R911333962 (MSK101D-0200-NN-M3-AP0-NNNN)

How does the MSK101D-0200-NN-M3-AP0-NNNN reduce backlash in keyed shaft assemblies?

Its precision-machined keyway eliminates micro-slippage during torque transfer. Power transmission accuracy remains stable during cyclic reversing movements in mechanical drives.

Why does natural convection cooling favor low-maintenance automation setups?

Absence of moving air devices eliminates periodic fan servicing. Thermal balance across housing surfaces maintains operational consistency without auxiliary airflow dependency.

How does capacitive encoder feedback benefit high-vibration production lines?

Electrode-based detection resists motion-induced signal distortion. Position feedback accuracy remains intact, improving repeatability where mechanical vibration or shock is unavoidable.

Why does the winding inductivity enhance torque smoothness during slow-speed movement?

It delays current response enough to linearize torque curves. Micro-pulsation reduction enhances surface finish in precision machining or polishing applications.

How does the rated speed code 0200 align with control system frequency limits?

Speed scaling fits within most servo amplifier resonance bands. Frequency alignment improves overall control stability during high-inertia load acceleration.

MSK101D0200NNM3AP0NNNN

MSK101D 0200 NN M3 AP0 NNNN

MSK-101D-0200-NN-M3-AP0-NNNN

The MSK101D-0200-NN-M3-AP0-NNNN synchronous motor uses a Hiperface capacitive encoder for precise positioning. Its keyed shaft aids torque transmission. The 6,000 mH inductivity supports current stability during load variations. Natural convection keeps performance reliable. It fits robotic pick-and-place arms needing controlled multi-axis motion.