GT1 ToolboxST Program

Device GT1 Mark VIe Device Summary General Property Name Description Frame Period (ms) Major Revision Minor Revision Platform Product Version Redundancy

Value GT1 40 2/15/2012 03:14:38 000 00:00:00 IS220UCSAH1A V04.04.08C TMR

NTP Configuration Property Mode Primary Server Secondary Server

Value Unicast 192.168.101.250 192.168.101.14

Network Adapter 0 Property Enabled Host Name IP Address Wire Speed Network Subnet Mask

Value True GT1 192.168.101.111 Auto UDH 255.255.255.0


Value False 0.0.0.0 Auto 255.255.255.0


Value True ccmi 192.168.1.8 Auto IoNet1 255.255.255.0




Last Modified 000 00:00:00 Build Major Revision 2/15/2012 03:14:38 Build Minor Revision 000 00:00:00

Module Revision Type Print Date 11/24/2012 5:33:17 PM

Customer PT IMECO Site PLTG BTG.HARI Process Application Power Generation


Title DM Number F4443G6 Serial Number 295920

Requisition 1LO-150001173 Shop Order Number KEV003

Software Path ToolboxST Version V04.04.11C Machine Size 6001B

DWG Translator v3.2.8C Cont. on Sh. 0001

Engineer Ramisha Murray Sh. No. 0000

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

Cross Reference Format Page numbers in this document increment linearly; numbers with less than four digits are padded with leading zeros. In a cross reference , the page is followed by a dot and the Row and Column of the object being referenced. The Row corresponds to the number along the left and right hand sides of the page . The Column is a single letter referring to the letters A to Z along the top and bottom of the page .

Page Number

Row

Column

0002.15T

(Long Form)

15T

(Short Form)

DEMOBLOCK.3.15T

(Hierarchical Form)

Section

Page

Row

Column

Block and Rung Diagrams Block Name Execution Order Constant TRUE Group.Variable 100 -100

Variable

ENABLE MAX MIN



Output Pins on right side of block

Variable attached to output

Group. Variable1

NO Contact


Cross Reference

Block-specific picture

Variable attached to Contact

Group. Variable2

BLOCK2.IN 0000.B04

OUT

IN

Input Pins on left side of block

Power Rail

1

DEMOBLOCK

Output Coil Group. Variable3

Group. Variable5

1

Group. Variable4

Ground Rail

NC Contact


Execution Order





Table of Contents Section Device GT1 Document Reading Aid Programs Program: MarkVIe_MMV_System UTC_TIME CtrlMdStat CtrlMdCommIO CtrlMdPwr CtrlStatus CtrlDiag

Description Mark VIe Device Summary This page contains quick instructions on common symbols, cross reference formats, and diagram contents.

Changed blocks to TMR. 2/14 KVP

CtrlDiag task Revision Notes

Page 0000 0001 0003 0010 0011 0012 0019 0023 0027 0030

V.01.00.00A - 3/31/2009 Created task to write to L30DIAG_C diagnostic alarm. MarkVIeMigration Program: EPA Epa_Monitor Epa_capture Program: PB_Handler PB_Handler Program: VOTED_TC VOTED_MVRA_TC Program: UNIT1 SEQU_Q START_L1 COOLDOWN_6_L1 DIESEL_CONTROL_L3 LL_COOL_WATER_PUMPS CMPR_BLEED_VALVE_L1 PURGE_FIRE_L1 ISOCH_CONTROL_L1 SPEED_LOAD_SETPOINT SYNC FUEL_FWD TEMP_CON SEQ_AUX SEQU_B Program: Totalizers Totalizers Program: TRIP_LOG TRIP_LOG Variable Cross Reference Summary




2007.10.25 - Removed instance script from task level. Only on block level now. EPA Monitor Capture Blocks For EPA Data

This section summarizes the global variables defined in this device.



0031 0033 0034 0035 0039 0040 0041 0042 0043 0044 0078 0081 0085 0090 0092 0095 0098 0100 0104 0107 0109 0111 0114 0115 0116 0118 0119 0121




Programs




Name StandardBlockLib SFCBlockLib DCSBlockLib LegacyBlockLib MarkVBlockLib TurbineBlockLib EPA

Type FunctionLibrary FunctionLibrary FunctionLibrary FunctionLibrary FunctionLibrary FunctionLibrary UserBlockLibrary

LiqFuelRecirculation

UserBlockLibrary

Container StandardBlockLib SFCBlockLib DCSBlockLib LegacyBlockLib MarkVBlockLib TurbineBlockLib Aftermarket Mark VIe Macros Aftermarket Mark VIe Macros

Description Standard block library – Common for most device types Sequential Function Chart (SFC) block library Distributed Control System (DCS) block library Legacy block library, used for conversion Mark V block library – Common for Mark Ve applications Turbine block library for the Mark VIe controller






Name MKVIe_MMV_System

Type UserBlockLibrary

Container Aftermarket Mark VIe Macros

Description Turbine Products MKVe System Macro Library MKVe Revision history v06.00.00C release date 08/25/10 Build version: ControlST v03.02.42C -Changed the MKVe_System variables from Designated_Controller_* to DesignatedController_* -Added PULSE block writing to L83PUP, with steam only attribute (ACR#9231909) V05.00 release date 09/27/09 Build version: ControlST v03.02.42C - Updated Cooling Optimization Phase I libraries. - Added Type3Accum block to SPCBlocks library. This block replicates the type 3 analog accumulator functionality available in the Mark* V. - Modified macro library to OR L86MR1_CPB and L86DR1_CPB as inputs to the SYS_OUTPUTS.RSTDIAG pin (ITR# 1006385421) - Variable clean up. There are many variables defined in the macro library that are not used in macro library code. This means that those variables are "owned" by the unit code and should be defined there. Removed the following variables: G125VDCO, K27_P5V_LO0001, L3PUP, L3PUPZ, L4EX_BLK_SS, M125VDC, PTCC_CJ, PTCC_CJ1, PTCC_CJ2, PTG1_1, PTG1_2, PTG1_3, RES_PB and TASK_HB (ITR# 1102397965) - Changed all diagnostic L3DIAG_xxx signals to alarms (ITR# 1247383673) - Created common block with OR'ed TCEA1(2)(3)_ONLINE alarms for both simplex and TMR configurations. V04.00 release date: 04/17/09 Build version: ControlST v03.02.42C -Added support for TMR and Simplex. Added Steam turbine valve calibration logic. -Erased logic writing to L26CTH & L26CTH_ALM from ALARMSL1. This eliminates multiple writes with logic located in MKVe_System library. -Changed MVe_TCDA2 attributes name to MVe_QD2_core, updated all instance scripts, updated attribute spreadsheet. -Fixed variable instancing for MVRB, MVRF, QD2_core, D_core, Exciter_comm single and redundant arcnets. -Defined MVe_System variable L3SFLT. -Added CtrlDiag task into Mark Ve_System module to manage ATTN diagnostic alarms. -Added instancing script and logic to support steam turbine valve calibration. -Deleted Ref_Probe variable from the library (This is a standard Steam variable). -Deleted L94X from L3SFLT_ALM logic for GasTurbine = False (This is a Gas variable). -Added support for steam turbine simplex configuration. V03.00 release date: 12/08/08 Build version: ControlST v03.03.18B -Added/modified commentary. -Multiplication by 10000 for the exciter analog feedback signals inside the MKVe_system module library no longer required. OUT_SCALE & SIG_SCALE multiplication issue is now handled by the translation tool. If this revision (or later) of the MKVe_system module is used on previous jobs, a CALC block with the corresponding scalar needs to be added in the application code. V02.00 release date: 10/09/08 Build version: ControlST v03.03.18B -L3LINK_C logic corrected. Two new flavors of this rung created. Updated the instance script on all these rungs. -Two new flavors created for the rung L26PIOAXH_ALM. Updated the instance script on all these rungs. -One new flavor created for the rung RUNG_14.C (that goes to L3COMM1_IO). Updated the instance script on all these rungs. -Removed the unwanted instance script on NOT_7 comment block. -Updated instance script for the rung generating LINK_OK_PIOA_ARC_R_FLT. -Included instance script for the rung generating LINK_OK_PIOA_ARC_C_FLT. -Updated instance script for the task: EX2000_Arcnet_Interface_Redundant. -Updated instance script for the task: EX2000_Arcnet_Interface_Single. -Updated instance script for the task: EX2K_Faults. Capitalized all Alarm descriptions. -Updated instance script for the two instances of the rung: RUNG_10.F (that connects to L30PWR). -Created four new flavors of the rung : RUNG_10.E (that connects to L30PWR). Updated the instance script on all these rungs. ----------------------------------------------------------V01.00.01C 12/21/2007- corrected exciter analog signal scaling. added MVRF as an option. added MVRB as an option. added TCDA2 as an option. 08/24/2007-added L3COMM_IO_C and R logic to Redundant Arcnet module. Changed IO COMM blocks to TMR. 2/14 KVP









