Engineered for precision and reliability, our General Electric IS215GFOIH1A IS200GFOIH1AAA circuit board delivers robust performance in industrial control systems, ensuring seamless operation and enhanced system efficiency.
Brand:General Electric
Model:IS215GFOIH1A – IS200GFOIH1AAA
Category:Industrial Control Modules
Type:Mark VI Series
Module Type:Control
Conformal Coating:Yes
Functional Revision:B
Artwork Revision:A
Acronym:GFOI
Bus Compatibility:E-Net, 2 ISBUS, 1 Genius Module
Order Number:IS215GFOIH1A, IS200GFOIH1AAA
Material Code:IS215GFOIH1A
Certification:Industrial Grade
Origin:USA
Processing Customization:Yes
Crafted with precision engineering, the General Electric IS215GFOIH1A IS200GFOIH1AAA control module stands as a cornerstone in industrial automation, offering unparalleled reliability and performance in even the harshest conditions.
Equipped with a robust conformal protective coating, this module ensures longevity and protection against environmental elements, maintaining operational integrity throughout its service life.
Featuring a functional revision of B and artwork revision of A, the module incorporates advanced design enhancements that optimize its performance and compatibility with various industrial systems.
With support for multiple communication interfaces including E-Net, 2 ISBUS, and 1 Genius Module, it seamlessly integrates into complex network infrastructures, enhancing data exchange and system connectivity.
Designed for optimal efficiency, the IS215GFOIH1A IS200GFOIH1AAA boasts a wide operating temperature range (-40°C to 85°C) and supports input voltage up to 24VDC, alongside a maximum output current of 5A, catering to diverse industrial applications.
Built using high-grade aluminum alloy, the module ensures lightweight yet sturdy construction, minimizing maintenance requirements while maximizing durability.
Engineered for precision and reliability, our General Electric IS215GFOIH1A IS200GFOIH1AAA circuit board delivers robust performance in industrial control systems, ensuring seamless operation and enhanced system efficiency.