Schneider 140NOE35100C Ethernet SY/MAX Fiber Optic Module

Product Introduction

The Schneider 140NOE35100C Ethernet SY/MAX Fiber Optic Module is an industrial-grade communication module designed to integrate Schneider Modicon Quantum PLC systems with Ethernet networks over fiber optic media. This module ensures high-speed and secure data transmission across long distances, making it ideal for demanding industrial environments. By supporting Ethernet TCP/IP and Modbus TCP protocols, the 140NOE35100C enables seamless communication between programmable controllers, supervisory control systems, and remote devices, ensuring reliable real-time control and monitoring.

Technical Specifications

Applications

The 140NOE35100C is widely used in industrial automation and process control applications where robust Ethernet connectivity is required. Typical use cases include:

• Process Automation: Seamless integration of PLCs with SCADA systems in industries such as chemical processing, oil and gas, and power generation.

• Factory Automation: Real-time control of assembly lines, packaging systems, and material handling equipment.

• Infrastructure Monitoring: Reliable communication backbone for water treatment plants, energy distribution, and building automation.

• Remote Data Acquisition: Long-distance fiber optic connections for remote sensor data collection and control.

Advantages

• High-Speed Fiber Optic Connectivity: Ensures noise-free communication over long distances, ideal for harsh industrial environments.

• Seamless Integration: Fully compatible with Schneider Modicon Quantum PLCs and supports multiple network topologies.

• Enhanced Reliability: Fiber optic medium provides immunity to electromagnetic interference (EMI) and reduces signal degradation.

• Flexible Configuration: Web-based configuration and Unity Pro software support simplify installation and maintenance.

• Robust Build: Rugged design withstands industrial temperature ranges and humidity.

• Cybersecurity Features: Advanced Ethernet protocol support with user access controls for secure data exchange.

FAQ

1. How do I configure the 140NOE35100C for Modbus TCP communication?
   Configuration is performed through the built-in web server or Schneider Unity Pro software by assigning the IP address, subnet mask, and Modbus TCP parameters.

2. What is the maximum fiber optic cable length supported?
   For multimode 62.5/125 µm fiber, the maximum recommended distance is approximately 2 km at 100 Mbps.

3. Can this module operate in a redundant Ethernet ring topology?
   Yes, it supports ring and star network topologies to provide redundancy and high availability.

4. Is the module compatible with legacy SY/MAX protocols?
   Yes, Ethernet SY/MAX protocol is supported to maintain backward compatibility with older control systems.

5. Does it support SNMP for network management?
   Yes, the module includes SNMP capability for real-time monitoring and diagnostics.

6. What diagnostic tools are available on the module?
   The integrated web interface provides port status, traffic statistics, and detailed error counters for troubleshooting.

7. How is firmware updated on the 140NOE35100C?
   Firmware upgrades are completed via the Ethernet interface using Schneider’s official firmware utility.

8. What is the recommended fiber optic connector type?
   The module is designed for ST-type connectors to ensure secure and stable fiber connections.

9. Can the module coexist with Ethernet/IP devices?
   Yes, it can operate alongside Ethernet/IP devices when proper network segmentation and addressing are applied.

10. What security measures are included to protect against unauthorized access?
    User authentication, password protection, and IP-based access controls are implemented to safeguard communications.

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FAQ

1. How do I configure the 140NOE35100C for Modbus TCP communication?
   Configuration is performed through the built-in web server or Schneider Unity Pro software by assigning the IP address, subnet mask, and Modbus TCP parameters.

2. What is the maximum fiber optic cable length supported?
   For multimode 62.5/125 µm fiber, the maximum recommended distance is approximately 2 km at 100 Mbps.

3. Can this module operate in a redundant Ethernet ring topology?
   Yes, it supports ring and star network topologies to provide redundancy and high availability.

4. Is the module compatible with legacy SY/MAX protocols?
   Yes, Ethernet SY/MAX protocol is supported to maintain backward compatibility with older control systems.

5. Does it support SNMP for network management?
   Yes, the module includes SNMP capability for real-time monitoring and diagnostics.

6. What diagnostic tools are available on the module?
   The integrated web interface provides port status, traffic statistics, and detailed error counters for troubleshooting.

7. How is firmware updated on the 140NOE35100C?
   Firmware upgrades are completed via the Ethernet interface using Schneider’s official firmware utility.

8. What is the recommended fiber optic connector type?
   The module is designed for ST-type connectors to ensure secure and stable fiber connections.

9. Can the module coexist with Ethernet/IP devices?
   Yes, it can operate alongside Ethernet/IP devices when proper network segmentation and addressing are applied.

10. What security measures are included to protect against unauthorized access?
    User authentication, password protection, and IP-based access controls are implemented to safeguard communications.

Related Models (Same Series/Family)

Popular Schneider Models

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