F5F Stay Refreshed Power Users Overclocking s about hyper 212 evo airflow or orientation

s about hyper 212 evo airflow or orientation

s about hyper 212 evo airflow or orientation

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Leiwar
Member
146
12-19-2023, 07:58 AM
#1
I own a Corsair Vengeance RAM that stands out. Right now, my 212 Evo is running through the fins into the rear exhaust, but if I switch the fan to this side, I can only fit 4x2 instead of 4x4. Would it be fine to reposition the fan so it pulls through the fins rather than blowing air through it? Could that raise the temperatures noticeably?
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Leiwar
12-19-2023, 07:58 AM #1

I own a Corsair Vengeance RAM that stands out. Right now, my 212 Evo is running through the fins into the rear exhaust, but if I switch the fan to this side, I can only fit 4x2 instead of 4x4. Would it be fine to reposition the fan so it pulls through the fins rather than blowing air through it? Could that raise the temperatures noticeably?

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Galaxy__DustYT
Junior Member
21
12-19-2023, 05:10 PM
#2
A solid analysis of push versus pull versus push/pull performance on the Hyper 212+ can be drawn from the data provided. You can typically predict cooler temperatures based on positioning and operation type. Refer to the linked article for detailed insights: http://www.overclock.net/t/1199135/hyper...ositioning
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Galaxy__DustYT
12-19-2023, 05:10 PM #2

A solid analysis of push versus pull versus push/pull performance on the Hyper 212+ can be drawn from the data provided. You can typically predict cooler temperatures based on positioning and operation type. Refer to the linked article for detailed insights: http://www.overclock.net/t/1199135/hyper...ositioning

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EmojiQ
Member
68
12-21-2023, 06:03 PM
#3
Good reading and test outcomes comparing push versus pull methods on the Hyper 212+ (excluding the Hyper 212 EVO). The data suggests you can usually estimate cooler temperatures based on the information provided. You can find more details at the referenced link.
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EmojiQ
12-21-2023, 06:03 PM #3

Good reading and test outcomes comparing push versus pull methods on the Hyper 212+ (excluding the Hyper 212 EVO). The data suggests you can usually estimate cooler temperatures based on the information provided. You can find more details at the referenced link.