Yeah lol but but either way not a bad skill to learn especially if you ever get into a system that something you can fix easily come at ya. I appreciate the single line method as much as the plug and play lol but every skill you develop to being self sufficient is definitely beneficial . Looking forward to watching the idea growNo way. This is much more complicated than a bigger one. With the bigger ones, all you have to do is hook up a few led strips (like I linked below) and calculate the driver from that. I made it complicated for myself, don't make the same mistake.
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I guess. Plus the mini grow will be fun.Yeah lol but but either way not a bad skill to learn especially if you ever get into a system that something you can fix easily come at ya. I appreciate the single line method as much as the plug and play lol but every skill you develop to being self sufficient is definitely beneficial . Looking forward to watching the idea grow
I would assume COB's are 180 degree without putting on reflectors? Many options in COBs in relation to power.Cfl no way. I considered cobs but I decided to use individual diodes because cobs would be too focused and I'm going to have the plants growing really close to the lights. Also, since the plants are going to be so close, I wanted the most efficient LEDs as possible to prevent heat.
I went through why I didn't use cobs. I need the plant to grow almost right up to the LEDs because of the confined space so cobs would be too focused and hot.I would assume COB's are 180 degree without putting on reflectors? Many options in COBs in relation to power.
Thanks. I'm unable to test it right now without more solder because I'm using both my hands to hold the + and the - from the driver but I will asap.much cleaner job man! Looks good! If you did fry them, you'll want to look into using alligator clips as heat sinks during the process of soldering the next ones. Doesn't look like you have much room for them, but it's possible the heat killed them.
Did you test the resistance across the diodes to confirm they're still in tact? https://www.fluke.com/en-us/learn/blog/digital-multimeters/how-to-test-diodes
Haha don't have a shocking experienceThanks. I'm unable to test it right now without more solder because I'm using both my hands to hold the + and the - from the driver but I will asap.
Thanks. The purple ones are ir, the clear one in the direct middle is uv and the white ones are blue.That board is a step up or two from the last work I saw from you. Nice going gorillaaron. Blue diodes aee the two in the middle of the board?
The driver is 100w but I won't run it that high. roughly 30w.Cool. You might have mentioned it before, but is this 100w? Or 240w?
I mean it's for a 100 square inch space so I think it's plenty light.Allrighty. Guess its not just for a mother ? With the uv and stuff
Curious because it sound low in watt to flower more than one plant. But thats the purpose i guess
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