How do the 33.0 Nm continuous and 102.0 Nm maximum torque ratings translate to application sizing?
The continuous torque covers steady cutting, feeding or indexing, while peak torque accommodates transient acceleration and disturbance rejection. Its balance fits intermittent-duty axes in robotics wrists, metal-forming slides and infeed rollers.
What are the advantages of the plain-shaft design on MSK100B-0200-NN-M2-LG0-RNNN for coupling selection?
It flexibly mates with keyless compression hubs or zero-backlash bellows couplings. Its engineers can tailor torsional stiffness and misalignment tolerance to dynamics and load inertia without encoder-side modifications.
How does the left-side power connector aid cabinet and machine layout for MSK100B-0200-NN-M2-LG0-RNNN?
The side orientation eases cable bend radius management in tight enclosures and parallel axes. It also separates power and feedback runs to mitigate EMI coupling per project-planning guidance.
What impact does winding inductivity (7,600 mH) have on drive tuning and current ripple?
The higher inductivity smooths current ripple and reduces switching harmonics reaching the mechanics for aiding fine speed regulation. Its drive controllers can apply higher gain without exciting resonance for improving contour quality.
Why is a multiturn absolute encoder preferable to single-turn on MSK100B-0200-NN-M2-LG0-RNNN for vertical or long-travel axes?
It retains position over many revolutions, so axes with gear reduction or screw drives recover absolute carriage position after power loss. It avoids re-homing and increases OEE on long conveyors.