2AD132D-B35OB1-AS03/S002

Product Description:

The 2AD132D-B35OB1-AS03/S002 is a motor designed to integrate robust torque capability, high speed operation, and reliable mechanical construction into a single, multi-purpose unit. As a motor size 132 D member, it has a compact but formidable build. It can accommodate various types of industrial use. Moreover, a 60 Nm of torque output gives better and stable operation for tasks needing uniform rotational force. The 22.8 A operating current enables it to give energy efficiently at rated load.

With a high maximum speed of 9000 rpm, the motor is highly responsive and flexible with the ability to achieve rapid acceleration, precise movement, and reproducibility of operation in systems that require such properties. Vibration grade is graded as S, indicating a smooth and stable running behavior that reduces mechanical stress, improves efficiency, and ensures extended service life. Its operational ambient temperature range is defined from 0 to 40 °C so that it can be used reliably in normal working conditions without performance reduction. It comes with a ≤75 dB(A) noise level. This motor is quiet and ideal for tasks where lower acoustic impact is desired for operators and equipment surroundings. The rotor moment of inertia is 0.065 kg·m². All these features result in efficiency, longevity, and stability with drive systems. It gives high torque, effective current handling, and rapid maximum speed. It gives this motor with flexibility to be used in a wide range of rigorous operations. The design also prioritizes easy integration, balancing mechanical robustness with regulated performance.

By combining vibration stability, stable torque output, and lower noise levels, the 2AD132D-B35OB1-AS03/S002 is a balanced solution for applications demanding both power and precision. It provides repeatable performance in all environments and is therefore a reliable option for performance-accuracy-conscious industries that value long-term dependability and consistent operation in compact, high-performance motor designs.