Product Description
This DS200TCQCG1BBA General Electric printed circuit board is more explicitly-definable by its functional description as an Analog IO Expander Board, as it is referred to as in original General Electric instructional manual materials and datasheets. This DS200TCQCG1BBA Analog IO Expander Board was originally designed for placement in the Mark V Series developed by General Electric. The Mark V Series is one of the more recent Mark product series developed using General Electric's patented Speedtronic technology; applications for the Mark V Series specifically involve control systems for gas, steam, and even wind turbines and related automated drive products. This DS200TCQCG1BBA printed circuit board is actually not the original Analog IO Expander board that was developed for use within the Mark V Turbine Control System Series. The original Analog IO Expander Board developed for the Mark V Series would be the DS200TCQCG1 parent Analog IO Expander Board missing this DS200TCQCG1BBA Board's three significant product revisions. While this DS200TCQCG1BBA printed circuit board has an official functional description ans an Analog IO Expander Board, it is additionally referred to as a GE RST Overflow Board in fringe Mark V Series manual materials.
Hardware Tips and Specifications
As with any product designed and produced for General Electric's Mark V Speedtronic-powered Series, this DS200TCQCG1BBA Analog IO Expander Board necessitates its own particular set of hardware component inclusions and specifications. The Analog IO Expander Board DS200TCQCG1BBA is populated with 24 jumpers and 3 40-pin connectors, for maximum interfacing and customization potential. It also has 3 34-pin connectors and 1 16-pin connector; the ID assigned to the 16-pin connector is JC, and the IDs assigned to the 40-pin connectors are JFF, JE, and 6PL. Before making a final purchase decision on this DS200TCQCG1BBA printed circuit board from General Electric's Mark V Series, it is crucial to understand that the three significant product revisions that are included in its assembly may alter these factory-printed performance specifications and PCB dimensions from their original base-revised statuses. Several integrated circuits play their own specific and important functions in the internal assembly of this DS200TCQCG1BBA Analog IO Expander Board, including:
- TCQC Servo Valve Regulator Output Circuits
- A TCQC Pulse Rate Input Circuit
- A TCQC Generator And Line Feedback
- A TCQC IONET Circuit
- A TCQC LVDT/LVDR Excitation Circuit
- TCQC 4-20 mA Input Circuits
All of these various circuits afforded by manufacturer General Electric to the assembly have been named in terms of their functionality to the DS200TCQCG1BBA Analog IO Expander Board and the greater Mark V Series automated drive assembly. The GE RST Overflow Board DS200TCQCG1BBA provides several tools that indicate if the board is functioning and healthy. If you suspect that the board is not functioning as you expect, you can access the diagnostic tools embedded on the drive to pinpoint the problem. On the drive is a control panel; this control panel has a small display and a set of keys. The operator can use the control panel keys to locally control the drive. The operator can stop the motor by pressing a key, and can also reverse the direction of the motor, slow the motor down to a predefined speed, or speed up the motor. While certainly useful for local drive control, the keys in this DS200TCQCG1BBA Analog IO Expander Board's assembly can also be used to edit and scroll through its various configuration parameters, which define the behavior of the drive. One other selection is to access the diagnostic tools. Select that option to generate a report of the functions of the drive. You may use these diagnostic produce a list of all the error codes and warnings produced by the drive, which also lists trip conditions which are conditions that cause the drive to shutdown to avoid damage to the drive.
