Product Description
This DS200GLAAG1A printed circuit board was originally manufactured by General Electric, specifically for placement in their Mark V Turbine Control System Series. This DS200GLAAG1A printed circuit board's greater Mark V Series is considered a now-obsolete legacy product series, due to its eventual manufacturing discontinuation that took place in the many years following its initial release. With this being true, this DS200GLAAG1A printed circuit board or PCB for short's greater Mark V Series is still something of a well-updated General Electric product series, as it is one of the final Mark product series to make use of the patented Speedtronic control system technology, which was first introduced to the automated industrial sphere with the rollout of the Mark I Series in the late 1960s. This DS200GLAAG1A PCB's greater Mark V Series has crucial applications in the control and management systems of compatible and popular wind, steam and gas turbine automated drive assemblies, as evidenced by the full extended series name attached above. This DS200GLAAG1A printed circuit board is definable as a Gate Lead Adapter Card based on this description's attachment in Mark V Series instructional manual materials, although the original product of this Mark V Series functionality is the DS200GLAAG1 parent printed circuit board missing this DS200GLAAG1A PCB's A-rated functional product revision.
Hardware Tips and Specifications
The GE Gate Lead Adapter Board DS200GLAAG1A features two terminal blocks with a maximum of 6 wires, two 2-pin connectors, and two 4-pin connectors. The DS200GLAAG1 also contains 2 LEDs. The terminal blocks on the GE Gate Lead Adapter Board DS200GLAAG1A are used to provide a connection for the wires that send and receive signals on the board. Each terminal block can hold up to three signal wires. This DS200GLAAG1A PCB's normal style of Mark V Series assembly is reinforced for strong voltage protection, which is truly important given this DS200GLAAG1A product offering's attribution as a voltage-sensitive Mark V Series product. The DS200GLAAG1A functional product number itself can be considered a strong source of DS200GLAAG1A Board hardware component and component specification information, given this DS200GLAAG1A product's attribution to a now-obsolete legacy General Electric product series and its concurrent lack of original instructional manual documentation online for research purposes. The DS200GLAAG1A functional product number codes for specific DS200GLAAG1A Board details and hardware component specifications in a series of functional naming chunks. For example, the DS200GLAAG1A functional product number begins with the dual-functional DS200 series tag delegating this DS200GLAAG1A PCB's normal Mark V Series assembly as well as its domestic location of original manufacture. Some of the other hardware details revealed in the DS200GLAAG1A functional product number include this DS200GLAAG1A PCB's:
- GLAA functional product abbreviation
- Normal PCB coating style
- Group one Mark V Series product grouping
- A-rated functional product revision
When you are in the process of replacing the board you must follow a process to reduce the opportunity for connecting the signal wires to the wrong terminal connectors. When you first setup the original DS200GLAAG1A you will find a description of the purpose of each terminal connector and what wire to attach to each one. This results in the board being wired to perform the processing functions you require in the drive. However, when you replace the board the task only involves matching the wire connections from the original board on the replacement board. Inspect the original board and notice that each terminal connector has a letter and number designator. Obtain tags, cards, or other paper to write down the designator to which each wire is attached. Affix the paper to the wire and do the same for all the wires attached to the terminals. Then, use a small screwdriver to loosen the wires in the terminal and remove the wires. Do not remove the paper attached to the wires with the identifying information. Attach the wires to the same terminals on the replacement board.
