Product Description:

The MAC092B-0-QD-1-B/095-B-1-I01250 is an AC servo motor produced by Bosch Rexroth Indramat and belongs to the MAC AC Servo Motors series. It is designed for analog drives, supplying continuous rotary motion and position control in automated machinery such as packaging stations, pick-and-place axes, and small handling robots. By combining a compact frame with a precise rotor assembly, the unit supports closed-loop speed and torque regulation for repeated starts, stops, and directional changes in industrial automation lines. Its integrated motor format helps keep the drive system compact while still providing the response needed for coordinated axis movement.

This model delivers a standstill torque of 3.0 Nm, giving machinery sufficient holding force when the shaft is energized but not rotating. A rotor inertia of 16.0 kg·cm² balances quick acceleration with stable stopping, which helps reduce overshoot during rapid index moves. The centering diameter is 95 mm, providing a reference surface for accurate flange alignment inside motor mounts or gearboxes. Heat is removed by natural convection, so no external blower or liquid loop is required to maintain thermal limits. Under rated excitation, the shaft reaches a nominal speed of 4000 rpm, supporting cycle times suited to medium-throughput production cells. These operating characteristics help the motor respond quickly to command changes while maintaining steady running during continuous use.

For position referencing, the motor integrates incremental encoder feedback that supplies quadrature signals to the drive controller for velocity and displacement calculation. The power conductors exit through a connector on side B, which can simplify cable routing when side A faces the load or when the motor is installed in tight machine spaces. A blocking brake is supplied as standard and engages mechanically whenever control power is removed, helping hold vertical or suspended loads without extra actuators. This arrangement supports applications that need controlled stopping and secure load retention between motion cycles. The overall electrical layout suits analog drive cabinets used for precise axis control in established automation systems.