ASFN14B72

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DC Fans are electronic fans that are powered by direct current and are commonly used in a variety of different applications for cooling. ASFN14B72 is a specific type of DC fan being used in a number of applications, and this article will explore the field of application and the working principle behind the fan.

Field of Application

ASFN14B72 is a powerful DC fan and can be used as a cooling apparatus in a variety of different applications. For instance, it is especially popular in the computer and electronics industry where it is used to cool large scale processors and motherboards. Moreover, it can be used in cooling HVAC systems, and in components like video cards and sound cards. In addition, it is also often used in medical, telecommunication and aerospace industry to keep the sensitive components from overheating.

Working Principle

The working principle behind the ASFN14B72 DC fan is based on the concept of induction. The fan features an electric motor, a collection of blades and a hub. The motor generates a magnetic field which creates an induction of current within the blades of the fan. This induced current then interacts with the magnetic field created by the motor, resulting in the rotation of the blades. As the fan rotates, air is drawn into the hub and pushed out of the fan. This helps to keep the components from becoming too hot.

The ASFN14B72 features a sturdy design with an impressive air movement rate. The fan runs at a range of speeds, from 3000 to 4500 RPM, and it is designed to perform reliably in temperatures ranging from -30 to 80 degrees Celsius. It is also designed with a reverse current capability, allowing the fan to reverse direction without having to swap the wiring.

Conclusion

ASFN14B72 is a reliable and powerful DC fan, specially designed for cooling large components. It is popularly used in computers and electronics industries to keep processors and motherboards from over heating. It can also be used in HVAC systems, medical devices, telecommunication and aerospace industry and is designed with a reverse current capability. The working principle is based on the concept of induction where an electric motor creates a magnetic field and induces a current in the blades of the fan, resulting in the rotation and air circulation.

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