The axial fan increases the pressure of the incoming ai […]
The axial fan increases the pressure of the incoming airflow through the fan wheel
To help with this confusion, here are the fan types and the breakdown of their uses. The design and function of the centrifugal fan is quite different from the design and function of the axial fan. Their differences make them suitable for different applications, and customers sometimes don't know which fan type is right for their needs. Often referred to as a blower, the centrifugal fan is different from the axial flow fan.
The axial fan increases the pressure of the incoming airflow through the fan wheel, and the fan wheel mounts a series of blades on the circular hub. The centrifugal fan moves the air radially - the direction of the outward flowing air is usually changed by 90° from the direction of the incoming air. The airflow generated by the centrifugal fan is directed through a pipe or piping system. This produces a higher pressure air flow than the axial fan. Despite the lower flow rate, centrifugal fans produce a steady stream of air than axial fans. Centrifugal fans also require high power input. Axial fans are suitable for general-purpose applications due to the low-pressure, high-capacity airflow they produce.
For example, they are good at moving air from one place to another, cooling a narrow space such as a computer, and cooling a large space such as a work space. Standard AC model with 100 watts at high speed. The AC fan can be connected directly to a DC power source, such as a solar panel or battery. Since the ultimate goal of units such as vending machines is to have a uniform cooling power, AC fans are a considerable choice.