So @Growmau5, you guys are going live right? I'm in class right now, but would love to catch it on my break. Is there an available link to the live show, or do we go to "Dago's" youtube channel?
What do you think of the concept? Can we say that the theory is probably correct? Once we measure the temps, do you think there is reason to believe that 15-20% loss is viable? Therefore 2.2 per joule is more like 1.76 (20% loss)
I will keep it in mind once the experiment is going. The #s were based off my plan to run these lights in a controlled environment in 85F. I will try and remember. They will be in a tent in about 3 weeks.
V, Breaking down the light loss because of Fluence science passive design.
In ALL fluence specifications it has this statement:
Suitable for operation in still air ambient temperatures from -40°C (-40°F) to 35°C (95°F) when suspended and up to 30°C (86°F) when surface mounted. Operating...
Have to ask him if he's really going to pick one up. I hope he does. These lights need an expert reviewing them. I'm doing a comparison w/3 Lights.
Btw, the white and reds are rated @1000ma capacity I believe. Separate channels/drivers. So each pcbs is 47.5w @700ma...but since 2 channels can...
@ttystikk better comparison; absorbable amount of light at the same level of consumption. Your thoughts?
Might ask V if he can shed a little light on these diodes for us. Judging by his attention to detail, there is a reason he selected them. I was really only Interested in the performance of...
My honest opinion as of right now... I'd pass... This is completely passive... there are a few things I could say. I want to talk to the company first, and get their perspective. I'll update