Product Description:

The MSK100B-0200-NN-S1-LP0-NNNN is an AC synchronous servomotor produced by Bosch Rexroth Indramat within the MSK IndraDyn S Synchronous Motors series. It supplies precise torque and position control for automated axes, packaging stations, and material-handling equipment. By combining a compact stator with integrated feedback, the unit transforms drive current into tightly regulated rotary motion for coordinated multi-axis systems. Because the feedback device is built into the motor, the axis can return position data without requiring a separate external sensor assembly. This arrangement helps keep the drive package compact and supports accurate motion control in machines with limited installation space.

This motor relies on natural convection for cooling, so heat leaves the housing without forced airflow and adequate space around the frame supports thermal dissipation. A left-side power connector helps simplify cable routing when the inverter is located below the axis. The integrated encoder communicates via the Hiperface protocol; its optical reader produces 128 signal periods per revolution and operates as a single-turn device that transmits absolute position for one mechanical turn. The motor uses standard design construction and is delivered without a holding brake, which lowers rotating inertia where external holding is used at standstill. The enclosure carries an IP65 rating, which helps keep dust and water jets away from internal components.

Thermal endurance is supported by insulation class 155, and the motor is intended for ambient temperatures from 0 to 40 °C. The mechanical output end is a shaft with a keyway, enabling secure torque transfer to pulleys or rigid couplings. The 0200 winding pattern matches the electrical characteristics expected by compatible drive settings. Size 100 with length code B gives the motor a medium housing within the series, which suits equipment that needs solid torque in a compact installation depth. The keyed shaft also supports positive mechanical engagement in applications with frequent starts, stops, and direction changes.