The GE Fanuc IC697CPM914 provides a balanced combination of processing power and affordability for the Series 90-70 PLC family. This CPU module uses an 80486DX microprocessor clocked at 32 megahertz, delivering reliable performance for mid-range to large control applications. Furthermore, the IC697CPM914 supports floating point arithmetic, making it suitable for calculations involving real numbers. The module processes Boolean functions rapidly and handles substantial I/O configurations. Whether you control a production line, a material handling system, or a process skid, this CPU offers dependable operation and flexible connectivity.
The IC697CPM914 centers around a 32-bit 80486DX microprocessor running at 32 megahertz. This processor includes built-in floating point support, which accelerates mathematical operations involving decimals and fractions. The module executes Boolean functions with excellent speed, ensuring fast scan cycles for discrete control tasks. Additionally, the IC697CPM914 supports a 32-bit instruction size, enabling efficient program execution and memory utilization. This processing capability makes the module suitable for applications that require both logic processing and numerical computation.
The IC697CPM914 offers 512 kilobytes of battery-backed RAM for user programs and data storage. An on-board lithium battery maintains memory contents during power interruptions, providing 6 months of nominal retention. This battery-backed design ensures your control program and critical data remain safe even during extended power outages. The module does not require DIP switches for configuration; instead, you perform all programming and setup through software. This approach simplifies hardware installation and reduces the risk of configuration errors.
The IC697CPM914 supports substantial I/O configurations for large-scale automation projects. It handles up to 12,000 total I/O points in any mix, with a maximum of 8000 analog inputs and 8000 analog outputs. This capacity accommodates complex processes with numerous sensors, actuators, and control loops. The module integrates seamlessly with the full range of Series 90-70 I/O modules, including discrete, analog, and specialty types. Furthermore, the CPU supports optional modules such as Ethernet interfaces, coprocessors, bus controllers, and additional I/O modules, allowing you to expand system capabilities as needed.
The IC697CPM914 features a single serial port compatible with both RS-422 and RS-485 standards. This port uses a 15-pin D-type connector and supports connections to a Work Station interface on a programming computer. You can also connect this serial port to a standard RS-232 port on a programming computer using an RS-422 to RS-232 converter. This flexibility provides multiple options for programming and monitoring the CPU. The serial port enables reliable communication for program downloads, configuration changes, and status monitoring.
You have several options for programming the IC697CPM914. First, you can connect through the serial port using a compatible cable and converter. Second, you can use a parallel connection to a port on the bus transmitter module, which allows connection to an MS-DOS based programmer. Third, you can connect over Ethernet for high-speed programming and network integration. Ethernet connectivity requires an optional Ethernet interface module installed in the PLC rack. These multiple connectivity options give you flexibility in choosing the programming method that best suits your infrastructure and preferences.
The IC697CPM914 draws 2.8 Amps from the 5 Volts DC backplane bus. This current consumption supports the module's processor, memory, and communication circuitry. The module operates reliably within a temperature range of 0 to 60 degrees Celsius, making it suitable for most industrial environments. Additionally, it tolerates relative humidity from 5 to 95 percent, non-condensing, which accommodates a wide range of factory floor conditions. For optimal performance and longevity, install the module in a clean, well-ventilated area away from excessive dust, moisture, and heat sources.
Four LED indicators on the module's front panel provide real-time status information. These LEDs show the operating condition of the CPU, including power status, run/halt state, and fault indications. Operators can quickly assess system health through these visual cues without requiring a programming terminal. This feature simplifies troubleshooting and reduces downtime by enabling rapid diagnosis of common issues. Additionally, the serial port activity may be monitored through software tools for more detailed diagnostics.
Installing the IC697CPM914 follows a simple procedure. First, power off the PLC chassis and disconnect it from mains supply. Next, select an available slot in the Series 90-70 rack. The module requires only one slot for installation. Slide the CPU module into the slot along the guide rails until it seats firmly against the backplane connector. Then, tighten the retaining screws to secure the module. After installation, connect your programming device through your preferred method - serial, parallel, or Ethernet. Load your control program and configure the CPU using the programming software. Finally, power on the system and verify the LED indicators show normal operation.
Each shipment of the IC697CPM914 includes the following items:
One GE Fanuc IC697CPM914 CPU module
One product documentation leaflet with quick start instructions
Anti-static protective packaging for safe transport
The packaging does not include serial cables, RS-422 to RS-232 converters, Ethernet interface modules, programming software, or lithium batteries. These items are available separately upon request.
We ship all orders for the IC697CPM914 using reliable express couriers. Our standard carriers include FedEx, UPS, and DHL. Secure packaging protects the module from damage during transit. Delivery usually takes 3 to 7 business days, depending on your destination. We will provide a tracking number once your order ships.
1. What type of processor does the IC697CPM914 use?
The IC697CPM914 uses an 80486DX microprocessor running at 32 megahertz. This 32-bit processor includes floating point support, which accelerates mathematical operations involving decimal numbers. The module executes Boolean functions quickly and supports efficient program execution.
2. How much memory does the IC697CPM914 provide?
The module provides 512 kilobytes of battery-backed RAM for user programs and data. An on-board lithium battery maintains this memory during power loss, offering 6 months of nominal retention. This backup ensures your program and data remain safe during power outages.
3. What communication options does the IC697CPM914 support?
The module includes an RS-422/RS-485 compatible serial port with a 15-pin D-type connector. You can connect to this port directly through a Work Station interface, or through an RS-422 to RS-232 converter for standard serial connections. Additionally, you can use a parallel connection to a bus transmitter module or an Ethernet connection through an optional interface module.
4. What is the maximum I/O capacity of the IC697CPM914?
The module supports up to 12,000 total I/O points in any mix, with a maximum of 8000 analog inputs and 8000 analog outputs. This substantial capacity makes the CPU suitable for large-scale automation systems with numerous sensors and actuators.
5. How do I configure the IC697CPM914 module?
You perform all programming and configuration through software. The module does not have DIP switches for hardware configuration. You can use the serial port, parallel connection, or Ethernet to connect a programming computer and load your control program.
| Brand Name | |
| Model No. | IC697CPM914 |
| Product Type | CPU Module |
| hasMerchantReturnPolicy | Adjust according to reality |
| Shippingdetails | Adjust according to reality |
