Here is the drawing of the dream for Permogater II:
This is my first attempt at creating an "over unity" device. One that appears to generate more energy than it consumes. Although, permanent magnets contain energy that doesn't appear to increase in entropy, under ambient conditions, there is no magic intended, other than to utilize that apparently inexhaustable energy. Unlike the big bang theorists, however, I will not attempt to violate Newton's third law.
This device uses the same coils as Permogater I, which are pried out of surplus ferrite chokes and have about 50 turns of 20 AWG magnet wire, each. There are 30 per stator, or a total of 60 in the alternator. 15 coils comprise the motor. The energy contained in the alternator magnets, I will attempt to utilize 4 times to generate power for each time that I utilize the energy in the motor magnets. We shall see how that works.
Using a 555 timer chip to control battery pulses to the coils in the motor, thus attracting 1/2 by 1/4 neo magnets to them, should cause the disc the magnets are mounted on to spin rapidly. This is the same principle used in Permogator I and I am confident of this happening in this larger, heavier machine. In turn the motion will cause the magnets mounted between the coils on the rim of the disc to generate electricity by stimulating magnetic flux in the coils. Alternating the poles of the magnets should produce AC current and the way the coils are oriented, it will be two phases at 90 degrees (though it could easily be 4 phases).
I have designed the coil windings on one side of the rotor to face opposite those on the other side. I don't know if this is the best way. Input would be appreciated.
The material of the rotor is clear acrylic. Two 1/4 by ten inch discs, obtained from Tapp Plastics (very nicely round and laser cut, polished edges) are laminated together to give an overall thickness of about 1/2". Pockets will be drilled back to back for the alternator magnets and so, there should be no need to glue them in. They will hold themselves there quite nicely, I think. Don't know yet if the inside mags will need some glue or not.
One thing I found when building Permogator I, was, the space between the coils and magnets had a lot to do with the power generated. I'm going for a .031" air gap on this machine. I hope I get the holes for the shaft, bearings and collars straight! This is my biggest nightmare.
The shaft and bearing are from McMaster Carr, press in type. The bushing is a keyless type that expands to the bore while contracting to the shaft. Neat, but rather expensive. The bearing is rated for electric motors 25000 RPM, and is housed in an aluminum, one piece clamping collar that is secured to the stator by aluminum sex bolts.
The material of the stator is also clear acrylic, 1/2 inch thick by 12 inches square. Purchased from McMaster Carr, these are nicely square cut and as a bonus have a paper protective covering that one can be draw on with a pencil. Makes the layout easy.
Hopefully, some of you that have built these things will point out where I have gone astray on this design. I have read a great deal of the postings here over the last couple of months and have tried to incorporate what I have learned from the very knowledgeable and excellent writers posting here. I know I have very much to learn still and will be very appreciative of any help offered.
Chester
