As mentioned above i recently bought the swiftech 220 compact kit with a lapped q6600 g0...the question is how can i improve temps because im getting 34-29 idle temps on 1.31 vcore OC to 3.0ghz which wasn't that much better than my TRUE...Suggestions ?@@@!!
it comes with the Apogee Drive water block and pump...load temps are 47-49 c i think my TRUE got better load temps...What could be wrong ? I've applied minimal thermal paste and even cut the tubing shorter still no luck
What bothers me is I've read forums where ppl get WAYY lower temps with this kit...This matches the performance of my true which renders the kit useless..Btw im on a 900 antec case with high cfm fans if it matters
I just don't want to waste time on this one any more.
Reading forums with peeps posting temps with no solid info on their ambient temps, fans, diff voltages, clock speeds.... And diff temp programs etc. And fudging temps a few for, well fudging temps....
You have a very basic WC system. Granted better than TT or Koolance. A TRUE and good fans is as good as your system can be. Now if ya spent $300 + on a WC ststem then you could complain. You got quieter fans and the same temps, maybe, I'm sure even less. Be happy you didn't spend $300+.
Is the rad pulling cool air from outside the case? How good are your fans? Sure all the air is outta the rad?
Pushing air through the rad is the most common fan configuration...some pull air, depends on your choice. Either way, we are trying to tell you that isn't the problem. But, here is the catch: you can have 200cfm fans on that thing and it won't do you much good if its mounted somewhere that the air flow is blocked through the radiator.
Another question, what is your ambient room temp? If your room is warmer than average, yes, you are going to have higher temps...you can only cool (at miniumum) to the ambient air temp with watercooling, and even that doesn't happen. Don't expect nice, cool temps if you have your thermostat set at 88F. Air that is carrying more heat requires more and more energy to absorb heat...meaning you aren't getting good transfer of heat energy from your rad. Air in your rad is a big culprit as well. Did you tip and tilt your system during leak testing to get all the air bubbles out?