R911312910 (MSK100B-0300-NN-M1-BG0-NNNN)

How does 17.3 A help MSK100B-0200-NN-S2-BP0-RNNN stability?

The continuous current sustains torque without overheating. Thermal stability supports long duty cycles, reducing risk of winding degradation during constant industrial operation.

Why does MSK100B-0200-NN-S2-BP0-RNNN feature increased concentricity?

Improved concentricity enhances shaft balance accuracy. Vibration levels remain lower, protecting bearings and improving positioning quality under high-speed rotational demands.

Why does MSK100B-0200-NN-S2-BP0-RNNN use EnDat2.1 interface?

The EnDat2.1 interface transmits synchronized position and diagnostic data. Controllers execute higher bandwidth loops, improving contour accuracy under demanding motion conditions.

What advantage does 7,600 mH give MSK100B-0200-NN-S2-BP0-RNNN?

The winding inductivity filters fast current transients effectively. Drive electronics operate with reduced harmonic stress, providing reliable torque linearity and protecting semiconductor modules.

Why is a B-Side connector useful for this motor?

The B-Side placement simplifies panel wiring. It separates power and signal routing, improving accessibility in compact installations.

MSK 100B-0300-NN-M1-BG0-NNNN

MSK-100B-0300-NN-M1-BG0-NNNN

MSK100B 0300 NN M1 BG0 NNNN

MSK100B-0300-NN-M1-BG0

MSK100B0300NNM1BG0NNNN

MSK1OOB-O3OO-NN-M1-BGO-NNNN

MSKI00B-0300-NN-MI-BG0-NNNN

The Bosch Rexroth Indramat’s MSK100B-0300-NN-M1-BG0-NNNN synchronous servo motor delivers a continuous torque at standstill of 33 Nm and supports a maximum current of 78.3 A. The motor uses a multiturn absolute optical encoder with 128 signal periods and natural convection cooling. Its plain shaft design suits packaging machines and industrial automation.