Product Description:

The MSK101C-0200-NN-M1-LG2-NNNN synchronous servomotor is manufactured by Bosch Rexroth Indramat in the MSK IndraDyn S Synchronous Motors series. Within an automation cell, this motor translates drive-controller commands into rotary motion for packaging lines, gantry axes, and material-handling stations. In these systems, it provides controlled acceleration, deceleration, and holding behavior for axes that must follow programmed motion profiles with repeatable accuracy. The unit uses the standard mechanical design of the series and includes a left-side power connector, so mains cables can be routed cleanly when the drive is mounted on the opposite side of the machine frame. Its continuous torque capability supports CNC routers, pick-and-place robots, and high-throughput inspection equipment that require stable servo response during repeated motion cycles.

The motor uses natural convection for cooling, so no external fan is required in moderate duty cycles. Command feedback is delivered through the Hiperface interface, and the encoder’s optical scanning method produces 128 signal periods per mechanical revolution for accurate position tracking. That feedback arrangement lets the controller monitor both shaft angle and accumulated turns without relying on a separate external sensor package. The multiturn mechanism preserves revolution data when supply power is off, and the electrically released holding brake secures the shaft with 70 Nm of static torque during standby. A plain shaft without a keyway supports backlash-free clamp couplings and suits drive trains that rely on friction-based shaft connections.

The encoder uses a multiturn absolute design, so position counts are retained through power cycles and the axis can return to operation without losing stored shaft location. The motor has length code C and a frame size of 101, so the housing fits machine interfaces that share the same pilot diameter and mounting envelope. It uses winding code 0200, which matches the current characteristics expected by the IndraDrive power stage. The stated size and winding combination also helps the motor fit within established MSK machine layouts where space, cable entry direction, and drive matching have already been selected. This arrangement supports applications that need absolute position feedback, direct flange integration, and stable electrical behavior during closed-loop servo operation.