Product Description:

The MSK101D-0300-FN-M1-AG2-NNNN is an IndraDyn S synchronous servo motor produced by Bosch Rexroth Indramat and placed in the MSK IndraDyn S Synchronous Motors series. It is intended for industrial automation tasks that need accurate position, speed, and torque control under closed-loop operation. When paired with a suitable drive controller, the motor supports coordinated motion on packaging equipment, pick-and-place axes, and other machines that depend on fast response and repeatable movement. Its compact housing is meant to deliver high torque density without sacrificing the dynamic response expected in servo-controlled machinery. That makes it suitable for machines that must accelerate quickly, settle accurately, and repeat the same path over long production runs.

Thermal management is handled by liquid cooling; this circuit removes heat directly from the stator and helps keep winding temperature stable during continuous duty. This cooling arrangement helps the motor handle demanding duty cycles where heat buildup would otherwise limit sustained operation. The frame size of 101 and motor length D provide a larger active lamination stack, while winding code 0300 indicates the electrical resistance and inductance values used by the matching drive. Power enters through an A-side connector, which helps when machine layouts require cable routing toward the shaft end. The motor uses a standard design with a plain shaft for direct coupling.

Position feedback is transmitted through the Hiperface interface with a resolution of 128 signal periods. The optical feedback system also provides multi-turn absolute position tracking, so the controller can retain shaft position information through power cycles. An electrically released brake supplies up to 70 Nm of holding torque, which is useful on vertical axes or other applications that must hold a load when power is removed. This combination of absolute position tracking and holding torque supports stable startup behavior and controlled stopping during repeated motion cycles. Because the motor is supplied without gearing and uses a plain shaft, it can be connected directly to precision couplings and other driven elements.