Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[Lance]

@All

Regards possible Tariel motor drive config:

http://www.youtube.com/watch?v=tHZbHMFWS2k

[wattsup]

@ronotte

Exactly why I wanted you to see it. You need to do alot of translating to read that thread.

Also, remember back in 2007 when we had the 123TPU forum. Before it went offline, I copied almost all the thread files and drawings and have them on my computer. I will ask the guys at overunityresearch.com if they will permit me to put it on my FTP site as most of the @members then are on that forum. There may be some other drawings there from @otto.

@ronotte and @T-1000

I don't know what the heck is going on. I started the following test with my two batteries in series at 24.82vdc at 12AH. I used a new circuit, well an older circuit I used on a previous standard flyback test, but the flybacks just kept blowing so I put that circuit aside for a while. It's the circuit @verpies provided and that I used on the Flyback Chopper. Now using this circuit on this big flyback I have no more problems of battery overload and burning the wires. I ran the system producing a good spark for around 10 minutes until I started to smell something but could not see anything heating up. So I stopped the system and when I moved the flyback from where it was, I see my table top material was burned. So imagine, the heat required to produce this. But my primary is wound on the flyback core that is held up off the table by this sturdy metal bracket. So the heat had to go from the primary to the core to the bracket and only then to the table top. When I stopped the system, my battery showed 12.37vdc. So the battery dropped some .45 vdc and while it produced a rather thick spark gap, it also managed to burn my table top. How is that possible? And even more important, how will I again explain this to my wife? lolololol

What this mishap is showing me is that the OU is really in the flyback. The flyback just happens to produce a high voltage output that needs to be brought down to a usable level but the actual OU must be in the flyback. I am more then convinced this is what TK found out as well and just used his TK coil as both a convenient means of stepping down the voltage and stepping up the amperage to light up his lights plus this again gives him a method of diverting the focal point of attention to the TK coil and not to any other factors. The OU was in his Green Box. Ouch, ready for bad comments indeed.

Given I have tried many many configs of the WNYg coil thus far without any real light up of the bulb, I think most likely because their circuit calls for 240 volts pulsed to the flyback primary (I am using only 24vdc) at a 80% negative off-set and also because their flyback has that second secondary that receives the HV negative, something I cannot recreate on my own at this time, as well as requiring a variable capacitor, I think I will now investigate further this flyback question and see how I can get this flyback to run cool by dissipating as much energy as possible from the flyback HV output.

The point is where did all this heat come from. Why is this energy not being transformed to the HV output. My mosfets were running cool so is it still possible I was overloading the primary without heating up the mosfets. But if the primary was being overloaded, why did the wires not melt on the core instead of burning my damn table. My table is getting more scars then the back of an old whale. I think my next trials will be without the spark gap just to push all the juice to the Caduceus Coil and see how much can be transferred there.

wattsup

[Flux It]

From that picture it looks like a burn from an electrical arc not actual heat.

[wattsup]

From that picture it looks like a burn from an electrical arc not actual heat.

No, there was no electric arc. The heat transferred from the flyback bracket to the table top as you can see there are two places where you can see the bracket holes transferred to the table and the table top material has bulged a little upwards caused by extreme heat transfer. The crazy thing is the flyback is still working fine.

wattsup

[ronotte]

@wattsup, T-1000,
quote:
_{" The point is where did all this heat come from. Why is this energy not being transformed to the HV output. My mosfets were running cool so is it still possible I was overloading the primary without heating up the mosfets. But if the primary was being overloaded, why did the wires not melt on the core instead of burning my damn table. My table is getting more scars then the back of an old whale. I think my next trials will be without the spark gap just to push all the juice to the Caduceus Coil and see how much can be transferred there.
"}
Hmmm, at least weird. Frankly I do not think any OU coming from any flyback circuits...even if your description left me thinking...rather I suppose that heat is simply a by product of your modified flyback assy, may be freq too high hence not compatible with core OR  ??... anyway I think that you are experiencing a situation of high losses coming probably from ferrite core and propagating to iron clip. The assy does cool quickly...as quickly reach 100 degrees in order to burn your table.
It is for all such reasons that I preferred to use firstly Ventex 9KV dimmerable neon sign generator (now died) and since long time a whole set of hand made kachers: very sturdy and secure   Not one fault since 2 months. But as I said in some posts agò there are operating differences that I'd like to soon discuss with T-1000.
It seems a good idea to share that info from the 123TPU group with others...at least it would not go dispersed.
Roberto