DC Fans

DC fans are widely used in electronics products that need to dissipate heat generated from components in an electronic device. DC fans are primarily designed to move air in a direction that is opposite from the direction of the electric current that drives them. As a result, DC fans are considered to be a type of rotary motor. DC fans are distinguished by their unique design, which includes the use of direct current (DC) as a power source.

A FAD1-06025DHLW12 fan is a small, lightweight, and reliable DC fan. It is designed for various types of applications including industrial, commercial, and residential. The fan uses a 12V DC input power supply and it provides up to 6W of rated power. It is equipped with a dual-bearing design and has a speed range of 1400-3800 RPM. It operates at a maximum noise level of 23dB(A). Additionally, the fan has a lifespan of up to 50,000 hours.

The FAD1-06025DHLW12 fan has a simple but effective working principle. The fan blades are connected to the rotor shaft of the direct current motor, which creates the spinning action of the fan. Inside the motor, the electric current interacts with a series of magnets, causing a rotational force that drives the fan blades and generates airflow. The process of converting electrical power into mechanical power is known as the electromagnetic principle.

The application field of the FAD1-06025DHLW12 fan is versatile and it includes a wide range of applications such as cooling motherboard components, small home appliances, Automation equipment, 3D printers, air purifiers, and many others. The fan can be used in places where space is limited and it’s capable of providing cooling solutions to a variety of electronic devices. It is relatively quiet, efficient, and reliable and it is widely used in many applications.

In conclusion, the FAD1-06025DHLW12 fan is a small, lightweight, and reliable DC fan that is suitable for a variety of applications. It is powered by a 12V DC input supply, has a speed range of 1400-3800 RPM, and an maximum noise level of 23dB(A). It operates on the electromagnetic principle and it is widely used to provide cooling solutions for many types of electronic devices.