GE IS200STAIH2ABA: Advanced Turbine Control Boards for Industrial Automation
The General Electric IS200STAIH2ABA is a specialized board designed for advanced turbine control systems, offering unparalleled reliability and precision in managing industrial gas and steam turbines.
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Manufacturing Origin:United States
Compatibility:Mark VIe Series
Module Type:Analog Input Terminal
Number of Significant Revisions:3
Dimensions (WxHxD):4.3×2.5×0.6 inches
Operating Temperature Range:-40°F to +140°F (-40°C to +60°C)
Power Supply Voltage:12V DC
Data Transfer Rate:Up to 1 Mbps
Connectivity:DIN Rail Mounting
Environmental Rating:Industrial Grade
The GE IS200STAIH2ABA is meticulously engineered to meet the stringent demands of industrial environments, ensuring reliability and longevity in harsh conditions. Its robust design incorporates advanced circuitry that optimizes data transfer rates, making it an indispensable component for seamless integration into complex turbine control systems.
Featuring a compact form factor compatible with DIN rail mounting, this board is designed for ease of installation and integration. It boasts a versatile operating temperature range, ensuring stable performance across a wide spectrum of industrial applications.
With a focus on durability and efficiency, the IS200STAIH2ABA supports up to three significant product revisions, allowing for continuous updates and enhancements without compromising system integrity. This feature ensures compatibility with evolving technology standards and maintenance requirements.
Equipped with a solid green terminal block at the bottom edge, the board offers a user-friendly interface for easy connection and configuration. The high-quality materials and precision manufacturing guarantee long-term reliability, reducing downtime and maintenance costs for industrial operations.
Backed by General Electric’s commitment to innovation and quality, the IS200STAIH2ABA is designed for compatibility with other GE products within the Mark VIe series, fostering a cohesive ecosystem that maximizes operational efficiency and system performance.