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Features:
-
4 separate modular sets
of aluminum fins create a large heat dissipation surface for
unsurpassed cooling performance
-
8 heat pipes maximize
heat transfer
-
Mirror-finished base
makes for 100% contact with the processor
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Optimum Airflow
The center mounted 120mm fan blows cool
air through the fins of the heatsink and cools down the heatsink
which is taking the heat away from the CPU smoothly
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Precision Control and
Quiet Operation at 17~21 dBA
Adjustable PWM fan speed control, using a
manual knob placed in the back of the chassis, enables fan
adjustments from 7V to 12V, allowing users to find the perfect
balance between cooling performance and noise level
Specifications:
| Model |
RR-UV8-XBU1-GP |
| CPU Socket |
Intel LGA775
AMD Socket 940/AM2/AM2+ |
| CPU Support |
Intel:
Core 2 Extreme
Core 2 Quad
Pentium Extreme Edition
Pentium Dual-Core
Pentium D
Pentium 4 Extreme Edition
Pentium 4 HT
Pentium 4
Celeron Dual Core
Celeron D
AMD:
Phenom
Athlon 64 X2
Athlon X2
Sempron |
| Dimensions: |
120mm x 128mm x 161.1mm |
| Weight: |
1.91 lbs |
| Heat Sink Dimensions: |
120mm x 120mm x 158mm |
| Heat Sink Material: |
Copper Base/ Aluminum Fins |
| Heat Pipe Dimensions: |
6mm |
| Fan Dimensions: |
120mm x 120mm x 25mm |
| Fan Speed |
800-1800RPM |
| Fan Airflow |
69.69 CFM |
| Air Pressure |
2.94mm H2O |
| Bearing Type |
Rifle Bearing |
| Fan Life Expectancy |
40,000 hours |
| Fan Noise Level |
17-21 dBA |
| Fan Speed Adjustment |
Install on PCI Slot |
| Connector |
4-pin |
| Fan Control |
PWM + VR Controller |
| Rated Voltage |
12V |
| Start Voltage |
7V |
| Operating Voltage |
10.38V - 13.2V |
| Rated Current |
0.12A |
| Input Power |
1.44W |
Installation:
The first step in the installation process is to
decide which bracket you need. For the purposes of this
review, we will be using the LGA775 bracket. Once you find
your bracket, run the reverse-threaded screws through the
appropriate holes.
The next step is to screw the brackets into the
base of the heatsink. Make sure you mount the brackets with
the threads of the large mounting screws pointing to the bottom.
After both brackets are mounted, find the rubber
washers. Peel the paper back and stick them to the brackets.
Pull the paper off of the opposite side before mounting to the
board.
Once the heatsink is mounted to the motherboard,
you can secure it one of two ways. Either use the backplate,
as demonstrated above, or use the washers and nuts, demonstrated
below. The nuts are easily tightened with the included
adaptor.
Once the heatsink is mounted through the
motherboard, use the hard plastic washers, followed by the same
nuts. This method is preferable when components on the back of
the motherboard impede the use of a backplate.
With everything installed, here is what we look
like. The V8 is pretty big, but not as huge as some coolers
out there. It fits rather deliciously in the HAF932 case.
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