Product Description:

The MSK101E-0200-FN-M1-BG2-NNNN is an IndraDyn S synchronous servomotor produced by Bosch Rexroth Indramat for the MSK IndraDyn S Synchronous Motors series. In industrial automation, the unit converts controlled electrical power from a drive into precise mechanical motion, allowing coordinated positioning and speed regulation on axes such as gantry heads, rotary tables, and feed drives. Its synchronous servo design supports accurate response during start, stop, and speed changes in tightly timed machine sequences. When paired with a compatible drive controller, it can support synchronized axis movement alongside other machine elements. The motor is commonly used where smooth interpolation and dependable position holding are required during automated cycles.

For heat removal, the motor uses liquid cooling, so a coolant circuit must be integrated into the machine frame. The sensing system employs a Hiperface interface linked to an optical reader that generates 128 signal periods per mechanical revolution. This feedback arrangement supports precise commutation and stable closed-loop regulation over a broad speed range. The encoder is multi-turn absolute, so absolute position information is retained across 4096 turns and is available immediately after power-up. Mechanical power is transferred through a plain shaft, and the three-phase power plug is oriented on the B-side to keep service space clear at the front of the drive. An enclosure rating of IP65 seals the housing against dust ingress and directed water spray during washdown cycles.

The electrically released brake delivers 70 Nm of holding torque for vertical or suspended loads. Continuous service is specified within an ambient range of 0–40 °C, and the windings use class 155 insulation to tolerate internal hot-spot temperatures without loss of dielectric strength. Winding code 0200 identifies the conductor geometry and resistance expected by the matched drive. The E length and size 101 frame provide a wider active stack for higher torque density while maintaining the standard design outline. Proper flow rate in the liquid jacket preserves temperature stability at the rated duty cycle and helps support consistent output under continuous operation.