Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[flathunter]

So there you have it that is where we are now. The good news is so far ONE person i seen now using NST and getting bulbs to light this means Don Smith approach is very real. So the "hundreds" of other that tried an NST and cant light a bulb clearly didn't do it correctly.

Ive got bulbs to light off an NST    I promise to leave a youtube link soon to show everyone EXACTLY how i done it.  It was real simple and worked first time.  But still, its absolutely nothing in comparison to Romerouk's success - that guy has got some major amperage.

Ive spent the evening just playing with the 12V battery and 30 KV power supply connected to my KAPAGEN.  Increased the distance between my two grounds without much effect.  Finally managed to get two 40 W filament bulbs to light in the most minimal manner possible, and after a lot of arsing about, but the good news is that they lit at the same time as i had 7 CFLs connected to the load (and i managed to DECREASE my spark gap distance down to less than a millimetre - so scrap what i said earlier about spark gap width...it only applies to CFLs).  I put one of the 40 W bulbs (as well as 6 CFLs) in the usual load position (between my coil and the ground) and the other i put on the end of my iron pipe which goes through my coils with one more CFL.  I left a gap for sparking before both bulbs, and hey presto, very small current going through the filaments on both.  Hooray! 

Tomorrow ill go back to some experiments with the NST.  Ill also try and buy some fat stranded wire to replace the iron pipe, a stand for all my bulbs to go into (sick of arsing about trying to connect them together) and some batteries for my camera......

Maybe ill find some more suitable wire for the third coil on my kapagen too.

Happy experimenting

[grizli]

You have obviously missed  segments of this thread.
Your observation is wrong. Romerouk has confirmed to having used variant B of this diagram http://www.overunity.com/index.php?topic=7679.msg244409#msg244409

He goes from CW to CCW.

YES I am wrong ... thanks for clarification
than we have even more messed up circuit

Than Romerauk circuit is complete the same as Naudin it seems..

We have double crossed magnet fields on each end ...

Here I dont see how can it resonate and with what , bit ,agmet field shape of this coil is very special .. : two opposed magnet field parts

NS$SN$NS

where S meets S and where N meets N there is field expression at right angle to coil axel...
Two wires go THROUGH the coil magnet field of those wires is at 0 degree to that both "expressed" fields (have to draw)

Take two magnets NS NS
take metal plate(iron)
put this NSironSN
iron will be super strong magnetised and magnet field will go out form that magnet at 90 degree to original magnet rifled of two magnets..

maybe we here need ferrite rings after all 

[xenomorphlabs]

@flathunter:
So you are using 30kV on this? Wow. I have a 9 kV NST lying around, that i bought after watching a Don Smith lecture just to find out that they guy himself isn´t fully aware of the ratings of his components as he actually used a 3kV NST in the system he was talking about (as written on the NST label).
So will the spark gap distance reduce the 9 kV to the breakover voltage of the gap which then gets sent into the coil or will the coil see 9kV? Not too sure about that at the moment.

[flathunter]

ferrite rings also on the shopping list....

[forest]

In Kapanadze´s green box video, the current measured with the clampmeter between inverter and green box is fluctuating between 0.2 and 0.5 amps.
That would be only around 100 Watts input power.
If there would be a MOT in the green box, then the signal from the inverter would be enough to feed it. What are the 2 transistors on the green box then for?
It seems almost certain that Kapanadze is using two different types of signals that he feeds somehow to the coil (Like SR has been basically saying) .
The coil exhibits also not only one "input".
The high voltage part looks like only being in the few milliamps range of current judging from the spark gap.
So it remains to be found out how to get the same effect while reducing the input current.

I like that idea!