Product Description
This DS200TCTGG2A printed circuit board or PCB for short was originally manufactured for use in the Mark V Turbine Control System Series. As you can probably tell by its extended series name, the Mark V Series that this DS200TCTGG2A product offering belongs to has specific applications in the control and management systems of applicable gas, steam, and wind turbine automated drive assemblies, and is considered a General Electric legacy series given its eventual manufacturing discontinuation in the years following its initial release. While a General Electric legacy product series, the Mark V Turbine Control System Series that this DS200TCTGG2A product offering belongs to is additionally considered one of the final GE Mark Series to make use of their patented Speedtronic control system technology. While this DS200TCTGG2A printed circuit board product offering is definable as a Turbine Trip Board within the Mark V Series, it is not the originally-developed product of this functionality; that would be the DS200TCTGG2 parent Turbine Trip Board missing this DS200TCTGG2A product's A-rated functional product revision.
Hardware Tips and Specifications
As with any Mark V Series product offering available to our inventory of new or refurbished General Electric products, this DS200TCTGG2A Board makes use of its own series of functionality-introducing hardware components and component specifications. The GE Turbine Trip Board DS200TCTGG2A is populated with 21 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. This DS200TCTGG2A Turbine Trip Board's assembly is additionally equipped with numerous Mark V Turbine Control System Series-standardized hardware components, the bulk of which have been included in its normal style of Mark V Series assembly for basic voltage limitation and storage purposes. Some of the voltage-limiting hardware components in this PCB's assembly include various diodes, rectifiers, capacitors, and the thick rudimentary layer of daily wear and tear protection provided to this DS200TCTGG2A circuit board's base circuit board hardware components on a functional priority basis. This DS200TCTGG2A Turbine Trip Board additionally makes use of its own series of more-specialized integrated circuits, each with their own specific application and voltage rating. The integrated circuits in the assembly of this DS200TCTGG2A PCB include:
- The TCTG ETR Relay Circuit
- The TCTG PTR Relay Circuit
- The TCTG Generator Breaker Close Circuit
- TCTG Manual And External Trip Circuit
Each of these four circuits available to the assembly of this DS200TCTGG2A Turbine Trip Board have been named through a combination of their factory-printed nomenclature labels and their application to the DS200TCTGG2A PCB's greater Mark V Series automated drive assembly and the DS200TCTGG2A Turbine Trip Board itself.
The plug-in relays that populate the GE Simplex Trip Board DS200TCTGG2A are an electromechanical design and so have moving parts that are susceptible to breakage. Also, the relays are mechanically attached to the connectors on the board and can be broken off if force is applied to them. For this reason, original instructional manual-introduced guidelines must be followed when you receive the board and whenever you handle it. Always use 2 hands to carry the board and only hold the board by the sides. Never use pressure on the components when you carry the board, as you can easily bend or break off components. When the GE Simplex Trip Board DS200TCTGG2 is packaged and shipped, the relays are connected to the board and they can be damaged while being shipped. When you receive the board, inspect the carton before you open it. First, locate the shipping label on the outside of the box and read the model number of the device. Make sure that it matches the model you purchased. Write down the model number and other information on the shipping label as a record of the board to have available if you call for customer support at a later time. When you call, having the model number and other information available will enable customer support to provide accurate information.
