
I'm also having problems getting a decent fitting with this cooler, first time I used this INTEL push-pin thing, so far I don't like it.
e6300/stock - ASUS P5B Deluxe Wifi - Arctic Cooling Freezer 7 Pro @2700RPM (loud) - Open Case - Idle/Load
e6300/stock - ASUS P5B Deluxe Wifi - Arctic Cooling Freezer 7 Pro @1068RPM (quiet) - Open Case - Idle/Load
I have tried reseating it twice, the second time I cleaned off all the stock tim and applied a nice coat of arctic silver. I believe the HSF is fitted correctly, the pins were turned 'anti-clockwise' before fitting and clockwise after they were snapped in, not 100% all four pins are locked in though?
The Arctic Freezer 7 Pro is a joke when running at 100% rpms, for my tastes I have to enable 'Q-Fan' in the BIOS and that slows the rpms right down and makes it very quiet indeed but clearly something is not right here and this is all at stock still? I intend to overclock but with stock temps like this I'm not gonna get very far!
I'm have been fitting the HSF to the mobo when it is in my case (lots of room) but I think I'm gonna have to take the mobo out and do it like that, also I wanna see if I have fitted it correctly.
I'll see how it goes but my first impression is not good, dunno what INTEL was thinking when they came up with this clip system?
I have always used Thermalright heatsinks so this arctic is 'clearly' a step down from what I normally use, but I read so many good reviews I thought why not give it a go.
Don't fancy having to take my mobo out everytime I change cpu (thats why I bought a huge case!) so I am interested to know which Heatsinks have a 'proper' method of fitting?
Normally when I look at the base of a HSF I can see the details from the surface of the CPU's IHS (codes etc) thats what I call a good fit!
[edit] As this is my first experience of CD2 I'm not sure if these things just run hot, bit, I'm used to seeing temps of about 30°C in BIOS for the cpus I've had in the past (A64 multi-core etc) and most of my overclocked systems run around 50-55°C max, thats including a load of extra vCore and all those extra MHz, so whats the deal here?