Kapanadze Cousin - DALLY FREE ENERGY

[NickZ]

  John:
   The reason that nobody has even tried to replicate the Vasmus device is mainly due to him providing no diagram (up to now). Or a full explanation of what is really going on. I suspect that he will follow up on that, and actually explain more fully how to make it work.
  Most guys that have self runners are still worried as to the consequences of making it public. Or at least, before they cash in on the profits from it.

  Even GeoFusion, never showed his supposed self runner. So, it looks like Hoppy may have been right, and he never showed it because he does not have it working. This is not good, and it is better not to mention it, than to mention it and not show it.  So, I'm still waiting to see his current version, but no video, no pics,  nothing, yet.

  EDIT:  I'm also wondering why any battery is needed to just start the device.
As a cap can be charged from the output, with an on/off switch that will allow it to hold it's charge when the device is turned off, without draining this start capacitor, until needed to start the device working.  Too simple?

[Hoppy]

Hi Itsu. I agree with your assessment of Ruslan's diode arrangement.
I have redrawn Ruslan's diode and capacitor wiring configuration based on what I see, to try
to make it easier to analyze, attached to this comment. It makes no sense to me. Maybe someone
can figure out what this might be for, but I can't make any sense out of this arrangement.
Ruslan seems to have the two parallel capacitors connected where the AC would normally connect in a FWBR.

Maybe Ruslan wanted to form one single diode with 1200V, 24A rating, but in that case I don't understand
why the capacitors are placed in the middle of the diode configuration. Large capacitors will appear
like a very low impedance, even at frequencies such as say 17kHz to 34 kHz. Based on the diagram, the diodes 
are not wired in such an arrangement to charge the capacitors with DC. Maybe this is a secret
arrangement to capture and convert radiant/ambient energy  , or this is just gobbledy-gook, or I don't know
what else it might be for. 

Also, see the second attachment. The device shown in this screen shot is in the same box at the bottom.
Anyone recognize what it is? A capacitor? An FWBR? Something else?

P.S. I just tried using Ruslan's (apparent) diode and capacitor arrangement in place of a single diode,
and used it in a half wave rectifier configuration on the greande coil. I don't see any advantage to it over
just using an ordinary halfwave rectifier arrangement. About the exact same output and performance.
I can't see any advantage to it in this basic test anyway.

All the best...

Hi Void & all,

This diode network is indeed interesting. There are two wires missing from your circuit element. These are a thick blue & thin black wire connected across the LHS capacitor, which disappear into the depth of the box. If this was an AC input pair, it would make sense of the diodes as a FWBR. However, the reactance assuming say 20uF of PIO cap would be very low, except at very low frequencies. At 50Hz, the reactance is 159R and at 60Hz it is 133R. Does this give us any clues to the purpose of this diode network?

[Void]

Ok guys on the relays being used in conjunction with the power switch.
For these simple demo devices I think a simple heavy duty power switch should 
work fine however for the same purpose. Seems like unnecessary circuit complication to me.

Hoppy: Yes, 9V could be used to latch a latching relay connected to a hidden battery, but no actual
evidence of such a battery so far.

All the best...

[Void]

Hi Void & all,
This diode network is indeed interesting. There are two wires missing from your circuit element. These are a thick blue & thin black wire connected across the LHS capacitor, which disappear into the depth of the box. If this was an AC input pair, it would make sense of the diodes as a FWBR. However, the reactance assuming say 20uF of PIO cap would be very low, except at very low frequencies. At 50Hz, the reactance is 159R and at 60Hz it is 133R. Does this give us any clues to the purpose of this diode network?

Hi Hoppy. Placing the large capacitors at the AC input of a FWBR doesn't make sense to me.
At say 159 ohms, the capacitors would just be acting like a low impedance shunt path to the AC,
and doing nothing useful but shunting AC current. I can't make any sense out of that, so far anyway.
All the best...

[Hoppy]

Ok guys on the relays being used in conjunction with the power switch.
For these simple demo devices I think a simple heavy duty power switch should 
work fine however for the same purpose. Seems like unnecessary circuit complication to me.

Hoppy: Yes, 9V could be used to latch a latching relay connected to a hidden battery, but no actual
evidence of such a battery so far.

All the best...

Yes, on the surface of it, an unnecessary circuit complication given that the switches are heavy duty mains rated and more than suitable for switching low voltage, high currents!

Granted that there is no evidence of battery but exactly what is under all that foam packing. It takes only a small Lion or Lipo flat pack to run a couple of low wattage lamps for the few minutes shown in the video.  In my book, a guy that removes a small piece of foam in one box but fails to show what's under the large pieces in the other box, is just shouting out that he is hiding important components.