About the DS200TCTEG1
This DS200TCTEG1 printed circuit board product offering, as discussed above, was originally manufactured by General Electric, for placement in their Mark V Turbine Control System Series as discussed above. As you may have been able to infer based off of its full extended series name, the Mark V Series that this DS200TCTEG1 PCB belongs to has specific applications in the control and management systems of popular and compatible wind, steam, and gas turbine automated drive assemblies. This DS200TCTEG1 PCB's greater Mark V Series, while having some newer-developed alternative energy-based applications, still has to be considered obsolete as a whole, as its manufacture was discontinued by General Electric in one of the many years following its original GE product series release. This DS200TCTEG1 PCB's Mark V Series is still considered quite the desirable product series on the general automated industrial marketplace, however, as it exists as one of the final-developed Mark product series to feature the patented Speedtronic control system technology, which was first introduced alongside the rollout of the prior Mark I Series in the mid to later 1960s.
Hardware Tips and Specifications
As with any Mark V Series product here, this DS200TCTEG1 PCB possesses a specific functionality as introduced by its internal assembly's acceptance of a specialized collection of hardware components and component specifications. This DS200TCTEG1 PCB is actually the original version of its specific Mark V Series functional product. The GE TC2000 Trip Board DS200TCTEG1 is populated with 20 plug-in relays. It also has 3 50-pin connectors and 2 12-pin connectors. The IDs assigned to the 50-pin connectors are JLY, JLX and JLZ. The IDs assigned to the 12-pin connectors are JN and JM. The GE TC2000 Trip Board DS200TCTEG1 also is populated with 1 jumper. It is a 3-pin jumper and that means 2 pins are covered by the jumper at one time. The jumper creates a circuit between the pins and processing is defined based on the pin connection. The jumper covers either pins 1 and 2 or pins 2 and 3. When the original board is installed in the drive, the installer uses the documentation provided with the board for instructions concerning the options available for the jumper. Generally, voltage limitation and protection in the normal Mark V Series assembly of this DS200TCTEG1 product is provided by its series-standardized set of hardware components and component specifications including various styles of capacitors, resistors, transistors, and integrated circuits.
When you are installing a replacement board you must compare the 2 boards side-by-side and make sure the jumper on the replacement board matches the position of the jumper on the defective board. In this way you know you are configuring the replacement board to process the same as the original board. The board also is populated with a few bayonet-style 2-pin connectors. The cables that attach to them have bayonets on each of the two wires. When you disconnect the bayonets, pull on the bayonet so that it releases from the connector. To insert a bayonet, align it with the connector and press it into the connector. When it is fully seated it clicks it to place. The presence of the installation and replacement for this DS200TCTEG1 board on its personalized product page here is more reminiscent of this DS200TCTEG1 PCB's lack of original instructional documentation online than it is of their true importance. With this being said, a supplementary source of DS200TCTEG1 Board hardware component and component specification can be found in the DS200TCTEG1 functional product number, which codes for various DS200TCTEG1 board details in a series of functional naming chunks. For example, the DS200TCTEG1 product number begins with the DS200 series tag, which is responsible for this DS200TCTEG1 printed circuit board's normal Mark V Series assembly and domestic manufacture location identification. Some of the other details revealed through functional product number include this DS200TCTEG1 PCB's:
- TCTE functional product acronym
- Normal PCB coating style
- Group one Mark V Series product grouping
- Lack of any significant product revision
