2AD132D-B35OA1-AS03-A2N2
The Bosch Rexroth Indramat 2AD132D-B35OA1-AS03-A2N2 is a high-performance member of the 2AD 3-Phase Induction Motors series, designed as an asynchronous AC induction motor for demanding industrial applications. With a power rating of 22 kW and a speed rating of 7500 rpm, this motor is optimized for high-speed rotational tasks requiring robust and continuous operation. Equipped with a torque constant of 2.59 Nm/A, it delivers precise torque control while maintaining energy efficiency. Its primary function is to drive high-speed production processes with accurate motion control and reliable power output.
In terms of detailed technical specifications, the 2AD132D-B35OA1-AS03-A2N2 features an axial blower cooling system that ensures efficient thermal management by channeling ambient air internally to keep operating temperatures within the specified range of 0 to 45 °C. The motor draws a nominal current of 54 A (with a minimum required current of 48 A) at an AC output voltage of 290 V, ensuring compatibility with standard industrial power supplies. It incorporates a high-resolution motor feedback device to facilitate precise position and speed monitoring, setting it apart from conventional induction motors. The blower fan configuration reduces reliance on external cooling, simplifying installation and maintenance.
Additional features include a centering diameter of 132 mm that maintains shaft alignment and minimizes mechanical vibrations, complemented by a vibration grade S (reinforced design) rating for enhanced stability. The motor housing is equipped with class F insulation and a shaft seal ring to achieve an IP67 protection level, safeguarding internal components against dust and moisture ingress. Mounting options include both flange and foot configurations, while the smooth shaft design allows for straightforward coupling without additional seals. These combined attributes enhance the motor’s durability, reliability, and efficiency in harsh industrial environments, delivering long service life and reduced downtime for precision-driven machinery.
