Board Connectors:Two vertical pin components
Jumper Switches:Two for configuration flexibility
Capacitors, Diodes, and Resistors:Various components for diverse voltage management applications
LED Displays:Seven for numerical display
Assembly Codes:C-ESS and 6BA01 for traceability
Drilled Corners and Edges:For mounting and securing within industrial setups
Engineered for robust industrial environments, the GE DS200KLDBG1ABC is a cutting-edge Key LED Display Board designed for seamless integration into advanced automation systems. This board offers a clear and intuitive display interface with high-resolution LED segments, making it an indispensable tool for monitoring and controlling complex processes.
Equipped with two vertical pin components and two jumper switches, the DS200KLDBG1ABC provides flexible configuration options, enabling users to customize the display settings according to their specific needs. The inclusion of various capacitors, diodes, and resistors supports a wide range of functionality, from voltage limiting to current consumption management, ensuring reliable operation under varying conditions.
The board’s top surface is populated with seven LED displays, each capable of showing numerical information using sixteen-segment digits. This design ensures precise and easy-to-read data presentation, ideal for applications requiring real-time status updates and diagnostics.
Code markings such as C-ESS and 6BA01 on the board enhance traceability and facilitate quick identification during installation and maintenance processes. The board’s edges and corners are precisely drilled for enhanced stability and secure mounting, ensuring that the DS200KLDBG1ABC remains securely in place even in demanding industrial settings.
Optimized for use in GE’s Mark V series, this Key LED Display Board is a testament to the company’s commitment to delivering high-quality, innovative solutions for industrial automation. Its compact size, combined with its comprehensive feature set, makes it an excellent choice for enhancing operational efficiency and productivity in manufacturing plants, power facilities, and other industrial environments.
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