R911332673 (MSK040B-0600-NN-M3-UG0-NNNN)

How does the MSK040B-0600-NN-M3-UG0-NNNN achieve precise motion feedback in automated systems?

Its Hiperface encoder with capacitive multiturn sensing and 16 signal periods ensures dependable positional feedback with low drift across continuous motion cycles.

What role does natural convection cooling play in the motor’s performance stability?

The convection-based design passively regulates thermal buildup, maintaining torque consistency without additional fan systems or active airflow.

Why is a plain shaft design advantageous for this servomotor configuration?

It allows easy coupling to drive components and minimizes mechanical complexity, supporting seamless integration in modular automation setups.

How does the motor maintain electrical and dynamic balance during rapid load variations?

A winding inductivity of 35,400 mH suppresses electrical transients, improving smooth torque output during high-speed direction changes.

What performance range can engineers expect from this model under rated conditions?

The motor delivers 1.9 Nm continuous torque from 2.2 A and reaches 5.1 Nm at 8.0 A peak, offering excellent balance between efficiency, responsiveness, and durability.

MSK040B0600NNM3UG0NNNN

MSK040B 0600 NN M3 UG0 NNNN

MSK-040B-0600-NN-M3-UG0-NNNN

MSK40B-0600-NN-M3-UG0-NNNN

Optimized for dynamic industrial applications, the Bosch Rexroth Indramat MSK040B-0600-NN-M3-UG0-NNNN servomotor ensures reliable and precise motion control. Featuring a capacitive multiturn encoder with 16 signal periods, it guarantees accurate positioning feedback. With a maximum torque of 5.1 Nm and winding inductivity of 35,400 mH, this motor excels in high-performance tasks like automated assembly and material handling, providing stability and efficiency under varying load conditions.