Product Description

The General Electric Mark V DS200KLDAG1ACC Keypad LED Display Board is a vital component of the Mark V series, offering advanced visual data representation for effective turbine management. Its integration within the modular Mark V system and its advanced features highlight its significance in ensuring optimal turbine control and operation.

It consists of a large rectangular base board and seven auxiliary boards labeled DS200DSPA. These auxiliary boards are interconnected with the primary board through brass pin connectors, forming a robust and integrated display system. The primary board incorporates essential components such as jumper switches, connectors, resistors, resistor network arrays, diodes, transistors, capacitors, and integrated circuits. Notably, the DS200KLDAG1ACC employs advanced technologies, including field programmable gate arrays, oscillating chips, and EEPROMs.

The primary purpose of the DS200KLDAG1ACC board is to provide a comprehensive visual representation of critical numerical data related to turbine management. It features a ten-position LED display on each DS200DSPA auxiliary board, allowing for precise and intuitive data presentation. The LED indicators are organized into eight lines, with each line comprising four LEDs. The keypad LED display board facilitates real-time monitoring and analysis of vital turbine parameters, enabling operators to make informed decisions and take appropriate actions promptly.

The Mark V system is known for its modular architecture, enabling the replacement of individual boards as needed. The DS200KLDAG1ACC board is an integral part of this modular ecosystem, seamlessly communicating with other boards through ARCNET connections. Its interconnectivity and compatibility make it a vital component for ensuring the overall efficiency and functionality of the Mark V turbine control system.