Features:
- Extended analog processing: Scales and conditions additional signals arriving from the TBCB and TCEB paths.
- Mixed-signal coverage: Handles current inputs, RTDs, generator and bus voltage, and line-current inputs.
- Controller handoff: Sends conditioned data to STCA through the 3PL data bus for COREBUS transfer.
Current-input channels convert the voltage developed across a burden resistor before the I/O Engine receives the result through 3PL.
RTD channels apply steady excitation and condition the resulting voltage change so configured sensor types can be interpreted by the control system.
PT and CT signals arriving from TCEB support phase-current, phase-voltage, megawatt, power-factor and VAR calculations used in power-system monitoring.
For General Electric DS200TCCBG1B Common Extended Analog I/O Board, Apter Power supports document review, quotation and revision-matching requests.
General Electric DS200TCCBG1B Common Extended Analog I/O Board Manuals,Datasheets,Link
Important Notice: Other accessories, manuals, cables, calibration data, software, etc. are not included unless listed in the stock description. All prices are shown in USD.
- JHH current path: Carries 4–20 mA and 0–1 mA inputs from the TBCB terminal board to the conditioning circuits.
- JII temperature path: Carries RTD inputs from TBCB so the board can excite, measure and condition the sensor response.
- JMP power-monitoring path: Receives generator and bus PT signals plus line-current CT signals after TCEB scaling.
- Power and data separation: 2PL supplies board power from TCPS, while 3PL transfers conditioned data toward STCA and COREBUS.
- Monitoring selectors: J1 through J5 set generator or bus voltage monitoring and line-current monitoring functions for the installed Mark V LM arrangement.
- RS-232 reference: J14 connects the serial monitor port to DCOM when the cabinet design requires that reference.
- Test-only positions: J15 and J16 are reserved for test functions and should follow the site hardware-jumper record.
- Software configuration: RTD type, current inputs, generator or bus voltage and line-current settings are entered in the HMI I/O Configuration Editor.
- Current conversion: The board reads the voltage developed across the input burden resistor and passes the resulting value to the I/O Engine through 3PL.
- Current-range boundary: Hardware jumpers on TBCB select the current range, so the terminal-board setup remains part of the channel definition.
- RTD interpretation: Steady excitation converts resistance change into a measurable voltage, while the configured RTD type determines how the value is interpreted.
- Electrical calculations: Conditioned PT and CT inputs provide the phase quantities used to calculate megawatts, power factor and VARs.
- Process-current acquisition: Extends Mark V LM measurement capacity for 4–20 mA and 0–1 mA transducer channels landed on TBCB.
- Temperature monitoring: Conditions RTD signals for configured temperature-measurement points in the installed control cabinet.
- Generator and bus monitoring: Processes PT-derived voltage signals used for phase-voltage and generator electrical calculations.
- Line-current monitoring: Processes CT-derived current signals used for phase-current, power-factor and reactive-power monitoring.