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CNPS10X Flex
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CNPS8000A
CNPS10X Performa
CNPS9900A LED
CNPS10X Quiet
CNPS9900 NT
CNPS10X Extreme
VF2000 LED
CNPS7000C-AlCu LED
CNPS7000C-Cu LED
CNPS7000C-AlCu
CNPS7000C-Cu
CNPS9300 AT
CNPS8700 NT
CNPS9500A LED
CNPS8700 LED
CNPS7500-Cu LED
CNPS7500-AlCu LED
CNPS9700 NT
CNPS9700 LED
CNPS9500 AM2
CNPS9500 AT
CNPS7700-Cu LED
CNPS7700-AlCu LED
CNPS7700-Cu
CNPS7700-AlCu
Dual Fan Support
Pentium 4, Celeron D, Pentium D, Core 2 Duo, Core 2 Quad, Core 2 Extreme, Pentium Dual Core, Core i7, Core i5, Core i3, Sempron, Athlon, Athlon FX, Opteron, Dual-Core Opteron, Phenom, Athlon X2, Phenom II, Athlon II
Zalman CNPS10X Flex CPU Cooler
Zalman CNPS10X Flex CPU Cooler
 
Socket
CPU
CPU Compatibility
Intel
1156
Core i7
Supports all speeds
Core i5
Core i3
1366
Core i7
Supports all speeds
775
Core 2 Quad
Supports all speeds
Core 2 Duo
Core 2 Extreme
Pentium Dual Core
Pentium D
Pentium 4
Celeron D
AMD
AM3
Phenom II
Supports all speeds
Athlon II
AM2+
Phenom II
Supports all speeds
Phenom
Athlon FX
Athlon X2
Athlon
Sempron
AM2
Athlon FX
Supports all speeds
Athlon X2
Athlon
Sempron
940
Dual-Core Opteron
Supports all speeds
Opteron
Athlon FX
939
Dual-Core Opteron
Supports all speeds
Opteron
Athlon FX
Athlon X2
Athlon
754
Athlon
Supports all speeds
Sempron
Dimensions
133(L) X 74(W) X 151(H)mm
Weight
700g
Materials
Fins: Aluminum / Base: Copper
Dissipation Area
8,200§²
Heatpipes
5 U-shaped heatpipes
Color
Gray
Capacity
3.5g
Specific Gravity @23¡ÆC
2.88
Thermal Resistance
8§±¤ýK/W
Thermal Conductivity
4.1W/mK
Temperature Stability
-40¡ÆC ~ +150¡ÆC (-40¢µ ~ +302¢µ)
 
Dual Fan Support
The heatsink is designed to accommodate one or two fans according to the user¡¯s preference.
¡Ø 120mm fan must be purchased separately because cooling fan is not included.
(Recommended fan : ZM-F3 Plus, ZM-F3 LED)
Powerful Cooling Performance
Optimally designed aluminum fins disperse heat away from the CPU via 5 heatpipes, while the high capacity 120mm fan quickly cools the heatsink for stable operation of high performance CPUs.
 
180mm Wide Case Compatibility
For optimum case compatibility the heatsink¡¯s height is set to 151mm, ensuring compatibility with 180mm width cases.
Differentiated Design
Differentiated from typical U-shaped heatpipe coolers, a central band of black anodized fins adds a sleek and cool aesthetic finish.
 
High Performance Super Thermal Grease ZM-STG2
New high performance thermal grease ZM-STG2 maximizes heat transfer from the CPU to the base of CNPS10X FLEX for intensified cooling performance.
Versatile Compatibility
CNPS10X Flex accommodates a broad range of sockets.
Intel LGA1156/1366/775, AMD AM3/AM2+/AM2/754/939/940
 
ZM-STG2 Features
Quickly transfers heat from heat sources (CPUs, VGA chipset, Northbridge chipset) to their heatsinks.
Non-electrically conductive.
 
Common Components
- CNPS10X Flex
- Backplate
- Side Caps
- Bolts
- Nuts
- Fan Fixing Clips
- Vibration Pads
- Loading Block
- Thermal Grease(ZM-STG2)
- Double-Sided Tape
- User¡¯s Manual
Components for Intel Socket
1156/1366/775
- Intel Clip
 
 
Component for AMD Socket AM3/AM2+/AM2
- AMD Clip
Component for AMD Socket 754/939/940
- AMD Clip
Zalman affixes a Computer Noise Prevention System (CNPS) mark to all components used for noiseless computers.
 
This cooler must be used with a 120mm fan.
Do not ingest the Thermal Grease, and avoid its contact with skin and eyes. If contact is made with skin, wash off with water. If ingested or irritation persists, seek medical attention.
To prevent possible injuries, gloves must be worn while handling this product.
Excessive force exerted on the fan may cause damage to the fan and/or system.
Use and keep product away from reach of children and pets.
Check the components list and condition of the product before installation. If any problem is found, contact the retailer to obtain a replacement.
Zalman is not responsible for any damages caused by overclocking.
During transportation of the system, the cooler must be removed.
Zalman is not responsible for any damages that occur during the transport of a system.
Product design and specifi cations may be revised to improve quality and performance.