Appliances Neutral drain function in washing machines

AI Thread Summary
The discussion centers on the neutral drain function of Whirlpool/Kenmore direct drive washers, which is a phase where the washer pumps out water without spinning or agitating. The mechanism behind this function is not immediately clear, even after disassembling and reassembling the gear case. Observations indicate that the direction of the shaft's rotation changes between agitation and spinning, but the implementation of neutral draining remains elusive. Online resources suggest that pauses in motor rotation control the activation and deactivation of neutral draining, raising questions about how a mechanical device can respond so adaptively. The possibility of a centrifugal clutch being involved in this process is mentioned as a potential explanation.
Stephen Tashi
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Is there a animation showing how the gear case in a Whirlpool/Kenmore direct drive washer implements neutral draining?
It would be interesting to me (but not essential) to see a visual explanation of how the gear case in a Whilepool/Kenmore direct drive washer implements the neutral drain function. The neutral drain function is a period of time when the washer is pumping out water but not spinning or agitating. I've disassembled and reassembled a Kenmore direct drive gear case guided by the detailed video

I can see (first hand) how changing the direction of rotation of the shaft switches from agitation to spinning. But I don't see how it implements neutral draining. Articles on the web say that a pause in the motor rotation activates and deactivates the neutral draining. It's hard to see how a purely mechanical device can react so flexibly to pauses.
 
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Centrifugal clutch ??
 
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