Name SPCBlocks



Description 10-18-2011 Modified S17 block, Crankingmotor6l2 10-1-2011 Added ETS Specific blocks 8-25-2011 Added S17 block 8-1-2011 Added blocks for Life Extension/Large Steam 2009.10.06 - In EXHTMPL3 block, changed FALSE contacts to L83FL and L84TL (ITR#1257968348) 2009.07.16 - Added TYPE3ACCUM block 2009.03.20 - Erased logic writing to L26CTH & L26CTH_ALM from ALARMSL1. This eliminates multiple writes with logic located in MKVe_System library. 2008.03.03 - corrected Pre_XVIBM00 2808.02.08 - added SLOADRT1, IVTNLD02 2008.01.08 - added Pre_L14HRPR2, Pre_XTNCB02 2007.11.02 - added Pre_FQROUTV1, Pre_TTXMV4_7E, Post_TTXMV4_7E 2007.10.25 - added EXFRCOL1 block 2007.10.24 - added RESEN_LH block 2007.08.27 - added Post_FSR1V1 block









Name TurbGT1



Description Turbine Products MKVI Generic Macro Library Number 1 MKVIe Revision history V99.11.02C May 4, 2011 - Revise macros to add copyright. V99.11.01C 04/29/2008 - Set revision on PBHDLR to V01.00.01C. V99.11.00C 04/29/2008 - Begin implementation of new revision scheme. - Revised block PBHDLR V01.00.00 --> V01.00.01. V01.00.02C 2/21/2008 - Set password protection. V01.00.01C 3/28/2007 - Removed comment concerning SBLIB. V01.00.00C 2/20/2007 - Created from MKVI library. ************************** MKVI Revision history History: V01.01.01C - 02/17/04 - Updated macro CBLRPB to rev. V01.00.01C per SCR# 571. V01.01.00b - 07/08/03 - Moved all enumerated data 'Type Defs' to Sys.syb system file V01.00.08b - 06/23/03 - Added CPC_STATE Type Def - Updated Type Def DLN_MODE_GAS per SCR #20752 V01.00.07C - 04/07/03 - Corrected type def STATUS_FLD. Both enum 10 & 11 were spinning reserve 10 is now 'Sync' V01.00.06C - 02/14/03 - Add following type definitions for 2 shaft applications: MSG_FLD1_2S MSG_FLD2_2S STATUS_FLD2S NOZ_CTRL SPEED_LVLHP SPEED_LVLLP V01.00.05C - 06/24/02 - Add type definition DLN2p_MODE. - Add type definition DLN_MD_2PFB. V01.00.04C - 02/11/02 - Correct type definition for SPEED_LVL which is used for 7EA. - Add DeadBus to type definition SS43SYNC. V01.00.03C - 01/16/02- Add new macro COMPDBB1. - Revise TIMER_SEC and TIMER_MIN to provide current time for pickup and drop out. - Rearranged revision history so that latest entry on top. V01.00.02C - Rearrange and correct following type definitions: FSR_CONTROL MSG_FLD2 STATUS_FLD SS43SYNC SS43GEN DLN_MODE CASE_H2_STA CE_H2_STA TE_H2_STA - Add new type definition SPEED_LVL_F. V01.00.01C - Correct Type definitions for CELL_1_STA and CELL_2_STA. V01.00.00C - Created from Turbgen1 and renamed to TurbGT1 to eliminate confusion with steam libraries. V01.00.03A - 8/12/1999 - Revised CBLRPB. V01.00.02A - 11/10.98 - Set enable on _OUT_XFER to TRUE and disconnected CMDPRST. V01.00.01A - 6/30/97 - initial creation with PBHDLR - kej









Name TurbGT2



Description TurbGT2 MKVIe Revision history V99.11.13C May 4, 2011 - Revise macros to add copyright. V99.11.12C April 21, 2011- Add new macro CXLIMRC9FBA. - Add new macro CXLIMRCFA. V99.11.11C April 20, 2011 - Add new macro EmisPredNOx3. V99.11.10C April 7, 2011 - Add new macro L86GVTV3. - Revised all CX OLL blocks. V99.11.09C May 13, 2010 - Revised macro LEVELING V01.02.03 --> V01.02.04. V99.11.08b April 23, 2010 - Revised macro BNDPREF V01.00.02 --> V01.00.03. - Revised macro EmisPredNOx2 V01.01.06 --> V01.01.07 . - Revised macro THETA3 V01.01.03 --> V01.01.04. - Revised macro PEAKLOGIC V01.01.02 --> V01.01.03. - Revised macro TGTUNE V01.02.03 --> V01.02.04. - Revised macro LEVELING V01.02.02 --> V01.02.03. V99.11.07C April 7, 2010 - Revised macro COMB_MON_F5 V01.00.02 --> V01.00.03. - Revised macro TTRXCPCV1 V02.00.01 --> V02.00.02. V99.11.06C December 16, 2009 - Revise macro TOTAL_BINV. - Revise macro PANEL_PWR_UP. - Add macro EGCV_FAULT. - Add macro GSV_CMD3. - Add macro LL_SPLT_REF2. - Add macro CLEC_SSLogic. - Add macro BNDPREF. - Add macro EmisPredNOx1 - Add macro CLECGain_Tng - Add macro CLECTrgt_Tng - Add macro Splt_Schdlng - Add macro THETA3. - Add macro PEAKLOGIC. - Add macro TGTTUNE - Add macro LEVELING - Add macro TFireBin - Add macro IGV_TMP_CTLC - Add macro EmisPredNOx2 - Add macro COLDDAYIBH - Add macro TTRXCPCV1 V99.11.05C 09/08/2009 - TCSCR #29048055- Add macro XVOTE00. V99.11.04C 04/22/2009 - TCSCR #25807389 - Revise macro PU_To_RUN V01.01.01 --> V02.00.00. V99.11.03C 03/03/2009 - TCSCR #19611536 - Add SUR macro. V99.11.02C 06/12/2008 - Tracker number 14932 - Revised macro IGV_TMP_CTL6 V01.00.03 --> V01.00.04. V99.11.01C 04/29/2008 - Set revision on COMB_MON_F5 to V01.00.02C. V99.11.00C04/29/2008 - Begin implementation of new revision scheme. - TSCR #12022515 and #11130689 - Add new macro HUMIDV2. - TSCR #14183656 - Revised macro COMB_MON_F5 V01.00.01 --> V01.00.02. V01.00.02C 08/21/2007 - Revised block L12LV2 V01.00.00 --> V01.00.01. - TSCR #11585773 - Add new block FQROUTV8. - Moved password protection. V01.00.01C3/23/2007 - Add following macros to support electric gas control valve code: EGCV_FSR_SU EGCV_SEQ EGCV_SV EGCV_VENTVLV EGCV_P1VOTE EGCV_P1COMP EGCV_VLVCHAR EGCV_VLVDRVR EGCV_VLV_MON EGCV_P1LIM EGCV_P3MON EGCV_BT EGCV_IFTM EGCV_INTRFC CNTDN_DISP BT_TIMERS V01.00.00C 2/20/2007 - Created from MKVI library. ************************** MKVI Revision history Revision history:






V01.00.23C - 2/1/2007 - Add new macro DLN_IBH_REF1. - Set revision Version on FSRACLV1 to C. ToolboxST V04.04.11C V01.00.22C - Revised macro FSRMINV3 Machine Size V01.00.00C -> V02.00.00C. 6001B Revised macro FSRACLV1 V01.01.01A -> V02.00.00C. V01.00.21C - 5/18/06 - Add macro FQROUTV6 and FQROUTV7. V01.00.20C - 2/9/06 - Add macro CSMINGVV1

