Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[romerouk]

Wonder if Woopy popped out in the back  to try it yet? If he don't come back soon then have to assume he has vaporised himself and all his wife will find in the morning is a smoldering pair of sneakers:)

I hope he understands that this is very dangerous. Being in the garden with the high voltage around and some wet ground is the perfect recipe for disaster.
People who never played with high voltage at this level should wait until we discover the final secret for Kapanadze configuration. The final project will have very high voltage at very low amperage. At that level we can take shocks from time to time without risking our life.

Regards,
Romero

[aether22]

[ author=romerouk link=topic=7679.msg245227#msg245227 =1276637902]
I hope he understands that this is very dangerous. Being  with the  around and some wet ground is the perfect recipe for disaster.
People who never played with  at this level should wait until we discover the final secret for Kapanadze configuration. The final project will have very high voltage at very low amperage. At that level we can take shocks from time to time without risking our life.

Regards,
Romero

Good point, I'd suggest that those who do not have good experience with HV switch to trying to replicate Groundloops safer experiment at this time, it may not be obvious OU but it does seem a very fruitful and very safe setup.

It still uses the PVC pipe, you can try using the same wire, spark gap and it might just save your life or your TV/PC etc...

HV can do unexpected things and most of us who have used it have been bitten at one time, if I had been bitten with a MOT instead of a NST I would probably be dead now.  You need to learn what can happen with low current equipment first.

BTW the most dangerous thing you can do is play with a magnet near a spark gap that uses ferrous materials!

[mircea]

@ all - I have 2 microwave transformer, and I have the same problem (or not) with both: The IDLE power (without dummy load)  is very huge, one is 850w and 2nd is 480 w. The spark is ok, with noise, light, etc, .... The question is: Is normal? 

In other words, I have 2 "kapagen", first one with 10cm diameter with 90/30/8 wounds with output 500 w but not (yet) over-unity, and the 2nd one with 5 cm diameter with the same wounds number, untested yet. Maybe tomorrow... I  don't have pictures and video with may work, but I have enough professional photo&video tools to do this if is over-unity one of them (or both)!

Good-Look everyone!

[the_big_m_in_ok]

Does anyone tried this?

http://www.001-lab.com/001lab/index.php?topic=4.3600  ,  Pg. 73 of the thread  ,  Reply #3626
"jnaudi11.jpg"

May be the same circuit in the video.

--Lee

[callanan]

@all

thanks

and now installation of the lamps

good luck

Laurent

Hi Laurent, I am hoping you will see some success in your replication as I have seen none as yet. But there is one thing I would like to note that I haven't tried as yet. I notice that you have one of the HV output connections connected to the bottom of your MOT which is essentially only connected to the core. I do understand that that this is because one end of the HV output winding on a MOT is built with it being connected to the core at the top. This is because when connected in the MO the core is then grounded.

I must also note that it does appear that romerouk also connects to the bottom of the core as one of the HV output connections as well, as seen in his videos. So far, in my replication attempts and tests, of which I have done very many now, I simply connected directly to the top of the HV winding connection that connects to the core. This is the same electrical connection of course but there is a difference.

The difference is that if you connect to the bottom of the MOT core, the HV current has to flow through the ferromagnetic core. I have no reason to believe technically that this should make any difference but never the less, it is something I must try as who knows what the ferromagnetic interaction with the HV current may have to the whole circuit and system.