The Bosch Rexroth Indramat MS2N05-B0BTN-CMSG1-NNNNE-NN is a precision-driven component in the MS2N Synchronous Servo Motors series, built to deliver reliable motion control for advanced automation systems. As a high-performance servo motor, it features a winding speed of 6,000 min⁻¹ and a Multiturn encoder design, providing accurate position feedback over extended travel without loss of reference. Equipped with a holding brake, the motor ensures robust load retention at standstill, making it ideal for applications requiring precise positioning and rapid response.
In terms of technical specifications, this motor is designed with an M23 Single-Cable connection, turnable electrical interface, streamlining installation and reducing cabling complexity. The shaft is smooth, with a shaft seal, enhancing durability by protecting internal components from contaminants and ensuring long service life in harsh environments. The multiturn encoder offers multiple revolutions counting capability, guaranteeing exact angular measurement and eliminating the need for external reference pulses. The holding brake provides immediate mechanical locking upon power loss, enhancing safety in vertical or torque-sensitive operations.
Beyond core performance, the MS2N05-B0BTN-CMSG1-NNNNE-NN emphasizes compatibility and efficiency. The turnable M23 connector simplifies alignment in confined assemblies and accelerates commissioning, while the sealed shaft structure resists dust and moisture ingress, reducing maintenance requirements. The integrated holding brake contributes to energy savings by eliminating the need for continuous power to maintain position. This servo motor’s robust construction and precise feedback capabilities meet the rigorous demands of industrial manufacturing, robotics, and material handling, delivering enhanced throughput, minimal downtime, and superior motion control accuracy.
Electrical Connection
M23 Single-Cable connection, turnable
Encoder Design
Multiturn
Holding Brake
Equipped
Shaft
Smooth, with shaft seal
Winding
6,000 min