GE IS215UCCCM04AB controller board module

Product manual:

GE IS215UCCCM04AB is a high-performance control module from the GE Mark VIe series,
Specially designed for industrial automation systems, commonly used for complex control and monitoring tasks in fields such as electricity, oil, natural gas, and chemical engineering.
Main features:
Core functions:
Control and monitor industrial processes, such as equipment parameter adjustment, status feedback, process optimization, etc.
Real time data collection and analysis, supporting precise system control.
Hardware performance:
Input/Output: Equipped with multiple digital and analog I/O channels, supporting multiple device connections.
Communication capability: Supports industrial communication protocols such as Ethernet and Modbus, facilitating integration with other modules or systems.
Durability: Designed to be sturdy and adaptable to industrial environments such as high temperatures and vibrations.
System integration:
Compatible with other modules in the GE Mark VIe series, such as I/O modules, communication modules, etc., and supports flexible expansion.
Support integration with industrial control systems such as SCADA and provide comprehensive automation solutions.
Reliability:
Built in self diagnostic function, real-time monitoring of module status, and quick identification of faults.
Redundant design ensures the continuity and security of the system in critical tasks.
Application scenarios:
Power generation industry: automation control of equipment such as boilers, turbines, generators, etc. in thermal and nuclear power plants.
Oil and gas: equipment monitoring and process optimization for drilling platforms and natural gas processing units.
Chemical and Manufacturing: Support equipment linkage and real-time data monitoring for large-scale automated chemical plants.

Product details picture:

GE Fanuc IS215UCCCM04AB – Advanced Control Module for Industrial Automation

GE Fanuc IS215UCCCM04AB/04A: Advanced VME Controller for Industrial Automation, 200 Characters