top of page
Search

Schneider Electric LXM26DU07M3X

Updated: Jul 5

Technical Overview of Schneider Electric LXM26DU07M3X – Lexium 26 Servo Drive (0.75 kW)

The Schneider Electric LXM26DU07M3X is a high-performance servo drive from the Lexium 26 series, specifically engineered for motion control applications requiring precision, flexibility, and ease of integration. With a power rating of 0.75 kW, this model is ideal for driving servo motors in mid-range automation systems. It is widely used across industries such as packaging, textiles, food and beverage, machine tools, and automated assembly lines due to its robust performance and compact design.

LXM26DU07M3X

At the core of the LXM26DU07M3X is its ability to control three-phase synchronous servo motors efficiently. It operates with a 3-phase power supply input ranging from 380V to 480V AC at 50/60 Hz, making it suitable for industrial environments with standard power configurations. With a rated output power of 750 watts, it offers a balance of power and energy efficiency, making it ideal for applications requiring consistent torque, rapid acceleration, and high dynamic response.


This Lexium 26 servo drive supports multiple communication protocols, including Modbus TCP and EtherCAT, allowing seamless integration with Schneider Electric’s PacDrive and Modicon controllers, as well as third-party PLCs. The integrated communication ports enable real-time data exchange, precise motion synchronization, and enhanced machine performance. The device also includes digital and analog I/O, which support various control and feedback devices, offering flexibility in system design.


The LXM26DU07M3X features auto-tuning and advanced motor control algorithms, enabling smooth and precise operation even in demanding dynamic load conditions. Its high-resolution encoder feedback capability ensures accurate position and speed control, essential for servo systems that demand precise motion control and low overshoot.


Thermal efficiency is another strong suit of the LXM26DU07M3X. Designed with advanced cooling architecture and built-in fans, it can operate in ambient temperatures ranging from 0°C to 55°C, with effective heat dissipation that prevents overheating during high-speed or continuous operations. The unit is built for panel-mounted installations and has a compact footprint that saves valuable cabinet space while providing high-density control capabilities.


Safety is built into the drive with features such as Safe Torque Off (STO) functionality, which prevents the motor from generating torque in emergency situations, ensuring operator and equipment protection. The module complies with international standards like IEC/EN 61800-5-1, offering assurance of electrical safety and electromagnetic compatibility (EMC) in industrial applications.


The user-friendly SoMove software or Schneider's EcoStruxure Machine Expert platform can be used to configure the LXM26DU07M3X. These tools allow for parameter setting, diagnostics, tuning, and real-time monitoring, all through a graphical interface. This reduces commissioning time and simplifies system maintenance, while also providing in-depth insight into drive performance.


In addition to its high-performance capabilities, the Lexium 26 series, including the LXM26DU07M3X, emphasizes energy efficiency and reliability. It offers an excellent power-to-size ratio, meaning users can achieve powerful servo control in a compact form factor, ideal for modern machine designs where space is limited but performance is critical.


In conclusion, the Schneider Electric LXM26DU07M3X servo drive is a powerful, flexible, and intelligent solution for precise motion control applications. With support for leading industrial communication protocols, safety functions, advanced tuning capabilities, and compact design, it meets the rigorous demands of modern automated systems. Whether used in packaging machinery, robotics, conveyor systems, or high-speed cutting applications, the LXM26DU07M3X delivers exceptional control, reliability, and integration flexibility.



 
 
 

Comments


bottom of page