R911308185 (MSK050B-0300-NN-M2-UG0-RNNN)

Why does the MSK050B-0300-NN-M2-UG0-RNNN use an EnDat 2.1 encoder interface?

The EnDat 2.1 interface ensures precise position feedback with high reliability. It supports error detection and correction, which is critical for demanding motion control applications.

How does the encoder resolution of 2048 signal periods benefit the MSK050B-0300-NN-M2-UG0-RNNN?

This resolution allows very fine control over motor movements. It ensures smoother motion profiles and higher positioning accuracy.

What is the importance of the motor size 050 in the MSK050B-0300-NN-M2-UG0-RNNN?

The size 050 indicates compact dimensions suited for tight installation spaces. It allows integration into systems without compromising torque output.

Why is winding inductivity of 76,400 mH significant for the MSK050B-0300-NN-M2-UG0-RNNN?

High winding inductivity improves current smoothing and motor stability. It reduces torque ripple, enhancing precision in sensitive applications.

How does the continuous current of 2.0 A at standstill support the MSK050B-0300-NN-M2-UG0-RNNN?

It ensures the motor can hold loads steadily without overheating. This makes it reliable for tasks that require sustained torque at rest.

MSK 050B-0300-NN-M2-UG0-RNNN

MSK-050B-0300-NN-M2-UG0-RNNN

MSK050B 0300 NN M2 UG0 RNNN

MSK050B-0300-NN-M2-UG0

msk050b-0300-nn-m2-ug0-rnnn

MSK050B0300NNM2UG0RNNN

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MSK050B 0300 NN M2 UG0 RNNN

MSK50B-0300-NN-M2-UG0-RNNN

The MSK050B-0300-NN-M2-UG0-RNNN is one of the high-performance servo motors of Bosch Rexroth Indramat with an EnDat 2.1 encoder interface. It has extensive use in wafer steppers and precision rotary tables used in semiconductor production. Its main features are 3.4 Nm stall torque, 9.0 Nm max torque, and 76,400 mH winding inductivity.