CSP_GSEG

Device: G1MKVI 9001FA Standard M6B - EPIC V08.00.00CToolBox v11.02.03CRuntime v05.04.01C

Requisition Information:Customer Name: GSEGLCustomer Site: HaziraShop Order No.: DCV145Requisition No.: 1LO-150000193DM Number: NAMachine Size: PG9351FASerial Number: GT188Process App:GeneratorEngineer: AGM/VVVDWG: 36850000131

Revision:Created: 07-Apr-10 8:45:15 PMModified: 13-Dec-10 4:58:09 PMMajor Revision: 13-Dec-10 2:10:34 PMMinor Revision: Modified

General Configuration:Device Name: G1Device Number: 265Clock Source: InternalPlatform: IS215UCVGH1AFrame Period: 40 ms (25 Hz)I/O Mapper Period: 100 msLoad Profiler:DisabledStandard Template: FALSESystem Type: TMR

Memory:

System: 8192kCapture Buffer: 4096k

NTP:NTP Client Mode: UNICASTPrimary Server: UGT1_SVRBackup Server:

Alarm Scanner:Alarm Scanner EnabledAlarm IP Address: 192.168.101.255Event Scanner Enabled

Hold List Scanner:Hold List Scanner Disabled

Ethernet Setup:Use Default Gateway: FALSEEthernet 0 Enabled

Channel R IP Address: 192.168.101.111Channel R Host Name: G1-RChannel S IP Address: 192.168.101.112Channel S Host Name: G1-SChannel T IP Address: 192.168.101.113Channel T Host Name: G1-TSubnet Mask: 255.255.255.0

Ethernet 1 DisabledEthernet 2 DisabledEthernet 3 Disabled

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Last Modified Module Revision Customer Title Mark VI Software

Build Major Revision Type Site DM Number Requisition Toolbox Revision DWG Engineer

Build Minor Revision Print Date Process Application Serial Number Shop Order No. Machine Size Cont. on Sh. Sh. No.

12/13/10 16:58:09 GSEGL Device G1 Configuration

12/13/10 14:10:34TMR Hazira NA 1LO-150000193V11.06.06C 36850000131 AGM/VVV

Modified 10-Jun-11 Generator GT188 DCV145 PG9351FA RG.1 DS.1

General Electric CompanySalem, Va. USA

Document Reading AidThis page contains quick instructions on common symbols, cross reference formats, and diagram contents.

The signal cross reference list provides detailed information on all named signals in the Mark VI configuration.

Cross Reference Format

002.15T

Page Number Row ColumnPage numbers in this document increment linearly;numbers with less than three digits are padded withleading zeros. In a cross reference, the page isfollowed by a dot and the Row and Column of theobject being referenced. The Row corresponds to thenumber along the left and right hand sides of thepage. The Column is a single letter referring to theletters A to Z along the top and bottom of the page.For references to the same page as the source, onlythe Row and Column is shown. When only part of theconfiguration is being printed, references to unprintedcode show the text name of the referenced object.

15T

Long Form

Short Form

HierarchicalForm

Signal Cross Reference List

Block and Rung diagrams

10:DEMOBLOCKinput A

input B

outputregion\signalname

1000

EGD1:Exch1 002.27R, region\signal2

Constant Value

Network or I/O Point

Input Pins on left side of block Block-specific pictureOutput Pins on right side of block

Cross Reference

Block TypeBlock Number(execution order)

Signal Description Data Type Initial Value Units ConnectionsG0\FAKE_SIG If this were a real signal, this text would describe it Bool 0 *071.12W, EGD1.EXCH1.0769.0G0\EXAMPLE_A description of signal Float 0 psi *089.33U, 091.14FG0\usefulsig description of signal Float 0 psi *112.44I, *214.12F, Q8.S3.CP.Mfld_Tran

The signal namesare listedalphabetically

The signal's description istaken from the Note fieldin toolbox

The Data Type can beany of the standard oruser defined types inToolbox

The displayed unitsare from the Scaleselected for thesignal in Toolbox

Connections are a list of crossreferences, I/O points, and networkpoints that use the signal. Connectionsthat write to the signal are marked withan asterisk (*). Constants and arraysare also shown here.

I/O and Network Point NamingMark VI I/O points are referenced by combining theirRack #, Slot #, point type and name. Q8.S1.CP.OS1_Trip

Rack (Q for TMR,R/S/T for simplex,followed by rack #) Slot Number

CP -- Card PointJ# -- Terminal Board point Point Name

Network I/O points are referenced by combining theirnet name, page, and point name. EGD1.EXCH1.0004.3

NovRam.Point.2Net Name

Page

Point Name

40:Output

30:Output L4TG1

L83HEOST_SELG1

L83HEOST_SELG1

16H

28W *

32B, G1\L83HEOST_SEL36B, G1\L83HOST_CMD

045.16B

142.2D, G1\L83HOST_P

60

Signal with Intra-pagereference

Signal with Inter-pagereference

Signal controlling contact

Reference to wheresignal is written

Multiple references,shown in list at the end ofthe diagram

List of references wherethe output is used

Output of the rungSignal attached to output Rung Number

(corresponds toblock number andexecution order)

10.14.3.15T

Section/Module Heading/Task/Macro Page Row Column

A Alarm

Event

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Pin connection types002.27R, region\signal2 Cross Reference to block pin

Cross Reference to I/O pointQ1.S1.CP.OS1_Setpoint

* Q1.S1.CP.OS1_Setpoint Multiple cross references, shows one reference inline and additional references in list at the end of the task

Triangles mark signals with multiple writes

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12/13/10 16:58:09 GSEGL Document Reading Aid


Modified 10-Jun-11 Generator GT188 DCV145 PG9351FA TOC.1 RG.1


Table of Contents

Section Description PageG1 MKVI 9001FA Standard M6B - EPIC V08.00.00CToolBox v11.02.... DS.1.N09

UNIT V08.00.00C - 07/09/08 - Revision Per V08.00.00CV07.00.00C - 0... 1.0.0.1.N07G1@FRAMESEL 1.1.0.1.N05

Frame 1.1.1.1.N05G1@TMRIO 1.2.0.1.N05

TMRIO 1.2.1.1.N05G1@SUCMND 1.3.0.1.N05

SUCMND 1.3.1.1.N05G1@CTRLMODE 1.4.0.1.N05

CtrlMdSel 1.4.1.1.N05CtrlMdStat 1.4.2.1.N05Tmr_Cntr STANDARD MAINTENANCE TIMERS AND COUNTERS 1.4.3.1.N06

G1@SUPERM 1.5.0.1.N05SuPerm Gas Turbine Startup Permissives. 1.5.1.1.N06

G1@STARTMEANS 1.6.0.1.N05LS21KCOP_COM Design Standard BCLA_SS - LS2100 - STATIC STARTING ... 1.6.1.1.N10LS21KStrtMn 1.6.2.1.N05JackOilpmp Jacking Oil Pump - 88JA 1.6.3.1.N06

G1@SUPURGE 1.7.0.1.N05SuPurge Purge and Fire Sequencing 1.7.1.1.N06Cycle_sel 1.7.2.1.N05

G1@SUFSR 1.8.0.1.N05SUFSR 1.8.1.1.N05

G1@FSR 1.9.0.1.N05FSR 1.9.1.1.N05

G1@FLAME_DETECT 1.10.0.1.N05FLAME 1.10.1.1.N05

G1@COMPRESSOR 1.11.0.1.N05Comp 1.11.1.1.N05

G1@CPR 1.12.0.1.N05CPR Gas Turbine Compressor Pressure MeasurementDesign Standar... 1.12.1.1.N07

G1@SUCMPLT 1.13.0.1.N05SuCmplt Startup Sequence Verification 1.13.1.1.N06

G1@SPDLDGRID 1.14.0.1.N05SpdGovTst 1.14.1.1.N05SpdLdNGCMode 1.14.2.1.N05SpdLdNLGFF Non-Linear Grid Frequency Filter 1.14.3.1.N06SpdLdFTL Speed Control Fuel Transient Limiter 1.14.4.1.N06PFR_Ctl Primary Frequency Control 1.14.5.1.N06

G1@SPDLD 1.15.0.1.N05SPDLD 1.15.1.1.N05SpdLdFSRComp 1.15.2.1.N05SPDLDREF 1.15.3.1.N05SPDLDRNBK 1.15.4.1.N05

G1@IGV 1.16.0.1.N05IGV 1.16.1.1.N05

G1@IBH 1.17.0.1.N05IBHMassFlow IBH Mass Flow Sequencing using the ISA Valve Equation: 1.17.1.1.N08IBHAntiIce IBH Anti Icing 1.17.2.1.N06IBHTrnDwn Inlet Bleed Heat Premix Mode Turndown 1.17.3.1.N06IBHDrnVlv Inlet Bleed Heat Drain Valve Sequencing 1.17.4.1.N07IBHFault Inlet Bleed Heat Fault Detection 1.17.5.1.N06IBHCtrlVlv IBH Control Valve Command 1.17.6.1.N08IBHIGVMin Minimum IGV Angle For Inlet Bleed Heat. 1.17.7.1.N07

