About the IS210DTRTH1AA
This IS210DTRTH1AA Trip Transition Board printed circuit board product offering or just PCB for short from General Electric, as should have been detailed above, exists with a specific set of possible functional product applications specifically in the control and management systems of popular, GE-compatible gas, steam, and even wind turbine automated drive assemblies. In something of an uncommon turn for GE Mark Series iterations, this IS210DTRTH1AA Trip Transition Board's greater Mark VI Turbine Control System Series really does exists as a significant functional upgrade upon the previous industry standard of the Mark V Turbine Control System Series, as this similarly-named GE Mark product series iteration expanded the Mark VI Series' established gas and steam turbine-based functional application range to include the crucial and alternative energy-based wind turbine possible functional application with the rollout of the Mark VI Series.
Hardware Tips and Specifications
Model number IS210DTRTH1AA was produced to work as a trip transition board. The primary purpose of this board is to provide an interface between the DRLY and VTUR boards. There are up to six trip functions that will be used with the interfacing capabilities on the VTUR board to the DRLY board. Please note that the DTRT model will be used rather than the typical TRPG board in the Mark VI series. There is only one version of this board available which is the Simplex version. There are only four main visible components of the DTRT board three of which are sub-D pin connectors with the other being a three-screw Euro block terminal. The Euro block terminal is labeled as TB1 and can be used for ground or SCOM connection. Please note that the ground connection must be as short as possible. The three sub-D pin connectors are used for cabling to the corresponding VTUR and DRLY boards, the two connectors labeled J1 and J2 will connect to the first and second available VTUR boards, with the J3 connector being the connector between the DRLY board which has the six relay circuits. When the IS210DTRTH1AA model is being operated with VTUR I/O terminations there are several other boards that can potentially be used, these boards are TTUR, TRPL, TRPS, TRPG, and DTUR boards. The latter of these boards is described as a termination box type board, for which the DTRT and DRLY boards also are.
If you would like more information on how the DTRT board can be used and work with the other VTUR I/O termination boards refer to table four on page four of the GER-4193A Mark VI Turbine Control System manual. According to this originally-developed General Electric brand Mark VI Turbine Control System Series-based manual, this IS210DTRTH1AA Trip Transition Board product has been designed for mounting specifically on the Mark VI Series' DIN-rail mounting structure, as is partially evidenced by the IS210DTRTH1AA Trip Transition Board's attachment of a plastic mounting bracket on the base of its base printed circuit board. This IS210DTRTH1AA Trip Transition Board device's acceptance of a DIN-rail-based style of board mounting means that this IS210DTRTH1AA Trip Transition Board device makes use of no metallic installation faceplate in its special modular Mark VI Series assembly, as is typical of most common VME Rack-mounted Mark VI Series products. This IS210DTRTH1AA Trip Transition Board device's DIN-rail mounting strategy is further reflected in the IS210DTRTH1AA Trip Transition Board functional product number itself with the initial dual functional IS210 series tag's special modular Mark VI Series assembly version assertion. Some of the other details revealed through this medium include this IS210DTRTH1AA Trip Transition Board product's:
- DTRT functional product abbreviation
- Conformal PCB coating style
- Group one Mark VI Series grouping
- Two-fold revision table
