Thanks to Cooler Master's patented Dual Loop heatpipe design, Hyper T2 is able to provide superior cooling performance compared to other dual heatpipe CPU coolers. The special Dual Loop heatpipes form a Continuous Direct Contact (CDC) surface, allowing Hyper T2 to quickly and effectively cool CPU hotspots. An easy-to-use, universal mounting system and compact size makes installation and removal a breeze with support and compatibility with all common motherboard and CPU types. Inexpensive long life sleeve bearing - Offers the best performance when installed vertically1 x 92 mm fan(s) with 4-pin connector enables quick and stable connection with Socket H3 LGA-1150 processors Manufacturer Part NumberRR-HT2-28PK-R1Product LineHyper T2Product ModelRR-HT2-28PK-R1Product NameHyper T2 - Compact CPU Cooler with Dual Looped Direct Contact HeatpipesProduct TypeCooling Fan/HeatsinkNumber of Fans1Fan Bearing TypeLong Life Sleeve BearingFan Speed (rpm)2800Air Flow1 x 54.8 CFMCompatible Processor SocketSocket H3 LGA-1150Socket H LGA-1156Socket H2 LGA-1155Socket T LGA-775Socket FM2+Socket FM2Socket FM1Socket AM3+Socket AM3 PGA-941Socket AM2 PGA-940Connectors4-pinMaterialAluminum FinFan Diameter1 x 92 mmHeight5.5"Width3.7"Depth3.1"Weight (Approximate)12 ozPackage ContentsHyper T2 - Compact CPU Cooler with Dual Looped Direct Contact Heatpipes1 x AMD Bracket2 x Intel Push Pin Bracket4 x Bracket Screw1 x Thermal PasteApplication/UsageProcessorLimited Warranty2 Year
Thanks to Cooler Master's patented Dual-Loop heatpipe design, Hyper T2 is able to provide superior cooling performance compared to other dual heatpipe CPU coolers. The special Dual-Loop heatpipes form a Continuous Direct Contact (CDC) surface, allowing Hyper T2 to quickly and effectively cool CPU hotspots. An easy-to-use, universal mounting system and compact size makes installation and removal a breeze with support and compatibility with all common motherboard and CPU types.
HIGHLIGHT FEATURES
PATENTED DUAL-LOOP HEATPIPES
Specially designed heatpipes double the CPU contact area for faster thermal transfer