Weight & dimensions
| Radiator depth |
27 mm |
| Radiator height |
120 mm |
| Radiator width |
274 mm |
| Fan diameter |
120 mm |
| Tube length |
300 mm |
| Fan thickness |
27 mm |
Technical details
| Noise level |
35 dB |
| Pulse-width modulation (PWM) support |
Y |
| Fan connector |
4-pin |
| Maximum airflow |
103.6 cfm |
| Minimum airflow |
22.5 cfm |
| Number of fans |
1 fan(s) |
| Radiator |
Y |
| Fan |
Y |
| Supported processor sockets |
Socket AM3, Socket AM3+, Socket AM2+, Socket FM2, Socket AM2, LGA 1151 (Socket H4), Socket FM2+, Socket FM1 |
| Fan speed (max) |
2300 RPM |
| Fan speed (min) |
500 RPM |
Design
| Water block material |
Copper |
| Radiator material |
Aluminium |
| Tube material |
Rubber |
Power
| Fan voltage |
12 V |
| Fan current |
0.3 A |
120mm, 500 / 2300 rpm, 12V, 0.38A, 103.6 CFM, 176.0 m3/h, 35 dBA
- Central Diffusing Passage Cold Plate (CDP)
- Patented CDP micro-fin cold plate accelerates the heat absorption from CPU up to 30% thermal convection.
- Protrusive Copper Base
- The protrusive structure enhances the copper base sturdiness and deploys more coolant for an efficient CPU hot spot elimination.
- Dual Convex Blades Fan
- Advanced aerodynamics design boosts down-force air pressure and creates high-volume airflow.
- Ceramic Bearing Pump
- The ceramic bearing features anti-Corrosion, noiseless, and smooth operation. Additional LED for power on indication.
- Anti-Leakage Tube
- Elastic rubber tube with anti-leakage layers provides exceptional durability.
- Metal Mounting Kit
- Supports latest AMD® and Intel® desktop sockets with easy and solid installation.
- Large Radiator
- 240mm radiator enhances heat exchange capacity and cooling performance.
- Protrusive Copper Base
- Anti-Leakage Tube
- Dual Convex Blades
- Central Diffusing Passage Cold Plate
Protrusive Copper Base design
The protrusive structure enhances the copper base sturdiness and deploys more coolant for an efficient CPU hot spot elimination.
Dual Convex Blade design
Dual Convex blade design boosts down-force air pressure and crease high-volume airflow.
