Motor Type:AC Servo Motor

Model:QS1A03AA

Control System Compatibility:Versatile for various PLCs and motion controllers

Power Range:1.0kW – 3.0kW

Operating Voltage:Single-phase 200V AC

Maximum Speed:12,000 RPM

Torque Capacity:Up to 50 Nm

Precision Control:±0.01mm resolution

Response Time:Less than 1ms

Communication Interface:RS-485, EtherCAT, and CANopen

    The New Sanyo Denki QS1A03AA AC Servo System is a cutting-edge solution designed to elevate the performance of industrial machinery with unparalleled precision and reliability. Its compact design and lightweight construction ensure easy integration into existing systems without compromising on performance.

    Featuring a high-resolution absolute encoder, this system offers exceptional accuracy and repeatability, making it ideal for applications requiring tight control over position, velocity, and acceleration. The advanced communication interfaces support seamless integration with industry-standard control networks, enhancing system flexibility and connectivity.

    Equipped with state-of-the-art technology, the QS1A03AA AC Servo System delivers high torque at high speeds, enabling smooth and efficient operation across a wide range of industrial processes. Whether you’re dealing with complex motion control tasks or seeking to optimize energy consumption, this system is the answer.

    Built with durability in mind, the IP67 protection class ensures that the system can withstand harsh environmental conditions, including dust and water exposure, without affecting performance. This makes it suitable for use in challenging industrial environments, including manufacturing floors, construction sites, and outdoor applications.

    To further enhance user experience and facilitate quick setup and maintenance, the New Sanyo Denki QS1A03AA AC Servo System comes with intuitive software tools and comprehensive documentation. These resources enable users to easily configure parameters, monitor system status, and perform diagnostics, ensuring optimal system performance throughout its lifecycle.