MS2N07-C1BRA-CMVG0-NNNNN-NN

The Bosch Rexroth Indramat MS2N07-C1BRA-CMVG0-NNNNN-NN motor, part of the MS2N Synchronous Servo Motors series, is engineered to deliver precise and dynamic motion control in demanding industrial environments. Featuring a 4,500 min winding and a high-resolution Multiturn encoder, this servo motor ensures accurate positioning over extended operational cycles. Its primary application spans robotics, CNC machinery, and automated assembly systems where repeatable precision and responsiveness are critical to process efficiency and product quality.

In terms of technical specifications, the MS2N07-C1BRA-CMVG0-NNNNN-NN offers a turnable electrical connection via an M40 Angle Plug, simplifying cable routing and maintenance in confined installations. The Smooth shaft with shaft seal design enhances bearing life by preventing the ingress of contaminants, while the robust housing supports continuous operation under high torque demands. Although the motor is Not Equipped with a holding brake, this design choice reduces inertia and enables seamless dynamic deceleration when integrated with external braking systems or regenerative drives. The multiturn encoder affords up to multiple revolutions of absolute position feedback, ensuring system reliability even after power interruptions.

Additional features underscore the motor’s compatibility and durability in diverse automation scenarios. The turnable M40 connector allows flexible orientation for swift commissioning, and the sealed shaft guarantees long-term resistance to dust, coolant, and other common industrial by-products. Absence of an onboard holding brake enables lighter motor weight and reduced rotational mass, improving acceleration profiles and lowering energy consumption during cyclic operations. Certified to Bosch Rexroth Indramat quality standards, this servo motor delivers consistent torque and speed control while maintaining minimal downtime. Deploying the MS2N07-C1BRA-CMVG0-NNNNN-NN in automated workflows enhances throughput, reliability, and precision, ultimately optimizing production efficiency in advanced manufacturing applications.