High voltage HHO by IronHead

[IronHead]

Stanly Meyer's VIC ( Voltage Intensifier Circuit )

Yes it was one of the first types of systems I worked with.
This circuit it design to pulse up hgih voltage in a capacitor type cell to the point where the cell peaks in its ability to hold  High voltage . When the cap cell peaks it shorts out. An avalanche  occurs dumping  its volts to amps. High amperage then rips the water apart. This is a dielectric capacitor using water as the dielectric and it works to a point.
Anyone that would like to try it  there is alot of info on the net about the VIC controller.

Although the plates are to close in the cell you are building here for this technology. You can use this method on the cell you re working with , just use straight water no additives.Your voltage just wont build very high. I would say  if you want to experiment with this to use two plates about 1/2" or more apart to start out.


From what I have seen.
You will end up with about the same thing you have  when using non pulsed 12-36 volts at 30 to 10 amps. Since we can supply the 30 or so amps with a cars power system we can get the same effect  as dumping big volts  to amps because we already have the amps to work with. We just do this in a straight  and simple way, right from a alternator that can give you 10 or 50 amps all day long.
If you build the thing and put a few new twist on the system getting good output  please post the results.

For some comparisons ---

These guys work with VIC stuff
http://www.youtube.com/profile?user=H2earth
http://www.youtube.com/watch?v=KRa9yd9I4Tc

My buddy Bornman88 and salaxoyris
is using the straight amp pulsed S-Cell type
http://www.youtube.com/profile?user=bornman88
http://www.youtube.com/profile?user=salaxoyris
http://www.youtube.com/watch?v=wVs3NFMti0U

Also johncarl43447 with his dog dish S-cell
http://www.youtube.com/watch?v=TFcsKKBKSpw


We are not at these levels yet but  we will be and not long now.

[s_c_engineering]

awesome, thanks for the info!!  i will definately be experimenting and i will post my results if i find something new and exciting.  did you wrap your vic in a standard style plate transformer or did you use a ferrite core?  im thinking about wraping it around some 1" acrylic tube and filling it with fe3o4 mixed with epoxy as a core.  any opinions on this?  also did you use stainless wire for your chokes as the patent says?

[IronHead]

Single module full enclosed pumped cell .You can put the Inlet on the bottom I did this on the side to show the holes  between each cell cavity.


This is just a rendering to get the idea of full enclosure  .
This is only one module we are working on  you will have many in a finished system that can then be enclosed . You can  do this one or not  just to see the out come as the production is much higher with a fully enclosed cell.

[IronHead]

awesome, thanks for the info!!  i will definately be experimenting and i will post my results if i find something new and exciting.  did you wrap your vic in a standard style plate transformer or did you use a ferrite core?  im thinking about wraping it around some 1" acrylic tube and filling it with fe3o4 mixed with epoxy as a core.  any opinions on this?  also did you use stainless wire for your chokes as the patent says?

Because I was working on a Muller Motor at the same time . I used Magnetite  FE304 with Solid Epoxy in a section of G10 tubing for the chokes and wrapped with  aircraft grade T-304 stainless. Only because this is what was at hand.

They can get hot so don't use inferior Resin. I think the best thing is to cut you core out of the Acrylic when cured  and wrap with some heat transfer tape will convect heat better.

[s_c_engineering]

with the enclosed cell do you still want it the same size or does it need to be larger to use in a car?