R911312358 (MSK100C-0200-NN-M1-BG2-NNNN)

Why does the MSK100C-0200-NN-M1-BG2-NNNN use natural convection cooling?

Natural convection cooling simplifies installation by removing the need for external cooling circuits. This reduces maintenance while ensuring efficient heat dissipation in continuous operation.

How does the winding inductivity of 6,700 mH in the MSK100C-0200-NN-M1-BG2-NNNN benefit performance?

Higher inductivity enhances current response and stabilizes dynamic performance. This leads to smoother control in demanding automation tasks.

Why is the multiturn absolute optical encoder important in the MSK100C-0200-NN-M1-BG2-NNNN?

It ensures precise position tracking over multiple rotations without losing reference data. This guarantees accuracy even after power interruptions.

How does the plain shaft design improve the MSK100C-0200-NN-M1-BG2-NNNN’s usability?

The plain shaft allows straightforward mechanical integration with couplings and gearboxes. It reduces complexity in alignment during installation.

Why is the B-Side Power Connector used in the MSK100C-0200-NN-M1-BG2-NNNN?

The B-side placement optimizes cable routing and accessibility in machine layouts. This design also minimizes interference and simplifies service work.

MSK 100C-0200-NN-M1-BG2-NNNN

MSK-100C-0200-NN-M1-BG2-NNNN

MSK100C 0200 NN M1 BG2 NNNN

MSK100C-0200-NN-M1-BG2

MSK100C0200NNM1BG2NNNN

MSK1OOC-O2OO-NN-M1-BG2-NNNN

MSKI00C-0200-NN-MI-BG2-NNNN

msk100c-0200-nn-m1-bg2-nnnn

MSK100C0200NNM1BG2NNNN

MSK100C 0200 NN M1 BG2 NNNN

The synchronous servo motor with code MSK100C-0200-NN-M1-BG2-NNNN is made by Bosch Rexroth Indramat, which is from the MSK IndraDyn S series. It has 43.5 Nm continuous torque, a Hiperface-capable encoder, and a 70 Nm holding brake for high-reliability operation. This motor performs well in machine tools, industrial automation, and production environments.