Printable View
I want to do a challenge or two at the 4.5ghz first to see how the heat and stability handle before I start going higher. Just because I can do 40C stress testing for eight hours during the night doesn't mean it will be like that during the day when the house temp fluctuates. Good thing its getting cooler :D, one good thing about being so far up north.
So for kicks and giggles I booted up the GPU to full while the CPU was under full load, normally this isn't an issue but after work today I was surprised. My UPS decided to freak out and start alarming on overload... :eek: I know the batteries are fresh, just replaced them earlier this year, and I know the draw from the computer isn't that great even with the overclocking...
Finally after some trouble shooting (unplugging various things from and to the UPS), I turned to all knowing UTUBE! Turns out there is a fan that is malfunctioning in the UPS itself, so now I need to find a 24 volt two inch fan to replace the little rascle in there and I'll have my UPS back...lol
BTW running at 4.8GHZ at around 50C :D
NICE! Crank it up man! :D hehe that's a great crunching OC certainly you did us all proud on this build, Sarge.
Christmas present to myself, my old ups is only 540 volt and I was experiencing over voltage warnings when the Titan spun up for extended periods of time.
Any good Ideas on four pin case fans that are not 50 bucks each? I'm thinking two 140's up top to help the H100I and three 120s to replace the current three pin fans around the case.
****Didn't notice this before but I must've struck a good deal on cyber monday, that UPS was $160, I'm very glad I didn't wait to pay the regular price now at $323 youch!***
Fan selection is highly subjective, but to get things started, are you more interested in a quiet system or max/best cooling performance?Quote:
Originally Posted by Sarge104
I'm really not looking for quiet fan, I'm really looking to see if anyone has any ideas on fans with high static pressure. I would love to stick a bunch of 90cfm fans on the case but if they can't push enough air in/out of the case its not worth it.Quote:
Originally Posted by Fire$torm
I'm still trying to get some dead spots figured out, with all the fans pushing the gpu is nice and cool but the top of the case where the water cooler is is warm. With the fans pulling air the gpu seems to really heat up. Currently have the bottom fans and water cooling fans pushing with the side and rear fans pulling to try and get rid of the dead spots but now I'm running into the flow issue.
Thanks for the link, looks like the 140's in the Xingmatek might do for top of the case. I just need to figure out what to put in the 120 slots now. Right now the cfm of the side, front, and rear fans is around 60 so I'm debating if I should keep a couple of that type for exhaust purposes.Quote:
Originally Posted by John P. Myers
I have two other fan options, in two sizes, for radiators and intake.
120mm Fans
Silverstone Air Penetrator AP121-L series (Link)
Bearing Type: Fluid Dynamic
RPM: 1500 RPM
Air Flow: 35.36 CFM
Static Pressure: 1.71mm/H2O
Air Speed: 2.5m/s (measured at fan exit)
Effective Airflow Range: 1 Meter
Noise Level: 22.4 dBA
Rated Voltage: 12V DC
Start Voltage: 5V DC
Rated Current: Max 0.33A (Actual) 0.09A
Rated Power: Max 3.96W (Actual)1.56W
Akasa Viper 120mm (Link)
Fan speed: 600 -1900 RPM
Max airflow: 83.63 CFM (141.75 m3/h)
Max static air pressure: 2.98 mm H2O
Noise level: 6.9 -28.9 dB(A)
Current rating: 0.17A
Voltage rating: 12V DC
Bearing: HDB (Hydro Dynamic)
Fan life expectancy: 50,000 hours
Connector: 4pin PWM
140mm Fans
Silverstone Air Penetrator AP141(Link)
Fan Size: 139mm
Bearing Type: Fluid Dynamic
RPM: 1500 rpm@12V / 1000 rpm@7V / 700 rpm@5V
Air Flow: 28.26 CFM (5V) / 41.09 CFM (7V) / 64.34 CFM (12V)
Static Pressure: 0.39 mmH2O(5V) / 0.73 mmH2O(7V) / 1.55 mmH2O(12V)
Air Speed: 1m/s(5V)/ 1.5m/s(7V)/ 2.3m/s(12V)
Effective Airflow Range: 1 meter@5V / 1.2 meter@7V / 2 meter@12V
Noise Level: 18 dBA (5V) / 20.9 dBA (7V) / 30.1 dBA (12V)
Rated Voltage: 12V DC
Start Voltage: 5V DC
Rated Current: Max 0.22A (Actual) 0.2A
Rated Power: Max 2.64W (Actual)2.4W
Akasa Viper 140 (Link)
Fan speed: 600 -1600 RPM
Max airflow: 110.61 CFM (141.75 m3/h)
Max static air pressure: 3.12 mm H2O
Noise level: 12.5-26.01 dB(A)
Voltage rating: 12V DC
Bearing: HDB (Hydro Dynamic)
Fan life expectancy: 50,000 hours
Connector: 4pin PWM
Appreciate the info, the akasa looks like it is worth looking into for my 120mm slots. Probably have to wait after the holiday is over, the g/f seems intent to invite most the family over so need to stock up on the essentials...heheh.Quote:
Originally Posted by Fire$torm