2AD160C-B05OR1-DD07-A2N1

The Bosch Rexroth Indramat 2AD160C-B05OR1-DD07-A2N1 is a robust industrial drive solution within the 2AD 3-Phase Induction Motors series, designed to deliver reliable performance in demanding applications. As an AC Induction Motor, it features a Motor Size Code of 160 and a Motor Designation of 2AD, ensuring a proven platform for high-torque requirements. Its smooth shaft design and flange mounting enable precise alignment and seamless integration into production lines. The primary function of this motor is to provide continuous, variable-speed operation in industrial automation, handling loads with stability and minimal maintenance.

Engineered for technical excellence, this motor employs an Axial Blower cooling type to maintain optimal operating temperatures under heavy workloads. Standard Bearings ensure consistent rotational accuracy, while the Winding Code DD delivers enhanced thermal performance and long-term reliability. The integrated Digital servo feedback with multiturn absolute encoder offers high-resolution position feedback, facilitating precise motion control and enabling closed-loop synchronization with modern drive controllers. Vibration performance is rated at R, confirming the motor’s suitability for high-speed and precision-demanding tasks, where minimal vibration is critical for process stability.

Additional features include a Flange mounting arrangement and a Terminal Box power connection positioned on top and directed to the right, optimizing cable routing and installation flexibility. The motor operates reliably in an Ambient Temperature Range of 0-40 Degrees Celsius without the need for a holding brake, reducing complexity in system design. Its Smooth shaft without seal and lack of a shaft end on side B support straightforward coupling to gearboxes or pulleys. This motor’s compatibility with standard industrial interfaces, combined with its durable construction and efficient cooling, translates into reduced downtime, simplified maintenance, and increased energy efficiency, making it an ideal choice for high-performance manufacturing and automation environments.