Kapanadze Cousin - DALLY FREE ENERGY

[AlienGrey]

Why do you keep asking the same questions we have already been told  it's 3.5 kv
Have a look at Sergeys circuit ask where you get the to sine waves from one locked over 3  ask that!
and  while your at it if the katcher is at 1.somthing meg hertz so how does ruslan solve that problem
the fact that the spark plug and old Lopt wont fire at that frequency 25 khz is your lot if your lucky.
Anyway second thoughts why bother as you will be asking the same questions next week untill eturnity 

[Tomtech29]

Why do you keep asking the same questions we have already been told  it's 3.5 kv
Have a look at Sergeys circuit ask where you get the to sine waves from one locked over 3  ask that!
and  while your at it if the katcher is at 1.somthing meg hertz so how does ruslan solve that problem
the fact that the spark plug and old Lopt wont fire at that frequency 25 khz is your lot if your lucky.
Anyway second thoughts why bother as you will be asking the same questions next week untill eturnity 

your answer is to nickz not to me
from what I see, I did not ask a question like that sorry.

[GeoFusion]

Hi Nick,

About the 150V input to Kacher primary, it is not from grenade it it from 28T yoke being rectified.
If you see closely on Akula schematic you can also see he is ranging a voltage around 30-60V and then rectified
for use from his x amount of turns from yoke. It is necessary to get a certain voltage lvl to get things right condition.
I recently did a sweep of 12VDC up till 50VDC on primary Tesla kacher which I am using.
what i saw was reaching 43VDC i saw similar effect happening with the grenade, while having it on 110VDC+
which was recorded.
It is somehow necessary to have a variable voltage to primary to see where sweet spots are.

Your current kacher  handles up around 24VDC, but adding more as you said burned it. That is so because of the
arrangement of the protection and dividers and their values.

Nick, when you disconnect the 28T from the grenade ends that is when the real journey begins.
Let only the 3T with cap in series to bifilar area connected and drive your kacher with 24V + side from your yoke center tap.
As how the mediator way was connected befor. Play with your Primary left to right and see where the spot is, and connect heavy loads, 100W up. strait from grenade and one of the ends with the ground wire. 

this is where the interesting moments and knowing why the spike HV is the main key.

Here this is what I just explained,  this link. take a look at it completely till end
https://youtu.be/_wKZ9ehCciU?t=353

Try to do the same and you will realize one day that you will need variable voltage for desired input voltage for primary for Tesla for
a good load out.
This is one thing I would say now here, in that video when you saw that 300W light 10%.
You notice an arc when I place the ground wire?, that is the same yellow arcs I have shown in my recent recordings but in
higher  voltages.
You will see when you reach this type of stage you will see more voltage is required, maybe not soo much but you will see.
This is just my experience on bench.
try out what I told you, because all of the higher powered selfrunners as what they are called are running in this way.
Grenade device that is.

Remember when Ruslan was connecting bulbs outside in the wilderness and wanted to connect another aray of 500W bulbs,
did it not sound like HV arcs ?
https://youtu.be/F_P90Q4fskE?t=344
here is that part within the vid.

till here for now

Cheers.

[soliman]

Nick Zec
I have seen this video many times, but now I can notice something interesting in this video. note that when you turn off the the circuit(not voltaje)
the system does not turn off immediately as it should be,
but it remains taught for a short period of time,
but that this is longer than normal.
at this point try to feedback the circuit to see if it remains without using the power source please.
it is in 2:40 minutes
my best wishes
wenth you off the voltaje
Geofusion connection methods
https://www.youtube.com/watch?v=NKJpPyMBxwI&feature=youtu.be

[NickZ]

   Soliman:   There is nothing unusual about the 2 second delay after turning off the Kacher, it is due to the big black DC cap at the rectifier, which takes a little while to drain. The newer rectifier that I use now does not do that, as it's different caps don't have the same storage capacity. But, it allow for a higher total output, than the older rectifier system.

   Geo:   Thanks for your comments.    What I see in the video that you posted a link to, looks like there is still very low output from the 300w bulb. So, I don't see the advantage, unless it allows the device to be able to self run. Which up to this date has not been shown, no matter how the wiring system is connected up. As the main thing is self running, not the different ways that the circuits can be wired up.   I had an adjustable DC to DC converter up to 55v, but I blew it up connecting it backward in polarity. And could not get it fixed as the main chip that blew is not to be found here. So, I may have to order a new board.

   Listen to the Ruslan video where he shorts his 0.47uf WIMA capacitor. You can hear the difference in the intensity of the spark. Big Bang. I have not been able to get that kind of response, but I only use a single WIMA cap, not two of them as is shown in some videos. That shows the amps that are running though his whole device. 8 to 10 amps or so, output. Not the input drawn.
  So, how is your system now. Is it operational?