Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[Pirate88179]

This fellow has what appears to be a replication:

http://www.youtube.com/watch?v=vSxysPBvOu4&playnext_from=TL&videos=Z9_wO_KQx88&feature=sub

It appears about 1/2 through the video.  Looks like he is using a dimmer switch instead of a variac.  Good lighting levels as it appears on camera.  He does a neat trick with a copper rod in the center of the coil tube.  When he moves it, it appears to change the brightness level both up, and then down.  Looks like it tunes the main coil in some way.

Stefan showed a similar effect in one of his Dr. Stiffler replication videos using a coil with litz wire and a movable ferrite core.

Worth seeing.

Bill

[exnihiloest]

...
So im showing proof that the current circulating in the system is very small!
...

We can now be confident with the measure of input power. The measurement in DC mode has eliminated my objection about possible disturbance from HF current.
The problem is the output power. On the photos of my own device during some tests, the light bulbs directly connected to the MOT secondary appear very bright in despite the fact that they were powered at half the nominal voltage (thus at about 1/4 of power and even less of brightness). On Naudin's photos using 211W input power, it is not evident at all that the bulbs are lit at more than that.
I suggest to measure the light bulbs brightness by some mean and then to connect the same light bulb on a variac settled to give the same brigthness. Then a simple power measurement should give the correct result.

[baroutologos]

Here is an example of 2 resonant tank circuits driving a  with  input.   Actually it probably wasn't zero input but it was lower than my meter could physically read.   The bulb is a 6 volt flashlight bulb with approximately 125ma running through it.   Once the 2 tanks are resonant the light comes on and the input current drops to near zero.  Once resonance is achieved all that is required from the input is a voltage signal.  A very well made video by Armegdn03 shows how this works, if you haven't already seen it... http://www.youtube.com/watch?v=kQdcwDCBoNY

Hello dragon,

This video is really old, and honestly does not tell much about OU.
I explain. You certainly have been experimenting with resonance and as me you should have find out that resonance is a very good mean for impedance match.

So if you have a source (HF generator) that transfers power from a load (LC-R1) to a load (LCR-2), (bulb to bulb) setup,
in an untuned phase, in the first LCR little current passes via the coil (depsite the lamp being lit) and much from the source (as much as inside lamp1) since it is a serially connected R to source and parallel LC. If the source is outputing 10Volts at 100mA and the lamps are being lighted at 1.5V at 200mA then the first is appears alight (say 50% bright).

During the tuned stage, that is becoming an impedance match energy-efficient-link between HF generator and lamp2, the signal generator could send 10volt at 15mA hence staying the first bulb in darkness, and the second one being alighted. (say 50%)
No theories for me as tested those i say in many ways.

...
Regarding the MOT setup you have said it above 10times. It is the only extraordinary claim that remains to my to-do list since i get the MOT for my Kapagen experiments.

@Exnihiloest,

Hey man. I have suggested an analogic measurment method for solidying our input readings
http://www.overunity.com/index.php?topic=7679.msg246857#msg246857
Woopin used it also.
http://www.overunity.com/index.php?topic=7679.msg246950#msg246950
So no more input concerns. Lets stick to the output measurments, unless replicators REFUSE to do them.

@Juju,

I have not formal EE training since Business Administration is my Degree. By the way, i read, compare and analyze what i see.

ps: My replication of Kapagen cannot start since i am locked in an apartment for now. August is near i guess for country side.

[bolt]

This fellow has what appears to be a replication:

http://www.youtube.com/watch?v=vSxysPBvOu4&playnext_from=TL&videos=Z9_wO_KQx88&feature=sub

It appears about 1/2 through the video.  Looks like he is using a dimmer switch instead of a variac.  Good lighting levels as it appears on camera.  He does a neat trick with a copper rod in the center of the coil tube.  When he moves it, it appears to change the brightness level both up, and then down.  Looks like it tunes the main coil in some way.

Stefan showed a similar effect in one of his Dr. Stiffler replication videos using a coil with litz wire and a movable ferrite core.

Worth seeing.

Bill

Yes except he has linked his earth points up as a desk loop of wire and killed any chance of the system going OU. Nor will the center earth rod work which is why he can disconnect and remove it.

[void109]

Sounds like bad mot or bad cap or wired wrong..

You should not have a 10a load with the secondary open - unless you have a bad cap shorted across it?

That is what I was wondering.  The wiring isnt wrong, the primary of the MOT does draw 10A @ 120V.  Much less at lower voltages - I had read that MOT's were terribly inefficient transformers, I had attributed this to that.  I do plan to check the MOT and HV Diode.  I'll also start looking around for another microwave to scavange a MOT from.