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The MR-J2-60CT is part of Mitsubishi’s proven MR-J2 servo drive series, designed for precise control of servo motors in demanding industrial environments. Operating on a 200–230 VAC three-phase supply, the drive delivers 0.6 kW of rated output power with a current rating of 3.2 A. Its architecture supports smooth, responsive motion control, making it suitable for CNC machinery, robotics systems, and automated production equipment. Built with efficient electrical design and reliable thermal management, the MR-J2-60CT provides stable performance under continuous operation while maintaining accurate servo response and system reliability.
Key Features
- Compact Servo Drive Design: Offers a 0.6 kW power rating and 3.2 A output, providing precise torque and speed control for small to mid-range servo applications.
- Stable 3-Phase Input Operation: Accepts 200–230 VAC three-phase input for consistent electrical performance, reducing noise and improving overall drive stability.
- High-Precision Motion Control: Engineered to deliver accurate servo amplification, ensuring smooth acceleration, tight positioning control, and responsive motor behavior.
- Reliable MR-J2 Series Architecture: Benefits from Mitsubishi’s proven servo drive technology, designed for long-term durability in CNC and automation environments.
- Efficient Thermal and Electrical Design: Maintains stable operation under continuous duty, with optimized heat dissipation and robust power electronics.
- Versatile Industrial Use: Suitable for CNC axes, robotics joints, automated conveyors, and various precision-motion applications requiring dependable performance.
- Easy System Integration: Designed for seamless compatibility with Mitsubishi servo motors and controller platforms, simplifying installation and commissioning.
- Built for Demanding Conditions: Supports continuous operation in industrial environments where reliability, precision, and efficiency are essential.
The MR-J2-60CT delivers the reliability and precision required for accurate servo amplification in CNC, robotics, and advanced industrial automation systems.
