. Engineering Principles and Design of Axial Fans
Axial fans operate on the fundamental principle of generating airflow parallel to the fan's shaft axis, where rotating blades impart kinetic energy to the air, creating a pressure difference that drives flow. This design excels in high-volume, low-pressure applications, with efficiency optimized by factors like blade number (typically 2-6), shape, and hub-to-tip ratio. The process involves air intake parallel to the axis, blade rotation to energize the air, and discharge in the same direction, minimizing turbulence through aerodynamic blade profiles. Advanced design considerations include computational fluid dynamics (CFD) for blade optimization, guide vanes to reduce swirl and enhance efficiency up to 85%, and contrarotating stages for further performance gains. Materials like cast aluminum or composites are selected for durability, while parameters such as flow rate, pressure rise, and power input are balanced to minimize energy use and noise. This makes axial fans versatile for compact installations, though they require careful speed control to avoid flow separation at high loads
DC axial Fans – Size 120×120×38 mm – high-airflow model for power systems
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DC axial Fans – Size 92×92×25 mm – efficient airflow fan for cooling modules
Axial fans operate on the fundamental principle of generating airflow parallel to the fan's shaft axis, where rotating blades impart kinetic energy to the air, creating a pressure difference that drives flow. This design excels in high-volume, low-pressure applications, with efficiency optimized by factors like blade number (typically 2-6), shape, and hub-to-tip ratio. The process involves air intake parallel to the axis, blade rotation to energize the air, and discharge in the same direction, minimizing turbulence through aerodynamic blade profiles. Advanced design considerations include computational fluid dynamics (CFD) for blade optimization, guide vanes to reduce swirl and enhance efficiency up to 85%, and contrarotating stages for further performance gains. Materials like cast aluminum or composites are selected for durability, while parameters such as flow rate, pressure rise, and power input are balanced to minimize energy use and noise. This makes axial fans versatile for compact installations, though they require careful speed control to avoid flow separation at high loads
DC axial Fans – Size 120×120×38 mm – high-airflow model for power systems/>
DC axial Fans – Size 92×92×25 mm – efficient airflow fan for cooling modules