About the DS3800XTBA
This DS3800XTBA printed circuit board product offering from General Electric was originally designed and produced with the Mark IV Turbine Control System Series in mind. The Mark IV Series that this DS3800XTBA device belongs to has to be considered obsolete as a whole, given the fact that it truly exists as a now-obsolete legacy General Electric product series that was discontinued due to a retailer-identified functional whole-series obsolescence in one of the many years past its initial Mark Series rollout. With this being the case, the Mark IV Series is at least self-explanatory, as it exists with a set selection of specific applications in the control and management systems of steam and gas turbine automated drive assemblies. This Mark IV Series does not pertain to any potential wind turbine control system applications, as this functionality was originally introduced with the release of the later Mark VI Series. While a legacy product series generally, this DS3800XTBA device's greater Mark IV Turbine Control System Series still attracts a concerted amount of interest on its greater general automated industrial marketplace, as it is one of the lastly-developed GE Mark product series to incorporate the patented Speedtronic control system technology across a range of offerings.
Hardware Tips and Specifications
The DS3800XTBA is part of the Speedtronic Mark IV turbine series by General Electric. The DS3800XTBA is a small circuit board used to control steam and gas turbines. This DS3800XTBA device does not pertain to potential wind turbine control system applications, as that functionality was introduced alongside the rollout of the later Mark VI Series.The gas and steam turbines are a fast way to provide energy and flexible fuel. A gas turbine builds pressure by using a combination of air and fuel in an internal combustion engine to create a mixture of gases to turn the turbine blades. A steam turbine uses a large boiler which is filled with water. The boiler is then heated to create large amounts of steam which then turns the turbine's blades. The energy produced by the spinning turbine blades is then harnessed for other purposes. While this DS3800XTBA product is a highly-specialized Mark IV Series device, it is not surrounded by any great amount of originally-printed instructional manual materials online; most likely a symptom of its legacy product series attribution. With this being the case, the DS3800XTBA functional product number itself can be adopted as a decently-strong primary source of DS3800XTBA Board hardware information, as it codes for specific details in a series of consecutive functional naming elements. For instance, the DS3800XTBA functional product number begins with the dual-functional DS200 series tag indirectly delegating this DS3800XTBA Board's normal Mark IV Series assembly version on top of its domestic original manufacture location. Some of the other relevant details revealed through functional product number include this DS3800XTBA PCB's:
Unfortunately, the specialized functional status of this DS3800XTBA product necessitates its adoption of a specialized functional product number notably not making indirect mention of this DS3800XTBA device's Mark IV Series product grouping, PCB coating style, or its unique revision history. The DS3800XTBA has one large female terminal port with twelve gold ports. The DS3800XTBA has three male terminal ports. One has a black casing around the metal pins, one has a white backing to the pins and the last male port is just the metal pins. The DS3800XTBA has two large black resistors and over ten small light blue resistors. The resistor has up to five colored bands around it that go with a code to indicate how much energy the resistor can withhold. The DS3800XTBA has one large orange capacitor and one large orange circular capacitor. Capacitors create electronic fields that hold energy for the DS3800XTBA to use at another time. The DS3800XTBA has ten sets of Jumper Ports. Jumper Ports come with plastic covers that cover up some of the pins to direct the energy where the worker would like it to go. Please call the wonderful staff at AX Control for additional details.
