R911347189 (MSK101E-0200-FN-M1-RG3-NNNN)

How does liquid cooling improve the motor’s long term performance in continuous operation?

The cooling system maintains uniform temperature across windings The consistent thermal state reduces resistance changes and preserves torque stability.

Why is the Multiturn Absolute Encoder beneficial for high precision control tasks?

The encoder retains positional data even after power loss. The feedback ensures reliable homing and repeatable accuracy in closed loop control systems.

What role does high winding inductivity play in motor smoothness and efficiency?

The inductivity filters current transients for smooth torque output. The stable electromagnetic response minimizes vibration and enhances contour precision.

How does the electrically released holding brake support safety during machine downtime?

The brake secures the axis when power is removed. The feature prevents unintended movement and protects mechanical loads during shutdowns.

Why is the plain shaft design preferred in certain drive integrations?

The shaft allows direct coupling with zero backlash couplers. The design simplifies alignment and reduces noise in dynamic drive assemblies.

MSK101E0200FNM1RG3NNNN

MSK101E 0200 FN M1 RG3 NNNN

MSK-101E-0200-FN-M1-RG3-NNNN

The Indramat MSK101E-0200-FN-M1-RG3-NNNN is a synchronous servomotor from the IndraDyn S series designed for precision automation systems. It features liquid cooling, a right side power connector, and a plain shaft with a sealing ring. With 231 Nm peak torque and optical multiturn feedback, it suits robotics and paper processing.