With patented VGF, SEF, HDT, and VEF design, plus ENERMAX renowned Twister-bearing fan, ETS-T40 can easily cool down hot-spoil heavy-duty CPU without adding system noise.
Vortex Generator Flow (patented):
The unique spoilers design redirects the air through the windless area behind the heat pipes of 52 fins to maximize air convection rate and remove the heat that conventional design cannot reach.
Stack Effect Flow (patented):
By applying Bernoulli's Law, the four bumps at the exhaust area enhance the air speed, pressure, and its direction to enforce the heat transfer.
Bernoulli's Law is applied in aviation industry to design airplane's wing. ENERMAX RD team ingeniously uses this aerodynamic physics on fins to enhance the airflow without adding fan speed.
Vacuum Effect Flow:
A unique design creates an air channel with fin flaps, forcing the air go through the fins and bringing the additional air into the heat sink.
Besides our fin design, ETS-T40's four ø6mm heat pipes with Directed Touch Technology (patented) rapidly bring the heat away from CPU to fins and eliminate any CPU hot spot to ensure system reliability under heavy-duty computing application.
Equipped with ENERMAX Twister-bearing fan w/PWM control, ETS-T40 offers ultra-silence and durability performance. Furthermore, it contains additional pair solid metal springs accessory for optional dual fan installation to support extreme non-stop system redundancy cooling requirement, universal brackets to meet the newest sockets on the market such as Intel® LGA 775/1155/1156/1366 and AMD® AM2/AM2+/AM3/AM3+/FM1, and high thermal conductivity grease Dow Corning® TC-5121 to ensure the best thermal conduction between CPU and the heat sink.
|Model Number: ETS-T40-TB
||Intel® LGA 775/1155/1156/1366, AMD® AM2/AM2+/AM3/AM3+/FM1
||139(L) x 93(W) x 160(H)mm
|Heat Sink Dimension
||139(L) x 70(W) x 160(H)mm
||4 x Ø6mm
||Copper heat pipes, aluminum fins
||Dow Corning® TC-5121
||120 x 120 x 25 mm
||800 ~ 1800 RPM
||33.26 ~ 75.98CFM
56.51 ~ 129.09m3/h
||0.72 ~ 2.41mmH2O
||10 ~ 21dBA
||4 pin PWM connector