Start here
Start with a drain pump that no longer moves water: on the NFW models it accounts for more of this complaint than the rest of the list put together. This line is a close pair of models rather than a spread, so the build is effectively uniform and the seal-and-fit causes come forward.
What this looks like from the front
- Water backs up out of the standpipe — That points away from the machine and at the house drain.
- Foam is standing above the water in the drum — Suds prevent the pump priming, and the machine waits.
- The machine empties continuously while it is trying to fill — Which is the opposite fault, and it is a hose-height problem.
- NEAR MISS — the drum is empty and the cycle still will not advance — Then the level sensing is the question, and the drain has already done its job.
The ranking that matters here on the NFW line
- A drain pump that no longer moves water — Ranked first here — it is the component most exposed to what the filter misses.
- A drain hose set low enough to siphon — Second here — it produces the opposite complaint — water leaving continuously — and it has to be distinguished early.
- Level sensing that says water is still present — Third here — it stops the cycle advancing rather than stopping the water leaving.
- Body: Two closely related models means what holds for one holds for the other, which is why the order below is stated without a hedge. One swap follows from that: a drain hose set low enough to siphon ahead of level sensing, which is not where a generic list would put either.
The order of checks, and the reason for it
- Listen at the drain step for whether the pump runs at all — A pump you can hear that moves nothing is different from a pump you cannot hear.
- Check the height of the hose where it enters the standpipe — A hose that runs below the drum level will empty the machine as fast as it fills.
- Note whether the drum is actually empty when the machine says it is not — An empty drum that will not advance points at what measures the level.
- Body: Two closely related models share a layout, so a check that works on one works on the other and the order below does not change between them. Every check pairs with the cause at the same position, which is what makes a negative result useful rather than merely disappointing.
What to do before you touch it
Safety
Unplug the appliance or switch off its breaker before removing any panel — a capacitor can hold a charge after the power is off. Shut both taps and lay towels and a shallow tray before opening a pump filter: a stalled machine may hold a full drum, and it comes out faster than a bowl will take. Do not force a locked door with water behind it, and keep the floor dry while the machine is plugged in.
Models in the NFW family — Every model this page covers, exactly as the model line is recorded. Nothing outside this table is a model number, and nothing on this page claims to cover a model that is not in it.
Reference| Model number | Family key |
|---|---|
| NFW5800D*+ | amana:washer:nfw |
| NFW5800H** | amana:washer:nfw |
The line between a fix and a call
Call when the filter is clear, the hose run is straight, the standpipe drains and the machine still will not empty — at that point the pump or the sump hose is the answer, and both need the machine opened. Call at once if water is reaching a socket or an extension lead. Of the causes listed above, most are owner checks and the last is not — that is the line.
Pages alongside this one
- Amana NFW washer — a noise or a walk that is new: what changes on this model line
- Amana NFW washer — a cycle that stalls or will not finish: what changes on this model line
- Amana NFW washer — water on the floor: what changes on this model line
- Amana NFW washer — a machine that will not start: what changes on this model line
Lead Appliance Repair Technician · 12 years experience
Experienced technician with 12 years specializing in washing machine and dryer repairs across all major brands.
