PF92251B3-000U-F99

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

DA Fans are electromechanical components that convert electric energy into mechanical energy. The mechanical energy created by a DC Fan is typically used for cooling electronic components, including motors, processors and other electronic devices. The PF92251B3-000U-F99 is one such type of DC fan that is used for cooling electronic components.

The PF92251B3-000U-F99 is a brushless DC fan with a speed of 9,200 RPM and airflow of 28.4 CFM. It is specifically designed to be used in harsh industrial environments, where it is exposed to extreme temperatures, humidity and dust. It has a low profile and a slim form factor, making it suitable for use in tight spaces. Additionally, the fan is made of lightweight plastic and is very quiet when running.

The PF92251B3-000U-F99 is suitable for a variety of applications, including cooling electronics components in continuous operation processes, such as industrial manufacturing or robotics. Additionally, the fan can be used in server racks to ensure that the components remain within the specified temperature range. The fan is also suitable for cooling computers and video game consoles, as it is capable of rapidly dissipating the heat generated by the components.

The working principle of the PF92251B3-000U-F99 is straightforward. The electric motor is connected to the fan housing, which contains the blades. When the motor is supplied with electric energy, the fan blades rotate and create a current of air. This current of air is what dissipates the heat from the components. This air movement also has the advantage of helping to circulate fresh air and reduce the risk of re-heating the components.

In summary, the PF92251B3-000U-F99 is a brushless DC fan designed for cooling electronics components in extreme conditions. It can be used in a variety of applications, such as server racks and industrial manufacturing. The fan operates on a simple working principle, where an electric motor connected to the fan housing creates an airflow that cools the components.

The specific data is subject to PDF, and the above content is for reference