MSK101D-0450-NN-S1-AP2-NNNN

The Bosch Rexroth Indramat MSK101D-0450-NN-S1-AP2-NNNN belongs to the prestigious MSK IndraDyn S Synchronous Motors family, delivering high-performance motion control for demanding industrial automation tasks. As a member of the IndraDyn S Synchronous Servomotor product line, it features natural convection cooling and an integrated holding brake, electrically-released capable of 70 Nm braking torque. With an optical singleturn encoder providing 128 signal periods and a robust shaft with keyway, this motor excels in precision positioning applications where reliability and accuracy are paramount.

In terms of detailed technical specifications, the MSK101D-0450-NN-S1-AP2-NNNN sports a motor size of 101 and a motor length of D, optimized for compact installations. The power connector is located on the A-Side for easy integration, and the Hiperface encoder interface ensures seamless communication with modern drives. The winding inductivity of 1,700 mH supports smooth current transitions, while the maximum torque rating of 160.0 Nm and maximum current of 187.7 A allow the motor to handle dynamic loads with ease. Continuous performance is assured by a continuous current at standstill 100 K of 50.6 A and continuous torque at standstill 100 K of 57.0 Nm, underlining its capability for sustained holding and intermittent motion cycles.

Designed for durability and flexibility, this servomotor requires an external Cooling FN constraint to maintain optimal operating temperature, ensuring long-term reliability in harsh environments. The inclusion of a high-torque electrically-released holding brake enhances safety during power-off conditions and simplifies mechanical design by eliminating the need for separate braking systems. As a standard design, the MSK101D-0450-NN-S1-AP2-NNNN offers compatibility with a wide range of drive controllers and peripherals, streamlining system integration. By leveraging advanced encoder technology and robust torque capabilities, this motor delivers exceptional efficiency, precise control, and reduced downtime, making it an ideal choice for high-throughput manufacturing, robotics, and complex automation systems.