this video was to demonstrate Dr. Stiffler's circuit. The electrolyzer cell I had from another test project. It may not of been ideal but I had it and it was just to see how the Dr. circuit would perform on an electrolyzer cell.
I wondered what that would do, thanks for posting that. Nice looking cell too.
Stiffler has a sharp head and clearly understands high voltage voltrolysis as demonstrated in the bucket about 6 months ago. I wish he would share the info.
Thanks Stefan for the positive comment. I also was wondering what would happen If I added electrolyte to the water, so I tried it and the results are negative, just before adding the voltage across the cell was up to 80 volts and when I added a bit of baking soda it instantly dropped to 40 volts and it was all down hill from there. It seem to go down in gas production and also lost most of its battery effect. So no electrolyte is needed with this kind of electricity.
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perplexfraction 1 year ago
Is the way you set up the cell a good way? you know how you have 2 positives and 1 negative with 17 or so plates.
bluejmc 2 years ago
Hi bluejmc,
it's a design for use with higher voltage then 12vdc. Nothing too exciting.
Luc
gotoluc 2 years ago
Input: Approx .9664 Watts.
Question: Do you have any way of measuring how much gas is being produced at this one-watt rate?
Also, how do you know its "tuned" properly?
Stiffler shows a 9ma draw to light a huge number of AC plugs.
morpher44 2 years ago
i was wondering how far the voltage is able
to climb and whether the electrodes degrade? aren't tubes supposed to work better than plate
design ? i would like to see how it behaves under high voltage or a steady increase in voltage. good luck with it
phsharon 2 years ago
Hi phsharon,
this video was to demonstrate Dr. Stiffler's circuit. The electrolyzer cell I had from another test project. It may not of been ideal but I had it and it was just to see how the Dr. circuit would perform on an electrolyzer cell.
My interests are electricity and magnetics.
Luc
gotoluc 2 years ago
I wondered what that would do, thanks for posting that. Nice looking cell too.
Stiffler has a sharp head and clearly understands high voltage voltrolysis as demonstrated in the bucket about 6 months ago. I wish he would share the info.
TeslaLight 3 years ago
Great way of plate placement
crippled82 3 years ago
Hey gotoluc, great to see you back in the mix bro.
looking good
aka IronHead
SGiHunter 3 years ago
Thanks IH for looking. Do you want me to start a topic at your site about this?
Luc
gotoluc 3 years ago
A good idea , yes
SGiHunter 3 years ago
Bravo! Thank you for your video. Keep up the good work!
RTFD123 3 years ago
Hi Luc,
very well done.
Do you get more HHO, when you put some KOH or NaOH into the destilled water ?
By the way the correct link to your
message on the overunity forum is:
overunityDOTcom/index.php?topic=3457.msg100489.html#msg100489
Please replace the DOT with a real
.
Many thanks.
Regards, Stefan.
overunitydotcom 3 years ago
Thanks Stefan for the positive comment. I also was wondering what would happen If I added electrolyte to the water, so I tried it and the results are negative, just before adding the voltage across the cell was up to 80 volts and when I added a bit of baking soda it instantly dropped to 40 volts and it was all down hill from there. It seem to go down in gas production and also lost most of its battery effect. So no electrolyte is needed with this kind of electricity.
Luc
gotoluc 3 years ago