Product Description:

The MAC092B-0-QD-2-C/095-B-0/S001 is an AC servo motor manufactured by Bosch Rexroth Indramat and assigned to the MAC AC Servo Motors series. It is engineered as a rotary actuator for industrial automation systems that rely on analog control loops, where precise speed and position regulation are required for tooling, material-handling, and assembly axes. In service, it converts commanded current into shaft rotation so the connected axis can accelerate, hold speed, and settle at target positions under the control of an external amplifier. The motor is suited to applications that need repeatable motion response with integrated feedback in a compact housing.

This motor is supplied without a blocking brake, so it does not provide internal shaft holding when power is removed. Its flange features a centering diameter of 95 mm, which positions the housing concentrically on machine frames and helps align couplings or gearboxes. Heat generated by the stator is removed through natural convection, so no fan or liquid circuit is included. Speed feedback is delivered through tacho feedback, providing an analog voltage proportional to rotational velocity for closed-loop regulation with classic analog drives. Power conductors exit through a connector on side B, which helps route the cable away from the opposite end of the motor and supports compact machine layouts.

Because it is a motor for analog drives, the unit interfaces directly with legacy servo amplifiers that modulate armature current from ±10 V command signals rather than fieldbus networks. Its standard tacho quality supports general motion-control accuracy for speed regulation in conventional industrial axes. The motor uses size 092 with frame length B, giving it a medium-length housing within this frame class. That arrangement suits machines that need stable analog speed feedback without added network hardware. The housing proportions also fit mid-size installations where mounting space is limited but continuous operation still requires steady heat dissipation.