OD6025-24HB

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DC Fans are a crucial part of any electrical device. They provide cool air flow to maintain the optimum temperature of the computer as well as other electrical equipment, thus increasing the device’s performance and operational life. The OD6025-24HB is a popular DC fan that is used in a variety of applications. This article will discuss the application fields and working principle of the fan.

The OD6025-24HB is a 24V fan that is popularly used in industrial applications such as electrical enclosures, electronic cabinets, cooling equipment, aerospace, and medical systems. Its compact size and low power consumption make it an ideal choice for these industries. The fan has a two-phase brushless DC motor that provides a reliable and efficient performance. It also has a high-performance internal impeller design that further increases the fan’s airflow. The fan also features an integrated heat sink system to dissipate the heat produced by the motor.

The working principle of the OD6025-24HB is quite simple. When the fan is energized, electric current passes through the stator windings. This current generates a magnetic field around the stator winding which in turn rotates the rotor. The rotor is connected to the fan impeller and thus, the fan starts to rotate. The speed of the fan is controlled by varying the electric current. The fan’s airflow is determined by the number of impeller blades and the rotational speed of the fan.

The output airflow of the fan is also dependent on the fan’s mountings. The fan’s mounting system is designed to ensure that the fan is mounted securely to the application surface. This provides a secure environment for the fan, enabling it to perform efficiently. It also prevents the fan from vibrating and thus providing a smoother operation.

In conclusion, the OD6025-24HB is a reliable and efficient DC fan that can be used in a variety of applications. Its two-phase brushless DC motor provides a reliable performance while its integrated heat sink dissipates the heat produced by the motor. Its compact design also allows for easy mountings. Understanding its working principle and optimal mountings can help achieve the desired airflow and enhance the device’s performance and operational life.

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