Magnetic amplification and neutralization motor by Art Porter

[alextecmen]

I did a test of placing the magnets in attraction on the coil, first take a reading of the magnets in repulsion:

Repulsion values: 36 volts, 1.45 amperes, frequency 239, work signal 1.52, spotlight with a lot of light.

Attraction values: 35 volts, 156 amps, frequency 239, work signal 1.52, spotlight with lots of light.

The displayed values ​​vary according to the operating time.
It is seen that there is not a very significant change, since changing the field changes the values, but the most optimal values ​​can be found by varying the frequency and the duty signal.

I think that if you work in fields of attraction of the magnets, you prevent them from heating up more, in addition to when the energy is applied according to the polarity, there will be repulsion, and the change of polarity will increase the attraction, of either of the two forms the induced field and the magnets are altered, for now I don't have the circuit to automatically apply the polarity to the coil.

In conclusion, from what was obtained, it is possible to work in the magnet attraction mode, as in the repulsion mode.

[synchro1]

All my tests were in the attraction mode. Brad (Tinman) did some interesting magnet coil tests in attraction mode. His closely examined I/O results were identical to mine; Unity! I'm assuming you know of his videos?

[alextecmen]

How interesting what you comment synchro1
I will review the videos you comment

Continuing with the project, I tried with the larger coil and larger core, but I did not get the expected results, it is because the core is large and almost equal to the size of the 2 "magnet.

So I have to get larger diameter magnets

[synchro1]

Here's his confirmation video:

https://www.youtube.com/watch?v=vSODFYCqQH8&t=36s

[alextecmen]

working and making various configurations
with the coil.
Now use the coil to charge 2 batteries of 12 volts, connected in series 24 volts.

Apply 24 volts, and put some car lights on the battery.
What I can summarize for you that the maximum I could get was the following:

The consumption of the generating coil was always higher than that obtained in the coil as an inductor, for example if the coil consumed 1 amp. In the inductions of the coil, 0.9 amperes will be obtained, and the charge of the battery with the bulbs, was carried out, if the consumption of the bulbs was always lower for example. about 0.5 amperes, this is the only way to charge the battery, and if the bulbs were consumed more heavily, for example 1.5 amperes, the battery decreased the voltage and therefore the load, it is logical.

I made various configurations and it was not possible to obtain a greater inductance to be able to obtain more amperes and charge the battery more, that is, it was not possible to obtain more output watts, than what was applied to the input.

You are about to make another coil and try to get a higher output gain by using more magnets and more wire in the coil.

later I will put several magnets where I will show you the data obtained.