2AD160C-B35RA2-BS03-D2N2

The Bosch Rexroth Indramat 2AD160C-B35RA2-BS03-D2N2 is part of the prestigious 2AD 3-Phase Induction Motors series, engineered for demanding industrial applications requiring reliable power transmission. As an AC Induction Motor, it features a robust Cooling Type: Axial Blower system that ensures efficient heat dissipation during continuous operation. The motor’s Motor Size Code: 160 and Motor Length Code: C provide a compact yet powerful solution, making it ideal for conveyor drives, pumps, and other heavy-duty machinery where space constraints and performance demands are critical.

Designed with precision and durability in mind, this 2AD series motor incorporates Standard Bearings for dependable rotation and a High-resolution motor feedback device to deliver accurate position and speed monitoring. The combination of flange and foot mounting options allows for versatile installation configurations, while the shaft seal and fully balanced shaft with entire key minimize vibration and wear. Power is supplied via a right-side terminal box (viewed from the front towards the shaft) and connected on Side A, simplifying wiring and maintenance. The absence of a holding brake streamlines the motor design and reduces moving parts, improving reliability in applications that do not require braking functionality.

Built to withstand harsh industrial environments, the motor operates within an ambient temperature range of 0-40 Degrees Celsius and meets Vibration Grade S standards for minimal operational disturbance. The robust terminal box and shaft sealing enhance protection against dust and contaminants, extending service life and reducing downtime. The motor’s winding code BS ensures consistent winding integrity, while its flange-and-foot mounting design offers compatibility with a wide range of industrial gearboxes and couplings. By combining efficient axial blower cooling with high-resolution feedback and a durable mechanical design, the 2AD160C-B35RA2-BS03-D2N2 delivers exceptional performance, reliability, and reduced total cost of ownership in automated production lines and continuous-process operations.