G1@DLN 1.18.0.1.N05DLN2pCombRef DLN 2+ Combustion Reference Comparators 1.18.1.1.N07DLN2pFlwSplt DLN 2+ Flow Splits to Valve Stroke Reference 1.18.2.1.N06DLN2pMode DLN 2+ Mode Control 1.18.3.1.N06DLN2pSpltSch DLN2+ Split Schedules Clamps 1.18.4.1.N06DLN2pCtrlVlv DLN 2+ Valve Fault Logic 1.18.5.1.N07DLN2pTmrCntr DLN 2+ Timers and Counters 1.18.6.1.N06DLN2pRemTune DLN 2+ Remote Tuning 1.18.7.1.N06

G1@OVRSPD 1.19.0.1.N05

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12/13/10 16:58:09 GSEGL Table of Contents


Modified 10-Jun-11 Generator GT188 DCV145 PG9351FA TOC.2 TOC.1


Section Description PageOverSpeed 1.19.1.1.N05

G1@EXTEMP 1.20.0.1.N05ExTmp 1.20.1.1.N05ExTmpRef 1.20.2.1.N05ExTmpBias 1.20.3.1.N05

G1@FIREPROT 1.21.0.1.N05FireProt Fire Protection System Logic 1.21.1.1.N06

G1@HAZGAS 1.22.0.1.N05TurbCompt Turbine Compartment Hazardous Gas Protection 1.22.1.1.N06GasCompt Gas Compartment Hazardous Gas Protection 1.22.2.1.N06Monitor Gas Monitor Alarms 1.22.3.1.N06

G1@SD 1.23.0.1.N05Shutdown 1.23.1.1.N05SdSeqDLN2p 1.23.2.1.N05

G1@HPU 1.24.0.1.N05Hpu 1.24.1.1.N05

G1@LUBE_OIL 1.25.0.1.N05LubeOil 1.25.1.1.N05LubeTmpTC Lube Oil Temperature - Thermocouples 1.25.2.1.N06LubePs Lube Oil Pressure Switches 1.25.3.1.N06

G1@TRIP 1.26.0.1.N05TRIP 1.26.1.1.N05

G1@COMBMON 1.27.0.1.N05CombMon Combustion Monitoring 1.27.1.1.N06

G1@COMBREF 1.28.0.1.N05CombRef Universal Combustion Reference Temperature Calculation 1.28.1.1.N06

G1@FUEL_GAS 1.29.0.1.N05GasHPs Gas Fuel Hydraulic Trip Pressure 1.29.1.1.N06GasLeakTest Gas Fuel Leak Test 1.29.2.1.N06GasSeq Gas Fuel Sequencing 1.29.3.1.N06GasAuxStpVlv Auxiliary Gas Fuel Stop Valve 1.29.4.1.N07GasFlwMeas Gas Fuel Flow Measurement 1.29.5.1.N06GasMWI Wobbe Index Compensation 1.29.6.1.N06GasMWITrim 1.29.7.1.N05GasSRV Gas Stop/Speed Ratio Valve 1.29.8.1.N06GasPgDLN2p4v BK2W_9F - DLN2+ Gas Only Purge, 4 Valve System 1.29.9.1.N07GasNullComp 1.29.10.1.N05MWI_DB 1.29.11.1.N05

G1@VIBRATION 1.30.0.1.N05GtSiesVib_Ex 1.30.1.1.N05Bently Bently Nevada Alarm Sequencing 1.30.2.1.N06

G1@GENSYNC 1.31.0.1.N05Singlebkr 1.31.1.1.N05Synch 1.31.2.1.N05

G1@GENMWATT 1.32.0.1.N05GenMwattCtrl DWATT Transducer Selection and faults 1.32.1.1.N06GTLC 1.32.2.1.N05GenMwattHr Watt and VAR Hour Calculation. 1.32.3.1.N06RvPwrCtrl Reverse Power Control 1.32.4.1.N06

G1@GENVAR 1.33.0.1.N05GenVarSh VAR Shedding and Control Selection 1.33.1.1.N06

G1@GENPF 1.34.0.1.N05GenPF Generator Power Factor 1.34.1.1.N06

G1@EXCITER 1.35.0.1.N05G1@GENPRO 1.36.0.1.N05

GPPseq Generator Protection Alarm SequencingNOTE: Refer to One-Line... 1.36.1.1.N07G1@PWR_AUG 1.37.0.1.N05

EvapCoolLL 1.37.1.1.N05G1@WATERWASH 1.38.0.1.N05

COMP_WTR_WSH Compressor Water Wash 1.38.1.1.N06WWashAug Power Augmentation for NGC Requirements 1.38.2.1.N06WWashOnLine 1.38.3.1.N05WWashOffLine 1.38.4.1.N05

G1@HEAT_VENT 1.39.0.1.N05AutoRotate Auto Rotate Command For Lead Lag Motors. 7FA/7FB/9FA 1.39.1.1.N06LoadComptmnt Load compartment vent fans. 7FA/7FB/9FA 1.39.2.1.N06DiffComptmnt Exhaust diffuser vent fans. 7FA/7FB/9FA 1.39.3.1.N06TurbComptmnt Turbine compartment vent fans and heaters. 7FA/9FA 1.39.4.1.N06

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Section Description PageLOComptmnt Lube oil/accessory compartment fans and heaters. 7FA/7FB/9FA 1.39.5.1.N06ExhstFrmBlwr Exhaust Frame Blowers. 7FA/7FB/9FA 1.39.6.1.N06LL_88VL_Fans Gas Compartment Fans 88VL-1, -2 1.39.7.1.N06

G1@WHEELSPACE 1.40.0.1.N05Wheelspace Wheel Space Temperature Monitor 1.40.1.1.N06

G1@BEARINGTEMP 1.41.0.1.N05BrngTemp 1.41.1.1.N05

G1@LOADTUNNEL 1.42.0.1.N05LdTun Load Tunnel Inner Barrel Temperature Alarm Sequencing 1.42.1.1.N06

G1@AIRFLOW 1.43.0.1.N05AirFlow 1.43.1.1.N05

G1@INLETAIR 1.44.0.1.N05InAirPs Inlet Air Pressure Switches 63TF-1,2A,2B Used 1.44.1.1.N06

G1@EXDUCTPS 1.45.0.1.N05ExDuctPs Exhaust Duct Pressure Switches 1.45.1.1.N06

G1@TRIP_HISTORY 1.46.0.1.N05Trip_History Trip History Capture Blocks. 1.46.1.1.N06

G1@LCI_SIGNALS 1.47.0.1.N05CUST_CODE V08.00.00C - 07/09/08 - Revision Per V08.00.00CV07.00.00C - 0... 2.0.0.1.N07

G1@MISC 2.1.0.1.N05Misc_Alarms This sequencing contains miscelleneous alarm logic. 2.1.1.1.N06

G1@SUP_REM 2.2.0.1.N05Cust_Perms 2.2.1.1.N05Remote_Ins 2.2.2.1.N05Remote_Outs 2.2.3.1.N05CEMS 2.2.4.1.N05

