2AD100D-B35OB1-AS03-B2N2

The Bosch Rexroth Indramat 2AD100D-B35OB1-AS03-B2N2 motor is part of the renowned 2AD 3-Phase Induction Motors series, engineered by Bosch Rexroth Indramat for demanding industrial environments. This unit features a Motor Size Code 100 and a Motor Length Code D, providing a compact yet powerful solution. Equipped with an Axial Blower cooling system operating at 230V, it ensures efficient heat dissipation during continuous operation. As an AC Induction Motor, it delivers reliable power transmission for conveyor systems, pumps, and general automation applications where robust and maintenance-friendly performance is essential.

In terms of technical specifications, the 2AD100D-B35OB1-AS03-B2N2 offers Standard Bearings for dependable rotational support and reduced friction, complemented by a High-resolution motor feedback device that enables precise control and monitoring. The motor supports both Flange and foot mounting configurations, simplifying installation in varied machine layouts. Power is delivered through a robust Connector interface, positioned at the Top and directed To Side B for streamlined cable routing. The design omits a holding brake, reducing complexity, and utilizes a Shaft Type without shaft seal, balanced with entire key to optimize torque transfer and minimize vibration.

Durability and efficiency are further enhanced by the motor's Vibration Grade S rating and Winding Code AS, ensuring stable operation under fluctuating loads. The absence of a shaft end on Side B reduces contamination risk in harsh environments, and the dual mounting options facilitate easy maintenance access. Although not fitted with a holding brake, the design incorporates a resilient keyway connection engineered to withstand significant shear and crushing forces during torque transmission. This robust construction, combined with efficient axial cooling and high-precision feedback, makes the 2AD100D-B35OB1-AS03-B2N2 an ideal choice for industrial automation, offering enhanced reliability, reduced downtime, and consistent performance in continuous-duty applications.