Description
Parameters and specifications:
Processor speed: 133 MHz (some sources mention 33MHz, may vary by model or upgrade).
Storage capacity: Total user memory 240KB.
Maximum memory: 64K bytes.
Operating temperature: 0°C to 60°C.
Storage temperature: -40°C to +85°C.
Processor type: Embedded 586.
Typical scan rate: 0.15 ms per 1K logic (Boolean contacts).
Number of IP addresses: one.
Number of Ethernet ports: two, 10/100baseT/TX ports with automatic sensing.
Communication interface: Support SNP and SNPX protocols on RS-485 ports, support SRTP and Ethernet Global Data (EGD).
Size and weight:
Weight: About 1.81 kg
Series:
GE’s Series 90-30 series Programmable logic controllers (PLCS).
Features:
Modular, programmable control system: Fast response to real-time applications, high reliability and stability, and can work in harsh industrial environments.
Multi-communication interface: In addition to the Ethernet interface, it is also equipped with multiple communication interfaces, such as serial communication ports, in order to exchange data and communicate with other PLC, computer, HMI and other devices.
High-speed processing: The 133MHz processor provides high-speed Boolean and non-Boolean processing capabilities.
Built-in Ethernet communication: 10/100 Mbps transfer speeds are supported, and automatic sensing enables the controller to connect to Ethernet and communicate with programming workstations, human machine interfaces, monitoring and data acquisition systems, and other processors.
Remote monitoring: Support remote monitoring of PLC through a web browser.
Functions:
Industrial automation control: As a programmable logic controller (PLC), the IC693CPU374 is used to control and monitor a variety of equipment and processes, including manufacturing, automated production lines, process control, water treatment, power generation and other fields.
Data processing and communication: The module not only executes the control logic and operations written by the user, but also exchanges data and communicates with other devices through Ethernet and serial communication ports.
Logic control: Allows users to write and execute logical programs to perform various actions based on input state.
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