Product Description:

The MSK100D-0350-NN-M1-BP0-NNNN is an IndraDyn S synchronous servomotor produced by Bosch Rexroth Indramat within the MSK IndraDyn S Synchronous Motors series. It is intended for precision positioning and velocity control on electrically driven axes in packaging machines, metal-cutting centers, and automated assembly lines. By combining a permanent-magnet rotor with a high-resolution feedback device, the motor supplies accurate rotor position data to the drive controller for tight current and speed loops. This makes it suitable for motion tasks that require repeatable stopping accuracy and stable velocity regulation across changing load conditions.

This model relies on natural convection for heat removal, so surrounding airflow should be considered when continuous duty cycles are expected. Feedback is supplied through a Hiperface digital interface that supports single-cable technology in compatible systems. The optical encoder delivers 128 signal periods per mechanical rotation and stores position across multiple revolutions with its multi-turn absolute design, which reduces the need for a full homing sequence after a power interruption. An IP65 housing helps protect internal components from dust and low-pressure water jets. The output end uses a shaft with a keyway, enabling direct coupling to pulleys or gearboxes. Electrical power is supplied through a B-side connector that keeps cable routing on one face of the machine frame. The motor is delivered without a holding brake, so any required static load retention must be provided elsewhere in the axis.

An allowable ambient range of 0 to 40 °C sets the operating conditions for the motor without derating. Insulation class 155 helps maintain winding integrity when copper temperatures rise during cyclic loading. The internal stator layout uses winding code 0350, which matches the electrical characteristics to compatible IndraDrive servo amplifiers that supply the required current and voltage. Frequent acceleration, deceleration, and dwell periods can increase thermal stress, so the insulation system and winding selection are important during repetitive machine cycles.