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Statistics: Posted by resident_genius — Thu Feb 19, 2009 12:03 pm
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Also, the rollers don't just go around the ring.... as they do so, they also rotate themselves. This effect, combined with magnetic hug, and the pushing force of the electromagnets, holds the rollers in place.
On a real SEG, those electromagnets are replaced with another larger ring. It should also be noted that the real rollers in a real SEG WILL NOT touch or come into contact with either ring. Also, because they'll have the special Searl Magnetism, they will not need any input power to spin-up. As soon as the SEG team drop in the rollers, they will spin-up themselves.
A complete SEG will have three rings.....
One roller has 8 segments....
A SEG will need 66 roller sets!
That is 528 roller segments!
Each roller segment has four parts.....
In total, that's 2112 component parts!
The first small ring.....
12 rollers in the first gap.....
The second medium-size ring....
22 rollers in the second gap.....
The third and largest ring.....
32 rollers around the outside of the largest ring.....
Then electrical pick-up coils.
-BoomBoxDeluxe.
Statistics: Posted by BoomBoxDeluxe — Wed Feb 18, 2009 9:53 pm
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The SEG..... this is not a traditional generator that's powered by an engine which can be stalled by too much load.
With a SEG, the more load that is applied, the *FASTER* it gets!
If a SEG is overloaded, IT WILL TAKE OFF !
Prof. John Searl has found out THE HARD WAY, when he [accidentally] overloaded a SEG, and it took off and badly damaged the house.
When we have made the prototype, it will be able to [safely] take 15kW of electrical load.
There will be load controllers to stop it being overloaded with the consequential take-off that happens split-seconds later.....
There we are, I've just answered your question.
-BoomBoxDeluxe.
Statistics: Posted by BoomBoxDeluxe — Thu Feb 12, 2009 12:52 pm
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