Macro Definitions MS.1.N06AirFlow V08.00.00C - 07/09/08 - Revision Per V08.00.00CV07.00.00C... MS.2.N08BH_FAULT BLEED HEAT FAULT DETECTION (L3BHFLT3)V01.00.00C - 11/... MS.3.N07BrngDrn V08.00.00C - 07/09/08 - Revision Per V08.00.00CV07.00.00C - 0... MS.4.N09BrngMtl V08.00.00C - 07/09/08 - Revision Per V08.00.00CV07.00.00C - ... MS.5.N08CBLRPB Cable Remote Pushbutton Command HandlerV01.00.01C - 02/1... MS.6.N09CMDST Command State with SRTP command write-backV01.00.00C - 11... MS.7.N07COMB_MON_SEQ EXHAUST TEMPERATURE SPREAD MONITOR SEQUENCING.... MS.8.N10COMPDBB1 COMPARE WITH DEADBAND AND BIAS12/26/01 - Initial Iss... MS.10.N08CPR V08.00.00C - 04/08/08 - Updated Per TCSCR#15633266 Added Cod... MS.11.N11CompAirTemp V08.00.00C - 07/09/08 - Revision Per V08.00.00CV07.00.00C - 0... MS.16.N07CompBldVlv V08.00.00C - 07/09/08 - Revision Per V08.00.00CV07.00.00C - 0... MS.18.N12CompStl V08.00.00C - 07/09/08 - Revision Per V08.00.00CV07.00.00C - 0... MS.39.N07DC_BUS_MON V01.00.00C - 11/18/99 - Initial Release MS.40.N06DLN_IBH_REF1 DLNOx INLET BLEED HEAT CONTROL REFERENCE (CSRDLN)... MS.42.N09DewPoint V08.00.00C - 07/09/08 - Revision Per V08.00.00CV07.00.00C - 0... MS.45.N09ExTmpIGVNx V08.00.00C - 07/08/08 - Updated Per Defect Tracker ID 14932 CTIM... MS.47.N15ExTmpMed V08.00.00C - 04/08/08 - Updated Per TCSCR#15633266 Added sign... MS.49.N12ExTmpRef6Seg V08.00.00C - 07/09/08 - Revision Per V08.00.00CV07.00.00C - 0... MS.53.N18FORCED V01.00.00C - 11/18/99 - Initial Release MS.57.N06FSRMan V08.00.00C - 07/09/08 - Revision Per V08.00.00CV07.00.00C - 0... MS.58.N07FSRSel V08.00.00C - 07/09/08 - Revision Per V08.00.00CV07.00.00C - 0... MS.59.N09FlameSeqDLN V08.00.00C - 07/09/08 - Revision Per V08.00.00CV07.00.00C - 0... MS.61.N07FrameSel V08.00.00C - 07/09/08 - Revision Per V08.00.00CV07.00.00C - 0... MS.70.N07GCV_FAULT GAS CONTROL VALVE FAULT DETECTIONV01.00.00C - 11/1... MS.74.N07GSRV_FAULT GAS STOP SPEED RATIO VALVE FAULT (L3GSSRV1)V01.00.... MS.75.N07IGVMin V08.00.00C - 07/09/08 - Revision Per V08.00.00CV07.00.00C - 0... MS.76.N07IGVOs V08.00.00C - 07/09/08 - Revision Per V08.00.00CV07.00.00C - 0... MS.81.N07IGVRef V08.00.00C - 04/08/08 - Updated Per TCSCR#15633266 Added Cod... MS.86.N10IGVSeq V08.00.00C - 07/09/08 - Revision Per V08.00.00CV07.00.00C - 0... MS.98.N12LdTun V08.00.00C - 07/09/08 - Revision Per V08.00.00CV07.00.00C - 0... MS.107.N07OverSpdVPRO V08.00.00C - 07/09/08 - Revision Per V08.00.00CV07.00.00C - 0... MS.108.N07OvrSpdHp V08.00.00C - 07/09/08 - Revision Per V08.00.00CV07.00.00C - 0... MS.122.N09PBHDLR SRTP Pushbutton Command HandlerV01.00.00C - 11/18/99 - Init... MS.126.N07RSFlameDet V08.00.00C - 07/09/08 - Revision Per V08.00.00CV07.00.00C - 0... MS.127.N07SdCldwn V08.00.00C - 07/09/08 - Revision Per V08.00.00CV07.00.00C - 0... MS.128.N09SdFSR V08.00.00C - 07/09/08 - Revision Per V08.00.00CV07.00.00C - 0... MS.131.N09SpdLdAcc V08.00.00C - 07/09/08 - Revision Per V08.00.00CV07.00.00C - 0... MS.133.N09SpdLdCsDrp V08.00.00C - 07/09/08 - Revision Per V08.00.00CV07.00.00C - 0... MS.135.N07SpdLdLvl V08.00.00C - 07/09/08 - Revision Per V08.00.00CV07.00.00C - 0... MS.137.N09SpdLdRBO V08.00.00C - 07/09/08 - Revision Per V08.00.00CV07.00.00C - 0... MS.141.N11SpdLdRfDLN2p V08.00.00C - 06/20/08 - Updated for Sliding P2 Updates. Added LFP... MS.148.N22

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Section Description PageSpdLdRnbkD2p V08.00.00C - 06/06/08 - Updated Per Defect Tracker ID 14739 Rem... MS.173.N24SpdLdSel V08.00.00C - 04/03/08 - Updated Per TCSCR#14874384 Added Con... MS.204.N19SuBogDwn V08.00.00C - 07/09/08 - Revision Per V08.00.00CV07.00.00C - 0... MS.241.N07SuCmd V08.00.00C - 02/07/08 - Updated per TCSCR#13153209 for latching... MS.242.N16SuCmplt V08.00.00C - 07/09/08 - Revision Per V08.00.00CV07.00.00C - 0... MS.251.N09SuFSRMin V08.00.00C - 07/09/08 - Revision Per V08.00.00CV07.00.00C - 0... MS.256.N11SuFSRNx V08.00.00C - 07/09/08 - Revision Per V08.00.00CV07.00.00C - 0... MS.258.N09SuPurge V08.00.01C - 07/18/08 - Added new block L2TVZ_A with control opti... MS.267.N15TIMER_MIN Boolean Time Delay For MinutesV01.00.01A - 12/10/01 - Add pic... MS.278.N09TIMER_SEC Boolean Time Delay For SecondsV01.00.01A - 12/10/01 - Add pi... MS.279.N09TMR_A_SR_LMT TMR ANALOG SENSOR LIMIT AND FAULT DETECTION06/... MS.280.N09TripDLN2p V08.00.00C - 07/09/08 - Updated Per TCSCR#12077645 Added alar... MS.281.N26Wheelspace V08.00.00C - 07/09/08 - Revision Per V08.00.00CV07.00.00C - 0... MS.314.N07

Signal Cross Reference Report SS.1.N06

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Modified 10-Jun-11 Generator GT188 DCV145 PG9351FA 1.0.0.1 TOC.4


Function: UNITV08.00.00C - 07/09/08 - Revision Per V08.00.00CV07.00.00C - 01/16/08 - Initial issue for EPIC-V07.00.00C

Modules:

Name Revision Period Skew Offset Overridden

G1@FRAMESEL V08.00.00C 40.0 ms 0 True

G1@TMRIO V08.00.00C 40.0 ms 0 True

G1@SUCMND V08.00.00C 40.0 ms 0 True

G1@CTRLMODE V08.00.00C 40.0 ms 0 True

G1@SUPERM V08.00.00C 40.0 ms 0 True

G1@STARTMEANS V08.00.00C 40.0 ms 0 True

G1@SUPURGE V08.00.01C 40.0 ms 0 True

G1@SUFSR V08.00.00C 40.0 ms 0 True

G1@FSR V08.00.00C 40.0 ms 0 True

G1@FLAME_DETECT V08.00.00C 40.0 ms 0 True

G1@COMPRESSOR V08.00.01C 40.0 ms 0 True

G1@CPR V08.00.01C 40.0 ms 0 True

G1@SUCMPLT V08.00.00C 40.0 ms 0 True

G1@SPDLDGRID V08.00.00C 40.0 ms 0 True

G1@SPDLD V08.00.01C 40.0 ms 0 True

G1@IGV V08.00.01C 40.0 ms 0 True

G1@IBH V08.00.00C 40.0 ms 0 True

G1@DLN V08.00.00C 40.0 ms 0 True

G1@OVRSPD V08.00.01C 40.0 ms 0 True

G1@EXTEMP V08.00.00C 40.0 ms 0 True

G1@FIREPROT V08.00.00C 40.0 ms 0 True

G1@HAZGAS V08.00.00C 40.0 ms 0 True

G1@SD V08.00.00C 40.0 ms 0 True

G1@HPU V08.00.00C 40.0 ms 0 True

G1@LUBE_OIL V08.00.00C 40.0 ms 0 True

G1@TRIP V08.00.00C 40.0 ms 0 True

G1@COMBMON V08.00.00C 40.0 ms 0 True

G1@COMBREF V08.00.00C 40.0 ms 0 True

G1@FUEL_GAS V08.00.00C 40.0 ms 0 True

G1@VIBRATION V08.00.00C 40.0 ms 0 True

G1@GENSYNC V08.00.00C 40.0 ms 0 True

G1@GENMWATT V08.00.00C 40.0 ms 0 True

G1@GENVAR V08.00.00C 40.0 ms 0 True

G1@GENPF V08.00.00C 40.0 ms 0 True

G1@EXCITER V08.00.00C 40.0 ms 0 True

G1@GENPRO V08.00.00C 40.0 ms 0 True

G1@PWR_AUG V01.01.10C 40.0 ms 0 True

G1@WATERWASH V08.00.00C 40.0 ms 0 True

G1@HEAT_VENT V08.00.00C 40.0 ms 0 True

G1@WHEELSPACE V08.00.00C 40.0 ms 0 True

G1@BEARINGTEMP V08.00.00C 40.0 ms 0 True

G1@LOADTUNNEL V08.00.00C 40.0 ms 0 True

G1@AIRFLOW V08.00.00C 40.0 ms 0 True

G1@INLETAIR V08.00.00C 40.0 ms 0 True

G1@EXDUCTPS V08.00.01C 40.0 ms 0 True

G1@TRIP_HISTORY V08.00.00C 40.0 ms 0 True

G1@LCI_SIGNALS V08.00.00C 40.0 ms 0 True

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12/13/10 16:58:09 GSEGL Function: UNIT


Modified 10-Jun-11 Generator GT188 DCV145 PG9351FA 1.1.0.1 1.0.0.1


Module: G1@FRAMESELRevision: V08.00.00CPeriod: 40.0 msSkew Offset: 0

Tasks:

Name Period Multiplier Skew Offset Enable

Frame 1 0 TRUE

Module Pin Definitions

Name Description Type Init. Val. Units Scale Usage Written At

G1\Frame Frame size being selected LInt 0

S1\L83N_CL Steam Turbine valves closed Bool 0

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12/13/10 16:58:09 GSEGL UNIT\G1@FRAMESEL




Task: FramePeriod Multiplier: 1Skew Offset: 0Enable: TRUE

The next block is used to select Frame specific constants throughout code

20:FrameSel

1.1.1.1.A06Frame 28.1.1.C18

G1\Frame

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12/13/10 16:58:09V08.00.00C GSEGL The next block is used to select Frame specific constants throughoUNIT\G1@FRAMESEL\Frame




Module: G1@TMRIORevision: V08.00.00CPeriod: 40.0 msSkew Offset: 0

Tasks:


TMRIO 1 0 TRUE



G1\AFPAP Barometric Pressure Transducer 96AP Float 0 inHg DP_HG N

G1\afpap1a Barometric Pressure Transducer 96AP-1A Float 0 inHg DP_HG I *Q0.S14.J3.AnalogIn3

