R911329371 (MSK101E-0200-FN-S1-AG0-NNAN)

How does a singleturn optical encoder improve feedback precision in automation tasks?

The optical encoder provides high resolution and accurate position data for one complete revolution. The result is smoother motion control and reduced positioning error in high precision systems.

Why is the Hiperface interface preferred for industrial servo applications?

The Hiperface interface allows reliable digital communication between the motor encoder and the drive. The enhanced data transfer accuracy ensures real time position and speed feedback.

What impact does the plain shaft design with a sealing ring have on motor reliability?

The plain shaft with a sealing ring prevents lubricant loss and contamination from external particles. The improved sealing extends service life and maintains consistent mechanical integrity.

How does high maximum current capability affect servo motor responsiveness?

The high current rating allows rapid acceleration and deceleration under dynamic loads. The system gains better control response and faster cycle times in automation processes.

Why is winding code 0200 important for performance tuning in this servomotor?

The specific winding code defines the electrical characteristics that match torque and speed requirements. The result is optimized efficiency for the selected drive configuration.

MSK101E0200FNS1AG0NNAN

MSK101E 0200 FN S1 AG0 NNAN

MSK-101E-0200-FN-S1-AG0-NNAN

The Indramat MSK101E-0200-FN-S1-AG0-NNAN servomotor delivers reliable torque and precision for demanding automation systems. Featuring liquid cooling a singleturn optical encoder with Hiperface interface, and a maximum torque of 231 Nm, it ensures efficient motion control. Commonly applied in packaging, printing and metal processing machinery.