If I give you the answer, I'll have to shoot you in the interest of national
security.

your safety to the best of my ability.
My original questions started like this.
1) If I have a pulse motor running how much power?
2) If I have a pulse motor with rotor how much more?
No one could answer because everyone's setup was not the same as
the guy asking.
Like Turion said cogging makes a difference also when you begin adding
many many gen coils around the rotor. But what I have is one coil that
that helps the rotor action with less than half of it's windings engaged.
I am not going to be able to put all of this in engineering terms so
I'll give you what I have. When one of my old motors turns my rotor
the motor runs at 90vac on the variac at 2.38amps or 215 watts.
Each time I engage my Tesla coils that are parallel wound series
connected the coil puts out 20 watts and eases the draw on the
drive motor. It drops 44watts.
Also the original questions use to go like this
3) How much increase on the drive motor with coils not engaged?
But in the end running the systems I have answers so much. The
coils assist rotor action and each time you add one the drive current
keeps dropping while providing real power.
4) How many coils to the break even?
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