Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[Trastos]

@point99

Miss you 2 and 2a. AC power.

Japanese say:
Opening the power switch (3), the user gives the electric energy received from the initial energy (1, 2 and 2A)

AC power is connect to load 220V 50Hz. This staff probably make 50Hz in the circuit.
All Others give current? Or.....

Shokac, i think yes, the AC current is generated by inverters. In the last video of Art channel, Kapanadze start the device with a 9V small battery.
Now i have a doubt, if, for example, i got a dc 12v supply like battery, with inverter i have HF pulsating DC, with a transformer, i can elevate the voltage to KV,
if i take this output and back to pure DC, i have KV DC pure current, if close the loop with "new" pure DC current, now i can start again but with KV DC initially.
Is can repeat this with a controlled frequency.
Just a suggestion. Thanks all.

[LtBolo]

I had a soft iron rod in the middle of my coil and it never got hot.  It just got magnetized.

In my experience it was a function of how intense the spark was. With a low intensity spark, I didn't get significant heating effects, but neither did I get the apparent flash saturation. When I dialed up the spark, I saw the flash saturation, and stuff in the middle would get very hot, very fast.

[poynt99]

@poynt99

Miss you 2 and 2a. AC power.

Kapanadze say:
Opening the power switch (3), the user gives the electric energy received from the initial energy (1, 2 and 2A)

AC power is connect to load 220V 50Hz. This staff probably make 50Hz in the circuit.
All Others give current? Or.....

The input sources (2 and 2a) were removed on purpose , as they are redundant. As are the extra loads (13).

.99

[dllabarre]

In my experience it was a function of how intense the spark was. With a low intensity spark, I didn't get significant heating effects, but neither did I get the apparent flash saturation. When I dialed up the spark, I saw the flash saturation, and stuff in the middle would get very hot, very fast.

I see.
My HV amps were in the mA range at 2kV and at 10kV so my SG was always pretty quiet.

DonL

[baroutologos]

That SR document has been around for awhile. Back on page 230 or so on this thread I spoke about the two transformer experiment that I conducted. But of course it was dismissed because smart people stated 'it's not OU!' NOTHING in that experiment was about OU. It was making a point that 'injecting a HV arc in a low voltage signal made the light flash brighter' That's it No more No less. What should be taken away from that is 'mixing voltages' may be important.

Nothing yours in 230 page.
I remember someone mentioned a two transformer setup with a HV-capacitor-spark gap going to a bulb connected to the LV side of a transformer...

Anyway, besides OU etc how you claim did you manage to conduct SR's suggested experiment?
Shematics, photos, observations?