Description
Parameters and specifications:
Microprocessor: 80486DX4 microprocessor with 96 MHz.
Memory: Built-in 512 KB random access memory (RAM) and 256 KB non-volatile flash memory.
Boolean processing speed: 0.4 microseconds.
I/O capacity: Supports configuration of any combination of inputs and outputs up to 2K and can accommodate analog I/O up to 8K.
Communication interface: It has one RS232 RJ11 serial port and two RS485 communication interfaces in 9-pin type D housing.
Supported protocols: Supports SNP Slave, Break-Free SNP(Slave), SNPX, and RTU serial protocols.
Floating-point computation: Supports floating-point computation and is suitable for real-world computation and trading.
Real-time clock: Equipped with a battery-operated Real-Time clock (RTC) with an accuracy of +/-3.5 seconds per day.
Size and weight:
Dimensions: 120mm x 60mm x 80mm (according to search results [3]).
Weight: 0.5kg (according to search results [3]).
Series:
The 90-70 series of PLCS from Emerson Automation.
Features:
High reliability: As the core component of PLC, it usually has a high degree of reliability and stability.
Multi-communication interface: supports a variety of communication protocols and interfaces to facilitate integration and communication with other devices and systems.
Flexible configuration: Support for any combination of inputs and outputs up to 2K to suit different application requirements.
Floating-point computing capability: Supports floating-point computing to provide more accurate data processing capabilities.
Functions:
Control function: As the CPU module of the PLC, the GE IC697CPX772 is responsible for performing sequence control functions such as logic judgment, timing, counting, and data processing and communication functions.
System integration: The exchange and integration of data in industrial automation systems through communication interfaces and protocols with other devices and systems.
Improve production efficiency: Through accurate control and data processing capabilities, improve the operational efficiency and stability of industrial automation systems, reduce the failure rate, and improve production efficiency.
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