CHIEFTEC Iceberg Dark 240 black
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Product description
The CHIEFTEC Iceberg Dark 240 is a multi-functional CPU cooler that features a 240mm water-cooled radiator and snap-on interlocking PWM fans for excellent heat dissipation. ICEBERG features an ARGB cooling block with an infinity mirror and a 360-degree rotatable CHIEFTEC logo.
Efficient cooling, Innovative radiator design
It provides efficient cooling for a wide range of CPUs thanks to fans with speeds of up to 2200 rpm. The innovative parallel fin radiator design maximizes the contact surface between the water pipes and the heat sinks, while providing a large surface area for cooling airflow, thereby improving overall heat transfer and heat dissipation.
Simple installation, clean assembly
Installation is easy thanks to robust braided steel tubes and a handy set of fixing clips. Snap-on interlocking PWM fans minimize the number of cables, ensuring simple and clean assembly.
Specifications
- Model: ICEBERG 240 DARK
- Weight (net/gross): 1.73 kg / 2.4 kg
- Socket compatibility:
• Intel: LGA1851, LGA1700, LGA1200, LGA1150, LGA1151, LGA1155, LGA1156
• AMD: AM5, AM4, AM3+, AM3, AM2+, AM2, FM2+, FM2, FM1
Fan
- Quantity: 2 pcs
- Size: 120 x 120 x 25mm
- Speed: 500RPM – 2200RPM±10%
- Airflow: 64.72CFM
- Air pressure: 3.06mmH2O
- Noise: 34.7dBA
- Bearings: Fluid dynamic bearing
- Nominal voltage: 10.2V-13.8V
- Rated current: 0.21A
- Power consumption: 2.14W-2.90W
- Fan connectors: 4-pin PWM
Cooling block
- Dimensions: 82.9x73.2x50.7 mm
- Material (block): Copper
- Material (housing): Plastic
- Connector: 3-pin A-RGB
Pump
- Engine speed: 1800 - 2700 rpm
- Nominal voltage: 12.0 V
- Rated current: 0.2 A
- Power consumption: 4.2 W
- Connector: 4-pin PWM
Radiator
- Dimensions: 272x120x27mm
- Material: Aluminum
Pipe length
- Length: 400 mm
In conclusion, the CHIEFTEC Iceberg Dark 240 is an ideal choice for all users looking for a quality and long-term cooling solution. With its unique design, easy installation and stable performance, it is a reliable choice for achieving maximum CPU performance while ensuring optimal heat and noise levels.