Product Description:

The MAC132A-0-ED-1-B/230-R-0-I00625/S001 is an AC servo motor produced by Bosch Rexroth Indramat and belongs to the MAC AC Servo Motors series. Designed for analog drive systems, it converts commanded current into controlled torque for position or speed loops in automated machinery. It employs permanent-magnet rotor excitation to achieve smooth rotation without mechanical brushes. In service, the motor provides rotary output for axes that require repeatable acceleration and stable low-speed response. The unit is supplied without a blocking brake, so the load must be held externally when power is removed. Flexible mounting orientation and a right-side power connector support varied cabinet layouts in industrial automation cells.

Thermal management relies on passive airflow because cooling is provided by natural convection. Motion phases are synchronized through electronic commutation, allowing the drive to switch phase currents precisely. Environmental sealing is rated IP65, keeping dust and low-pressure water jets away from internal components during operation. A machined pilot of 230 mm centers the end bell against the driven machine, and the flange follows the IM B5 design so the shaft projects forward while the frame bolts directly to a mating face. This face-mount arrangement helps align the motor with gearboxes, couplings, and other driven equipment.

Position feedback is delivered as incremental encoder feedback, enabling analog drives to count pulses for velocity and direction without serial communication overhead. The encoder couples to the controller through a 12-pin flanged socket, which helps secure the cable during vibration. Continuous operation is permitted up to +45 °C ambient before derating, and installation sites may reach 1000 m ASL without extra thermal allowance. Winding code ED indicates the resistance and inductance values used for the intended supply voltage, and the motor can be mounted horizontally or vertically because lubrication paths are not direction dependent. This feedback method is suited to control loops that rely on pulse signals for stable speed monitoring and position tracking.