GE IS215ACLIH1A: Precision Engineered Application Control Layer Module for Industrial Control Systems

Brand:General Electric

Model Number:IS215ACLIH1A

Category:Application Control Layer Module

Series:Mark VI IS200

Function:Modifies and controls turbine operations within industrial control systems

I/O Configuration Type:10BaseT Ethernet and Two Serial Communication Ports

Compatibility:EX2100 or Innovation Series

Material:Industrial-grade, durable material for high-temperature environments

Dimensions:Standard module size compatible with Mark VI series

Power Supply:24V DC

Operating Temperature Range:-40°C to +70°C

    The GE IS215ACLIH1A Application Control Layer Module is engineered for seamless integration into advanced turbine control systems, ensuring unparalleled performance and reliability. This module boasts a special assembly version tailored for specific applications, along with functional revisions to optimize its capabilities within the GE Mark VI IS200 platform.

    Equipped with 10BaseT Ethernet and two serial communication ports, this module facilitates efficient data transmission and enhanced connectivity, making it ideal for complex industrial operations requiring high-speed communication and robust data handling.

    Designed for compatibility with EX2100 or the Innovation Series, the IS215ACLIH1A is compatible with a wide range of industrial systems, ensuring broad applicability across various sectors including energy, manufacturing, and more.

    Built with industrial-grade durability, the module withstands challenging environmental conditions, guaranteeing uninterrupted operation in harsh settings. Its flexible power supply design accommodates diverse installation requirements, providing adaptability and convenience for installation teams.

    With its cutting-edge technology and robust engineering, the GE IS215ACLIH1A Application Control Layer Module stands as a pivotal component in advancing the operational efficiency of modern industrial systems, delivering unparalleled control and reliability to meet the evolving demands of today’s industrial landscape.