High voltage HHO by IronHead

[IronHead]

Thank you "yikes

Well here is half the cell running at 24VDC ,8 amps and 42khz dc pulse. Does size matter  maybe and maybe not, but if we put 10 of these cells together I think we would get a nice gas flow. And the bottom is still open on this one. Yes more heat in a smaller cell with the same amp and volt rating,  but we can deal with heat as long as the cell is highly productive. We will be scaling this cell up in a modular way. What you have now is module #1

3/8" plate spacing is optimal for a free standing cell .This 1/4" space plate cell is going to be pumped , moving water through the cell cavities . 1/4" seems to be optimal for a pumped cell.

Half cell . Here you can see voltage leaking off the backside of the negative plate. That leak is not only a small amount of  HHO but voltage that is not going through the plates as well ,dumping heat into the water.
http://www.youtube.com/watch?v=fsVTbmWX_lI
Full cell being adjusted
http://www.youtube.com/watch?v=1IDJAcELsWs
Sealed Pumped S-Cell soon using this base cell.

Onward I say  through the muck and blood, burnt and broken
IronHead

[RichardDay]

Hey IH,
Great videos as always. In the vid where you sweep the frequencies it appears that there's two hotspots where the gas production is highest. Is this two seperate frequencies or are you going down to 20KHz and back up the optimum frequency. The reason I ask is that it reminds me of something mentioned in another replication project (the Marks TPU thread) where it was found that when two resonant frequencies were put in together, an energy output much higher than the sum was observed. I don't know if that's something you've tried, but it's similiar in thoery to the Boyce PWM3 workings.
I know it's not the same device, but the idea of two or more resonant frequencies going into one cell is something I'm hoping to try soon.
Anyway, thanks for sharing as always. Hope to post some images of my own project very soon. As for those looking for electronics, there are lots of pwm schematics floating around on the internet. Waterforfuel.com has a perfectly good set of plans for purchase that can be used to build a versatile and easily modifiable PWM.
RD

[IronHead]

It is really nice to see people notice these things.
Thats two different freqs  at 2 different sweet spots as it runs down to 20khz. I starting working on multi and freq combining just before I got into the RF injector cell. I sort of let the idea go as I was spending so much time on RF injection . I am hoping someone will take up where I left off on this concept, maybe you will be looking into this ?
BTW  A very good build on the PWM  there


Keep up the good work
IronHead

[RichardDay]

Hi IH,
Thanks for the reply. The PWM has six seperate drivers so that I can run up to six cells from the one PWM, or of I prefer I can run upto six PWMs (at different freq's) into upto six cells. Multiple frequency cells is somethings I'm really interested in. I'm hoping to run different combinations through a torroidal coil and see what happens.

BTW, if anyone in the UK is looking for a good stainless supplier, metalsdirect.co.uk has a massive range of reclaimed 304 and 316 which they can cut to size. I've used them before and their prices are great.
RD

[IronHead]

If you are going to get into this I would recommend the Keely papers on sympathetic vibration  these are frequencies that coralate to one another. Dale Pond explains this well . Dale Pond is an authority on Keely's works .Also Pond is  the guy that inspired Meyer to do work in HHO.The conference you see here Stan Meyer was present in the audience. Although this gets abit stange there is good info here to start.
If you are interest I have many pieces to this path.


http://video.google.com/videoplay?docid=9125003792513982191