is the failure the part is designed to have eventually, and it arrives quietly rather than all at once. Where this checks out clean, treat the next entry as the working theory rather than a possibility.
What to check, in order
- First — the hinge hardware — Ask whether the door has ever been swapped to the other side. If so, check every hinge screw is tight and the door sits square.
- Second — the hinges — Look at the gap around the closed door from the side. A wedge-shaped gap is a hanging door, not a flat gasket.
Checks an owner can do safely
- Step 1. Run the paper test around the whole door — Close the door on a sheet of paper and pull. Repeat every hand-width. Free-sliding paper marks a leak; drag means the seal is holding there.
Tools: sheet of paperAbout 10 min
- Step 2. Reseat any lifted section of gasket — Run a thumb around the inner edge and press any proud section back into its channel. A section that will not stay needs the retaining panel checked.
Tools: noneAbout 10 min
- Step 3. Check the door shelves for obstructions — Empty the door and the top shelf, close the door slowly and watch the last inch for contact before it is home.
Tools: noneAbout 10 min
Before you open anything
Safety
Disconnect power at the plug or the breaker before opening anything. A capacitor can hold a charge after the power is off, which is why a panel that has been dead for a minute is still treated as live. If a check requires the unit running, that check is not an owner check.
When this becomes a service call
The line is not about confidence, it is about what the next step needs. If the seal passes the paper test all the way round and the cabinet still runs constantly, the fault is not the door and the cooling checks are the right page.
Sources
General guidance- The Control of Hazardous Energy (Lockout/Tagout) — OSHA 1910.147 and manufacturer service manuals, fetched
Nearest pages
What this page does not cover
This is the general page. It applies to Black+Decker refrigerators broadly and deliberately avoids anything that would only be true of one family or one production run — board revisions, part numbers, code tables and torque figures all belong a level down. Where such a page exists it takes precedence over this one, and Related pages is where to find it.
Related pages
Lead Appliance Repair Technician · 12 years experience
Experienced technician with 12 years specializing in washing machine and dryer repairs across all major brands.
