MS2N03-B0BYN-CMSG1-NNNNP-NN

The Bosch Rexroth Indramat MS2N03-B0BYN-CMSG1-NNNNP-NN from the MS2N Synchronous Servo Motors series is a high-precision synchronous servo motor designed for demanding industrial automation tasks. With a rated power - 100K: 00.37 kW and a rated speed - 100K: 6470 1/min, it delivers reliable performance in applications where precise speed regulation and positioning are critical. The motor achieves a standstill torque - 60K: 00.73 Nm for stable holding under load, making it ideal for robotics, conveyor systems, CNC machinery, and other automated processes requiring consistent speed and torque control.

Engineered with robustness and accuracy in mind, this servo motor supports a maximum current: 7.25 A and can deliver a maximum torque 20 degrees C (cold): 3.75 Nm when stationary. The rotor’s low moment of inertia: 0.000023 kg.m^2 ensures rapid acceleration and deceleration with minimal overshoot, enhancing dynamic response. Standstill current is rated at 1.31 A for thermal reference at 600K, while continuous operation at elevated temperature (1000K) is maintained by a rated current: 1.08 A and rated torque: 0.54 Nm. The motor incorporates a Multiturn encoder design and is equipped with a reliable holding brake, smooth shaft seal, and a turnable electrical connection via an M23 single-cable interface for simplified installation and maintenance.

Compatibility with standard flanges and bearings improves integration across diverse machine configurations, minimizing vibration and ensuring precise mechanical coupling. The motor’s compact design and sealed shaft enhance resistance to contaminants, extending service intervals and reducing downtime. Its low inertia and efficient current-to-torque conversion support energy-efficient operation, contributing to lower power consumption in continuous duty cycles. While no external certifications are specified, the MS2N03-B0BYN-CMSG1-NNNNP-NN meets rigorous industrial performance expectations. In industrial applications, these features translate into increased throughput, reduced maintenance costs, and enhanced reliability, making this motor a cost-effective solution for high-precision automation tasks.