Product Description:

The 2AD160B-B35OA1-BS03-B2V2 is an AC induction motor manufactured by Bosch Rexroth Indramat for the 2AD 3-Phase Induction Motors series. Designed to convert electrical power into continuous rotation, it drives conveyor belts, machine-tool spindles, and other automated axes that rely on steady torque under inverter control. It is intended for continuous-duty industrial motion where a compatible drive regulates speed and load response over a broad operating range. Its induction motor design supports dependable operation in applications that prioritize continuous rotation and stable torque delivery rather than rapid stop-hold cycles. This model belongs to the medium B length category of the series and fits installations that require compact dimensions with three-phase motor operation.

An integrated axial blower directs cooling air along the stator housing, allowing rated output to be maintained without external ducting. The rotor runs on heavy-duty bearings, which improve radial load handling in high-cycle service. Position and speed data are supplied through high-resolution motor feedback, so the connected drive can regulate slip and acceleration precisely. With motor size code 160, the housing matches standard IEC 160 mounting patterns. The motor uses flange and foot mounting, allowing installation on baseplates, machine frames, or gear reducers in either vertical or horizontal orientations.

The motor is supplied without a holding brake, so any static load retention must be provided externally when the axis is stopped. Power connections are made through a terminal box that is factory oriented toward Side A at the top of the frame, which helps keep cable routing straightforward in floor-mounted cabinets. The primary shaft is provided without a shaft seal, and Side B has no shaft end to reduce overhang length. This shortens the non-drive end profile where rear clearance is limited. The motor has vibration grade S, and the electromagnetic package uses winding code BS for compatible drive operation.