Product Description:

The MSK101F-0202-NN-S1-AG0-NNNN is a synchronous servomotor built by Bosch Rexroth Indramat for the MSK IndraDyn S Synchronous Motors series. As a closed-loop drive element, it converts electrical energy from a drive controller into precise rotary motion that supports positioning, contouring, and speed-regulated tasks on packaging lines, metal-cutting centers, or pick-and-place modules. Its electromagnetic design is optimized for industrial automation, where high-resolution feedback and compact natural cooling allow the motor to be integrated directly into tight machine frames without external blowers or liquid circuits. This makes it suitable for machinery that needs repeatable positioning and precise speed changes in limited installation space.

The motor relies on natural convection, so heat leaves the stator through surface radiation and ambient airflow. This simplifies installation and removes the need for fans. Rotor position is reported through a Hiperface interface that carries both incremental tracks and absolute data, enabling simultaneous velocity control and absolute homing over a single cable. The feedback disk supplies 128 signal periods per mechanical revolution, and after internal interpolation the drive receives fine angle information for smooth torque production. Sensing is based on an optical scanning principle that resists magnetic interference and supports stable accuracy across temperature changes. The measuring range is single-turn, so the absolute position repeats with each full revolution, which suits axes that reset at known reference marks. For safety-critical stops, the application must use external holding devices because the motor is supplied without a holding brake.

The motor has size 101, which gives it flange dimensions and stator length suited to medium-frame applications. The power terminals are arranged on the A-side to keep encoder and mains cabling apart, and motion is transferred through a plain shaft that is intended for direct coupling or clamp-style hub connections. This cable orientation can help keep the connection area orderly when the motor is installed in compact axis layouts. The motor uses winding code 0202, which corresponds to the electrical values used with compatible IndraDrive controllers for consistent current control and dynamic torque response during acceleration and speed changes.