Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[Zeitmaschine]

I can't find it anymore, but somewhere, a time ago, I read an anecdote that Kapanadze found the operation principle of his device because of an error he made. So what error could that have been?

Since I can't see any proof that the parts on the heat sinks (Kapanadze and SR193) are definitely transistors then what could be the outcome if we assume that these parts are thyristors? Because of 220V, 50Hz, transformers, coils and capacitors I would tend to say these are thyristors rather than transistors. And according to my research the pin-out of thyristors in TO220 component package are always in K A G order. Also Stepanov shows us some thyristors connected to two capacitors.

The correct way to connect two thyristors inverse-parallel is to connect the anode of one thyristor to the cathode of the other thyristor and vice versa and then to connect both gates to two capacitors and/or a switching circuit (right-hand of the illustration).

Now in the SR193 setup I can see an »error«. Here the pins of the thyristors are obviously confused. The gate of the first thyristor is connected to the cathode of the second thyristor and vice versa and both anodes are connected to the capacitors (left-hand of the illustration). The anodes are the »gates« and the cathodes are inverse-parallel connected with the real gates, that means the anodes and gates of both thyristors are swapped. The result is an arrangement which has five connection pins. So what could happen if we connect these five pins to an ordinary 50Hz transformer the right way or maybe better the »wrong« way? Could we perhaps get a transformer in state of resonance, like Kapanadze, Stepanov and SR193?

Let me know ...

[Grumage]

Has this forum devolved into a house for demonstrating poorly executed parlor tricks ? Look at the coupling for goodness sake, it's a spring, oh my lord, he is telling us it is a fake.


Cheers

Dear Farmhand.

I do not think for a moment that this device actually works as shown, however I just wanted to let you know that a lot of the smaller power "outboard motors" use a coil spring to transmit the drive to the propeller !!

The idea is that in a drive situation the spring tightens around the output shaft with enough grip to revolve the prop but will fail safe if the prop gets jammed !!

Just a simple observation notwithstanding the otherwise double thickness base board that if you noticed did not see the other ends of the "so called" rear side mountings bolts!!

Cheers Grum.

[Grumage]

I can't find it anymore, but somewhere, a time ago, I read an anecdote that Kapanadze found the operation principle of his device because of an error he made. So what error could that have been?

Since I can't see any proof that the parts on the heat sinks (Kapanadze and SR193) are definitely transistors then what could be the outcome if we assume that these parts are thyristors? Because of 220V, 50Hz, transformers, coils and capacitors I would tend to say these are thyristors rather than transistors. And according to my research the pin-out of thyristors in TO220 component package are always in K A G order. Also Stepanov shows us some thyristors connected to two capacitors.

The correct way to connect two thyristors inverse-parallel is to connect the anode of one thyristor to the cathode of the other thyristor and vice versa and then to connect both gates to two capacitors and/or a switching circuit (right-hand of the illustration).

Now in the SR193 setup I can see an »error«. Here the pins of the thyristors are obviously confused. The gate of the first thyristor is connected to the cathode of the second thyristor and vice versa and both anodes are connected to the capacitors (left-hand of the illustration). The anodes are the »gates« and the cathodes are inverse-parallel connected with the real gates, that means the anodes and gates of both thyristors are swapped. The result is an arrangement which has five connection pins. So what could happen if we connect these five pins to an ordinary 50Hz transformer the right way or maybe better the »wrong« way? Could we perhaps get a transformer in state of resonance, like Kapanadze, Stepanov and SR193?

Let me know ...

Dear Zeitmaschine.

I am intrigued ??!!  Are you able to elaborate your idea to show the coil configuration ??

I will give the project a go as I have several Thyristors to hand !!    Remember your parametric generator ??

Cheers Grum.

[TinselKoala]

Has this forum devolved into a house for demonstrating poorly executed parlor tricks ? Look at the coupling for goodness sake, it's a spring, oh my lord, he is telling us it is a fake.

Where do people find these funny monkey video's anyway. 

Yes, the spring. Take a good look at the spring.  View the spring at 0:12 in the non-running state, and observe its direction of twist.

Now imagine what happens to the spring if it is being _driven_ from the left (magnetmotor) side against a _load_ on the right (generator) side, in a counterclockwise (CCW) direction when facing the generator. The spring will tend to _untwist_ and expand, with looser coils, right?

Now imagine what happens to the spring if it is _driven_ from the right hand side, against a load on the left. This will tend to _twist up_ the spring, making it smaller in OD and with tighter coils. Right?

Note that the device is set in motion, rotating CCW facing the generator.

Now look at the images of the spring below. What is driving, what is being driven?

[Zeitmaschine]

Are you able to elaborate your idea to show the coil configuration ??

There is no coil configuration. The self-made coil is a decoy. How can a coil on a Ferrite core with just a few windings produce an output of 220V? Maybe if it runs on high frequency but then the laminated iron core transformer would be unsuitable.

So the coil is a 50Hz transformer, either step-down or step-up or matching, either with a center tapped coil or without and that five-pin thyristor construction is connected to it in a certain way in order to keep it in a state of resonance.

I think I was already close a year ago but then I got distracted somehow.