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<blockquote data-quote="Buck" data-source="post: 8745063" data-attributes="member: 591582">This push/pull setup works well on my CPU&#039;s air to water radiator.&nbsp; 4 140mm fans, two 3000 rpm fans pushing, 2 slower fans pulling.&nbsp;&nbsp; Not running any fan at 3000 RPM, you know how loud that is?&nbsp; But front&#039;s are at like 1200 RPM I think and rears are at maybe like 900 RPM or so, I&#039;d have to go into BIOS to remember.&nbsp; I&#039;m in FL and I leave my windows open all the time, so it&#039;s like 80 degrees in my room.&nbsp; With no programs open except for Ryzen Master, the CPU will sit at ~32 C, being like 80 degrees in my room.So it&#039;s working so far.&nbsp; The first thing to go, if anything did, is almost certainly going to be the water pump on the CPU block.&nbsp; It&#039;s only rated for 50,000 hours, where my fans are 100k-150k hours.Is there any program that can red flag my AIO pump if it stops working?&nbsp; I&#039;d greatly appreciate that info.</blockquote>

[QUOTE="Buck, post: 8745063, member: 591582"] This push/pull setup works well on my CPU's air to water radiator. 4 140mm fans, two 3000 rpm fans pushing, 2 slower fans pulling. Not running any fan at 3000 RPM, you know how loud that is? But front's are at like 1200 RPM I think and rears are at maybe like 900 RPM or so, I'd have to go into BIOS to remember. I'm in FL and I leave my windows open all the time, so it's like 80 degrees in my room. With no programs open except for Ryzen Master, the CPU will sit at ~32 C, being like 80 degrees in my room. So it's working so far. The first thing to go, if anything did, is almost certainly going to be the water pump on the CPU block. It's only rated for 50,000 hours, where my fans are 100k-150k hours. Is there any program that can red flag my AIO pump if it stops working? I'd greatly appreciate that info. [/QUOTE]

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