Manufacturer:General Electric
Model:IS200SPROH1ADD
Series:Mark VIe
Type:Terminal Board
Function:Enhances control systems for turbines and industrial applications
Material:High-grade PCB
Dimensions:Square design, standard size for easy integration
Connectivity:Standard terminal connections for seamless integration
Operating Range:Wide temperature range for industrial use
Certifications:CE, UL, ISO 9001 certified
Revision:A-rated functional product revision for enhanced performance
The GE-FANUC IS200SPROH1ADD Terminal Board is a robust and reliable component designed to seamlessly integrate into the Mark VI series, providing critical control functionalities for industrial applications. This square printed circuit card boasts a unique design feature with a large solid black terminal occupying its left edge, ensuring secure and efficient connection to other components within the system.
Engineered for durability and longevity, this terminal board operates within an expansive temperature range from -20°C to +60°C, making it suitable for diverse industrial environments. Its compatibility with the Mark VI series ensures seamless integration and optimization of performance.
With an operating temperature range from -20°C to +60°C, this terminal board is designed to withstand harsh conditions, making it ideal for applications in various industries. Its storage temperature range of -40°C to +85°C further extends its operational flexibility, enhancing reliability in a wide range of environments.
Measuring 125mm x 125mm x 25mm and weighing 0.5kg, the IS200SPROH1ADD Terminal Board offers compact dimensions without compromising on functionality or performance. Its lightweight yet sturdy construction ensures ease of installation and maintenance.
For those seeking precision, reliability, and compatibility in their industrial turbine management systems, the GE-FANUC IS200SPROH1ADD Terminal Board is an indispensable choice. It is meticulously crafted to meet the stringent requirements of modern industrial operations, ensuring optimal performance and efficiency.
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