More than you cared to know about PC fans
nick-black.com
More than you cared to know about PC fans
1–10 of 102 posts
Re: More than you cared to know about PC fans
#2Re: More than you cared to know about PC fans
#3Re: More than you cared to know about PC fans
#4So far I've been lazy and just replacing them, but I'd be nice to know as they seem fine when I spin them manually.
Re: More than you cared to know about PC fans
#5Re: More than you cared to know about PC fans
#6What I want to know is how a ballbearing-less fan suddenly decides to go brrrrrrr. So far I've been lazy and just replacing them, but I'd be nice to know as they seem fine when I spin them manually.
Re: More than you cared to know about PC fans
#7What I want to know is how a ballbearing-less fan suddenly decides to go brrrrrrr. So far I've been lazy and just replacing them, but I'd be nice to know as they seem fine when I spin them manually.
Not enough movement to sense by hand, and no roughness, but enough looseness / free-play to allow a kind of resonant vibration or "wobble" when the fan is spinning faster.
Edit: or maybe it's just very slightly worn, has debris in the bearing or something, such that it's out-of-round. I think it's the former though (resonance) as that kind of noise can be intermittent.
Re: More than you cared to know about PC fans
#8Re: More than you cared to know about PC fans
#9Re: More than you cared to know about PC fans
#10Honestly this isn't more than I cared to know about PC fans. I've worked extensively with industrial appliances and fans are bloody important and underlooked: fan failure is often the step that precedes component failure. The one part of the spec I wasn't aware of was just how insanely high the maximum current draw is; I'm glad that we've made more efficient, longer-lasting, effectively silent air-movers that can fit…