Radiator Heat Dissipation

Solution
It depends on a lot more than that, GPM of the pump, CFM of the fans, and really does not go by heat rather the Watts that generate the heat. Then you get into different thickness and fin design, even the reservoir size can have a effect. With liquid your balancing the system you GPU can run a lot hotter than your CPU if your doing a complete loop so your cooling needs to be adequate to keep the CPU temps in range.
Here is a good site for that.
http://www.techspot.com/community/topics/the-watercooling-guide-from-a-to-z.180876/
I would go at least 120mm over what is recommended.

Zerk2012

Titan
Ambassador
It depends on a lot more than that, GPM of the pump, CFM of the fans, and really does not go by heat rather the Watts that generate the heat. Then you get into different thickness and fin design, even the reservoir size can have a effect. With liquid your balancing the system you GPU can run a lot hotter than your CPU if your doing a complete loop so your cooling needs to be adequate to keep the CPU temps in range.
Here is a good site for that.
http://www.techspot.com/community/topics/the-watercooling-guide-from-a-to-z.180876/
I would go at least 120mm over what is recommended.
 
Solution

Daniel Johnson

Honorable
Apr 22, 2013
246
0
10,690


The pumps will have the highest GPM I can find. The fans I'm using for the radiator have 252.8 CFM. The CPU is 140 Watts TDP. The 4 GPUs are 250 Watts TDP each. Thickness is 63mm. The fin design is ...normal?
I'm not looking for an exact number for the heat removed, I really just wanted something "in the ballpark".

Any good websites you guys know of for pumps?

Here's a quick sketch I made on paint to help give you an idea of the setup I'm going for.

Liquid%20Cooling%20Flow%20Revised%20and%20Edited_zpsvxledrwj.jpeg


I'm attempting to reach 0C or even lower

Thanks