Product Description:

The 2AD200C-B35OA1-BS06-B2N1 is an AC induction motor manufactured by Bosch Rexroth Indramat for inclusion in the 2AD 3-Phase Induction Motors series. As an asynchronous machine, it supplies constant torque across a broad speed range, making it suitable for conveyor drives, spindle duties, and general automation where three-phase mains power must be converted into controlled mechanical motion. When paired with a compatible drive, it supports stable speed regulation in production equipment that must run reliably under changing load conditions.

Its thermal management is handled by an axial blower, which directs air along the stator laminations to keep winding temperature within limits at sustained load. Position data are produced by digital servo feedback, enabling high-resolution speed loops with an Indramat drive controller. The frame is sized to motor size code 200, giving a large rotor diameter for higher torque density, while the overall depth follows the C length classification. Installation flexibility comes from flange and foot mounting, allowing either face mounting to a machine bed or foot mounting on base rails. Power conductors enter through a top-mounted junction box oriented toward Side A, so cable bends are minimized inside compact cabinets and the connection compartment remains easy to access.

The rotating assembly runs on standard bearings and meets vibration grade R, limiting amplitude for applications with precision gearboxes or couplings. Thermal characteristics and the insulation system are identified by winding code BS, which is used for this motor configuration. The nondrive end is supplied without a shaft end, while the drive-side shaft is balanced together with its full-length key to reduce the need for additional trimming during coupling installation. A shaft seal is not fitted, so the motor should be mounted in environments free from process fluids. Because the design is delivered without a holding brake, static loads must be managed by the drive or by an external mechanical restraint.