Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[Rafa12]

Not a very good work, the yoke is not the best form to make a coil because it's necessary to leave many empty spaces...  but the real problem is that I haven't any of these measurement unists that Wesley shows in his video. Are they really neccesary? well I will plug in, cross the finguers and if it don't work I will try again with different wires etc..

[verpies]

@Rafa12

Q1) Why didn't you loop the braid outside of the air gap like the inventors did?
Q2) Did you cut a notch in the ferrite for the Braid loop?
Q3) Is that notch located where the mating surfaces of the air gap are supposed to be?
Q4) Is this notch insulated? Does the Braid touch the ferrite in this notch?

Also, I think that the ratio of the Braid's width to the height of the ferrite is much lower than in the inventor's model.  This decreases the surface area that the two halves of Braid face with the ferrite in between.  I expect that the smaller surface area will lead to less capacitance between the two Braid halves and consequently to higher Ferrite Resonance Frequency (FRF) and higher Braid resonance Frequency (BRF).

[Rafa12]

hahahah, Wesley,  read this article, it seems you have to do better videos!!....   http://pesn.com/2011/11/04/9501946_Massive_OU_Claimed_in_Freaky_Pre-Halloween_Video/

[T-1000]

hahahah, Wesley,  read this article, it seems you have to do better videos!!....   http://pesn.com/2011/11/04/9501946_Massive_OU_Claimed_in_Freaky_Pre-Halloween_Video/

We know about it already and my comments there improved quality of article (should be done by article author in first place!) to more technical look..

[Rafa12]

Q1) Why didn't you loop the braid outside of the air gap like the inventors did?

As far as I understand, the braid should tunrs arround the yoke, internal and externally

Q2) Did you cut a notch in the ferrite for the Braid loop?

No, I didn't touch the Ferrite Yoke, because is very fragile, maybe this could be a problem? the Yoke sides will be too separate because the thicknes braid....

Q3) Is that notch located where the mating surfaces of the air gap are supposed to be?

yes it was divided, I didn't need to cut them.

Q4) Is this notch insulated? Does the Braid touch the ferrite in this notch?

No, but I 'm not sure maybe just this notch have to be isolated... I think it has not to be isolated, and the diamagentic material, (paper in the video) will create a isolation between two half.

Also, I think that the ratio of the Braid's width to the height of the ferrite is much lower than in the inventor's model. This decreases the surface area that the two halves of Braid face with the ferrite in between.  I expect that the smaller surface area will lead to less capacitance between the two Braid halves and consequently to higher Ferrite Resonance Frequency (FRF) and higher Braid resonance Frequency (BRF).

Yes you are right, thank you for all your observations, this braid was the only similar material that I had, I faund it in the same computer tv. Here ther is another person that has built it exactly like me.
http://www.energeticforum.com/renewable-energy/9673-wesley-stivep1-video-high-voltage-frequency-ou-4.html#post165579

all the best