G1\afpap1b Barometric Pressure Transducer 96AP-1B Float 0 inHg DP_HG I *Q0.S14.J4.AnalogIn13

G1\afpap1c Barometric Pressure Transducer 96AP-1C Float 0 inHg DP_HG I *Q0.S15.J3.AnalogIn3

G1\AFPKDIF Barometric Pressure Trans Press Diff Limit Float 2 inHg DP_HG C Control Constant: 2 inHg;

G1\CPD Compressor Discharge Press Max Select Float 0 psig PRESSG N

G1\cpd1a Compressor Discharge Press Transd. 96CD-1 Float 0 psig PRESSG I *Q0.S14.J3.AnalogIn1

G1\cpd1b Compressor Discharge Press Transd. 96CD-1B Float 0 psig PRESSG I *Q0.S14.J4.AnalogIn11

G1\cpd1c Compressor Discharge Press Transd. 96CD-1C Float 0 psig PRESSG I *Q0.S15.J3.AnalogIn1

G1\CTDA_M Actual Compressor Discharge Temperature Median Float 0 F TC

G1\CTDX Raw meadian Compressor Discharge Temperature Float 0 F TC

G1\CTDX_TC Compressor Discharge Temperature time const Float 0.25 sec SEC C Control Constant: .25 sec;

G1\ctif1 Compressor Inlet Thermocouple 1A Float 0 F TC IN *S0.S21.J3J4.ThermCpl13

G1\ctif2 Compressor Inlet Thermocouple 1B Float 0 F TC IN *R0.S21.J3J4.ThermCpl13

G1\ctif3 Compressor Inlet Thermocouple 2A Float 0 F TC IN *T0.S21.J3J4.ThermCpl13

G1\CTIM Compressor Inlet Temperature Float 0 F TC N *1.2.1.1.I05

G1\CTIM_M Actual Compressor Inlet Temperature Median Float 0 F TC

G1\CTIM_TC Median Compressor Inlet Temperature Time constant Float 0.25 sec SEC C Control Constant: .25 sec;

G1\CTIMX Raw Median Compressor Inlet Temperature Float 0 F TC

G1\CTKD_MN Compressor Discharge TC Max Limit Float -80 F TC C Control Constant: -80 F;

G1\CTKD_MX Compressor Discharge TC Max Limit Float 850 F TC C Control Constant: 850 F;

G1\CTKI_MN Compressor Inlet TC Min Limit Float -80 F TC C Control Constant: -80 F;

G1\CTKI_MX Compressor Inlet TC Max Limit Float 150 F TC C Control Constant: 150 F;

G1\K1_SEC Time Delay Constant - 1 second Float 1 sec SEC C Control Constant: 1 sec;

G1\K3CPDSTCK COMP DISCHARGE START CHECK PERMISSIVE Float 1 psi PRESS C Control Constant: 1.0 psi;

G1\KCPD_DIFF CPD Transducers Max Allowable Diff Constant Float 10 psi PRESS C Control Constant: 10 psi;

G1\KCTIF Compressor Inlet Flange Temperature Spread Const Float 10 F TC C Control Constant: 10 F;

G1\L26CTDA_LL Actual Comp Discharge Temp Median At Lower Lmt Bool 0

G1\L26CTDA_UL Actual Comp Discharge Temp Median At Upper Lmt Bool 0

G1\L26CTIM_LL Actual Comp Inlet Temperature Median At Lower Lmt Bool 0

G1\L26CTIM_UL Actual Comp Inlet Temperature Median At Upper Lmt Bool 0

G1\L30CPDCAL CPD OUT OF CALIBRATION Bool 0 A *1.2.1.3.Q02

G1\L30CTDA_FLT COMPRESSOR DISCHARGE TC MEDIAN FAULT Bool 0 A

G1\L30CTIF_FLT COMPRESSOR INLET TC MEDIAN FAULT Bool 0 A

G1\L3TCI Compressor Inlet Air Temperature Spread Excessive Bool 0

G1\LAFPAP_SENSR BAROMETRIC PRESSURE TRANSDUCERS DISAGREBool 0 A

G1\LCPD_SENSR COMP DISCHARGE XDUCER DIFF FAULT HIGH Bool 0 A

G1\LCPDCAL CPD Out of Calibration Bool 0 *1.2.1.3.H02

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12/13/10 16:58:09 GSEGL UNIT\G1@TMRIO




Task: TMRIOPeriod Multiplier: 1Skew Offset: 0Enable: TRUE

Compressor Inlet Temperature

20:TMR_A_SR_LMT

1.2.1.1.C08

max_lmt150 F G1\CTKI_MX

min_lmt-80 F G1\CTKI_MN

in1S0.S21.J3J4.ThermCpl13 G1\ctif1

in2R0.S21.J3J4.ThermCpl13 G1\ctif2

in3T0.S21.J3J4.ThermCpl13 G1\ctif3

dif_lmt10 F G1\KCTIF

td_flt1 sec G1\K1_SEC

en_ulf TRUE

en_llf TRUE

out_lm G1\CTIMX

out_am G1\CTIM_M

l33ul G1\L26CTIM_UL

l33ll G1\L26CTIM_LL

l30df * EGD G1\L3TCI

l30mf A G1\L30CTIF_FLT

30:_LAG

LAG_IN G1\CTIMX

ENABLE TRUE

TC0.25 sec G1\CTIM_TC

LAG_OUT * EGD G1\CTIM

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12/13/10 16:58:09V08.00.00C GSEGL Compressor Inlet Temperature UNIT\G1@TMRIO\TMRIO




Compressor Discharge Temperature

50:TMR_A_SR_LMT

1.2.1.2.C04

max_lmt850 F G1\CTKD_MX

min_lmt-80 F G1\CTKD_MN

in1S0.S21.J3J4.ThermCpl12 G1\ctda1

in2R0.S21.J3J4.ThermCpl12 G1\ctda2

in3T0.S21.J3J4.ThermCpl12 G1\ctda3

dif_lmt25 F G1\KCTDA

td_flt1 sec G1\K1_SEC

en_ulf15.1.4.D02 G1\L14HA

en_llf TRUE

out_lm G1\CTDX

out_am G1\CTDA_M

l33ul G1\L26CTDA_UL

l33ll G1\L26CTDA_LL

l30df A G1\LCTDA_ALM

l30mf A G1\L30CTDA_FLT

60:_LAG

LAG_IN G1\CTDX

ENABLE TRUE

TC0.25 sec G1\CTDX_TC

LAG_OUT * EGD G1\CTDA

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12/13/10 16:58:09V08.00.00C GSEGL Compressor Discharge Temperature UNIT\G1@TMRIO\TMRIO




Compressor Discharge Pressure

80:TMR_A_SR_LMT

1.2.1.3.C03

in1Q0.S14.J3.AnalogIn1 G1\cpd1a

in2Q0.S14.J4.AnalogIn11 G1\cpd1b

in3Q0.S15.J3.AnalogIn1 G1\cpd1c

dif_lmt10 psi G1\KCPD_DIFF

td_flt 0

en_ulf FALSE

en_llf FALSE

out_am * EGD G1\CPD

l30df A G1\LCPD_SENSR

90:_COMPHYS

IN1 G1\CPD

FUNC eq

IN2 0.0

SENS1 psi G1\K3CPDSTCK

OUT 5.1.4.D22, G1\L3STCK4 G1\LCPDCAL

100:_BENG

A G1\LCPDCAL

EQN ~A*~B

B15.1.4.D06 G1\L14HT

OUT A G1\L30CPDCALA B

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12/13/10 16:58:09V08.00.00C GSEGL Compressor Discharge Pressure UNIT\G1@TMRIO\TMRIO




Ambient Pressure

120:TMR_A_SR_LMT

1.2.1.4.C03

in1Q0.S14.J3.AnalogIn3 G1\afpap1a

in2Q0.S14.J4.AnalogIn13 G1\afpap1b

in3Q0.S15.J3.AnalogIn3 G1\afpap1c

dif_lmt2 inHg G1\AFPKDIF

td_flt 0

en_ulf FALSE

en_llf FALSE

out_am * EGD G1\AFPAP

l30df A G1\LAFPAP_SENSR

Additional Cross References

Signal Name Where Used

G1\AFPAP EGD1.EXCH1.80; 1.12.1.1.C06; 1.17.1.2.B05, 40:_MENG_F; 1.28.1.1.C10; 1.43.1.1.C05; 1.43.1.1.I07

G1\CPD EGD1.EXCH1.424; 1.12.1.1.C11; 1.17.5.2.C05, 50:_MENG_F; 1.17.5.2.D08, 80:_SELECT_F; 1.20.1.1.D05;

1.28.1.1.C12; 1.29.9.11.B02, 870:_COMPARE_F; 1.46.1.2.I08, 50:_CAPTURE; 2.1.1.1.C23, 110:_COMPARE_F

G1\CTDA EGD1.EXCH3.496; 1.27.1.1.J07, 30:TTXSPV4; 1.27.1.1.J08, 30:TTXSPV4

G1\CTIM EGD1.EXCH1.300; 1.11.1.4.D04; 1.16.1.1.C06, 20:CSRGVPS; 1.17.2.2.C09, 70:_MENG_F;

1.17.2.4.D03, 140:PI_REG00; 1.20.1.8.D06; 1.20.3.1.R07, 130:DALIP00; 1.37.1.3.C16, 400:_COMPARE_F; 1.38.3.10.B02, 260:_COMPARE_F;

