Mitsubishi Electric HG-SN302J-S100 Servo Motor – High Torque AC Servo Motor
Mitsubishi Electric HG-SN302J-S100
Mitsubishi Electric HG-SN302J-S100 servo motor: low inertia, small capacity, 3.0kW rated output, 2000 r/min rated speed, no electromagnetic brake, with oil seal. Compatible with MR-JE-10B/MR-JE-10A amplifiers. Supports position, speed, torque, and push control. Position control features linear/arc interpolation, fixed-feed, and target position change. Push control enables smooth switching between position and torque control. Advanced one-touch tuning simplifies gain adjustment, and Advanced Vibration Control II suppresses low-frequency vibration, reducing positioning time for shorter production cycles.
The Mitsubishi Electric HG-SN302J-S100 is a high-performance servo motor from the HG-SN series, designed specifically for low-inertia, small-capacity applications. With a rated output of 3.0 kW and a rated speed of 2000 r/min, this motor delivers reliable and precise motion control for a wide range of industrial automation tasks.
This model is equipped with an oil seal for enhanced environmental protection, though it does not include an electromagnetic brake. It is compatible with the MR-JE-10B and MR-JE-10A servo amplifiers, enabling seamless integration into existing systems.
The HG-SN302J-S100 supports multiple control modes, including position control, speed control, torque control, and push-press control. The position control function offers advanced capabilities such as linear and circular interpolation, fixed feed control, and target position change, providing flexibility for complex motion sequences. The push-press control feature allows smooth switching between position control and torque control by changing control modes, making it ideal for applications requiring precise force application.
Thanks to the Advanced One-Touch Tuning function, servo gain adjustments can be performed easily and quickly, optimizing system performance. Additionally, the Advanced Vibration Control II effectively suppresses low-frequency vibrations in mechanical systems, helping to reduce positioning completion time and improve overall production cycle efficiency.
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