Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[Grumage]

So no one is gonna build the special transformer then? You can simulate all you want with off the shelf parts but the secret is in the can/box/covered bases. That secret is that transformer that excites the heavy copper coil and creates a flow to the central ground which generates real current in the load coil between the two parts. What creates the 50 hertz is the spark gap. That 50 hertz is actually very complicated impulses with duty cycle breaks( sparks gap ).


like I said I will be making the transformer so all can see this in operation. Try looking up the slayer exciter and the effects it has on everything in the field it provides, it runs on the same premise.

That's an awfully big gauntlet you have thrown!! I am realy intrigued, followed your link and read the entire text. Couple of questions, the secondary coils are heavily insulated, for obvious reason, and equate to 3mm dia.
What size of copper is suggested? As we have far superior insulation available today. The cheeks for the coil former could now be Nylon sheet. And Nylon fixtures are readily available.

It's the primary winding that has got me foxed, Quoting "The primary P P is wound in two parts, and oppositely, upon a wooden spool W," Is this calling for a bifilar style? Quoting "Each half of the primary has four layers, 24 turns in each, this giving a total of 96 turns." What size wire? Wound in two parts and oppositely??? Opposite to what? Secondary? Give me some clues and I will endeavour to build this.

[Zeitmaschine]

Can not say more.
Do not ask me for specifics.

Open new account and say it in secrecy.

[jbignes5]

That's an awfully big gauntlet you have thrown!! I am realy intrigued, followed your link and read the entire text. Couple of questions, the secondary coils are heavily insulated, for obvious reason, and equate to 3mm dia.
What size of copper is suggested? As we have far superior insulation available today. The cheeks for the coil former could now be Nylon sheet. And Nylon fixtures are readily available.

It's the primary winding that has got me foxed, Quoting "The primary P P is wound in two parts, and oppositely, upon a wooden spool W," Is this calling for a bifilar style? Quoting "Each half of the primary has four layers, 24 turns in each, this giving a total of 96 turns." What size wire? Wound in two parts and oppositely??? Opposite to what? Secondary? Give me some clues and I will endeavour to build this.

I know it is a very big challenge, it was meant to be for a very specific person. Don't worry he won't even try.


As for your questions lets try to answer them. The ratio of wire sizes doesn't really matter as long as the primary is heavy gauge. Although I think I am in error with that statement. Tesla was working with resonance in both the primary and secondary. The resonance is also in balanced weight between the primary and secondary. The primary needs to take a pounding from the spark gap so it must be heavy gauge solid core. If we start out with let's say 16-20 gauge it should be sufficient. The secondaries should be anything above that, Like 26-30 gauge. I know tesla talked about a certain ratio but for right now we should just try to get it roughly in  the realm of a boost transformer. You want the voltage to max out and literally have no current. For right now lets try what I suggest.

The primary is actually in a bucking mode. This is to create a spring like effect that rebounds the spark with an acceleration. I'm pretty sure the spark will go both ways across the gap and rebound to the capacitor again unless you use the magnetic quenched gap then it becomes one way. <- This is a guess because I have not started my build yet. I'm still a few moths away from getting my new lab space so it will be a while before I can reproduce the device. I will be trying a smaller version in the mean time and will keep you guys posted on my results.


Everything after the secondary should be statically shielded. Tesla used the best rubber coating he could find and it still wasn't enough to completely keep the corona from appearing. Tesla has a patent for a coax like shielding but it is segmented and insulated between each segment. The shielding needs to be made according to the frequency of the secondary output. With length=frequency to be able to contain the energy in between the shielding and wire without it leaking out.


This is the link for the build:
http://www.tfcbooks.com/tesla/1892-02-03.htm

Start at figure 3 and go from there. There is a very good explanation of the device in the text after figure 3. Everything from there on is about that specific transformer/oscillator. Unfortunately we should stick to the spark gap method till we understand this process better then we can figure out better methods to create the impulse into the primary.

In order for you to tell if it is working good is to do the elements in the air test and see if you get the same electric field effect that Tesla observed. It will be plainly clear if it is correct since it will glow and look very very smooth in the effect between each element.


I hope this helps with your questions. Just ask if I was not clear and I'll try again.

[NoBull]

Give me some clues and I will endeavour to build this.

I remember reading somewhere that this transformer has copper disks inside it, but I don't see them marked on that diagram (Fig.3)

[core]

That's an awfully big gauntlet you have thrown!! I am realy intrigued, followed your link and read the entire text. Couple of questions, the secondary coils are heavily insulated, for obvious reason, and equate to 3mm dia.
What size of copper is suggested? As we have far superior insulation available today. The cheeks for the coil former could now be Nylon sheet. And Nylon fixtures are readily available.

It's the primary winding that has got me foxed, Quoting "The primary P P is wound in two parts, and oppositely, upon a wooden spool W," Is this calling for a bifilar style? Quoting "Each half of the primary has four layers, 24 turns in each, this giving a total of 96 turns." What size wire? Wound in two parts and oppositely??? Opposite to what? Secondary? Give me some clues and I will endeavour to build this.

To hell with clues, spend some time doing research and just better yourself. It took me all of 5 minutes to find a build manual on Google books. Whats your excuse? Now, go get yourself a cup of hot coco and sharpen your tools. I present to you a gift and I expect to see a finished product within the next month or so. You have only yourself to blame if you don't build this because this is a Step-by-Step guide.

Your Beloved

-Core