Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[vrand]

It should be a simple task to determine if the coil and grounds are adding energy to the system or not. Simply bypass the coil, grounds and/or the spark gap and see if the lights light up as bright or perhaps brighter.....

I know this sounds obvious, but for anyone who believes they may have success or not with this system, simply stating your results with the coils-grounds-spark gap bypassed and then connected and the difference in the lamps brightness between the two, will give important information as to how successfull or not your system is.

Measuring HF Current can also be done with a Thermocouple RF Ammeter, RF Ammeter, Thermal Ammeter, or in the days of Tesla, hot-wire ammeter or thermocouple-galvanometer.

Here is one on Ebay:
NOS Triplett 441 HF Thermocouple Ammeter 4"
http://cgi.ebay.com/NOS-Triplett-441-HF-Thermocouple-Ammeter-4-/230475103815?cmd=ViewItem&pt=LH_DefaultDomain_0&hash=item35a962fe47

England Ebay has 3 units:
MV 2A RF Thermocouple Ammeter Ham Radio Aerial Current
http://cgi.ebay.com/MV-2A-RF-Thermocouple-Ammeter-Ham-Radio-Aerial-Current-/230486233470?cmd=ViewItem&pt=UK_ConsumerElectronics_SpecialistRadioEquipment_SM&hash=item35aa0cd17e

Regards, Mike

[vrand]

I created this short video before I saw your comment http://www.youtube.com/watch?v=nDW5nZyXBWo   About that spark gap, it is strange. SOMETHING is forming on the outer electrode (both sides). The first time I broke it off and then it quickly reformed (with the circuit in operation). It actually looks like it may be partially bridging the gap. Another odd thing I just noticed is a few minutes ago when I started the circuit I must have turned up the voltage to fast and I saw a flash in one of the 40w lamps. I guess this is the flashover Romerouk had mentioned. Well, the circuit continued to operate with a portion of the filament missing and a very bright green plasma closed the gap. I kept it going about five minutes and when I shut it off it would not reignite the gap, so now I need more lamps.

Interesting experiment.   

The light bulb filament breaking gap must have been longer that what the MOT 2kV could bridge on the shutdown and then startup.  That green glow plasma in the light bulb sounds like the ionization the the gases in the bulb.

What is the size of your HV capacitor?  Will you try Romerouk's ground and spacing idea's?

What do you use for your spark gap material?

Keep up the good work 

Regards, Mike

[vrand]

Eric Dollard also liked using Lutz Wire in his HF & HV Tesla Longintudinal Electricity Experiments.   

Regards, Mike

Watching the Tesla longitudinal electricity video again:
http://video.google.com/videoplay?docid=-6461713170757457294#

- Eric Dollard said that Tesla found that the Volume of the Primary copper winding should be equal to the Volume of the Secondary copper windings.  Tesla found that the HF transformer coils coupling was best at that ratio of 1 to 1 volume.

- In that video experiment Dollard used the silver plated copper shielding wire of a Teflon coaxial cable for the  secondary winding.  At HF Tesla discovered the "skin effect" of current flowing on the surface of the wire rather than current flowing through the center of a single copper cable (Dollard found that silver plated stranded wires was more efficient than stranded copper).  For the 2 turns of the primary winding they used thin bronze straps.

Maybe Kapanadze used these 2 Tesla principles in his design?

Regards. Mike

[baroutologos]

Hello ROmerouk,

Great idea! I will search for a centre of recycling. If exists and they are helpful i will save some money
Secondly i live in a apartment. I can connect for a ground to a radiator or a water pipe. But two grounds... spaced must wait for my holidays to country side unfortunately

@ Romerouk, Callanan @ Iflewmyown,

Callanan, this is excactly what i wanted to show on my utube videos.
Secondly as you successfuly pointed out, a 1KW MOT will light easily 10x100watts fully. If overloaded will light much more.


Concerning the power measuring you cannot rely on RF setting readings based on your digital clamo meter.
The best way is to put between mains socket and MOT a say 40 watts 12volts incadescence bulb (4 amps) or 2 x 20 watts @ 12volts.
If you know how much bright is the 40 watt bulb at 1,6 amps you will get an easy fool-proof empirical reading. Lamps will measure RF (of low potential), currents of PF=0 anything that flows.

If instead of 1,6 A you draw 16A, the lamps will flash and burn. Easy, low cost setup, not requiring any analog meter and making decent estimation of the input.

We must secure input readings to proceed.

[forest]

Maybe connect toroidal transformer 300w in parallel to the bulbs with diode bridge and close loop powering MOT from inverter.First try with car battery and 300W inverter and MOT and circuit, with just 2-3 bulbs as load.Then close loop.USe overvoltage protection (transient diode rated for 300v) and overcurrent protection (circuit breaker) just after the toroidal transformer.Use kind of protection from overheating MOT also.
Like in TPU.