THERMALTAKE DURAMAX 9 DOUBLE BALL BEARING 92 MM / 9 CM FAN

Product image

Key Features

3.62" fan(s) with 4-pin Molex connector enables quick and stable connection with cases
Up to 2850 rpm fan speed and heavy-duty shroud ensure safe and effective cooling
Features dual ball bearing for higher heat endurance and reduced noise emissions

Manuals & Resources

MANUAL User Manual › DATASHEET Product Datasheet › BROCHURE Manufacturer Brochure › MANUAL Assembly Instructions › WARRANTY Warranty Information › DATASHEET Product Fiche › GUIDE Energy Guide › SAFETY Safety Data Sheet › SAFETY Safety Data Sheet (FR) › SAFETY COSHH Sheet › TOUR Product Tour › 360 360° Product View ›

THERMALTAKE PC Fans/Heat Sinks

THERMALTAKE DURAMAX 9 DOUBLE BALL BEARING 92 MM / 9 CM FAN

Mfr # AF0059 SKU 3044538 UPC 841163042731

$5.96

Available

Product Overview

Thermaltake DuraMax 9 Double Ball Bearing 92 MM / 9 CM Fan
Thermaltake DuraMax 9 Cooling Fan - 3.62" Maximum Fan Diameter - 1 x Fan(s) - 48.70 CFM Maximum Airflow - 2850 rpm - Dual Ball Bearing - 4-pin Molex
Thermaltake DuraMax 9 Cooling Fan
3.62" Maximum Fan Diameter - 1 x Fan(s) - 48.70 CFM Maximum Airflow - 2850 rpm - Dual Ball Bearing - 4-pin Molex

Technical Specifications

Application/Usage	Case
Product Type	Cooling Fan
Connectors	4-pin Molex
Manufacturer Part Number	AF0059
Limited Warranty	3 Year
Weight (Approximate)	2.83 oz
Manufacturer	Thermaltake Technology Co., Ltd
Product Model	AF0059
Product Name	DuraMax 9 Cooling Fan
Product Line	DuraMax 9
Brand Name	Thermaltake
Fan Bearing Type	Dual Ball Bearing
Number of Fans	1
Fan Height	3.62"
Fan Width	3.62"
Fan Depth	0.98"
Maximum Airflow	48.70 CFM
Fan Speed (Max)	2850 rpm
Maximum Fan Diameter	3.62"

Marketing Information

While upgrading the traditional case fan or CPU fan with Thermaltake DuraMax Series will dramatically increase the overall thermal efficiency, the DuraMax Series fans are also Cable Management Optimized. Cable Management Optimized fans have elongated power cables (50cm) enabling users to route the cables in optimal location to prevent airflow blockage and improve the aesthetics of the built system.