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New Energy Technologies Magazine nr 3 2005.pdf - Index of

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Without putting the magnets in opposition at<br />

some point during the cycle, and probably for at<br />

least 33% <strong>of</strong> the time, you will have the same<br />

problem that exists with the many hypothetical<br />

gravity motor designs that don't work. What goes<br />

up, comes down. Nothing will simply come down<br />

without having gone up first.<br />

You have to treat magnets a lot like springs from<br />

a design standpoint, although the mechanics <strong>of</strong><br />

magnetism aren't as simple as that <strong>of</strong> springs.<br />

There are billions <strong>of</strong> spring-powered motors in<br />

the world: clocks, toys, etc. They all run down.<br />

Nobody will ever design a spring-powered motor<br />

that runs forever without winding.<br />

Message 3<br />

From: "Keith Anderson"<br />

<br />

Sent: Wednesday, October 27, 2004<br />

Subject: RE: your visit to Perendev<br />

My company was paid to evaluate the Perendev<br />

device, and it was brought to Colorado during the<br />

summer <strong>of</strong> this year. As with the case <strong>of</strong> many <strong>of</strong><br />

our contract jobs, the identity <strong>of</strong> the client and<br />

details <strong>of</strong> the testing process are confidential, but<br />

because the general results are so similar to the<br />

others we have tested, it wasn't a breach <strong>of</strong> our<br />

confidentiality agreement to state the general<br />

result in the "<strong>Energy</strong>2000" group. It should also<br />

be noted that the Perendev device is not a novel<br />

design, and the patent is therefore subject to legal<br />

challenge.<br />

I'm not so arrogant as to believe our tests are<br />

100% conclusive, but it's a fact that magnets are<br />

not "permanent", and because they are the sole<br />

source <strong>of</strong> energy behind the Perendev device and<br />

similar inventions, they are not a persistent or<br />

inexpensive source <strong>of</strong> energy. You might consider<br />

the diversionary/science kit market as an option<br />

for the Perendev design.<br />

Message 4<br />

From: "Keith Anderson"<br />

<br />

To: "Sterling D. Allan"<br />

Sent: Wednesday, October 27, 2004<br />

Subject: RE: your visit to Perendev<br />

My parent company is Solar Thermal <strong>Energy</strong><br />

Project (STEP) Corporation, and the STEP<br />

Group <strong>of</strong> Companies, with multiple locations,<br />

but will soon be consolidating to Utah where<br />

our $50 million STEP Solar <strong>Energy</strong> Park will<br />

be under construction starting next year.<br />

The company that paid for the evaluation was<br />

someone interested in the Perendev device<br />

from a business standpoint, and they handcarried<br />

it to Colorado where we tested it. I am<br />

unsure whether it was the original machine or a<br />

duplicate. We were paid in advance to perform<br />

the tests according to a negotiated contract.<br />

This is an old client, and confidentiality is part<br />

<strong>of</strong> the reason they keep coming back to us.<br />

I have recently been directed to the Perendev<br />

web site where videos are shown <strong>of</strong> an operating<br />

Perendev magnetic device. I can confirm that<br />

the device does, in fact, spin as shown in the<br />

video. I can also say I was surprised at the claims<br />

they make on that web site.<br />

Counter Point: Magnets Don't<br />

Demagnetize When Kept Within<br />

Their Rating<br />

People know that in a car, you don't run the<br />

engine rpm's up into the red line, and certainly<br />

you don't go above the read line without risking<br />

your engine, not just for that moment, but<br />

henceforth. You damage the engine.<br />

Same thing holds true <strong>of</strong> magnets. If you stress<br />

them, they will demagnetize. This has been<br />

shown in the laboratory. Magnet specialists<br />

know what a magnet's capabilities are, and<br />

know what the magnet's limits are.<br />

If a magnetic motor is designed to stay within<br />

the magnet's tolerances, then conceivably,<br />

demagnetization should not occur.<br />

Holds True in Electro-Magnetic<br />

Motors<br />

"There are many Permanent Magnet motors<br />

in the world that continually apply similar<br />

magnetic loading forces as what the Perendev<br />

motor might experience. As long as the motors<br />

are not abused and properly cooled (and not<br />

overloaded or stalled in locked rotor mode),<br />

the magnets typically last for thousands <strong>of</strong><br />

hours.<br />

20 <strong>New</strong> <strong>Energy</strong> <strong>Technologies</strong> #3(22) 2005

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