my smith kanapadz replication

[patmac]

I don't believe that this device can destroy anythig at least that you get electrocuted with HV. If this destroy the world then grid companies has seriuos problems.

Grid Co. uses Very HV to transmit the power and use Ground for 120 VAC these companies maybe are OU but doesn't know, there power transmition system that uses about 1 million volts this is serious and uses very powerfull transformers to step down the voltage. If that don't destroy the planet the KAPAGEN is like a ANT.

The principle is very strange for me at least with normal knowledge about electricity, but is not impossible to understand. I think that is necessary to know first what happend if the device is connected withoud grounds? haha.

I've made many time ago test with coil car and was impossible for me trap the energy but taking a neo bulb in my hand all area surrounded HV was detected that explains some. If we don't use the ground the the atmosphere suck the energy.

[broli]

The copper tube in the middle is suspicious to me. Michel Meyer, a french inventor talked about the effect of a "simple" oscillator on a copper rod. If the frequency is just right which can be calculated by bond energy of the nuclei and rotation frequency of the outer orbital electrons, or a harmonic of it, then the copper rod will release excess energy due to releasing of neutrons as he states. The copper rod can then be connected to any kind of load to get the desired output power. In the article it states an OU effect of 50x input power if the frequency is hit.

The French article talks about a frequency of about 173 kHz or an even multiple/fraction of it:

Michel Meyer -- isotope transmutation electric generator

The same can also be done with iron at a frequency of around 21 Mhz. But it has to be saturated first as the first of 3 coils does.

I find this all to be a too big of a coincidence to use copper rods or a very thick bundle of copper wires as core AND conductor to not smell Michel Meyer in there.

[EMCSQ]

@luno

thank you very much . This might be one step further.
We need a drawing of that 'Copper tube cut like tube of Zatcharzpitchin' that fits inside the ferrite rings.

The picture labeled with 'tested it works' (Crazy Alex) feeds its output back .

@Broli
If this is true , I will definitely pay more respect to every copper rod in future
This coils seems so simple , but it reveals its capabilities more and more.

It's definitely worth investigating.

[EMCSQ]

Hello

I tried this experiment using a 50 hz 220V Relay coil with a long copper rod through the middle of it .
I could not measure any AC Voltage at the ends of the copper rod.

What should I do now:
Try a higher frequency ?
The photos are not really sharp. Is the primary coil wound in a special way, the windings at a certain angle?
Michel Meyer's primary coil windings are not close together.
And there is a kapanadze video with one of his circuits that fits completely in a plastic box .
There a 2 small coils wound like spirals in this box . They are not wound , better description is they are cut of
a copper rod , so they form spirals. Now this spiral interacts with the copper rod in the middle.

Thats my opinion.

[Jules Tresor]

@All: info about D'arsonval cited by Don Smith is already available in English online, on this great website : The Turn Of The Century Electrotherapy Museum Tesla Library

See these very detailed books that explain a lot about Tesla' tech

Thomas Stanley Curtis High Frequency Apparatus - Tesla Coil Construction / Schematics

Frederick Finch Strong - High Frequency Currents

And an original book by Tesla himself:
The Turn Of The Century Electrotherapy Museum - Tesla Archive - On Light And Other High Frequency Phenomenon (c/o William Terbo, The Tesla Memorial Society: This book was originally the property of Tesla's Nephew, Nikola Trbojevich)

Available in pdf format here, thanks to Broli:
Free Files Hosting - Woofiles.com - No Registration Required

[dragon]

@All: info about D'arsonval cited by Don Smith is already available in English online, on this great website : The Turn Of The Century Electrotherapy Museum Tesla Library

See these very detailed books that explain a lot about Tesla' tech

Thomas Stanley Curtis High Frequency Apparatus - Tesla Coil Construction / Schematics

Frederick Finch Strong - High Frequency Currents

And an original book by Tesla himself:
The Turn Of The Century Electrotherapy Museum - Tesla Archive - On Light And Other High Frequency Phenomenon (c/o William Terbo, The Tesla Memorial Society: This book was originally the property of Tesla's Nephew, Nikola Trbojevich)

Available in pdf format here, thanks to Broli:
Free Files Hosting - Woofiles.com - No Registration Required

Thanks for the links, lots of info there... I couldn't find anything relating to D'arsonval specifically in any of the captions... they really need a site search engine there....
________

[sprocket]

Having had a quick search, there doesn't appear to be any thread dedicated to Naudin's Kapagen replication here, and my mediocre progress so far doesn't qualify me to begin one - so I thought I'd post this here!

