The Bosch Rexroth Indramat MS2N07-C0BNA-CMVG0-NNNNN-NN from the MS2N Synchronous Servo Motors series delivers precision motion control in a compact, industrial-grade package. Engineered with a 3,000 min winding and a high-resolution Multiturn encoder design, this servo motor ensures accurate position feedback over multi-revolution applications. Its robust construction features a smooth shaft with shaft seal to guard against contamination, while the absence of a holding brake (Not Equipped) simplifies integration into constrained drive solutions. Designed for seamless connectivity, the unit employs an M40 Angle Plug and a turnable electrical connection for flexible cable routing during machine assembly.
In environments demanding repeatable performance, the MS2N07 model stands out with its Multiturn encoder that guarantees consistent feedback across the full 3,000 revolutions, reducing position drift over long operating cycles. The smooth shaft surface works in concert with the integrated shaft seal to resist dust and debris ingress, extending bearing life and minimizing maintenance intervals. By forgoing a holding brake, the motor reduces mechanical complexity and lowers inertia, which is particularly advantageous in high-speed pick-and-place systems or robotic joints. Additionally, the M40 Angle Plug and turnable electrical connection offer versatile mounting orientations, streamlining cabinet design and cable management.
Compact yet powerful, the MS2N07-C0BNA-CMVG0-NNNNN-NN motor fits neatly into distributed axis architectures, delivering reliable torque without sacrificing footprint. With its combination of 3,000 min winding, Multiturn encoder design, and field-proven Bosch Rexroth Indramat reliability, this servo motor is ideally suited for packaging machines, material handling systems, and precision assembly lines where continuous accuracy and low maintenance are paramount.
Electrical Connection
M40 Angle Plug, Turnable
Encoder Design
Multiturn
Holding Brake
Not Equipped
Shaft
Smooth, with shaft seal
Winding
3,000 min