Product Description
A high-performance motor from Rexroth's 2AD series, 2AD132C-B35RL1-AD01 has been meticulously designed to meet the rigorous demands of advanced automation systems and manufacturing processes. This sophisticated industrial servo motor incorporates a frame size of 132 with C-length housing dimensions to offer an optimal balance of power and spatial efficiency to reliably cater to a wide array of applications. The motor is further equipped with a B35 mounting configuration that merges both flange and foot mounting options, expanding installation possibilities consistent with diverse application requirements. The motor features a power terminal ( R ) positioned to the right with the terminal box connection located on the blower ( L ) on the left side to streamline electrical connection for improved access to cable routing and hassle-free maintenance.
The motor efficiently manages heat dissipation thanks to an axial blower cooling system with a directed airflow pattern from B to A (1) that ensures sustained performance even under continuous or high-load conditions. Marked by a designated AD windings configuration, the motor has been engineered for consistent torque delivery and energy-efficient operations to adhere to the precision and dependability requirements of modern industrial applications. Integrated with motor feedback (1), the motor provides precise monitoring capabilities to suit tasks where high accuracy and responsiveness are paramount to achieve control of speed and positioning.
Industrial systems that depend on an external braking source or don't require it all will find the absence of a holding brake ( 0 ) in the motors design particularly beneficial. 2AD132C-B35RL1-AD01 represents the highest engineering standards as reflected in its sturdy design and advanced functionalities, making it the preferred choice for industrial applications, including material handling, robotics, and automated production lines. By delivering a dependable performance, this motor is poised to meet the needs of dynamic and intense operational environments.