FAD1-02510CHAW11

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DC fans are commonly used in a variety of applications across different industries. FAD1-02510CHAW11 is a specially designed DC fan that is powerful yet energy efficient, making it an ideal choice for many applications. It is a standard 40 mm x 10 mm frame size and features a dual ball bearing design for maximum reliability.

The FAD1-02510CHAW11 is a powerful DC fan, capable of reaching airflows as high as 8 CFM. This fan has an operating voltage of 5 V and a maximum RPM of 6000. This fan is also optimized for low noise operation with a minimum noise level of only 25 dBA.

The FAD1-02510CHAW11 is ideal for applications where space is limited and high airflow is required. It is well suited for single board computers, cooling enclosures, slim and shallow enclosures, and many other applications where cooling is needed. The fan is also relatively inexpensive compared to other DC fan models.

The working principle of the FAD1-02510CHAW11 is based on the Bernoulli effect. This effect occurs when a fluid flows into a chamber and the pressure of the fluid is greater than the pressure of the surrounding air. To take advantage of the Bernoulli effect, the fan has two spinning vanes. As the airflow moves from the center to the outside of the fan, the pressure of the air drops, creating a vacuum and causing more air to be drawn in. The pressure created causes the fan to spin faster, resulting in a higher airflow.

The fan is controlled by an internal circuit board which requires an input voltage between 4.5 V and 6 V. This voltage determines the relative speed of the fan and the internal controller will adjust the speed of the fan to maintain proper airflow.

The FAD1-02510CHAW11 is an excellent choice for many applications, especially where space is limited. Its high power and energy efficiency make it a great choice for cooling single board computers and other applications that require quiet and efficient cooling. The efficient design of the FAD1-02510CHAW11 also makes it one of tthe most economical DC fans on the market.

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