Software Path DWG Translator v3.2.8C Cont. on Sh. 0008


Name TurbST1



Description TurbST1 MVIe Revision History V09.01.03C - 5/02/11 Charlie Release Added copy right info 04/30/10 MVK Macro Added VLALM_CALCLM -- V01.00.00B VLALM_TMPLOC -- V01.00.00B VLALM_GRP_ST -- V01.00.00B VLALM_TMP_ST -- V01.00.00B XVAL -- V01.00.00B V09.01.02C - 12/21/09 Charlie Release V09.01.01C - 10/30/09 Charlie Release. V09.01.00C - 09/16/09 Charlie Candidate V09.01.00B - 06/29/09 Beta Release V09.00.00C - 02/06/09 Charlie Release 6/13/05- Changed ALL macros in TurbST1 from USE to VIEW. 6/17/03- Modified SPEED_ERR macro to rev V01.02.00C. Ref Tracker #20997. Replaced the fixed constants (set as +128 and -128 in Median block that generates vout3) with pins - const18 and const19. 4/4/03 - Reference Tracker #20704 1. Modified SPEED_TARGET to rev V01.01.00C and brought out the following embedded signals as pins: KTNAMX => max2 (new pin) 2. Modified SPEED_REF1 to rev V01.01.00C and brought out the following embedded signals as pins: TNHR_CMD => tnhrcmd (new pin) TNHR_RS => tnhr_rs (new pin) 3/25/03 - Modified SPEED_ERR to rev V01.01.00C. (Ref Tracker #20642). Brought out the following embedded signals as pins: TNH => vin2 (existing pin) TNHR => vin3 (new pin) FP_MSP_PU - Replaced w/FSP_MSP_LIM => vin4 (new pin) TNHED => vin5 (new pin) L52SXA => lin8 (new pin) Renamed hard-coded signal TNE_G as internal pin tne_g - this signal is used inside the macro only. 6/11/02 - Added in new ATS_NOVRAM macro that is used in ATS for reading/writing points to NOVRAM 4/9/02 - Modified NDIFEXP1 to rev V01.01.01C 3/08/02 - Modifed EOS_TEST and POS_TEST macros to add in 3rd ETD feedback monitoring. Bumped rev. to V01.01.00C 2/25/02 - Modified JBSPKMON macro to fix bug allowing up to 16 bearing TC's. Fixed comment to refer to DPYSTAT1 block instead of _SELECT_I. Bumped rev. to V01.01.01C 12/11/01 - Enhanced XVAMS 9/19/01 - Modified JBSPKMON to handle up to 16 bearing TC's. 9/19/01 - Modified JBSPKMON_10 to reflect changes made to JBSPKMON previously. 11/8/01 - Added M_XAOV01 7/05/01 - Enhanced NDIFEXP1 6/25/01 - Added GENMN_AIR & GENMN_7BR 6/20/01 - Modified XRTC 6/07/01 - Added PLU_EVA

TurbST2

UserBlockLibrary

Aftermarket Mark VIe Macros

TurbST2 MVIe Revision History V09.01.03C - 5/02/11 Charlie Release Added copy right info 03/15/11 MVK Macro Added MAX_TC_CTRLST -- V01.00.01B V09.01.02C - 12/21/09 Charlie Release V09.01.01C - 10/30/09 Charlie Release. V09.01.00C - 09/16/09 Charlie Candidate V09.01.00B - 06/29/09 Beta Release V09.00.00C - 02/06/09 Charlie Release New macros for A14 / A15









Name Turbgen1



Description V09.01.03C - 5/02/11 Charlie Release Added copy right info V09.01.02C - 12/21/09 Charlie Release V09.01.01C - 10/30/09 Charlie Release. V09.01.00C - 09/16/09 Charlie Candidate V09.01.00B - 06/29/09 Beta Release V09.00.00C - 02/06/09 Charlie Release Turbine Products MKVI Generic Macro Library Number 1 6/27/03 - Modified the following macros: M_MANSET to rev V01.01.00C, MANSET_M to rev V01.02.01C, & M_MSET_RL to rev V01.01.00C. Ref Tracker #21104. Changed pins maxlmt and minlmt from Const to Input usage in all these macros. 6/28/00 - Modified DEV_FLTS 6/30/97 - V01.00.01A, initial creation with PBHDLR - kej

Note: This Macro Library uses blockware present in SBLIB V03.08.02C or later.

FFBlockLib MarkVIe_MMV_System EPA PB_Handler VOTED_TC UNIT1 Totalizers TRIP_LOG




FunctionLibrary Program Program Program Program Program Program Program

V04.04.11C GT1 GT1 GT1 GT1 GT1 GT1 GT1

FOUNDATION Fieldbus block library 2007.10.25 - Removed instance script from task level. Only on block level now.






Program: MarkVIe_MMV_System Execution Order 1 2 3 4 5 6 7




Task UTC_TIME CtrlMdStat CtrlMdCommIO CtrlMdPwr CtrlStatus CtrlDiag MarkVIeMigration

Frame Multiplier 1 1 1 1 1 1 1

Skew Offset 0 0 0 0 0 0 0



Period (ms) 40 40 40 40 40 40 40




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Copy_Right_Guidelines:_COMMENT

00

Copyright © General Electric Company, 1982-2011. All rights reserved. Related rights on portions where applicable

01

01 _COMMENT_1

02 UTC_TIME: This block identifies the total running hours of the controller for Universal Time Synchronization.

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UTC_TIME_1

3 UTCTIME LOCKED

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A B Last Modified 11/24/2012 10:09:29 AM Build Major Revision 2/15/2012 03:14:38 Build Minor Revision 000 00:00:00

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D E Module Revision V01.00.00A Device Name GT1 Print Date 11/24/2012 5:33:19 PM

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G Customer Site Process Application Power Generation

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J DM Number F4443G6 Serial Number 295920

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M N O P Q R S T Title Copyright © General Electric Company, 1982-2011. All rights reserved. Related rights on port Requisition ToolboxST Version 1LO-150001173 V04.04.11C Shop Order Number Machine Size KEV003 6001B

U V W X Y Software Path MarkVIe_MMV_System.UTC_TIME DWG Engineer Translator v3.2.8C Ramisha Murray Cont. on Sh. Sh. No. 0012 0011

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01 _COMMENT_BF_2

02 PANEL POWER UP TIMER/COUNTER: This block used to identify the amount of accumulated time the panel has been running since first time powered up, accumulated time panel is running since it was last powered up and the number of times the panel has started up.

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PANEL_PWR_UP

3 pnl_cur pnl_acc pnl_cnt

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PNL_CUR_TIME EGD PNL_ACC_TIME EGD PNL_COUNT EGD

04 05

_COMMENT_2

UCSA CONTROLLER OVERTEMPERATURE ALARM: The following "TEMP_STATUS" block is used to identify over-heating of the card or the mother board. Example shown below is for UCSA R controller. The same applicable for S and T controller.

06 07 08 09

06 TEMP_STATUS_1

R FALSE True 80 5

ID OTPROT USR_ENA THLD HYST

10 TEMP_STATUS_2

11 12 13

S FALSE True 80 5


14 15

5 ALARM CPU_TEMP BRD_TEMP TEMP1 TEMP2 DELTA DEF_THLD DEF_HYST 6 ALARM CPU_TEMP BRD_TEMP TEMP1 TEMP2 DELTA DEF_THLD DEF_HYST

L30D_CTRL_OT_R

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Controller_UcsaTmprMB_R Controller_UcsaTmpr_R

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A

EGD EGD

09 10 TEMP_STATUS_3

L30D_CTRL_OT_S

T FALSE True 80 5

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Controller_UcsaTmprMB_S Controller_UcsaTmpr_S EGD EGD

7 ALARM CPU_TEMP BRD_TEMP TEMP1 TEMP2 DELTA DEF_THLD DEF_HYST


11 L30D_CTRL_OT_T

A

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Controller_UcsaTmprMB_T Controller_UcsaTmpr_T EGD EGD

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_COMMENT_13

PMVE ( UCSA ) BOARDS OVERTEMPERATURE ALARMS: The following rungs are used to dignose over temperature of the PMVE. Setpoint in Deg F.

16 17

16 _COMMENT_38

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For Controller_Redun=TMR

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18 MIN_MAX_8

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True Max PMVE_C_UcsaTmpr_R PMVE_C_UcsaVentTmpr_R PMVE_UcsaTmpr_R PMVE_UcsaTmpr_S PMVE_UcsaTmpr_T PMVE_UcsaVentTmpr_R PMVE_UcsaVentTmpr_S PMVE_UcsaVentTmpr_T

ENABLE FUNC IN1 IN2 IN3 IN4 IN5 IN6 IN7 IN8

COMPARE_6

10 OUT STAT1 STAT2 STAT3 STAT4 STAT5 STAT6 STAT7 STAT8

MIN_MAX_8.OUT GT LK26PMVEH

11 OUT

IN1 FUNC IN2 HYST SENS

L26PMVEH_ALM

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IO PACK OVERTEMPERATURE ALARM: The following rungs are used to identify over temperature of the PIOA. Setpoint in deg F.

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U V W X Y Software Path MarkVIe_MMV_System.CtrlMdStat DWG Engineer Translator v3.2.8C Ramisha Murray Cont. on Sh. Sh. No. 0013 0012

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_COMMENT_50

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The following blocks instanced for MarkVMigration = "true"; Temperaturees that do not exist will read zero

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01 MIN_MAX_27

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True Max PMVD_QD1_IOPackTmpr_R PMVD_QD1_IOPackTmpr_S PMVD_QD1_IOPackTmpr_T PMVD_QD2_IOPackTmpr_R PMVD_QD2_IOPackTmpr_S PMVD_QD2_IOPackTmpr_T PMVD_CD_IOPackTmpr_C PMVD_DD_IOPackTmpr_D

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ENABLE FUNC IN1 IN2 IN3 IN4 IN5 IN6 IN7 IN8

MIN_MAX_28

True Max PMVP_IOPackTmpr_X PMVP_IOPackTmpr_Y PMVP_IOPackTmpr_Z

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COMPARE_31

14 OUT STAT1 STAT2 STAT3 STAT4 STAT5 STAT6 STAT7 STAT8

MIN_MAX_27.OUT GE LK26IOP


L26PMVDXH_ALM A

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COMPARE_32

16 OUT STAT1 STAT2 STAT3

ENABLE FUNC IN1 IN2 IN3

15 OUT

MIN_MAX_28.OUT GE LK26IOP

17 OUT


06 L26PMVPXH_ALM A

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_COMMENT_27

CONTROL PANEL OVERTEMPERATURE ALARM: The following temperature diagnostic is used for control panel over temperature and MVRA and MVRF boards over temperature. The L26CTH and L26CTH_ALM rungs in the original Mark* V code were deleted.

