Jump to content

Radiator effectiveness

Go to solution Solved by Sandy_Dandy,

I am planning on doing something pretty crazy and i was wondering how effective a dual 80mm radiator and a 120mm radiator would be at cooling a 960 and a Pentium G3258? If it is possible i would also want to upgrade to an i5. Any thoughts? 

 

It sounds crazy. Please tell us more about it. 

 

It's all about sound tolerance, surface area and temperature difference. Since you already crossed out surface area you'll have to sacrifice one or both of the others to get proper cooling. Intel CPUs and GPUs have a pretty high tolerance for operating temperature at around 75-80°C. However, the integrity of the water cooling system will suffer if you allow the water to raise that far. I don't let my loop get over 55-60°C, but at that point you'll have a temperature delta of 30-35°C which will make your radiators very effective. Combine that with some mid-high rpm fans, and you're good to go. 

 

Cooling performance-wise your 2x80 has a 2D-surface area just below a 120mm-rad, and with a thicker 80-rad it'll be about the same as a single 240mm.

dual 80mm?

???

what kind of case are you using?

NEW PC build: Blank Heaven   minimalist white and black PC     Old S340 build log "White Heaven"        The "LIGHTCANON" flashlight build log        Project AntiRoll (prototype)        Custom speaker project

Spoiler

Ryzen 3950X | AMD Vega Frontier Edition | ASUS X570 Pro WS | Corsair Vengeance LPX 64GB | NZXT H500 | Seasonic Prime Fanless TX-700 | Custom loop | Coolermaster SK630 White | Logitech MX Master 2S | Samsung 980 Pro 1TB + 970 Pro 512GB | Samsung 58" 4k TV | Scarlett 2i4 | 2x AT2020

 

Link to comment
https://linustechtips.com/topic/319981-radiator-effectiveness/#findComment-4348815
Share on other sites

Link to post
Share on other sites

I am planning on doing something pretty crazy and i was wondering how effective a dual 80mm radiator and a 120mm radiator would be at cooling a 960 and a Pentium G3258? If it is possible i would also want to upgrade to an i5. Any thoughts? 

 

It sounds crazy. Please tell us more about it. 

 

It's all about sound tolerance, surface area and temperature difference. Since you already crossed out surface area you'll have to sacrifice one or both of the others to get proper cooling. Intel CPUs and GPUs have a pretty high tolerance for operating temperature at around 75-80°C. However, the integrity of the water cooling system will suffer if you allow the water to raise that far. I don't let my loop get over 55-60°C, but at that point you'll have a temperature delta of 30-35°C which will make your radiators very effective. Combine that with some mid-high rpm fans, and you're good to go. 

 

Cooling performance-wise your 2x80 has a 2D-surface area just below a 120mm-rad, and with a thicker 80-rad it'll be about the same as a single 240mm.

CPU: i7-3960x @ 5GHz Motherboard: Rampage IV Gene ​RAM: 32GB HyperX Fury 1866 STORAGE:  WD Green 3TB + Crucial BX100 250GB + 16GB Primocache


GPU: 7990 + 7970 @ 1190c, 1515m Case: Phanteks Enthoo Mini XL PSU: AX1200i Monitor: Qnix QX2710 @ 110Hz


Cooling: D5 + X-RES 140CSQ, Supreme HF Cu, EK-FC7970/7990, 10xSP120 QE, RX240 + RX360

Link to comment
https://linustechtips.com/topic/319981-radiator-effectiveness/#findComment-4350740
Share on other sites

Link to post
Share on other sites

Thanks for all the replies guys!

 

Since you want more information i am planning on putting a full loop into a Cooler Master Elite 110 ( and modding the case substantially)

 

It's an awesome case. I'm using one myself for my Avoton-NAS. :)

CPU: i7-3960x @ 5GHz Motherboard: Rampage IV Gene ​RAM: 32GB HyperX Fury 1866 STORAGE:  WD Green 3TB + Crucial BX100 250GB + 16GB Primocache


GPU: 7990 + 7970 @ 1190c, 1515m Case: Phanteks Enthoo Mini XL PSU: AX1200i Monitor: Qnix QX2710 @ 110Hz


Cooling: D5 + X-RES 140CSQ, Supreme HF Cu, EK-FC7970/7990, 10xSP120 QE, RX240 + RX360

Link to comment
https://linustechtips.com/topic/319981-radiator-effectiveness/#findComment-4356937
Share on other sites

Link to post
Share on other sites

Create an account or sign in to comment

You need to be a member in order to leave a comment

Create an account

Sign up for a new account in our community. It's easy!

Register a new account

Sign in

Already have an account? Sign in here.

Sign In Now

×