About the IS200EDEXG1ABA
This IS200EDEXG1ABA printed circuit board product offering from General Electric was specifically originally manufactured for the Mark VI Turbine Control System Series, as should have been described above in our brief IS200EDEXG1ABA product description. The Mark VI Series, as its full extended series name above may partially indicate, was originally developed to pertain to a particular section of functional applications in the management systems and control systems of General Electric-formulated gas, steam and wind turbine automated assemblies. This must be described as quite the massive functional upgrade upon the Mark V Turbine Control System Series of a similar full extended product series name, as this IS200EDEXG1ABA device's Mark VI Series introduced the alternative energy-guided wind turbine assembly applications. This IS200EDEXG1ABA product's greater Mark VI Series must be deeded a generally-attractive GE Mark product series with its status as one of the last-developed Mark product series utilizing the Speedtronic technology in mind.
Hardware Tips and Specifications
Manufactured as an Exciter De-Excitation board; the IS200EDEXG1ABA model is used to store energy from the attached generator, any of the stored energy from this model must be dispelled prior to the shutdown of the EDEX model. While the EDEX model is primarily used with the Mark VI Series it also has the capability to be used with EX2000 Generator Excitation Controls, GE Fanuc PLC-based Controls, Historians, HMIs, and Static Starters. The communication function which allows for communicating with the aforementioned systems is the Unit Data Highway (UDH). There is an Ethernet-based network that allows for a message-based protocol for sharing multiple nodes based on IP/UDP standards. One of the main boards that the EDEX board is used with is the EXTB board. The EXTB board is used to control the EDEX board. Some of the components of this model are Hall effect conduction sensors and resistors. There are eight conduction sensors which are located toward the middle of the board in two rows of four. Underneath the conduction sensors, there are two sub-D pin connectors. There are thirty-two groups of two resistors located on the right side of the board.
When the IS200EDEXG1ABA board has been mounted in its chosen location it will be in the backup protection or control module. There is the potential for being used in a triple modular redundant application, the triple modular redundant application means that there are three separate yet independent control modules, IONets, and power supplies The throughput of the TMR system allows for up to nine, twenty-one VME racks. While this IS200EDEXG1ABA Exciter De-Excitation Board product's various application instructions and procedures are certainly important to remain aware of, their placement on this IS200EDEXG1ABA Exciter De-Excitation Board personalized product page here is truly more reminiscent of the Mark VI Series' status as a product series not followed online by much original documentation given its oftentimes infringed-upon nature. This IS200EDEXG1ABA product's IS200EDEXG1ABA functional product number, in this case, can be adopted as a fine original source of IS200EDEXG1ABA Board hardware component and component specification information, as it codes for various relevant IS200EDEXG1ABA Board details through a series of consecutive functional naming segments. For instance, this IS200EDEXG1ABA product number is started through its inclusion of the dual-functional IS200 series tag indirectly asserting this IS200EDEXG1ABA product's normal mark VI Series assembly on top of its standard domestic original manufacture location. Some of the other relevant IS200EDEXG1ABA Board details embedded in this IS200EDEXG1ABA functional product number include its:
- EDEX functional product acronym
- Group one Mark VI Series product grouping
- Normal style of PCB surface coating
- Three-fold revision history
