I would like to know how many watts is the source and is connected directly to an outlet or voltage stabilizer,because when I connect to a source ATX stabilizer and a half, marked only 2 amps at 5 volts from the line, you better connect directly
I know. What I mean to control the amperage was to raise the amperage by adding KOH until 20A. Conductivity of distiled water is < 10 microsiemen/cm, which is hard for electricity to flow. K (potassium) is positive cation ion and OH is negative anion.
That's why the title of this video is low voltage high amperage... :). anyway thanks.
Allow me to put an end to the mystery. Watch this new video for ABSOLUTE proof that it is IMPOSSIBLE for HHO to increase miles per gallon. Good stuff.
Excellent video using low voltage high current. If your gap voltage is around 3.5 volts, that means you need a stronger PC power supply. However right now your voltage is a the top of the safety range of 2.5 to 3.5. Get a bigger PC supply 450 Watt or higher and if you are using 120vac mains turn the switch to 240vac and that will give you around 3.4 v high current using the 5v red wires. If you are using 240vac like in Europe, then use the 3.3v orange wires.
thanks for comment. I'm not going to to use PC power supply to drive the cell. This is just for test. Next step is to set up the cell into my car. I'm now building the electronic voltage regulator 0 - 12V @ 25A (or 30A), input 12V from car battery. I already ordered the electronic components and I hope next week I can test it using that. I also make the container for the cell complete with the bubbler, so i can check the gas production in LPM. I checked your video and it inspires me.. thanks. :)
you made it bro !!!
vox1philippines 1 year ago
I would like to know how many watts is the source and is connected directly to an outlet or voltage stabilizer,because when I connect to a source ATX stabilizer and a half, marked only 2 amps at 5 volts from the line, you better connect directly
80927269 2 years ago
is that all bubbles come from cell ? thats alot !
TwistedStreetFighter 2 years ago
Koh is electrolyte to make the water more conductive, it does not prevent current run away. Use of a PWM will prevent it.
soldiersofmercy1 2 years ago
I know. What I mean to control the amperage was to raise the amperage by adding KOH until 20A. Conductivity of distiled water is < 10 microsiemen/cm, which is hard for electricity to flow. K (potassium) is positive cation ion and OH is negative anion.
That's why the title of this video is low voltage high amperage... :). anyway thanks.
abangjkt 2 years ago
That's Creative!!
Any ideas on MMW??
afdhalatifftan92 2 years ago
This has been flagged as spam show
Allow me to put an end to the mystery. Watch this new video for ABSOLUTE proof that it is IMPOSSIBLE for HHO to increase miles per gallon. Good stuff.
watch?v=5G9DAmt_jLk
EnergySupply2008 2 years ago
Excellent video using low voltage high current. If your gap voltage is around 3.5 volts, that means you need a stronger PC power supply. However right now your voltage is a the top of the safety range of 2.5 to 3.5. Get a bigger PC supply 450 Watt or higher and if you are using 120vac mains turn the switch to 240vac and that will give you around 3.4 v high current using the 5v red wires. If you are using 240vac like in Europe, then use the 3.3v orange wires.
Good to see you know not to use 12v.
hhoforvolts 2 years ago
thanks for comment. I'm not going to to use PC power supply to drive the cell. This is just for test. Next step is to set up the cell into my car. I'm now building the electronic voltage regulator 0 - 12V @ 25A (or 30A), input 12V from car battery. I already ordered the electronic components and I hope next week I can test it using that. I also make the container for the cell complete with the bubbler, so i can check the gas production in LPM. I checked your video and it inspires me.. thanks. :)
abangjkt 2 years ago