1&1/2 teaspoon per gallon is what works for me. But each cell might have some differences, it depends on the stainless (not all stainless is created equal). If you can make 2 cells from the same stainless stock you shouldn't have any trouble with this. The only time I've had any trouble is when I used up a bunch of left over pieces of flat stock. The electric's are simple 12 volt, I use a 30 amp relay controled by a toggle switch and ignition switch, the toggle is just incase you want turn it off which I do, I always start the engine then turn on the cells. I installed a 25 amp circuit breaker just off the cell( this protects from over loads to the relay).Power into the first cell, ground on the second cell (hooked in series). I also installed an indicator lamp hooked to the power at the cell to let me know if the circuit breaker trips. I set it up to pull about 15 amps. I accomplish this by how strong the solution is mixed.The only time I've had it trip is when I think I can push to produce more ,(see below). I always do my initial test on a heavy duty battery charger, I let it cook for 1 hour to stabilize the amps, if the amps are low add more sodium bisulfate - if you draw to much amps drain some out and add more water.
You will have to play with it the first time to get it right but after that you just mix the solution the same. The first one I made I ended up with alot of rust in the water, I found out that you HAVE TO USE A GOOD GRADE OF
STAINLESS!!! I haven't done any other mods. to the engine at all.Some heavier duty trucks don't use the o2 sensor to control the fuel mix just the MAPand Mass air flow sensors. I used a 3/8" hose from the cells to the intake manifold,it's plumbed in next to the vac. line for the pcv conection. I know I should use a bubbler or something to prevent a flash back to the cells but I just haven't got around to it yet .
I got thinking this might be easier.Statistics: Posted by HugeDuallie — Wed Apr 09, 2008 10:59 pm
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