Product Description:

The 2AD180C-B35RR1-BS23-B2N1 is an AC induction motor produced by Bosch Rexroth Indramat within the 2AD 3-Phase Induction Motors series. It serves as the primary rotary drive element in automated machinery, converting electrical power into continuous mechanical torque for conveyors, packaging axes, and general motion platforms on factory floors. When paired with a compatible drive system, it provides stable rotational output for equipment that operates through repeated cycles and depends on consistent speed control during normal production.

This model uses the size code 180, giving the stator a frame diameter suited for mid-range power demands. An integrated electrically released brake maintains shaft position during power-off states, while an axial blower moves air along the housing to remove heat generated under load. Position and speed are reported through high-resolution motor feedback, allowing drive controllers to close tight velocity loops. The motor uses flange and foot mounting, so it can be attached directly to a machine face or secured on a base. The motor length code is C, which corresponds to the active iron stack depth, and the BS winding corresponds to the conductor gauge and turn count used for the rated voltage and current. The shaft is supplied without a seal and is balanced with the full key installed, which helps limit residual vibration during coupling operation.

Power enters through conductors routed to the right when facing the shaft, and termination is made in a sealed terminal box on that side to separate mains wiring from feedback cabling. The mechanical B-side is machined without a shaft end, so auxiliary loads cannot be coupled on that face. Dynamic behavior is classified under vibration grade R, which supports running accuracy for belt-driven or direct-coupled loads. The right-hand power entrance and matching connector position help support compact cabinet layouts, and the BS winding is intended for drives that supply the required current without exceeding thermal limits.