Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[stephenafreter]

Theory behind it
Happy find !
I was guided to open the book from Eric Dollard "Condensed Intro to Tesla Transformers" and found the 3 coils circuit you are using in the KAPAGEN.
http://tesla3.com/images/forum/Dollard-Tesla-transformer-resonant-circuit-100_1476.jpg

Eric Dollard explains all the theory and the parameters to follow for best results.
A must buy here, 20 USD only : http://catalog.borderlands.com/index.php?act=viewProd&productId=37

I selected a few quotations from the booklet to give you hunger to order it !
http://tesla3.com/images/forum/Tesla%20Magnification%20Transformer.pdf

[vrand]

http://peswiki.com is down... maybe MIB???   

Its working fine right now.   

Could you please verify the idea that higher voltage = more extra energy theory:

- Would your 4mm & 10mm wire insulation hold up to your 12kV NST output vs the 2kV MOT output? 
- Or, Kapagen needs the MOT Amperage more than the Voltage (MOT 2amp vs NST 0.03amp)?

Regards, Mike

[e2matrix]

Finally i have to buy a cheap Micro-oven to dismember it so as to conduct experiments!
...

I would advice anyone here before starting to open the champagne bottle, to have a thorough investigation IF we are experiencing real OU or we estimate so.
As you can see by Naudin's site with his bulbs experiment (even hough Naudin talks NO about any OU yet- only implies) the bulbs are flickering and not fully bright.

The "not fully bright - but bright" approach is a quite tricky situation for the unexperienced and can easily lead to false conclusions.

...
i have make a draft setup of two light bulbs 75watts of nominal power being connected to 230v mains and video them. A first video shows one lamp alone working at 67watts and a second video shows both lamps working at 44watts.

Clearly in the second case each lamps works at 1/3 of the first case. Easily by mistaking brightness estimation and power usage anyone could be lead to think wrong

http://www.youtube.com/user/baroutologos#p/a/u/1/Ld8XxrpXOMQ
http://www.youtube.com/user/baroutologos#p/a/u/0/Pi6NRmxMs8w

...

I try to play Devil's advocate here, so as to be 100% sure than our experimenters have produced something real and not BS-ing each other.

By no means I meant to discourage anyone and being charged for MIB agent

If we want to use light bulbs as a way of determining power as is so commonly done in many experiments may I suggest a relatively cheap digital light (lumen) meter.  These are only about $18 including shipping.  Like this one: http://cgi.ebay.com/New-3-Range-Digital-50-000-Lux-Light-Meter-Luxmeter-LCD-/110508680847?cmd=ViewItem&pt=Car_Audio_In_Dash_Receivers&hash=item19bad4a68f
  It is known that for the human eye to see a difference in light output that you need nearly double the lumens to notice a difference.  And if the comparison is not side by side then  you have your memory of the brightness to throw into the mix also.  This type of light meter could go a long way in standardizing such evaluations.  It is common to measure at a distance of 1 meter.  If you are outside though such measurements would need to be done after dark to avoid having the Sun throw off readings. 

[Pirate88179]

This is my first post here. But in all honesty, I feel at home with this thread.

Concerning the design and loopback issue, can the eggheads here go and study this page, (figure 2) and see if it will solve same.

http://www.cheniere.org/techpapers/Final%20Secret%2013%20May%201994/index.html

Regards, Ay

Welcome to our topic here.  We appreciate your input,

Bill

[hartiberlin]

I didn't measure the output.I know I have 900w load and the brightness looks  normal, maybe a bit more than normal.I tried to measure but all my multimeters are showing from 300v up.I need an analog meter to measure properly.

Forget output measurements with these pulsed systems.
Also with analog meters.

Just put your 900 Watts load on a normal 240 Volts AC Line and
compare just the light output with your eyes.
You can also use a Lumen Meter.

Or convert your output to pure DC via Graetz bridge rectifier and
a big LC lowpassfilter bank and then measure pure DC at a defined ohmic
resistive load, like a toaster wire or 1000 Watts type heater resistor.

You also really need to shield the measurement equipment from these pulses
with the right ferrrite bead lowpass filters in your measurement cables.

It is not easy to measure correctly.
So better go with the light output comparison side by side,
but then you need a 2 x 900 Watts bulbs setup.