1.38.4.14.B02, 430:_COMPARE_F; 1.43.1.1.C08; 1.43.1.1.I05; 1.46.1.3.C13, 80:_CAPTURE

G1\L3TCI EGD1.EXCH2.21.3; 1.11.1.4.D04

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12/13/10 16:58:09V08.00.00C GSEGL Ambient Pressure UNIT\G1@TMRIO\TMRIO




Module: G1@SUCMNDRevision: V08.00.00CPeriod: 40.0 msSkew Offset: 0

Tasks:


SUCMND 1 0 TRUE



G1\K62TT2 Multiple Start Count LInt 2 ICNTS INTEGER C Control Constant: 2 ICNTS;

G1\L1FAST_CPB Master fast load start signal Bool 0 E *EGD1.EXCH2.42.2

G1\L1FX Auxiliary to fast load start signal Bool 0 E

G1\L1S Auxiliary to start signal Bool 0

G1\L1START_CPB Master start signal Bool 0 E *EGD1.EXCH2.42.1

G1\L1X Master control - startup permissive Bool 0 E

G1\L1XY Auxiliary signal to L1X Bool 0

G1\L2FZ Multiple Starts Permissive Bool 0 N

G1\L3MCSTR Normal Start Indicator Bool 0

G1\L4FIGFLT Failure to Ignite on Gas - Trip Bool 0 N

G1\L4FIGFLT_ALM FAILURE TO IGNITE ON GAS - TRIP Bool 0 A

G1\L62TT Turbine Multiple Start and Auto Refire Bool 0

G1\L62TT2 Multiple Starts Counter Bool 0

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12/13/10 16:58:09 GSEGL UNIT\G1@SUCMND




Task: SUCMNDPeriod Multiplier: 1Skew Offset: 0Enable: TRUE

10:SuCmd

1.3.1.1.D11

R43STRSEL2.2.2.1.C06 G1\R43STRSEL

L43O4.1.1.L06 G1\L43O

L426.1.1.E05 G1\L4

L4Y26.1.1.E07 G1\L4Y

L83BW38.4.3.Q02, G1\L83BW G1\L83BW

L94X23.2.5.F02, G1\L94X G1\L94X

L2G31.2.7.L02 G1\L2G

L63QEZ25.1.2.Q02, G1\L63QEZ G1\L63QEZ

L3ACS26.1.1.E18 G1\L3ACS

L5EX26.1.1.E09 G1\L5EX

L3RS5.1.5.H02, G1\L3RS G1\L3RS

L14HT15.1.4.D06 G1\L14HT

L3SFLT * EGD G1\L3SFLT

L70R15.4.3.E06 G1\L70R

L83AM15.1.7.E02 G1\L83AM

L26TCX15.3.1.E06 G1\L26TCX

L52GZ31.2.7.D05 G1\L52GZ

L1START_CPBEGD G1\L1START_CPB

L1FAST_CPBEGD G1\L1FAST_CPB

K62TT22 ICNTS G1\K62TT2

L2F7.1.1.E08 G1\L2F

L28FDX10.1.2.C08 G1\L28FDX

L2TV27.1.1.E09 G1\L2TV2

L14HS15.1.4.D05 G1\L14HS

L86MR14.2.3.C02 G1\L86MR1

L1S * EGD G1\L1S

L1X * E EGD G1\L1X

L1XY * 4.3.2.D04, G1\L30CMIS G1\L1XY

L1FX * E EGD G1\L1FX

L3MCSTR G1\L3MCSTR

L62TT2 7.1.1.D17 G1\L62TT2

L4FIGFLT 26.1.1.D10 G1\L4FIGFLT

L62TT 7.1.1.D13 G1\L62TT

L2FZ * EGD G1\L2FZ

L4FIGFLT_AL A G1\L4FIGFLT_ALM

Additional Cross References

Signal Name Where Used

G1\L1FX EGD1.EXCH2.21.1; 1.4.2.15.C02, 600:DPYSTAT1; 1.4.2.22.D13, G1\L30D_LD; 1.4.2.22.D19, G1\L30D_FLD;

1.4.3.6.B02, 90:_MOVE_B; 1.15.1.7.D03; 1.15.3.1.D11; 1.31.2.3.N07, G1\L83AS

G1\L1S EGD1.EXCH2.20.7; 1.4.3.2.D03, G1\L30CMIS; 1.4.3.21.M02, 1570:_TIMER; 1.7.1.1.D16; 1.11.1.1.D09;

1.15.1.7.D10; 1.23.2.5.C05, G1\L94X; 1.31.1.1.D30, G1\L52SX; 1.46.1.5.C10, 140:_CAPTURE

G1\L1X EGD1.EXCH2.21.0; 1.4.2.24.C25, G1\L30D_STR; 1.4.3.2.D05, G1\L30CMIS; 1.5.1.5.C09, G1\L4SX;

1.5.1.7.N08, G1\L4_LCIMODE; 1.6.1.3.C12, G1\l4ssin_o_x; 1.6.2.3.D03, G1\L4SSTX; 1.6.2.6.O15, G1\L3SS_CON;

1.6.2.17.C08, G1\L3SS_DISCON; 1.13.1.1.C12; 1.15.3.1.D20; 1.23.1.3.C05; 1.25.1.2.D05, G1\L63QEX; 1.25.1.3.D04, G1\L4QETEST;

1.30.1.5.L03, G1\L86V_RST; 1.31.1.1.D31, G1\L52SX; 1.38.4.3.K04, G1\L83BW; 1.38.4.28.D05, G1\L4SS_W_WASH; 1.39.1.1.B06, 10:_BENG;

2.2.3.1.C06, 20:_MOVE_B

G1\L1XY 1.4.3.2.D04, G1\L30CMIS; 1.13.1.1.C12

G1\L2FZ EGD1.EXCH2.52.4; 1.5.1.5.C05, G1\L3RS

G1\L3SFLT *EGD1.EXCH2.33.4; *1.4.2.8.G02, G1\L3SFLT

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12/13/10 16:58:09V08.00.00C GSEGL UNIT\G1@SUCMND\SUCMND




Module: G1@CTRLMODERevision: V08.00.00CPeriod: 40.0 msSkew Offset: 0

Tasks:


CtrlMdSel 1 0 TRUE

CtrlMdStat 1 0 TRUE

Tmr_Cntr 1 0 TRUE



G1\ACK_PB ALARM ACKNOWLEDGE PUSH BUTTON Bool 0 *EGD1.EXCH2.3.2

G1\ALM_PRESENT ALARM PRESET Bool 0

G1\CNTR_HB Controller Heart Beat signal LInt 0 *1.4.2.4.A02

G1\CSKBH1 IBH Constant To Determine Flow For Display Float 3 % PCT C Control Constant: 3 %;

G1\CURTIME_10 LInt 0 *1.4.3.13.R32

G1\CURTIME_102 LInt 0 *1.4.3.14.R48

G1\CURTIME_103 LInt 0 *1.4.3.15.R02

G1\CURTIME_104 LInt 0 *1.4.3.15.R05

G1\CURTIME_15 LInt 0 *1.4.3.13.R35

G1\CURTIME_20 LInt 0 *1.4.3.13.R37

G1\CURTIME_25 LInt 0 *1.4.3.13.R40

G1\CURTIME_30 LInt 0 *1.4.3.13.R43

G1\CURTIME_35 LInt 0 *1.4.3.13.R45

G1\CURTIME_40 LInt 0 *1.4.3.13.R48

G1\CURTIME_45 LInt 0 *1.4.3.14.R02

G1\CURTIME_5 LInt 0 *1.4.3.13.R29

G1\CURTIME_50 LInt 0 *1.4.3.14.R05

G1\CURTIME_55 LInt 0 *1.4.3.14.R08

G1\CURTIME_60 LInt 0 *1.4.3.14.R11

G1\CURTIME_93 LInt 0 *1.4.3.14.R26

G1\CURTIME_94 LInt 0 *1.4.3.14.R28

G1\CURTIME_95 LInt 0 *1.4.3.14.R31

G1\CURTIME_96 LInt 0 *1.4.3.14.R34

G1\CURTIME_97 LInt 0 *1.4.3.14.R37

G1\CURTIME_98 LInt 0 *1.4.3.14.R39

G1\CURTIME_99 LInt 0 *1.4.3.14.R42

G1\CURTIME_MX LInt 0 *1.4.3.14.R13

G1\DESIGNATED Designated Controller Status Bool 0

G1\FSNL_TIME Flame to FSNL Timer Float 0 min MIN N *1.4.3.21.U02

G1\FXKVLVCLS Control Valve Closed Check Constant (For Display) Float 1 % PCT C Control Constant: 1 %;

G1\HORN_SIL_PB Alarm Horn Silence Push Button Bool 0 *EGD1.EXCH2.3.1

G1\IDLE_TIME Processor Idle Time Float 0 % PCT *1.4.2.1.J05

G1\K30CFS_TD Fired Starts Counter Time Delay DropOut Float 1 sec SEC C Control Constant: 1 sec;

G1\K43CZ Time Delay Cranking Motor Float 1 sec SEC C Control Constant: 1 sec;

G1\K60TTRZ Time Delay Ramp Complete Float 1 sec SEC C Control Constant: 1 sec;

