About the DS200FHVAG2
This DS200FHVAG2 printed circuit board product offering from General Electric, as delegated in the various instructional materials gathered in the manuals tab above for your convenience, belongs to the now-obsolete Mark V Turbine Control System Series. This DS200FHVAG2 PCB's greater Mark V Series is obsolete as it was discontinued by its original manufacturer due to a retailer-identified series functional obsolescence in one of the many years past its original rollout. This PCB's Mark V Series, while an obsolete product series, still possesses specific applications in the management and control systems of compatible gas, steam, and even wind turbine automated drive assemblies, as evidenced partially by the full extended series name included in the DS200FHVAG2 datasheet embedded above. This DS200FHVAG2 High Voltage Gate Interface Board's greater Mark V Series is very much a desirable product series on the figuration automated industrial marketplace despite its obsolescence, as it exists as one of the final-developed GE Mark product series to make use of the patented Speedtronic control system technology; a technology first introduced with the rollout of the primary Mark I Series in the late 1960s.
Hardware Tips and Specifications
The GE High Voltage Gate Interface Board DS200FHVAG2 is an interface between the SCR bridge and the LCI power converter and also provides cell monitoring functions to the LCI power converter. To achieve this DS200FHVAG2 specific Mark V Series functional role, this DS200FHVAG2 PCB adopts its own selecting of specialized, functionality-inducing hardware components onto its base circuit board. The DS200FHVAG2 board has 1 LED indicator that you can use for troubleshooting. The LED indicator is lit when bridge power is on. The LED dims as the power decreases. You can view the LED while the drive is powered on and the board is operating, however the board contains high-voltage electricity and can result in injury, fire, equipment damage or death if the board it touched while operating. So, if you suspect a problem with the board, view the LED and verify that the board is working properly. Generally, this DS200FHVAG2 printed circuit board's primary voltage suppression and protections simply involve the incorporation of Mark V Series-standardized voltage-suppressing hardware components into its normal Mark V Series assembly; including different types of capacitors, resistors, transistors, and specialized integrated circuits. The pineapple-slice-looking component on this DS200FHVAG2 device's base printed circuit board has a sticker featuring its original manufacturer product number for identification purposes; it likely is an additional component aiding in voltage regulations. The center of this component is based around the DS200FHVAG2 PCB's base printed circuit board's large central factory-drilled hole. Each corner of this DS200FHVAG2 PCB's base circuit board has been factory-drilled, likely for installation and replacement purposes given this DS200FHVAG2 product's lack of a VME Rack Mounting Assembly-indicating sturdy metal installation faceplate. One of this DS200FHVAG2 device's corners features two of these factory-drilled holes for additional installation support.
The replacement board arrives at your location wrapped in a static-protective bag because the board can be damaged by static electricity. Best practice is to keep the board wrapped in the bag until you are ready to install it. Keep the board wrapped and hold the board with one hand on one edge of the board and the other hand on the other edge. Touch the bag to an unpainted metal surface on the drive or any nearby structure or equipment. This action drains all the static from your body and from the board. Then, remove the board from the bag and insert it into the drive and place it on the board carrier. You can put it down if you have to by flattening out the bag on a flat surface and placing the board directly on the bag. Given this DS200FHVAG2 PCB's attribution to the Mark V Turbine Control System Legacy Series, it is not surrounded by any great wealth of originally-produced instructional manual materials online. With this being the case, the DS200FHVAG2 functional product number itself can be considered a primary source of DS200FHVAG2 Board information; coding for various details in a series of consecutive functional naming chunks. For instance, the DS200FHVAG2 functional product number begins with the dual-functional DS200 series tag delegating this DS200FHVAG2 PCB's normal Mark V Series assembly and domestic original manufacture location. Some of the other relevant hardware information revealed in the DS200FHVAG2 functional product number includes its:
- Normal Mark V Series assembly
- Domestic original manufacture location
- FHVA functional product abbreviation
- Normal PCB coating style
- Group 2 Mark V Series product grouping
