Washing by movement and spin-drying are different operations. To pinpoint the fault, confirm what motion the design expects and whether the washer is actually draining the water.
The motion depends on the design
A horizontal drum tumbles the laundry; a vertical-axis machine may use an agitator or an impeller. Spin-drying accelerates the intended assembly to remove water. Not all parts move the same way in both phases.
Pauses, direction changes, and load-balancing maneuvers may be programmed. Compare the episode with normal operation and the manual before interpreting a stop as a fault.
Choose the symptom you actually observe
- If it washes with movement but does not remove water from the clothes, see no or insufficient spin-drying.
- On a vertical-axis automatic washer that fills and does not move the laundry, check no agitation.
- If it should tumble and stays still, use the diagnosis for stationary horizontal drum.
- If you notice unusual resistance with the machine unplugged, distinguish mechanical jam from the resistance inherent to the design.
- If the drum is off-center, rubbing, or has play independent of the tub, see play and sagging position.
The motor may be waiting for another condition
A door lock not recognized, retained water, or a protection state can prevent movement without the motor being the cause. A cycle that runs empty also does not identify a part: the load changes effort, balance, and control.
Do not repeat spin cycles when there are violent bangs, rubbing, or a hanging drum. Never bypass a sensor to observe the rotation with the lid open.
Frequently Asked Questions
Can it spin during washing and fail during spin-drying?
Yes. High-speed spinning requires draining, balance, and lock conditions that may not prevent wash movement. A part of the drive can also fail only under certain conditions.
Do drum pauses always indicate a fault?
No. The program may include soaking, sensing, direction changes, and load distribution. What matters is whether it resumes and completes the expected result.
Why should you not test rotation with the lid open?
The lid and its interlock protect against moving parts. Sensors should not be held in place or contacts bridged to watch the mechanism operate.
Explain which motions the machine still has; knowing that it washes but does not spin narrows the inspection better than saying it “doesn’t turn.”