G1\L27DZ 125VDC Undervoltage Bool 1

G1\L30ALM ALARM HORN DRIVER Bool 0

G1\L30CES Emergency trips counter logic Bool 0 *1.4.3.8.H02

G1\L30CFLS Fast load starts counter logic Bool 0 *1.4.3.6.B02

G1\L30CFS Fired starts counter Bool 0 *1.4.3.7.E02

G1\L30CFS_TD Fired Starts Counter TD DropOut Signal for L30CES Bool 0

G1\L30CMIS Manually initiated starts counter logic Bool 0 *1.4.3.2.H02

G1\L30COMM_IO_R VCMI DIAGNOSTIC HEALTH TROUBLE Bool 0 A

G1\L30COMM_IO_S VCMI DIAGNOSTIC HEALTH TROUBLE Bool 0 A

G1\L30COMM_IO_T VCMI DIAGNOSTIC HEALTH TROUBLE Bool 0 A

G1\L30CTS Total starts counter logic Bool 0 *1.4.3.5.F02

G1\L30CTSX Auxiliary To Total starts counter logic Bool 0 *1.4.3.1.D06

G1\L30D_ACN Normal Display Message 'ACCELERATING' Bool 0 *1.4.2.21.P08

G1\L30D_B Normal Display Message 'BASE LOAD Bool 0 *1.4.2.24.S02

G1\L30D_B_T Total base load time logic Bool 0 *1.4.3.11.E02

G1\L30D_B_T_TRG Total base load time Trigger logic Bool 0 *1.4.3.11.K02

G1\L30D_CD Normal Dislpay Message 'ON COOLDOWN' Bool 0 *1.4.2.24.F20

G1\L30D_CDC Normal Display Message 'OFF COOLDOWN' Bool 0 *1.4.2.24.E31

G1\L30D_COA Normal Display Message 'COASTING DOWN' Bool 0 *1.4.2.24.F17

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12/13/10 16:58:09 GSEGL UNIT\G1@CTRLMODE





G1\L30D_CRN Normal Display Message 'CRANKING' Bool 0 *1.4.2.21.G04

G1\L30D_EX Normal Display Message 'EXTERNAL LOAD' Bool 0 *1.4.2.23.G06

G1\L30D_FLD Normal Display Message 'FAST LOADING' Bool 0 *1.4.2.22.H17

G1\L30D_FSD Normal Message Display 'FIRED SHUTDOWN' Bool 0 *1.4.2.24.F22

G1\L30D_FSN Normal Display Message 'FULL SPEED NO LOAD' Bool 0 *1.4.2.21.G08

G1\L30D_GRID Normal Display Message 'Local Grid Control' Bool 0 *1.4.2.23.E04

G1\L30D_LD Normal Display Message 'LOADING' Bool 0 *1.4.2.22.H12

G1\L30D_P Normal Display Message 'PEAK LOAD' Bool 0 *1.4.2.24.S05

G1\L30D_PLD Normal Display Message 'PART LOAD' Bool 0 *1.4.2.24.I09

G1\L30D_PS Normal Display Message 'PRESELECTED LOAD' Bool 0 *1.4.2.22.H20

G1\L30D_RMC Normal Display Message 'Regulation Reserve' Bool 0 *1.4.2.23.E02

G1\L30D_RS Normal Display Message 'READY TO START' Bool 0 *1.4.2.21.P02

G1\L30D_RSZ Normal Display Message 'NOT READY TO START' Bool 0 *1.4.2.20.G04

G1\L30D_RUN Normal Display Message 'RUN STATUS' Bool 0 *1.4.2.20.F02

G1\L30D_SD Normal Display Message 'SHUTDOWN STATUS' Bool 0 *1.4.2.18.F02

G1\L30D_SPN Normal Display Message 'SPINNING RESERVE' Bool 0 *1.4.2.22.K06

G1\L30D_STG Normal Display Message 'STARTING' Bool 0 *1.4.2.21.F02

G1\L30D_STP Normal Display Message 'STOP SELECT' Bool 0 *1.4.2.24.F28

G1\L30D_STR Normal Display Message 'START SELECT' Bool 0 *1.4.2.24.H24

G1\L30D_SU Normal Display Message 'STARTUP STATUS' Bool 0 *1.4.2.19.F02

G1\L30D_SYN Normal Display Message 'SYNCHRONIZING' Bool 0 *1.4.2.22.F03

G1\L30D_ULD Normal Display Message 'UNLOADING' Bool 0 *1.4.2.24.G05

G1\L30D_VM Normal Display Message 'VOLTAGE MATCHING' Bool 0 *1.4.2.24.G14

G1\L30FORCED_AL SIGNAL FORCING ENABLED Bool 0 A

G1\L30FT_G Bool 0 *1.4.3.14.F19

G1\L30FT_G_TRG Bool 0 *1.4.3.14.L19

G1\L30FT_T Total fired time logic Bool 0 *1.4.3.9.E02

G1\L30FT_T_TRG Total fired time Trigger logic Bool 0 *1.4.3.9.K02

G1\L30FT_WW Total Online WW Hours Counter Logic Bool 0 *1.4.3.12.E02

G1\L30G1_C G1 VALVE POS CLOSED Bool 0 *1.4.2.24.D40



G1\L30PLD_T Total part load time logic Bool 0 *1.4.3.10.E02

G1\L30PLD_T_TRG Total part load time Trigger logic Bool 0 *1.4.3.10.K02

G1\L30SRV_C SRV Gas Valve Closed (For Display) Bool 0 *1.4.2.25.D07

G1\L30TTRX10 Exh temp bias less than 10 and GT 5 Bool 0 *1.4.3.13.K31


G1\L30TTRX20 Exhaust temp bias less than 20 GT 15 Bool 0 *1.4.3.13.K37






G1\L30TTRX5 Zero to 5 F bias bin Bool 0 *1.4.3.13.K29




G1\L30TTRXMX Exh temp bias GT 60 Bool 0 *1.4.3.14.K13

G1\L30TUFT_TRG Compressor 4 second dwell trigger Bool 0 *1.4.3.13.N20

G1\L30WW_T_TRG Total Online Water Wash Hours Trigger Logic Bool 0 *1.4.3.12.K02

G1\L3_STATE_EX1 State Exchange 1 OK Bool 0 N *Q0.S2.CP.StateExchngOKR

G1\L3_STATE_EX2 State Exchange 2 OK Bool 0 N *Q0.S2.CP.StateExchngOKS

G1\L3_STATE_EX3 State Exchange 3 OK Bool 0 N *Q0.S2.CP.StateExchngOKT

G1\L3ADJ Auto Calibrate Permissive Bool 0 *1.4.2.6.J03

G1\L3ADJ1 Auto Calibrate Permissive - Regulator #1 Bool 0 *1.4.2.6.B03








G1\L3COMM_IO VCMI IO State Changes For , , and OK Bool 0 *1.4.2.7.F07

G1\L3D_UCVx_AF UCVx AIRFLOW OR OVERTEMPERATURE TROUBLE Bool 0 A

G1\L3D_UCVx_OT UCVx OVERTEMPERATURE Bool 0 A

G1\L3PUP Power up initialization Bool 1 *1.4.2.9.F02

G1\L3PUPZ Power up initialization Bool 0 *1.4.2.9.M02

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G1\L3SFLT CONTROL SYSTEM FAULT TRIP Bool 0 *EGD1.EXCH2.33.4;

*1.4.2.8.G02

G1\L3SFLT_ALM CONTROL SYSTEM FAULT TRIP Bool 0 A *1.4.2.8.J02

G1\L3TNH_CNT Off-Frequency Accumulator Enable Bool 0 N *1.4.3.14.G16

G1\L3TTRX_OFC Speed Sensitive Exhaust Temperature Bias Enable Bool 0 *1.4.3.13.D23

G1\L3VTCC_ALM EXHAUST TC VTCC COMMUNICATIONS FAULT Bool 0 A *1.4.2.7.N10

G1\L3VTCC_STAT VTCC For Exhaust Thermocouples Status OK Bool 0 *1.4.2.7.F10

G1\L43A Auto Mode Selected Bool 0 E

G1\L43ADJ Maintenance Calibration Mode Enabled Bool 0 *1.4.2.6.E21

G1\L43ADJ1 Maintenance Cal Mode Enabled On VSVO Slot 5 Bool 0 *Q0.S5.CP.RegCalMode

G1\L43ADJ2 Maintenance Cal Mode Enabled On VSVO Slot 10 Bool 0 *Q0.S10.CP.RegCalMode

G1\L43ADJ_ALM VSVO IN CALIBRATION MODE Bool 0 A *1.4.2.6.L21

G1\L43BW Water Wash Selected Bool 0 *1.38.4.3.F02

G1\L43C Crank Mode Selected Bool 0 E

G1\L43C_PERM Crank Mode Selection Permissive Bool 0 *1.4.1.1.D16

G1\L43C_SEL_SS Crank Mode Selector Switch - Single Shot Bool 0 *1.4.1.4.N02

G1\L43CA Cable Remote Selected On Bool 0 E

G1\L43CD Cooldown Mode Selected Bool 0

G1\L43CX Crank and Start Selected Bool 0 *1.4.1.4.C02

G1\L43CZ Time Delay L43C Bool 0

G1\L43F Fire Mode Selected Bool 0 E

G1\L43F_PERM Fire Mode Selected Permissive Bool 0 *1.4.1.1.F17

G1\L43M Manual Mode Selected Bool 0

G1\L43MAINT_ALM MAINTENANCE - FORCING MODE ENABLED Bool 0 A *1.4.2.6.Q03

G1\L43O Off Mode Selected Bool 0 E

G1\L43O_C Off, Crank, or Cooldown Mode Selected Bool 0 *1.4.1.2.C04

G1\L43O_F Off or Fire Selected Bool 0 *1.4.1.3.D02

G1\L43O_PERM Off Mode Selected Permissive Bool 0 *1.4.1.1.D05

G1\L43PROC_EN Enable for External Control of Speed/Load Setpoint Bool 0 *1.4.1.4.E06

