Kapanadze Cousin - DALLY FREE ENERGY

[Void]

   One of the reasons that I continue with the Mazilli/yoke crt is because, there are no reliable schematics to count on from Akula or Ruslan, or anyone else, especially for my particular build.   They both use 24v to drive IGBT's or the IRFP250N mosfets. I've been using the IRFP260N fets, driven by only 12v up to now,  as I burnt out two of these fets when using 24v, and the smaller 12v zeners.  I have now connected the 18v 5watt zeners now, which will allow me to use higher voltages.
And I also bought a brand new 12v 7ah battery. So, I'll be able to use the higher 24v and higher amperage inputs, once I get the new circuit working properly at 12v.

  The Mazilli is an induction heater circuit, and when properly heterodyned with an Exciter circuit or Kacher circuit, should give some anomolous results.
And/OR, combined with a solar system, the magnetic crt with work by itself.
For sure...  no problem, 24/7.
 
   Also, I just love the totally safe non-shocking aspect of this type of magnetic output current, from the Mazilli type circuits. And, even when it's combined and superimposed with an Exciter/ Kacher circuit,  it's still safe,  at least as far as I've seen, so far.
 
I hate being shocked... And I still don't understand why we need to use anything other than just the safe magnetic current to light our incandescent bulbs with, as well as any other things that need a power source. As its magnetic current that produces electricity, but why not use it as the primary driving source, instead.

Hi Nick. Yes, you just never know what the secret is, if it really does work as Akula showed it.
I had never really looked into the details of Daly's circuit previously, but I did recently and realized
that Akula's first supposed self running circuit with the big coil seems to be closely based on
Daly's circuit, with some modifications. In that case a high voltage nanopulser circuit similar to Daly's
arrangement or a circuit arrangement along the lines of a kacher circuit might well be an important component
here which Akula hid in his video. I remember when I looked at Akula's original self runner circuit in close detail that he
seemed to have a few extra wires running around the circuit which did not seem to match the
posted schematics. The tricky part may be trying to find the right frequency and pulse width settings
and coil tunings. I have been pretty busy for the last while, but I plan to do more experimentation with the Daly
and Akula type circuit arrangements before too long.

I don't think that Akula's setup is totally safe because if he can really power a bank of 240V
light bulbs with his circuit then it should have enough power to give dangerous shocks. You still need to
use caution and you need to know what not to touch.  A good rule of thumb is that if you are not sure
if any particular component or wire is safe to touch or not, do not touch it.

P.S. Whatever became of Daly? Did anyone hear from him any time recently?

[NickZ]

  Magnetic induction crts, like the Mazilli can power several hundred 100 to 200 watt bulbs, with absolutely NO Shocks. So, I imagine that it can also do much more than that. 
   Akula can touch his HV kacher circuit connections, without getting shocked.
That is one clue to the Akula's Kacher crt output levels. Nor does he warn about shocks, from his circuit, in general.  Although I may have missed something there.
 
   SR193 said that the HV pulser crt on his device does not need to be very strong, just enough to cause the effect generation. He used a fairly silent spark gap, as well.

  There seam to be as many types of self running circuits, as there are people that build them. And all are different. So there are many ways to skin the cat.

 

[forest]

NickZ

Correct. Also Kapanadze spark was not hot.

[Void]

  Magnetic induction crts, like the Mazilli can power several hundred 100 to 200 watt bulbs, with absolutely NO Shocks. So, I imagine that it can also do much more than that. 
   Akula can touch his HV kacher circuit connections, without getting shocked.
That is one clue to the Akula's Kacher crt output levels. Nor does he warn about shocks, from his circuit, in general.  Although I may have missed something there.

Hi Nick. It always depends on the specifics of any given circuit. It is a combination of
voltage and current capacity, as well as frequency if it is AC. You can have
a high AC voltage with low current capacity at a frequency in the tens of kilohertz
range which may not shock you at all, but lower the frequency or increase the
current capacity and you can get nasty shocks for the exact same voltage.
Ignore at your own risk the basic rule of thumb of not touching a wire or a connector in a
live circuit or on a charged capacitor unless you know for certain it is safe to do so.   

There seam to be as many types of self running circuits, as there are people that build them. And all are different. So there are many ways to skin the cat.

That may be true, but IMO unless a person can build a circuit for them self to prove to them self
that any given approach really does produce over unity, it is of course all just speculation.
After reviewing a lot of the info and videos on the various Kapadnadze and related devices,
I have some ideas to experiment with, but I personally won't make any claims of having any understanding
of how these circuits might be working unless I can prove it to myself first. 

[NickZ]

  Well, although seeing is believing, it may not be so easy to know or understand all that is happening, as to why exactly a self runner works.
But, in any case, a replication should be possible for many of us to follow, eventually.  We are still in Free Energy kinder garden, and not one of us graduated from it yet.
 
  I'll watch the TopRuslan videos now. He seams to be going at full speed on his projects, maybe trying to keep up with Akula, who might have another Ace up his sleeve.