As seems to happen all too regularly, the OU forum's thread on Kapagen has been over-run by the armchair-theoreticians, completely swamping replicator's posts with their drivel, so hopefully I'll have a bit more success getting some answers from people who actually build stuff here!

Below are pics of my basic setup. Using the published Naudin circuit, my coil-setup is wound 100,25,5 (CW,CCW,CW). Initially my load consisted of 3 100W bulbs & 2 * 500W bar-heaters, (1KW) all connected in series - so a total of 1.3KW. The first time I applied power (220V), all 3 bulbs instantaneously blew along with the 'standard' HV fuse that accompanied the 800W MOT transformer. As well, a "transient-suppressor" across the capacitor went short (as it's designed to apparently - this 'protection' is meant to blow the microwave's 10Amp fuse, hence preventing the MOT from burning out) but I forgot to check this with dire consequences (maybe?) - when I replaced the bulbs & fuse and re-applied the power, there was a tremendous racket form the transformer which actually started to smoke before the 10 amp circuit-breaker cut the power!!!

So, having learnt that testing light-bulbs without surge-suppressors (GDT's) is a bad idea, in my current setup below. I have 'bi-passed' the bulbs (smashed their globes and shorted their filaments) and am testing with just the 1KW heater elements. I am also now supplying the MOT from a step-down transformer, (since I don't have a variac) so 110V AC to the 220V MOT. Because of the low voltage, getting the spark-gap to come to life take a bit of adjusting but it's not too difficult.

So, to the problem(s) - I'm basically looking for some answers from someone who has experience with MOT transformers. Measured resistance is 2 Ohms Primary, 170 Ohms Secondary. With power applied and the secondary disconnected, it consumes about 10 Watts and stays nice & cool. Connect up the secondary and as the pic shows, on the surface it appears to be 'working', drawing about 300-400W but almost all of this power is going to heating the MOT - it get very hot, very quickly, going from about 30degC to 75degC in 5 minutes!!! And there is almost no heating of the heater-elements, even though as I said, the power has blown multiple bulbs instantaneously. The MOT was taken from a working microwave oven and although the secondary still produces HV (as witnessed when I short the cap) the rapid heating of the core is bewildering to me. Has the MOT been damaged somehow???

[ewizard]

The copper tube in the middle is suspicious to me. Michel Meyer, a french inventor talked about the effect of a "simple" oscillator on a copper rod. If the frequency is just right which can be calculated by bond energy of the nuclei and rotation frequency of the outer orbital electrons, or a harmonic of it, then the copper rod will release excess energy due to releasing of neutrons as he states. The copper rod can then be connected to any kind of load to get the desired output power. In the article it states an OU effect of 50x input power if the frequency is hit.

The French article talks about a frequency of about 173 kHz or an even multiple/fraction of it:

Michel Meyer -- isotope transmutation electric generator

The same can also be done with iron at a frequency of around 21 Mhz. But it has to be saturated first as the first of 3 coils does.

I find this all to be a too big of a coincidence to use copper rods or a very thick bundle of copper wires as core AND conductor to not smell Michel Meyer in there.

It seems like I've hit a big spike in voltage in many circuits tested at right around 173 Khz. I always have kept that frequency in mind wondering why that is. Very interesting!

[dllabarre]

Having had a quick search, there doesn't appear to be any thread dedicated to Naudin's Kapagen replication here, and my mediocre progress so far doesn't qualify me to begin one - so I thought I'd post this here!

Below are pics of my basic setup. Using the published Naudin circuit, my coil-setup is wound 100,25,5 (CW,CCW,CW). Initially my load consisted of 3 100W bulbs & 2 * 500W bar-heaters, (1KW) all connected in series - so a total of 1.3KW.

See a previous post from me for a link that shows how to check a MOT.

