Kapanadze Cousin - DALLY FREE ENERGY

[NickZ]

  The 24 turns inductor coil (resonator) is wound with two layers of 12 turns each. So, there are a total of 6 layers on that side of the grenade. There is a total of 168 turns on the grenade output coil, and it's supposed to be 37.5 meter long to start with, and is the same as the earth ground cable which is also 37.5 meters. Two ground lines may work better that just one.
Remember to get the polarities correct when winding your coils. The resonator is bifilar wound.
  You can try the 24 turns for your resonator, but you may find that it really only needs two layers of 12 turns, and not 4 layers.
But, you can also leave a TAP at the 24 turns, so you can connect up to that point to see how the differences, compared to 48 turns. Don't worry about the how high the coils end up being, or to try to make both sides the same.
  Your gauge of wire used is not the correct size, but may work ok, also.  The former tube is made using sink drain tube which is about 1 1/8, to 1 1/4 inch. Not 50mm.
  The important thing is to follow the Ruslan diagrams. All the information is on previous post on this thread.

   There is also a video by GeoFusion that shows the way to wind the grenade. You can look for that video on you tube, as well.

[T-1000]

.. as what T-1000 mentioned are NOT the specs for the Kacher on this particular replication. There is a reason why the Kacher secondary is short, and not made to deliver 5000 to or more volts. As there will be practically no current coming from the output to the antenna, from a long secondary, mostly only voltage. T-1000 has never built this type of device, and is just guessing of how it should be made, and disregards what was mentioned by the real builders. Sorry T-1000, but it's true.  Or not?

Well, I understand plain Russian and was passing over what Ruslan was telling, it is up to you if he was giving not correct information...
In regards to voltage, it does not need to be very high but also that need to fall in the timing with virtual capacitor charging on grenade coil where higher voltage take the less time to charge plus how much it affects magnetic field of grenade coils. And the sparks change color if you touch Tesla coil due amperage present from virtual capacitor so you may be careful touching it to avoid electric shock and burns then.

There seems to be 4 layers for the 25 turns bifilar winding in order to get to the same height as the multilayer coil.
Which means that we are short of 50 turns since we followed Ruslan and stick with 25 turns with 2 layers.

I may be incorrect just there are 3 counter-bifilar layers with the 1/2 of previous layer length each in grenade coil and 1 additional winding with 2+ one way layers(each layer start is in the end of grenade coil) connected with 3 turns output on yoke with capacitor in series.

[NickZ]

 quote from T-1000:
  "Well, I understand plain Russian and was passing over what Ruslan was telling".
                                                                                                          end quote

    That information does not compare to what is seen in the videos. As making the grenade coils the right way is not a small detail.
    Look again at the previous picture that I posted showing the Ruslan Kacher. Does that look like the LONG secondary that you are mentioning? Look at the size of spark on the second Akula video, it is not in the several kv range. But, only about 1500 to 2000 volts, and non shocking for the most part. Ruslan's HV spark does stream, unlike Akula's HV spark. 

   T-1000, I appreciate your help in the translation, but I believe what I see. 
   

[magpwr]

  The 24 turns inductor coil (resonator) is wound with two layers of 12 turns each. So, there are a total of 6 layers on that side of the grenade. There is a total of 168 turns on the grenade output coil, and it's supposed to be 37.5 meter long to start with, and is the same as the earth ground cable which is also 37.5 meters. Two ground lines may work better that just one.
Remember to get the polarities correct when winding your coils. The resonator is bifilar wound.
  You can try the 24 turns for your resonator, but you may find that it really only needs two layers of 12 turns, and not 4 layers.
But, you can also leave a TAP at the 24 turns, so you can connect up to that point to see how the differences, compared to 48 turns. Don't worry about the how high the coils end up being, or to try to make both sides the same.
  Your gauge of wire used is not the correct size, but may work ok, also.  The former tube is made using sink drain tube which is about 1 1/8, to 1 1/4 inch. Not 50mm.
  The important thing is to follow the Ruslan diagrams. All the information is on previous post on this thread.

   There is also a video by GeoFusion that shows the way to wind the grenade. You can look for that video on you tube, as well.

hi Nickz,

The multilayer coil remain unchanged at 37.5m except the 25 turns x 2 layer becomes x 4 layer base on my visual analysis.

It's Sunday night over here all experiment have come to a stop.I can only resume any experiment on Thursday or Friday.

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Adding a Russian KD226D diode in series with SIC Mosfet drain lowered power drain to around 0.5Amp at 12volts battery 6watt without effecting output power from large Antenna coil/outer coil.
Further improved by adding 560pf high voltage mica capacitor in parallel with primary winding which i need to fine tune after applying some calculations on my special tesla coil 33uH together(counter turn already implemented with 5 turns of electrical wire after tesla coil) with 3uH obtained from 5 turns cw,ccw on ferrite rod.

My temperature sensor would produce err1 if i approach around 5cm towards Antenna coil center area this time.Last round i got to place less than 1cm at ferrite rod with cw,ccw winding in order to get temperature sensor to go haywire.

Related to current reading i'm lost at the moment with mica capacitor on primary coil the clamp meter reading on earth wire near to battery produced nearly 9Amps.
Half way to water pipe it's around 5.13Amps and even near to the pipe it's around 2Amps this time.

The voltage limit seems to be around 288volts but less than 300volts for my 1.2KV sic CREE mosfet else no further improvement spotted in output HV.
Have not tried to increase voltage after adding Russian diode from mosfet drain and mica capacitor yet."Pending"

Yes i am little concern about the safety of my scope at this point on since the another unused channel is also picking up high voltage.

I have already achieved my target related to getting current movement to Earth at the moment using high voltage with nanosecond pulse.That's just a small baby step for me.

[NickZ]

  Magpwr:
  Good to hear that you're still working on this Ruslan device in your own way.
  Can you light an incandescent bulb off of the ground line? To confirm that there is a real and useable current going to ground.
As I don't really trust what meters are able read, at those frequencies.

  As the running frequencies are also dependent on voltage and current of the input, if those input levels change, due to the drop in voltage at the battery, when lighting a bigger load of bulbs, that will also affect the resonance of the whole device. So, it's important to provide for an unchanging input, like a steady 15 to 18v or higher voltage, that does not change with the load, if the fets can take it. This is only for testing purposes.

  BAT:  You may need to change your small fets to the IRFP260N.
  The small fets will only get you so far, but may work ok for smaller loads. However, small loads will not allow the system to reach the best resonance peaks that can provide for a higher output.
  Remember also that you'll need to isolate the Kacher driver's input source, from it's HV output, that will be re-entering back into the input.  As that will also cause interference in the signal, that you are seeing on your scope.