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The MR-J2S-350A is a Mitsubishi servo drive from the MR-J2S series, designed to provide accurate and responsive control for AC servo motors in high-demand automation tasks. Operating with a 200–230 VAC three-phase supply, it delivers 3.5 kW of output power and supports up to 16 A of rated current, enabling strong torque performance and smooth motion across varying loads. With an IP65 protection rating, the drive is well-suited for harsh operating environments where dust or moisture may be present. Built for integration into CNC machines, robotic systems, and advanced motion platforms, the MR-J2S-350A ensures reliable acceleration, deceleration, speed regulation, and precision positioning.
Key Features
- High-Power Servo Output: Provides 3.5 kW and 16 A capability for demanding industrial motion systems requiring strong torque and rapid response.
- Reliable 3-Phase Operation: Runs on a 200–230 VAC three-phase input, ensuring consistent performance and reduced electrical noise in motor control applications.
- Precision Motor Control: Delivers accurate speed, torque, and position control, making it ideal for CNC, robotics, and automated machinery.
- IP65 Environmental Protection: Designed to withstand dust, moisture, and challenging industrial conditions for long-term durability.
- Stable Frequency Performance: Supports 50/60 Hz operation to ensure seamless integration into global electrical systems.
- Robust MR-J2S Architecture: Built on Mitsubishi’s trusted servo platform known for reliability, efficiency, and consistent operation under continuous-duty cycles.
- Optimized for Industrial Automation: Suitable for applications requiring precise motion output such as conveyors, actuators, pick-and-place systems, and CNC axes.
- Efficient Thermal and Power Management: Engineered to maintain stable operation across temperature variations and dynamic load demands.
The MR-J2S-350A delivers the reliability and precision required for high-performance servo control in CNC machinery, robotics, and advanced industrial automation systems.