Product Description:

The MSK100C-0200-NN-S3-AG2-NNNN is an IndraDyn S synchronous servomotor produced by Bosch Rexroth Indramat and assigned to the MSK IndraDyn S Synchronous Motors series. In its standard design, the motor supplies closed-loop rotary motion for packaging, printing, and assembly equipment. This allows the drive system to maintain accurate speed and position during repeated starts, stops, and short indexing moves. The motor is intended for servo axes that must accelerate, settle, and repeat motion profiles over long production runs. It relies on natural convection for heat dissipation, so no external blower is necessary. An electrically released holding brake secures the load whenever the drive is de-energized, and an A-side power connector simplifies cabling inside compact machine frames.

Frame size 100 and length code C give the motor a mechanical envelope suited to mid-range torque without excessive installation depth. Electrically, winding code 0200 sets the copper fill and turns ratio for operation with IndraDrive controllers. Rotor position is relayed by a Hiperface interface that provides absolute data with a basic resolution of 16 signal periods, supporting stable velocity and position control. Insulation class 155 allows continuous winding temperatures up to 155 °C. That thermal capacity helps the winding tolerate normal heat rise during continuous servo duty. The housing length also provides additional internal space for the active motor components used in this frame.

The encoder uses capacitive sensing in a single-turn format, reducing susceptibility to magnetic interference and supporting stable feedback across an ambient range of 0 to 40 °C. During power-off conditions, the electrically released brake supplies 70 Nm of static torque to hold vertical or unbalanced loads. A plain output shaft transfers torque without keyway stress risers, and the housing carries an IP65 rating that blocks dust and low-pressure water jets. The smooth shaft is intended for direct coupling arrangements that rely on clamping elements rather than keyed engagement.