About the DS200PCCAG10A
This DS200PCCAG10A printed circuit board product from General Electric is more specifically-attributable to the Mark V legacy series of products. This Mark V Series has specific applications in the management and control systems of gas, steam, and wind turbine automated drive assemblies, and is considered a legacy series due to its eventual discontinuation of production by the original GE manufacturer in the years since its original conception. The Mark V Series is one of the later General Electric Mark Series to feature the Speedtronic technology first released alongside the rollout of the primary Mark I Series in the late 1960s. This DS200PCCAG10A printed circuit board or PCB for short is better-definable by its official functional product description as a Power Connect Card, as this description appears in pertinent Mark V Turbine Control System Series instructional manual documentation. The original Power Connect Card developed for placement in the Mark V Series is the DS200PCCAG10 parent printed circuit board pointedly missing this DS200PCCAG10A PCB's singular A-rated product revision.
Hardware Tips and Specifications
The GE DC Power Connect Board DS200PCCAG10A serves as an interface between the drive and the SCR power bridge. Given this DS200PCCAG10A PCB's specific intended Mark V Series role, it should come as no great surprise that it makes use of a series of important and specific hardware components and component specifications. Replacement of the DS200PCCAG10A is designed to be accomplished quickly and easily to minimize the downtime of the drive. However, there are steps you must take to assure that the replacement drive will behave exactly like the old drive, as revealed in original Mark V Series instruction manuals. Step one in the process would be to inspect the old DS200PCCAG10A PCB and note the jumper settings on the configurable jumpers and switches. Move the jumpers on the new DS200PCCAG10A PCB to the same positions so that the configuration will be the same. In some situations, a newer version of the board will not contain the same jumpers; you can refer to the information that came with the board to understand how to duplicate the configuration of the new drive.
While it is certainly important to discuss the normative and safe installation strategies intended for this DS200PCCAG10A Power Connect Board, it is also true that this DS200PCCAG10A PCB possesses its own hardware component uniquities, beginning with the types of snubbers made available in its assembly. Most Mark V Turbine Control System printed circuit boards including this DS200PCCAG10A PCB are protected by a standard amount of voltage-limiting hardware components, including various resistors, transistors, capacitors, and integrated circuits, although this DS200PCCAG10A PCB is also accompanied by dc snubbers, as indicated by this DS200PCCAG10A product's placement in the uncommon tenth grouping of General Electric Mark V Series products. Because of this Mark V Series group ten attribution, many other important hardware specifications for the PCCA-abbreviated board are revealed, including its acceptance of J and M-style Mark V Series frames, its maximum ac voltage of up to 600 v rms, and its Leg style of both fuses and reactors. Several intimately-related Mark V products attachable to the base circuit board of this DS200PCCAG10A product are available here at AX Control as well, including the SDCI Power Supply Board that this DS200PCCAG10A product depends on for its normative functionality. The armature voltage scaling of 240 - 700 volts of non-regenerative voltage is also determined by this DS200PCCAG10A product's Mark V Series group ten allegiance. Specific applications for this PCCA-abbreviated Power Connect Card's manually-moveable hardware jumpers are available too, in the instructional manual attached above in the manuals tab. Before making a final purchase decision on this DS200PCCAG10A Power Connect Card, it is crucially important to be aware of the fact that its originally-introduced performance specifications and dimensions have no doubt been impacted by its singular, A-rated functionality-boosting product revision.
