Hadez411
Well-Known Member
Hi all,
I'm scheming up a liquid cooling system with a rad that is outside. It still gets very cold at night. Will my cobs function properly if the coolant gets super cold at night and they are operating with a Tc of like less than 10 celcius?
From the charts I read that the voltage increases as you get colder and the amperage requirement drops. I'm running four 36v (Vero 29D @~1.6a) cobs in series on a 240h-c1750A which is just barely able to make the 36v for each cob (143v is the top of the constant current region). Will it require too much voltage if I chill it too far? Will the colour spectrum remain true?
I'm scheming up a liquid cooling system with a rad that is outside. It still gets very cold at night. Will my cobs function properly if the coolant gets super cold at night and they are operating with a Tc of like less than 10 celcius?
From the charts I read that the voltage increases as you get colder and the amperage requirement drops. I'm running four 36v (Vero 29D @~1.6a) cobs in series on a 240h-c1750A which is just barely able to make the 36v for each cob (143v is the top of the constant current region). Will it require too much voltage if I chill it too far? Will the colour spectrum remain true?