Kapagen Theories, Replications, Winding Diagrams, Circuits & Schematics. KAPAGEN ONLY

[vidbid]

Don't Waste Your Time With The Kapagen As Defined By JL Naudin

It seems the argument has turned boring and repetative. If It takes as long as me finishing my working(I hope!!) replication to run the lumens test, I will. It would be helpfull to me if someone would beat me to the punch in the name of advancing the cause and moving this story along to the finish line, so to speak! Thanks for all the useful advice provided so far!

It seems you're quoting me from about a year ago.

News Update: Forget the Kapagen Device as defined by JL Naudin. KAPAGEN, the Tariel Kapanadze's generator It's a dead end. Don't waste your time with it, and I started this thread and figured that out. DEAD END! No Overunity.

And it's not the same as what Tariel Kapanadze came up with.

Where it's at is with Wesley or stivep1, who is studying Tariel Kapanadze's technology.



first light of hope in 2012 part #3 OF VIDEOS - YouTube

Check out: Aidas / FreeEnergyLT / FreeEnergyLT

Also check out Overunity: Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

That's it.

[ismael_34]

hello friends

I am pleased to inform you that a new video out Tariel kapanazge of 2004, this video shows the components hidden in the green box

KAPANADZE 20040428 5 KW energia gratis free energy - YouTube


Movimiento Continuo: kapagen actualizado

[boguslaw]

ZincFold

Do you use ferrite core or plain self-iron ? Did you felt any strange bio effects if ferrite is used ? I plan to start fiddling with similiar concept but the amount of energy may be too high and I worry about ferrite core. Maybe it's just the effect of choose frequencies ?

[ismael_34]

hola boguslaw

friend I can not say for certain whether the system uses core of Ferita, I think rather that the core is composed of copper tubes and some believe that the core is copper and aluminum windings forming a capacitor

sr 193 if sr was using a ferrite core but I do not think Tariel


chauuu

[ismael_34]

hola boguslaw

some believe that the core is an aluminum coil forming a capacitor


chauuuuu

[bluebeard2011]

new to kapagen

Ok I may be new to kapagen but I read every one is concerned more with the lux, and not how to save money. but what interested me the most was the attempt to patent a device that has public knowledge prior to patent attempt from my personal experience no patent will get granted if there was too much public knowledge about this device it is the first thing they look at and will be the biggest stumbling block he has in getting his patent and also the designs don’t show a any percentage of difference to the original designs, I’m sorry but it just cost you a fortune in fees!!!! your solicitor should have advised you that because of the prior public knowledge to you submitting your patent attempt that it will not even make the first hurdle, but as for the device anyone could commercially produce the device and make money out of it without fear of a patent challenge .take my advice get a better lawyer as this one is not informing you will fail(he just wants your cash and hes most probably laughing every time you pay him )trust me I’ve been there as any device that the public is already aware you CAN’T get a patent on it so take head and get some extra advice before wasting your fortune on trying to patent this as it will fail on the public knowledge alone sorry dude manufacture working units and make money that way as you just wasting it at moment trying to get a patent that just won’t get granted

[ismael_34]

hello friends

a new video, this time of the patent of 100 kw






100 kw de energia gratis.flv - YouTube

[johnfefe]

hi,

I have made an kapagen with mot cap an diode HV. I take good spark gap but I cannot take an AC voltage on my lamp. I read an ac voltage about 5v ac. I have 3 ground, the lamp ground is 15m far from my kapagen. What must I do? Have some an idea?

[vidbid]

Dynatron

hello friends

a new video, this time of the patent of 100 kw

100 kw de energia gratis.flv - YouTube

That looks like the DYNATRON. You can see it at

http://www.energeticforum.com/renewa...tml#post181108

Regards,

Vidbid

[vidbid]

Facebook Page for DYNATRON

Check it out: Dynatron | Facebook

[stoker_x1]

Videos Removed, Why?

I am thinking of building a Kapagen Replication. This thread is a good starting place. I viewed the instructions at beginning of thread and glad someone took the time to post this information.

My problem is: Why have so many videos been removed from the web? I would like to see or watch a video that explains the build process as this could help reading between the lines.

Are there any video instructions in English that explain the process? Could someone post links?

I have build many circuits and have strong understanding about non conventional batteries that I would like to take to a new level with a project like this. I think that what I have learned in other research projects would go a long ways toward building a successful replication.

Thanks in advance!

[Berg]

Radiant Battery Exciter Cirucit & Radiant Collector Using AV Plug & Captret

I would say that is where it's at.

Radiant Battery Exciter Cirucit & Radiant Collector Using AV Plug & Captret

See: http://www.energeticforum.com/renewa...collector.html

One could say that there are two circuits at play here. The radiant collector and the radiant exciter.


The radiant exciter has the purpose of radiantly exciting the batteries, of which there are two.


The circuit is called a Brovin Kacher Radiant Exciter.

The circuit for the radiant collector is called a Tesla Radiant Collector.


Basic Schematic:


The input to the radiant exciter circuit is about 200mA; however, the radiant collector is not directly connected to the batteries. Output from the radiant collector circuit can be seen to be considerably more than the input to the exciter circuit.

More Detailed




Replication #1

http://youtu.be/2JxunfyhtFI

Replication #2

http://youtu.be/vnHTtpPvsTQ

Replication #3

Diodes for Replication #3

http://youtu.be/nhbtOvNLnko

These diodes cost about $30US each.

