Author Topic: Thousands Of Volts Read (Directly) across tap water, (Tubes)  (Read 16111 times)

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Thousands Of Volts Read (Directly) across tap water, (Tubes)
« on: October 26, 2009, 06:44:14 am »
Today I fired up the vic, Glad i did! I forgot how to assemble it. I picked up a few transformers that was not compatible with the system. I got it working when I found the right transformer. The unit only consisted of 1 555 timer.

I am Admiring this setup, Probably for my last time. It is a Sham you boys cant read Kilovolts across your cells.

I will try to make a Small video (Dialup) and show as much as I can and as neat as I can, I'll practice on the camera settings before hand. This may be your last chance to learn how to do this from me, Time seems to be getting away.

I have the Small vic connected to 9 tubes, the production is visible to the eye but is probably not visible on camera, I'll do what I can to shoot a video for you guys, To show you where you need to be playing.

Electrojolt Give me the transformer Core, Contact Him to find out what type of core it is, Allthough i think any HV ferrite core would work, Not sure.

All i can do is video the choke, I do not know what type it is, allthough it is ferrite. I tested many chokes and they do not work. My best bet is I got this choke from a computer, Most chokes found in computers want work. I have some others from computers and they do not work, I am not 100% certain this came from a computer. It is possible it came from an very old tv.

meanwhile just chill, i'll try to upload something for you guys, right now i don't have any neon bulbs which will play a big part in the video, I probably will not measure voltage across the cell, Theres already a video here on this forum where i use a meter across the cell.

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Re: Thousands Of Volts Read (Directly) across tap water, (Tubes)
« Reply #1 on: October 26, 2009, 11:50:28 am »
Can you please give us all the details about this setup. Exact schematics, guage of wire used, number of turns used etc, details on how you are earting the isolated ground. Is there a step charge as stan shows in his diagrams.
I would like to replicate this .



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Re: Thousands Of Volts Read (Directly) across tap water, (Tubes)
« Reply #2 on: October 26, 2009, 17:23:00 pm »
if you have 1000s of volts across the water and only a small production theres probably no use of replicating this. the tiny amount of gas is very likely to be from the small current.

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Re: Thousands Of Volts Read (Directly) across tap water, (Tubes)
« Reply #3 on: October 26, 2009, 22:12:04 pm »
The production is not small when you're using 1 tube, However it takes time if you're using 9 tubes.

Yes, I will include everything.

Haithar you have no ideal how hard it is to gain such voltages across a fuel cell containing tap water, If it is so pointless why am i the only one able to measure kilovolts directly across a fuel cell?

Your comment, it is worthless if it doesn't produce massive amounts of gas is somewhat insane, There are thousands of people that will tell you that it is "Impossible" to measure kilo volts across a fuel cell containing only tap water with ss electrodes.

To this day, Not 1 person can Provide the Proof in live time demonstraiting kilovolts across a cell, As you mark this setup as junk, But yet you fall Flat on your Face when you're ask how to do it because you simply Can not do it. Weather it is Worthless as you claim it is, Or not, These People working on Meyer wants a "Starting Point." A strong foundation to start with. This i can provide for them of gaining such voltages across a tube cell, or 9 tube cells.

It is Up to the Experimenters to make the Voltage Potential resonate with the water, My only task is to show how to get the voltage across the cell, Not show how to tune it to resonance. My setup may show voltage potential across the cell but at the same time it does not show a relationship between the voltage potential Tuned to resonance with the water molecule.  It is the expermineter yet to come that will deal with that.

Your comment is an Insult to the ones wanting to learn, and an insult to me for my efforts to share.

These guy's that are interested, I will provide video for them to take notice of what to look for to gain such a working device, This will help them find the voltage Potential they have been looking for, Dont expect me to cause resonance upon the voltage potential, I am only providing how to gain such a voltage, Not providing how to cause it to go into resonance with the water molecule.

No more insults from you, This will be shared weather you think it is Worthless, Or Not!

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Re: Thousands Of Volts Read (Directly) across tap water, (Tubes)
« Reply #4 on: October 26, 2009, 23:02:20 pm »
Very Nice Warp i'm really happy for you!
can you describe your test setup?
Regards

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Re: Thousands Of Volts Read (Directly) across tap water, (Tubes)
« Reply #5 on: October 27, 2009, 05:15:24 am »
Warning, This may look easy.

These videos was produced for proof to the user or users that wish to try and replicate it. The videos Prove what can be done, If you fail, Keep trying. Once you receive the Voltage Potential or "Meyer Voltage" across your cell it is up to you to take it to the next level and tune the Meyer voltage to resonance with the molecule.

Facts;

1. The Choke consist of 75 24 awg wraps.
2. It was luck to find this choke.
3. No means for testing other choke core sizes.
4. The choke is of special material, Luckily found.
5. The Transformer must not be Soft iron, it must be along the lines of Ferrite, Not crucial but see electrojolt about my core.
6. The Choke was tested for its Undesirable size, No Means to better the choke Exist to date!
7. The Choke Wrappings was Wired once, And happened to work.
8. The Choke may be in the worst possible configeration, Other methodes not tested to date.
9. The Driver circuit is only 1 555 timer, The Old Lawton design with what i think is a .01 UF cap, See video.
10. Fet for timer, FQA30N40, If desired.
11. Diode, 600 volts Glass diode Probably "Optional."
12. Transformer must be connected to the PWM in the proper direction, Guess at will, test at will.
13. The Isolated ground is sometimes not needed, Sometimes is.
14. The higher the voltage to the transformer, The better the Performance.
15. Small gas across 9 tubes in parallel
16.  Bigger gas across 1 small tube.
17. Only use Tap water which is an conductive water.
19. Any Size Transformer Will Probably work, Big like mine or small like stans, Should not matter as long as you can get the voltage out, and freq.

Have Fun, And Please share your work. Do not give up. My time in this research I feel is Over, I offered all I could with these videos, If i didn't comment on something then it isn't important.

The Transformer is a bigger version of stans, secondary 36 awg, Primary 24 awg, you can see the entire primary in the video, it doesn't go all the way around. There is another primary not in use.

Please Share.







 

« Last Edit: October 28, 2009, 06:53:19 am by Warp »

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Re: Thousands Of Volts Read (Directly) across tap water, (Tubes)
« Reply #6 on: October 27, 2009, 09:44:52 am »
hello warp

I got to say for me with the information you gave us is quite impossible to understand what you are doing. You say high voltage but you might know that only about 50 70 volts can light that kind of bulb no? I made some experiences like this around here. From what you shown your production is very small. Also mine was. I believe you didn't found yet the way sorry to say but i think so.

Make a hand draw schematic  of how the things are connected, the core material, number of turns, inductance, voltage being used i amperage the secondary voltage and amperage... This way is possible to understand better what you are doing ok.
I hardly believe that for you is impossible to put a multimeter across he cell and measure the voltage...

Best Regards
 

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Re: Thousands Of Volts Read (Directly) across tap water, (Tubes)
« Reply #7 on: October 27, 2009, 10:08:20 am »
Great job Warp.
To let it resonate with the water, what variables are to be adjusted? Not the choke size,and frequency,since they are tuned for maximum voltage - I think it is important to create a very small cell, like Meyer did in his later work with HV.
Quote
The production is not small when you're using 1 tube, However it takes time if you're using 9 tubes.
Try an extremely small cell. ?