Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[retrod]

Nice video, much brighter than the 200w bulbs video.   

What gas is in your gas tube now?  Looking forward to comparing to the Krypton gas tube.

Yeah, much brigher and lots of heat! I used a couple different xenon lamps I had on hand. I was surprised how different they worked from one another. The load lamps were much brighter then with using the spark gap alone. Thanks for watching 

[dole]

Started with 1171W, short rain, then test again but input to MOT gone to 1539W I may say that on the close to dry condition it was much better but not as bright as that, so need more time to fine correlation. I did not use caps or diodes in this test. (at least not intentionally). Another thing is that lams are extremely hot, so not tuned I think.
d.

[hartiberlin]

hartiberlin

i don't think that digital multimeter and clamp meter are "fouled" at the same time in same way, as they shown almost same results. Also there is the noise coming from MOT an variac, which can indicates significant raise or falling of amps.

but that is only my opinion, as i don't have professional equipment i  learned to listen    and than quessing the results

A lowpassfilter is always good and a must to have , when you need to measure
these pulsed systems.

tomorrow is time for new challenges ( will try with FWBR) -suggestions where to put it,....

tadej

Well, just put it at the output of the High Voltage coil of the MOT to
rectify the High Voltage to DC.
So rectify it with a graetz bridge.
You can build it cheaply yourself with 4 x 10 pieces of 1N4007
diodes.
Use 10 pieces of 1N4007 in series for each leg of the graetz bridge,
so you will have the correct voltage breakthrough protection.

Then charge up with it 2 MOT caps in series ( each is about 1 uF / 2000 Volts rating
each). Just put them in series and you have got 500 nF 4000 Volts.
This should be enough to run the sparkgap nicely.

Be very careful with these 2 caps.
If you discharge the series cap, each cap still could have its
own charge, so never touch them and use bleading resistors across each of them
with it to discharge them when the power is off...
Always discharge both caps each seperately and then the series
combination again and measure the voltage, before you touch them.
Never measure any voltage on them,
when there is still the system under power !

One  touch accidently and you could be dead immediately at 4000 Volts and 500 nF capacity !
This DC High Voltage is very dangerous at this capacitance level !

So be sure to power it off and discharge it all before you do any
tweaking and touching...!

I am not responsible, if something happens to you !

Regards, Stefan.

[aether22]

Hi retrod ,
very interesting !

What kind of gas discharge tube did you use and how did
you turn it on ?
(Most gas discharge tubes need a  pulse to start them up.)

Many thanks.

P.S:Please use a 12 Volts 50 Watts halogen bulb in series with
the 230 Volts Input to see the input current.

, Stefan.

Stefan, unless I'm missing something, won't that limit the input to well less that 50W?

Surely there must be better ways to measure input, now say try putting 2 or 3 200W bulbs in parallel might do the trick and allow enough current through, but other methods such as analog amp meter, what's the downside there? (expect for the required diodes obviously)

[darkspeed]

This is what you want to measure amps in this type of system:

http://www.pearsonelectronics.com/current-monitor-products/k-current-transformer.htm