Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[frantz]

@T-1000
Tuning with only meters is possible although I'm not convinced that
this is an ordinary Tesla setup
and that Tariel isn't lying to protect hes invention.


To every body: here's a few pictures that show on the 2004 device video,
that it has a high current transformer,it has copper braids
there used only on low voltage high current transformers.The rectifiers are
high current types,it appears that all the cathodes are common
the anodes are connected in pairs by copper braids,and appear to go to the coffee can object.
On one picture there are two objects, black, odd shape sealed with two wires,could be inductor,capacitor,resistor or?
This could be a Russian or European made part,anyone seen this part before,what is it?

I think these parts are Diodes (UFast shottky- power one).


In my opinion, TK did something like that:
1. use symmetrical transformer, one half of output is 110V and it is rectified by fours diodes. Second half on output is connected in series with rectified Half (have 220v offset up - voltage is between 0V - 220V) (not like on the grid -110V to  110V).
2. Big 2 diodes are to blocking back impulses which are generated by Inductor and allowing to current flow in one direction.
3. Main coil is powered by sine 0V - 220V with low current and this low current is amplifying by HV inductor pulses. (And now we know why gauge don't want measure correctly voltage on bulb with green box)
4. we are not taking Voltage from main coil, main coil is connected in series with load to 0V.
Like in Budionnyj welder on output.
5. as Cosmo wrote, maybe between main coil and inductor is putted resonator (in my opinion bifilar coil shunted by capacitor - resonator frequency should to be the same like inductor frequency).
I don't know what for, but....


Its only my opinion.
All comments are welcome.


Frantz

[forest]

Something I would think about :


1. Silent spark. Either mystical exact resonance point when spark is silent or maybe the role of spark is different ? Maybe it's not spark gap on input side (like in Tesla coil) but on output ?
2. How is measured input current from battery in 2004 video ?


Think about it.

[frantz]

Something I would think about :


1. Silent spark. Either mystical exact resonance point when spark is silent or maybe the role of spark is different ? Maybe it's not spark gap on input side (like in Tesla coil) but on output ?
2. How is measured input current from battery in 2004 video ?


Think about it.

Forest,
I think, the spark is not important, is shown only for audience.
Current measurement is not clear. I think, on a demonstration was made some mystification.


my 2c

[wattsup]

@wattsup,
thanks very much for having done a very useful clarifying job on TBC issue . I'm desperately try to find the TBC110na...but at least for the moment no luck. I'm  asking to STAAAR group if any possibility to have  an indication.
Thanks
Roberto

@ronotte

Best of luck to find one. You will have better chance then me. I will be planning to have one or two made. I will post soon on that.

If you look closely can see one spark from knuckles to fan........

@andrea76

He just touched the first bend of his pinky finger (not his knuckle) in the fan and that spark is not a spark but only sun reflection off of his hand.

@T-1000
To every body: here's a few pictures that show on the 2004 device video,
that it has a high current transformer,it has copper braids
there used only on low voltage high current transformers.The rectifiers are
high current types,it appears that all the cathodes are common
the anodes are connected in pairs by copper braids,and appear to go to the coffee can object.
On one picture there are two objects, black, odd shape sealed with two wires,could be inductor,capacitor,resistor or?
This could be a Russian or European made part,anyone seen this part before,what is it?

@cheappower2012

First of all in the 2004 video as per your "What are these parts", they are the same two black transistor heat sinks we see in the Green Box )GB) video.

In the 2004 video the transformer and diodes (rectifier) are most likely the same as in the GB video when he added a Black box to return the output power back to the inverter DC input. In the GB video he says when he pulls out the Black Box that there is a transformer and a rectifier that were all tapped up but the diodes had the same form factor as seen by the diode tips pushing up the electrical tape.

So, it would seem very plausible that whatever you see in the 2004 video was then all nicely placed in the Green Box and Black Box to do the GB video. In the 2004 video he did not show looping. The transformer was used as a primary feed to his tin can. If you compare the 2004 video with the GB video, the only outstanding part is the tin can that is probably what he has inside the Green Box since the tin can has four leads going to the two black transistor heat sinks and the same four leads goes to the same transistor heat sinks in the GB video. What I cannot figure out is why only two leads per transistor or four leads in all? One would expect 3 leads per transistor so six in all. Is it possible he is not using the transistor as switch but as fast acting diodes?

Please watch closely http://www.youtube.com/watch?v=A7jbUA6_10c again and redraw connections diagram.
It is right before your eyes...
P.S> The secondary of ТÐ'С-110ЛА have capacitance but no resistance...

@T-1000

Thanks for clarifying my Q1 as wire used for grounding. I never saw that video. SHIT. So much more info in that one but what hit me the most in when you ask to redraw the connections diagram. Man oh man. What the hell are those caduceus output coil connections are totally different then all the other diagrams.

Caduceus Coil = CC
Caduceus Output Coil = COC
Center Tap = CT

1) The front end flyback HV+ goes to two diodes with cap across then one wire to spark gap then to the bottom CC connection and other wire from diode/cap goes to top CC connection. That is also standard.

2) The flyback pin 4 goes to the CT of COC and is also standard.

3) At the end of the COC is a diode in series with caps which is again standard in many diagrams but then there is some big changes.

4) From #3 the other side of cap is connected to the top of the CC and from there is a wire going to spark gap 2 (SG2). That is not standard.

5) The other end of SG2 goes to the bulb and the other end of the bulb is going between the diode and cap on the end of the COC which is again not standard.

OK, so this is one thing to show this new connections method which I know some will try, including me hic hic.

But, but, but. Nothing in that video confirms anything about the flyback. The main question to answer is this......

Q2 (Q1 already answered thanks): Is there a secondary coil between pins 6 and 7? If yes, what is the resistance of that one because on my previous post and one before with the table of TBCs, there is no mention of a coil at 6-7.

Q3: Is it possible that there is no coil at 6-7 and that you would not know it if you did not do a one by one resistance test of the flyback.

Q4: If there is no coil at 6-7, is it possible that the HV- at 9-8-7 stops there and is inductively passed on to the 6-5-4 to then go the the CT of the COC? That would be such a new way of using the flyback secondaries and this would also explain why the flyback was drawing only 4-5 watts, because the HV- was not physically connected to the COC via the secondary coils but via the inductive action of the secondary coils.

Thanks again.

wattsup

[frantz]

Wattsup,
What for using power transistors if TK have 50 Hz directly from inverter. Fast diodes are necessary for blocking revers short pulses generated inside main coil. This diodes must pass trough main current, too. This is the answer why power diodes with radiators.

This is only my opinion.
Frantz