The TSXETY5103 is an Ethernet TCP/IP communication module designed for the Modicon Premium Automation Platform. It facilitates high-speed Ethernet connectivity, supporting protocols such as Modbus TCP, Uni-Telway, and SOAP/XML Web Services. Equipped with a Transparent Ready Class C30 web server, it offers advanced features like bandwidth management, global data I/O scanning, and remote diagnostics, making it ideal for complex industrial automation systems.

Product Specifications

Product Applications

• Industrial Automation: Facilitates real-time data exchange between PLCs and supervisory systems.​

• SCADA Systems: Enables seamless integration with SCADA for monitoring and control.​

• Remote Monitoring: Supports remote diagnostics and maintenance via web services.​

• Data Acquisition: Collects and transmits process data to centralized databases.

• IoT Integration: Connects industrial equipment to IoT platforms for advanced analytics.​

Product Advantages

• High-Speed Communication: Supports 10/100 Mbps Ethernet for efficient data transfer.​

• Versatile Protocol Support: Compatible with multiple industrial communication protocols.​

• Integrated Web Server: Offers remote access and diagnostics through a built-in web interface.​

• Robust Design: Engineered to operate in harsh industrial environments.​

• Scalability: Accommodates up to 64 simultaneous connections, suitable for large systems.​

Frequently Asked Questions (FAQ)

1. What types of communication protocols does the TSXETY5103 support?

The TSXETY5103 supports Modbus TCP/IP as its primary protocol. It also supports transparent socket messaging and UDP communication, making it highly flexible for industrial Ethernet communication requirements.

2. Can the TSXETY5103 be used for remote programming and diagnostics?

Yes, one of the key advantages of the TSXETY5103 is its ability to support remote access for both diagnostics and programming, using tools like Unity Pro or EcoStruxure Control Expert via Ethernet.

3. What is the maximum number of simultaneous connections this module can handle?

The TSXETY5103 can manage up to 64 simultaneous Ethernet connections, enabling multiple HMIs, SCADA systems, or engineering workstations to communicate with the PLC simultaneously.

4. Is the TSXETY5103 compatible with Modicon Quantum or M340 platforms?

No, the TSXETY5103 is designed specifically for the Modicon Premium PLC series. For Quantum or M340, different Ethernet communication modules like NOE or BMXNOE series are recommended.

5. Does the TSXETY5103 provide built-in web server functionality?

Yes, it includes a built-in web server that allows users to monitor system status, diagnostics, and performance metrics in real-time via a standard web browser, without any additional software.

6. Can I perform firmware upgrades on the TSXETY5103 over Ethernet?

Yes, firmware updates can be conducted over Ethernet using Schneider’s official tools, ensuring secure and convenient maintenance without needing to remove the module from the rack.

7. What cybersecurity features are implemented in the TSXETY5103?

The TSXETY5103 provides access control via password-protected web interfaces, basic firewall configurations, and supports MAC filtering for added security within industrial networks.

8. Is it possible to use this module in a redundant PLC architecture?

Yes, the TSXETY5103 supports redundant Ethernet communication when configured properly within a dual-PLC redundant architecture, making it suitable for high-availability systems.

9. What is the power consumption of the TSXETY5103, and does it require an external power source?

The TSXETY5103 typically consumes around 3.5 W and does not require an external power supply, as it draws power from the Modicon Premium PLC backplane.

10. What are the main differences between TSXETY5103 and earlier models like TSXETY4101?

The TSXETY5103 offers improved memory management, increased connection handling, and better support for diagnostic web services compared to TSXETY4101. It is intended for more demanding applications where network reliability and data throughput are critical.