About the IS200VCRCH1ABA
The IS200VCRCH1ABA model is described as a Discrete Input/Output module or I/O Board for short. It was actually originally produced by General Electric to operate in the Mark VI series. The Mark VI Turbine Control System Series that this IS200VCRCH1ABA Discrete I/O Board printed circuit board product offering belongs to must be exposed for its status as one of the final-developed GE Mark product series to utilize the patented Speedtronic control system series to incorporate the patented Speedtronic control system technology into a number of different product offerings. This IS200VCRCH1ABA Discrete I/O Board printed circuit board product offering's greater Mark VI Turbine Control System Series, as it is known at length, is additionally definable as quite the great functional upgrade upon the Mark V Turbine Control System Series of almost the exact same full extended product series title, as the Mark VI Series added the alternative energy-based wind turbine possible environment onto the Mark V Series' established gas and steam applications.
Hardware Tips and Specifications
The VCRC model has an alternate board; the alternate board is known as a VCCC board. The VCRC board has the same functionality as the VCCC board; one minor difference between the two models is contact input cables; the contact input cables on the VCRC board will plug into the front of the board. Another difference between the IS200VCRCH1ABA model and the VCCC model is that the VCRC model is considered a single-slot version of the VCCC board. When the model is being operated, the input/output (I/O) signal types used with this model are solenoid and dry contact relay outputs and contact inputs. There are 48 contact inputs per processor, with twenty-four outputs between the dry contact relay and solenoid outputs, twelve for each output type. There are two different associated terminal boards for the inputs and outputs on the IS200VCRCH1ABA model; the associated board used with the outputs is the TRLY board, and the board used with the inputs is the TBCI board. When the terminal boards are used with the VCRC board, they will connect to the model through the J3 and J4 connectors located on the front faceplate of the unit. It should be noted that while the IS200VCRCH1ABA model has the same functionality as the VCCC model, it cannot be used with a TICI contact voltage sensing board like the VCCC unit can. For more information on what other Mark VI boards can be used with the VCRC unit, refer to the GEH-6421 Mark VI Turbine Control System Guide Volume II.
Unfortunately enough for the sake of this IS200VCRCH1ABA Discrete I/O Board personalized product page here, this IS200VCRCH1ABA Discrete I/O Board device is actually not followed by very many originally-printed instructional manual materials on the internet. With this being the case, the IS200VCRCH1ABA Discrete I/O Board functional product number itself can actually be rolled out as a decent functional supplemental source of IS200VCRCH1ABA Discrete I/O Board hardware component and component specification information, as it indirectly codes for a number of these relevant qualities through its series of consecutively-arranged functional naming chunks. For instance, the IS200VCRCH1ABA Discrete I/O Board functional product number in this case begins with an iteration of the standard dual-functional IS200 series tag that was specifically designed by General Electric to introduce this IS200VCRCH1ABA Discrete I/O Board product's normal Mark VI Series assembly version as well as its domestic original location of GE manufacture. Some of the other pertinent hardware characteristics made obvious through analysis of this IS200VCRCH1ABA Discrete I/O Board device's unique product number include its:
- VCRC functional product acronym
- Group One Mark VI Series grouping
- Conformal PCB coating style
- Three-fold revision table
