Confirmation of OU devices and claims

[tinman]

It's clear he wasn't really interested in proper measurement, if you watch any of the old videos from back when this schematic was drawn, he really didn't know how to make proper measurement....neither here nor there... with that said we can rule out any sort of meter... 


What we know is that he's dumping caps into batteries, we are provided with suggestions regarding their capacity and voltage prior to being dumped..... all that to say this....maybe, just maybe, if rumors regarding batteries exploding when hit with high voltage cap dumps are true, maybe that circle with the arrow in it is a variable resistor.  Throw away some of that energy before it gets to the battery...... yeah...that's what I would have done if I were in his position back in 84......

John states in that quote i posted a few replies back,that the switch was there so as he could turn off the battery charging cycle when the battery voltage got to high.

It would be nice to have a complete schematic,if you think the one he supplied was incomplete--missing the bits that turn the magneto into a motor at some point of each cycle.

It's hard to make an exact replication,when people keep saying thats not the whole circuit,but they too cannot provide the whole circuit--nor can it be located anywhere on the net.

Brad

[tinman]

incredible....  you do what you want and get to call it a replication....

Unless you or anyone else can !show! or !prove! that my magneto works any different than the one John show's,then it is a replication.
Both are PM magnetos.
Both have coils that the magnet pass.
Both output an AC current.
Both are series connected.

The only difference is,mine produces a higher frequency.

So many times we here--oh,you need a special this,and a special that.
And so many times,those that make this claim,can provide no details what so ever as to what is so special about the bits required,or why they have to be that exact design.

Here,with you,we have that very same situation.


Brad

[Magluvin]

Unless you or anyone else can !show! or !prove! that my magneto works any different than the one John show's,then it is a replication.
Both are PM magnetos.
Both have coils that the magnet pass.
Both output an AC current.
Both are series connected.

The only difference is,mine produces a higher frequency.

So many times we here--oh,you need a special this,and a special that.
And so many times,those that make this claim,can provide no details what so ever as to what is so special about the bits required,or why they have to be that exact design.

Here,with you,we have that very same situation.


Brad

In the large drawing, doesnt it seem funny that the energizer coils are all in series, all N pole mags and for a portion of the rotation the energizer charges the DC cap??    Where is the rectifier???  It seems to me that the energizer is possibly putting out a chain of DC pulses. Asymmetrical induction of the series coils, and the way the coils are made......   Id say Erfinder is right and that energizer portion needs to be the way it needs to be....

Mags

[Grumage]

Hi Guys.

Indeed, as I see it there's no need for a rectifier if all poles are the same.

On another point. If Mild Steel bolts were used as core material they would get partially magnetised. ( holding their own magnetic field )   

Can anyone verify that the coils were Bifilar wound, pretty sure I read this somewhere?

Cheers Graham.

[Magluvin]

Hi Guys.

Indeed, as I see it there's no need for a rectifier if all poles are the same.

On another point. If Mild Steel bolts were used as core material they would get partially magnetised. ( holding their own magnetic field )   

Can anyone verify that the coils were Bifilar wound, pretty sure I read this somewhere?

Cheers Graham.

Well there are a few factors involved that would require testing before the full build. Is the back plate that holds the coils magnetic like the poles. Bifi? Dont know on these, nor how the windings ends would be configured. Phase of the offset magnets as to when the switch is closed to send the cap charge to the battery. It may be a sequence thing if asymmetrical as to have the first coil in the series line at tdc of a rotor magnet, and then the next is at tdc with its magnet and so forth. Asymmetrical setups, the coils can be sequentially induced more than 1 time each per half of the rotation of the whole, havnt looked at it close enough to say yet, but Id bet that each coil series run through for the switch on time could be 3 to 4 passes before the switch opens.  Had a lot of playing with asymmetrical with my MMM magnet motor. 9 switching stators and 10 rotor mags. In 1 revolution of the motor, the stators switched 90 times sequentially.

What the energizer does during the switch open time Im not sure of. This older looking circuit doesnt look at all like the energizer is connected to the motor when not charging the cap.


Mags