Product Description
This product 2AD132B-B35OA1-BS03-E2N1 servo motor is developed by Indramat for integration within industrial systems where precision and high performance are paramount. Indramat's dedication to advanced engineering principles, state-of-the-art technology, and custom-tailored automation solutions has cemented its reputation as a leader in the field of industrial automation.
The 2AD132B-B35OA1-BS03-E2N1 servo motor offers a rated output power of 10 kW which is accompanied by a peak torque output of 64 Nm. With a total mass of 90 kg, the motor is designed for continuous operation under heavy load conditions and is supported by a thermal time constant of 45 minutes. The combination of its precise torque control and power capabilities renders it ideal for high-performance machinery applications. Operating at a nominal speed of 1500 rpm, it is particularly suitable for scenarios requiring both elevated torque output and high speed. The 2AD132B-B35OA1-BS03-E2N1 servo motor is powered by a three-phase 400V and frequency 50 Hz electrical inputs. Although the design excludes a holding brake, it holds a feedback mechanism that ensures accurate position tracking and control. Installation versatility is enhanced by both flange and foot mounting capabilities, with power connections at the top for ease of installation, and output connections positioned at the B side for streamlined integration.
The 2AD132B-B35OA1-BS03-E2N1 servo motor utilizes industrial-grade bearings that conform to R-class vibration standards for reduced mechanical wear over extended usage. The motor's shaft has a half-keyed design and no sealing rings but is dynamically balanced to mitigate vibration during operation. Thermal management is achieved through an axial airflow cooling system while maintaining optimal thermal conditions for continuous working within a temperature range of 0 degrees C to 45 degrees C. This motor is integral to delivering the reliable, efficient, and high-performance operation required in today's advanced industries.