xX_BHMC_Xx
Well-Known Member
Hello All,
This is my first post here and I have an interesting question for you all:
I have seen a lot of static on the web about parallel wiring and current mirrors and resistors, but not much useful information. I know there are many different opinions about parallel wiring in our applications, but I know it can be done safely, and I want to use this method for a number of reasons. I plan on running 9 CLU028-1204's in parallel on an HLG-240H-42 at about 600ma. Since these CLU's are rated at 1150ma max., can't I just run a single 1A fuse inline at each COB to protect it in case of a thermal runaway situation? I am not too worried about it at this low current, divided between so many lights, but I want the protection to be in place anyway. I know this won't do anything to prevent a thermal runaway from occurring, but 1A fuses are a hell of a lot cheaper and easier to replace if something does go wrong. Thoughts?
This is my first post here and I have an interesting question for you all:
I have seen a lot of static on the web about parallel wiring and current mirrors and resistors, but not much useful information. I know there are many different opinions about parallel wiring in our applications, but I know it can be done safely, and I want to use this method for a number of reasons. I plan on running 9 CLU028-1204's in parallel on an HLG-240H-42 at about 600ma. Since these CLU's are rated at 1150ma max., can't I just run a single 1A fuse inline at each COB to protect it in case of a thermal runaway situation? I am not too worried about it at this low current, divided between so many lights, but I want the protection to be in place anyway. I know this won't do anything to prevent a thermal runaway from occurring, but 1A fuses are a hell of a lot cheaper and easier to replace if something does go wrong. Thoughts?