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Hydroxy Ver 1.2 Output Measurments

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Uploaded by on Jun 5, 2007

Output measurments of Oxyhydrogen Generator Ver 1.3

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Howto & Style

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Uploader Comments (Fordenergy)

  • i would think the most efficient way would be to use the pulse circuit from stanley meyers, written by dave lawton. have you given this any thoughts?

  • Yea Ive had just a few thoughts LOL, There are a few ways to increase output that Ive read about, and intend try. 1) Frequency modulation 2) Magnetism 3) Running air from an outside source through the cell (ie intake vacuum ) 4) Vacuum pressure on the cell (Ive already tried this and there is no change, if you viewed my video on it - that had a leak so the results were wrong. I pulled that video I didnt want to misslead anyone.

  • that just gave me an ideal, if you hooked a gas line for a little motor, say to the top of that measuring cup, you wouldn't have to worry about psi blowing up anything. but i wonder if theres enough gas in that video to keep a small motor running? i was wondering, what are you using for a gasket on your 6" x 4" tank? and are you gluing it? thanks.

  • Well i would use the top of my bubbler to connect to an engine or whatever not glass. This setup was just to measure output from the cell. THe gasket is just a rubber O ring from a hardware store. As for enough gas, it would not run long. Again this is just my test cell I hope to build a large series cell after I figure out the most efficient way to produce gas.

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  • I think its cool Jack nicholson is involved in HHO research. lol.

  • its 250 ml in 1 minute. Not 30 seconds. But still good work from that small cell.

    Thats 15 liter an hour.

  • Fordenergy, how big of line are you using on your out bound line?. Most of the videos I've seen are using 3/8" line, do you think a smaller line is better?

  • theconspiracy,us/cati3/0035,ht­ml

  • High frequency pulses build a rising

    staircase DC potential across the electrodes of the cell until a

    point is reached where the water breaks down and a momentary high

    current flows. A current measuring circuit in the supply detects

    this breakdown and removes the pulse drive for a few cycles

    allowing the water to "recover '.

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