http://www.youtube.com/v/o0xew7pRR6Y
Statistics: Posted by resident_genius — Sat Aug 02, 2008 2:18 pm
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this is a picture of the top of the cell....not too much to mention.
picture of the wiring. 20A circut breaker, 30A power relay. electrolyte mixed to 14A when cold. 10guage wiring, terminals crimped but not soldered, i need a stronger soldering iron for that. theyve all got good connections and run cold anyhow.
and finally a picture of the ammeter chemelec reccommended, good buy for $10 or so.
i'll post the link to the video as soon as its done uploading.....
Statistics: Posted by resident_genius — Sat Aug 02, 2008 2:13 pm
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this is a picture of a plexiglass sheet where i cut an appropriate size hole in the bottom in order to be a locking bottom half of the lid.
this is a pic of the gasket, i got this from a koi pond supply house, its just rubber mat for manmade ponds, perfect thickness for the sewer-style gasket! i simply cut it to size with scissors.
this is a picture of the lid, the bottom, the cell, and outlet tube installed. in the bottom, i have a 6" by 6" rubber gasket sitting on the bottom of the beaker- that way the plates wont ground out. i would have made the bottom and lid of the cell nicer but i was operating a jigsaw in an apartment complex at 1030-1130pm.....heh. yeah it doesnt go over so well.
picture from the side, to see the orientation of the lid and bottom and bolts.
Statistics: Posted by resident_genius — Sat Aug 02, 2008 12:55 am
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I would imagine some more plates to act as Neutrals that bring the voltage down
across each cell would be cheaper.
I look forward to seeing your production figures.
Your design certainly makes good use of the available space in a round container.
Yours is probably making a lot more Hydroxy than mine at the moment.
I am trying to make some sort of step up power supply to help.
Glenn.
Statistics: Posted by glenn_aircooled — Fri Aug 01, 2008 8:07 am
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this is the basic cell design, six "smacks" plates, drilled four ways, assembled about 1/8" spacing between the plates, nylon rod used throughout, one anode and one cathode, the three sets of plates joined by stainless steel flatstock pounded flat from a pair of tongs purchased at shoprite for $2.99 and cut into sections.
in these pictures it looks like the cell wont fit into the container, and it wont, i made small revisions to the anode and cathode leads, as well as the binding straps so that it fits in the test container. i've never had a cell produce so much, unfortunately i'm running a lot of KOH in my distilled water so the amps are out of control, i'm limiting the cell to 18A based on the theory of 12A being highest effeciency (because of cell plate area) and 24A being shorter life but higher HHO output.
i'm currently building a really nice housing out of a high grade SS beaker from a closed down EPA testing laboratory.
i took some video's with my new camcorder but its being a PIA because the files are coming over to the computer as MPEG-2's or something weird.
if anyone wants to know how to build it, i could supply a full parts list, part numbers, and pricing.
more to come, ampheres, improved housing, L/min output as well as temperature of cell.
Statistics: Posted by resident_genius — Fri Aug 01, 2008 12:55 am
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