About the IS200VSVAH1ADD
The IS200VSVAH1ADD functions within the General Electric Mark VI system as a Servo Control card. The Mark VI Turbine Control System Series that this IS200VSVAH1ADD printed circuit board product offering belongs to has to be deemed as quite the significant functional upgrade upon the Mark V Turbine Control System Series that came before it, as the Mark VI Series ended up adding the alternative energy-based wind turbine possible functional application onto the gas and steam applications made possible earlier on with the rollout of the Mark V Series. This IS200VSVAH1ADD device's greater Mark VI Turbine Control System Series is additionally held at an inflated value on greater relevant automated industrial promotional markets due to its status as one of the final-developed Mark product series to incorporate GE's patented Speedtronic control system technology into many a relevant product.
Hardware Tips and Specifications
This card connects to two terminal boards (TSVAs.) These boards control up to four electro-hydraulic servo valves that start the steam/fuel valves. They provide TMR (triple modular redundancy) control for retrofit applications if three-coil servo valves are not present. The IS200VSVAH1ADD has a faceplate with components mounted into it, including three LED indicators. The LEDs are green, red, and yellow. The faceplate has three cable connectors that are labeled “J5,” “J7,” and “J8.” The IS200VSVAH1ADD is built with four relays. It has two backplanes (P1 and P2) located on the back edge of the board. The board has multiple integrated circuits, including field-programmable gate arrays and digital signal processors. It has transistors, TP test points, diodes, resistors, and capacitors. Some components are located on the rear edge of the board. The board has an internal sample rate of 200Hz and a pulse rate accuracy of 0.05% of reading with 16-bit resolution at a 50 Hz frame rate. The board has multiple ferrite beads to minimize high-frequency noise.
While some Mark VI models have abundant documentation on how they will function in the Mark VI system and alongside other models, such as the TSVA terminal boards in the IS200VSVAH1ADD models case, information for the VSVA models is difficult to find. It would be best to contact General Electric directly to see if they have information on this model, which would now be considered outdated. This IS200VSVAH1ADD's entire Mark VI Turbine Control System Series is considered outdated as a whole, and while its legacy product series status is disputed, it is not currently in active production by the original manufacturer, General Electric. This IS200VSVAH1ADD product's benefits from its GE manufacture though, as it possesses a IS200VSVAH1ADD functional product number specifically designed by the trusted manufacturer to indicate a number of highlight-able IS200VSVAH1ADD Board hardware qualities through its customized series of functional naming nuggets. For instance, this IS200VSVAH1ADD PCB's IS200VSVAH1ADD functional product number starts off with a standard inclusion of th dually-functional IS200 series tag explaining this IS200VSVAH1ADD device's normal Mark VI Series assembly as well as its domestic original location of GE manufacture. This is not the only IS200VSVAH1ADD Board hardware trait exposed through this medium, with others existing such as the:
- Conformal PCB coating style
- Group one Mark VI Series grouping
- Three-fold revision table (full table)
