MS2N07-C0BNN-CMUG0-RNNNN-NN

The Bosch Rexroth Indramat MS2N07-C0BNN-CMUG0-RNNNN-NN is a precision servo motor in the renowned MS2N Synchronous Servo Motors series, designed to deliver high-performance motion control in demanding industrial environments. Featuring a winding speed of 3,000 min, this motor offers rapid response and consistent torque delivery. The Multiturn encoder design ensures accurate position feedback over multiple revolutions, while the M23 Angle Plug, Turnable electrical connection simplifies installation and alignment. Intended for integration into automated production systems, this servo motor excels in applications requiring precise speed regulation and repeatable positioning.

In terms of technical specifications, the MS2N07-C0BNN-CMUG0-RNNNN-NN boasts a smooth shaft with integrated shaft seal, enhancing protection against contaminants and extending operational life. The absence of a holding brake reduces mechanical complexity and maintenance requirements, making the motor lighter and more adaptable to varied mounting configurations. The turnable nature of the M23 angle plug facilitates flexible cabling routes, minimizing installation time and optimizing workspace layout. The robust Multiturn encoder supports high-resolution feedback, delivering real-time position data critical for closed-loop control.

Additional features underscore the motor’s durability and efficiency. The shaft seal safeguards internal components against dust and moisture, increasing reliability in harsh or high-humidity environments. With no holding brake, the motor achieves a streamlined design that reduces inertia and energy consumption during acceleration and deceleration phases. The compatibility of the M23 connector with standard automation interfaces ensures seamless integration with drives and controllers. By combining precise feedback, efficient winding, and robust protection, the MS2N07-C0BNN-CMUG0-RNNNN-NN delivers superior control accuracy and uptime, offering clear benefits for advanced manufacturing, robotics, and process automation applications.