Thanks , yes i hope soLooking good Malocan, These are looking build to last.
This post has a couple bar graphs showing the differencesmuch diff between the 3000k and the 3500k top bins? for flowering?
UPDATE
These are CXB3590
Got the numbers from http://www.cutter.com.au/proddetail.php?prod=cut2809 and threw them into a spreadsheet for a visual comparison
Unfortunately all they had numbers for were 3000, 3500, 4000 and 5700k
I dropped 700+ IR because it's more of a trigger than growth contributor
Added 5700k
Keep in mind they measured from less than 8 inches
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TYThis post has a couple bar graphs showing the differences
This was solved weeks ago.
4 CXB3590 3500k
4 CXB3590 3000k
HLG-185H-C700B
5.886" HS USA profile
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What's the power output on that one? Looks good.hey guys been working on a finished panel.. heres the pic 30 xml2's 60 degree glass convex 30 mm lens, custom holders, heat sinks in side square tube with a pressure fan cooler. 41" x 20" i definitely impressed myself with the brightness and giant footprint @ 7' high
150 wWhat's the power output on that one? Looks good.
BTW...if it makes you happy, that's enough! So how about some closeups and detailed pics of your build...I'm interested.hey guys been working on a finished panel.. heres the pic 30 xml2's 60 degree glass convex 30 mm lens, custom holders, heat sinks in side square tube with a pressure fan cooler. 41" x 20" i definitely impressed myself with the brightness and giant footprint @ 7' high
That lookshey guys been working on a finished panel.. heres the pic 30 xml2's 60 degree glass convex 30 mm lens, custom holders, heat sinks in side square tube with a pressure fan cooler. 41" x 20" i definitely impressed myself with the brightness and giant footprint @ 7' high
Twin passive Vero 29. DC Ammeter and thermocouples for testing
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