What do you think? - Page 2

Sidney · 29th October 2005, 01:18

1) That's because the front intake panel is restrictive.
2) That side panel 92mm fan is "hurting" the air flow of the case.

Sidney · 29th October 2005, 01:27

side window fan with & without-

http://www.home.earthlink.net/~lazym...WChillvent.htm

29th October 2005, 09:39

Quote:

Originally posted by lazyman
1) That's because the front intake panel is restrictive.
2) That side panel 92mm fan is "hurting" the air flow of the case.

Thats are possibilities I didn't think off.

Could it be that the dust filter from the front intake restricts it?

I'll test it.

29th October 2005, 11:56

best case I ever had was the default cgieftech dragon medium case. 3 fans in front, 2 of wich in a HD cage, and 2 in the back next to the PSU fan.
I had a lian li PC-60 that couldn't beat it's temps. (was easier to carry however, guess you can't have it all)

Sidney · 29th October 2005, 18:18

Equation to calculate air flow requirement in a case -

Q = 1.76 W / TC
Where:
Q = Airflow required in CFM
W = Heat dissipated in watts
Tc = Temperature rise above inlet temp ° C
For example, how much CFM air-cooling does a system need that dissipates or consumes 300 Watts, allowing only a 10 degree C rise? The above equation results in 52.8 CFM.

source
http://www.jmcproducts.com/cooling_i...e_analysis.pdf

29th October 2005, 01:18	#11
Sidney Member Join Date: Mar 2004 Posts: 15,738	1) That's because the front intake panel is restrictive. 2) That side panel 92mm fan is "hurting" the air flow of the case. __________________ lazyman Opteron 165 (2) @2.85 1.42 vcore AMD Stock HSF + Chill Vent II

29th October 2005, 01:27	#12
Sidney Member Join Date: Mar 2004 Posts: 15,738	side window fan with & without- http://www.home.earthlink.net/~lazym...WChillvent.htm __________________ lazyman Opteron 165 (2) @2.85 1.42 vcore AMD Stock HSF + Chill Vent II

29th October 2005, 18:18	#15
Sidney Member Join Date: Mar 2004 Posts: 15,738	Equation to calculate air flow requirement in a case - Q = 1.76 W / TC Where: Q = Airflow required in CFM W = Heat dissipated in watts Tc = Temperature rise above inlet temp ° C For example, how much CFM air-cooling does a system need that dissipates or consumes 300 Watts, allowing only a 10 degree C rise? The above equation results in 52.8 CFM. source http://www.jmcproducts.com/cooling_i...e_analysis.pdf __________________ lazyman Opteron 165 (2) @2.85 1.42 vcore AMD Stock HSF + Chill Vent II

29th October 2005, 11:56	#14
FreeStyler Posts: n/a	best case I ever had was the default cgieftech dragon medium case. 3 fans in front, 2 of wich in a HD cage, and 2 in the back next to the PSU fan. I had a lian li PC-60 that couldn't beat it's temps. (was easier to carry however, guess you can't have it all)