R911322829 (MSK100A-0300-NN-S2-AG0-RNNN)

How does the motor’s 17.0 Nm standstill torque influence startup stability in heavy loads?

The high standstill torque provides firm initial holding for heavy inertial loads, reducing micro-slip during torque ramp-up and improving repeatable starts in indexing applications.

Why would an engineer choose the MSK100A-0300-NN-S2-AG0-RNNN for a torque-critical axis?

The MSK100A-0300-NN-S2-AG0-RNNN delivers 54.0 Nm peak torque at 45.9 A, offering a wide dynamic range ideal for axes that must handle sudden load peaks without saturation.

In which ways does the 2048-period EnDat2.1 encoder enhance multi-axis synchronization?

The high-resolution singleturn optical feedback gives deterministic absolute position data, enabling tight phase alignment and sub-degree coordination across servo networks.

What effect does the 11,200 mH winding inductivity have on control loop behavior?

The substantial inductance damps current transients and reduces ripple, yielding smoother torque output and allowing the controller to run tighter current/torque loops.

How does natural convection cooling combined with the plain-shaft layout benefit system designers of MSK100A-0300-NN-S2-AG0-RNNN?

Naturally cooled operation removes fan noise and contamination vectors while the plain shaft simplifies direct coupling to gearboxes or test rigs, streamlining compact mechanical integration.

MSK100A0300NNS2AG0RNNN

MSK100A 0300 NN S2 AG0 RNNN

msk100a-0300-nn-s2-ag0-rnnn

MSK100A0300NNS2AG0RNNN

MSK100A 0300 NN S2 AG0 RNNN

MSK-100A-0300-NN-S2-AG0-RNNN

The MSK100A-0300-NN-S2-AG0-RNNN by Bosch Rexroth Indramat features a precise singleturn optical encoder for accurate feedback and quick reference positioning. Its 11,200 mH winding inductivity and 45.9 A peak current enable smooth torque delivery across variable loads. Suited for automated testing rigs, conveyors, and smart motion platforms.