Product Description
This IS200SCLTH1A printed circuit board was originally manufactured by GE Energy, for their Mark VIe Series of turbine control systems and turbine control system component products, as mentioned above. The Mark VIe Series is attributable as both a GE Energy and General Electric Series, given the fact that GE Energy exists as the General Electric subsidiary manufacturer responsible for the mass-production of all of its parent retailer's Mark VIe Series. This IS200SCLTH1A printed circuit board or PCB is more specifically definable by its original instructional manual-specified functional product description as a Core Analog Terminal Board. This IS200SCLTH1A PCB is a modified version of a pre-existing Mark VIe Series Core Analog Terminal Board; modifying the IS200SCLTH1 parent printed circuit board through its inclusion of a singular, A-rated functional product revision.
Hardware Tips and Specifications
Before attempting to explain the various hardware components adopted into the assembly fo this Mark VIe Series Core Analog Terminal Board, it is important to contextualize the PCB within its intended function. This IS200SCLTH1A PCB, when combined with its associated SCLS terminal board, plays a crucial role in the Mark VIe Series assembly; providing a large selection of analog I/O options to the assembly's engine operation. This is achieved through the SCLT and greater PCLA Core Analog Module Assemblies' providing of several different Inputs and Outputs, including but not limited to:
- Thermocouple Inputs
- RTD Inputs
- Voltage Inputs
- 4-20 mA current loop inputs
- 4-20 mA current loop outputs
Now that some of the normative functionality of this SCLT-abbreviated printed circuit board has been described, it is possible to contextualize its hardware choices fully. For starters, this IS200SCLTH1A Core Analog Terminal Board features three noticeable connector ports, labeled JT, JS, and JR respectively. Each of these jumper ports corresponds to their own respective Mark VIe Series option boards, providing interfacing for three possible total BCLA processing boards. Along the top of the IS200SCLTH1A Core Analog Terminal Board exists a series of terminals, which have been included for possible field connector interfacing.
All of the aforementioned IS200SCLTH1A Core Analog Terminal Board hardware components should be very much well-secured underneath the industry-standard chemically-applied layer of conformal printed circuit board protection afforded to this model PCB. This conformal coating style was discovered upon a diligent inspection of the functional IS200SCLTH1A product number, which begins with the dually-functional IS200 series tag. This series tag identifies the IS200SCLTH1A Core Analog Terminal Board as a normal-assembly printed circuit board manufactured in GE Energy's Salem, Virginia factory location. This is followed in the IS200SCLTH1A functional product number by the SCLT functional acronym; designed as a convenient conversational and promotional shorthand for the lengthy IS200SCLTH1A product number. This acronym itself is followed in the IS200SCLTH1A product number, by the H1 series grouping tag detailing this PCB's conformal coating style and group one Mark VIe Series grouping. The final "A" digit in the IS200SCLTH1A functional product number is telling of this circuit board's singular, A-rated functional product revision.
