Product Description:

The MSK100C-0200-NN-M1-AG0-NSNN belongs to the MSK IndraDyn S Synchronous Motors series and serves as a synchronous servomotor for closed-loop axis control in automated machinery. It converts drive commands into controlled rotary motion for positioning, indexing, and synchronized axis movement in automated equipment. The motor uses frame size 100 with length code C, giving it a mechanical envelope suitable for medium-to-large gantries, packaging lines, and printing stations where repeatable speed control is required. A battery-free multi-turn encoder supports continuous position tracking across multiple revolutions, so the connected drive can retain axis reference information after normal power cycling.

Heat dissipation is handled by natural convection, so the housing transfers heat directly to the surrounding air and requires clear space around the motor surface. This cooling method avoids auxiliary fan hardware on the motor body and keeps the exterior layout simple. Position feedback and stored motor data are transferred over the Hiperface interface, which provides absolute position information at startup and supports automatic motor data reading by the connected drive. Within the encoder head, an optical scale generates 128 signal periods for fine electronic commutation. Because the sensing system is multi-turn absolute, the motor reports its mechanical angle over many revolutions. An enclosure rating of IP65 helps protect internal parts from dust and low-pressure water jets.

Output torque is transmitted through a plain shaft without a keyway, allowing clamped or shrink-fit couplings to be selected for the driven load. This shaft style is often used where backlash-free couplings are preferred. The permitted ambient range of 0–40 °C suits typical indoor industrial installations, and insulation class 155 supports elevated winding temperatures during operation. The electromagnetic layout uses winding code 0200, which aligns the motor’s electrical characteristics with the matching drive data. Electrical connections exit on the A-side of the housing, and the unit is supplied without a holding brake to reduce rotating mass in high-dynamic axes. That arrangement can simplify cable routing on machines with fixed service access from one side.