Product Description:

The 2AD180D-B35OA2-BS03-A2N1 is an AC induction motor manufactured by Bosch Rexroth Indramat for the 2AD 3-Phase Induction Motors series. It serves as a main drive element in automated machinery where constant torque and continuous operation are required. By combining a three-phase stator, precision rotor, and integrated feedback, the motor converts electrical power into mechanical rotation suitable for production lines, material-handling stations, and packaging equipment. Its induction design is suited for processes that demand reliable rotation under steady load for long production runs.

An internal axial blower directs airflow through the housing to remove heat during sustained load cycles, allowing the motor to maintain rated performance without external cooling aids. Position and speed are tracked by a high-resolution motor feedback encoder, permitting tight velocity control when paired with compatible drives. Installation flexibility is provided by flange and foot mounting, enabling attachment either on a base plate or directly to a machine wall. The drive shaft is a smooth shaft without a seal, suited for couplings that do not require a keyway or separate oil barrier. Power conductors enter through a terminal box on the top of the housing that faces side A, simplifying cable routing in vertical cabinets. Standard bearings support the rotor, and motor length code D indicates the active stack depth.

The machine is supplied without a holding brake, so any static load must be restrained by the drive controller or external clamps. The frame size is 180, which establishes the mounting interface and shaft height used in this family. Dynamic behavior is classified as Vibration Grade R, indicating the balance quality used for general-purpose drives. Electrical characteristics correspond to Winding Code BS, allowing the use of matching inverter parameters. The side-B end of the rotor is closed because there is no shaft extension. Because of this layout, the motor uses a single output end for the driven coupling.