技术细节
| 手动冷却型 |
Hydraulic |
| 安装孔模式（高x V） |
125 x 125 mm |
| 风扇连接器 |
3-pin |
性能
| 最大气流 |
68.4 cfm |
| 最大空气压力 |
0.71 mmH2O |
| 噪音水平（高速） |
18.9 dB |
| 转速（最大） |
1000 RPM |
| 类型 |
Fan |
| 适用于 |
Computer case |
| 风扇直径 |
140 mm |
能量控制
| 最大电流 |
0.2 A |
| 电压 |
12 V |
| 电源 |
1.7 W |
100 RPM, 68.4 CFM, 140 x 140 x 25 mm
- Featuring hydraulic bearings; a cost-efficient compromise between a standard sleeve bearing and a true FDB bearing
- Equipped with a counter-balancing magnet in the hub that reduces the axial tension on the bearing, further protecting the longevity of the bearing
- Optimized fan geometry for a good balance between static pressure and maximum airflow, resulting in good performance in all usage scenarios
- Aerodynamically shaped thin stator struts (including wire strut), mimicking the design commonly found on airplane wings, delivering correct angles allowing for air to easily pass through reducing noise and unwanted turbulence.
- Stator struts are angled perpendicular to the blades, helping to reduce noise commonly emitted when the blades pass the struts. In effect, minimal noise that may be emitted will be constant and therefore almost inaudible to the ear.
- Strategically placed notches near the fan hub on the trailing edge of the blades, further reducing and diffusing humming noise produced when the blades pass the stator struts
- Includes a "trip wire" on the rear side of the blades, near the leading edge. The trip wire technology, also commonly found in airplane wing designs, introduces a micro-turbulent layer that helps to combat the elements that negatively affect performance. The presence of the trip wire overall provides a more efficient and quiet fan environment.
- The customized design of the Dynamic Series fans contributes to a beautiful, cool build
