Product Description

The MAC093B-1-OS-3-C/130-B-0 by Rexroth Indramat is designed to produce the torque in the integrated machine with the help of the drive controller. These permanent magnet alternating current motors rely on magnetization rather than only current. The internal magnetic field is produced by the electrical input into the stator. The stationary part (stator) is coupled with magnets that are fixed on the rotor. More precisely, the rotor itself has permanent magnets integrated into its laminations or mounted on the surface of the rotor. Electric power is delivered through the stator windings.

The MAC093B-1-OS-3-C/130-B-0 motor has OS-type winding and a 130 mm pilot diameter. The motor's axial fan contains a bearing system and rotating axis that supports the movement of the impeller. Rotation is initiated by connecting the impeller to the brushless motor or additional power source. The impeller rotates when the fan is activated, forcing air to flow through the fan. Static air or gas gains kinetic energy from the impeller's spin, which causes airflow to develop along the axis.

A tachometer uses sensors to track the motion of magnets, shafts, gears, and other rotating parts during a specific period of operation. The electrical impulses produced by these sensors are translated into RPM values on the display. It enables precise RPM monitoring, allowing operators to keep the motor functioning at peak efficiency. It is adjusted properly to ensure that the equipment runs within the appropriate range by observing and tracking the rotation of the shaft per minute. This servo motor has a robust housing unit and can operate optimally when utilized directly in industrial machines in a working area. The winding of the brushless servo motor is sinusoidally distributed.