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10 _COMMENT_31

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The following block instanced for MKVe_MVRF = FALSE and MKVe_MVRB = FALSE for Controller_Redun = TMR

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12 MIN_MAX_17

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True Max mvra_cjr mvra_cjs mvra_cjt



MIN_MAX_14.IN1 0013

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15 _COMMENT_24

16

16 MIN_MAX_14

True Max MIN_MAX_17.OUT 0013 0 18 mvrc_cj1 mvrc_cj2 mvrc_cj3 19

17

ENABLE FUNC IN1 IN2 IN3 IN4

LK26CTH

MIN_MAX_14.OUT 0 GE

IN1 IN2 FUNC HYST SENS

24 OUT

L26CTH_ALM EGD

17

A

18 19

MOVE_33

20

COMPARE_18

22 OUT STAT1 STAT2 STAT3 STAT4

23 DEST

SRC ENABLE

20

COMPARE_18.IN2

21

21 _COMMENT_14

MVR_ BOARDS OVERTEMPERATURE ALARMS

22

22 Setpoint in Deg F

23

23 _COMMENT_32

24 The following block instanced for MKVe_MVRF = FALSE and MKVe_MVRB = FALSE for Controller_Redun = TMR

24

25

25

26 27

MIN_MAX_18

True Max MVRATmpr_R MVRATmpr_S MVRATmpr_T



MIN_MAX_9.IN1 0014

26 27

28

28

29

29


C


F


H

I


K

L



Z

A

B

C

D

E

F

G

H

J

K

L

M

N

O

P

Q

R

S

T

U

V

W

X

Y

Z

_COMMENT_30

00

00

01

MIN_MAX_9

02

ENABLE FUNC IN1 IN2

Max 0 MVRCTmpr_C

MIN_MAX_18.OUT 0013

COMPARE_7

29 OUT STAT1 STAT2

MIN_MAX_9.OUT GT LK26MVRH

30 OUT


03 04

I

01 L26MVRXH_ALM

A

02 03

_COMMENT_BF_3

04

ALARM INTERFACE: Following rungs were added to support the acknowledge / silence of the horn during the alarm condition and acknowledge or reset of the diagnostic alarm.

05

05 PBHDLR

06

HORN_SIL_PBEGD 1000

07 08

pbinput maxtime

PBHDLR_2

ACK_PB EGD 1000

pbinput maxtime

32 output CURTIME

33 output CURTIME

Alarm.HornSilence

06

MOVE_17

Alarm.Ack

Alarm.Horn True

34 DEST

SRC ENABLE

07 L30ALM EGD

08

_COMMENT_35

09 IO PACK / APPLICATION CODE INTERFACE: The following sequencing supports the interface between the IO pack and application code.

09

10

10 _COMMENT_3

11 MASTER RESET LOGIC 12

11

PBHDLR_5

L86MR1_CPB PB_Handler.PB_Handler.PB_13.MOVE_1.DEST EGD 2000 13

37 output CURTIME

pbinput maxtime

RUNG_13

L86MR1 L86MR1 A EGD MarkVIe_MMV_System.MarkVIeMigration.RUNG_1.B 0032 A EQN

38 OUT

A

12 L86MR_TCEA EGD

13

_COMMENT_4

14 DIAGNOSTIC ALARM RESET LOGIC

14

15

15

16 17

PBHDLR_4

L86DR1_CPBEGD 2000

40 output CURTIME

pbinput maxtime

L86DR1

EGD

16

_COMMENT_29

17

RESET SIGNALS TO SYSTEM

18

18 RUNG_54

A+B L86DR1_CPBEGD L86MR1_CPB PB_Handler.PB_Handler.PB_13.MOVE_1.DEST EGD

19 20 21 L86MR1_CPB PB_Handler.PB_Handler.PB_13.MOVE_1.DEST EGD

B_NOT_1

44 NOT_A

A

22

EQN A B

A

RUNG_54.OUT PULSE_1.OUT PULSE_2.OUT L86MR1_CPB PB_Handler.PB_Handler.PB_13.MOVE_1.DEST EGD

B

PULSE_1

B_NOT_1.NOT_A 1000

SYS_OUTPUTS_1

42 OUT

TRIG WIDTH

RSTDIAG RSTSUIC RSTSYS MRESET

B_NOT_2

45 OUT CWIDTH

PULSE_1.OUT

43

A

19 20

46 NOT_A

PULSE_2

B_NOT_2.NOT_A 1000

TRIG WIDTH

21

47 OUT CWIDTH

22

23

23

24

24

25

25

26

26

27

27

28

28

29

29


C


F


H

I


K

L



Z

A 00

B

C

D

E

F

G

H

I

J

K

L

M

N

O

P

Q

R

S

T

U

V

W

X

Y

Z

_COMMENT_5

00

SERVO OUTPUT CALIBRATION - ENABLE LOGIC: This sequencing is related to the servo valve calibration logic. This logic was contained in the BBL OP_System in the SEQ_TRB1.SRC file in Mark* V. Similar MOVE_ blocks are present for all 12 possible servos. Not all servos are typically used. To enable autocalibration of a given regulator, force the corresponding L3ADJ# logic true. See MVRA or MVRF (optional) card(s) Variables tab to CaliEnab#, determine which L3ADJ logic enables an particular output. L3ADJ9 thru 12 are located on the optional MVRF card.

01 02

01 MOVE_3

FALSE TRUE

SRC ENABLE

49 DEST

03

RUNG_22

MOVE_3.DEST A*C*~B L28FDX UNIT1.SEQU_Q.FLAME_DETECTION_L1_127.RUNG_8.OUT L43O_C UNIT1.SEQU_Q.L43_AUX_LOGIC_7.RUNG_6.OUT

A EQN B C

A

C

RUNG

50 OUT

B

L3ADJ1

L3ADJ1 L3ADJ2 L3ADJ3 L3ADJ4 L3ADJ5 L3ADJ6 L3ADJ7 L3ADJ8 L3ADJ9 L3ADJ10 RUNG_31.OUT 0016 L3ADJ11 RUNG_32.OUT 0016 (A+B+C+D+E+F+G+H+J+I+L+K)*M*~N L3ADJ12 RUNG_33.OUT 0016 L43O_C UNIT1.SEQU_Q.L43_AUX_LOGIC_7.RUNG_6.OUT L28FDX UNIT1.SEQU_Q.FLAME_DETECTION_L1_127.RUNG_8.OUT

