Magnetic amplification and neutralization motor by Art Porter

[LarryC]

Pull test setup using the coil/core shown in reply #20.

Battery used was a 18 volt Ryobi rechargeable.

Coil is 38.6 Ohms with 28 gauge wire and dimensions are 2 1/4" L by 2 1/8" OD by 1" ID.

Core is laminated silicon steel and is 3-1/4" long by 3/4" square.

Berkley digital scale for  lb oz measurement.

Each magnet in the stack is 1" diameter by 1/4" thick N45 neos.

Impressive results. The energy gain of going from 3 to 5 magnets is massive.
I don't think Art is playing any games as it was easy to get similar results without the same relative proportions as Art's.

Regards, Larry

[Low-Q]

Did he mentioned the power used to fire those electromagnets? He says 18 volts, but nothing about the ampéres. Anyway, it seams strange that the electromagnet only provide 4,4 punds of force while it at the same time can neutrilize the magnetic force which is greater than that.

I think that the magnets itself add more magnetic matter into the electromagnet, and therefor the electromagnet is more efficient when the magnets are attached. So the actual resistance is greater or different, and the amplification is misleading as the magnets also is a part of the magnetic conducting matter in the electromagnet - as the magnets are removed during the electromagnet test only. What if he had replaced the magnets with the same amount and shape of iron? What would the readings say then?

I think the readings are found on the wrong basis.

Vidar

[darkspeed]

Glad to hear you got it going!

A neo mfg. once told me that each neo stacked is roughly a 40% increase in strength

so 100lb + 100lb stacked should equal about 140lb pull

[LarryC]

Since it seems that the people with magnetic simulators are not watching, would someone please download the trial version of Vizimag 3.18, but only if you haven't used it before. It is very simple and easy to use, but my trial period is over.

If anyone does download, please say so here right away, so others don't waste their trial.

By doing the simulation and showing the results here, it would help members understand how little energy is required to redirect the flux in Art's setup.

Regards, Larry

[penno64]

Hey Larry,

Have just downloaded and installed 3.18

Regards, Penno