Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[xenomorphlabs]

@semenihin-77
@xenomorphlabs


Where is the schematic?


Thank you.

I deleted my attempts to interpret Delamorto's setup after he revealed the real schematic in Reply #9440
to avoid confusion. On the forums there are too many conflicting schematics.
So if the original experimenter posts his schematic there is no need for guessed schematics from a video.
Regards

[Osiakosia]

@TEKTRON

I put the document here;
http://purco.qc.ca/ftp/Tariel-Kapanadze/Wessley-WNY-Group/flyback-transformer/pdfs/

I don't think there is no problem to translate and the authors would be honored.

@All

I think this is the closest I have seen to the TBC-110 flyback of the WNYg (he he).
http://msevm.com/2010/02/hv.htm

Some may think, why the obsession with the FBT. Well, besides all the theory and only the CC close up how to's, I would like to also see the flyback. I am trying to situate the small cap and how it was connected. Is there really a multi tap coil and by the diagram on that web site, there is not. So if there is not, then I can reconcile this fact with much more flyback models then if it was really a dual center tap connection. Too complicated. That's the way it is. Complicated.

Well, maybe the guys can take a few close up photos of the flyback so we can at least really see it. Cripes we have been running around with flybackomia for a few good weeks now.

Both the yoke and the caduceus devices include the flyback, so we have to look at it.

I found these caps for anyone in Lithuania. around 1 cent each.
http://www.ebay.ca/itm/K73-16-V-PETP-Capacitor-6800pF-10-1600V-Lot-324-/250554502424?pt=LH_DefaultDomain_0&hash=item3a56364d18

While I get my next FBTs, I have one more here but it has an internal diode so I will play with it mono style. But this time I will think more of making a video before it blows. lol

Also, my last flyback stopped working so I decided to make a visual check to see if I can find where it broke. The image below shows the flyback with the plastic isolation removed and a red X mark  (no not another wire X - lololololol) where the negative pin of the HV. This is where the wire severed.

@ronotte

I am sure @otto would have liked these toys. Multi-frequency, bucking mode, copper strips, it was all up his alley.

While my last flyback was running, I tried something and amazingly it worked. When running the system, if you take the Caduceus outer bucking coil center tap and bring it close to the open end side, it will become a spark gap. But technically speaking this is the same wire just being separated by the half coil. I want to redo that effect and show on video with next flyback.

@T-1000

About the yoke copper strip, I think I know what is happening with the core. (see image below).

Just look at high voltage when it changes media-density. Two copper wires come close and the sparks jump off each end to meet the other at their midair center point. The spark length can be long and you see the spark line is all over the place. That's what happens when HV changes in the medium. The copper plate is a medium just like the air is a medium. Inside the copper plate when the hv comes in it also create a thin spark line that will play within the confines of the copper plate and move around erratically just like it does in air. Air does not mind that much erratic movement, but the core mass does not like it. It's not made to respond to the same spark movement in air to be inside or beside its mass. The core material was made to respond to nice coils wound across it's surface in a linear manner that can best dissipate the total impress. This may be less harsh for the yoke and even may get more out because if the yoke is happy, we will be happy.

So what I am thinking is maybe its better to make the copper strip but instead of a strip you take copper wire lengths all parallel. So the HV comes in, splits up, crosses the yoke surface via the parallel wires and returns parallel. The Caduceus coil is using 5 wires all parallel. I think you need the same thing on the yoke. This will force the HV to take a predefined route through the parallel copper wires. This will dissipate the HV across the yoke more evenly and create I think what it was supposed to do, and that is to produce a magnetic presence and not a machine-gun as it's doing now. This should preserve the yoke.

wattsup

On their schemes they use TBC 110 LA .
The technical data of this flyback ,
Regards

[xenomorphlabs]

@semenihin-77

Is the number of turns important for the coils?
Or does the effect not depend on a specific frequency?
I mean you tune with variable capacitor anyway.
Still trying to understand why this could be OU.
As in where and how the energy amplification in regards to the input energy takes place.
As i understand Delamorto has made no claims of that sort,
so it's just speculative unless he sais otherwise.

I wonder what would happen if the fiton streamer from the end of the secondary would be aimed directly at the copper plate like Tesla has depicted in his "Utilization of radiant energy" patent ?
Probably it should not be too close to it though to prevent frying the transistor from a direct arc-over hehe.

[bolt]

Is the number of turns important for the coils?


Relative to the task for feedback and gain then yes.

Or does the effect not depend on a specific frequency? No not really there are many OU devices that run at all different frequencies.



I mean you tune with variable capacitor anyway. 


Indication of several hundred Mhz here.


Still trying to understand why this could be OU. 


See Tesla Patents.



As in where and how the energy amplification in regards to the input energy takes place.


ZPE takes place within a device of high VARS then coupled in such a way as to maintain a power factor of ZERO.  Too many to list here but kapanadze, Don Smith and the TPU included.


As i understand Delamorto has made no claims of that sort,
so it's just speculative unless he sais otherwise.


The results pretty much speak for themselves.  Lighting a 60 watt lamp to good output is indicative more useful energy OUT versus IN. Wesley said the same thing with his device " The results speak for themselves!"  Measuring these effects accurately  is damn difficult has to be more visualised with bright 500w lamps etc.  The power is real can be used for heaters and lights etc or expensive option to convert into batteries and inverter systems.


Basic Tesla system with understanding of ionised capacitors. The same thing employed in Kapanadze 100kw system.

[xenomorphlabs]

@Bolt: It is gonna be hard to rectify a HV (if it is HV that is) signal with hundreds of MHz due to HV rectifier switching speed for let's say invert it and feed it back. Maybe some broadcast or UHF rectifiers could work.
Wonder what the voltage range of the signal caught by the copper tube is like.
If the transformer rules are applicable here it would be something like 1000:1 depending on the secondary turn count.
Or maybe it's like in the Zatzarinin Transformer a 1:1, in that case it would be high voltage.

What parameter of the setup could be increased/changed to increase the output to 500 Watt or more like you mentioned? Copper surface area, more ferrite in the core or more secondary turns to create more VARs?
Maybe even a lower resistance ground connection as demonstrated by Kapanadze for a higher current.

Tesla stated :

"The insulated plate or conducting-body should present as large a surface as practicable to the rays or streams of matter, I having ascertained that the amount of energy conveyed to it per unit of time is under otherwise identical conditions proportionate to the area exposed, or nearly so"