2AD132D-B05OB6-AS03-B2N1

The Bosch Rexroth Indramat 2AD132D-B05OB6-AS03-B2N1 is a robust industrial-grade AC induction motor from the renowned 2AD 3-Phase Induction Motors series, designed to deliver reliable performance in demanding applications. Featuring a Radial Blower cooling type for efficient heat dissipation and High-resolution motor feedback for precise control, this motor operates without a holding brake, making it ideal for continuous motion tasks where dynamic starts and stops are frequent. Its flange mounting and standard bearings provide secure installation and stable operation across conveyor systems, pump drives, and other automated machinery.

Built around a Frame size of 132 and a Motor Length Code of D, the 2AD132D-B05OB6-AS03-B2N1 offers a compact footprint without compromising on torque delivery. The shaft design is optimized without shaft seal, with balanced with entire key, ensuring minimal mechanical losses and smooth rotational balance. Power is introduced on Side B from the top position, streamlining cable management and reducing installation complexity. With a winding code of AS and a vibration grade of R, this motor maintains low mechanical resonance and superior thermal stability under high-load cycles. The radial blower cooling system further safeguards against temperature spikes, ensuring uninterrupted performance during extended duty cycles.

Engineered for seamless integration, this AC induction motor supports flange mounting standards and offers a vibration grade rating that minimizes wear on connected drives and gearboxes. Although it is supplied without a holding brake, the motor’s balanced shaft and high-resolution feedback device allow precise speed regulation and swift load changes without mechanical strain. The durable construction and advanced cooling design contribute to high efficiency and prolonged service life, while the absence of additional shaft seals simplifies maintenance. In industrial settings, the 2AD132D-B05OB6-AS03-B2N1 motor delivers consistent torque, exceptional control accuracy, and reduced downtime, offering a dependable solution for modern automation and drive applications.