Details

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For more details, Please download the catalog below

Key Features:

• Multi-Axis Control Capability: The Lexium MC12 is specifically built for coordinating multiple axes simultaneously, making it ideal for complex applications such as robotics, CNC machines, and multi-axis automation.

• High-Precision Positioning: With precise servo control, the MC12 provides smooth, accurate positioning, essential for tasks that require intricate motion, including pick-and-place, labeling, and machining.

• Scalability and Modularity: The MC12 system is modular, allowing easy expansion for additional axes as needed. This flexibility supports scalability and customization for various application sizes and complexity levels.

• Flexible Communication Options: It supports various communication protocols, including EtherCAT, Modbus TCP, and CANopen, enabling seamless integration with other automation and control systems.

• Compact Design for Space Efficiency: The MC12 series is designed to save space in control cabinets, making it suitable for installations where panel space is limited.

• Easy Configuration and Programming: Schneider Electric’s configuration software allows for straightforward setup, parameterization, and maintenance, with features like automated tuning and diagnostics to simplify commissioning.

• Integrated Safety Functions: The MC12 includes safety features such as Safe Torque Off (STO), which enhance operator safety and reduce the need for external safety components.

• High Dynamic Performance: It provides fast acceleration and deceleration capabilities, supporting rapid and efficient motion for high-speed production applications.

• Energy Efficiency with Regenerative Power: It has regenerative braking features, which help to reduce energy consumption by feeding excess energy back into the system.

• Robust Design for Industrial Environments: Built for industrial applications, the Lexium MC12 is designed to operate in harsh environments, withstanding vibration, temperature variations, and continuous operation demands.