Specifications

82
PC Performance
Case Components, CPU Cooler
Case Components, Graphics Card Cooler
CPU COOL PIPE ctn qty. 5 EDP-No. 23440
Universal heatpipe cooler for the latest generation of AMD and Intel CPUs
High-performance CPU cooler with heatpipe technology for all the latest AMD and Intel processors:
AMD* Athlon 64 (socket 754, 939, 940, 940 AM2) up to AMD FX 62, Intel* socket 775 (Intel Celeron,
Intel P4, Intel D (Dual Core), Core 2 Duo, Core 2 Quad, Core 2 Extreme
- Heat sink with copper core
- Super silent 92 mm fan
- With high performance liquid bearings (Z-axis bearing)
- With fastening material for different series
- With thermal compound
- Fixed speed: 2200 rpm
- Air flow: max. 63.12 m³/h
- Noise level: < 26.9 dBA
- Packaging: blister
VGA COOL PIPE ctn qty. 5 EDP-No. 23448
Universal heatpipe graphics card cooler for current GPUs
Powerful universal graphics card GPU cooler with heatpipe technology for current graphics cards
with ATI and Nvidia Geforce chipsets.
- Heat sink with copper core
- Two super silent 70 mm fans
- With high performance liquid bearings (Z-axis bearing)
- With fastening material for different series
- With thermal compound
- Fixed speed: 2000 rpm
- Air flow: max. 52.7 m³/h
- Noise level: < 26.2 dBA
- Packaging: blister
Heatpipe
designates a new effective and powerful heat transfer system for the IT sector.
A heatpipe can dissipate heat 100 times faster than a copper heat sink and 200 times
faster that an aluminium heat sink.
Function principle:
- The end of the copper heatpipe coming into contact with the CPU picks up the heat. The transfer medium
inside the pipe starts to boil (the vacuum in a heatpipe results in a very low boiling point of the medium)
- The resulting vapour moves to the other end of the heatpipe. The vapourised medium condenses and turns
liquid when it comes into contact with a cold source.
- The wick (capillaries on the heatpipe inside) picks up the coolant and transports it back to the initial point
using capillary force. A closed circuit is thus formed.
Heat
emission
Heat
absorption
Heat
emission
Steam
Heat
absorption
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06 PC Perf-2 09 uk:06 PC Perform_2_06 11.08.2009 19:20 Uhr Seite 82