E

04 05 06 07 08

A B C D E F G H J I L EQN K M N

A

M

N

73 OUT

MOVE_11

L3ADJ

EGD

L3ADJ TRUE

SRC ENABLE

74 DEST

L43MAINT_ALM

02

A

03

B C

04 D

05

E F

06

G

07

H J

08

I

09

09 L

10 11

MOVE_4

FALSE TRUE

SRC ENABLE

51 DEST

12 13 14

MOVE_5

FALSE TRUE

SRC ENABLE

53 DEST

15 MOVE_6

16

FALSE TRUE

SRC ENABLE

55 DEST

17 18

MOVE_7

FALSE TRUE

SRC ENABLE

57 DEST

19 20 21

MOVE_8

FALSE TRUE

SRC ENABLE

59 DEST

22 MOVE_9

23

FALSE TRUE

SRC ENABLE

61 DEST

24 MOVE_10

25

FALSE TRUE

SRC ENABLE

63 DEST

26 27 28

10

K

MOVE_15

FALSE TRUE

SRC ENABLE

65 DEST

29 A B Last Modified 11/24/2012 10:09:29 AM Build Major Revision 2/15/2012 03:14:38 Build Minor Revision 000 00:00:00

C

RUNG_23


A EQN B C

A

C

52 OUT

B

12

RUNG_24


A EQN B C

A

C

A EQN B C

B

A EQN B C

15 A

C

56 OUT

B

A EQN B C

A

C

58 OUT

B

A EQN B C

A

C


F

22 A

C

62 OUT

B

A

Process Application Power Generation

23

C

B

64 OUT

25

L3ADJ8

E

26

A EQN B C

Site

L3ADJ7

E

24

A EQN B C

G Customer

20 L3ADJ6 E

21

RUNG_30


18

L3ADJ5

E

60 OUT

B

RUNG_29


16

19

RUNG_28


L3ADJ4

E

17

RUNG_27


L3ADJ3 E

14

RUNG_26


13

54 OUT

RUNG_25


11

L3ADJ2

E

A

C

B

66 OUT

27 L3ADJ9

E

28 29 H

I


K

L



Z

A 00 01

C

MOVE_16

FALSE TRUE

02 03

B SRC ENABLE

MOVE_18

FALSE TRUE

SRC ENABLE

D

67 DEST

69 DEST

04 MOVE_19

05

FALSE TRUE

SRC ENABLE

71 DEST

06 07

E

F

G

H

I

RUNG_31


A EQN B C

A

C

B

A EQN B C

A

C

B

A EQN B C

L

M

N

O

P

Q

R

S

T

U

V

W

X

Y

Z 00

L3ADJ10 RUNG.I 0015

E

02

70 OUT

L3ADJ11 RUNG.L 0015

E

03 04

RUNG_33


68 OUT

K

01

RUNG_32


J

A

C

B

72 OUT

L3ADJ12 RUNG.K 0015

05

E

06 07

_COMMENT_15

Mark Ve MVRA/F Card in calibration mode alarm

08

08 RUNG_2

09 10

A+B L43ADJ1 L43ADJ2

EQN A B

76 OUT

A

MOVE_12

L43ADJ

L43ADJ TRUE

EGD UNIT1.SEQU_Q.PURGE_FIRE_L1.RUNG_4.D 0095

SRC ENABLE

77 DEST

L43ADJ_ALM

09

A

B

10

_COMMENT_45

11 CONTROLLER/IO PACK COMMUNICATIONS STATUS: The following sequencing was added to diagnose the communication of the controller. R core is shown directly below. The same logic is used for S and T core. Also included in this sequencing is logic to diagnose the C core communication.

11

12

12 COMPARE_20

13

EQ ControlState_R 218

14 15 16

19

FUNC IN1 IN2 HYST SENS

20


22

EQ ControlState_S 218

23 24 25 26 27 28


L3_STAT_R L3_STAT_S L3_STAT_T RUNG_21.OUT 0017 A*B*C

B

A B C EQN

A

B

C

L3_STAT_Q

RUNG_5.A 0017

L3_STAT_Q A

A EQN

A

94 OUT

L3VOTE_Q

EGD UNIT1.SEQU_Q.RUNG_26.C 0051

13 14

RUNG_10

80 OUT

L3_STAT_R A

A EQN

A

95 OUT

15 L3VOTE_R

EGD

16

81 OUT

18

RUNG_20

83 OUT

COMPARE_11.OUT COMPARE_12.OUT COMPARE_13.OUT A+B+C

A B C EQN

A

86 OUT

RUNG_11

L3_STAT_S

L3_STAT_S A

EGD

A EQN

A

96 OUT

L3VOTE_S

21

EGD

B

22 C


23

84 OUT

24 25

COMPARE_13


L3_STAT_R

EGD

RUNG_8

20

COMPARE_12


A

91 OUT

19

COMPARE_11

21

A B C EQN

RUNG_42

17

COMPARE_10



82 OUT

C

COMPARE_9


17 18


RUNG_19

79 OUT


26

85 OUT

27 28


29 C


F


H

I


K

L



Z

A 00 01

B

C

D

COMPARE_14

EQ ControlState_T 218

04



07

I

J

RUNG_21


A B C EQN

K

90 OUT

A

L

M

N RUNG_12

L3_STAT_T

EGD RUNG_42.C 0016

L3_STAT_T A

A EQN

A

O 97 OUT

P

Q

R

S RUNG_43

L3VOTE_T

EGD

A L3COMM1_IO MarkVIe_MMV_System.CtrlMdCommIO.RUNG_14.OUT 0020

EQN A

A

T 92 OUT

U

V

W

X

RUNG_44

L3COMM_IO

EGD RUNG_5.D 0017

L3COMM_IO ~A

A EQN

A

Y 93 OUT

Z

L30COMM_IO EGD

01

B

02 03

05 89 OUT


06 07

08

08 RUNG_9

A L3LINK_C MMV_System.CtrlMdCommIO.RUNG_52.OUT 0020

09 10

00

A

04

COMPARE_16

06

H

88 OUT


05

G

C

COMPARE_15

03

F

87 OUT


02

E

EQN A

98 OUT

A

NOT_10

L3COM_B

L3COM_B

A

EGD UNIT1.SEQU_Q.REDUN_SENSR_LUBE_HYD_12.RUNG_1.B

99 OUT_A NOT_A

09

L3COM_B_ALM EGD

A

10

_COMMENT_7

STARTUP CONTROL SYSTEM FAULT TRIP: The following rungs were added for control system diagnostics at start-up.

11

11 _COMMENT_47

12 For GasTurbine = True 13

RUNG_5

(~A+~D)*~C*~B L3_STAT_Q RUNG_42.OUT 0016 L94X UNIT1.SEQU_Q.SHUTDOWN_L1_10.RUNG_3.OUT L14HSX UNIT1.SEQU_Q.AUX_SPEED_SIGNALS_91.RUNG_2.OUT 15 L3COMM_IO RUNG_43.OUT 0017

14

16

12

EQN A B C D

A

C

102 OUT

B

MOVE_14

L3SFLT

L3SFLT TRUE

EGD

SRC ENABLE

103 DEST

13 L3SFLT_ALM A EGD

14

D

15 16

_COMMENT_44

EXHAUST THERMOCOUPLE HEALTH INDICATION: Support the diagnostic of the exhaust thermocouple used in combustion monitoring calculations. This will allow the system to continue to operate if one controller has failed.

17 18

17 _COMMENT_17

18

The following block instanced for Controller_Redun = "TMR"

19

19 RUNG_14

20 21

A*B*C LINK_OK_MVRA_R PMVE_R_ONLINE LINK_OK_PMVE_R

EQN A B C

A

B

C

RUNG_15

22 23

A*B*C LINK_OK_MVRA_T PMVE_T_ONLINE LINK_OK_PMVE_T

24 25

EQN A B C

A

B

C

EQN A B C

RUNG_14.OUT RUNG_15.OUT RUNG_16.OUT A*B*C

A C B EQN

A

B

C

109 OUT

NOT_2

L3_PMVE_MVRA_Q_OK

UNIT1.SEQU_Q.TTXSPV4_227.LINK_OK 0066

L3_PMVE_MVRA_Q_OK

A

110 OUT_A NOT_A

20

L3PMVE_MVRA_TCFLT EGD

A

21

107 OUT

22 23

RUNG_16

A*B*C LINK_OK_MVRA_S PMVE_S_ONLINE LINK_OK_PMVE_S

RUNG_17

106 OUT

A

B

C

24

108 OUT

25

26

26 _COMMENT_10

27 FORCING ENABLED ALARM: Block used for signal forcing diagnostics.

27

28

28

ANY_FORCES_1


C

112 YES NUMVARS

L30FORCED_AL A AF_NUMVAR


F


29 H

I


K

L



Z

A 00

B

C

D

E

F

G

H

I

J

K

L

M

N

O

P

Q

R

S

T

U

V

W

X

Y

Z

_COMMENT_53

00

Heartbeat used to send a continuously updating variable to the protection module (PMVP) to ensure constant active communication between the primary controllers and the protection module.

01

01 DEVICE_HB_1

114 OUT

02

CNTR_HB

02

EGD

03

03

04

04

05

05

06

06

07

07

08

08

09

09

10

10

11

11

12

12

13

13

14

14

15

15

16

16

17

17

18

18

19

19

20

20

21

21

22

22

23

23

24

24

25

25

26

26

27

27

28

28

29

29


C


F


H

I


K

L



Z

A 00

B

C

D

E

F

G

H

I

J

K

L

M

N

O

P

Q

R

S

T

U

V

W

X

Y

Z


00


01

01 _COMMENT_5

02 CORE COMMUNICATION: The following code was added to diagnose communication status of each core (, and/or ). This is equivalent to the Mark* V A7 status.

