The short answer for these models
A machine that stops partway is nearly always waiting for a condition it cannot meet, and it waits in silence. Water that has not arrived, a tub that has not emptied and a load it cannot balance are the three conditions. Where in the cycle it stops tells you which. What changes on the MFH models is the sequence rather than the diagnosis. A twin-tub keeps its wash and spin functions on separate motors and separate timers, so half the machine can fail while the other half works perfectly and hides it, which is why the function-by-function checks belong at the top of the list here.
What you actually see
- The MFH form you own, which changes what the rest of this list means — Check whether spin happens in its own basket. If it does, test each half separately before concluding anything.
- It hangs at the very start with little or no water — It stalls at the beginning with almost no water in the drum, which is a fill it never completed.
- It stops just before the spin with a full tub — A drainage problem. Most machines refuse to spin water and simply stop instead.
- It stops at a different point every time — Wandering stops rarely mean a mechanical part, because mechanical parts fail at the same step each time.
- It finishes but the load is still soaking wet — A wet load at the end is a failed spin dressed up as a completed cycle.
- NEAR MISS — it completes but water is left in the tub — Read the drainage page. The cycle ran; the pump-out did not.
Causes, most likely first on this family
- The load will not balance — Here because the behaviour is deliberate: the machine is refusing to spin a load it cannot balance, and spreading the load ends it. The ranking moves here for a reason particular to these models: how the unit is built changes what this finding means. That is what puts the function-by-function checks ahead of everything else on the list.
- The control, the timer or a sensor — Last because it is the diagnosis of exclusion and the only one here that needs a meter behind a panel.
Check in this order, and why
- First — note exactly where it stops — Beginning, before the spin, or randomly. That one observation splits the causes into three groups before you touch the machine.
- Second — redistribute the load and restart on a spin — Spread the load and run a spin-only program. A drum that spins happily when balanced was never faulty. On these models this is the step the construction changes: the answer only tells you something once you know which form the unit is.
Before you open anything
Safety
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 reach into a drum that has stopped unexpectedly until the machine is unplugged: a paused cycle can resume on its own once its condition is met. Shut the taps before disturbing any inlet connection.
Where the owner job ends
Book a visit once the supply, the drain, the filter and the load have all been checked and the cycle still stalls in the same place. Note exactly where it stops — at fill, at wash, at drain or at spin — because that is the single most useful thing a technician can be told.
The other symptoms covered for this family
Lead Appliance Repair Technician · 12 years experience
Experienced technician with 12 years specializing in washing machine and dryer repairs across all major brands.
