The Bosch Rexroth Indramat MS2N05-C0BNN-CMSH1-NNNNN-NN is a high-performance unit in the MS2N Synchronous Servo Motors series designed for precise motion control in demanding automation and robotics applications. This servo motor features a 3,000 min winding and a Multiturn encoder design that work together to deliver accurate positioning over extended operating cycles. Its primary function is to provide reliable, repeatable torque and speed control in tasks ranging from high-precision assembly lines to dynamic handling systems.
In terms of technical specifications, the MS2N05-C0BNN-CMSH1-NNNNN-NN offers an M23 Single-Cable connection, turnable electrical interface that simplifies installations and reduces cabling complexity. The integrated holding brake ensures secure load locking when the motor is inactive, preventing drift in vertical or inclined orientations. A smooth, no shaft seal shaft design enhances mechanical run-out precision while minimizing friction and maintenance requirements. The Multiturn encoder enables long-term position feedback without the need for homing sequences, and the 3,000 min winding supports sustained rotational speeds for continuous operation.
Additional features underscore this motor’s compatibility and efficiency in industrial environments. The turnable M23 connector accommodates tight mounting spaces and eases field wiring, while the smooth shaft eliminates potential leak points, improving overall durability. Equipped with a standard holding brake, the motor meets common safety and operational standards for load retention, ensuring compliance in automated work cells. By combining advanced encoder feedback, robust electrical connectivity, and low-maintenance mechanical design, the MS2N05-C0BNN-CMSH1-NNNNN-NN delivers exceptional repeatability, reduced downtime, and enhanced throughput for modern manufacturing and processing systems.
Electrical Connection
M23 Single-Cable connection, turnable
Encoder Design
Multiturn
Holding Brake
Equipped
Shaft
Smooth, no shaft seal
Winding
3,000 min