G1\L43R Remote Mode Selected Bool 0 E *1.4.1.2.C02

G1\L43RS Remote Select Logic Bool 0

G1\L60TTRZ Dropout of Temperature Ramp Complete Time Delay Bool 0

G1\L64D_N 125VDC Negative Ground Bool 1

G1\L64D_P 125VDC Positive Ground Bool 1

G1\L86DR1 Diagnostic Reset Bool 0

G1\L86DR1_CPB Diagnostic Reset Command Pushbutton Bool 0 *EGD1.EXCH2.49.0

G1\L86MR1 Master Reset Bool 0

G1\L86MR1_CPB Master Reset Command Pushbutton Bool 0 *EGD1.EXCH2.43.0

G1\LBH_NCLSD IBH Control Valve Not Closed Indication For Displa Bool 0 *1.4.2.24.D35

G1\LK27_GRND 125 VDC Supply Ground Alarm Level Float 30 Vdc VDC C Control Constant: 30.00 Vdc;

G1\LK27D_LOW 125 VDC Supply Voltage Level Low Setpoint Float 90 Vdc VDC C Control Constant: 90.00 Vdc;

G1\LPSLMTR0_ALM RACK R0 PWR SUPPLY TRBL - SEE DIAG ALARMS Bool 0 A *1.4.2.26.E02

G1\LPSLMTS0_ALM RACK S0 PWR SUPPLY TRBL - SEE DIAG ALARMS Bool 0 A *1.4.2.26.E09

G1\LPSLMTT0_ALM RACK T0 PWR SUPPLY TRBL - SEE DIAG ALARMS Bool 0 A *1.4.2.26.E16

G1\LTNHCOMP_US Compressor dwells below 95% speed (47.5Hz) Bool 0 *1.4.3.13.F20

G1\MSG_FLD1 Message Field #1 MSG_FLD1 0 *1.4.2.15.D02

G1\MSG_FLD2 Message Field #2 MSG_FLD2 0 *1.4.2.16.C03

G1\MSG_FLD3 Message Field #3 MSG_FLD3 0 *1.4.2.17.C02

G1\N125VDC_R0 Negative Leg 125 VDC Bus Level Float 0 Vdc VDC N *R0.S1.J3.N125_Grd

G1\NORMAL Normal NORMAL 0 *1.4.2.12.D02

G1\NUM_IN_Q Number Of Alarms In Alarm Que LInt 0 ICNTS INTEGER

G1\P125VDC_R0 Positive Leg 125 VDC Bus Level Float 0 Vdc VDC N *R0.S1.J3.P125_Grd

G1\PNL_ACC_TIME Panel Powered Up - Accumulated Time Float 0 hours HOURS N

G1\PNL_COUNT Number of Times Panel Powered Up LInt 0 ICNTS INTEGER N

G1\PNL_CUR_TIME Panel Powered Up - Current Time Float 0 hours HOURS N

G1\PROC PROCESSOR ID (1=R, 2=S, 3=T) Int 0 ICNTS INTEGER N *EGD1.EXCH1.946

G1\PSLMTN12_R0 Rack R N12 Pwr Supply 5% Tolerance Limit Bool 0 *R0.S1.CP.PS_Lmt_N12

G1\PSLMTN12_S0 Rack S N12 Pwr Supply 5% Tolerance Limit Bool 0 *S0.S1.CP.PS_Lmt_N12

G1\PSLMTN12_T0 Rack T N12 Pwr Supply 5% Tolerance Limit Bool 0 *T0.S1.CP.PS_Lmt_N12







G1\PSLMTP12_R0 Rack R P12 Pwr Supply 5% Tolerance Limit Bool 0 *R0.S1.CP.PS_Lmt_P12

G1\PSLMTP12_S0 Rack S P12 Pwr Supply 5% Tolerance Limit Bool 0 *S0.S1.CP.PS_Lmt_P12

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G1\PSLMTP12_T0 Rack T P12 Pwr Supply 5% Tolerance Limit Bool 0 *T0.S1.CP.PS_Lmt_P12




G1\PSLMTP28A_R0 Rack R P28A Pwr Supply 5% Tolerance Limit Bool 0 *R0.S1.CP.PS_Lmt_P28A

G1\PSLMTP28A_S0 Rack S P28A Pwr Supply 5% Tolerance Limit Bool 0 *S0.S1.CP.PS_Lmt_P28A

G1\PSLMTP28A_T0 Rack T P28A Pwr Supply 5% Tolerance Limit Bool 0 *T0.S1.CP.PS_Lmt_P28A

G1\PSLMTP28B_R0 Rack R P28B Pwr Supply 5% Tolerance Limit Bool 0 *R0.S1.CP.PS_Lmt_P28B

G1\PSLMTP28B_S0 Rack S P28B Pwr Supply 5% Tolerance Limit Bool 0 *S0.S1.CP.PS_Lmt_P28B

G1\PSLMTP28B_T0 Rack T P28B Pwr Supply 5% Tolerance Limit Bool 0 *T0.S1.CP.PS_Lmt_P28B

G1\PSLMTP28C_R0 Rack R P28C Pwr Supply 5% Tolerance Limit Bool 0 *R0.S1.CP.PS_Lmt_P28C

G1\PSLMTP28C_S0 Rack S P28C Pwr Supply 5% Tolerance Limit Bool 0 *S0.S1.CP.PS_Lmt_P28C

G1\PSLMTP28C_T0 Rack T P28C Pwr Supply 5% Tolerance Limit Bool 0 *T0.S1.CP.PS_Lmt_P28C

G1\PSLMTP28D_R0 Rack R P28D Pwr Supply 5% Tolerance Limit Bool 0 *R0.S1.CP.PS_Lmt_P28D

G1\PSLMTP28D_S0 Rack S P28D Pwr Supply 5% Tolerance Limit Bool 0 *S0.S1.CP.PS_Lmt_P28D

G1\PSLMTP28D_T0 Rack T P28D Pwr Supply 5% Tolerance Limit Bool 0 *T0.S1.CP.PS_Lmt_P28D

G1\PSLMTP28E_R0 Rack R P28E Pwr Supply 5% Tolerance Limit Bool 0 *R0.S1.CP.PS_Lmt_P28E

G1\PSLMTP28E_S0 Rack S P28E Pwr Supply 5% Tolerance Limit Bool 0 *S0.S1.CP.PS_Lmt_P28E

G1\PSLMTP28E_T0 Rack T P28E Pwr Supply 5% Tolerance Limit Bool 0 *T0.S1.CP.PS_Lmt_P28E




G1\R_IO_STATE IO_STATE for R processor LInt 0

G1\R_IO_STATE_A R PROCESSOR OFFLINE ALARM Bool 0 A *1.4.2.27.M02

G1\RES_PB Alarm Reset PB Bool 0

G1\S_IO_STATE IO_STATE for S processor LInt 0

G1\S_IO_STATE_A S PROCESSOR OFFLINE ALARM Bool 0 A *1.4.2.27.M04

G1\SC43 Command Mode SS43 0 *EGD1.EXCH3.220

G1\SELECT2 Select Field 2 SELECT2 0 *1.4.2.14.D02

G1\SK43_MASK Command Mask Control LInt 9469 ICNTS INTEGER C Control Constant: 9469

ICNTS;

G1\SS43 Command State SS43 0

G1\STAT_R UCVx Controller State LInt 0 ICNTS INTEGER N *Q0.S2.CP.IO_StateR

G1\STAT_S UCVx Controller State LInt 0 ICNTS INTEGER N *Q0.S2.CP.IO_StateS

G1\STAT_T UCVx Controller State LInt 0 ICNTS INTEGER N *Q0.S2.CP.IO_StateT

G1\STATUS_FLD Status Field STATUS_FL 0 *1.4.2.13.D02

G1\T_IO_STATE IO_STATE for T processor LInt 0

G1\T_IO_STATE_A T PROCESSOR OFFLINE ALARM Bool 0 A *1.4.2.27.M06

G1\TCES Emergency trips count LInt 0 ICNTS INTEGER N *1.4.3.18.D06

G1\TCFLS Fast load starts count LInt 0 ICNTS INTEGER N *1.4.3.18.D04

G1\TCFS Fired starts count LInt 0 ICNTS INTEGER N *1.4.3.18.D05

G1\TCMIS Manually iniated starts count LInt 0 ICNTS INTEGER N *1.4.3.18.D02

G1\TCTS Total starts count LInt 0 ICNTS INTEGER N *1.4.3.18.D03

G1\TD_B_T Total base load time Float 0 hours HOURS N *1.4.3.11.E05

G1\TD_B_TCNT Total base load time - Current Count LInt 0 *1.4.3.18.D50

G1\TD_B_TTIM Total base load time - Current Time LInt 0 *1.4.3.11.K02

G1\TFT_G Float 0 ICNTS INTEGER *1.4.3.14.E22

G1\TFT_GCNT LInt 0 *1.4.3.18.D53

G1\TFT_GTIM LInt 0 *1.4.3.14.L19

G1\TFT_T Total fired time Float 0 hours HOURS N *1.4.3.9.E05

G1\TFT_TCNT Total fired time - Current Count LInt 0 *1.4.3.18.D08

G1\TFT_TTIM Total fired time - Current Time LInt 0 *1.4.3.9.K02

G1\TNH_102_CNT total seconds speed is 101-102 percent LInt 0 *1.4.3.18.D46

G1\TNH_102_TRG Bool 0 *1.4.3.14.R47


G1\TNH_103_TRG Bool 0 *1.4.3.15.R02


G1\TNH_104_TRG Bool 0 *1.4.3.15.R05


G1\TNH_93_TRG Bool 0 *1.4.3.14.R25


G1\TNH_94_TRG Bool 0 *1.4.3.14.R28


G1\TNH_95_TRG Bool 0 *1.4.3.14.R31


G1\TNH_96_TRG Bool 0 *1.4.3.14.R33


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G1\TNH_97_TRG Bool 0 *1.4.3.14.R36


