That's a lot of money to pay but it's the correct way to go. Get an old PC power supply and use the 3.3 volt rail. Did you see if it would work hook up to your cell" Some times it needs a load to work.
@hhoforvolts Yeah it was a lot to spend but if it works it will pay for itself in just a matter of 3 months. I see everyone trying to send 12VDC and tons of amps but that creates waste heat, which in some cases can be dangerous. You only need 2V across the plates. My cell is wired +-+-+-+-+ across 21 plates. I tried a computer power supply too but it doesn't produce enough current.
@kdessinger The PC. power supply I used put out 3.5 volts at 43 amps. What you need to do is increase your electrolyte for max. current. However, the use of neutrals is a loosing game. Tie the - and + plates together and your all set at 2 volts.
That's a lot of money to pay but it's the correct way to go. Get an old PC power supply and use the 3.3 volt rail. Did you see if it would work hook up to your cell" Some times it needs a load to work.
hhoforvolts 1 year ago
@hhoforvolts Yeah it was a lot to spend but if it works it will pay for itself in just a matter of 3 months. I see everyone trying to send 12VDC and tons of amps but that creates waste heat, which in some cases can be dangerous. You only need 2V across the plates. My cell is wired +-+-+-+-+ across 21 plates. I tried a computer power supply too but it doesn't produce enough current.
kdessinger 1 year ago
@kdessinger The PC. power supply I used put out 3.5 volts at 43 amps. What you need to do is increase your electrolyte for max. current. However, the use of neutrals is a loosing game. Tie the - and + plates together and your all set at 2 volts.
Richard
hhoforvolts 1 year ago