02

03

03 _COMMENT_20

The following blocks instanced for MKVe_MVRF = FALSE and MKVe_MVRB = FALSE

04 05 06 07 08

04 RUNG_26

A*B+C*D+E*F LINK_OK_MVRA_R LINK_OK_MVRA_S LINK_OK_MVRA_R LINK_OK_MVRA_T LINK_OK_MVRA_S LINK_OK_MVRA_T

EQN A B C D E F

A

B

C

D

E

F

4 OUT

05

RUNG_14.A 0020

06 07 08

_COMMENT_53

09 The following blocks instanced for controller redundancy = TMR and Device.Attribute("MarkVMigration").Value = "True"

09

10

10

11 12 13 14 15 16 17

RUNG_47

A*B+C*D+E*F LINK_OK_PMVD_QD1_R LINK_OK_PMVD_QD1_S LINK_OK_PMVD_QD1_R LINK_OK_PMVD_QD1_T LINK_OK_PMVD_QD1_S LINK_OK_PMVD_QD1_T

EQN A B C D E F

EQN A B C D E F

B

C

D

E

F

RUNG_14.B 0020

11 12 13

RUNG_48

A*B+C*D+E*F LINK_OK_PMVP_X LINK_OK_PMVP_Y LINK_OK_PMVP_X LINK_OK_PMVP_Z LINK_OK_PMVP_Y LINK_OK_PMVP_Z

A

6 OUT

A

B

C

D

E

F

7 OUT

RUNG_45

RUNG_14.G 0020

A True

EQN A

8 OUT

A

14

RUNG_14.E

0020

15 16 17

_COMMENT_36

18 The following blocks instanced for Exciter_Comm is Not Arcnet (None, Hardwired or EGD) and Controller_Redun = TMR

18

19

19

20

RUNG_30

A True

EQN A

10 OUT

A

RUNG_14.C 0020

20

21

21

22

22

23

23

24

24

25

25

26

26

27

27

28

28

29

29


C


F


H

I


K

L

M N O P Q Title Changed blocks to TMR. 2/14 KVP Requisition ToolboxST Version 1LO-150001173 V04.04.11C Shop Order Number Machine Size KEV003 6001B

R

S

T

U V W X Y Software Path MarkVIe_MMV_System.CtrlMdCommIO DWG Engineer Translator v3.2.8C Ramisha Murray Cont. on Sh. Sh. No. 0020 0019

Z

A 00

B

C

D

E

F

G

H

I

J

K

L

M

N

O

P

Q

R

S

T

U

V

W

X

Y

Z

_COMMENT_23

00

Determine if all core IO Packs are communicating status via IONet (LINK) and initialized and operating (ONLINE).

01

01 RUNG_20

02 03 04

A*B+C*D+E*F LINK_OK_PMVE_R LINK_OK_PMVE_S LINK_OK_PMVE_R LINK_OK_PMVE_T LINK_OK_PMVE_S LINK_OK_PMVE_T

EQN A B C D E F

A

B

C

D

E

F

RUNG_14

12 OUT

RUNG_20.OUT RUNG_22.OUT A*B*C*D*E*F*G RUNG_26.OUT 0019 FALSE RUNG_47.OUT 0019 FALSE RUNG_30.OUT 0019 FALSE RUNG_45.OUT 0019 FALSE RUNG_48.OUT 0019 FALSE

05 RUNG_22

06 07 08 09 10 11

A*B+C*D+E*F PMVE_R_ONLINE PMVE_S_ONLINE PMVE_R_ONLINE PMVE_T_ONLINE PMVE_S_ONLINE PMVE_T_ONLINE

EQN A B C D E F

A

B

C

D

E

F

D F EQN A B C E G

A

B

C

D

E

F

14 OUT

G

L3COMM1_IO

02

EGD MarkVIe_MMV_System.CtrlMdStat.RUNG_43.A 0017

03 04 05

13 OUT

06 07 08 09

_COMMENT_30

C IO Packs Communicating and C, CD components are on line and running. Equivalent to Mark V A7 status

10 11

_COMMENT_BF_2

THe following BLocks are for units WITH Mark V Migration

12 13

12 _COMMENT_58

13

The following blocks instanced for Exciter_Comm is Not Arcnet (None, Hardwired or EGD) and CD_Core = TRUE

14

14 RUNG_52

15 16

A*B*C*D LINK_OK_MVRC_C LINK_OK_PMVE_C LINK_OK_PMVD_CD_C PMVE_C_ONLINE

EQN A B C D

A

B

C

D

18 OUT

L3LINK_C

15

MarkVIe_MMV_System.CtrlMdStat.RUNG_9.A 0017

16

17

17 _COMMENT_6

& IONet FAULT ALARMS: The following rung was added to indicate an IONet communication fault. The rung shown directly below is an example. Similar rungs are added to diagnose communaction faults for the S and T controllers. In addition, rungs were also added for the monitoring of

18 the MVRA, MVRF, ARCNET cards and/or core.

18

19

19 _COMMENT_25

20

The following blocks create alarms if any MVRA or PMVE IONet links are in a fault condition.

21

NOT_7

LINK_OK_MVRA_R

A

22 NOT_8

23

LINK_OK_MVRA_S

A

21 OUT_A NOT_A 22 OUT_A NOT_A

20 21

LINK_OK_MVRA_R_FLT A EGD

22 NOT_9

LINK_OK_MVRA_T

A

LINK_OK_MVRA_S_FLT A EGD

23 OUT_A NOT_A

NOT_15

LINK_OK_PMVE_R

A

LINK_OK_MVRA_T_FLT A EGD

24 OUT_A NOT_A

NOT_16

LINK_OK_PMVE_S LINK_OK_PMVE_R_FLT A EGD

A

25 OUT_A NOT_A

23 LINK_OK_PMVE_S_FLT A EGD

24

24 NOT_17

25 26

LINK_OK_PMVE_T

A

26 OUT_A NOT_A

NOT_13

LINK_OK_MVRC_C

A

LINK_OK_PMVE_T_FLT A EGD

27 OUT_A NOT_A

NOT_14

LINK_OK_PMVE_C LINK_OK_MVRC_C_FLT A EGD

A

28 OUT_A NOT_A

25

LINK_OK_PMVE_C_FLT A EGD

26

_COMMENT_28

27

27

28

28

29

29


C


F


H

I


K

L


R

S

T


Z

A 00

B

C

D

E

F

G

H

I

J

K

L

M

N

O

P

Q

R

S

T

U

V

W

X

Y

Z

_COMMENT_4

00

and Cards, IO Packs and Controllers Off Line State Alarms

01

01 NOT_19

02

PMVE_R_ONLINE

03

31 OUT_A NOT_A

A

NOT_20

PMVE_S_ONLINE

32 OUT_A NOT_A

A

04 05 06

02

PMVE_R_ONLINE_FLT EGD

A

NOT_21

PMVE_T_ONLINE

A

PMVE_S_ONLINE_FLT A EGD

33 OUT_A NOT_A

NOT_25

PMVE_C_ONLINE

A

PMVE_T_ONLINE_FLT EGD

A

34 OUT_A NOT_A

03 PMVE_C_ONLINE_FLT A EGD

04

_COMMENT_7

05 06

_COMMENT_8

07

07 _COMMENT_BF_3

08

Mark V Migration Fault Alarms

08 NOT_48

09 LINK_OK_PMVD_QD1_R

A

10 NOT_49

11

LINK_OK_PMVD_QD1_S

A

38 OUT_A NOT_A 39 OUT_A NOT_A

09 LINK_OK_PMVD_QD1_R_FLT EGD

10

A

NOT_50

LINK_OK_PMVD_QD1_T

A

LINK_OK_PMVD_QD1_S_FLT EGD

A

40 OUT_A NOT_A

NOT_51

LINK_OK_PMVD_CD_C

A

LINK_OK_PMVD_QD1_T_FLT EGD

A

41 OUT_A NOT_A

11 LINK_OK_PMVD_C_FLT EGD

A

12

12 NOT_53

LINK_OK_PMVP_X

A

13

42 OUT_A NOT_A

NOT_54

LINK_OK_PMVP_Y

A

LINK_OK_PMVP_X_FLT A EGD

43 OUT_A NOT_A

NOT_55

LINK_OK_PMVP_Z LINK_OK_PMVP_Y_FLT A EGD

A

44 OUT_A NOT_A

13

LINK_OK_PMVP_Z_FLT EGD

A

14

14

15

15

16

16

17

17

18

18

19

19

20

20

21

21

22

22

23

23

24

24

25

25

26

26

27

27

28

28

29

29


C


F


H

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00

00

01

01

02

02

03

03

04

04

05

05

06

06

07

07

08

08

09

09

10

10

11

11

12

12

13

13

14

14

15

15

16

16

17

17

18

18

19

19

20

20

21

21

22

22

23

23

24

24

25

25

26

26

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27

28

28

29

29


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00


01

01 _COMMENT_9

02 125 VDC BUS MONITORING: The following rungs located in the CtrlMdPwr task in the MKVe_SYSTEM program support the 125VDC bus monitoring.

02

03

03 _COMMENT_12

The following blocks instanced for Controller_Redun = TMR

04

04 TIMER_SEC

05

L27DZ K27DZ_ALM 0

06 07 08 09 10 11 12 13

MIN_MAX_3

True Max MVRA_N125_R MVRA_N125_S MVRA_N125_T MVRC_N125_Monitor


ENABLE FUNC IN1 IN2 IN3 IN4 MIN_MAX_4

True Min MVRA_P125_R MVRA_P125_S MVRA_P125_T MVRC_P125_Monitor



DC_BUS_MON

N125VDC EGD

N125VDC P125VDC LK27D_LOW LK27_GRND

6 l64d_p l64d_n l27dz

n125vdc p125vdc low_dc dc_grnd

7 log_out pu_cur do_cur

log_in pu_del do_del

RUNG_45

L64D_P L64D_P A EGD UNIT1.SEQU_Q.ALARMS_MISC_L1_148.RUNG_16.A L64D_N L64D_N B EGD UNIT1.SEQU_Q.ALARMS_MISC_L1_148.RUNG_16.B L27DZ A+B EQN EGD

A

8 OUT

05

L27DZ_ALM EGD

A

06 07

L64D_ALM

A

B

08 09 10

P125VDC

EGD

11 12 13

_COMMENT_1

MVRA, C & F POWER SUPPLY STATUS: P15 and N15 are used to power servo circuits. If monitoring is required, each individual power supply voltage readings are provided from each MVRx card, Variables Tab.

