Description

The GE IC695ETM001-EK is an essential dual-port Ethernet Interface Module designed for the RX3i PACSystems platform, a cornerstone of GE Fanuc’s (now part of Emerson) programmable automation controller family. This module serves as the primary network gateway, enabling high-speed communication between the RX3i rack and various industrial devices and systems. The core function of the GE IC695ETM001-EK is to provide a robust, integrated Ethernet network connection, facilitating data exchange with programming workstations (for configuration and monitoring), human-machine interfaces (HMIs), other PLCs, and higher-level supervisory systems like SCADA and MES. It transforms the RX3i system into a networked node on the plant floor, integral for modern, interconnected industrial operations.

As a dedicated communications module, the GE IC695ETM001-EK plugs directly into the RX3i backplane, offering a seamless and high-performance alternative to using a serial-to-Ethernet converter. It supports standard Ethernet protocols, including SRTP (Server Request Transport Protocol) for GE’s own suite of software and hardware, and can be configured for Modbus TCP communications, making it versatile for connecting with third-party devices. The inclusion of a built-in two-port Ethernet switch is a significant value-add, allowing for the creation of a daisy-chain network topology which reduces wiring costs and simplifies network infrastructure. The reliability and deterministic performance of the GE IC695ETM001-EK are critical for real-time control and data acquisition in demanding automation environments.

GE IC695ETM001-EK

Technical Specifications

Main Features and Advantages

The GE IC695ETM001-EK delivers a host of features that streamline network integration and enhance system performance. Its integrated dual-port Ethernet switch is a standout advantage, enabling linear or star network topologies without the need for external switches. This not only saves panel space and reduces component count but also lowers overall system cost and potential failure points. The auto-negotiating and auto-MDIX capabilities of the ports eliminate the need for crossover cables and simplify installation, allowing for direct connection to workstations, switches, or other devices with minimal configuration.

High-performance backplane integration: Unlike external adapters, the GE IC695ETM001-EK communicates with the CPU and other modules over the RX3i’s high-speed backplane. This provides a deterministic and high-bandwidth data pathway, which is crucial for the fast exchange of large volumes of I/O data and peer-to-peer communications between multiple CPUs. This level of integration ensures that network communications do not become a bottleneck in high-speed control applications.

Enhanced diagnostics and versatile protocol support: The module features clear LED status indicators for power, network activity, and link status, providing at-a-glance health monitoring. Its support for both native SRTP protocol for seamless integration with Proficy Machine Edition programming software and iFIX HMIs, as well as industry-standard Modbus TCP, offers tremendous flexibility. This allows the GE IC695ETM001-EK to act as a communication bridge, easily exchanging data with a wide array of devices from different manufacturers, making it a versatile cornerstone for building unified and open industrial networks.

Application Field

The GE IC695ETM001-EK is deployed across a vast spectrum of industries where reliable Ethernet communication is a prerequisite for automated control. In manufacturing and assembly lines, it is the network backbone that connects the RX3i controller to remote I/O drops, vision systems, robotic controllers, and operator stations, enabling synchronized and data-rich production processes. Its deterministic performance is key to maintaining cycle times and production quality.

In critical infrastructure sectors such as water and wastewater treatment, the GE IC695ETM001-EK facilitates the collection of data from scattered PLCs and RTUs across the plant, bringing it all back to a central SCADA system for monitoring and control. Its rugged design is suitable for the electrical noise often present in such environments. Similarly, in the oil and gas industry, it is used for control and monitoring of pipeline pump stations and offshore platform systems, where reliable data transmission is vital for both operational efficiency and safety.

Furthermore, the module finds extensive use in material handling systems for airports and distribution centers, coordinating complex sortation and conveyor control networks. In the power generation sector, it helps integrate turbine control and balance-of-plant systems. Any application that requires the RX3i PACSystem to be a communicative node in a larger, networked automation architecture is an ideal use case for the GE IC695ETM001-EK.

GE IC695ETM001-EK

Related Products

GE IC695CPU315: A high-performance RX3i PACSystems CPU that frequently pairs with the IC695ETM001-EK for complete control and communication solutions.

GE IC694xxx Series: Various RX7i and Series 90-30 compatible I/O modules that can be used in the same system as the RX3i platform.

GE IC695ALG616: A high-density analog input module, representing the type of I/O module that sends its data over the backplane to be communicated via the IC695ETM001-EK.

GE IC695ETM002: A later version or variant Ethernet module in the same family, potentially offering gigabit speed or enhanced features.

GE VersaMax I/O Modules: A distributed I/O family that can be networked to an RX3i system using an Ethernet module like the IC695ETM001-EK.

GE IC693ETM001: The Ethernet interface module for the older Series 90-30 platform, showing the evolution of the product line.