R911317371 (MSK100D-0300-NN-S2-BP0-RNNN)

How does natural convection cooling affect motor installation in enclosed systems?

The absence of forced cooling requires careful ventilation planning. The system must allow sufficient airflow to prevent heat buildup in compact enclosures.

What role does increased concentricity design play in machine performance?

The tighter rotor alignment reduces vibration and improves load balancing. The result is smoother operation and longer life for coupled components.

How does the singleturn optical encoder with EnDat2.1 enhance positioning accuracy?

The encoder provides precise feedback for one revolution which is ideal for applications needing repeatable positioning. The interface ensures fast digital communication with the drive controller.

How does continuous torque capacity impact process reliability in automation?

The sustained torque rating ensures stable force delivery during long duty cycles. The design minimizes performance fluctuations under constant mechanical stress.

Why might some users prefer motors without holding brakes in high-precision tasks?

The absence of a brake reduces backlash in finely tuned systems. The design is suitable where braking is managed externally through the drive or mechanical locking.

MSK 100D-0300-NN-S2-BP0-RNNN

MSK-100D-0300-NN-S2-BP0-RNNN

MSK100D 0300 NN S2 BP0 RNNN

MSK100D-0300-NN-S2-BP0

MSK100D0300NNS2BP0RNNN

MSK1OOD-O3OO-NN-S2-BPO-RNNN

MSKI00D-0300-NN-S2-BP0-RNNN

The Indramat MSK100D-0300-NN-S2-BP0-RNNN from the MSK IndraDyn S Synchronous Motors series delivers precise motion control with natural convection cooling. It features an optical singleturn encoder with EnDat2.1 interface and continuous torque of 57.0 Nm. Its keyed shaft and B Side power connector make it suitable for automation, robotics and packaging applications.