2AD180C-B35OB1-BS01-D2V1

The 2AD180C-B35OB1-BS01-D2V1, Bosch Rexroth Indramat, 2AD 3-Phase Induction Motors unit delivers a robust solution for demanding industrial power transmission. Engineered as an AC Induction Motor, it features a compact footprint yet provides substantial torque for continuous-duty applications. Its Motor Designation 2AD series pedigree ensures consistent performance across a wide range of automation and drive systems. With precision machining and stringent quality control, this motor supports mission-critical processes in manufacturing, material handling, and process industries.

This motor incorporates Heavy-duty Bearings for extended service life under high radial and axial loads, while the Axial Blower Cooling Type maintains optimal thermal conditions during continuous operation. The Motor Size Code 180 combined with the Motor Length Code C balances torque density and inertia for precise speed control. Installation flexibility is maximized via dual Flange and foot mounting, and a sealed shaft seal, with balanced with entire key Shaft Type minimizes vibration and prevents contamination ingress. Power is routed through a top-mounted Terminal Box Power Connection Type oriented to Side B Power Connection Direction, simplifying cabling in compact enclosures. The Winding Code BS and Vibration Grade R meet stringent dynamic response and noise criteria, while the specified Ambient Temperature Range of 0-40 Degrees Celsius ensures reliable operation in standard plant environments.

Designed for seamless integration into modular drive trains, the 2AD180C-B35OB1-BS01-D2V1 features a brake-free rotor configuration that reduces maintenance and eliminates safety interlocks for holding applications. Its rugged construction and balanced shaft end guarantee vibration-free performance, even under rapid start-stop cycles. Trusted for its reliability and ease of commissioning, this Bosch Rexroth Indramat motor is ideal for conveyor systems, robotics, and pump drives requiring stable torque, efficient cooling, and long service intervals.