F5F Stay Refreshed Power Users Overclocking Adding to my cooling loop.

Adding to my cooling loop.

Adding to my cooling loop.

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WreckerSG
Member
201
01-19-2017, 01:52 AM
#1
My EK L360 has consistently managed temperatures for my 1080ti and 6700k, but in Battlefield V they're rising from the usual high 50s into the 70s on the CPU. I'm considering adding more fans than the standard three fan rad setup. I thought buying another matching EK L360 would be enough, but I wanted to ask if that's a sensible approach. Would this create an excessive loop? Should I run separate loops for the CPU and GPU? Is it typical to use all identical cooling parts, or is it acceptable to mix different models (like two separate loops)? Are there benefits to crafting a custom loop now that I've used one kit and feel more comfortable? Thanks!
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WreckerSG
01-19-2017, 01:52 AM #1

My EK L360 has consistently managed temperatures for my 1080ti and 6700k, but in Battlefield V they're rising from the usual high 50s into the 70s on the CPU. I'm considering adding more fans than the standard three fan rad setup. I thought buying another matching EK L360 would be enough, but I wanted to ask if that's a sensible approach. Would this create an excessive loop? Should I run separate loops for the CPU and GPU? Is it typical to use all identical cooling parts, or is it acceptable to mix different models (like two separate loops)? Are there benefits to crafting a custom loop now that I've used one kit and feel more comfortable? Thanks!

S
Star_Lars
Member
175
01-19-2017, 06:52 AM
#2
Yes, adding radiators improves cooling capacity because they allow for greater heat dissipation before it reaches the CPU or GPU.
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Star_Lars
01-19-2017, 06:52 AM #2

Yes, adding radiators improves cooling capacity because they allow for greater heat dissipation before it reaches the CPU or GPU.

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lolcatswin77
Junior Member
10
01-21-2017, 07:11 AM
#3
You can operate any parts you prefer, ensuring they all use G1/4 fittings and are made from copper or brass—just avoid aluminum.
Temperatures used to be satisfactory, but they’re now rising; is there any dust accumulation in your radiator?
If not, adding another radiator should suffice; there’s no compelling need to redesign the loop or create a new one extensively.
The DDC pump in that set performs adequately for another radiator, given its low restriction characteristics.
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lolcatswin77
01-21-2017, 07:11 AM #3

You can operate any parts you prefer, ensuring they all use G1/4 fittings and are made from copper or brass—just avoid aluminum.
Temperatures used to be satisfactory, but they’re now rising; is there any dust accumulation in your radiator?
If not, adding another radiator should suffice; there’s no compelling need to redesign the loop or create a new one extensively.
The DDC pump in that set performs adequately for another radiator, given its low restriction characteristics.

T
Tristcuit_
Member
53
01-23-2017, 06:51 AM
#4
I agree! It doesn't seem like a dust problem since temperatures are stable in other games; it's more about how Battlefield V handles it at the limits of what the 1080ti can manage (like 2k at 144hz, etc.). With the GPU and CPU working together in the same loop with one rad, I think adding another rad could help with cooling. Perhaps just including an additional rad would be the solution.
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Tristcuit_
01-23-2017, 06:51 AM #4

I agree! It doesn't seem like a dust problem since temperatures are stable in other games; it's more about how Battlefield V handles it at the limits of what the 1080ti can manage (like 2k at 144hz, etc.). With the GPU and CPU working together in the same loop with one rad, I think adding another rad could help with cooling. Perhaps just including an additional rad would be the solution.

M
Maxy_Will
Junior Member
45
02-02-2017, 09:50 AM
#5
Yes, adding radiators improves cooling capacity because they allow for greater heat dissipation before it reaches the CPU or GPU.
M
Maxy_Will
02-02-2017, 09:50 AM #5

Yes, adding radiators improves cooling capacity because they allow for greater heat dissipation before it reaches the CPU or GPU.