Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[Hoppy]

@Zeitmaschine

I think TK got his shielding ground wire.

http://youtu.be/37vxQ74OvY4

Don't give up.

wattsup

This is very likely, given that he would likely have had even more difficulty sourcing the braided hose on its own. However, could he have removed that much braided hose without cutting through the braid in sections? You are in the best position to try removing a few metres off your triax. I mentioned in an earlier post that the braid laying on the floor appears to have short dark sections which might be taped joints, or just plays of light?? Pulling a continuous 1 metre length of sheath off 75R Co-ax if difficult, especially without damaging the braid at the point of cutting, either using a proper co-ax cutting tool or cutting the sheath along its entire length. If the braid was removed in sections, why would TK have gone to the trouble in joining up the sections, rather than using a simple wire earth as in the green box version, other than to conceal conductors inside? I have seen no close-up high res shots of the braid laying on the floor or going through the window, so we cannot rule out joints at this point in time.

Happy 

[captainkt]

@wattsup, you will find stripping braid and or insulation from coax is quite simple to do once started. Could the reason for use of coax be the fact that most UK coax has a steel centre wire thats copper coated. This steel type certainly works better with induction heater oscillator.
Regards
Keith

[wattsup]

Now I scratch my head: How can a circuit with two transformers and two diode bridges and a diode that blocks half of the input power be more effective than a single diode bridge? What is wrong here?

The way I see it is simple. Half the feed is already saved right away with diode 1. Then with the transformers and rectifiers, with half and quarter waves he is creating enough flux change in two transformers to equal a single transformer working under straight AC.  Or, something like that. Don't forget that for it to be more efficient, he only has to be better then the 50% and not better then the 100% when straight AC'd.

@Happy and @captainkt

Below is a close-up of the braid inside the plexiglass box before it is connected to the copper braid going the coily coil area and the triple transformer outputs and and the brownish wire that goes to the internal circuits for normal grounding purposes.

See how thin the shield is at that point indicates there is nothing inside. It is the normal thickness. I don't think TK would have been stupid enough to hide a wire inside that shield as it would have been more then obvious.

As for removing the shielding, this cable is designed for video camera usage so it is very flexible outer layer that is very easy to cut with an razor knife without cutting through the first shield. It then slides off very easily regardless of length because the shield can expand off the lower layer and slide right off.

I'll be checking in so please keep the peace and don't burn the house down. lol

wattsup

[Hoppy]

The way I see it is simple. Half the feed is already saved right away with diode 1. Then with the transformers and rectifiers, with half and quarter waves he is creating enough flux change in two transformers to equal a single transformer working under straight AC.  Or, something like that. Don't forget that for it to be more efficient, he only has to be better then the 50% and not better then the 100% when straight AC'd.

@Happy and @captainkt


See how thin the shield is at that point indicates there is nothing inside. It is the normal thickness. I don't think TK would have been stupid enough to hide a wire inside that shield as it would have been more then obvious.


wattsup

This photo does not convince me that there could not have been well insulated ECW conductors inside the braid but I hope you are right and that there is a more than just trickery involved.

Hoppy

[br549]

Quote:  I think this is relevant to TK device because it has 50Hz transformers, diode bridges and capacitors, and it can do something that was worth to patent it (maybe).

In reference to the DC power circuit in the patent. I tested but didn't have time to do any analysis  the results. Note attachment.