Description

GE IC695LRE001 – High-Reliability Redundant Ethernet Module for RX3i PLC

Product Description

Product Parameters

Advantages and Features

1. Ultra-Fast Automatic Failover: The GE IC695LRE001 achieves switchover between redundant Ethernet ports in less than 50 ms, ensuring zero data loss and uninterrupted operation for time-sensitive applications like robotic control and real-time process monitoring.
2. Gigabit Redundant Connectivity: Dual Gigabit Ethernet ports support high-speed data transmission, making the module suitable for data-intensive industrial networks that handle large volumes of sensor data, control logic, and video feeds.
3. Seamless RX3i Ecosystem Compatibility: Designed for plug-and-play integration with all RX3i hardware and software, the GE IC695LRE001 requires no custom firmware or adapter modules, reducing installation time and minimizing configuration errors.
4. Rugged Industrial Durability: Rated to operate in extreme temperatures (-40°C to 75°C) and resistant to electromagnetic interference (EMI) and voltage fluctuations, the module maintains stable performance in harsh environments like oil refineries, steel mills, and outdoor utility stations.
5. Intuitive Status Monitoring: LED indicators for port link, data activity, and failover status provide real-time visibility into network health, enabling quick troubleshooting and reducing maintenance downtime.
6. Multi-Protocol Support: Native compatibility with key industrial protocols eliminates the need for additional protocol converters, simplifying network architecture and lowering overall hardware costs.

Application Cases in Application Fields

1. Nuclear Power Plant Control Systems: A major energy utility deployed the GE IC695LRE001 in its nuclear power plant’s PLC networks to ensure uninterrupted communication between reactor control systems and safety monitoring platforms. The module’s fast failover time prevented network outages during critical operations, ensuring compliance with strict nuclear safety regulations.
2. Chemical Processing Facility: A global chemical manufacturer integrated the GE IC695LRE001 into its batch processing line PLCs to connect temperature, pressure, and flow sensors to a central SCADA system. The redundant ports eliminated downtime caused by accidental cable damage, reducing production losses by 30% annually.
3. Automotive Battery Production Line: An electric vehicle (EV) OEM used the GE IC695LRE001 to support its battery cell assembly line PLCs. The module’s Gigabit speed synchronized data transmission between 80+ industrial robots and a cloud-based production management system, while the redundant ports ensured continuous operation during network maintenance.
4. Water Treatment Plant: A municipal water authority deployed the GE IC695LRE001 in its remote pump station PLCs to connect flow rate sensors and valve control modules. The module’s rugged design withstood outdoor temperature extremes, and the redundant ports prevented service disruptions during power grid fluctuations.

Comparisons with Competing Products

Selection Suggestions and Precautions

1. Selection Suggestions:
   • Choose the GE IC695LRE001 for RX3i PLC systems in mission-critical applications (power generation, chemical processing, nuclear safety) where network downtime is intolerable.
   • Opt for this module if your application requires high-speed data transmission (e.g., robotic assembly, large-scale sensor networks) thanks to its Gigabit Ethernet support.
   • Prioritize the GE IC695LRE001 for harsh industrial environments, as its wide temperature tolerance and EMI resistance outperform most competing redundant Ethernet modules.
2. Precautions:
   • Ensure the module is installed in a GE RX3i 3U rack unit and paired with compatible RX3i CPU modules to avoid connectivity and failover issues.
   • Verify the input voltage remains within the 18-36 VDC range to protect the module’s internal circuitry from damage.
   • Use shielded Ethernet cables for outdoor or high-EMI installations to maintain stable signal transmission and prevent interference-related failovers.
   • Regularly update the module’s firmware via the Ethernet port to access the latest failover algorithm improvements and security patches.
   • Avoid exposing the module to direct moisture or corrosive gases, even with industrial-grade protection, to extend the lifespan of the Ethernet ports and internal components.