MS2N10-E1BNN-CMAG3-NNNNE-NN

The Bosch Rexroth Indramat MS2N10-E1BNN-CMAG3-NNNNE-NN is a high-performance member of the MS2N Synchronous Servo Motors line, designed for precision motion control in demanding automation tasks. Featuring a 3,000 min winding speed and an integrated Multiturn encoder, this servo motor delivers accurate position feedback and consistent torque output. The M58 Angle Plug, Side A electrical connection ensures secure and reliable power transmission, while the absence of a holding brake streamlines installation and reduces maintenance requirements. This combination of advanced winding capability and robust encoder design makes the unit ideal for servo-driven machinery and complex positioning systems.

In-depth technical specifications underline the motor’s suitability for industrial environments. The Multiturn encoder design provides multi-rotation tracking for extended range positioning, eliminating the need for external feedback modules. Its Smooth, with shaft seal configuration protects against dust and contaminants, enhancing longevity and operational stability. Although Not Equipped with a holding brake, the motor’s synchronous operation maintains precise angular velocity under varying loads. The 3,000 min winding rating supports high-speed applications, ensuring rapid response and dynamic performance in high-throughput manufacturing lines.

The MS2N10-E1BNN-CMAG3-NNNNE-NN offers seamless compatibility with standard servo drives and control architectures, thanks to its industry-standard M58 Angle Plug, Side A interface. The integrated shaft seal enhances durability by preventing ingress of particles and moisture, reducing downtime and extending service intervals. Without a holding brake, the motor’s simplified design lowers inertia and improves energy efficiency during cycling operations. This robust, low-maintenance servo solution is engineered for reliability and precision, delivering consistent performance and reduced lifecycle costs in automated production, robotics, and material handling applications.