About the IS200ADIIH1A
The IS200ADIIH1A is a PCB component manufactured by General Electric for their Mark VI series. The MKVI is one of the most advanced of the successful Speedtronic steam/gas turbine management systems created by GE. The MKVI has a control system that comes loaded with software specific to its application to gas, steam and land-marine aeroderivative (LM) or balance of plant (BOP) products that can execute up to 100,000 rungs or blocks per second. The Mark VI Turbine Control System Series that this IS200ADIIH1A printed circuit board product offering belongs to has to be considered a stark upgrade upon the previously-existing Mark V Turbine Control System Series of a near-identical full extended series name, as the Mark V Series has no mention of the Mark VI's alternative energy-focused wind turbine control and management functional setting. This IS200ADIIH1A PCB's greater Mark VI Series is additionally held in high esteem given its status as one of General Electric's final-developed Mark product series exhibiting the well-loved Speedtronic control system series first introduced with the Mark I Series all the way back in the 1960s.
Hardware Tips and Specifications
The IS200ADIIH1A is designed to function as an Auxiliary Drive to ISBus Interface Board. It must be noted this circuit board may only be used in AcDc2000 drives where an LDCC board is also present; the configuration of the IS200ADIIH1A interface is done using the keypad located on the LDCC board, or may also be done using the GE Control System Toolbox. The IS200ADIIH1A cannot be used with previous LAN communication boards and design drive control. The IS200ADIIH1A has one controller, designated drop 0, and no more than 31 nodes. A stream of bytes containing each ISBus node’s references begins at the master and daisy-chains through each node. As the information is passed along, the nodes substitute their feedback data in place of their reference data. When the stream returns to the master it contains feedback data from every node. The ISBus frame rate can be programmed to 1ms, 2ms, 4ms or 8ms. The IS200ADIIH1A is built without hardware jumpers or fuses.The board includes seven TP test points for diagnostic or setup purposes. Refer to GE publication GEI-100305 for more information. This IS200ADIIH1A device is actually not the originally-developed Mark VI Series product of its specific functionality in truth; that would be the IS200ADIIH1 parent PCB not utilizing this IS200ADIIH1A device's sole A-rated functional product revision.
This IS200ADIIH1A Dual Channel/Dual Port Input Output Module product plays an integral connective role within its greater Mark VI Turbine Control System Series automated drive assembly, as partially evidenced by the inclusion of the "to" reference in its full extended series name as the Auxiliary Drive to ISBus Interface Board. Given this IS200ADIIH1A Dual Channel/Dual Port Input Output Module's connective nature, it is of no surprise to discover a unique series of Mark IV connectors extending from this IS200ADIIH1A Dual Channel/Dual Port Input Output Module product's base printed circuit board. For ISBus connection establishment specifically, this IS200ADIIH1A product utilizes two RJ45 connectors, which are each accompanied by their own individual factory-printed nomenclature labels of P2 and P3, respectively. The IS200ADIIH1A Dual Channel/Dual Port Input Output Module Instructional manual inserted above in our manuals tab for your convenience of research details this IS200ADIIH1A Dual Channel/Dual Port Input Output Module product's connectivity options more closely. As according to these same instructional documents, this IS200ADIIH1A Interface Board's baseprinted circuit board is accompanied by a manually-moveable hardware jumper that has important customization ramifications for LAN interfaces and this IS200ADIIH1A product's loop back mode, specifically.
