for those who want to data mine, Martin provide our site with the data which we hosted here, it includes detailed results per fan with the youtube vids integrated
for those who want to data mine, Martin provide our site with the data which we hosted here, it includes detailed results per fan with the youtube vids integrated
Check "Radiator Air Flow vs RPM" chart. At 1450 RPM the AP-15 moves about 25CFM through a RS120, according to it.
So 25CFM AP-14 vs 34CFM AP-15. That would mean AP-15 moves 36% more air in that test.
Correct me if im wrong (tired).
Oh and it appears there is a 2150RPM version:
http://catalog.nidec-servo.com/digit...pdf/D1225C.pdf
HW: E8600 (lapped)/P5Q-Deluxe (1805)/G.Skill F2-8500CL5D-4GBPK/EAH4850/ST3160+ST3500+WD1500HLFS
WC: EK Supreme HF/EK4850 FC/PA120.3/MCP655
Project Millertime: The Core I5 build
Crunching/folding box on air: AMD Athlon X2 7750 Black Edition; Sapphire Radeon HD 4830; Gigabyte MA78GM-US2H; Lian Li PC-V351; Windows 7 RC
I think the GT blade and fan was actually designed around the low RPM range at least from what I could read on the Servo Nidec site, I think they mentioned that somewhere. It's probably one of those things were one size does not fit all. The blade design is probably optimal for the lower speed range and it may struggle with the higher speed stuff.?
Who knows though. Take apart a couple of GTs and some higher speed motors and make your own fan..![]()
Project Millertime: The Core I5 build
Crunching/folding box on air: AMD Athlon X2 7750 Black Edition; Sapphire Radeon HD 4830; Gigabyte MA78GM-US2H; Lian Li PC-V351; Windows 7 RC
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