The Schneider LXM23DU20M3X Motion Servo Drive is a cutting-edge control solution designed for high-precision applications. It delivers unparalleled performance, integrating advanced technology for seamless integration into complex industrial systems.
Operating Voltage:230 VAC
Nominal Power Output:20 kW
Control Interface:EtherCAT, CANopen
Maximum Torque:20 Nm
Motor Compatibility:Wide range of AC motors
Protection Class:IP54
Operating Temperature Range:-20°C to +60°C
Introducing the Schneider LXM23DU20M3X Motion Servo Drive, a state-of-the-art solution for demanding industrial applications. This drive is engineered to enhance productivity and efficiency by providing precise control over AC motors in a wide array of manufacturing processes.
Featuring an innovative design that supports EtherCAT and CANopen control interfaces, the LXM23DU20M3X seamlessly integrates into modern automation systems, ensuring compatibility and ease of installation. Its robust construction, rated at IP54, ensures reliable operation in harsh environments.
With a nominal power output of 20 kW and maximum torque capabilities up to 20 Nm, this drive is capable of handling a variety of heavy-duty tasks with precision and accuracy. The wide compatibility with AC motors makes it a versatile choice for various industries.
The LXM23DU20M3X is equipped with advanced features for enhanced safety and reliability, including automatic error detection and self-diagnostic functions. These features ensure minimal downtime and maintenance, contributing to a cost-effective and efficient operation.
Designed with user convenience in mind, the LXM23DU20M3X offers intuitive setup and operation through its user-friendly interface. Comprehensive documentation and support resources are provided to facilitate quick integration and easy troubleshooting.
The Schneider LXM23DU20M3X Motion Servo Drive is a cutting-edge control solution designed for high-precision applications. It delivers unparalleled performance, integrating advanced technology for seamless integration into complex industrial systems.