Schneider EGX400 Ethernet Gateway Module

Processor:High-speed microcontroller

Operating System:RTOS-based

Network Interfaces:2x Ethernet (10/100Mbps)

Modbus Support:TCP, RTU

Memory:16MB Flash, 8MB RAM

Power Supply:12-48V DC

Dimensions:100mm x 86mm x 30mm

Weight:0.2kg

    The Schneider EGX400 Ethernet Gateway Module is specifically engineered for industrial environments, offering robust connectivity and high-speed data transfer capabilities. This module is designed to seamlessly integrate with existing industrial networks, providing an efficient pathway for data exchange between devices and cloud-based systems.

    Key features include dual Ethernet ports, supporting both Ethernet and fieldbus protocols, which ensures compatibility and flexibility in diverse network infrastructures. The EGX400 is equipped with advanced power supply options, allowing it to operate efficiently on external supplies ranging from 19.2V to 26.4V DC, or through Power over Ethernet (PoE) for enhanced mobility and ease of installation.

    With its compact size and rugged design, the EGX400 is compatible with 35mm DIN rails, making it easily adaptable to various mounting configurations within industrial settings. Its low current consumption ensures minimal power draw, reducing energy costs and enhancing system reliability.

    Ideal for applications requiring real-time data processing and remote access, the EGX400 facilitates streamlined communication between control systems and external resources, improving overall process control and decision-making capabilities. It supports up to 64 simultaneous connections, enabling extensive network scalability and efficient resource management.

    Equipped with comprehensive user documentation and supported by Schneider Electric’s extensive expertise in industrial automation, the EGX400 is a reliable choice for enhancing operational efficiency and fostering innovation in modern industrial ecosystems. Its modular design allows for easy integration into existing systems, ensuring a smooth transition towards more connected and intelligent manufacturing processes.