Schneider 140NOC78000C – Modicon Quantum Ethernet I/O Network Module

The Schneider 140NOC78000C is a high-performance Ethernet I/O head module designed for the Modicon Quantum automation platform. It ensures fast and reliable data exchange across industrial networks. Additionally, this module supports multiple protocols, making it highly versatile for modern automation systems.

With a 10/100 Mbit/s RJ45 interface, the 140NOC78000C guarantees seamless communication with other network devices. It handles up to 128 simultaneous connections, allowing extensive integration across large-scale automation setups. Furthermore, its full-duplex exchange mode optimizes network efficiency while reducing latency.

The module works efficiently with 140CPU6xxox series CPUs and supports EtherNet/IP and Modbus TCP protocols, ensuring broad compatibility across industrial applications. Its compact design simplifies installation, while the robust construction maintains stable operation in demanding environments.

**Key Features of the Schneider 140NOC78000C

• Ethernet I/O Head Module: Provides high-speed network connectivity for Modicon Quantum controllers.
• RJ45 Interface: Supports 10/100 Mbit/s communication, enabling efficient data transfer.
• Protocol Support: Compatible with EtherNet/IP and Modbus TCP for flexible network integration.
• Maximum Connections: Handles 128 connections, ideal for complex network topologies.
• Full-Duplex Mode: Optimizes communication speed and reduces transmission delays.
• CPU Compatibility: Works seamlessly with 140CPU6xxox series controllers.
• Compact and Durable: Designed for easy installation and long-term industrial performance.

**Technical Specifications of Schneider 140NOC78000C

Applications

The Schneider 140NOC78000C excels in high-demand industrial automation environments, including:

• Factory Automation: Connects multiple devices for seamless production line communication.
• Process Control: Ensures fast and reliable data exchange for chemical and food processing.
• Energy Management: Integrates complex energy distribution systems efficiently.
• Industrial Networking: Optimizes large-scale network topologies with high connection density.