Product Description:

The MSK100C-0200-NN-M1-AP0-NNNN is a synchronous servo motor produced by Bosch Rexroth Indramat and supplied within the MSK IndraDyn S Synchronous Motors series. Designed to convert electrical energy into controlled mechanical rotation, the unit is selected for positioning axes, gantries, transfer systems, and other automation stations that demand repeatable torque and speed profiles during indexing and continuous motion. By integrating a high-resolution feedback device and standardized cabling, it allows compatible drive controllers to execute closed-loop motion tasks with accurate position and speed regulation across a wide operating range.

The motor relies on natural convection for cooling, so heat generated by the windings is carried away through the housing surface without external fans or liquid circuits. Its feedback system communicates through the Hiperface protocol, allowing both absolute position data and drive parameter storage on the same two-wire channel. Inside the feedback head, an optical scanning module resolves the coded scale into 128 signal periods per mechanical revolution, giving the drive controller fine interpolation headroom for smooth velocity control and stable low-speed operation. With a frame coded as motor size 100, the stator outer diameter matches the 100 mm mounting pattern used for this frame size and supports installation on machine interfaces prepared for that envelope.

Long-travel applications benefit from the encoder being a multiturn absolute device; it preserves up to 4096 revolutions of shaft position even when system power is removed, eliminating homing moves after startup. The electromagnetic portion is identified by winding code 0200, which sets the resistance, inductance, and current values used for drive matching. Mechanical output is delivered through a shaft with keyway, which is compatible with keyed hubs or couplings for positive torque transmission. Power conductors exit on the motor's A-side, which can simplify cable routing when the machine layout places the drive cable in that direction, and the unit is supplied without a holding brake, so position retention must be handled by the drive or external clamping devices.