R911331139 (MSK030B-0900-NN-M1-BG1-NNNN)

In what way does the MSK030B-0900-NN-M1-BG1-NNNN achieve precise micro-positioning in laboratory automation systems?

Its 128-signal-period multiturn Hiperface encoder combined with 8,100 mH winding inductivity ensures stable and repeatable motion at very low torque levels.

Can the electrically released 1 Nm holding brake in the MSK030B-0900-NN-M1-BG1-NNNN fail under frequent stop-start cycles?

If overused, the brake may experience wear or reduced holding capacity, requiring routine inspection to maintain secure load retention.

How does the natural convection cooling support continuous operation in compact robotics modules?

It passively dissipates heat from the winding, maintaining stable temperatures and preventing thermal drift in enclosed or tight assemblies.

Which features of the plain shaft and B-side connector simplify integration into compact positioning devices?

They allow secure mechanical coupling, flexible cabling, and straightforward assembly, reducing setup time in space-constrained systems.

Why is the peak torque of 1.8 Nm critical for precise motion control in lightweight robotic applications?

It provides the necessary burst force for rapid adjustments while maintaining fine positional accuracy without overshoot or vibration.

MSK030B0900NNM1BG1NNNN

MSK030B 0900 NN M1 BG1 NNNN

MSK-030B-0900-NN-M1-BG1-NNNN

MSK30B-0900-NN-M1-BG1-NNNN

Compact yet precise, the Bosch Rexroth Indramat MSK030B-0900-NN-M1-BG1-NNNN delivers fine-motion accuracy through its multiturn Hiperface optical encoder. Generating 0.4 Nm continuous and 1.8 Nm peak torque, it maintains stable output with an 8,100 mH inductivity. Ideal for laboratory automation, lightweight robotics, and compact positioning modules.