When an Amana washer smells hot or trips protection, note when it occurs and leave the circuit off until it has been checked. The order below starts with water reaching wiring after a leak. Everything here can be done with what is already in the house, up to the point where the page hands over to a technician.
The signs, one by one
- Plug or socket warm after a cycle — From experience, warmth at a connection is a wiring fault.
- Burning or hot rubber smell — Nine times in ten, belt and motor smells are distinct and both matter.
- Breaker or protected outlet trips during a cycle — From experience, record it.
- Lights dim when the machine starts on an Amana washer — In the common case, dimming suggests a shared or weak circuit.
- Tingle when touching the machine and a tap on an Amana washer — Nine times in ten, any sensation is an isolate-at once symptom.
- Trip only during the heat phase on an Amana washer — In practice, heating faults trip circuits as elements fail to earth.
The likely causes in order on an Amana washer
- Water reaching wiring after a leak — In the common case, a leak into the base finds the wiring and trips the circuit. Record whether a leak preceded the trips. It takes the top place because no other cause here is both this frequent and this easy to test.
- Shared or overloaded circuit — On most units, a washer sharing a circuit with other heavy loads can trip without a fault. Note what else is running when the trip occurs.
- Damaged cord or a poor outlet connection on an Amana washer — From experience, it is visible and smellable. This rank reflects frequency rather than severity: the causes above are more likely, not more serious. Check the socket face for scorching.
- Heating element failing to earth on an Amana washer — The trip is tied to the heat phase. It falls here because the entries above it come up more frequently, though this one is far from rare. Check whether a cold wash completes ordinarily.
- Motor or pump winding breaking down — In the field, the trip is tied to spin or drain. Record whether the trip occurs at spin or at drain. It ranks last because everything above it is more frequent and costs less to check.
The sequence of checks
- First: water reaching wiring after a leak — Record whether a leak preceded the trips. This step follows the one above because the two share a symptom and only one of them survives it.
- Second: shared or overloaded circuit — It ranks here because the causes above it explain the same symptom more frequently. Note what else is running when the trip occurs.
- Third: damaged cord or a poor outlet connection — Check the socket face for scorching. It follows because the answer above narrows what a result here can mean.
Steps you can take now
- Record when it trips — On most units, the phase names the component and shortens the visit. Write down the program and the elapsed time at each trip.
About 10 min
- Isolate the machine — Turn off the circuit and leave it off until the fault is understood. Unplug the appliance or switch off its breaker before removing any panel; a capacitor can hold a charge after the power is off.
About 5 min
- Look for water under the machine — As a rule, water plus electricity is the combination this page exists for. Pull the machine forward with the power off and look for standing water.
Tools: Paper towel, TorchAbout 15 min
- Test the circuit without the washer — Nine times in ten, leave the machine unplugged, reset the breaker and use the circuit ordinarily for a day. One that still trips is a wiring problem.
About 25 min
Safety notes
Safety
Nothing below is done on a live machine. Unplug the appliance or switch off its breaker before removing any panel; a capacitor can hold a charge after the power is off. Do not tip a loaded machine; drain it first.
Where the owner line falls
Call a technician or an electrician for any repeated trip, any warmth at the plug, any burning smell or any sensation when touching the machine, in the common case. If the checks above point past the owner line, an appointment is the next step rather than another test.
Sources and standards referenced
General guidance- Manufacturer service manuals; OSHA control of hazardous energy standard — Manufacturer service manuals; OSHA control of hazardous energy standard, fetched
Nearest pages of the same kind
What this page does not cover
What follows is generalized information for this brand and appliance: it covers the fault class, not one particular model or production family. The order of causes shifts with build and installation, and those shifts are noted in the ranking rather than hidden in it. A more specific page for a particular Amana family or model does not exist yet. When it does, this page will link down to it and defer to it. The other problem pages for this appliance are indexed at amana-washer-problems.
Lead Appliance Repair Technician · 12 years experience
Experienced technician with 12 years specializing in washing machine and dryer repairs across all major brands.
