Board Type:Mark VI Series
Model Number:IS200SRTDH2A
Manufacturing Company:General Electric
Application:Gas and Steam Turbine Systems
Size:Compact Design
Power Handling Capacity:Up to 1000 kW
Operating Temperature Range:-40°C to +85°C
Material:High-grade Printed Circuit Board
Terminal Blocks:2 Large Terminal Blocks
Connectivity:Supports Multiple Interfaces
The GE Mark VI IS200SRTDH2A is a cutting-edge component designed to revolutionize industrial control systems, boasting high-performance capabilities and exceptional durability. This state-of-the-art board is specifically engineered to enhance operational efficiency and system reliability in a wide range of applications.
Equipped with a 2 GHz quad-core processor, the IS200SRTDH2A ensures swift data processing and smooth operation, even under the most demanding conditions. Its 16 GB DDR4 memory capacity allows for efficient handling of complex tasks, while the 500 GB SSD provides ample storage for system files and user data.
Featuring a versatile array of input/output ports, including 12 RS-232 interfaces and 4 Ethernet connections, the board facilitates seamless communication between various components in your industrial setup. This comprehensive connectivity solution supports diverse control protocols, ensuring compatibility and ease of integration.
Built with a focus on reliability, the IS200SRTDH2A is powered by a robust 220V AC supply, providing stable power even in fluctuating environments. Its advanced design incorporates the latest technologies, enabling it to withstand harsh industrial conditions without compromising performance.
Not only does the GE Mark VI IS200SRTDH2A offer exceptional technical capabilities, but its sleek and compact design also promotes efficient space utilization in your facility. Its modular construction allows for easy installation and maintenance, minimizing downtime and maximizing productivity.
Invest in the future of industrial control with the GE Mark VI IS200SRTDH2A. Upgrade your systems today and unlock new levels of efficiency, reliability, and performance.
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