MS2N03-B0BYN-CMSH1-NNANN-NN

MS2N03-B0BYN-CMSH1-NNANN-NN, Bosch Rexroth Indramat, MS2N Synchronous Servo Motors represents a high-precision multiturret encoder motor engineered for demanding automation and robotics applications. Its clean, no-seal shaft design minimizes mechanical complexity and friction, delivering smooth continuous rotation under varying loads. A built-in holding brake secures the shaft instantly when power is removed, ensuring positional integrity without external locking systems. This combination of features makes the motor ideal for installations where contamination is negligible but absolute reliability is mandatory.

In operation, the motor delivers a Maximum current: 7.25 A peak capacity for burst demands, while its Standstill current - 60K: 1.31 A and Standstill torque - 60K: 0.73 Nm guarantee robust holding performance at low temperatures. Under warm conditions (100K), the device sustains a continuous Rated current - 100K: 1.08 A draw, developing a Rated torque - 100K: 0.54 Nm and producing a Rated power - 100K: 0.37 kW at a Rated speed - 100K: 6470 1/min. For transient peaks, the motor withstands a Maximum torque - 100K (warm): 3.46 Nm, increasing to Maximum torque - 20 °C (cold): 3.75 Nm when ambient temperatures drop. With a compact Moment of inertia of rotor: 0.000023 kg·m^2, acceleration and deceleration cycles achieve rapid response times with minimal overshoot.

Engineers will value the motor’s seamless integration into EtherCAT or other fieldbus systems via its M23 single-cable turnable connection, which streamlines installation and reduces cabling errors. The no-shaft-seal layout simplifies maintenance by eliminating wear-prone seals, while the integrated holding brake offers fail-safe locking for safety-critical operations. Overall, the MS2N03-B0BYN-CMSH1-NNANN-NN delivers reliable, high-accuracy performance in compact automation and robotics assemblies.