R911344473 (MSK101D-0450-NN-S3-AG0-NNNN)

How does natural convection cooling benefit long duty cycle applications?

The cooling method removes heat quietly without external fans ensuring minimal maintenance requirements. The thermal balance achieved enhances motor lifespan during continuous industrial operation.

Why is a plain shaft design preferred in certain automation setups?

The plain shaft allows flexible coupling with diverse load mechanisms ensuring vibration-free torque transmission. The design improves mechanical reliability under repetitive motion cycles.

How does the Hiperface encoder contribute to system accuracy?

The encoder delivers real-time angular data allowing precise feedback control for synchronized motion. The capacitive sensing method reduces signal distortion for high repeatability.

What advantage does the absence of a holding brake provide?

The lack of a brake decreases overall motor weight and inertia improving energy efficiency during start-stop operations. The simplified design also reduces wear components and maintenance frequency.

How does winding inductivity affect current stability in high-performance drives?

The inductivity maintains smooth current flow through the coils reducing electrical noise in drive circuits. The stable current response enhances consistent torque generation in multi-axis configurations.

MSK101D0450NNS3AG0NNNN

MSK101D 0450 NN S3 AG0 NNNN

MSK-101D-0450-NN-S3-AG0-NNNN

The Indramat MSK101D-0450-NN-S3-AG0-NNNN servomotor from the IndraDyn S series features a size 101 frame and D length with natural convection cooling and a plain shaft design. It integrates a capacitive Hiperface singleturn encoder and delivers 160 Nm peak torque, suited for robotics, automated presses and motion control systems.