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Why does the motor not include a holding brake and what impact does this have?

The motor is designed without a holding brake to reduce weight and simplify the design. It requires an external braking system for applications where holding torque is needed during standstill conditions.

How does the motor’s maximum torque influence its load handling capacity?

The motor’s maximum torque of 4.0 Nm supports demanding load-handling tasks. This high torque ensures efficient operation even during high-load or high-acceleration conditions.

What effect does the motor’s continuous torque have on performance?

The motor provides a continuous torque of 0.9 Nm at standstill which ensures stable operation even under varying loads. This makes it suitable for applications requiring constant, reliable torque over time.

How does the motor’s plain shaft design impact its integration?

The plain shaft design simplifies coupling to other components. This allows for faster installation and reduces the need for additional parts like keyways or splines.

What is the significance of the optical encoder in this motor?

The optical encoder provides high-resolution feedback with 128 signal periods. This ensures accurate position sensing and precise control for motion applications.

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The Bosch Indramat MSK030C-0900-NN-S1-UG0-NNNN IndraDyn S Synchronous Servomotor features an optical encoder with singleturn Hiperface interface and a plain shaft. Offering 0.9 Nm continuous torque and 4.0 Nm peak torque, it excels in precise motion control for material handling, automated sorting and precision assembly applications.