Product Overview
The GE IC697RCM711C is a advanced remote communication module designed for GE’s 90-70 series Programmable Logic Controllers (PLCs), enabling seamless connectivity between local PLC systems and remote devices or networks. As a critical link in distributed automation architectures, GE IC697RCM711C facilitates real-time data transmission between on-site 90-70 PLCs and remote monitoring stations, control centers, or cloud platforms. This capability is invaluable for industrial operations with dispersed assets, as it reduces the need for on-site intervention and enables timely decision-making based on up-to-date operational data.
What sets GE IC697RCM711C apart is its robust design optimized for long-distance communication, maintaining reliability even over extended networks or in areas with moderate electromagnetic interference (EMI). Whether deployed in remote pump stations, pipeline monitoring systems, or distributed manufacturing facilities, GE IC697RCM711C ensures consistent data flow, supporting both monitoring (e.g., sensor readings, equipment status) and control (e.g., remote actuation of valves, pumps) functions. Its compatibility with the 90-70 ecosystem allows for easy integration into existing setups, enhancing system flexibility without requiring extensive reconfiguration.
Technical Specifications
| Parameter |
Value |
| Product Model |
GE IC697RCM711C |
| Manufacturer |
GE |
| Product Type |
Remote Communication Module |
| Compatible Series |
GE 90-70 PLC Series |
| Supported Protocols |
Modbus RTU/ASCII, Ethernet/IP, TCP/IP |
| Communication Range |
Up to 12 km (via Ethernet with proper cabling) |
| Operating Temperature |
-10°C to 60°C (14°F to 140°F) |
| Storage Temperature |
-40°C to 85°C (-40°F to 185°F) |
| Power Requirements |
5V DC (from 90-70 backplane) |
| Power Consumption |
4.2W typical |
| Dimensions |
118mm x 98mm x 32mm (4.6" x 3.9" x 1.3") |
| Weight |
Approx. 210g (0.46 lbs) |
| Mounting Type |
90-70 backplane slot (compatible with IC697CHS series chassis) |
| Protection Rating |
IP20 (suitable for panel mounting in enclosed environments) |
| EMI Resistance |
Compliant with IEC 61000-6-2 industrial standards |
Key Features and Benefits
GE IC697RCM711C excels in enabling remote connectivity, supporting multiple industry-standard protocols to bridge 90-70 PLCs with diverse remote systems. Its compatibility with Modbus (for legacy devices) and Ethernet/IP (for modern networks) eliminates the need for protocol converters, simplifying system design and reducing integration costs. This versatility makes it ideal for environments with mixed-generation equipment, common in industrial upgrades.
Reliability is a core strength, with a communication range of up to 12 km (using appropriate cabling) ensuring coverage for most distributed assets, from pipeline segments to remote water towers. The module’s robust construction resists vibration and temperature fluctuations, maintaining performance in harsh outdoor or industrial environments where exposure to dust and humidity is common.
For operators, GE IC697RCM711C reduces operational costs by enabling remote monitoring and control—minimizing site visits for routine checks or adjustments. Its built-in diagnostic tools, including communication error logging and connection status indicators, simplify troubleshooting, allowing teams to identify issues like network latency or signal loss quickly. This combination of flexibility, reliability, and ease of use makes it a cornerstone of distributed automation systems.
Application Scenarios
GE IC697RCM711C is particularly valuable in industries with geographically dispersed assets. In oil and gas production, it connects 90-70 PLCs at remote wellheads to central control rooms, transmitting data on pressure, flow rates, and pump status. This allows operators to monitor well performance in real time and remotely adjust settings, reducing the need for frequent site visits to harsh, inaccessible locations.
In municipal water distribution networks, GE IC697RCM711C links PLCs at remote booster pump stations to a central SCADA system. It enables monitoring of water pressure and flow, and remote activation/deactivation of pumps to balance distribution—critical for maintaining service in sprawling urban or rural areas.
Renewable energy facilities, such as wind farms, also benefit from GE IC697RCM711C. It connects PLCs controlling individual turbine operations to a central management system, transmitting data on wind speed, power output, and component health. This supports predictive maintenance and optimizes turbine performance across the farm, enhancing overall energy production.
Related Models
GE IC697RCM710 – Predecessor to GE IC697RCM711C with limited protocol support (Modbus only), suitable for basic remote communication needs.
GE IC697RCM712 – Advanced variant of GE IC697RCM711C with additional secure communication features (VPN support) for sensitive industrial networks.
GE IC697CMN742-HT – High-temperature communication module that pairs with GE IC697RCM711C in hot environments, extending remote connectivity to high-heat zones.
GE IC697CHS782 – 8-slot backplane chassis compatible with GE IC697RCM711C, providing structural support in local PLC enclosures.
GE IC697CPU780 – 90-70 CPU module that integrates seamlessly with GE IC697RCM711C to manage remote communication tasks.
GE IC697RCM713 – Long-range variant of GE IC697RCM711C with extended communication range (up to 30 km) for ultra-dispersed assets.
GE IC697PWR710 – Power supply module that provides stable 5V DC to GE IC697RCM711C when installed in 90-70 backplanes.
Installation and Maintenance
Installing GE IC697RCM711C requires a compatible 90-70 backplane chassis (e.g., IC697CHS782) with an available slot, mounted in a protective enclosure to shield against environmental elements. Ensure the installation location has access to a stable network connection (Ethernet or serial) with appropriate cabling—shielded twisted-pair for Ethernet to minimize EMI. Proper grounding of the chassis (≤4Ω resistance) is critical to maintain communication integrity.
For maintenance, regularly inspect the module’s network connections to ensure secure, corrosion-free contacts—loose connections can cause intermittent communication drops. Use the 90-70 programming software to review GE IC697RCM711C’s diagnostic logs monthly, checking for recurring errors like timeouts or signal degradation. Update firmware periodically (as recommended by GE) to address security patches and improve protocol compatibility. Replace connectors every 5–7 years in high-vibration environments to preserve reliable data transmission.
Product Warranty
GE IC697RCM711C is backed by a one-year warranty from Xiamen Xiongba E-commerce Co., Ltd., covering manufacturing defects and performance issues under normal operating conditions. During this period, we offer free replacement for any faulty units, ensuring minimal disruption to your remote communication systems. Our technical support team provides guidance on installation, protocol configuration, and troubleshooting, leveraging expertise in industrial communication networks. We stand behind the reliability of GE IC697RCM711C, ensuring it meets the demands of distributed automation and delivers consistent performance for your critical remote assets.
Company Introduction: We offer a one-year warranty and free replacement service:
Xiamen Xiongba E-commerce Co., Ltd. Branch specializes in the field of industrial automation, focusing on the sales of Distributed Control Systems (DCS), robot systems, and modules and spare parts for large-scale servo control systems. Our business covers a wide range of industrial automation products, including PLCs, MOTOROLA MVME industrial modules, Anybus communication converters, RTU remote modules, industrial PCs, low-frequency industrial displays, and SCSI human-machine interfaces. With over a decade of industry experience, Xiongba has grown into a global supplier of industrial automation spare parts. We source directly from overseas, offering products and parts from multiple countries and manufacturers. This helps solve customers' procurement challenges, ensures product quality, and provides a significant price advantage.
