Mau5Capades: builds & grow journal

Airwalker16

Airwalker16

Well-Known Member
PurpleBuz said:
under those parameters I would build two 40" (about 1 meter long) heatsink bars with 4 cobs on each, and use one hlg-185H-c on each heatsink bar. (have the heatsinks go the long way, not the short way). that will give you essentially the same evenly distributed coverage.

1 heatsink, 1 hlg driver, 1 fan .... get it ?
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You're rightt $700 or $920 for one less cob. I'll only be able to run at 1750mas, I wanted 2100, but I'm sure I'll be happy.
 
P

PurpleBuz

Well-Known Member
nevergoodenuf said:
By next week I will have 4 CEN100-36s, 3 HLG320s, 2 HLG240s, and 4 HLG120-1050s powering my 80 square foot room. My dehumidifier throws out enough heat to kick on my mini split. Every bit counts.
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pretty cool you can light your room, without needing mini-split running the whole time!

probably can turn the dehumidifier down or off when the lights are running.
 
ttystikk

ttystikk

Well-Known Member
Greengenes707 said:
Drivers have an efficiency just like a cob...Think about what is the other half of the efficiency percentage

Drivers and fan motors usually have the highest operating temps of any components on the build.
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That's why I asked for those numbers, 'quantified', so I can do the necessary calculations. Are we just talking about a few percentage points of total wattage?
 
bassman999

bassman999

Well-Known Member
ttystikk said:
That's why I asked for those numbers, 'quantified', so I can do the necessary calculations. Are we just talking about a few percentage points of total wattage?
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6% of the total output I would think, and slightly more if full output dc Voltage isnt utilized
 
Fastslappy

Fastslappy

Well-Known Member
DarthBlazeAnthony said:
On which page of this thread is the parts list posted? I am hoping to order all parts to cover a 4x4 space. Any help is greatly appreciated.
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look @ Supra thread CXB3590 1500W

go to page #2 of thread page down 1/2 way
there you will find all of Supra recipes for lack of a better term for 3590's possible builds
he even rates them so you can choose different paths to greener shores
 
ttystikk

ttystikk

Well-Known Member
Fastslappy said:
look @ Supra thread CXB3590 1500W

go to page #2 of thread page down 1/2 way
there you will find all of Supra recipes for lack of a better term for 3590's possible builds
he even rates them so you can choose different paths to greener shores
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That's exactly what I did.
 
D

DarthBlazeAnthony

Well-Known Member
Fastslappy said:
look @ Supra thread CXB3590 1500W

go to page #2 of thread page down 1/2 way
there you will find all of Supra recipes for lack of a better term for 3590's possible builds
he even rates them so you can choose different paths to greener shores
Click to expand...
okay...so I just searched Supra thread CXB3590 1500W
even tried Supra
then searched CXB3590
No luck whatsoever. I have seen Supra in this thread so I went back through it and I cannot find him in order to find that specific thread. This is crazily complicated and exhausting.
10 Mins later I am back here. Please link it if you have a moment. Thanks.
 
EfficientWatt

EfficientWatt

Well-Known Member
ttystikk said:
That's why I asked for those numbers, 'quantified', so I can do the necessary calculations. Are we just talking about a few percentage points of total wattage?
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As GG pointed out, it's identical to cobs ...

eg. : HLG drivers efficiency is maximum 93-94%, the 6-7% is dissipated as heat ..

So a HLG-185H-C @94% efficiency, if maxed out (@200W) has 6% of 200W heat loss.
=> 12W of heat.

If you plan to attach your driver onto the heatsink : You should take into account that 12W of heat.
For passive cooling add 120cm² of heatsink per heat W, so 1440cm² for the previous example.
For active cooling, add 40cm² x 12 = 480cm².

Of course, drivers do have some dissipating power too (varies according to design ..), so this might be a little overkill, but I like to stay on the safe side.
 
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J Bleezy

J Bleezy

Well-Known Member
ttystikk

ttystikk

Well-Known Member
EfficientWatt said:
As GG pointed out, it's identical to cobs ...

eg. : HLG drivers efficiency is maximum 93-94%, the 6-7% is dissipated as heat ..

So a HLG-185H-C @94% efficiency, if maxed out (@200W) has 6% of 200W heat loss.
=> 12W of heat.

If you plan to attach your driver onto the heatsink : You should take into account that 12W of heat.
For passive cooling add 120cm² of heatsink per heat W, so 1440cm² for the previous example.
For active cooling, add 40cm² x 12 = 480cm².

Of course, drivers do have some dissipating power too (varies according to design ..), so this might be a little overkill, but I like to stay on the safe side.
Click to expand...
Thank you! I just needed the specific driver efficiency numbers.
 
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