Re-Inventing The Wheel-Part1-Clemente_Figuera-THE INFINITE ENERGY MACHINE

[marathonman]

You guys are never going to get any where if you keep pissing with 12 volts. use 100 volts and buy a 225 watt 1000 ohm vitreous edge wound adjustable resistor with multi taps and get some real electromagnetism going on. use a variac and a bridge diode to get your 100 volts, then smooth it out with a cap. 12 volts---BA HUM BUG!

[hanon]

Hi,

I have done a test pulsing a DC current with a car relay. I used three primary coils from MOTs. The DC input is 24 volt (got from 12 volt AC + voltage multiplier with some diodes and caps). The electromagnets are connected in series.

I think that this way to feed the current give very little current (just 0.23 A, the clamp measures 2.3 A because I put 10 loops in the clamp). Maybe it will be much better to feed from some batteries to obtain a higher current to excite the electromagnet.

I could test that when short-circuiting the output the input did not increase, even it decreased from 0.23A to 0.20A. I am not sure if my measures are right.

https://www.youtube.com/watch?v=HlcJl4EM5uE

Please comment. Thanks

[Doug1]

Hanon
   
   If you were able to count the number of turns on your inducer coils which you have to guess at now because they are preformed and baked. Then take your voltage and amperage and divide it by the number of turns. 12 vdc .2 amps by 130 turns(?). You could try to guess at it by taking the number of turns you can count up from center and across the top to get close.
  .092 vdc
  .0015 amps
   Per turn
   With so little current per turn the field around each turn of wire will be very week. The counter effect of induction onto the core may even be greater then the forward effect of making any reasonable amount of field in the core/s non existing.The best you could do with that layout is an unsafe transformer if you were to give it enough power to cause an effect.
    You dont seem to be thinking about cause and effect.
  If your mots were designed to run on 220 vac do the same math again and figure what the current per turn is supposed be when it is running from a proper ac source then cut that in half because your working with two coils N/S,only half the current is used in each coil when it is done as dc. This is just to give you a rough idea of what you will need per turn to cause an effect of making a magnetic field of enough strength. At 220vac it would be almost 2 volts per turn or a little less then 1 volt per turn if you pulsed it with dc.
I dont know how many turns are in your coils you have to do the math yourself by examining the coils and figuring out how to estimate the number of turns.

[hanon]

Bucking Coil 3D Visual - Opposing Magnetic Fields

https://www.youtube.com/watch?v=4Ucgue7eH_4

by hyiq.org

http://makeagif.com/_TLO23
.

[Doug1]

Hanon
I cant listen to that automotron voice for an hour without killing myself sorry. I will quote Breaden "If it works it was right,if does not work it was not right."