Product Description:

The 2AD180D-B35OA1-BS05-A2N1 is an AC induction motor produced by Bosch Rexroth Indramat for the 2AD 3-Phase Induction Motors series. It converts three-phase electrical energy into rotational power for conveyors, extruders, and pump drives used in automated lines. The design is intended to work with compatible drive controllers and provides a standardized mechanical interface for modular machine layouts. This motor is suited to applications that require steady speed, reliable torque delivery, and integration with established industrial drive systems.

Internally, the rotor is supported by standard bearings sized for the expected service life of this frame. The motor uses size code 180 with the D length variant, giving the stator more active iron to raise torque while keeping the overall frame dimensions standard. Heat is removed by axial blower cooling, which directs airflow along the housing to control temperature during continuous operation. The mechanical interface uses flange and foot mounting, so the motor can be attached to a base or directly to a gearbox face. Drive power is transferred through a smooth shaft without a shaft seal, and the unit is supplied without a holding brake. Electrical connections are made through a terminal box that is ready for threaded cable glands.

The motor uses vibration grade R, which indicates balancing suitable for general industrial service where stable rotation is important. Field wiring is simplified by the top side A power entry, allowing conductors to route downward into cable trays without crossing nearby equipment. The electromagnetic layout associated with winding code BS matches standard 400 V inverter operation and supports typical drive parameter ranges for this motor type. No shaft end is present on the B-side, which should be considered when planning couplings and surrounding machine clearances. These features support installation in systems that need dependable forced-air cooling, standard mounting options, and straightforward electrical connection points.