I did the test today, 2mm spacing, 5V input from ATX PS, distiled water + 2 teaspoon KOH. It pulled out 17Amps and a lot of HHO gas vapour. I checked the Amps across the plate and it was 3.4V. I'm not going to use inverter 12V - 240V and hook up to ATX PS. I already ordered the converter 12V to 5V and can hold up to 35A. Next week this new PS is coming, can't wait to test it.. ;)
Your on the right track. You can also set your power supply on the back to 240 volts AC and use the 5.0 output. Instead of 5 volts, it will be around 3.5 with a lots of amps.
yes, I think 3.3V with high amperage is better. On this test i didn't use neutral, + and - only. The space is 3mm. I want to test again with 2mm spacing, distiled water + KOH to control the Amps. Let's see what happens. Thanks 4 your comments.
I did the test today, 2mm spacing, 5V input from ATX PS, distiled water + 2 teaspoon KOH. It pulled out 17Amps and a lot of HHO gas vapour. I checked the Amps across the plate and it was 3.4V. I'm not going to use inverter 12V - 240V and hook up to ATX PS. I already ordered the converter 12V to 5V and can hold up to 35A. Next week this new PS is coming, can't wait to test it.. ;)
abangjkt 2 years ago
Your on the right track. You can also set your power supply on the back to 240 volts AC and use the 5.0 output. Instead of 5 volts, it will be around 3.5 with a lots of amps.
hhoforvolts 2 years ago
YES! YES! YES! Stay with 3.3 volts BUT NO NEUTRALS and go to 20 amps or better.
hhoforvolts 2 years ago
yes, I think 3.3V with high amperage is better. On this test i didn't use neutral, + and - only. The space is 3mm. I want to test again with 2mm spacing, distiled water + KOH to control the Amps. Let's see what happens. Thanks 4 your comments.
abangjkt 2 years ago