R911321996 (MSK100B-0300-NN-M1-LG0-NNNN)

How does MSK100B-0300-NN-M1-LG0-NNNN benefit from multiturn encoder feedback?

The multiturn encoder maintains revolution data. Position accuracy stays intact even after interruptions, enhancing synchronization in long-sequence automated processes.

Why is plain shaft design applied in MSK100B-0300-NN-M1-LG0-NNNN?

The plain shaft enables flexible hub coupling. Engineers integrate torque transfer systems easily without special machining, simplifying assembly requirements.

How does MSK100B-0300-NN-M1-LG0-NNNN improve thermal stability?

Natural convection distributes heat across the frame. The cooling design prolongs winding life and avoids external fans to reduce service requirements.

How does MSK100B-0300-NN-M1-LG0-NNNN ensure precise multi-axis alignment?

Its Hiperface optical interface transmits accurate encoder signals. Multi-axis drives synchronize effectively, enhancing coordination in robotics and CNC equipment.

Why does MSK100B-0300-NN-M1-LG0-NNNN use a left-side connector?

The left-side connector allows routing flexibility. It helps integrators design cabinets or assemblies where standard right or B-Side layouts restrict space.

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The MSK100B-0300-NN-M1-LG0-NNNN synchronous servo motor features a left-side power connector and continuous current at standstill of 20.5 A. It uses natural convection cooling, a plain shaft, and a multiturn absolute optical encoder with Hiperface interface. The motor operates without a holding brake that makes it ideal for packaging and automated production systems.