Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[angryScientist]

@All,
Can anyone explain why the heater and the device was connected in this fashion? Is this striped insulating tape I'm seeing or its something else?

It looks pretty 'chessy' to me. It does look like some kind of tape.

What this brings to my mind is; will it work with a non-resistive load? Does an inductive load throw the phases out of wack too much. Just guessing I would say it should be OK. The frequency of the output is well below the tuned circuit frequency and should not cause too much interference. I'm guessing.

[a.king21]

@All,
Can anyone explain why the heater and the device was connected in this fashion? Is this striped insulating tape I'm seeing or its something else?

I've looked at it and it's just cheap earth insulating tape. In the UK it is commonplace. TK can't even be bothered with a connector. Maybe because we would be tempted to plug mains devices in and they would not work.

[a.king21]

I believe Gidfactor and Jack Noskills are very close:
What we now know.
In his patent the earth braid links directly to the AC power.
The Neutral side of the device links to the EARTH BRAID.
So the EARTH and the NEUTRAL are linked. In other words the neutral side is earthed. (Look at Gidfactor's posts)
The two coils in the patent are the blue co-ax  coils, with braid removed so that a transformer action can occur.
The voltage on the earth braid side is 220 volts BUT the voltage on the LIVE side is HV!!!
The device almost certainly uses a FLYBACK!! the frequency generator No 4 in the patent?
The flyback almost certainly powers the positive side of the blue coils.
Tank circuit L1 is charged by tank circuit L2 and an INFINITY LOOP occurs.
The spark gap is an output limiter to prevent infinity loop overload. No 13 in the patent
Possibilities:
The current amplifier is one of the output coils. No 9 in the patent.
The current amplifier is a coil capacitor with a copper metal plate construction.
The frequency adjuster is one of the coil windings no 11 in the patent.
A connection to the braid and a connection to the blue output wire is the FEEDBACK into the system. Nos 14 and 15
in the patent.
If Gidfactor is right then his secret is astonishingly simple and we've got him.

[wattsup]

@all

So far I only found one image on the coax I need. The bottom one of image below. If you take off the top layer and slide off the shielding, you get the same wire type as the TKc. hehehe

But the web site I got it off did not have any spec on it, just the image that I found here...
http://csb-tel.com/portal/node/91

So I agree this cable will be harder to find.

Also I am putting up a chart on coax power ratings. Pretty impressive I think.

We also need someone to look into low cost CDI's and look into the pin outs to figure out how to use it.

@stivep

That is one beautiful piece of equipment, full of so many goodies. You could not even buy those C-cores for that price. hahaha What a deal.

wattsup

Added:

Just figured it out. It is a triaxial cable with the first layer and shielding removed. TRIAXIAL is the key.

[frantz]

@Jon_sparky
The reason that a ground is required is the work is being extracted from the magnetic field. If you were to pull the power out of the tuned circuit and not have a supply of electrons on the other side of it you would simply get an enormous voltage but no additional work in the magnetic field.

If you have a supply of electrons on the other side then you should see an increase in the magnetic field which can be extracted from the coil that feeds the load.

Does that make sense to you?

Hi angrySientist,
I think you have a good look on problem...
I would like to remind some patent file which was posted by FreeEnergyInfo on this topic (or other) few months ago...
I think, you should read details about magnifying coil, what from is amplifying, etc.
On the beginning this look like out of topic, but if we will take a different source of electrons like in that patent (there is semiconductor) we should to have resolved problem. Just read.


F.ex.
let's look on self looped ordinary solenoid coil. If we will put this coil inside alternating magnetic field, whats happens? Nothing special. We will to have generated maximum current in self-looped coil which will be a equivalent of the external magnetic field ..., but...
If in the same circuit in the same self-looped ordinary coil we will pump in some amount of electrons (lets say 10 or 100 times more like in normal state) we will have 10 or 100 times larger current in using the same external AC magnetic field like on the beginning. What is a current? This is how many electrons flowing in time unit...
Next question is: How to pump in more electrons inside self-looped coil? I think we should use this coil like one negative plate of the HV capacitor. Second one will be a second coil (without self-looping or with, no matter, because there not will be electrons and if no electrons when no current with impact to output coil (third one))
Next thing is: Why we should still pump in electrons inside this coil (plate of HV cap) because this "plate" of capacitor have a self-discharge in short time. For keeping this electric charge inside coil on some level we must still pumping electrons (f.ex from ground - this is unlimited tank of electrons ) via SG f.ex.

what is more interesting there. We can use LF and iron core for amplify magnetic flux... ;-) but we must remember about good insulating this two coils (HV plates).

My explanation of frequency of SG in Aquarium 1:
If we don't have load or load is not large, frequency of SG is high because electrons are not stored by the current flow inside coil and electrons escaping from coil (self-discharge), when load increasing, current increasing, too and electrons are strongly related with coil and SG don't must so often recharge a potential of this coil.


Aquarium 2
Why guy who's touching ground nut outside building was very careful? because  positive HV was connected to GND via SG...   for sucking electrons from ground...

One thing that did not fit is HV wire diameter. In my opinion this wire should be thick for high current in self-loop, but maybe something we do not know...?

Let me know what do you mean about this.
Regards
frantz