2AD132B-B05OA1-BS03/S001

The Bosch Rexroth Indramat 2AD132B-B05OA1-BS03/S001 AC Induction Motor is a high-performance unit in the 2AD 3-Phase Induction Motors series, engineered for robust industrial applications. This asynchronous motor delivers a continuous Power Rating of 37.5 kW and a rated Torque Rating of 96 Nm to maintain precise motion control under heavy loads. It operates at a Base Speed of 1500 rotations per minute and achieves a Peak Speed of 7500 rotations per minute in standard configuration. Designed for durability and efficiency, the motor's key features include integrated high-resolution motor feedback and an optimized cooling system for consistent thermal management.

The 2AD132B-B05OA1-BS03/S001 model requires a wide Voltage Range of 17 volts AC to 258 volts AC and supports a Current Range of 45 to 65 amperes, accommodating varying supply conditions without compromise. Its Axial Blower cooling type ensures effective heat dissipation during continuous operation, while the High-resolution motor feedback device delivers precise position and speed signals. The motor’s compact Motor Length Code B and flange mounting design simplify installation in confined spaces. With a Winding Code BS and a Vibration Grade R, the unit meets stringent industry standards for electrical and mechanical stability.

Operational excellence is enhanced by the Keyway Feather Design shaft, which provides balanced torque transmission and prevents bending under extreme loads. When fitted with heavy-duty bearings, the motor can reach a Maximum Speed with Bearings of 10000 rpm, suitable for high-speed drilling or friction welding processes. Noise emissions are kept to a minimum thanks to the optimized mechanical design, achieving just 75 dB at 1 meter during peak operation. Environmental resilience is assured by the IP 65 rating, protecting against dust ingress and low-pressure water jets to maintain internal integrity. Power connections are routed To Side A at the Top position to streamline cable management and reduce installation complexity.

System integration is straightforward via the flange mounting interface and standard feedback protocols, allowing seamless connection to inverters and drive controllers without the need for additional adapters. The absence of a holding brake simplifies mechanical design and reduces maintenance points, while the robust construction suits demanding manufacturing environments. Target applications include CNC machining centers, high-speed spindles, automated drilling rigs, and friction welding systems where dynamic response, reliability, and compact footprint are critical. This motor’s combination of high torque density and advanced thermal control makes it an ideal choice for modern automated production lines.