Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[romerouk]

Hi romerouk,

First let me say thank you and keep up the good work!

Parts Q's:
- For DC are you just rectifying the A with a single diode and filtering the DC with the cap? 
- Why not use a full wave bridge rectifier?
- what wire size gauge are you using?  Also what kind of wire insulation?

Theory Q's:
- How did you find out that the wire loop inside the coil was needed and would work?
- How did you find out about the CCW - CW - CCW  from the left to the right coils configuration? Trial and error?
- Where do you think the "extra energy" comes from?

Regards, Mike R.

Now I am using one single  diode with a capacitor. I don't have enough high voltage diodes to try full wave bridge rectifier.Most of the results are based on trial and error.Starting from what I could understand from kapanadze demonstration then from kapagen demonstration I had to try all possible combinations.I have not tried all yet, I need time for the family, work,...

@baroutologos
The MOT sparks alone in the AC demonstration I have posted on youtube.I am not happy with AC because of many reasons.Spark gap becomes red hot after short time, I need to increase  frequency,... Charging and dumping a capacitor in the system seems to me a better solution at this moment.I had some old experiments with charging and dumping a capacitor in a different configuration and that was one of the best results I ever had.
People should try to use their brain and try different ways, what if my way is wrong?

[baroutologos]

@Romerouk,

Thanks for the clarification that in the first setup you do not use a cap-discharge approach ala Telsa type (diagram 1, a section and not b).

Experimenting with a cap is a plus of course (diagram 1, b approach), but for me it is quite weird the fact alone that a MOT at the HV side can power-up lamps (40-100watts) that require 0.5-1 amp current to run through it.

A cap-discharge can provide that kind of current without doubt. Can a MOT alone with a spark-gap or even shorted? If not, then the setup is of real contribution here even thought it does not have any capacitance being charged bythe HV .

I really hope it is understood what i am saying here.

Secondly
....

Because of my objection regarding the interpretation of the winding style, can you specify the kind you have done it by looking diagram 3 posted by woopy?

Thirdly
....

You cannot be possibly wrong if you indeed use 260 watts for that kind of output power. (powering 4-5 bulbs at that intensity)
The problem is if your measurements are wrong at the input.

Please, seriously consider the application of those simple technics for finding out
http://www.overunity.com/index.php?topic=7679.msg244340#msg244340

ps: Sorry for the interogation man but need to know
ps2: I resume experimenting as fast i get a MOT

[romerouk]

Note to all!

read the folowing links to understand better the principle behind one type of free energy, applied by kapanadze too.
http://jnaudin.free.fr/html/tbfrenrg.htm
http://www.cheniere.org/techpapers/Final%20Secret%20of%2015%20Feb%201994/index.html
some time ago I have built a device based on these principles.

Think of a JT charging a capacitor then discharge that capacitor very fast.It is simple and you will be amazed of the gain produced. Link this information with the 2 links above and you have all you need to construct your overunity device.

[romerouk]

@Romerouk,

Thanks for the clarification that in the first setup you do not use a cap-discharge approach ala Telsa type (diagram 1, a section and not b).

Experimenting with a cap is a plus of course (diagram 1, b approach), but for me it is quite weird the fact alone that a MOT at the HV side can power-up lamps (40-100watts) that require 0.5-1 amp current to run through it.

A cap-discharge can provide that kind of current without doubt. Can a MOT alone with a spark-gap or even shorted? If not, then the setup is of real contribution here even thought it does not have any capacitance being charged bythe HV .

I really hope it is understood what i am saying here.

Secondly
....

Because of my objection regarding the interpretation of the winding style, can you specify the kind you have done it by looking diagram 3 posted by woopy?

Thirdly
....

You cannot be possibly wrong if you indeed use 260 watts for that kind of output power. (powering 4-5 bulbs at that intensity)
The problem is if your measurements are wrong at the input.

Please, seriously consider the application of those simple technics for finding out
http://www.overunity.com/index.php?topic=7679.msg244340#msg244340

ps: Sorry for the interogation man but need to know
ps2: I resume experimenting as fast i get a MOT

Yes, I have been using diagram 1 in the video but now I am working in tesla type configuration.
Not to much to show yet but later I might post another video.
MOT alone uses much more wattage for the same load
woppy  = B

[flathunter]

Yes, I have been using A 1 in the video but now I am working in tesla type configuration.
Not to much to show yet but later I might post another video.
A alone uses much more wattage for the same load
woppy  = B

You Da Man Romero.

Thats all my questions answered (woppy=B).  Im off to try DC pulsing of this coil - consider me winding the night away with CW and CCW coils.  I promise not to post again on this thread until i have photos/videos/results of success/failue, and you can call me a lying rat if it isnt so ))))

Thanks Gyulasun for the JT reply - i'm glad i was right about the current going in the opposite direction in the JT, but in the same direction in the naudin ''teslacoilbuilder'' link...The emphasis on CW and CCW winds make me feel there is a big connection with this.....Cheers for the Tesla quote...food for thought.