GE IS200HSLAH2ADE HS Serial Link Interface Board

د.إ8,888.00

IS200HSLAH2ADE is to provide the physical and logical interface for the High-Speed Serial Link (HSSL) communication protocol.

  • Communication Hub: It acts as a dedicated communication card, allowing the main processor board (typically the Host Application Board) to communicate rapidly and synchronously with other controllers, I/O packs, or redundant control elements in the system.

  • Redundancy: In Mark VI and EX2100e systems that use triple-redundant (TMR) or dual-redundant configurations, the HSSL link managed by this board is essential for exchanging data between the controllers (e.g., controllers R, S, and T) to maintain synchronized operation and voting schemes.

  • Real-Time Data: The high speed of the link is necessary for transferring time-critical data, ensuring that the turbine or exciter can be controlled and protected in real time.

التصنيف:

الوصف

The GE IS200HSLAH2ADE is a specific revision of the High-Speed Serial Link Interface Board (HSLA) used in General Electric’s industrial control systems, most notably the Speedtronic Mark VI series for turbine control and the EX2100e series for excitation control.

It is a crucial communication component that ensures fast, reliable data exchange within the control architecture.

⚙️ Function and Application

The primary function of the IS200HSLAH2ADE is to provide the physical and logical interface for the High-Speed Serial Link (HSSL) communication protocol.

  • Communication Hub: It acts as a dedicated communication card, allowing the main processor board (typically the Host Application Board) to communicate rapidly and synchronously with other controllers, I/O packs, or redundant control elements in the system.

  • Redundancy: In Mark VI and EX2100e systems that use triple-redundant (TMR) or dual-redundant configurations, the HSSL link managed by this board is essential for exchanging data between the controllers (e.g., controllers R, S, and T) to maintain synchronized operation and voting schemes.

  • Real-Time Data: The high speed of the link is necessary for transferring time-critical data, ensuring that the turbine or exciter can be controlled and protected in real time.

🧩 Hardware Details

The board’s design is focused on high-reliability and high-speed data integrity:

  • Integrated Circuits: It houses a large number of integrated circuits, including a powerful Field-Programmable Gate Array (FPGA), which provides the flexible, high-speed digital logic required to manage the HSSL protocol.

  • Connectivity: The board features multiple connectors, including jack inputs/outputs on the faceplate, to connect the HSSL cables.

  • Design Revision: The “A2ADE” suffix indicates a specific manufacturing revision of the base IS200HSLA board, often signifying minor updates, component changes, or bug fixes over earlier versions.

The IS200HSLAH2ADE is essentially the backbone for the high-speed communication network within the Mark VI and EX2100e control cabinets.