Product Description:

The MSK060C-0600-NN-M2-UG0-RNNN synchronous servo motor is manufactured by Bosch Rexroth Indramat as part of the MSK IndraDyn S Synchronous Motors series. It is intended for precision positioning and velocity control in industrial automation platforms such as pick-and-place axes, handling gantries, and packaging stations. As a synchronous servo motor, it converts commanded current into controlled rotary motion for axes that must start, stop, and reverse with high accuracy. Fast electrical response and repeatable mechanical alignment help it support tight feedback loops in these applications.

Cooling is handled by natural convection, which means stator heat is removed through surface radiation and airflow without forced fans. Power and feedback signals are routed through a connector that is rotatable through 240°, which simplifies cable routing in compact cabinets. Position feedback is supplied over the EnDat 2.1 serial interface, allowing absolute position data to pass directly to the drive controller with high noise immunity. Inside the encoder, the measuring scale offers 2048 signal periods per revolution, and interpolation in the drive supports fine angular resolution for smooth velocity control. The sensing head relies on optical scanning, so feedback remains free from magnetic hysteresis. The encoder is multiturn absolute, so shaft position is retained over 4096 mechanical revolutions without external batteries. The motor is supplied without a holding brake, so any static load must be held by drive torque or an external clamp.

The motor uses an increased concentricity design, which reduces radial runout and helps lower vibration during high-speed moves. Torque is transmitted through a plain shaft, making the motor suitable for rigid clamp or collet couplings that do not require keyways. The motor uses winding code 0600, and this variant is built in the 060 frame size with C length to suit medium-inertia loads while keeping overall mass low for dynamic acceleration. The compact housing also helps when adjacent machine components leave little room around the motor.