Product Description:

The MSK061C-0200-NN-S2-UP0-RNNN is a synchronous servo motor produced by Bosch Rexroth Indramat within the MSK IndraDyn S Synchronous Motors series. The unit converts drive current into precisely regulated rotary motion for industrial automation tasks such as feeder stations, tooling heads, and articulated joints where closed-loop velocity and position control are required. Its compact design also suits machines that need accurate rotary motion with consistent dynamic response during repeated duty cycles.

Heat is removed by natural convection, so the motor relies on ambient airflow instead of an integrated fan, which reduces wiring and simplifies cabinet layouts. For position feedback, its optical encoder communicates through the EnDat2.1 serial interface and generates 2048 signal periods per mechanical revolution, giving high-resolution data to the drive controller. The encoder head is single-turn, meaning it measures absolute angle within one turn, and its metal housing can be rotated 240° to ease cable routing inside tight machines. Mechanical alignment accuracy is improved by the increased concentricity design, while winding code 0200 indicates the electrical constants used by the drive. Protection against dust and water jets is rated at IP65, allowing installation on open machine frames in wash-down production areas. The motor size of 061 with length code C provides a balanced combination of torque capacity and installation depth.

The keyed output shaft provides secure torque transfer, and its shaft with keyway geometry matches standard couplings for straightforward alignment. Because the motor is supplied without a holding brake, any power-off load retention must be handled by external mechanics or drive torque. Reliable operation is permitted at ambient temperatures from 0–40 °C, and thermal endurance is supported by the insulation system rated at 155, permitting winding temperatures associated with Class F materials. These features make the motor suitable for precision motion tasks that require steady feedback, simple cooling, and a direct mechanical connection.