Yep. Double the wattage for overhead.
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Metal oxide is the way to go!Yep. Double the wattage for overhead.
Oh my!I am glad you guys love this stuff. I spend most of my life designing weird things and this is a little weird. But I think it will be interesting as I don't think I ever saw a water cooled LED fixture before.
Here is the LEDs I will be using. We don't want to disapate the heat, we want to design it so it all goes into the LEds themselves with no waste. I know you guys can do it.
I became an electrician in 1993 heavy industrial. Now retired at 40 and run a business in electronic restorations.As I said, if it was easy, anyone could do it. I didn't go to college, there was that draft thing with the war. But I did spend 5 years in electrical school to become an electrician. But that was in the early 70s and there were no LEDso I have problems figuring forward voltage and all that so I can't figure it out. But I know you electronic Geeks can do it. If it works I will give you guys full credit.
Excellent!
Each channel would have to supply more than 7 ampsOK so does this mean I can go out and buy 60- 8.2 ohm metal oxide resistors and supply each run of 20 LEDs with 3.2 volts DC? And will Radio Shack have these or I need to get them on line?
Also, how many amps will the power supply have to supply to each circuit? Or can I run al of them on one circuit?
Icecool, you have the perfect name for heat transfer.