E9225M24B2-FSR

DC Fans, also known as direct current fans, have long been utilized in a variety of applications, from computing to refrigeration, to circulate air within an enclosure. The E9225M24B2-FSR is a brushless DC fan that operates on a 12 or 24 volt power supply and offers a wide speed range of up to 13,500 rpm. In this article, we’ll discuss the application field of the E9225M24B2-FSR and its working principle.

Application Domain

The E9225M24B2-FSR is a high-performance brushless DC fan that is perfect for a number of industries and applications. It is designed for use in industrial, scientific, medical, electronic, and automotive applications. With its wide range of operating speeds from 3000 to 13,500 rpm, it is capable of cooling components like CPUs, microcontrollers, and motors. It is also ideal for motorsport cooling, open-air computers, and other high-temperature scenarios.

Working Principle

A brushless DC fan works on the principle of an electric motor. Electric motors rely on the interaction of two magnets, a permanent magnet (stator) and an electromagnet (rotor). In the case of the E9225M24B2-FSR, the stator is a permanent magnet and the rotor is a copper coil. When the electric current is applied to the coil, it creates a magnetic field that is attracted to the stator, causing it to spin. This spinning motion then produces a ventilation flow that can be used to cool the components.

Conclusion

The E9225M24B2-FSR is a high-performance brushless DC fan that is used in a variety of industries and applications. With a wide range of operating speeds and excellent ventilation flow, it is ideal for cooling a variety of components and components in high-temperature scenarios. The E9225M24B2-FSR operates on the principle of an electric motor, with the rotor being a copper coil and the stator being a permanent magnet.