Product Description:

The 2AD132D-B05OA1-BD03-B2N1 is an electromechanical drive element manufactured by Bosch Rexroth Indramat for the 2AD 3-Phase Induction Motors series. As an AC machine, it receives three-phase power from a compatible inverter and delivers continuous rotation to material-handling lines, metal-forming presses, and packaging stations that require constant torque and regulated speed. Its construction supports closed-loop operation, so the connected drive can respond quickly to load changes while maintaining stable process motion. It can be used on axes where repeatable rotation is more important than rapid indexing.

Internally, standard bearings carry the radial and axial loads commonly seen in industrial geartrains and coupled machinery. The housing mounts to the machine through flange mounting, which helps keep the motor aligned with the driven shaft or gearbox. A built-in axial blower moves air along the lamination stack to limit temperature rise during continuous operation. Motion data is returned through high-resolution motor feedback, allowing the drive controller to correct speed deviation quickly. This feedback arrangement supports accurate speed regulation during acceleration, deceleration, and steady-state running. The R vibration grade indicates balance quality that helps reduce structure-borne vibration and noise at higher operating speeds.

The motor uses frame code 132 and length code D, giving it a larger active iron length within this housing size. Electrical behavior follows winding code BD, which matches the resistance and inductance values expected by compatible 2AD drive systems. Power leads exit through the top power connection and are directed toward side A to simplify conduit routing in compact machine layouts. The rotor is supplied without a shaft seal and is balanced with its full key, while the rear face has no shaft extension to save installation space. Because the motor does not include a holding brake, any static load must be secured by external mechanical restraint when the axis is stopped.