G1\TNH_98_TRG Bool 0 *1.4.3.14.R39


G1\TNH_99_TRG Bool 0 *1.4.3.14.R42

G1\TNHHHS_US GT speed at High High Level, above 107% Bool 0 *1.4.3.13.K17

G1\TNHHS_US GT Speed High, Speed over 105% Bool 0 *1.4.3.13.K13

G1\TNHLLS_US GT Speed Low Low, Speed below 92% Bool 0 *1.4.3.13.K02

G1\TNHLMS_US GT Speed Medium Low, Speed below 93% Bool 0 *1.4.3.13.K03

G1\TNHLS_US GT Under Frequency, Speed below 94% Bool 0 *1.4.3.13.K05

G1\TNHMHS_US GT Speed High, Speed over 106% Bool 0 *1.4.3.13.K15

G1\TNHS_US GT High Speed Signal below Pickup Setting Bool 0 *1.4.3.13.K08

G1\TNK14_101 Speed at 101 percent Float 101 % PCT C Control Constant: 101 %;












G1\TNK14HS5 GT Speed High Setting for Life Limit 105% Float 105 % PCT C Control Constant: 105 %;

G1\TNK14HS6 GT High Speed Compare Constant for Life Limit Float 106 % PCT C Control Constant: 106 %;

G1\TNK14HS7 GT High High Speed Compare Constant Float 107 % PCT C Control Constant: 107 %;

G1\TNK14HS8 High Speed Compare for Compressor Limit Float 93 % PCT C Control Constant: 93 %;

G1\TNK14HS9 Compressor underspeed compare Float 92 % PCT C Control Constant: 92 %;

G1\TNK_TOFT Constant Overfiring hours conversion Float 10 % PCT C Control Constant: 10 %;

G1\TOFT10_T Total Over fired hrs 5-10 F Exhaust Float 0 hours HOURS N *1.4.3.19.D05

G1\TOFT10_TCNT Total overfired time 5-10 F exhaust LInt 0 *1.4.3.18.D23

G1\TOFT15_T Total over fired time 10-15 F exhaust Float 0 hours HOURS N *1.4.3.19.D08

G1\TOFT15_TCNT Total over fired time 10-15 F exhaust LInt 0 *1.4.3.18.D24


G1\TOFT20_TCNT Exhaust temperature bias 15-20 F exhaust LInt 0 *1.4.3.18.D26


G1\TOFT25_TCNT exhaust temp bias 20-25 F exhaust LInt 0 *1.4.3.18.D27

G1\TOFT30_T Total over fired time 25-30F exhaust Float 0 hours HOURS N *1.4.3.19.D16

G1\TOFT30_TCNT Exhaust temp bias 25-30 F exhaust LInt 0 *1.4.3.18.D28

G1\TOFT35_T Total fired time 30-35 F exh Float 0 hours HOURS N *1.4.3.19.D19

G1\TOFT35_TCNT exhaust temperature bias 30-35 F LInt 0 *1.4.3.18.D29









G1\TOFT5_T Total over fired hours 0-5 F exhaust Float 0 hours HOURS N *1.4.3.19.D03

G1\TOFT5_TCNT total overfired time 0-5 deg F exhaust LInt 0 *1.4.3.18.D22



G1\TOFTMX_T Total over fired time 60+F exhaust Float 0 hours HOURS N *1.4.3.19.D35

G1\TOFTMX_TCNT exhaust temperature bias 60 F + LInt 0 *1.4.3.18.D36

G1\TOLWW_T Total Online Water Wash Time Float 0 hours HOURS N *1.4.3.12.E05

G1\TOLWW_TCNT Total Online Water Wash Time - Current Count LInt 0 *1.4.3.18.D52

G1\TOLWW_TTIM Total Online Water Wash Time - Current Time LInt 0 *1.4.3.12.K02

G1\TOTNH102_T Total Overfrequency hours between 101 - 102 % Spd Float 0 hours HOURS N *1.4.3.20.D10



G1\TOTNH93_T Total underfrequency hours between 92 - 93 % Speed Float 0 hours HOURS N *1.4.3.19.D39





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G1\TPLD_T Total part load time Float 0 hours HOURS N *1.4.3.10.E05

G1\TPLD_TCNT Total part load time - Current Count LInt 0 *1.4.3.18.D49

G1\TPLD_TTIM Total part load time - Current Time LInt 0 *1.4.3.10.K02

G1\TTRX_B_B0 Exhaust temperature bias 0F Float 0 F TC C Control Constant: 0 F;

G1\TTRX_B_B10 Exhaust temperature bias 10deg Float 10 F TC C Control Constant: 10 F;

G1\TTRX_B_B15 Exhaust temperature bias 15 Float 15 F TC C Control Constant: 15 F;


G1\TTRX_B_B25 eXHAUST TEMP BIAS 25F Float 25 F TC C Control Constant: 25 F;









G1\TTRX_OFC Exhaust temperature bias from MCR condition Float 0 F TC *1.4.3.13.D25

G1\TTRXB_10_TRG TTRX bias for under frequency 5-10F Bool 0 *1.4.3.13.R31

G1\TTRXB_15_TRG Under frequency TTRX bias 10-15 F Bool 0 *1.4.3.13.R34

G1\TTRXB_20_TRG TTRX underfrequency bias 15-20 F Bool 0 *1.4.3.13.R37

G1\TTRXB_25_TRG TTRX underfrequency bias 20-25F Bool 0 *1.4.3.13.R39




G1\TTRXB_45_TRG Trigger for cycle of accumulated time 40-45F O.F. Bool 0 *1.4.3.14.R02




G1\TTRXB_60_TRG Trigger for cycle of accumulated time 55-60 O.F. Bool 0 *1.4.3.14.R10

G1\TTRXB_MX_TRG Trigger for cycle of accumulated time 60+ O.F. Bool 0 *1.4.3.14.R13

G1\TUFT_CD_CNT Total 4 second dwells below 95% speed LInt 0 *1.4.3.18.D37

G1\TUFT_LCNT Number of compressor 4 second dwells LInt 0 *1.4.3.18.D21

G1\TUFT_LTIM Current time for 4 second compressor dwells LInt 0 *1.4.3.13.N21

G1\XUCVXR0S02_A SLOT 2 UCVX DIAGNOSTIC ALARM Bool 0 AN *Q0.S2.CP.L3DIAG_UCVXR

G1\XUCVXS0S02_A SLOT 2 UCVX DIAGNOSTIC ALARM Bool 0 AN *Q0.S2.CP.L3DIAG_UCVXS

G1\XUCVXT0S02_A SLOT 2 UCVX DIAGNOSTIC ALARM Bool 0 AN *Q0.S2.CP.L3DIAG_UCVXT

G1\XVAICR0S04_A SLOT 4 VAIC DIAGNOSTIC ALARM Bool 0 A *Q0.S4.CP.L3DIAG_VAICR



G1\XVAICR0S18_A SLOT 18 VAIC DIAGNOSTIC ALARM Bool 0 A *R0.S18.CP.L3DIAG_VAICR

G1\XVAICS0S04_A SLOT 4 VAIC DIAGNOSTIC ALARM Bool 0 A *Q0.S4.CP.L3DIAG_VAICS



G1\XVAICT0S04_A SLOT 4 VAIC DIAGNOSTIC ALARM Bool 0 A *Q0.S4.CP.L3DIAG_VAICT



G1\XVCMIR0S01_A SLOT 1 VCMI DIAGNOSTIC ALARM Bool 0 A *R0.S1.CP.L3DIAG_VCMIR

G1\XVCMIS0S01_A SLOT 1 VCMI DIAGNOSTIC ALARM Bool 0 A *S0.S1.CP.L3DIAG_VCMIR

G1\XVCMIT0S01_A SLOT 1 VCMI DIAGNOSTIC ALARM Bool 0 A *T0.S1.CP.L3DIAG_VCMIR

G1\XVCRCR0S09_A SLOT 9 VCRC DIAGNOSTIC ALARM Bool 0 A *Q0.S9.CP.L3DIAG_VCRCR

G1\XVCRCR0S11_A SLOT 11 VCRC DIAGNOSTI

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