MSK100C-0200-NN-S1-RP0-NNNN

The MSK100C-0200-NN-S1-RP0-NNNN, Bosch Rexroth Indramat, MSK IndraDyn S Synchronous Motors is a precision-engineered IndraDyn S Synchronous Servomotor designed in a Standard configuration for seamless integration into high-performance motion systems. This Motor Size 100 unit, with a Motor Length C housing, matches the compact footprint required by modern automation layouts. Featuring a Rated Speed Code 0200, it delivers a balanced blend of dynamic response and continuous operation stability in demanding industrial environments. The shaft is configured as a Shaft with keyway to ensure secure coupling with downstream drive components.

The motor is cooled by Natural convection, eliminating the need for forced-air systems and reducing maintenance points in high-density installations. Power is delivered through a robust Right-Side Power Connector, simplifying cable routing in compact control cabinets. Position feedback is provided by an Optical Encoder Technology with Singleturn Encoder Turn Type, interfacing via Hiperface protocol for low-latency, high-bandwidth communication. The feedback loop achieves ultra-fine positioning accuracy courtesy of 128 signal periods Encoder Resolution. At standstill and 100 K, the drive sustains a Continuous Current 20.3 A and generates Continuous Torque 43.5 Nm, while dynamic demands see peaks up to Maximum Current 79.7 A and Maximum Torque 148.0 Nm. The stator winding inductivity of 6,700 mH optimises current smoothing and reduces motor heating during transients.

Engineers appreciate the absence of a Holding Brake for streamlined mechanical design and reduced inertia, while the natural convection cooling enhances reliability in sealed enclosures. The standard design and keyway shaft facilitate drop-in upgrade of legacy servomotor installations without extensive reengineering. With its high-torque density, precise feedback system, and maintenance-free operation, the MSK100C-0200-NN-S1-RP0-NNNN excels in robotics, packaging machinery, and CNC applications where uptime and positioning fidelity are paramount.