KDE2408PTS2-6

DC fans, widely used in the ventilation and cooling systems of electronic equipment, are driven by DC motors. Among them, KDE2408PTS2-6 is widely used in personal computers and audio amplifiers. This article will discuss the application field and working principle of KDE2408PTS2-6.

Firstly, the KDE2408PTS2-6 is designed with various features that make it ideal for most applications. Its air flow is large, and it has a low noise level of only 24.8dB. Because of its brushless DC motor design, it is efficient and power-saving. It has a long service life, which can reach up to 70,000 hours of continuous operation. Moreover, the shape of the fan is small, which is ideal for small spaces. Therefore, the KDE2408PTS2-6 is widely used to cool and ventilate a variety of electronic equipment, such as computers, amplifiers, and digital home appliances.

Secondly, the working principle of KDE2408PTS2-6. KDE2408PTS2-6 is driven by a brushless DC motor. The motor has a stator made of permanent magnets and a rotor made of a coil. When the DC voltage is applied to the stator, a magnetic field is generated, and the rotor in the magnetic field produces electromagnetic torque to rotate. The speed of the motor is regulated by changing the DC voltage of the power source, thus controlling the air flow speed, cfm, and pressure.

Moreover, the KDE2408PTS2-6 also provides an efficient thermal solution. It uses a radial impeller to create a high air pressure, so that the air can be quickly and effectively dissipated from the system. In addition, its fan blades are specially designed to be flat and curved, which can make the air flow faster and smoother, so as to improve the efficiency of heat dissipation.

In conclusion, KDE2408PTS2-6 is a reliable and high-performance fan with wide application in cooling and ventilation systems for electronic equipment. Its brushless DC motor design helps save energy and provide a long service life. Moreover, its radial impeller and fan blades design make the air flow speed faster and smoother, ensuring an efficient thermal solution.