Features:
- Provides 144 identified field-wire positions across two 72-point terminal blocks.
- Routes servo, LVDT, magnetic-pickup, and transducer signals for the RST cores.
- Connects board-level paths through dedicated 40-pin JFF and 34-pin JGG interfaces.
DS200QTBAG1A centralizes varied field signals at a common Mark V termination point before they reach control boards.
TB1 and TB2 numbering keeps each sensor, excitation, or output conductor tied to a defined channel position.
Separate connector groups carry the terminated paths onward to the associated core and signal-processing hardware.
The General Electric DS200QTBAG1A Mark V RST Termination Board may still be available for purchase and support from Apter Power beyond End-Of-Life (EOL) by the manufacturer (OEM).
General Electric DS200QTBAG1A Mark V RST Termination Board Manuals,Datasheets,Link
Important Notice: Other accessories, manuals, cables, calibration data, software, etc. are not included with this equipment unless listed in the above stock item description. All prices are shown in USD.
TB1 and TB2 Wiring
- Block Capacity: Each terminal block accommodates 72 separately identified signal wires.
- Combined Count: The two blocks provide 144 field-termination positions in total.
- Wire Identity: Connections are referenced by terminal-block name and terminal number.
- Signal Mix: The blocks accept both measurement inputs and control-output wiring.
Position-Control Circuits
- Servo Paths: Servo-valve output wiring terminates through the QTBA signal structure.
- Excitation Paths: LVDT excitation outputs are distributed from dedicated termination points.
- Feedback Route: Position-feedback signals continue from QTBA toward the related control circuitry.
- Ground Limit: LVDT excitation outputs must not be shorted to ground.
Field Measurement Paths
- Speed Pickups: High- and low-pressure magnetic pickup signals enter through the termination board.
- Flow Pickups: Magnetic flow-driver and water-injection flow signals use defined QTBA points.
- Power Inputs: Watt and VAR transducer paths are included among the landed signals.
- Channel Mapping: Terminal labels preserve the connection between field wiring and control channels.
RST Interface Structure
- Core Placement: QTBA boards support the corresponding R, S, and T core signal paths.
- JFF Interface: The 40-pin JFF connector carries designated servo and LVDT-related circuits.
- JGG Interface: The 34-pin JGG connector transfers a separate group of control signals.
- Network Paths: IONET and COREBUS connections participate in the Mark V cabinet interface.