2AD132C-B35OA1-BS06-D2N1

The Bosch Rexroth Indramat 2AD132C-B35OA1-BS06-D2N1 from the 2AD 3-Phase Induction Motors series is a high-performance AC Induction Motor delivering a nominal power of 15 kW and a precise nominal torque of 96 Nm across its operating range. It employs a robust industrial-grade housing coupled with an axial blower cooling type that sustains an impressive air medium volume of 1000 m3/h, maintaining optimal thermal stability during extended duty cycles. An integrated digital servo feedback device provides accurate speed and position monitoring, while the directed air direction B to A airflow path maximizes heat extraction and protects internal windings. With a proven winding code BS and certified vibration grade R, the motor is engineered for continuous operation in harsh manufacturing environments.

Mechanical integration is simplified thanks to versatile flange and foot mounting options that accommodate both horizontal and vertical installations without additional adapters. The motor utilizes standard bearings optimized for high radial and axial loads, and features a sealed shaft type with a full-length key ensuring dynamic balance and minimal endplay. Operating without holding brake, it reduces maintenance complexity and eliminates wear components in inertia-driven applications. Power is routed to Side A through a top-positioned connector using a 16 mm2 power wire cross section area, ensuring low-loss current transmission and facilitating rapid assembly; Side B is finished without shaft end to streamline coupling.

Thermal resilience is further enhanced by a thermal time constant of 50 min, delivering predictable heating curves that simplify cooling system design and load planning. The motor's rotor moment of inertia of 0.076 kgm2 balances dynamic responsiveness with load inertia, optimizing torque delivery during acceleration and deceleration cycles. These integrated features make the 2AD132C-B35OA1-BS06-D2N1 an ideal choice for precision conveyor systems, packaging machinery, and automated material handling where reliability and compact form factor are essential. Please respond in JSON format.