Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[a.king21]

Hi a.king21,

where do you suppose the coax cable to be in the aquarium device?
Where has the coax cable been elsewhere (different shows, different device)?
Which place it must be (always)?

Which way is coax cable arranged? (coiled, long (solenoid), flat (pancake), core (iron))

Regards
magneto_DC

The braid seems to be used as an earth wire. I do not know Russian plytionka cable. But the output coils look like high voltage wire. The wiring appears bifilar.
RE humming noise: If there was humming, it was not noticed in Aquarium 2. Possible it was too faint to hear.
The humming noise on start up in many KP videos is the solenoid start switch, which ceases once the device is running.
If humming is constant in the 2004 video, then it could indicate a number of things including ferroresonance or simply a noisy transformer. I am not ruling out a tesla switch, I just think it is unlikely

[Hoppy]

The braid seems to be used as an earth wire. I do not know Russian plytionka cable. But the output coils look like high voltage wire. The wiring appears bifilar.
RE humming noise: If there was humming, it was not noticed in Aquarium 2. Possible it was too faint to hear.
The humming noise on start up in many KP videos is the solenoid start switch, which ceases once the device is running.
If humming is constant in the 2004 video, then it could indicate a number of things including ferroresonance or simply a noisy transformer. I am not ruling out a tesla switch, I just think it is unlikely

Yes, a solenoid start switch could explain the noise assuming it was used in the 2004 setup but it sounds more like an overload on the transformer.

[frantz]

.... But the output coils look like high voltage wire. ....

Dear a.king21
Could you extend this description?
I think, it could be very important information.
This wire was 5 or 7 mm diameter? (with insulator)
I will tell you why, I hope.



And where did you saw those coils? In which place? of transparent box 2?

[slapper]

could be degaussing something in the 2004 setup. it would be niece to have some translation.

[wattsup]

@Gidfactor

Welcome to the forum.

In the patent you put up, it seems to fit well into the required function of a driving circuit. The only problem may be that this circuit incorporates some bleeding resistors to keep the discharge cap(s) from over charging during faster discharge rates and I am worried that this will dissipate too much energy. Of course, if the overall device ultimately produces so much OU that any dissipation would be deemed frivolous, then that would not be a problem.

@all

OK, about the blue TKc wire.

OU member @dllabarre sent me a PM yesterday and I think it is appropriate that I copy it here. I am sure he will not mind because he is the one that put this idea forward.

Hi
I bought some large diameter coax cable, stripped the outer insulation, stripped the shielding off, just left the inner dielectric and core wire.  The dielectric is good insulation.
It's not a perfect solution but large coax is easy to buy local.
DonL

OK, so I looked closer at the blue TKc wire and took some closeups of the already available images.

Basically these shots show that the blue wire has an internal dielectric (white).

There could be an aluminum shielding between the blue layer and the white layer. Also, let's say this same wire came originally with a black outer insulation. By removing the outer layer, you will then see a layer of shielding wire that can easily be slipped of the wire length and used as the device ground lead. The remaining wire blue is as we see it but I would suspect that is has an inner aluminum shield as well which is typical of such coax wires.

So the coax should have the following layers, from outer to inner, to be a good candidate for a TKc.

Layer 1: Outer coating. Usually black.
Layer 2: Ground wire meshed shielding.
Layer 3: Blue insulation.
Layer 4: May or may not exist as an aluminum foil layer.
Layer 5: White dielectric.
Layer 6: Center conductor.

Man, oh man. So coax makes sense and his requirement for a more special coax type with more layers then usual would be correct.

Getting closer and closer. Let' keep on going.

When we were doing tests with the Caduceus coil, we had the HV leave source, then through an Avramenko plug, them to spark gap/capacitor and then to the Caduceus primary. Lot's of energy was lost in the spark gap.

The present Aq2v shows that the HV+ goes DIRECTLY to the load, then to the TKc, then to ground. This is the testing I want to do next and see if frequency is a factor.

wattsup