lol its a three channel board. did you forget how to read ?Looking closer at the image, I misunderstood. Apparently, the tiny dark dots in between the whites are the reds. Now that IS interesting. Will they be on a separate o/o switch?
correct Cree XQE 660nm(in this example), each 3 lines of leds is controllableLooking closer at the image, I misunderstood. Apparently, the tiny dark dots in between the whites are the reds. Now that IS interesting. Will they be on a separate o/o switch?
lol its a three channel board. did you forget how to read ?
Could you do solskin strips that was just 2000k nichias and 660 reds? At a similar price as onsite? And how many red leds are on a strip?correct Cree XQE 660nm(in this example), each 3 lines of leds is controllable
Cheers
Mark
Yes we can, 12x 660 per stripCould you do solskin strips that was just 2000k nichias and 660 reds? At a similar price as onsite? And how many red leds are on a strip?
im doing 2 kind of led strip for my grow:Could you do solskin strips that was just 2000k nichias and 660 reds? At a similar price as onsite? And how many red leds are on a strip?
Yes the right pitch and placement of the light and height at 18 inches is really a sweet spot, nice at 24 and 36 inches also but not quite the punchHoly moly, that's an even coverage!
What power did you run the 4 boards to get those readings? And do you need any heatsink for your boards? But the uniformity is impressive! good jobSome updated data on Skins performance in a 4x4, 4 skins at 1ft pitch, check the evenness of the PPFD over the entire area, Nichia, 757 210 LPW, images of map based on 18 inches. 2.48joules/w
Cheers
Mark
Ran the SKINS at approx 170 watts ea total for 3 channels x 4 =680watts, we have the skins mounted to 4mm plate when running at this driveWhat power did you run the 4 boards to get those readings? And do you need any heatsink for your boards? But the uniformity is impressive! good job