Thermaltake TOUGHAIR 310 CPU Cooler (CL-P074-AL12BL-A)

TOUGHAIR 310 CPU Cooler CL-P074-AL12BL-A

A single tower designed CPU cooler equipped with an optimized 120 mm high static pressure fan and newly designed heat sink, which guarantees its outstanding performance.

Single Tower Design
TOUGHAIR 310 is a single tower designed air cooler with 4 heat pipes running through the fins, the U-shape heat pipes increase heat circulation creating better heat dissipation in your system and supports up to 170W.

Enhanced 120 mm high static pressure Fan
TOUGHAIR series utilizes high static pressure fans, which leverages the TOUGHFAN 12 design and boosts the fan speed to 2000 RPM, providing a new level of cooling performance to our CPU cooler.

Asymmetric Fin Structure
The fin is designed with an asymmetric structure that allows larger air intake through the fins. This design lowers the air turbulence and straightens out the airflow making it easier to disperse heat from the fins, delivering superb cooling performance.

High-Performance U-shape copper heat pipes
4 x Ø6 mm heat pipes directly touch the CPU and thermal paste. The U-shape design creates perfect circulation for better CPU cooling performance.

Universal Compatibility
TOUGHAIR Series are designed to fit Intel and AMD sockets including the following models:

Intel LGA 1200/1156/1155/1151/1150
AMD AM4/AM3+/AM3/AM2+/AM2/FM2/FM1

Technical Details

Brand : Thermal Take
Model : CL-P074-AL12BL-A

Specification

P/N : CL-P074-AL12BL-A
DIMENSIONS : 123.6 x 71.7 x 159.5 mm ( L x W x H)
HEATSINK MATERIAL : Aluminum Fins, Copper Heatpipes
HEATPIPE : Φ6mm x 4 pcs
FAN DIMENSION : 120 x 120 x 25 mm ( L x W x H)
FAN QUANTITY : 1pcs
FAN SPEED : PWM 500 ~ 2000 RPM
RATED VOLTAGE : 12V
START VOLTAGE : 6.0 V
RATED CURRENT : 0.48 A
POWER INPUT : 5.76 W
AIR FLOW : 58.35 CFM
AIR PRESSURE : 2.41 mm-H2O
ACOUSTICAL NOISE : 23.6 dBA
LIFE TIME/FAN LIFE TIME : 40,000 hours
PIN CONNECT : 2510 - 4Pin
COOLING POWER : 170 W

COMPATIBILITY
Intel LGA 1200/1156/1155/1151/1150
AMD AM4/AM3+/AM3/AM2+/AM2/FM2/FM1