Product Description:

The MAC041C-0-TS-2-E/050-A-0/S007 servo motor is produced by Bosch Rexroth Indramat as part of the MAC AC Servo Motors series. It operates with analog drive amplifiers to convert electrical commands into controlled torque and speed for pick-and-place units, indexing tables, and other automated machinery. Its compact proportions allow installation in space-restricted machine frames while providing the responsive motion needed for repetitive positioning, acceleration, and deceleration cycles.

The motor uses natural convection as its cooling method, so heat leaves the housing through its external surfaces and the surrounding airflow without an auxiliary fan. It is supplied without a blocking brake, so applications that require static holding torque must use an external mechanical device or maintain torque through the connected drive. The TS winding code indicates the electrical characteristics used by a compatible MAC analog amplifier, including the applicable phase resistance and inductance. The motor has a size 041 frame and a length C housing, providing a compact mechanical profile with a magnetic stack suited to cyclic positioning tasks. These proportions support rapid changes in speed while limiting the installation space required around the motor body.

Power conductors are routed through a connector on side A, allowing the cable to be directed along the selected side of the housing within compact machinery. Rotor speed information is supplied through integrated tacho feedback, which provides the analog drive with a voltage proportional to rotational speed for closed-loop velocity regulation. Classified as a motor for analog drives, the unit is compatible with control architectures that use analog command signals, including common ±10 V references. The direct feedback path allows the amplifier to correct speed deviations as the mechanical load changes during operation. Because the motor does not use digital resolver feedback, the connected amplifier must support the motor’s analog feedback and winding characteristics. External holding equipment is necessary when a stationary load cannot be retained safely by drive-produced torque alone.