Customer Favorite Ge Ds200siobh1aba Vme Stand I/o Board No Hidden Fees [Pf6WZ7lm]

Customer Favorite Ge Ds200siobh1aba Vme Stand I/o Board No Hidden Fees [Pf6WZ7lm]

The Customer Favorite Ge Ds200siobh1aba Vme Stand I/o Board No Hidden Fees [Pf6WZ7lm] is a cutting-edge solution designed for the Mark V turbine control system. This board serves as a pivotal interface, facilitating seamless communication between the control processor and external devices. With its robust digital input/output capabilities, it ensures high-speed and reliable data transfer, making it an essential component for any turbine control system.

Key Specifications and Features

The DS200SIOBH1ABA is a part of the Mark V series, manufactured by General Electric, known for its reliability and quality. This VME I/O Control Board occupies one full VME slot and connects via the P1 connector. It features a conformal coating for environmental protection and includes 3 switch blocks with 6 switches each, totaling 18 switches. Additionally, it offers 20 configurable jumpers for hardware settings, allowing for flexible configuration and customization. The board comes with a 40-pin connector for signal interfacing and an onboard LED for status indication, enhancing system diagnostics and maintenance.

Practical Applications and Benefits

The GE DS200SIOBH1ABA is ideal for a wide range of industrial applications, particularly in gas, steam, and wind turbines. Its digital I/O interface facilitates high-speed communication between the controller and field devices, ensuring efficient operation and optimal performance. The flexible configuration options, including jumper and switch settings, allow for customized operation to meet specific requirements. Designed for seamless integration into GE’s VME-based control architecture, this board offers legacy system support, making it a perfect fit for existing GE Speedtronic Mark V systems. With its durable and robust design, it is engineered to withstand the challenges of industrial environments, providing reliable performance and long-term use.