Berg

[Berg]

Radiant Battery Exciter Circuit & Radiant Collector Using AV Plug & Captret

I would say that is where it's at.

Radiant Battery Exciter Circuit & Radiant Collector Using AV Plug & Captret

See: http://www.energeticforum.com/renewa...collector.html

One could say that there are two circuits at play here. The radiant collector and the radiant exciter.


The radiant exciter has the purpose of radiantly exciting the batteries, of which there are two.


The circuit is called a Brovin Kacher Radiant Exciter.

The circuit for the radiant collector is called a Tesla Radiant Collector.


Basic Schematic:


The input to the radiant exciter circuit is about 200mA; however, the radiant collector is not directly connected to the batteries. Output from the radiant collector circuit can be seen to be considerably more than the input to the exciter circuit.

More Detailed




Replication #1

http://youtu.be/2JxunfyhtFI

Replication #2

http://youtu.be/vnHTtpPvsTQ

Replication #3

Diodes for Replication #3

http://youtu.be/nhbtOvNLnko

These diodes cost about $30US each.

Berg

[Berg]

Radiant Battery Exciter Circuit & Radiant Collector Using AV Plug & Captret

I would say that is where it's at.

Radiant Battery Exciter Circuit & Radiant Collector Using AV Plug & Captret

See: http://www.energeticforum.com/renewa...collector.html

One could say that there are two circuits at play here. The radiant collector and the radiant exciter.


The radiant exciter has the purpose of radiantly exciting the batteries, of which there are two.


The circuit is called a Brovin Kacher Radiant Exciter.

The circuit for the radiant collector is called a Tesla Radiant Collector.


Basic Schematic:


The input to the radiant exciter circuit is about 200mA; however, the radiant collector is not directly connected to the batteries. Output from the radiant collector circuit can be seen to be considerably more than the input to the exciter circuit.

More Detailed




Replication #1

http://youtu.be/2JxunfyhtFI

Replication #2

http://youtu.be/vnHTtpPvsTQ

Replication #3

Replication #3

http://youtu.be/nhbtOvNLnko

Diodes: 15Kv 4 Amp 100ns

These diodes cost about $30US each.

Berg

[uponit12]

Reasons people fail in kapagen build

I will just mention a few things in here which address a validity, organization, and general advice concerning the kapagen device. General: one of the main reasons you cannot find alot of people, amongst the long list of people who have built one of these, is due to the fact they wish to build the device, perhaps you could say "as is", and should be building a much small scaled down version which would be much easier to test and evaluate, as well as much cheaper. The second general reason is because people too often like to read schematics of details and pick and choose what they think makes the most sense, and what does not, and this error prevents them from every really building a working prototype, or simply claiming it does not work.

Validation and location of the parts you have missed, as referred to above: the kapagen device is not complicated at all, and relies completely on known and understood physics. If any of you have mentioned this device to someone with a Ph.D. perhaps at a school you have found that they claim it violates laws and therefore is wrong, but they are simply choosing not to acknowledge anything new, as they have no answers as to why it works. This is how it works: the schematic indicates it must have an input of energy to get it started, and this runs through a run of the mill transformer/diode/capacitor/sparkgap setup, and then into the only part of the device which is somewhat original the custom coil. I am not going to go any further because this is the single location of all failures. People read things about Tesla's ground current and think well I stick one metal rod here and one here and why am I not getting what was promised, and the answer is because you must read into the design. Similarly, people put everything together and put two poles in ground and turn it on and get ~96% return if they are diligent in design, however most get less. Well it should occur to the builder (I forgot the water bank which was buried in the ground). Getting a current to flow in the soil from one point to another still requires a potential difference people, and the water (excellent e- transfer medium) combined with the metal radiator (excellent e- transfer medium) will be able to get the available e-'s out of the soil.

This step is the only reason the actual kapagen device works, and is nearly always flawed or left out entirely. The common misconception, even on the jlnaudin site, is that the kapagen is designed to receive a continual input, and this is wrong. The device is designed to be started, with some load, and once running the input source is removed, and the ever important ground connections are put into action. It is designed in such a way that the potential difference will vary continuously, and it is in this difference the device will attempt t maintain the flow of current through the coil. Now an additional misconception, well how would my load get supplied without input energy won't it drop once I unplug the input? No, the coil was designed and is used with the understanding that it will try to maintain its equilibrium. This requires it pull from the ground more or less depending on the load, and the load only pulls from the magnetic field inside the coil. By pulling from the magnetic field the field will be disrupted and the coil will seek to reestablish equilibrium, and begin to pull from the only input remaining the two ground connections. If you have just to metal poles in ground at this point the potential difference will not allow for expansion and contraction of the variable need for e-'s and the magnetic field will fail.

when you look at it this way you might say why have I not thought of this complexity sooner, and the answer is it is natural to try and reduce complexity, and if done enough it can be subconscious. I have only seen one video to date where the device was connected correctly and worked as described above. For anyone building this device I highly recommend following the original kapagen schematic and not jlnaudin as it is wrong, and only try for an output which standard non-specialized meter equipment can handle to measure.

For those of you still reading you should be looking into device combinations, as each device has a weak spot, due to the fact the researcher was devoted to proving their idea correct, and failing to notice that they could have accomplished some components operations in an easier manner. I am currently working on a few hybrids and will be posting things to the internet for confirmation of what has been discussed here.