Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[xenomorphlabs]

To explain what?
Before a new theory, the first point to check is: have we OU? We have no evidence there is OU in Kapanadze device. This needs to make it selfrunning, or at least requires a difficult measurement protocol (due to HF currents) and at my knowledge nobody made it or even tried.

It was not me trying to come up with a new theory man, the web is full of them already. This was my point.
So you say there is no evidence that there is OU in the Kapanadze device and that it´s not self-running? What are you talking about ?! 

[romerouk]

@woopy

try using a capacitor 0.1uf in parallel with the MOT output before the SG. It will improve the output.Later, after that, you can try other L C  configurations.
For people having one extra MOT try connecting the output from first MOT to  the second one (high voltage part) in series, then the capacitor, then the SG. It is going to point you into a different direction. Don't forget, this second MOT output can be used very eficiently, every one should come with an ideea on how to use the MOT2 output. another capacitor can be used with this second MOT...
I hope I was clear enough, or maybe someone will come with a diagram based on what I have just said. I have no time to draw diagrams...

[woopy]

Hi all

third test this morning

the pix of the set up shows:  the kapa on the table with the 10 bulb bank and another bulb directly connected to the grid for brightness comparaison (pix 1)

on the floor :  the clamp amperemeter measuring the amperage of the AC phase. on the same socket a radio to check the RF.     and the infrared tempmeter.

the first problem (as i use AC hv without any cap or diode) , is that the sparkplug destroy very fast.

So what i could measure

At the beginning (first 10 second) the spark plug make a strong spark not stable with strong RF perturbation in the radio , the bulbs are  bright but not stable , and the AC current is arround  3.4 A .

than the sparkplug beginn to become red  and than incandescent (see pix 3) , during this time the current climb slowly to 3.8 - 4 A and the RF perturbation is smaller. The MOT is not hot but mild.

than after one minute the sparkplug begin to melt and the gap is much smaller  (see  last pix) and of course the sparks is then very small (pix 4) . The RF perturbation disappear completely, the current grows to 4.1-4.2 A. But the bulbs seems to be at full brightness and very stable in comparison with the separate bulb.

So if calculated  the minimum current is 3.4 A at 220 volts(on the primary of the MOT) =748 watts with bulbs bright but unstable plus big heat in the SG and MOT lightly heating.

and than 4.2 A at 220 volt = 924 watts with bulbs practically fully bright very small heat and RF perturb in the sg , and MOT always mild heating.

here my measurement for today with my very crude instrument.

Conclusion the SG is of atmost importance. Don't use a car sparkplug with direct AC HV.

And now, why have i more A current than romero in UK who have 1.2  A or so, ?

Why and how JL Naudin have only 205 watt input  for the 14 lamps of 150 watts ?

what can be tuned ?

Thanks and good luck

Laurent

[broli]

what can be tuned ?

Start by the simplest thing:

http://www.youtube.com/watch?v=tfWYtSMwRI4

His design offers a quick distance test and precise distance adjustment. He even hooks it to a MOT in his other video.

Next I propose a stack of ferrite rings which you can move in an out of the coil. To change some parameters dynamically and hit a magic spot. Currently all these setups are very rigid it would need lottery luck to strike a sweet spot without any kind of adjustable parameters.

[woopy]

Thanks Broli good thing to do.

@Romero is this the diagram  you mean.  ?  The cap of 0.1 uf could be 2100 volt , that is a MO cap ?

regards

Laurent