G1238S24B1-FSR-WS

DC Fans, or direct current fans, are fans that are powered by direct current. Though they are a fairly old technology, they are still widely used in a variety of applications. G1238S24B1-FSR-WS is a type of DC fan used in a wide range of electrical and electronic applications. This article will discuss its application field and working principle.

Application Field

G1238S24B1-FSR-WS DC fans are mainly used in computer systems, home appliances, communications systems, and other electronic devices that require cooling or air circulation. This fan is designed for a wide range of operating temperatures, ranging from 0°c to 40°c. Its very low start voltage and low power consumption makes it an ideal choice for cooling solutions in computer systems.

Working Principle

G1238S24B1-FSR-WS DC fans use the principle of thermodynamics to produce cooling airflow. It works by capturing the heat generated by the device and dissipating it into the surrounding environment. The fan draws in air from outside, passes it through a series of fins located inside the fan motor, heating the air as it passes through. This heated air is then pushed out of the fan, dissipating the heat and cooling the device.

The fan is powered by a direct current, which is supplied by either an external power supply or an internal battery. This direct current is used to generate the electric magnetic field of the fan motor, which in turn rotates the fan blades and produces the cooling airflow. The fan speed can be adjusted depending on the need, by either reducing or increasing the supply voltage.

Conclusion

In conclusion, G1238S24B1-FSR-WS DC fans are commonly used in electronic devices that require cooling or air circulation. These fans use the principle of thermodynamics to generate cooling airflow. They are powered by direct current, which is supplied by either an external power supply or an internal battery. By adjusting the supply voltage, the fan speed can be altered to meet specific requirements.