Magnet coil cores, demagnetization power and Lenz delay.

[synchro1]

Those switch pictures are too large, sorry. I had to correct the wiring pattern above, I'm sure it's correct now. Anyway, running the neo sphere on the concave side of a cosmetic mirror would help. Positioning a normal "Lenz Drag" output coil on the opposite side of the mirror would help control the rotor speed. You can shut the coil off all together with the 4pdt switch if it starts to run away, and get a drag inducing output coil in place wired to a load. You'll either be off the grid at that point or collecting a pay check from the power company!

[synchro1]

I got more information on the switch which is designed to handle both AC and DC. Together with the center off position:

"If you zoom in on the pic it says it on the side. Here it is anyway: 10A 250V AC 15A 125V AC Also works for low voltage DC which is what we use them for"!

The running approach would involve accelerating a 1" diameter neo-sphere to top speed with the Bedini circuit, then "Flopping the toggle" for hyper "Lenz Repulsion" over drive.

The ball can slip inside a 1 & 1/4" diameter PVC coupling after it gets started. This will protect from shattering.

[synchro1]

I think the "Spiral Bifilar Toroid Coil" Bedini would work better for this hybrid drive circuit because spinning a sphere inside the core of a toroid coil maximizes ball stability.

https://www.youtube.com/watch?v=biDJ_xLtrcI&feature=related

Wrapping this kind of coil's pretty easy. I call it the "Quick and Dirty" Rodin coil. Start out transfering  two strands of wire to a spindle stick. Make a few loops of wire to act as a core to start spiraling the wires around in the same direction as the core loops. End up where the wires start and give the four ends a twist. Voila!

[thngr]

https://www.youtube.com/watch?v=HC7u7-gTdPI[/font] when loaded you can not see it be cause it was not allowed you to do so we have trust photos as allways jln labs do.

[synchro1]

https://www.youtube.com/watch?v=HC7u7-gTdPI[/font] when loaded you can not see it be cause it was not allowed you to do so we have trust photos as allways jln labs do.

@thngr,

Awesome results; 1600 to 3200 RPM! I"m certain the rotor would speed up even more if it was better balanced. The 4PDT Bedini switch can cause a direct short of the power coil causing an "infinite capacitor" load effect simply by connecting #6 to #8. The "Shorting" effect alone on the spiral coil neo-sphere should send it ballistic! The 4PDT switch looks like the best way so far to combine and short the two seperated Bedini bifilar power and trigger coils.