R911371552 (MSK101E-0200-NN-M1-AG2-NNAN)

How does an electrically released holding brake improve operational safety?

The brake engages automatically during power loss to prevent unintentional movement. The design ensures stable holding of heavy loads when the motor is idle.

What is the benefit of using an optical multiturn absolute encoder?

The encoder provides precise position tracking across multiple revolutions without the need for homing. The high-resolution feedback ensures accurate motion control in automated systems.

How does the Hiperface interface enhance communication with drive controllers?

The interface allows fast data exchange and accurate synchronization between the motor and the controller. The technology supports advanced diagnostics and improved motion performance.

Why is a plain shaft design preferred for high-precision coupling applications?

The plain shaft minimizes mechanical play and ensures balanced torque transfer. The design improves system alignment and reduces vibration during high-speed operation.

What makes the 3,000 mH winding inductivity beneficial for performance stability?

The inductivity smooths current transitions to reduce torque ripple during acceleration. The design contributes to consistent motor behavior and extended component life.

MSK101E0200NNM1AG2NNAN

MSK101E 0200 NN M1 AG2 NNAN

MSK-101E-0200-NN-M1-AG2-NNAN

The Bosch Rexroth Indramat MSK101E-0200-NN-M1-AG2-NNAN synchronous servomotor delivers 80.5 Nm continuous and 231 Nm peak torque, ensuring precise torque output. Equipped with an optical absolute multiturn Hiperface encoder and a 70 Nm holding brake, this motor supports reliable motion control in packaging, printing and automated material handling applications