2 L per minute joe cell on youtube design

[adamcheese]

http://www.youtube.com/watch?v=_PDFrg3U1AQ

wonder if anyone has tried that design. he says he has no Nuetral plates and doesnt have heating issues. hes getting 2L per minute.

im gonna try it. has anyone tried something similiar with N plates? you think it would be work anywhere near as good if i put +n-n+n-n+ etc?

thanks for your imput.

Im gonna use an old spray painter canister (already got holes for everthing at the top!) ill negative the actuall canister to, or u rekon keep it neural?

[Stratous]

Something fishy about that video. If he is telling you he doesnt have heat problems then he is pulling your leg, unless he is using something other than those 12 volt batteries to supply power. It looks as if the washers are wired up in parallel. That would mean the amperage is split between each washer. He didnt tell us how many amps its drawing or at what voltage.

[volomike]

And I noticed some moron on YT said "You're generating H2 and O2. There's no such thing as HHO. Please note it for the future." Like duh. Like we didn't know that. It's just that it's easier to say HHO. H20 is the atomic state of water, but HHO is the diatomic state of H2 and O2 kept side by side and not fused together again until some metamorphic process like ignition and combustion to combine the two again into H2O.

[dennis13030]

http://www.youtube.com/watch?v=_PDFrg3U1AQ

wonder if anyone has tried that design. he says he has no Nuetral plates and doesnt have heating issues. hes getting 2L per minute.

im gonna try it. has anyone tried something similiar with N plates? you think it would be work anywhere near as good if i put +n-n+n-n+ etc?

thanks for your imput.

Im gonna use an old spray painter canister (already got holes for everthing at the top!) ill negative the actuall canister to, or u rekon keep it neural?

I'd sure would like to know what the current and final temperature was!

[Stratous]

I would imagine the amperage is around 50 and that the temperature would exceed 150°, but I could be wrong. I have run cells in a similar configuration, I just havent attempted to attach a wire to each plate. I used a common positive and negative SS threadall rod. I dont see a difference in either way of doing it, but maybe I am just not seeing all that I need to see. Guess I should make one and see.

[Phantom240]

You can take a look at mine. Makes gas like crazy... but also gets hot like crazy too lol.

[justaguy]

Someone on another forum used the 2 inch washers. He added a second generater run in series and gets over 50 mpg in his toyota . I haven,t been able to find out how he hooked to each washer, I asked but he never told. He is pulling only something like 8 amps per cell and below 100 degree temp.

He is not as giving with his info as most are,lol

[h-power]

....at the very end of the video he shows the amp gauge is pegged all the way over. Wouldn't doubt for a minute that it's pulling 40 or more amps.

[adamcheese]

these are the details from his mouth:

"No pulse runs @ 12 v about 31 or 32 amps. wire from the battery to the cell plate leads in 10 ga. The wire to each cell is something like 14 ga.
each wire is soldered to the edge of the washer with acid flux solder. The washer has to be scored heavily with a file in order for this to work and it will still try the patience of any man. It is hard and takes forever but ts worth it."

read the bloggs under he video. how many amps can a 10 gauge wire hold?

[Stratous]

Then at that rate, there is nothing special about his rig. Actually, his rig is inferior to most others. The acid flux solder wont last long. The 10 gauge wire should handle the heat ok because the amperage is split equally between each circuit in his cell. 2 LPM @ 30 amps not that difficult to attain. His cell though certainly looks impressive because the surface area of his washers. Its like forcing 30 psi of water through a 1/8" hose vs a 1/2" hose. If you put 300 sq/in of plate under the same spacing and load in amperage. you should get the same output, it just wont look as cool because there is so much more surface area for the bubbles to form on.