The short answer
Start here. On this washer, a trip at a specific step localises the fault better than any code could. Noting the step is free and useful; a trip on a dedicated circuit ends owner diagnosis.
What you actually see
- A tingle when touching the cabinet or the tap — Any sensation from an appliance means stopping immediately.
- A burning smell during a cycle — A smell is a stop-now condition rather than a symptom to work through.
- It trips only when it is first plugged in — A trip on plug-in is a different fault from one under load.
- Scorch marks or discolouration on the plug pins — Visible heat damage on the pins is conclusive.
Causes, ranked for this washer
- Heating element or motor fault — Top of the list: it is a real fault rather than a nuisance trip, and it is the point at which owner checks stop. Getting a definite answer here is worth more than a quick look at the three below it.
- Shared or overloaded circuit — Next: a washer is a heavy intermittent load, and a socket shared with a kettle, a heater or a dryer trips on the combination rather than on a fault. If this is the answer, the rest of the list stops mattering entirely.
- Water where it should not be — Then: it ranks high because it is the mechanism behind most genuine trips on a washer rather than a nuisance one. Where this checks out clean, treat the next entry as the working theory rather than a possibility.
What to check, in order
- First — which step it trips at — Note the step at which it trips. A trip at the heat step or at the spin step points at the component used then.
- Second — the circuit the machine is on — Note what else was running each time it tripped. That correlation is usually the whole diagnosis.
Checks an owner can do safely
- Step 1. Isolate the circuit and leave it isolated — At the first trip, tingle or burning smell, switch off at the breaker and unplug the machine. Nothing else here happens with it live.
Tools: noneAbout 1 min
- Step 2. Look for water at the base and the socket — Check under the machine, along the base plate and at the outlet. Dry everything completely before restoring power.
Tools: towels, flashlightAbout 20 min
- Step 3. Note which step it trips at — Run a cycle from a safe distance and record the step at which the protection operates. That single fact localises the fault.
Tools: pen and paperAbout 60 min
Before you open anything
Safety
Water and power both come off first. Shut the valve, pull the plug, and only then move the appliance. A capacitor can hold a charge after the power is off, and a wet floor turns a small fault into a serious one.
When this becomes a service call
Where the owner side ends is easy to state. A burning smell or heat damage on a plug or socket is a stop-now finding, and the socket needs checking as well as the appliance.
Sources
General guidance- The Control of Hazardous Energy (Lockout/Tagout) — OSHA 1910.147 and manufacturer service manuals, fetched
- Article 210 — Branch Circuits — NFPA 70 (National Electrical Code), fetched
Nearest pages
What this page does not cover
This is the general page. It applies to Black+Decker washers 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.
Lead Appliance Repair Technician · 12 years experience
Experienced technician with 12 years specializing in washing machine and dryer repairs across all major brands.
