LaFonte Group can turn off permanent magnet without work

[Butch LaFonte]

Larry,
You know, this would work in a rotary fashion. Also, if you put a stator on each side of the rotor magnets you would take the thrust load off the rotor bearing.
I will make a drawing of a 16 (two eight stator rings) stator, 16 magnet rotor for future reference.
Butch

[LarryC]

[A author=Butch LaFonte link=topic=8852.msg236503#msg236503 date=1270573433]
You know, this would work in a rotary fashion. Also, if you put a stator on each side of the rotor magnets you would take the thrust load off the rotor bearing.
I will make a drawing of a 16 (two eight stator rings) stator, 16 magnet rotor for future reference.
[/quote]

Agreed and understand your comment, I'm sure my watt lost, between no stator and with stator, is due to frictional loss, because the AC motor is not meant to be pulled out by the strong magnets parallel to the AC motor rotor.

Please check out the attached concept, as displayed, it shows four nodes and four slots with an internal magnet rotor. This can easily be increased to any multiple number of nodes, slots for commercial size generators.

Regards, Larry

[Blainiac]

I wonder if you could have a mechanical setup by replacing the coils with one of Butch's other concepts, the separating plates? 

[Butch LaFonte]

[A author=Blainiac link=topic=8852.msg236598#msg236598 date=1270628305]
I wonder if you could have a mechanical setup by replacing the coils with one of Butch's other concepts, the separating plates?
[/quote]
That is a very interesting idea!
Butch

[wattsup]

[A author=Butch LaFonte link=topic=8852.msg236503#msg236503 date=1270573433]
You know, this would work in a rotary fashion. Also, if you put a stator on each side of the rotor magnets you would take the thrust load off the rotor bearing.
I will make a drawing of a 16 (two eight stator rings) stator, 16 magnet rotor for future reference.


Agreed and understand your comment, I'm sure my watt lost, between no stator and with stator, is due to frictional loss, because the AC motor is not meant to be pulled out by the strong magnets parallel to the AC motor rotor.

Please check out the attached concept, as displayed, it shows four nodes and four slots with an internal magnet rotor. This can easily be increased to any multiple number of nodes, slots for commercial size generators.

Regards, Larry

@LarryC

If your stator has many individual winds, I suggest you put a diode after each one individually, then put them in parallel, and not, in parrallel then all on one diode. This will cut out themutual drag that is devellopped and shared amonst the coils. This way, once the magnet passes the coil, the energy is taken out and cannot re-effect the coil.