Product Description:

The 2AD180D-B35OB1-AS03-D2V1 is an AC induction motor produced by Bosch Rexroth Indramat and included in the 2AD 3-Phase Induction Motors series. Designed for continuous-duty machine tools, printing lines, and material-handling axes, the unit converts three-phase electrical power into rotational motion that can be tightly regulated by a drive controller in automated cells. It is suited to applications that need stable torque delivery, repeatable speed regulation, and reliable operation over long production runs.

The motor is cooled by an axial blower, which forces air along the stator housing to keep winding temperatures within safe limits during extended load cycles. Mechanical installation is simplified through flange and foot mounting, allowing either face or base fixation without adapter plates. Power conductors enter a roof-mounted terminal box that is oriented toward side B, keeping the cables clear of the driven machine shaft. The rotor turns on heavy-duty bearings that tolerate high radial loads and support demanding operating conditions. For applications that stop through drive torque alone, the motor is supplied without a holding brake, eliminating brake coil wiring. Its electromagnetic frame is identified as motor size 180, which provides a larger stator cross-section for higher continuous torque than smaller 2AD frames.

A high-resolution motor feedback encoder is integrated into the non-drive end to relay precise rotor position data, enabling smooth vector control and accurate low-speed operation in positioning tasks. The shaft uses a fully balanced key and a shaft seal, which help limit vibration and reduce the risk of contaminant ingress during operation. The D length code adds an extended lamination stack for elevated power density, and winding code AS matches the electrical characteristics expected by standard Indramat inverters. Compliance with vibration grade R indicates balancing suitable for high-speed spindle duty and helps limit vibration transfer to connected machine structures.