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Hello everyone,
I have just built my first hydroxy cell and am now in the tube conditioning phase. My cell is tubular in design, a "five shooter". Now on day 2 of conditioning, have a dark bronze color on all inner tubes (negative) and no more water discoloration or brown scum floating to top. I suppose the bronze color comes before the white powder buildup? Hope I am doing this correctly.
I am using a PWM, purchased online, to control and adjust the amperage to the cell. I am using the formula for conditioning that I found in "a practicle guide to free energy" from Stan Meyer info file (i think that is where I found it):
.5 amp for 25 minutes, then off for 30 min
1 amp for 20 min, off for 30 min
1.5 amp for 15 min, off for 20 min
2 amps for 10 min, off for 20 min
2.5 amps for 5 min, off for 15 min
3 amps for 2-3 min, off for an hour before restarting sequence
I am using a PVC 6" container, Five 2" SS tubes with 1.5" SS tubes inside them, separated with natural rubber. The tubes are 12" in length, with all electrical connections made up in base of unit. I do not have the lid on the case during conditioning, so I can view the happenings inside.
I AM doing this OUTSIDE the shop for safety (as recommended)
. At the end of the 4th sequence, at 3 amp draw, I already can see thick gas vapors coming off the top of the open unit, kind of like a fog machine, but to a lesser degree. Way more action than yesterday at same amount of amp draw, progress......right? All this is completely new to me, so I will surely have lots of questions and greatly appreciate any input from you guys. I eventually intend to install a cell of some sort into my car, for now I am only bench testing and trying to get a better understanding of all things "hydroxy". Right now I am using distilled water, (Florida tap water is terrible!) My boss was told to use about 1 tblsp of distilled white vinegar per gallon of distiled water, that is the current solution being used. But, all my research on this forum has him picking up some KOH this evening for use in a fresh batch of electrolite for tomorrow, the right thing to do I assume? I am a mechanic and fabricator of 20 yrs. experience, but 0 yrs. experience with hydroxy. Can't believe I didn't find out about this sooner
. I will post pics of my unit soon, and as I said, any and all input is appreciated greatly. Thanks to all for the GREAT and bountiful info on here and for all that is to come. We live in very exciting times!
I have just built my first hydroxy cell and am now in the tube conditioning phase. My cell is tubular in design, a "five shooter". Now on day 2 of conditioning, have a dark bronze color on all inner tubes (negative) and no more water discoloration or brown scum floating to top. I suppose the bronze color comes before the white powder buildup? Hope I am doing this correctly.
I am using a PWM, purchased online, to control and adjust the amperage to the cell. I am using the formula for conditioning that I found in "a practicle guide to free energy" from Stan Meyer info file (i think that is where I found it):.5 amp for 25 minutes, then off for 30 min
1 amp for 20 min, off for 30 min
1.5 amp for 15 min, off for 20 min
2 amps for 10 min, off for 20 min
2.5 amps for 5 min, off for 15 min
3 amps for 2-3 min, off for an hour before restarting sequence
I am using a PVC 6" container, Five 2" SS tubes with 1.5" SS tubes inside them, separated with natural rubber. The tubes are 12" in length, with all electrical connections made up in base of unit. I do not have the lid on the case during conditioning, so I can view the happenings inside.
I AM doing this OUTSIDE the shop for safety (as recommended) . At the end of the 4th sequence, at 3 amp draw, I already can see thick gas vapors coming off the top of the open unit, kind of like a fog machine, but to a lesser degree. Way more action than yesterday at same amount of amp draw, progress......right? All this is completely new to me, so I will surely have lots of questions and greatly appreciate any input from you guys. I eventually intend to install a cell of some sort into my car, for now I am only bench testing and trying to get a better understanding of all things "hydroxy". Right now I am using distilled water, (Florida tap water is terrible!) My boss was told to use about 1 tblsp of distilled white vinegar per gallon of distiled water, that is the current solution being used. But, all my research on this forum has him picking up some KOH this evening for use in a fresh batch of electrolite for tomorrow, the right thing to do I assume? I am a mechanic and fabricator of 20 yrs. experience, but 0 yrs. experience with hydroxy. Can't believe I didn't find out about this sooner . I will post pics of my unit soon, and as I said, any and all input is appreciated greatly. Thanks to all for the GREAT and bountiful info on here and for all that is to come. We live in very exciting times!
I cut notches out straight across from each other on the outer tubes and was only able to make the frequencies closer, still nowhere near the same. Maybe if I cut the notches halfway down the tubes LOL. Thanks to all for being on this forum! Here I go, trying to load pics.
I have a question on anti-slosh materials that could be used, say attached to the removable top lid of the cell housing. I looked for info here in different threads, but alas, it eludes me. Anyone know of a relatively flat material I could use that would inhibit water (but still allow hydroxy gas to flow) going through my gas outlet via sloshing from the vehicle being driven? I don't have one on a vehicle YET, but like to solve problems before I get to them sometimes. Just built a new cell design using tubes of 1" then 1.5" then 2", negative...nuetral...positive, respectively. Still a "five shooter" in a 6" housing, like the first one I built last week. Seems very promising on gas production already, even only on low amp conditioning stage (with basically NO catalyst, my KOH arrives tomorrow!). I will post picks soon. Thanks again for everyone's help.
What kind of cell design do you have? I'm always interested in new info.
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