Hi Alan,
I'm not sure if you seen this, but on this page: John Bedini
I have a youtube video at the bottom of that page. I built
that motor that draws 1000ma (miliamps) at 5000rpm
but by the time it hits 10,000rpm (twice the speed),
the motor only draws 200ma or 1/5th the power to go
twice as fast. Faster it goes, the less it takes to run it.
You can also see the Lindemann Rotary Attraction Motor
on youtube towards the very bottom:
You can see that by lighting a bulb with
it, it causes it to draw LESS power than
without lighting a bulb... total opposite
from what is thought to be possible.
Thought you might like these if you haven't seen them.
I'm not sure if you seen this, but on this page: John Bedini
I have a youtube video at the bottom of that page. I built
that motor that draws 1000ma (miliamps) at 5000rpm
but by the time it hits 10,000rpm (twice the speed),
the motor only draws 200ma or 1/5th the power to go
twice as fast. Faster it goes, the less it takes to run it.
You can also see the Lindemann Rotary Attraction Motor
on youtube towards the very bottom:
You can see that by lighting a bulb with
it, it causes it to draw LESS power than
without lighting a bulb... total opposite
from what is thought to be possible.
Thought you might like these if you haven't seen them.
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