MS2N03-D0BYN-CSSH0-NNANN-NN

The MS2N03-D0BYN-CSSH0-NNANN-NN, Bosch Rexroth Indramat, MS2N Synchronous Servo Motors features a precision-engineered, low-inertia rotor rated for a Maximum speed (electrical) of 9000 1/min and continuous operation under high thermal loads. The design incorporates a Single-turn absolute encoder that guarantees repeatable positioning without homing sequences, while the absence of a holding brake simplifies mechanical integration and reduces maintenance. A smooth, no-shaft-seal output shaft permits straightforward coupling to gearboxes or direct-drive accessories, and the turnable M23 single-cable connection streamlines field wiring in confined cabinet layouts. This compact servo motor delivers dynamic response in a robust IM B5 / IM 3001 flange format.

In applications requiring precise torque control, the MS2N03-D0BYN-CSSH0-NNANN-NN achieves a Maximum torque 20 degrees C (cold) rating of 7.4 Nm and a Maximum torque 100K (warm) of 6.8 Nm, with a peak draw of Maximum current at 14.5 A. Under the standard thermal class (100 K), it sustains a Rated power – 100K output of 0.4 kW at a Rated speed – 100K of 5700 1/min and draws a Rated current – 100K of 1.39 A. When stationary at the 60 K limit, the servo holds up to Standstill torque – 60K of 1.15 Nm with a draw of Standstill current – 60K at 2.07 A, ensuring stable holding under light loads. All electrical and thermal parameters are meticulously documented for seamless PLC and drive tuning.

Integrators will value the MS2N03’s plug-and-play encoder feedback and minimal rotor inertia (≈0.000023 kg·m²) for high-acceleration motion profiles in automation and robotics. The motor’s self-cooling design obviates external heat exchangers, enhancing system reliability and reducing cabinet complexity. Whether deployed in pick-and-place machines, rotary indexing tables, or multi-axis gantry systems, this servo motor delivers consistent, repeatable performance with low maintenance overhead.