Product Description:

The MSK061C-0300-NN-S1-UG1-NNNN is an IndraDyn S synchronous servomotor built by Bosch Rexroth Indramat for the MSK IndraDyn S Synchronous Motors series. With a 061 frame and C-length stator, the motor delivers electrically commutated torque for indexing tables, palletizers, and other CNC-controlled axes used in automated production lines. Its plain output shaft supports direct coupling to gearboxes or driven components, which helps maintain accurate speed and position control during repeated motion cycles. This configuration suits machines that need a compact servo axis with fast response, stable feedback, and dependable holding capability at standstill.

Thermal management relies on natural convection, so the housing fins remove heat without external blowers and keep the installation simple. A sealing system rated at IP65 helps protect the motor against dust and low-pressure washdown exposure when it is mounted close to the process area. Feedback data are transferred through the Hiperface interface on a connector that can rotate through 240°, which gives more flexibility for cable routing in tight machine layouts. Inside the encoder, the scale produces 128 signal periods per revolution to support smooth servo control and repeatable position correction. An electrically released holding brake provides 10 Nm of static torque so the axis can remain secured when drive power is removed.

The sensing system uses an optical measuring principle in a single-turn format, so it supplies one absolute position value for each mechanical revolution. Copper windings marked with code 0300 use class 155 insulation, which supports continuous operation at temperatures suitable for F-class materials. The motor is intended for ambient conditions of 0–40 °C when airflow around the housing remains unobstructed, helping it dissipate internal losses during normal duty. Its housing size fits installations where mounting space is limited, while the encoder and winding combination supports consistent motion control across positioning and speed-regulated tasks.