R911332872 (MSK071D-0300-NN-S1-UG0-NSNN)

How does natural convection cooling affect long term motor reliability?

The cooling system dissipates heat without external fans which reduces maintenance needs. The simple design ensures fewer points of failure and stable thermal performance.

Why is the plain shaft design preferred in precision automation setups?

The plain shaft allows easy coupling to gearboxes or rotary systems. The simple structure reduces mechanical stress points and improves alignment accuracy.

How does the absence of a holding brake influence machine design?

The lack of a brake simplifies mechanical integration in gantry or rotary systems. The system designer must rely on external braking or drive holding functions.

What benefits does the 240 degree rotatable encoder connector provide during installation?

The connector rotation offers flexible cable routing in tight cabinets. The design reduces stress on cables and improves long term signal integrity.

Why is winding inductivity important for servo loop stability?

The inductivity smooths current response under varying loads. The motor achieves precise torque control and minimizes oscillations in high dynamic applications.

MSK071D0300NNS1UG0NSNN

MSK071D 0300 NN S1 UG0 NSNN

MSK-071D-0300-NN-S1-UG0-NSNN

MSK71D-0300-NN-S1-UG0-NSNN

The MSK071D-0300-NN-S1-UG0-NSNN servomotor by Bosch Rexroth Indramat delivers a continuous torque of 20.0 Nm with a peak torque of 66.0 Nm. Designed for precision motion control it integrates an optical encoder with 128 signal periods and supports natural convection cooling. Ideal for applications in robotics, and hazardous environments this motor excels in dynamic responsiveness and space-saving installations.