109L1424M1D01

DC fans are a type of electric fan that is powered by direct current (DC) power, as opposed to alternating current (AC). DC fans are used in a variety of applications including fans for cooling computers, fans for ventilation, and fans for air conditioning systems. The 109L1424M1D01 is a type of DC fan designed for a range of applications. This article will discuss the application field and working principle of this particular model.

Application Field

The 109L1424M1D01 is ideal for use as a ventilation fan or a fan for cooling computers. It is designed to provide efficient operation and to reduce noise. The fan is capable of operating between 6 volts and 28 volts, making it ideal for a range of applications. It has a low-noise design and can run at speeds up to 7,000 RPM. The fan also has an airflow rate up to 58 CFM and a static pressure up to 1.7 inH2O. The fan is UL, CE and RoHS certified.

Working Principle

The working principle of the 109L1424M1D01 is fairly simple. DC fans are powered by a direct current power source, meaning that the electricity is constantly flowing in a single direction. As the electricity is fed into the fan, the coil of wire within the fan spins, creating a magnetic field. This magnetic field gives the fan its spinning motion, which in turn causes air to flow through the fan. The faster the spinning motion, the more air is pushed through the fan.

The 109L1424M1D01 is designed to operate efficiently and with minimal noise. The fan has an optimized design with narrow blades, which allows air to pass through more easily and reduce turbulence and noise. The fan also has a double-shielded bearing system to reduce noise and vibrations. This makes the fan ideal for use in applications where noise is an issue.

Conclusion

The 109L1424M1D01 is a type of DC fan designed for a range of applications. It is ideal for use as a ventilation fan or a fan for cooling computers and is capable of operating between 6 volts and 28 volts. The fan has a low-noise design and can run at speeds up to 7,000 RPM with an airflow rate up to 58 CFM and a static pressure up to 1.7 inH2O. The working principle of the fan is fairly simple, with the electricity flowing in a single direction through the coil of wire spinning to create a magnetic field and drive the fan. The fan has an optimized design to reduce noise and vibrations, making it useful for applications where noise is an issue.