Mostly Permanent Magnet Motor with minimal Input Power

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Here's the latest setup:

https://www.youtube.com/watch?v=vmhiFd4rw_w

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Reed switch.

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I plan to replace the limit switch with this kind of ferrite copper spring Reed switch: It has to trellis off the axial sleeve, the Reed exerts no pressure. This oscillator would burn a store bought Reed switch out fast.

https://www.youtube.com/watch?v=5UqRnr9y6So

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"The Kundel Magnetic Coupling Device can turn a Voice Coil Motor runnig at 3,250 oscillations per min. into 3,250 RPM's. Any oscillation: thermodynamic cycle, wave energy or event a piezo element can be converted into continuous rotational output".

Embeding Neos in the spool walls and attaching the spool to the Wash Tub ceramic bearing alone would achieve 3,600 RPM's where the bearing is designed to run. The diametric piston would need to reduce in size, and the throw would be in the micro millimeter range.

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This plastic spline can fit inside a tube and attach at the ends, perhaps to a second bearing at the Kundel rotor.

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Kundel shows his motor sanding a board, and the input is not affected by the load. What effect would sliding the heavy Lenz drag stator, output coil and 120 A.C. bulb onto the back of the tub drain magnet housing have on the input?

Attaching an axial magnet to the end of the spline, and running a tub drain motor next to it from wall power would spin the Kundel spool at 36K. A "Kill-a-watt" meter should register the 120 volt A.C. bulb lighting up, right? What could explain that if it behaved like Kundel's sander?