GE IC697CPX928
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Product NameGE IC697CPX928 Series 90 – 70 High – Performance Central Processing Unit (CPU) Module
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Product DescriptionThe GE IC697CPX928 is a core CPU module tailored for the GE Fanuc Series 90 – 70 PLC systems, mainly developed to handle complex control tasks in industrial automation scenarios. It is built with an 80486DX4 microprocessor running at 96 MHz, and it achieves a fast scan rate of 0.4 microseconds per boolean function, which ensures efficient execution of user – programmed logic and real – time response to industrial on – site signals.This single – slot module integrates multiple practical features to meet industrial application needs. It is equipped with 6 MB of lithium battery – backed RAM for storing program and user data, and 256 KB of non – volatile user flash memory for storing CPU firmware. It comes with three built – in serial ports (1 RS232 and 2 RS485) along with a factory reset port, facilitating communication with various external devices and system debugging. There is no need for hardware configuration via dip switches or jumpers; instead, it can be programmed through software on MS – DOS, Windows 95, or Windows NT systems.The module is highly compatible with a wide range of optional modules, including Ethernet interface modules, coprocessors, bus controllers, and a full range of IC697 discrete and analog I/O modules. This expandability enables it to adapt to diverse industrial control requirements. It is furnished with seven status LEDs to provide intuitive operational feedback, and its configuration settings can be protected by both passwords and a key switch, ensuring the security of system parameters. It is widely used in industries such as manufacturing, petrochemicals, and power generation for automated control of production lines and process systems.
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Product Parameters
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Parameter Categories Specific Details Microprocessor 80486DX4 Clock Speed 96 MHz Memory 6 MB battery – backed RAM; 256 KB non – volatile user flash memory I/O Capacity Up to 12K mixed digital I/O points; up to 8K analog I/O points Processing Performance -