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This code is primarily used for solar battery banks. Like say a UPS (uninterrupted power supply) system.

The more I think about it I'm leaning towards 48 inch modular 250w fixtures using 1x1 t slot aluminum extrusions. With 3 x 250w (5x50w) in each 5x5 footprint x 3 footprints

I'm very familiar I've been an electrician for almost 20 years. Too bad it runs at 36v. National electric code allows for 24v and below to not have equipment grounds

If the aluminum frame helps with heat dissipation should I use thermal paste where the frame and the heat sink are bonded?

I would like to go plexi for aesthetics but I will most likely go with .125 aluminum or t slot aluminum extrusions

This will also give a nice illumination effect to the plexi similar to the end of a fiber optic cable

I can provide additional support throughout the fixture with all thread and washers. Think about when we go to the banks and they have that plexi with bolts securing the angle changes

I'm thinking about making a 42x42x .125 inch square on the bottom of the fixture. And cut holes to allow 15 cobs but secure the lenses to the heat sinks having the screws pass thru holes in the acrylic. While having a second piece of acrylic with matching dimensions except for the top acrylic...

Too late to switch to 150mm I already placed an order for 45

Your thoughts on this?

So it may be possible for me to build a acrylic frame..... am I right?

Will this help? Hlg-240h-c1400b Cxb3590 in 3000k 133mm x 70mm pin fin

Yeah I'm trying to figure out the CXB3590 operating temperature because I have something different in mind. I will be sharing the build on here after

133mm

Guys I'm having trouble finding out the running temperature of CXB3590. 50w per cob will be what they are ran at. This information will help determine what I use for a frame/substrate. Any help will be greatly appreciated. Pic for attention