About the IS200JPDSG1AEC
As you should have already been informed based off of the brief IS200JPDSG1AEC Jumper Power Distribution Board functional product description paragraph above, this IS200JPDSG1AEC Jumper Power Distribution Board printed circuit board product offering or PCB for short was originally designed and manufactured for trusted automated industrial giant General Electric's now industry-standard Mark VI Turbine Control System Series. The Mark VI Series that this IS200JPDSG1AEC Jumper Power Distribution Board device belongs to, as it is known in short, exist with a specific set of possible functional applications primarily in the management and control systems of GE-compatible gas, steam, and wind turbine automated drives. This must be deemed as a significant functional upgrade upon the previously-developed Mark V Turbine Control System Series of more or less the same full extended series title, as the Mark VI Series added the more alternative energy-focused wind turbine possible functional setting to the rudimentary gas and steam turbine-based environments already available through the Mark V.
Hardware Tips and Specifications
Direct Current Distribution Board IS200JPDSG1AEC is a board that will receive twenty-eight volts of direct current. The power supply is typically received from an external alternating current/direct current or direct current/direct current converters. This model is similar to the JPDM module. However, this model has more components than the JPDM module does which includes more branch circuit fuses and output connectors. Thanks to the two ribbon cable connectors on this module it also has the potential to host a PPDA I/O pack. Same as the JPDM module the JPDS module will be mounted in a power distributor module. The IS200JPDSG1AEC model can obtain and route diagnostic signals to the attached PPDA pack. Some of the signals that can be sent to the PPDA pack are as follows; three analog P28 voltage readings for the S, T, and R busses, an electronic identification used to identify the board type, serial number, and potential revision number, and auxiliary supply status feedback that is downstream of the fuses will provide the three feedback signal to the PPDA pack.
All of the aforementioned diagnostic signals can be used to measure the power voltage using external test equipment. There are also test rings on the JPDS board which allows for tests to be performed, each test ring on this module has a series of ten thousand resistors that can isolate the single grounded ring, 28N, and isolate the ring to be sent to the return path. The IS200JPDSG1AEC board has specific characteristics, some of which are a DC62 connector that can host the PPDA, three outputs labeled JAS, JAT, and JAR which are used for auxiliary power connectors, and more. This information can be found in the GEI-100613 Mark VIe Power Distributor, Modular Instruction Guide on page thirty-six to page forty. This specific IS200JPDSG1AEC Jumper Power Distribution Board printed circuit board product offering is actually not the originally-produced device of its specific Mark VI Series functional role, as that would have to be deemed as the IS200JPDSG1 Parent Jumper Power Distribution Board notably not taking advantage of this IS200JPDSG1AEC Jumper Power Distribution Board product's three-fold revision table. In terms of its mounting strategy, this IS200JPDSG1AEC Jumper Power Distribution Board device is mounted on a sheet metal structure not meant to be confused with popular Mark VI Series DIN-rail or VME Rack installation strategies. Some of the specific Mark VI Series revisions made to this IS200JPDSG1AEC Jumper Power Distribution Board product include its:
- A-rated primary functional product revision
- E-rated secondary functional product revision
- C-rated artwork configuration revision
