LaFonte Group can turn off permanent magnet without work

[Blainiac]

Sorry for my ignorance, but can someone point me in the right direction to find a manufacturer of silicon steel laminated toroids that have two different permeabilities?  I've been looking everywhere, and the ferrite toroids I found were WAY out of my budget for the size... ugh.

[Honk]

If you want a toroid with the best magnetic properties with the least amount of eddy
currents and almost no hysteresis loss then please avoid laminated silicon steel cores.
The toroid core you seem to need is made from compressed MPP powder.
MPP = Molypermalloy.
Here's a link to a supplier of cores in various sizes.
http://www.cwsbytemark.com/index.php?main_page=index&cPath=206_218

Toroid's made from MPP is almost free of losses and does not tend to heat up in any way.
And as you all know heat is a product of an inefficient process.
So, any material becoming hot is less efficient and waste power.

It might be that your total input to the toroid is to small to heat up the core significantly but
nonetheless any power loss is unwanted when it comes to overunity research.

[LarryC]

Sorry for my ignorance, but can someone point me in the right direction to find a manufacturer of silicon steel laminated toroids that have two different permeabilities?  I've been looking everywhere, and the ferrite toroids I found were WAY out of my budget for the size... ugh.

The silicon steel laminated toroid shown on page 7, reply 99 came from www.allelectronics.com for 9.00 as a 6V 5A transformer. A larger one is available for 25.00.

There was no noticable heat from the toroid or the H transformer, only the resistors, even with the much larger magnets shown on page 11, reply 160.

Regards, Larry

[Blainiac]

@Larry:

Okay!  I remember seeing that.  I also think I remember seeing a modification by you that took away the slots to have a full toroid?  Is that correct?  How did that test go?  I'm just so broke here I get anxious to ask questions.    Are you planning on adding additional coils or extending the shaft to see what happens with more goodies?  It's so exciting!

I did do this simulation as well to check for cogging relative to the rotor in an 8-coil dual rotor setup, although it does look a little weird it's correct I think.

I think it's cool how the rotor sees basically no difference in torque.  I can't wait to see someone's build possibly powering itself.

[Cap-Z-ro]

Hey Blainiac,

I have gone back and opened, and re-saved one of your previous links...for whatever reason I can view, but not save this one.

Is it possible you may have accidentally coded this one or something ?

Regards...