Two of these micro limit switches would work better:

Here's the setup: All that's needed are the coils, diodes micro limit switches capacitor and battery.

The coil's magnetic field cools the magnet. The external applied field makes the magnet's job aligning it's domains easier, so it needs to do less work and less heat is needed to fuel it.

The reciprocating magnet pump could cool refrigerant with the "Magneto Caloric Effect" (MCE). A cooling jacket could have coolent circulated through it by a flywheel pump. This setup may refrigerate for free!

A corollary is that the magnet needs to absorb heat to fuel it's domain self realignment after the external field is removed, and the generation of electricity is the byproduct.

This induction from the Quanta pushes the efficiency of the pump up to at least Unity from my measurements of half the unit.

The limit switch has three electrodes: One (Normally Open) NO/ one (Normally Closed) NC/ and a common terminal. The NC/ pin has a diode connected to it and goes to the positive of the capacitor.


The NO/ electrode is connected to the ground or negative of the battery, and the common terminal is connected to the tail end of the coil.

Here's a good video on the micro limit switch. Remember, the diode attaches to the normally closed pin, the coil end to the commutator and the ground to the NO/ pin.



https://www.youtube.com/watch?v=JmUinwXsQc4