Description
The GE IC697PWR710F is a high-performance power supply module specifically engineered for the GE Fanuc Series 90-70 programmable logic controller system. This specialized power module delivers clean, stable, and regulated DC power to all components within the Series 90-70 rack, ensuring reliable operation of CPU, I/O, and communication modules in demanding industrial environments. The “F” suffix designation indicates a specific factory configuration or enhanced feature set that distinguishes this unit from standard power supply models. The IC697PWR710F converts incoming AC line voltage to the precise +5VDC power required by the digital logic circuits and provides additional power for peripheral devices and field instrumentation.
Designed for maximum reliability, this power supply module incorporates advanced thermal management features, comprehensive protection circuits, and robust filtering to ensure stable operation even in electrically noisy industrial settings. The GE IC697PWR710F features intelligent power monitoring capabilities that provide early warning of potential power issues, helping to prevent unexpected downtime and system failures. Its heavy-duty construction and industrial-grade components ensure long-term reliability and consistent performance in applications where power quality is critical to operational success. The module’s design includes comprehensive safety features and protection mechanisms that safeguard connected equipment from power anomalies, voltage fluctuations, and electrical transients that could damage sensitive electronic components.

IC697PWR710F GE
Technical Specifications
| Parameter Name | Parameter Value |
| Product Model | IC697PWR710F |
| Manufacturer | GE (General Electric) |
| Product Type | Power Supply Module |
| Input Voltage | 120/240 VAC (auto-sensing) |
| Input Frequency | 47-63 Hz |
| +5VDC Output | 10A (50W maximum) |
| Output Regulation | ±1% line and load regulation |
| Hold-up Time | 20ms minimum at rated load |
| Efficiency | 85% typical at full load |
| Overcurrent Protection | Automatic current limiting with auto-recovery |
| Overtemperature Protection | Thermal shutdown with auto-recovery |
| Operating Temperature | 0° to 60° C (32° to 140° F) |
| Storage Temperature | -40° to 85° C (-40° to 185° F) |
| Cooling Method | Convection cooling (fanless design) |
| Safety Approvals | UL, cUL, CE, ATEX certified |
Main Features and Advantages
The GE IC697PWR710F offers several advanced features that ensure reliable power delivery in industrial environments. Its auto-sensing input voltage capability automatically adapts to either 120VAC or 240VAC power sources without requiring manual configuration changes, simplifying installation and reducing the risk of setup errors. The high-efficiency design (typically 85%) minimizes heat generation and reduces energy consumption, contributing to lower operating costs and improved system reliability. The fanless convection cooling design enhances long-term reliability by eliminating moving parts that could fail in dusty industrial environments.
Advanced protection features include comprehensive overcurrent protection that automatically limits output current during fault conditions, preventing damage to connected modules. The overtemperature protection circuit shuts down the power supply temporarily if internal temperatures exceed safe operating limits, with automatic recovery once temperatures normalize. The IC697PWR710F provides exceptional output stability with ±1% regulation under varying line and load conditions, ensuring consistent performance for sensitive electronic components. The robust EMI filtering suppresses electrical noise from both the input and output sides, protecting the power supply and connected equipment from electrical disturbances. These features make the GE IC697PWR710F particularly valuable in critical applications where power quality and reliability are essential for continuous operation.
Application Field
The GE IC697PWR710F is deployed across numerous industries where reliable power for Series 90-70 PLC systems is essential for operational continuity. In manufacturing automation, this power supply module provides critical power to control systems for automotive production lines, robotic workcells, and material handling systems where unexpected power issues could cause significant production disruptions. The module’s robust design and electrical noise immunity make it particularly suitable for heavy industries such as metal processing, industrial machinery, and large-scale manufacturing facilities where power quality challenges are common.
In process industries, the IC697PWR710F ensures reliable operation of control systems in chemical processing plants, oil and gas facilities, and pharmaceutical manufacturing where continuous operation is essential for safety and product quality. The power supply’s stable output and protection features are critical for maintaining the integrity of process control loops and safety shutdown systems. Infrastructure applications including power generation facilities, water treatment plants, and transportation systems benefit from the module’s reliability and long service life. The GE IC697PWR710F is also widely used in modernization projects where existing Series 90-70 systems require upgraded power capabilities to support additional modules and enhanced functionality while maintaining compatibility with existing control infrastructure.

IC697PWR710F GE
Related Products
IC697CHS770: 7-slot VME chassis that houses the IC697PWR710F power supply module.
IC697CPM790: High-performance CPU module powered by the IC697PWR710F.
IC697PWR711: Alternative power supply module with different specifications for Series 90-70 systems.
IC697BEM731: Genius bus controller module that receives power from the IC697PWR710F.
IC697ALG730: Analog I/O module requiring stable power from the supply module.
IC697MDL753: Digital input module that depends on clean power from the IC697PWR710F.
IC697CMM711: Communication module powered by the Series 90-70 power supply.
IC697ACC701: Backup battery module for memory retention in CPU modules.



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