Stanley A meyer Had
Several Alternator Designs
From
1) Stock
2) Rewound with thinner wire
3) Rewound with 6 Poles
4) Rewound with stainless coated high resistant wire
5) Rewound with Choks inside
6) Custom Stators/ 8 10 13 stator poles
Those Skilled in the art have a Major advantage.,
The Higher number of Phases from Stator winding Results in pulses being closer together,
This means some cancellation in there aid our goals of high volt pulses low amps ,
if the poles on rotor are closer together that would be good
to work in combination with phases on stator
Resulting in more efficiency and less high heat kw and less hp needed.
We want thiner AWG copper wire and or flat wire. for high volt less amps
we waste less hp per kw of energy produced .
Our Amp Range is 4 amp to 10 amp under 20 amp max.
voltage 100 to 600 or 600 + max we can get out .
rpm is 500 to 3500 ceiling could be 5000 rpm.
Pulley Ratio
If we Use Small Pulley Ratio to spin faster and maximise idle out put
we may spin alteernator too fast if at redline depeending on engine it is attached too
and could damage a rewired alternator
so carefully consider the pulley ratio vs voltage at different speeds
careful to match your individual engine rev ranges.
higher rpm please use stock or large ratios so no over speed of alternator
some advanced lectronic can control the voltage , but rpm is still a factor.
Dan