MR9238M24B1+61-FSR

The MR9238M24B1+61-FSR is a brushless DC fan (BLDC fan) motor, and belongs to a class of DC fans. A BLDC fan motor needs no motor brushes and uses an electronic controller to produce rotating movement from direct current. While there are multiple motors that make up the category of DC fans, the MR9238M24B1+61-FSR stands out from the crowd because of its features and capabilities.

Application Field

The MR9238M24B1+61-FSR is ideal for applications in the electronics, electronic components, industrial automation, HVAC/R, and aerospace industries. It can be widely used in cooling fans, blowers, pumps, grinders, compressors, and machining centers. Due to its high torque and low power consumption, it is suitable for both large and small-scale projects. With its compact size, it is an ideal choice for tight spaces.

Working Principle

The MR9238M24B1+61-FSR uses a rotating magnetic field generated by permanent magnets mounted on the stator. This rotating magnetic field interacts with the current passing through the armature windings of the rotor, causing it to rotate. The rotor follows the direction of the field, creating a twisting motion. This twisting motion is then converted into a rotational motion, causing the shaft of the motor to rotate.

The speed of the motor can be controlled by adjusting the current passing through the motor. This allows it to be used for a variety of applications, such as controlling air speed in HVAC/R systems, or adjusting the speed of a pump or grinding wheel. By combining speed control with the high torque output of the motor, it is also possible to accurately control large industrial systems.

Summary

The MR9238M24B1+61-FSR is a brushless DC fan motor that is ideal for applications in the electronics, industrial automation, HVAC/R, and aerospace industries. It works by using an electronic controller to create a rotating magnetic field which interacts with the current passing through the motor, resulting in a rotational motion of the shaft. By controlling the amount of current passing through the motor, it is possible to control the speed of the motor, making it ideal for a variety of applications.