Test: Enermax ETD-T60-VD CPU køler

Køling d.  05. december. 2011, skrevet af Pizzadude 0 Kommentarer.  Vist: 10577 gange.

Korrekturlæser: rehan09
Billed behandling: svedel77
Oversættelse: Pizzadude

Pristjek på http://www.pricerunner.dk 0,00
Produkt udlånt af: Enermax
DK distributør: n/a

Specifikationer

Som det ses af nedenstående tabel, fås denne køler i to varianter, henholdsvis med og uden lys i blæseren. Vi har fået tilsendt VD-modellen, der gør sig bemærket ved at kunne lyse i flere forskellige farver. Umiddelbart ser det dog ud til, at TB modellen rent faktisk er både kraftigere og mindre støjende. Som det ses lidt længere nede, har Enermax åbenbart lagt en del tanker i hvordan køleblokken skulle udformes, det bliver spændende og se om dette viser sig at have en positiv effekt på køleevnen.

 

Models ETD-T60-TB                                  ETD-T60-VD
Compatible Sockets Intel® LGA 775/1155/1156/1366
AMD® AM2/AM2+/AM3/AM3+/FM1
Overall Dimensions (mm) L 151 x W 137 x H 112 L 151 x W 131 x H 115
Heat Sink Dimensions (mm) L 151 x W 125 x H 85
Number / Thickness of Heat Pipes 6 x Ø 6 mm
Thermal Resistance (°C/W) 0.12
Weight (without fan) 540g
Material Copper Heat Pipes / Aluminium Fins
Nickel-plated Heat Sink yes yes
Thermal Grease Dow Corning® TC-5121
Fan    
Fan Dimensions (mm) 120 x 120 x 25
Bearing Type Twister Bearing Technology (patented)
Fan Speed (RPM) 800 – 1,800
Air Flow (m3/h) 63.83 – 147.30 56.51 – 129.09
Air Flow (CFM) 37.57 – 86.70 33.26 – 75.98
Static Pressure (mm-H2O) 0.72 – 2.41 0.97 – 2.28
Noise Level (dB(A)) 10-21 16-26
Rated Voltage (V) 12
MTBF 100,000 hours
LED no Patented circular LED light with
18 blue and 18 red diodes /
11 LED modes
Fan Connector 4-Pin PWM
Fan Mounting Metal bracket

Fan Frame

  Made in Taiwan

 

VORTEX GENERATOR FLOW (VGF)

 

Vortex Generator Flow (VGF) - patented
Vortex generators are applied in aviation industry. They make sure that the air stream is lead as close as possible along the airplane’s wings. During the CPU cooler development, the Enermax engineers recognized the potential of this technology to optimize the air stream inside the heat sink: Small spoilers on the fins, the so-called Vortex generators, conduct the air close along the heat pipes. Much more fresh air can be transferred to the back of the heat pipes.

 

VACUUM EFFECT FLOW (VEF)

  Vacuum Effect Flow
Also the third innovation makes use of a physical effect. The best example to explain this effect is a moving car: It pushes air aside as it goes down the road and leaves a low pressure. Air from the sides will be sucked in to compensate the difference in pressure. According to that, the CPU cooler sides are not fully closed, so that cool air can be sucked into the heat sink.