MS2N05-D0BRN-CMSL0-NNNNN-NN

The MS2N05-D0BRN-CMSL0-NNNNN-NN, Bosch Rexroth Indramat, MS2N Synchronous Servo Motors model is a high-precision synchronous servo motor engineered for demanding industrial automation tasks. It delivers 0.5 kW of continuous output power at a top speed of 3000 rpm, ensuring consistent torque delivery across the entire speed range. This compact unit weighs approximately 2.6 kg and features a natural convection cooling system, which eliminates the need for active cooling fans and reduces maintenance requirements. An optimized frame with a keyway shaft and a turnable M23 single-cable connection supports straightforward mechanical integration and streamlined wiring.

Equipped with a robust multiturn absolute encoder, the motor provides high-resolution position feedback after multiple revolutions, enabling precise and repeatable motion control. The drive operates on a nominal voltage of 400 V AC and draws a rated current of 2.2 A, producing a rated torque of 1.59 Nm under continuous load conditions and a peak torque of 5 Nm to handle transient load spikes. A peak current of 4.6 A is available for rapid acceleration and deceleration phases, while the IP65 protection class ensures full resistance to dust ingress and water spray in harsh industrial environments. Internally, a 4,500 min⁻¹ winding specification enhances thermal endurance, and the absence of a holding brake simplifies the design while maintaining dynamic responsiveness.

Designed for seamless integration into automated machinery, this servo motor combines a minimal footprint with robust performance to meet the needs of robotics, material handling, and packaging systems. The high ingress protection rating and passive cooling architecture ensure reliable operation in dusty, humid, or washdown environments, extending service life and reducing downtime. Precise encoder feedback, simplified installation, and consistent power delivery make the MS2N05-D0BRN-CMSL0-NNNNN-NN an ideal choice for applications requiring compact, dependable, and accurate motion control.