MS2N10-E0BNN-CMBG3-NNNNE-NN

The Bosch Rexroth Indramat MS2N10-E0BNN-CMBG3-NNNNE-NN is an advanced synchronous servo motor in the MS2N Synchronous Servo Motors series designed for precise motion control in high-performance automation systems. Featuring a 3,000 min-1 winding and a Multiturn encoder design, this motor delivers accurate position feedback and consistent speed regulation to meet demanding industrial requirements. Its primary function is to provide reliable torque and speed control in applications ranging from CNC machining centers to robotic assembly lines, ensuring seamless integration into complex motion control architectures.

In terms of technical specifications, the MS2N10-E0BNN-CMBG3-NNNNE-NN employs an M58 angle plug, side B electrical connection for robust and secure power and signal transmission. The Multiturn encoder design enables precise tracking of rotor position over multiple revolutions, enhancing accuracy in closed-loop control scenarios. This model is not equipped with a holding brake, reducing mechanical complexity and maintenance requirements while maintaining high responsiveness. The 3,000 min-1 winding optimizes the motor’s electromagnetic performance, balancing torque output with speed capability for versatile operation across a spectrum of industrial tasks.

Additional features of the MS2N10-E0BNN-CMBG3-NNNNE-NN include a smooth shaft with shaft seal, which improves durability by preventing ingress of contaminants and enabling reliable operation in harsh environments. The absence of a holding brake allows for simplified system architecture and faster dynamic response, making it ideal for applications requiring rapid acceleration and deceleration. While no specific certifications are listed, Bosch Rexroth Indramat’s stringent quality standards ensure that this servo motor meets rigorous industrial reliability criteria. Integrating the MS2N10-E0BNN-CMBG3-NNNNE-NN into production machinery offers enhanced efficiency, reduced downtime, and superior positional accuracy, translating into increased throughput and lower total cost of ownership in automated manufacturing processes.