R911330557 (MSK101E-0200-FN-S1-AG3-NNNN)

In what type of automation setups is a plain shaft servomotor most suitable?

The plain shaft allows direct coupling with zero backlash mechanical systems. The configuration supports smooth torque transmission in robotics and precision tooling.

What are the benefits of a standard design motor for industrial integration?

The standard design ensures mechanical and electrical compatibility across systems. The predictable form factor simplifies replacement and reduces engineering adaptation time.

How does the motor’s inductivity influence its dynamic performance?

The high winding inductivity stabilizes current flow and limits torque ripple. The balanced current response ensures smoother acceleration and precise control.

How does the holding brake torque value affect motion stability under load?

The torque value defines the braking capacity during static or suspended loads. The correct selection prevents axis drift and maintains precise positioning when powered off.

Why is an electrically released holding brake important for safety in servo systems?

The electrically released brake engages automatically during power loss. The mechanism ensures safe load holding and prevents unintended shaft movement.

MSK101E0200FNS1AG3NNNN

MSK101E 0200 FN S1 AG3 NNNN

MSK-101E-0200-FN-S1-AG3-NNNN

The Indramat MSK100D-0300-NN-S1-RP0-NNNN is a precision-engineered synchronous servomotor from the IndraDyn S series. It offers liquid cooling and optical encoder technology for reliable performance and accurate feedback. This motor is ideal for automation systems in packaging machinery, robotics and CNC applications demanding consistent torque and motion control.