2AD180D-B35OR1-BS03-A2N2

The Bosch Rexroth Indramat 2AD180D-B35OR1-BS03-A2N2 is a high‐performance component within the 2AD 3-Phase Induction Motors series, designed for demanding industrial drive applications. As an AC Induction Motor, it features a Motor Size Code: 180 and Motor Length Code: D, delivering robust mechanical power in a compact envelope. Equipped with an Axial Blower cooling system and Standard bearings, this motor maintains optimal operating temperatures and durability under continuous operation. Its primary function is to provide reliable torque and speed control for automation equipment, conveyors, and machine tools.

In terms of technical specifications, the 2AD180D-B35OR1-BS03-A2N2 is built without a holding brake, streamlining maintenance and reducing mechanical complexity. The smooth shaft without seal and the absence of a shaft end on Side B facilitate straightforward coupling and integration into modular drive trains. It employs a High-resolution motor feedback device to ensure precise position and speed monitoring. Power is supplied through a top-mounted Terminal Box, oriented to the right for wiring convenience. The dual-mode mounting options—both flange and foot mounting—allow flexible installation in a wide range of machine configurations. Its winding code BS is optimized for standard voltage and current ratings, ensuring consistent performance.

Durability and compatibility are further enhanced by a vibration grade of S, indicating stringent construction standards for minimal operational vibration. The motor’s ambient temperature range of 0-40 Degrees Celsius makes it suitable for controlled industrial environments. As a flange‐ and foot‐mountable unit, it integrates seamlessly with existing drive assemblies and complies with common industry mounting practices. Without additional holding brake components, system designers gain freedom to specify custom braking solutions or reduce total system inertia. In industrial applications, the 2AD180D-B35OR1-BS03-A2N2 delivers efficient power conversion, precise feedback, and robust mechanical stability, resulting in reduced downtime, simplified maintenance, and enhanced process reliability.