G1225L24B2-FSR-NH

DC fans are a type of fan used in many industrial, commercial, and residential applications. The G1225L24B2-FSR-NH fan is a specialized DC fan used primarily in space-constrained applications and high-pressure applications. In this article, we will look at the application field and working principle of the G1225L24B2-FSR-NH.

Application Field

The G1225L24B2-FSR-NH DC fan has been designed for use in high-pressure and space-constrained applications. It can be used in electronics, medical, and communication industries. It is also suitable for use in aircraft and motorsport applications, where a small, reliable fan is necessary to keep internal components cool. The DC fan is suitable for use in temperatures up to 70°C.

The DC fan utilizes yet another axial-flow fan technology called Nibbler Power Technology. This technology uses innovative fan blade designs to improve air flow despite its small size. This gives the fan greater efficiency and reliability and contributes to its overall performance.

Working Principle

The G1225L24B2-FSR-NH DC fan has two main parts – the impeller and the motor. The impeller consists of a thin metal fan blade and an enclosed bearing system. The motor of the DC fan is a brushless DC motor, which is the recommended motor for this type of fan. The motor is powered by a voltage ranging from 6V to 24V and is capable of providing a maximum airflow of 33.38 CFM.

The fan operates on the principle of Bernoulli\'s Principle. This states that when the velocity of a fluid increases, the pressure of the fluid decreases. When the fan is turned on, the motor spins the fan blades, creating a vacuum. This vacuum causes air to be drawn into the fan, increasing its velocity and decreasing its pressure. The air pushed out of the fan is then at a lower pressure than the air outside, causing the higher-pressure air to be drawn into the fan.

Conclusion

The G1225L24B2-FSR-NH DC fan is a specialized fan designed for high-pressure, space-constrained applications. This fan utilizes Nibbler Power Technology for improved efficiency and air flow. The fan is driven by a brushless DC motor which is capable of generating a maximum airflow of 33.38 CFM. This fan operates on the principle of Bernoulli\'s Principle, which states that when the velocity of a fluid increases, the pressure of the fluid decreases.