14 15 16 17

14 RUNG_9

(~A+~B+~C+~D)*E*F MVRA_N15A_Stat_R MVRA_N15B_Stat_R MVRA_P15A_Stat_R MVRA_P15B_Stat_R PMVE_R_ONLINE LINK_OK_PMVE_R

EQN A B C D E F

A

E

F

10 OUT

15

OR_1.IN1 0024

16

B C

17 D

18

18 RUNG_11

19 20 21

(~A+~B+~C+~D)*E*F MVRA_N15A_Stat_S MVRA_N15B_Stat_S MVRA_P15A_Stat_S MVRA_P15B_Stat_S PMVE_S_ONLINE LINK_OK_PMVE_S

EQN A B C D E F

A

E

F

11 OUT

RUNG_12 MOVE_1.SRC 0024

B C D

(~A+~B+~C+~D)*E*F MVRA_N15A_Stat_T MVRA_N15B_Stat_T MVRA_P15A_Stat_T MVRA_P15B_Stat_T PMVE_T_ONLINE LINK_OK_PMVE_T

EQN A B C D E F

A

E

12 OUT

F

RUNG_6 MOVE_2.SRC 0024

B C D

(~A+~B+~C+~D)*E*F MVRC_N15A_Status MVRC_N15B_Status MVRC_P15A_Status MVRC_P15B_Status PMVE_C_ONLINE LINK_OK_PMVE_C

EQN A B C D E F

A

E

F

13 OUT

OR_1.IN4 0024

19

B

20

C

21

D

22

22

23

23

24

24

25

25

26

26

27

27

28

28

29

29


C


F


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U V W X Y Software Path MarkVIe_MMV_System.CtrlMdPwr DWG Engineer Translator v3.2.8C Ramisha Murray Cont. on Sh. Sh. No. 0024 0023

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_COMMENT_BF_1

00

Mark V Migration Power Supply Indication

01

01 MOVE_1

02

RUNG_11.OUT0023

15 DEST

SRC ENABLE

OR_1

OR_1.IN2

03 04 05 RUNG_9.OUT 0023 RUNG_6.OUT 0023

06 07 08 09

MOVE_2

RUNG_12.OUT0023

10

16 DEST

SRC ENABLE

12

(~A+~B)*C PS18V_PMVD_QD1_R PS28V_PMVD_QD1_R LINK_OK_PMVD_QD1_R

14

K30PWR_TD


L30PWR A

02 03 04 05 06 07 08 09

A

C

17 OUT

11

OR_1.IN7

B

12

RUNG_33

(~A+~B)*C PS18V_PMVD_QD1_S PS28V_PMVD_QD1_S LINK_OK_PMVD_QD1_S

TIMER_SEC_2.log_in


10 EQN A B C

13

IN2 IN3 IN7 IN9 IN8 IN13 IN15 IN16 IN17 IN1 IN4 IN5 IN6 IN10 IN11 IN12 IN14

TIMER_SEC_2

OR_1.IN3

RUNG_32

11

24 OUT

EQN A B C

A

C

18 OUT

13 OR_1.IN9

14

B

15

15 RUNG_34

16 17

(~A+~B)*C PS18V_PMVD_QD1_T PS28V_PMVD_QD1_T LINK_OK_PMVD_QD1_T

EQN A B C

A

C

19

(~A+~B)*C PS18V_PMVD_CD_C PS28V_PMVD_CD_C LINK_OK_PMVD_CD_C

(~A+~B)*C PS18V_PMVP_X PS28V_PMVP_X LINK_OK_PMVP_X

22 23 24

EQN A B C

A

A

EQN A B C

C

26

(~A+~B)*C PS18V_PMVP_Z PS28V_PMVP_Z LINK_OK_PMVP_Z

EQN A B C

18

OR_1.IN13

19 21 OUT

20 OR_1.IN15

21

B

A

C

22 OUT

C

23 OUT

22 OR_1.IN16

23

B

24

RUNG_42

25

20 OUT

C

B

RUNG_41

(~A+~B)*C PS18V_PMVP_Y PS28V_PMVP_Y LINK_OK_PMVP_Y

16 17

RUNG_40

20 21

EQN A B C

OR_1.IN8

B

RUNG_38

18

19 OUT

A

OR_1.IN17

25

B

26

27

27

28

28

29

29


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F


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_COMMENT_4

00

AC power inputs to the PDM is monitored, to ensure AC is supplied to the gas turbine application spark plugs.

01

01 RUNG_8

02 03

~A MVRC_ACPwr_Status

EQN A

A

27 OUT

MVRC_ACPwr_Status_FLT EGD

02

A

03

_COMMENT_5

MVRA & MVRF LVDT EXCITATION VOLTAGE MONITORING: The following rungs are used to diagnose the MVRA and MVRF Excitation Voltage states and ensure AC is supplied to GT application Spark Plugs.

04

04 MIN_MAX_1

05 06

True Min MVRA_LVDTExcitMonitor_R MVRA_LVDTExcitMonitor_S MVRA_LVDTExcitMonitor_T

COMPARE_1



MIN_MAX_1.OUT LT LK27LVDTEXLO

30 OUT


LK27LVDTEX_FLT

05

A

06

07

07 _COMMENT_6

08 OTHER POWER SOURCES MONITORING: The following rungs were added to support the diagnostics of other miscellaneous power supplies. For example, the +5V supply.

08

09

09

10 11

MIN_MAX_2

True Min MVRA_P5_R MVRA_P5_S MVRA_P5_T MVRC_P5_Monitor


COMPARE_2


MIN_MAX_2.OUT LT K27_P5V_LO


33 OUT

LK27_P5V_FLT A

10 11

12

12 COMPARE_3

13

LT MVRC_P28_Monitor K27_P28V_LO

14


34 OUT

LK27_P28V_FLT A

13 14

15

15

16

16

17

17

18

18

19

19

20

20

21

21

22

22

23

23

24

24

25

25

26

26

27

27

28

28

29

29


C


F


H

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B

C

D

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_COMMENT_7

00

POSITIVE & NEGATIVE 15V SUPPLY MONITORING: This sequencing monitors both high and low saturations to indicate loss of power and a saturated (unloaded) power supply.

01

01 CLAMP_5

TRUE MVRA_P15_R K27_15V_HI K27_15V_LO

02 03

RUNG_17

36 IN_MAX IN_MIN OUT

ENABLE IN MAX MIN

CLAMP_5.IN_MAX CLAMP_5.IN_MIN CLAMP_6.IN_MAX CLAMP_6.IN_MIN CLAMP_7.IN_MAX CLAMP_7.IN_MIN CLAMP_2.IN_MAX CLAMP_2.IN_MIN CLAMP_3.IN_MAX CLAMP_3.IN_MIN CLAMP_4.IN_MAX CLAMP_4.IN_MIN A+B+C+D+E+F+G+H+I+J+K+L

04 05 06 07

A B C D E F G H I J K L EQN

A

45 OUT

TIMER_SEC_3

RUNG_17.OUT K27_15V_FLT_TD

B



LK27_15V_FLT

02

A

03 C

04

D E

05 F

06

G H

07

I

08

08

J K

09

09

L

10

10 CLAMP_6

TRUE MVRA_P15_S K27_15V_HI K27_15V_LO

11 12

TRUE MVRA_P15_T K27_15V_HI K27_15V_LO

14 15

CALC_2

True ABS(A) MVRA_N15_R

ENABLE EQUAT A

39 OUT

17 CALC_3

18

True ABS(A) MVRA_N15_S

ENABLE EQUAT A

43 OUT

19 CALC_4

20 21

ENABLE IN MAX MIN

True ABS(A) MVRA_N15_T

ENABLE EQUAT A

44 OUT


ENABLE IN MAX MIN CLAMP_2

CALC_2.OUT TRUE K27_15V_HI K27_15V_LO

14 15 16 17

CLAMP_3


IN ENABLE MAX MIN

18 19

CLAMP_4


13


IN ENABLE MAX MIN


11 12

CLAMP_7

13

16



IN ENABLE MAX MIN

20 21

22

22

23

23

24

24

25

25

26

26

27

27

28

28

29

29


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00


01

01 _COMMENT_7

02 The following piece of code is used to diagnose the status of the controller.

02

03

03

04

COMPARE_1

LT FrameIdleTime_R KIdleTime_Lvl1

05 06 07


08

05


10


4 OUT

06

IdleTime_EVT02_R E EGD B_OR_1.INPUT02 0028

07 08

COMPARE_3

09


04

COMPARE_2


3 OUT


5 OUT


09 10

11

11 COMPARE_4

12


13 14


6 OUT

IdleTime_EVT04_R E EGD

12 13 14

_COMMENT_8

15

15 COMPARE_5

16

LT FrameIdleTime_S KIdleTime_Lvl1

17 18 19

22


23

25




9 OUT

18 IdleTime_EVT02_S E EGD B_OR_1.INPUT05 0028

20 10 OUT

21

IdleTime_EVT03_S EGD B_OR_1.INPUT06 0028

E

22 23

COMPARE_8

24

16

19

COMPARE_7


IdleTime_EVT01_S EGD B_OR_1.INPUT04 0028

E

17

COMPARE_6


20 21


8 OUT

11 OUT

IdleTime_EVT04_S EGD

24

E

25

26

26

27

27

28

28

29

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U V W X Y Software Path MarkVIe_MMV_System.CtrlStatus DWG Engineer Translator v3.2.8C Ramisha Murray Cont. on Sh. Sh. No. 0028 0027

