About the DS200SDCCG4AFD
The printed circuit board designated as DS200SDCCG4AFD is a General Electric Drive Control Card used within the company’s Mark V turbine control system. The MKV was created by GE for the management and control of industrial turbine systems and can be designed as either Simplex or triple modular redundant system. AX Control keeps inventory for all of GE’s Speedtronic systems in stock and ready to ship, including more than one version of the SDCC board. Please be sure you are ordering the correct version of this board for your particular application; this specific DS200SDCCG4AFD PCB is a thrice-edited version of the original parent DS200SDCCG4 Drive Control Card released. This DS200SDCCG4AFD PCB's greater Mark V Series, while pertaining to certain alternative energy applications, still has to be considered obsolete as a whole, as it was discontinued for manufacture due to a retailer-identified functional obsolescence of the entire series. This DS200SDCCG4AFD device's greater Mark V Series, while obsolete as a whole, still attracts some cult demand on the figurative automated industrial marketplace, as it is one of the lastly-developed GE Mark product series to incorporate the patented Speedtronic technology across a wide range of its varied PCB offerings, including this DS200SDCCG4AFD product.
Hardware Tips and Specifications
The DS200SDCCG4AFD has specific installation instructions that must be followed in order to avoid potential shock or burn hazards. Please be sure you read through and understand all installation guidelines before beginning any sort of installation or maintenance procedure. This is to protect you and to maintain the longevity of your system. As a General Electric product offering attributed to the Mark V Series, this DS200SDCCG4AFD PCB is not offered alongside a ton of originally-produced instructional manual materials online, meaning that the DS200SDCCG4AFD functional product number itself becomes a primary source of DS200SDCCG4AFD Board hardware details. Some of the specifications embedded in functional naming chunks of the DS200SDCCG4AFD functional product number include this DS200SDCCG4AFD PCB's normal Mark V Series assembly, its normal PCB coating style, its full three-fold revision table, and finally its allegiance to the Mark V Series group 4 product grouping. One RESET-labelled button is available in the assembly of this DS200SDCCG4AFD product for fatal functional fault diagnosis treatment. Resets in the normal assembly of this DS200SDCCG4AFD product offering can actually be triggered in one of four ways, as detailed in the DS200SDCCG4AFD instructional manual embedded in the manuals tab above:
- By pressing the RESET pushbutton
- Through the application +5 to +24 V dc voltage to customer interface
points on the STBA and/or NTB/3TB boards
- Through software control-configured programmed reset generation
- By a trigger of the DS200SDCCG4AFD Board's automatic watchdog internal protection system
The DS200SDCCG4AFD board is designed to work as a drive controller. It interfaces with other Mark V boards through its many onboard connectors. However, this board does not typically come with factory EPROM chips installed. If you need these chips, please order a similarly named DS215 board instead. Board components include several jumper switches, TP test points, resistor network arrays, and integrated circuits. Generally, this DS200SDCCG4AFD printed circuit board or PCB for short's voltage suppression and limitation strategy involves the incorporation of a specific series of Mark V Series-standardized hardware components into its normal Mark V Series assembly, such as various styles of reisistors, capacitors, diodes, and specialized integrated circuits. The board has a diagnostic LED display located toward the center bottom. This is used to display fault codes, using BCD (binary coded decimal) or binary messaging. Refer to manuals for specific codes. AX Control’s warehouse team can typically have your order ready to ship within a few hours. For that-day shipping, please order before 3 pm.
