GE DS200SDCCG4AGD: Industrial Control Board Excellence, Mark VI Series

Manufacturer:General Electric

Model Number:DS200SDCCG4AGD

Series:Mark V

Product Type:Drive Control Board

Functionality:[“High-speed I/O”,”Digital I/O”,”Analog I/O”,”Math-intensive functions”]

Component Types:[“Capacitors”,”Resistors”,”Diodes”,”Integrated Circuits”]

Microprocessors:[“3 microprocessors for parallel access”,”EPROM chips for configuration files”]

Communication Capabilities:[“Supports multiple microprocessors”,”Access to EPROM chips containing factory-defined configurations”]

Hardware Information:[“DS200 Series tag details”,”Specific function configuration files”]

Dimensions:Not specified

Weight:Not specified

    The GE DS200SDCCG4AGD Drive Control Board is engineered to handle complex drive systems with precision and reliability. It features a standardized series of voltage-limiting hardware components, including capacitors, resistors, diodes, and integrated circuits, ensuring optimal performance across a variety of industrial applications.

    This advanced drive control board is equipped with 3 microprocessors and RAM that can be accessed simultaneously, enhancing real-time processing capabilities and efficiency. It also incorporates EPROM chips, crucial for storing configuration files and custom settings provided by the user or factory.

    For extended functionality, the DS200SDCCG4AGD includes specialized hardware information, such as product numbers and series tags (DS200SLCCG3A, IS200RAPAG1BCA), which are essential for identifying the correct replacement parts in case of repair or upgrade.

    The board’s assembly supports high-speed I/O operations, digital I/O interfaces, analog inputs and outputs, and digital timers, making it suitable for environments requiring precise control and monitoring. It’s particularly adept at handling math-intensive functions required for sophisticated motor control processing.

    In terms of design, the DS200SDCCG4AGD is built with durability and ease of maintenance in mind. Its modular design allows for quick cable routing and connection without causing interference with other components. Additionally, it emphasizes the importance of labeling cables to facilitate swift replacement, ensuring minimal downtime in operational scenarios.