MS2N10-F0BDA-CSVH0-NNNNN-NN

The Bosch Rexroth Indramat MS2N10-F0BDA-CSVH0-NNNNN-NN servo motor is a member of the MS2N Synchronous Servo Motors series, engineered for high-precision motion control in advanced automation systems. This unit incorporates a winding rating of 1,000 min and a Single-turn encoder design to ensure exceptional positional accuracy. With a holding brake that is Not Equipped, the motor delivers smooth dynamic performance and rapid response without the need for additional mechanical brakes. Its primary function is to convert electrical input into precise rotary motion for applications such as robotic arms, CNC machinery, and conveyor systems.

In terms of technical specifications, the MS2N10-F0BDA-CSVH0-NNNNN-NN employs an M40 Angle Plug, Turnable Electrical Connection that facilitates flexible installation and quick maintenance. The motor’s Shaft is specified as Smooth, no shaft seal, reducing friction and simplifying coupling to gearboxes or load components. The Encoder Design is a high-resolution Single-turn unit, capable of detecting angular position with precision, while the Winding parameter of 1,000 min indicates its optimized electrical characteristics for stable torque output. The absence of a Holding Brake streamlines the motor’s internal design, minimizing inertia and enhancing acceleration performance.

Additional features of this servo motor highlight its adaptability and efficiency in industrial environments. The turnable angle plug ensures compatibility with diverse control cabinets and wiring schemes, reducing installation time and minimizing potential misalignment. The smooth shaft without seal offers durability and eases integration with mechanical couplings or encoders, while the single-turn encoder affords reliable feedback for closed-loop control. Although the motor does not include a holding brake, its robust construction and precise winding deliver consistent operation under varying loads. In industrial applications, the MS2N10-F0BDA-CSVH0-NNNNN-NN provides high positional accuracy, streamlined integration, and dependable performance, making it an ideal choice for modern automation systems.