2AD132B-B35OA1-DS23-A2N1

The 2AD132B-B35OA1-DS23-A2N1 AC induction motor from Bosch Rexroth Indramat in the 2AD 3-Phase Induction Motors series delivers robust asynchronous performance for industrial applications. This motor features a Motor Size 132 frame and a Motor Length Code B configuration to suit compact installations. It generates a Rated torque of 64 Nm at a Nominal speed of 1500 min⁻¹, with peak speeds up to 7500 min⁻¹ for dynamic load handling. Engineered as a Product Type AC Induction Motor, it employs standard Bearings and a Cooling Type Axial Blower to maintain optimal operating temperatures under continuous duty. The clean, Shaft Type smooth shaft without seal design simplifies coupling and minimizes noise during operation.

Performance is enhanced by an integrated Feedback Device high-resolution motor feedback, providing precise speed and position control. The Brake electrically released mechanism ensures reliable holding torque when idle, with instantaneous disengagement upon power availability. Its Winding Code DS delivers efficient electromagnetic conversion, while the Vibration Grade R rating confirms tolerance to moderate vibration environments. The robust frame supports both Flange and foot mounting, offering installation versatility. Designed with a Shaft End (Side B) without shaft end, this motor adapts easily to various drive layouts.

Reliability is assured through rugged construction and maintenance-free operation across an operating temperature range of 0 to 45°C. Power connections are conveniently located Power Connection Direction To Side A and Power Connection Position Top, simplifying cable management and integration. The motor’s durable standard Bearings ensure long service life, even under sustained radial and axial loads. Its asynchronous design enables seamless compatibility with industrial drives and controllers, making it ideal for conveyor systems, machine tools, and process automation. Backed by a one-year warranty, this motor provides dependable performance and straightforward integration into demanding applications.