The Mitsubishi MR-JE-70C Digital AC-Servo Amplifier is designed for precise and efficient control of servo motors in industrial automation systems, offering high performance and reliability.
Supply Voltage (AC):200 Vac (Single phase input or 3-phase input / 200Vac-240Vac)
Rated Power:750W / 0.75kW
Communication Capability:SSCNET III/H
Protection Class:IP20
Cooling Method:Natural cooling
USB Connector:Built-in
Dynamic Brake:With built-in
Regenerative Resistor:Built-in
Ambient Temperature Range:0…+55°C
The Mitsubishi MR-JE-70C is a high-performance digital AC-servo amplifier tailored for demanding industrial applications. This amplifier ensures smooth and accurate control over servo motors, enhancing efficiency and precision in automation processes.
Featuring a compact design, the MR-JE-70C is equipped with advanced communication protocols such as SSCNET III/H, facilitating seamless integration into complex control networks. Its built-in dynamic brake and regenerative resistor contribute to energy-efficient operation, reducing heat dissipation and maintenance costs.
With a wide operating temperature range from 0°C to 55°C, this amplifier is designed to withstand harsh industrial environments. Its IP20 protection class ensures dust and splash resistance, guaranteeing reliable performance under various conditions.
Offering both single-phase (200Vac) and three-phase input options, the MR-JE-70C provides flexibility in installation and application scenarios. The inclusion of a USB connector further enhances its connectivity and ease of use, allowing for quick setup and configuration.
Engineered for long-lasting durability, the Mitsubishi MR-JE-70C Digital AC-Servo Amplifier is a robust solution for modern industrial automation systems. It optimizes performance, reduces downtime, and contributes to overall productivity in manufacturing and process industries.
The Mitsubishi MR-JE-70C Digital AC-Servo Amplifier is designed for precise and efficient control of servo motors in industrial automation systems, offering high performance and reliability.