Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[flathunter]

Hey exo,
You are right about exact figures measuring. But the FWBR method and analogue metering gives you a damn reliable picture of input.

What about the HF in diodes? Have you tested how normal diodes handle HF?
I have tested in my Kacher the 6A10 diodes, which work (the Kacher) normaly at 500Khz or so. IMO HF is not such trouble as either is rectified by diodes or blocked (since cannot respond that fast).

After all, if his wattmeter gives same results as the analogue means , chances are to measure it correctly in the first place. As woopi's FWBR-ammeter and clamp meter. (few RF all things could withstand.)

ps: I will arrange a series of experiments as FWBR, analogue meter and a load to work in my Kacher (400-600Khz) just to see it experimentally what i say. Photos etc next week.

Wow - Bart has a Kacher.

Sorry if you have already taken the trouble to post details about your kacher.  But can you tell us what it is, and what it does....videos, circuit diagrams?  can you also get 15W lamps to light on 1W from a battery?

Thanks again!

[dllabarre]

@ALL

Combinations:
Just MOT - good
MOT with Coil - better
MOT with SG - even better
MOT with COIL + SG - the worst

almost all the video im using just the mot and conducing experiments with each component, at the end i try the coil with other combinations! the lamps are 25W! take your own conclusions!

Enjoy! http://www.youtube.com/watch?v=LXylTPZ4BS8

Juju

Here is how I tested my Kapagen.  I just kept adding components to the setup.
MOT and Lights, very bright (mainly to verify all the light bulbs worked)
added MO Cap, lights very bright
added diode, MO Cap, lights very bright
added SG, diode, MO Cap, lights bright but not as above
added coil, SG, diode, MO Cap, lights same as last step
added 2 ground rod connections, coil, SG, diode, MO Cap, lights dimmer (guess 50%)
added 3rd ground connection (directly to MOT core) and no visible change to lights

Adding the SG step and the 2 ground rods step both increases WATTs used the most.

DonL

[dllabarre]

Without going nuts on this, but again Kapanadze NEVER published any detailed circuit schematic. The schematic you are referring to has been made by Alexander Frolov and is merely an attempt to explain what is going on.
It does not take into account a couple of things that are present in Kapandze´s device ...

Thank you for clearing that up.

[xenomorphlabs]

Hi xeno!

Sorry for the of topic request, but i remember that you know Russian, and the Russian forums, very well.  Do you know of some basic intructions for building a ''kacher'' or ''Brovin Generator''??  I know Juju and dlbarre are also interested, and there have been some very interesting videos showing 15W bulbs lighting on 8V and 120ma.  We could start a new thread (maybe there is an old one, but i havent seen any here) if people like, but i reckon its connected to Kapanadze and could help us along the way with some simple targets - smallest battery, biggest lamps kinda thing.

Thanks in advance, and good luck!

flathunter,
well Barotoulogos has been making kachers and if i understand you right, you just wanna play with them right? Because the way they are commonly built, there is little chance to expect something OU-related.
A good search term is Качер Ð'ровина
You should look into the work of rutube user destine :
http://rutube.ru/tracks/3084695.html?v=ed9b59c22f48af1f5c77138d9c0a63e8

Good Luck

[exnihiloest]

@Exo,

I have been saying the same for more than 10 posts.
What schematic do you really suggest?

Hi baroutologos

I don't know yet which circuit exactly. A first pole which is ground + parallel LC circuit with big L tuned to mains frequency + lamps + kapagen output + We need another pole acting as a charge reservoir, electrically isolated from the first one in order the charges can oscillate between both poles without electrical conduction, may be a high Q LC tank circuit thus able to store a lot of oscillating charges, connected by only one wire, or the MOT secundary itself made resonant.

I have tested in my Kacher the 6A10 diodes, which work (the Kacher) normaly at 500Khz or so. IMO HF is not such trouble as either is rectified by diodes or blocked (since cannot respond that fast).

It is possible that it works well.
What I said is based on a long experience in HF. I don't affirm that measurements are always bad with HF but possibly, so we have to be careful.
Many times my (not HF) measurement devices gave me wrong results when used in strong HF fields. It is random depending on local conditions and frequencies. I think it is due to inductance and capacity effects inside the device, becoming tuned circuits on some frequencies, and to non linearities because of HF currents shifting the nominal current/voltage functioning point of components. Even the display panel itself can be disturbed although it is receiving a good information.
A skilled person for example in the area of radio transmission see it rapidly, but others can be surprised by very strange effects. It was just a warning.