R911329540 (MSK101E-0200-NN-M1-AK0-NV02)

Why does the MSK101E-0200-NN-M1-AK0-NV02 use an optical multiturn encoder?

It records multiple revolutions precisely. This ensures accurate positioning across extended travel paths without external recalibration.

How does the 231 Nm maximum torque in MSK101E-0200-NN-M1-AK0-NV02 support machine acceleration?

It provides powerful thrust during motion start. This ensures fast response and reduced mechanical delay in heavy-duty automation sequences.

How does natural convection cooling improve long-term reliability?

It removes heat without mechanical components. This ensures lower wear and consistent thermal balance during continuous duty operation.

Why is 39.0 A continuous current useful for controlled torque delivery?

It enables stable current flow under constant load. This ensures predictable torque output and smoother performance in steady motion.

How does the Hiperface encoder interface enhance synchronization accuracy?

It transmits digital feedback with minimal delay. This ensures precise servo coordination and real-time correction in multi-axis systems.

MSK101E0200NNM1AK0NV02

MSK101E 0200 NN M1 AK0 NV02

MSK-101E-0200-NN-M1-AK0-NV02

The MSK101E-0200-NN-M1-AK0-NV02 synchronous motor by Bosch Rexroth Indramat ensures consistent performance through its 39 A standstill current. It includes an A-side connector and natural convection cooling for maintenance-free use. The multiturn optical encoder ensures steady positional control in robotics automation and industrial drive systems.