R911320537 (MSK100B-0400-NN-M1-BP1-NNNN)

Why is 128 signal periods resolution important in MSK100B-0400-NN-M1-BP1-NNNN?

High-resolution signals detect small rotor movements. This ensures precise motion control and accurate positioning in servo loops.

How does MSK100B-0400-NN-M1-BP1-NNNN improve multi-axis synchronization?

The Hiperface interface provides absolute position feedback. This ensures axes move in unison, reducing mechanical stress in complex systems.

Why is the keyed shaft critical for IndraDyn S servomotors?

It secures mechanical coupling under torque fluctuations. This ensures reliable transmission in high-speed or repetitive duty applications.

How does natural convection cooling enhance reliability in IndraDyn S motors?

It dissipates heat without auxiliary components. This ensures consistent performance and lowers maintenance requirements in continuous operation.

How does MSK100B-0400-NN-M1-BP1-NNNN handle 106.7 A peak current safely?

It supports 102 Nm peak torque during acceleration. This ensures rapid load changes without stressing the drive electronics.

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The Bosch Rexroth Indramat’s MSK100B-0400-NN-M1-BP1-NNNN servo motor includes a 32 Nm electrically-released holding brake. It uses natural convection cooling, keyed shaft, and optical multiturn absolute Hiperface encoder. Peak torque reaches 102 Nm, while the motor delivers 30.8 A continuous current at standstill. It suits precision automation and high-dynamic CNC or robotic applications.