I'm not an EE but I read on another post that it's not a good idea to mix light bulbs with a heater core on one of these Kapagens. The heater core has a high resistance so it will draw a lot of amps. This might have caused your light bulbs to blow.

[dllabarre]

Reposted:

Here is a website that describes a way to discharge the HV capacitors along with other useful information regarding MOTs.

Microwave Oven Repair Safety Precautions

The Purpose of the Typical High Voltage Transformer Used in Microwave Ovens and How to Safely Test It

Please read and be safe.

[Armagdn03]

The heater core has a high resistance so it will draw a lot of amps.

I think our good ol friend "ohms law" would disagree with your assessment here.
High resistance = low amperage
Low resistance = high amperage

This is of course for the linear side of things involving strictly resistance, and not taking into account impedance due to reactances.

[boguslaw]

Good morning everyone,

A short message just to let you know that I just received my exemplar of the book on D'arsonval's life, named "65 years through science"

This book was cited by Don Smith in his 1996 conference and we will know now if it really contains important info.

It's in "old French", almost 100 years old, printed in 1934, and it's the number 174 among the 900 exemplars printed. It cost me 200 USD with shipping.
It's around 430 pages long.

I intend to scan it, as soon as I put a hand on a scanner, and to translate the most interesting parts.

Legally, in France, I can make a copy of it as my personal saveguarded private copy. I can also lend it to someone, and for that purpose a link will be available to my private electronic copy for those who want to borrow it from me .



Should I add that if it contains information that can help to save even one life or heal the planet, the copyright law shall not be respected and the book will be available to all for free.

It might contain suppressed data like in the Rife, Quinton, Tesla, Reich and many other cases. Many things where discovered at that time that could have benefited the all mankind, but were suppressed for the benefit of a few.

I consider that a human life has priority over an intellect property law.
It's time to say STOP to these grasping dictators, time to RESIST !

This post needs no replies nor polemic, as it is just for your information, just my opinion, just my humble contribution.

Can you find that page as shown on picture ?

[sprocket]

Reposted:

Here is a website that describes a way to discharge the HV capacitors along with other useful information regarding MOTs.

Microwave Oven Repair Safety Precautions

The Purpose of the Typical High Voltage Transformer Used in Microwave Ovens and How to Safely Test It

Please read and be safe.

@dllabarre - Thank for the links. I had already done continuity/resistance measurements on the MOT. The problem is that most on-line 'expected' resistance values relate to 110V transformers - mine is rated at 230V. Eitherway, they differ markedly - Primary: Expected = 0.2, Mine 2. Secondary: Expected 55-70, Mine 163.

I guess the surest way is to source another transformer somewhere...

[broli]

@dllabarre - Thank for the links. I had already done continuity/resistance measurements on the MOT. The problem is that most on-line 'expected' resistance values relate to 110V transformers - mine is rated at 230V. Eitherway, they differ markedly - Primary: Expected = 0.2, Mine 2. Secondary: Expected 55-70, Mine 163.

I guess the surest way is to source another transformer somewhere...

I highly recommend a fly back transformer. It's less dangerous and it can handle high frequencies.

[dragon]

@dllabarre - Thank for the links. I had already done continuity/resistance measurements on the MOT. The problem is that most on-line 'expected' resistance values relate to 110V transformers - mine is rated at 230V. Eitherway, they differ markedly - Primary: Expected = 0.2, Mine 2. Secondary: Expected 55-70, Mine 163.

I guess the surest way is to source another transformer somewhere...

If you plug in the mot and it only draws a small amount of power then it's most likely fine. As soon as you load the secondary the primary inductance drops considerably and forces it to draw high amperage. Most likely the resistance of the heaters are way to low to operate at a reasonable level with the mot at that high of voltage. Also, why the bulbs blew out. In order to drop the voltage on the secondary you need to string many lights together to help drop the voltage. To bring the voltage down to 220 volts you would need 9 bulbs of around 480 ohms each in series with an end result of around 4400 ohms total resistance. With a 2000 volt output / 4400 ohms you would have about .45 amps running through the bulbs which is fairly easy for the mot to produce on the output.

Edit: Also you could use a variac to control input and/or capacitors in series with the line input to the primary.
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