GE IC697CPX772

Use Configuration

Processor and Memory: The standard processing speed is ninety-six megahertz, using an 80486dx4 microprocessor, 512k slow battery-powered random access memory, and 256k non-volatile flash memory, providing ample space to store programs, configuration data, and user data.

The most reliable I/O capacity: The module can handle up to 2000 Di/Ie (any combination) and up to 8000 in I/O applications. This makes it so extensive in I/O capacity that it can accommodate a large number of signal and data point operations encountered in complex control systems, even if it is not the highest.

Serial Port: Equipped with three serial ports; one RS232 (RJ11), two 9-pin D-type RS485 communication interfaces, supporting various serial protocols such as SNP Slave, Break-free SNP (Slave), SNPX, and RTU, which is convenient for communication with other devices and systems that use it.

Power Requirements: GE IC697CPX772 module operates on a 5V DC input potential and consumes 3.1 amps of current. The temperature range is between 0 to 60 degrees Celsius.

Product Features

Data Processing and Control: As a PC, GE IC697CPX772 is capable of performing complex data processing and real-time control operations. It is capable of performing floating point calculations, which are highly required in many practical functions involving decimal values, such as precise measurement and control of physical quantities.

Programmability: It is written using MS-DOS and Windows packages so that it can be carefully selected based on the customized needs of the module while interfacing with any application, best suited for many industrial processes.

Status Monitoring and Protection: The module has an array of seven status LEDs indicating OK, RUN, ENABLE, P1, P2, P3 and MEM Protect, so that visibility can be assumed in the event of any fault related to the operating status. Two local control methods are integrated - a three-position operation mode switch and a key switch for manual memory protection to ensure safety and prevent loss of configuration data due to accidental program overwrite.

Compatibility: Compatible with GE Fanuc 90-70 PLC, supporting various optional modules such as LAN interface module, programmable coprocessor, alphanumeric display coprocessor, bus controller of IC660/661 I/O products, communication module, I/O link interface and all IC697 series discrete and analog I/O modules. Its compatibility makes it widely expandable and practical in any existing control system.

Application Scope

Manufacturing: Automated production lines for various applications such as motor control, conveyor belt control and quality inspection. Through the connection with sensors and actuators, it can monitor and regulate the entire production process to ensure high quality and production efficiency of products.

Chemical and petrochemical industry: GE IC697CPX772 is used to control and monitor temperature, pressure, flow and level in chemical reactors, pipelines and tanks in chemical plants and refineries. Its reliable performance and high I/O density can accurately control complex chemical processes to ensure safety and stability.

Power generation industry: In the power sector, it can be used for applications such as monitoring or controlling the performance of generators, transformers and other power equipment. It is able to accept signals from pre-installed sensors such as current, voltage, temperature, etc. It provides control functions such as load balancing and fault protection, so that the power grid can operate stably.

Pharmaceutical industry: In the pharmaceutical industry, precise control of environmental conditions and process parameters is extremely important. GE IC697CPX772 can control the temperature, humidity and pressure of the clean room, while also monitoring and controlling pharmaceutical production operations outside the clean room, thereby supporting the quality and consistency of pharmaceutical production.

Food and beverage industry: It has process control applications in food production and beverage production, including controlling the temperature and time of cooking, sterilization and fermentation processes, as well as flow and level monitoring of raw materials and finished products to ensure product quality and food safety.