Kapanadze Cousin - DALLY FREE ENERGY

[magpwr]

Hi magpower, this circuit, have you got any data on this circuit ? if you look tin the center of the coil it has no value `any idea on it's size and value ect and how to wind the coil ? or a pointer please.

also the other out of focus circuit isn't much use but nice effort.

RegardsAlien

hi AlienGrey,

No data available.But i can create one of logic.


The outer winding on outer pvc pipe can be made with 5 turns which can be connected to 3 turns on yoke via capacitor around 1uf...2.7uf.
Actually it's much easier to start with this method find the resonance frequency in the lower range around 55khz +/- 10khz give or take.Once optimal transfer or resonance is obtained for the outer coil take note of the frequency then multiply by 3.

Then it would be easy to assemble a L/C circuit(Center coil) in itself for testing purpose which can be made to resonate at 165khz or any other frequency around this range which would be 3 times
the input frequency eg:55khz give or take as example.

Even better to match the frequency of tesla coil which can be made to run at 165khz or 2 x 165khz or 3 x or 4x 165khz which seems to make more sense.
Logically for that short height for tesla at the middle pvc pipe you can roughly estimate the turns needed or the resonance it would produce.There is small possibility there might be ferrite toroid stack at the center in order to lower the tesla coil resonance frequency.

2 wire can be connected to the center L/C coil to monitor the response like if the coil is ringing.

Take note tesla coil on pvc pipe is in the center of the L/C coil.Tesla coil likely with ferrite toroid stack at the very center is also connected to top load aluminum.This thin wire can be spotted in the outdoor video taken outside.

I almost forgot we are playing with high voltage so probe design to handle 2kv..4kv or more is preferred and scope is isolated from mains supply or run as battery to sine-wave inverter will do the trick as well.

That's my take.We are observing for the ringing or free oscillation in this experiment before we can even advance further....

[Hoppy]

@ all,

During the tuning process, what do you think we are we supposed to observe at the output and input to indicate that tuning is close or at an optimum setting? Is is a brightest lamp array at the lowest input power for a given number of lamps (fixed load), or just the brightest lamp array irrespective of input power level?? Getting LC circuits to resonate with resulting high generated voltages is all very fine but we need a benchmark(s) to aim for that indicates that we are at or close to an optimum overall tuning point for a given device configuration. I feel that we are currently as it were, trapped in the maze.

[magpwr]

@ all,

During the tuning process, what do you think we are we supposed to observe at the output and input to indicate that tuning is close or at an optimum setting? Is is a brightest lamp array at the lowest input power for a given number of lamps (fixed load), or just the brightest lamp array irrespective of input power level?? Getting LC circuits to resonate with resulting high generated voltages is all very fine but we need a benchmark(s) to aim for that indicates that we are at or close to an optimum overall tuning point for a given device configuration. I feel that we are currently as it were, trapped in the maze.

hi Hoppy,

Typically what everyone is doing upon seeing a bulb getting bright we get happy.I think this is what we have been taught using bulb as sign of success.

This time i am using another approach to understand the underlying mechanics on how this device of Akula works.

The answer seems to be there before our very eyes

The only one video of Akula reveal the answer i am looking for.
Youtube Title -00032 https://www.youtube.com/watch?v=wPfR_y2aAeM

The transformer is consisting of 1 input ,1 output to mains bulb with capacitor in parallel and one end of bulb to earth and "1 standalone output from the multilayer coil which is connected to 1x capacitor in parallel similar to L/C ".

The device does work and able to light bulb little less bright without the some kind of impedance matching external coil.

At the later part video you find the peak brightness is achieved at around 30khz.Observe the current no increase...?

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Since the multilayer coil we are working have only got 4 wires 1 input and 1 output.Which can only means the 28turns which can generate high kv can be used to power the tesla primary via 3kv spark gap.
In the Akula tesla coil tuning pdf Russian&English there is mentioned of 3kv Suppressor....

This means the circuit diagram we are playing with is wrong.Remember Akula is able to manipulate the circuit diagram but we can still see bulb lit just to be Happy.

---------------------------------------------

I have taken a screenshot base on the above youtube video.

The large sine-wave is taken from the standalone L/C circuit which peaks at 30khz at resonance at 800Vpp since it's at 100volts/div.This can also means the source might be running at 15khz  or 1/2 resonance as well.

The other waveform is taken across the bulb with a capacitor in parallel.The probe negative is connected to earth with bulb and other end of bulb.

[Hoppy]

Hi Magpwr,

Thanks for your interesting reply. Please draw out the circuit configuration shown in the video as you interpret it. I feel we should all experiment with this to gain a better understanding of the basic principle used by Akula and probably Kapanadze. I reckon you are thinking along the right lines.

[NickZ]

  URSA:
  There are two possible options from the second end of the 28 turns coil wire termination point. The grey wire that you mentioned, looks more white than grey, where it connects to the red wire. This white wire, then runs next to the bottom of the big air coil, and is then lost from site. The other option, is as you mentioned, the grey wire going back to the driver board. In any case concerning the white wire, if it doesn't connect to the red 28t wire, then it is still an unknown, as we don't know what it doing there.

  Magpwr: The diagram that you showed is wrong. There have never been any schematics or diagrams of the Akula first device that are correct.

  The inner "choke" coil with a small tuning capacitor that are inside of the big air coil, is supposed to be wound with 50 turns, but Akula mentioned that making it with more turns is better, like 300 turns, or so.

  Back a couple of years ago on this thread, T-1000, Grumage, and myself, were trying to decipher the wiring and mode of operation of the Akula first video device.
  There was quite a bit of information, and testing by both Grum and myself, and others back there, if anyone is interested.
I'd have to look for it in some of the older postings, to find it again.

  DA2:  Thanks for the links, but what we really need are any links to youtube videos, to see your latest tests, etz...

  Ariovaldo:  Thanks for showing your set up, and also keeping us posted.  Good luck.