It should go whole length, so actually 130cm and if they're in 1 long piece i think it will be more solid, the entire shelf i mean, but it's a lot of weigth indeedJust ask them if they can cut for you a 600 mm length...
Maybe they can do that ..
Show them anywayYou sound like you're on precisely the same design as me I would share my sketches....but they're embarrassing!
Sose Electronic gave me a price of €15.50 for 200mm long IT5498I just got reply from CBD-lightning,
the IT5498 costs 12,94€/100mm excl. BTW
so one 130cm bar would cost 204€ incl taxes without shipping, that's pricy
Can you give me a link ? Where are they from ?Sose Electronic gave me a price of €15.50 for 200mm long IT5498
https://www.soselectronic.com/?str=12&searchstring=+IT5498Can you give me a link ? Where are they from ?
Great prices, i thought they didn't sell private, only to companies ?Good news everyone !
Got a quote from BAL group aka Birmingham Aluminium (credit to Happy75 for the find)
So this is for the 1372HS profile : http://www.bal-group.com/heatsink_detail/75
I beleive its about 308cm²/inch, and looks great for passive cooling
This is a big ass HS, 1cm thick base, 16cm width !
Only downside is the weight, thicker base comes at a cost : weighs 7.27 kgs/metre, now that is some heavy stuff. If you have a cheap growbox, that could be to much to handle.
Price I got is €73 for 43 inch peices. This excludes VAT, but includes shipping ! (Same alluminium alloy as HS-USA)
5.88 profile from heatsinkusa which is 'only' 260cm²/inch goes for 126€ each if you include shipping to my country (86€ without shipping).
I was looking for a viable alternative, but this is better than I expected, and is simply best I've found for my needs, so far.
I'm waiting on another quote, for the 1360HS profile, http://www.bal-group.com/heatsink_detail/73
This one is +-284cm²/inch I think, so better than the 5.88 profile (260cm²/inch), and in all logic, should be cheaper than 1372HS above.
I'll keep you guys posted.
Is cm2/inch a standard metric used in the heatsink world? Serious question as we seem to be mixing metric with imperial. Also, I still can't seem to grasp this c/w metric. Is there a quick primer? I am trying to figure out how to take the dissipated W (i.e. the "inefficiency W of the COB" which I'll generalise at around 60% of the drawn W on the COB for safety's sake) and apply that to the thermal resistance figure or the cm2/inch numbers.Good news everyone !
Got a quote from BAL group aka Birmingham Aluminium (credit to Happy75 for the find)
So this is for the 1372HS profile : http://www.bal-group.com/heatsink_detail/75
I beleive its about 308cm²/inch, and looks great for passive cooling
This is a big ass HS, 1cm thick base, 16cm width !
Only downside is the weight, thicker base comes at a cost : weighs 7.27 kgs/metre, now that is some heavy stuff. If you have a cheap growbox, that could be to much to handle.
Price I got is €73 for 43 inch peices. This excludes VAT, but includes shipping ! (Same alluminium alloy as HS-USA)
5.88 profile from heatsinkusa which is 'only' 260cm²/inch goes for 126€ each if you include shipping to my country (86€ without shipping).
I was looking for a viable alternative, but this is better than I expected, and is simply best I've found for my needs, so far.
I'm waiting on another quote, for the 1360HS profile, http://www.bal-group.com/heatsink_detail/73
This one is +-284cm²/inch I think, so better than the 5.88 profile (260cm²/inch), and in all logic, should be cheaper than 1372HS above.
I'll keep you guys posted.
Don't know, , but I think both of them are 160 mm wide with sixteen 35 mm fins, the only difference is in the base height: 8,5 (1071) vs. 9,2 mm (1072), in inches 0,335 vs. 0,36.Sorry, my quote was actually for the 1371HS, not the 1372HS, edited my previous msg ..
Base is a 0.9cm not 1, and width is 15cm, not 16.
Area was close to correct tho
My attempt: 1071HS estimate perimeter in mm, as if all fins were straight instead of tapered and all corners perfectly square:I beleive its about 310cm²/inch, and looks great for passive cooling