Magnetic energy pump OU motor

[khabe]

Yeah ... not oriented steel ... it does not matter, it does not mean you can place laminations crossways to rotor moving direction. The same story with rotor steel. Laminations need to have always the same direction as rotation, otherwise you will have lot of problems like eddy losses etc.
But OK,
You Boss

cheers,
khabe

[Honk]

It's always a good thing to know the basics before making a design

[wizkycho]

Hi all !

awaiting for A1302 to come....analog hall senzor IC-s.

I had an replay with dimensions of E laminates attached and already prices calculated, after that another replay with some additional details from same source, then I asked can they do glueing with epoxy.
...waiting for replay already two days... uuuufffffff I'm so eager to start experimenting.

Wiz

[wizkycho]

This is drawing with rotor V2 (no laminates here - just massive full metal body of rotor)
Stator-drivers are E cores silicon iron for AC trafos (non-oriented)
Of course, I'm expecting Eddyes here...

there are actally two valves (magtrans) per driver(core). they are counter polarised, and that could help disperse eddyes through body of rotor. allso other driver has counter polarised magnets from first driver.
two coils (on one driver) are switched one against another in bucking manner. could help lowering inductance of coils

parts are in machining process

- probably there'll be need for lot's of rotor types to try...

screws through nonpermeable (light green) frame are not shown

Wiz

[broli]

Nice to hear the parts are being made. I had some other (stupid) idea. What if we used that famous spiral design but added this concept to it.

In the attached picuture what's supposed to happen is. The coil is ON for most of the rotation and then at the end it switches OFF to pass the gate/wall.

And hopefully the power from the rotation exceeds the power needed for the coil .