2AD160C-B35OA1-BS03/S002

The Bosch Rexroth Indramat 2AD160C-B35OA1-BS03/S002 is a robust industrial drive solution in the 2AD 3-Phase Induction Motors series, designed for reliable power transmission in demanding applications. As an AC Induction Motor, it delivers consistent performance with a Motor Size Code of 160 and a Motor Length Code of C for a compact yet powerful footprint. Key features include an Axial Blower cooling system for efficient thermal management and a High-resolution motor feedback device that provides precise position and speed data. This motor’s primary function is to drive mechanical loads in automated production lines, packaging systems, and conveyor assemblies.

Offering an extensive set of technical specifications, the 2AD160C-B35OA1-BS03/S002 supports both Flange and foot mounting configurations, giving integrators maximum flexibility during installation. The Power Connection Type is a rugged Terminal Box located at the Top and oriented To Side A, facilitating straightforward wiring in control cabinets. The motor’s Vibration Grade S ensures smooth operation under variable loads, while the Winding Code BS guarantees optimized torque characteristics. The ambient operating range spans 0-40 Degrees Celsius, and the design omits a holding brake, reducing complexity and maintenance points.

Built to excel in industrial environments, this induction motor is specified without a holding brake to streamline mechanical integration and minimize downtime. The combination of axial blower cooling and high-resolution feedback enhances operational efficiency and extends service intervals. Flange and foot mounting options improve compatibility with existing machinery, and the top-mounted terminal box simplifies routine inspections. Although no explicit certifications are listed, the motor designation 2AD reflects Bosch Rexroth Indramat’s adherence to rigorous quality standards. In industrial applications, the 2AD160C-B35OA1-BS03/S002 delivers precise control, exceptional durability, and dependable uptime, making it an ideal choice for high-demand automation tasks.