DS200PANAH1A General Electric ARCNET Driver Board

Product Description 

P/N: DS200PANAH1A 

DESCRIPTION / SPECIFICATIONS Description The DS200PANAH1A ARCNET Driver Board was manufactured by General Electric for use in the Mark V Series of turbine control systems. Technical Specifications Brand General Electric Product Series Mark V Part Number DS200PANAH1A Functional Description ARCNET NO-LAN LM Gas Turbine Control Board Functional Acronym PANA PCB Coating Style Conformal Coating Functional Revision 1 A Information About DS200PANAH1A The General Electric DS200PANAH1A is a critical component in the Mark V series, specifically designed to serve as an ARCNET NO-LAN LM Gas Turbine Control Board. Known by its functional acronym PANA, this board is integral to the reliable and efficient operation of gas turbine control systems, providing advanced communication capabilities within the broader control architecture. The DS200PANAH1A is engineered to meet the stringent demands of industrial environments where precision, durability, and robust performance are paramount. As a key element in the Mark V series, the DS200PANAH1A is tasked with managing communication between various components of the gas turbine control system through ARCNET, a high-speed network technology that is essential for real-time data transmission. This board ensures that all connected devices can communicate effectively, maintaining synchronization and enabling the precise execution of control commands. The NO-LAN configuration highlights the board ability to operate within networked environments without relying on traditional LAN infrastructures, making it particularly useful in settings where network simplicity and reliability are prioritized. The DS200PANAH1A is coated with a conformal coating, providing a protective layer that shields the printed circuit board (PCB) from environmental hazards such as moisture, dust, and chemical contaminants. This conformal coating is crucial for extending the lifespan of the board, especially in harsh industrial environments where exposure to such elements could otherwise lead to degradation or failure. The coating also enhances the board resilience against mechanical stress and temperature variations, ensuring consistent performance over time. The board is identified by its first functional revision labeled as 

indicating that it incorporates the initial design features and specifications intended for its role within the Mark V series. This revision ensures compatibility with other components in the series, providing users with a reliable and well-integrated solution for their gas turbine control needs. Therevision also signifies that the board meets the rigorous standards set by General Electric for quality and performance, making it a dependable choice for maintaining operational efficiency. One of the standout features of the DS200PANAH1A is its role in managing gas turbine control operations. Gas turbines are complex and highly sensitive systems that require precise control to operate efficiently and safely. The PANA board ability to facilitate accurate and timely communication between control elements is essential for achieving this level of precision. By ensuring that all components are in sync and operating within the desired parameters, the DS200PANAH1A helps to optimize turbine performance, reduce operational risks, and minimize downtime. The board design also emphasizes ease of integration and compatibility with the existing Mark V infrastructure. Its connectors and interfaces are designed to match the specifications of the series, allowing for straightforward installation and reducing the time required to bring the board online. This ease of integration is particularly valuable in industrial settings where minimizing downtime is crucial to maintaining productivity and efficiency. 

 In summary, the General Electric DS200PANAH1A ARCNET NO-LAN LM Gas Turbine Control Board is a high-performance, reliable solution for managing communication within the Mark V series of gas turbine control systems. Its conformal coating provides essential protection against environmental hazards, while the ARCNET technology ensures fast and accurate data transmission. The board first functional revision guarantees compatibility and robust performance, making it an indispensable component for industries that rely on the precision and reliability of gas turbine operations. Whether used in new installations or as part of a system upgrade, the DS200PANAH1A delivers the durability, accuracy, and ease of integration needed to support critical industrial applications. 

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