Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[Lutherg]

Good points Bill.

Don Smith used a Light A on all of his units.  A Dimmer that controls ceiling FAN MOTORS would be best to handle Inductive Loads.

.

Hello Fatbird, just as a point of clarity, Don used Neon Dimmers like this:

http://firehouseneon.biz/items/neon-power-supplies/plug-in-neon-dimmer-electronic-wcde-detail.htm

He warned people NOT to use the normal dimmer switch you find for household fans and lights...

regards,

Luther

[dllabarre]

The MO capacitor oven already had a HV diode wired to ground.  I left it on the cap.  The cap was also only .7uF.

The  will draw a full 10A even if the SG is seperated and cant fire.

My first MO capacitor was bad - shorted - so I blew a 15 amp fuse right away.   I tested my other MO capacitors and they showed the correct (close) capacitance and worked fine in my Kapagen replication.

Don

[darkspeed]

Good points Bill.

Don Smith used a Light Dimmer on all of his units.  A Dimmer that controls ceiling FAN MOTORS would be best to handle Inductive Loads.

.

Dons Dimmer is a Magnetic Neon Dimmer - it actually says for neon uses on it - i have one

Pass & Seymour Legrand "3A / 360 VA Neon Max. model 90360

[znel]

Hye Dragon,

I can understand the concept you propose but i am afraid this does not work. At least my experiments that have showed and enough Russians - since they have been extensively involved in Tesla Transformers - have found out the obvious. Resonance is a helpful but not OU means.

You say electrons are just there, all we have is to excite them and recycle energy. Electrons are in electrical systems the medium tha carries the energy as molecules in a water system. Energy on the other hand is provided from a source. Recycling an energy and giving multiple copies of itself is OU by definition, and can be looped at once.

Unfortunetaly this is not the case. Is it?

...
Concerning your setup with the MOT. How you can have 1Kw out of real power )heat) with just 200watts input and cannot be looped?

Your right, resonance in a conventional system alone is simply a means of efficiency.   If you put 1 amp into a system you get 1 amp out reguardless of the load in between, the only thing that changes is the potential ( voltage ).   Can we manipulate voltage within a circuit?

Everything has electrons, conductors are particularly abundant and seem to be the easiest to manipulate.  When I say recycling I mean we can use the same electrons over and over again.  Not duplicating them, not overunity although in some cases it would appear to be.   Everything we do today is based on closed loop systems, the secondary of a transformer goes to a load performs it's work and returns to the coil to start over again.   We arent' adding electrons to the system we simply use the same ones over and over again by manipulating or exciting them.   If you move a magnet over a coil in a PM alternator we are simply exciting the electrons that already exist in the coil/conductor, the magnet (flux change) is simply a means of mainipulation.  A transformer is the same thing but we are using an electrical input to create the magnetic manipulation.   

In the case of my heating circuit using the primary of a MOT, it is not overunity.   A series LC manipulates voltage within a circuit but the current remains the same.   Since the current is the same in and out the only difference is it's potential at that amperage.   Pushing a higher voltage through the resistor at a lower amperage would appear to be overuinty but it's not, simply more efficient.  The output potential is the same as if it were connected normally to the grid.   

"Electricity" has many names and there are as many definitions as there are web sites defining it.... this leads me to believe we don't know much about electricity.   The door is wide open for discovery....

Dragon...

[void109]

SUPER good photos.  Thank you for sharing.

Maybe your bulbs are not lighting up because you forgot to wind L2 and L3 backwards from L1?

Just trying to help.

Thanks for the feedback.  I wound the coil per Naudin's schematic, so there's only a L1 and L2.  The L1, under the black electrical tape, is wound CCW, and L2 which is external and visible is wound CW.

I have some russian ceramic high voltage caps laying around, I'll replace the MOT cap and diode next time I set it up (hopefully later today).