Zalman CNPS10X Performa -prosessorijäähdytin, musta

Zalman CNPS10X PERFORMA BLACK
Key Features
- Powerful 135mm annular fan
- Asymmetric heatpipes for installation space
- Motherboard VRM cooling
- DTH technology (Direct Touch Heat pipe)
- PWM fan for automatic speed control
- Super Thermal Compound (ZM-STC8) included

Fully compatible with the latest high-performance processors from Intel and AMD Ryzen
It is fully compatible with the latest Intel processors and AMD Ryzen. Power management technology for each processor is seamless with no compatibility issues.

Powerful fan with 135 mm . annular blades
- Anti vibration
- Strong durability
- Noise reduction
- Powerful airflow
- Motherboard VRM cooling

Electrophoretic Coating Process
Special black coating ensures optimum heat transfer during electrophoresis. A black coating is formed on the surface by passing an electric current through a water-soluble resin coating tank.
- Uniform thickness
- Fewer defects
- High stability

DTH (Direct Touch Heat Pipes)
Zalmans DTH (Direct Touch Heat pipe) technology offers maximum cooling performance with an optimal dissipation area and minimal heat resistance.

Long Life EBR Bearing
An EBR bearing is more advanced by preventing dust from entering the bearing housing and enables stable and near-silent operation, resulting in a product that cools your PC with less noise.

High thermal conductivity ZM-STC8 (included)
ZM-STC8, included with CNPS10X Performa Black, increases thermal conductivity by filling the fine space between the CPU and the cooler.

Specifications
Model: CNPS10X PERFORMA BLACK
Dimensions (Cooler): 135 x 95 x 155 mm (LxWxH)
TDP: 180W
Weight: 860g
Heat dissipation area: 9.271 cm²
Materials: Pure copper, Pure aluminum
Connector: 4-Pin
Rated voltage: 12 V DC
Socket: Intel LGA2066/2011-V3/2011/1200/115X, AMD AM4
Lifespan: 50,000 hours

Fan dimensions: 135 x 135 x 25 mm (LxWxH)
Fan speed: 700 ~ 1,500 RPM ±10%
Maximum noise level: 27 dB(A) ±10%
Bearing Type: EBR Bearing
Control Method: PWM Control
Maximum airflow: 127.69 m3/h (75.16 CFM ±10%)