Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[Grumage]

Well well... Nice to see people coming around to what is really going on. I have been saying this the whole time. Shielding and using the ground to create a sink for charges collected from the environment.


What's in the can is simply a special transformer in oil, like I have shown many times. The capacitor is seen outside of the can with the 2005 device (back yard device) that he had in the house. The cap is the filter he is talking about.


Someone asked how they loop the device well quite simply since it is a high frequency device then all one needs is to put it through a bridge rectifier and another special split core transformer. In the backyard device video you can see both transformer and diode bridge in a special pack he designed that happens to be shielded as well. The diode bridge strips the high frequency and then it can be looped to the inverter.


The problem is so many tend to complicate things so bad that they don't see the "magic". Others have agendas and try to dissuade others from trying the right way. They throw all kinds of math and other "laws" at you to confuse us and puff their ego's up in the same process.


Anyways you guys are on the right track now just keep looking and you will see the real way.

Hi jbignes5,

I assume this is the transformer I elected to build?  Well all the materials I ordered, are with me now. That was the easy bit! I just need convincing into spending several hours in a cold workshop recreating one of Nicola Teslas masterpieces!

A simple sketch of the arrangement would suffice. Will I need both halves of the transformer? As I see it a primary and secondary on one spool would suffice.

I am in your hands.

Cheers, Grum.
Thought a little after posting the above. It is just a coreless HT coil??

[jbignes5]

Did you not see the link to the lecture Tesla did that I posted. Not only is there a good picture of the coils but the text gives everything you need to recreate the special coil. This includes bobbin size and even wire gauges.


Here is the link if you need it again:


http://www.tfcbooks.com/tesla/1892-02-03.htm

Start at figure 3. The text talks about everything you need to know. Even about the shielding this coil will need and the effects of having that shielding to close to the coils.

Oh and there is a complete picture of the circuit which will include the spark gap and it's various incarnations that Tesla used. Tesla said the magnetic quenched spark gap was optimal for tuning and disruptive discharging of the capacitor(Leyden jar). I recommend the oil filled capacitor since it will be able to handle the excessive voltage that will be forming inside of the capacitor. Read the text below the figure 3 for more information and recommendations of Tesla on this experimental device.

Alway respect voltages in excess of 1kilo volt.

[Grumage]

Did you not see the link to the lecture Tesla did that I posted. Not only is there a good picture of the coils but the text gives everything you need to recreate the special coil. This includes bobbin size and even wire gauges.


Here is the link if you need it again:


http://www.tfcbooks.com/tesla/1892-02-03.htm

Start at figure 3. The text talks about everything you need to know. Even about the shielding this coil will need and the effects of having that shielding to close to the coils.

Oh and there is a complete picture of the circuit which will include the spark gap and it's various incarnations that Tesla used. Tesla said the magnetic quenched spark gap was optimal for tuning and disruptive discharging of the capacitor(Leyden jar). I recommend the oil filled capacitor since it will be able to handle the excessive voltage that will be forming inside of the capacitor. Read the text below the figure 3 for more information and recommendations of Tesla on this experimental device.

Alway respect voltages in excess of 1kilo volt.

Hi jbignes5,

Sorry, I think you miss understood my question. Yes I read the link the first time and had the Nylon sheaves cut and bored to the sizes required. I now have to machine a solid bar of 100mm dia to form the primary and secondary bobbins. My question was aimed at the current application for this thread.

Please do not worry about respect for HV, I spent over a decade comissioning and maintaining the HV network for what was then the nationalised power company, here in the UK.

Cheers, Grum.

[jbignes5]

Hi jbignes5,

Sorry, I think you miss understood my question. Yes I read the link the first time and had the Nylon sheaves cut and bored to the sizes required. I now have to machine a solid bar of 100mm dia to form the primary and secondary bobbins. My question was aimed at the current application for this thread.

Please do not worry about respect for HV, I spent over a decade comissioning and maintaining the HV network for what was then the nationalised power company, here in the UK.

Cheers, Grum.

Yeah the transformer that I had mentioned are not from this thread. They are the special transformer I assume is in the tin can. If you are to make this transformer then I would suggest doing the first one via Tesla's own instructions. This is the primary oscillatory transformer that energizes the thick copper coil on the TK device after is goes through the spark gap. So we have oscillatory transformer then spark gap then thick coil to ground. In the process of going to ground the thick copper gets excited and releases a very heavy electric field. In order to make sure there is only an electric field the thick copper coil should have an iron shaving filling. This is to keep the magnetic field confined to the iron and let the electric field spread out better.


I am glad you have experience with higher voltages. I have to warn people so that I can not be blamed when they get hurt.

[Grumage]

Sergey Zatsarinin transformer.
For the record.

Hello all, I have been continuing with experiments on the above as I feel it is part of the heart of the beast.
I have some bizzare results to share and for you to disect or digest as you see fit.
I am running a modified Royer oscillator (see below)  into a split 22mm Copper tube with 8 Ferrite torroids Permeability 7000.
Open circuit condition:-                 Vdc 12, I 1.04, F 65.3 Khz.
Shorted with single wire:-             Vdc 12.2, I 1.0, F 575.9 Khz.
Load 20W 12Vdc halogen bulb:-   Vdc 5.8, I 5.41, F 37.8 Khz. Low volts due to power supply being unable to provide.
The oscillator is a fixed frequency, but as you can see it changes frequency due to load condition. What I dont understand is why under a short circuit condition the current falls and the voltage rises.The other is why when a resistive load is applied the current goes through the roof.

Any answers?