Product Description:

The MSK100C-0200-NN-M2-AG0-RNNN is an IndraDyn S synchronous servomotor produced by Bosch Rexroth Indramat within the MSK IndraDyn S Synchronous Motors series. Deployed as a compact rotary axis, it converts drive current into precise torque for positioning, conveying, and packaging equipment throughout automated production cells. The motor is built for servo systems that require accurate speed and position control, and its compact housing helps it fit into machine sections where installation space is limited. Because it is a synchronous servomotor, torque response remains closely tied to drive control, which is useful on indexing, transfer, and feed axes that must repeat the same motion profile.

The electromagnetic package uses winding code 0200, motor size 100, and motor length C. The housing carries an IP65 rating, and cooling is handled by natural convection, so the motor can operate without external fans or liquid circuits. That enclosure protection helps the unit resist dust and low-pressure water jets when it is mounted directly on the machine instead of inside a cabinet. The stator laminations are machined for improved concentricity, the plain shaft avoids keyway stress concentrations when couplings are pressed on, and the power connector is located on the A-side for easier cable routing. The motor is supplied without a holding brake, so a separate method is required to hold vertical loads when power is removed.

The optical measuring system provides 2048 signal periods and transfers multiturn absolute position data through the EnDat2.1 interface, allowing the connected drive to recover rotor position after a power cycle without a homing move. That feedback arrangement supports applications that need retained position information after shutdown and restart, especially where returning to a reference switch would interrupt machine flow. The encoder system is intended for ambient temperatures from 0 to 40 °C, which matches common factory conditions and supports stable operation during normal machine use. A thermal class of 155 identifies the insulation system and allows the windings to operate at elevated internal temperatures. During operation, the drive can use the feedback data for commutation and closed-loop position correction.