Product Description:

The MAC041C-0-TS-4-E/050-A-0/WI652LV/S001 is an AC servo motor produced by Bosch Rexroth Indramat within the MAC AC Servo Motors series. Designed for precise speed and position regulation, it delivers closed-loop rotary motion to packaging stations, pick-and-place arms, and compact material-handling axes. When paired with a compatible servo amplifier, the motor converts three-phase electrical energy into controlled torque, enabling repeatable indexing, tension control, and synchronized drive sequences throughout automated production lines. Its compact format also suits installations where accurate motion must be delivered in limited mounting space.

Thermal management relies on natural convection, so airflow around the housing must remain unobstructed during installation. The shaft is held only by drive torque because the motor is supplied without a blocking brake, which is suitable where passive holding force is unnecessary. Dimensional coding indicates a length code of 041 and a frame size of C, and these values indicate the active magnetic stack depth and flange geometry that the machine interface must accommodate. For electrical integration, the power leads exit through a connector on side A, allowing cables to be routed in line with existing harness layouts and reducing bend-radius stress.

Position accuracy is maintained with a feedback package that combines tachofeedback with an incremental or absolute encoder. The base configuration employs an incremental encoder with standard mounting, which keeps installation straightforward while supporting typical servo loop bandwidths. This arrangement lets the amplifier monitor both speed behavior and rotor position during continuous operation. Winding data is identified by winding code TS, which tells the drive the motor's nominal voltage constant and current limits needed for correct commutation. The designation motor for analog drives indicates that the signal levels and feedback scaling align with classic analog servo amplifiers rather than fieldbus-based digital platforms.