2AD160B-B05OR2-BS03-B2N1

The Bosch Rexroth Indramat 2AD160B-B05OR2-BS03-B2N1 from the 2AD 3-Phase Induction Motors series is a robust AC Induction Motor engineered for demanding industrial applications. Designed to match the Motor Size Code 160 frame with a compact Motor Length Code B, this motor leverages high precision manufacturing to deliver reliable torque and efficiency. Its flange mounting interface simplifies integration into existing drive systems while maintaining exacting alignment tolerances. Certified to operate seamlessly within ambient conditions from 0-40 Degrees Celsius, it provides consistent performance in controlled factory environments.

This motor features Standard bearings that ensure long service intervals and smooth operation under continuous loads. The Axial Blower cooling type maintains optimal winding temperatures, supporting a high duty cycle without the need for additional external cooling equipment. Internally, a High-resolution motor feedback device supplies real-time rotor position data for closed-loop control, while the Winding Code BS design optimizes electromagnetic performance across variable frequency drive inputs. The absence of a holding brake (Without holding brake) reduces mechanical complexity and weight, and the Without shaft seal, with balanced with entire key shaft type minimizes vibration and extends bearing life under high-speed conditions.

Power is supplied through a top-mounted Terminal Box with connections oriented To Right, facilitating straightforward cable routing and quick service access. The motor’s Vibration Grade R rating guarantees low mechanical resonance, supporting smooth operation even in high-precision systems. With no secondary shaft end (Without shaft end on Side B), the design remains compact and cost-effective for installations that do not require auxiliary drives. As part of the 2AD Series with the internal Motor Designation 2AD, this model offers a balance of modularity, performance, and ease of maintenance for conveyors, pumps, fans, and general automation tasks.