Kapanadze Cousin - DALLY FREE ENERGY

[skywalker66]

...
I highly recommend (unless you already have a self runner), replicating what Woopy demonstrates here:
https://www.youtube.com/watch?v=94yCfy8z4lc
...

That video of Woopy's is in turn a replica attempt of one of Delamorto's video. See here original video:
https://www.youtube.com/watch?v=3ZN1zFzgQkk

[AlienGrey]

Watch

https://www.youtube.com/watch?v=v0UXhKCWPuA

Ed high, please be aware if your building a Tesla Katcher RF transfer coil that that wire might be a bit thin as I understand it 1 mm diam varnish coated copper wire might be more appropriate, hope that helps.

Regards AG

[Ed morbus]

Ok thanks for your info

[NickZ]

Hi Nick !
That is not a simple Kacher circuit, but is a more complex arrangement of coils around a simple Kacher.  It have including a induction element - a series resonance like in Ruslan device.
So it is not quite a plain kacher. The guy managed to get rid of all those complex electronics specific to akula/ruslan devices, but the key elements remain in place and do their good job nicely.
I love this simple setup, I even think to give a try some day.
And btw, it is not powering just 2000W, but 4000W. Well ? And all that power starting from a simple kacher passing thru a specific coil architecture, and voila magic .

   
   Well?
  You mentioned "It have including a induction element- a series resonance like in Ruslan device".
   
   What do you mean by that?  Induction element?  Is that a magnetic induction current circuit. Or what?
   Just how do you propose to replicate it.  By trial and error? You have no idea how it works, nor do I.
   4000w. Right!  Well, I think that it's a fake, that's what.  So, hopefully someone will prove me wrong.
   
   PS.  Neither Woopy, nor Delamorto have ever shown a self runner.  Nor has anyone else using that type of kacher circuit.
    Kacher's are very inefficient at lighting incandescent bulbs. Or to power 4000w loads.
   Joule Ringer circuits are much more efficient. But, they won't self run or power loads of over 100w.
    This is a single transistor, Ringer a made a few years ago. 60w incandescent, and a 25w CFL bulb, off a 12v 4.5ah battery.
Try to do that with a simple Kacher circuit.   Both bulbs lit up fairly bright. 
   I also connected that circuit to my version of the Akula/Ruslan device.  But, it did not sync up to do anything unusual. 

   I think that we are just over-complicating all this. The "effect" is not based on 100 component set up.



   

[Void]

Hi Nick. I think there is a chance at least that if the Kapanadze OU effect is real, that once it is understood
it may turn out to be something pretty straight forward and simple. Akula is very good at designing circuits
of all types and he may have made his device more complicated than it really needs to be. Since Kapanadze
didn't want people to know what he was doing, he most probably added various things to deliberately try to throw people
off about how it is really working. Akula may have done some of that as well. The underlying principle could be quite simple,
so a simpler device that produces high output power is at least conceivable to me. As for Ruslan, well I think I am probably not
the only one who at this point doesn't really trust anything he is saying... 

I am going to continue on sticking to basics and try to find the OU effect by doing various experiments related to
the possible principles behind these devices. From very early on I think it was clear that what Daly and Akula
seemed to be doing was combine a high current waveform created via LC resonance with a timed HV waveform or spike of some type. So that
is where I will continue to experiment.

P.S. When the effect is found I think there should be little doubt. We are not talking about a difference of a few Watts
or so between input and output with these devices. If someone hits the effect, they should see a very large amount
of power available at the output, and there should be little doubt at that point that they are probably seeing OU.
If someone is just seeing a difference of maybe a few Watts, it is more likely they are just overlooking something or
they are making a measurement error.