MS2N07-C1BNN-CSSL0-NNNNN-NN

The Bosch Rexroth Indramat MS2N07-C1BNN-CSSL0-NNNNN-NN is part of the renowned MS2N Synchronous Servo Motors series, designed for high-precision motion control in demanding industrial automation environments. This motor features a high-speed winding of 3,000 min⁻¹ and a single-turn encoder design, delivering accurate positional feedback for dynamic response and repeatability. Its robust synchronous motor architecture ensures efficient torque generation and smooth performance across a wide range of speeds and loads. Ideal for applications requiring precise positioning, the MS2N07 model drives conveyors, indexing tables, and robotics with exceptional consistency and reliability.

The MS2N07-C1BNN-CSSL0-NNNNN-NN offers a turnable M23 single-cable connection that simplifies installation and reduces wiring complexity, providing secure power and signal transmission through a single interface. It is not equipped with a holding brake, which enhances flexibility for systems that manage braking externally or through motor controllers. The motor shaft is configured with a keyway, no shaft seal, allowing for straightforward mechanical coupling and streamlined integration with gears, couplings, or pulleys. These features ensure minimal downtime during maintenance and support versatile system architectures.

Built with industrial-grade components, this servo motor maintains operational stability and longevity even under continuous duty cycles. The absence of an integrated brake reduces mechanical wear and simplifies safety protocols when external braking solutions are applied. The single-turn encoder ensures precise absolute position detection at start-up, improving system efficiency by eliminating homing routines. The keyed shaft design provides reliable torque transfer while the turnable cable connector accommodates tight installation spaces. In industrial applications, the MS2N07-C1BNN-CSSL0-NNNNN-NN enhances productivity through exceptional control accuracy, simplified wiring, and durable construction, making it an ideal choice for advanced automation systems.