Manufacturer: General Electric
Series: Mark V
Part number: DS200SDCCG1A
Function Description: Drive control card
The DS200SDCCG1A printed circuit board was originally manufactured for placement in the Mark V family of turbine control systems originally produced by General Electric. As its full name suggests, this DS200SDCCG1A PCB is a larger Mark V series with specific applications in the management and control systems of automatic drive components for wind, steam and gas turbines. The Mark V turbine control system family to which the DS200SDCCG1A PCB belongs is also considered a legacy family from GE, as it ceased production within a few years of its immediate release. The Mark V turbine control system family, while considered a legacy family, is one of the last product families from GE Mark to use patented Speedtronic control system technology. The DS200SDCCG1A PCB uses A single Class A functional product revision that changes it from the original DS200SDCCG1 parent printed board to a parent printed board and also exists as a drive control board in its larger Mark V Series automatic driver assembly.
The General Electric Drive Control Board DS200SDCCG1A is the primary controller for the drive and has its own additional hardware components and component specifications to meet this primary state. The GE Drive control board DS200SDCCG1A is equipped with three microprocessors and RAM, and can be accessed by multiple microprocessors simultaneously. A microprocessor in the DS200SDCCG1A PCB assembly is used to drive the control functions, it contains many built-in functions and uses digital and analog I/O. It also contains user interface software. The DS200SDCCG1A drives another microprocessor in the control board assembly for high-speed I/O, digital I/O, analog I/O, and digital timers, in addition to mathematically intensive functions for motor control processing. The GE frequency converter control board DS200SDCCG1A contains multiple connectors for sending and receiving signals to other boards in the frequency converter. When connecting cables, care must be taken to route them so that they do not touch other components in the drive. In addition, it is best practice to label the cable so that the board can be easily replaced if necessary. Finally, it is a best practice to create labels when connector identifiers are readily available.

Before replacing a GE drive control board, consider the following information DS200SDCCG1A. The board is designed to support an auxiliary board mounted on the GE drive control board DS200SDCCG1A. The auxiliary board connects directly to the connectors on the board and provides additional functionality to the board. However, before replacing the motherboard, remove the auxiliary motherboard first. Then, install the auxiliary board on the replacement GE drive control board DS200SDCCG1A. Before making a final purchase decision on this DS200SDCCG1A PCB,
it is also important to consider some of the various voltage limiting strategies it employs, as it is classified as electrostatic sensitive by its original GE manufacturer. All factory holes in this DS200SDCCG1A PCB assembly are surrounded with insulation to observe possible damage to the DS200SDCCG1A board surface voltage. The entire substrate of the DS200SDCCG1A drive control board shall be protected and insulated to a certain extent with the normal style PCB coating of the Mark V series products, which exists as a thick basic layer of PCB protection for chemical applications and can wrap, insulate and protect individual hardware components in the components of this product according to functional priority.
