Product Description:

The MAC041C-0-TS-3-E/050-A-0 is an AC servo motor manufactured by Bosch Rexroth Indramat as part of the MAC AC Servo Motors series. This compact synchronous unit is intended for closed-loop positioning and speed control on automated assembly tables, packaging stations, and light material-handling axes. By converting electrical commands from analog drive amplifiers into precise mechanical rotation, the motor forms the primary electromechanical interface between the controller and the motion element of an industrial machine. Its closed-loop operating role also helps the drive maintain accurate motion when load conditions change during normal machine cycles.

Its electrical characteristics are identified by the winding code TS, which matches the coil impedance and nominal current range expected by compatible analog drives. Frame designation C indicates the stator diameter, helping match the motor to machinery with limited mounting space. The length index 041 indicates the active stack height, which affects continuous torque and rotor inertia available for moderate-duty cycles. Heat produced during operation is removed through natural convection, so the housing dissipates thermal energy without external fans and supports quiet installation inside enclosures. For electrical supply, the power cable attaches through a connector on side A, which helps route the conduit toward the drive cabinet and simplifies strain-relief planning.

The feedback arrangement uses integrated tacho feedback on a second shaft end, providing an analog velocity signal and a mechanical takeoff point for auxiliary encoders or couplings. Because there is no blocking brake, the axis must rely on drive torque or an external clamp to hold position when power is removed. Classification as a motor for analog drives confirms that its signal levels, insulation system, and connector pinout match voltage-controlled servo amplifiers used in retrofit and replacement applications. This layout supports stable speed regulation while preserving compatibility with existing analog motion systems.