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LT FrameIdleTime_T KIdleTime_Lvl3

09 10



15 16 17 18

21

K

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13 OUT

01 IdleTime_EVT01_T E EGD B_OR_1.INPUT07 0028

14 OUT

04

IdleTime_EVT02_T EGD B_OR_1.INPUT08 0028

E

15 OUT

IdleTime_EVT03_T EGD B_OR_1.INPUT09 0028

07

E

08


16 OUT

09 IdleTime_EVT04_T EGD

E

10 11 12

B_OR_1

IdleTime_EVT01_R COMPARE_1.OUT 0027 IdleTime_EVT02_R COMPARE_2.OUT 0027 IdleTime_EVT03_R COMPARE_3.OUT 0027 IdleTime_EVT01_S COMPARE_5.OUT 0027 IdleTime_EVT02_S COMPARE_6.OUT 0027 IdleTime_EVT03_S COMPARE_7.OUT 0027 IdleTime_EVT01_T COMPARE_9.OUT 0028 IdleTime_EVT02_T COMPARE_10.OUT 0028 IdleTime_EVT03_T COMPARE_11.OUT 0028

PULSE_3

18 INPUT01 OUTPUT INPUT02 INPUT03 INPUT04 INPUT05 INPUT06 INPUT07 INPUT08 INPUT09

B_OR_1.OUTPUT 1000

TRIG WIDTH

13 19 OUT CWIDTH

L30_IDLE_TIME

A

14 15 16 17

_COMMENT_11

18 CHG_DET_1

DesignatedController_R 0 0

IN DBAND NZBAND

21 OUT STATE NZFLAG

19 DC_Chg_Det_R E

20 21

_COMMENT_12

22 23

J

06


19 20

I

_COMMENT_10

13 14

H

05

COMPARE_12

11 12

G

03

COMPARE_11

08

F

02

COMPARE_10


06 07

E

00

COMPARE_9


03 04

D

_COMMENT_9

01 02

C

CHG_DET_2

DesignatedController_S 0 0

IN DBAND NZBAND

23 OUT STATE NZFLAG

22 DC_Chg_Det_S

E

23

24

24 _COMMENT_13

25

25 CHG_DET_3

26 27

DesignatedController_T 0 0

IN DBAND NZBAND

25 OUT STATE NZFLAG

DC_Chg_Det_T E

26 27

28

28

29

29


C


F


H

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A

B

C

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00

00

01

01

02

02

03

03

04

04

05

05

06

06

07

07

08

08

09

09

10

10

11

11

12

12

13

13

14

14

15

15

16

16

17

17

18

18

19

19

20

20

21

21

22

22

23

23

24

24

25

25

26

26

27

27

28

28

29

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B

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00


01

01 _COMMENT_7

02 The following block writes to L30DIAG_C diagnostic alarm if any of the instanced ATTN (attention) signals is True.

02

03

03

04 05

MOVE_5

False True

SRC ENABLE MOVE_6

False True

SRC ENABLE

3 DEST

L30DIAG_MVRF RUNG_11.B 0030

04 4 DEST

MOVE_7

L30DIAG_MVRB

False True

RUNG_11.C 0030

SRC ENABLE

5 DEST

MOVE_8

L30DIAG_D_Core

False True

RUNG_11.D 0030

SRC ENABLE

6 DEST

MOVE_9

L30DIAG_ARC_C

RUNG_11.E 0030

True True

SRC ENABLE

7 DEST

05

L30DIAG_ARC_R

RUNG_11.F 0030

06

06 _COMMENT_BF_1

07

Mark V Migration

08

07 08

_COMMENT_14

The following blocks writes to PMVE, PIOA, MVRA, C diagnostic alarm when controller redundancy is TMR.

09

09 RUNG_9

10 11 12 13 14 15 16

A+B+C+D+D+E+F+G+H+I+J+K+L+M+N+O ATTN_MVRA_R ATTN_MVRA_S ATTN_MVRA_T ATTN_MVRC_C ATTN_PMVE_C ATTN_PMVE_R ATTN_PMVE_S ATTN_PMVE_T ATTN_PMVD_CD_C ATTN_PMVD_QD1_R ATTN_PMVD_QD1_R ATTN_PMVD_QD1_R ATTN_PMVP_X ATTN_PMVP_Y ATTN_PMVP_Z

EQN A B C D E F G H I J K L M N O

17

10 OUT

A

RUNG_11

L30DIAG_C1

L30DIAG_C1 FALSE A+B+C+D+E*F+G L30DIAG_MVRF MOVE_5.DEST 0030 L30DIAG_MVRB MOVE_6.DEST 0030 L30DIAG_D_Core MOVE_7.DEST 0030 L30DIAG_ARC_C MOVE_8.DEST 0030 L30DIAG_ARC_R MOVE_9.DEST 0030

B C D D

A G EQN B C D E F

E

12 OUT

A

10

L30DIAG_C A EGD

B

11

C

12 D E

13

F

G

14 F

15

G H

16

I

17

J K

18

18

L

19

19 M

20

20

N O

21

21 RUNG_14

22

A False

EQN A

11 OUT

A

RUNG_11.G

22

23

23

24

24

25

25

26

26

27

27

28

28

29

29


C


F


H

I


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M N Title CtrlDiag task Revision Notes Requisition 1LO-150001173 Shop Order Number KEV003

O

P

ToolboxST Version V04.04.11C Machine Size 6001B

Q

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01

01 CALC_1

02 03

A*B KTNH_GAIN TNKHOS

ENABLE EQUAT A B

04

CALC_2

05

ENABLE EQUAT A B

A*B KTNL_GAIN TNKLOS

MOVE_1

2 OUT

CALC_1.OUT

3 DEST

SRC ENABLE

TNHOS_PMVP

02

EGD

03 MOVE_2

4 OUT

CALC_2.OUT

5 DEST

SRC ENABLE

04 TNLOS_PMVP

EGD

05

06

06 _COMMENT_BF_1

07 08

07 _COMMENT_BF_3

CALC_4

09 10 11

A*(B+C) KTNH_GAIN TNKHOS KTNHHWOSP

13 14 15 16

A*(B+C) KTNL_GAIN TNKLOS KTNLHWOSP

MOVE_6

8 OUT

ENABLE EQUAT A B C

CALC_4.OUT

9 DEST

SRC ENABLE

09

TNHHWOS_PMVP

EGD

10 11

CALC_5

12

08

MOVE_7

10 OUT

ENABLE EQUAT A B C

CALC_5.OUT

SRC ENABLE

11 DEST

12

TNLHWOS_PMVP

EGD

13 14

_COMMENT_BF_2

15 16

_COMMENT_1

These blocks are for trip relays for TCTG boards

17

17 RUNG_8

18 19 20

A*B+C*D+E*F l4etr1x_fb l4etr1y_fb l4etr1x_fb l4etr1z_fb l4etr1z_fb l4etr1y_fb

EQN A B C D E F

A

B

C

D

E

F

14 OUT

18

L4ETR1

EGD UNIT1.SEQU_Q.RUNG_14.A 0051

19 20

21

21 RUNG_9

22 23 24

A*B+C*D+E*F l4etr2x_fb l4etr2y_fb l4etr2x_fb l4etr2z_fb l4etr2z_fb l4etr2y_fb

25 26 27 28

EQN A B C D E F

A

B

C

D

E

F

RUNG_14

A*B+C*D+E*F l4ptr4x_fb l4ptr4y_fb l4ptr4x_fb l4ptr4z_fb l4ptr4z_fb l4ptr4y_fb

EQN A B C D E F

A

B

C

D

E

F

15 OUT

19 OUT

RUNG_11

L4ETR2



EQN A B C D E F

A

B

C

D

E

F

16 OUT

RUNG_12

L4PTR1_FB


EGD UNIT1.SEQU_Q.RUNG_14.B 0051

EQN A B C D E F

A

B

C

D

E

F

17 OUT

RUNG_13

L4PTR2_FB


EGD UNIT1.SEQU_Q.RUNG_14.D 0051

EQN A B C D E F

A

B

C

D

E

F

18 OUT

L4PTR3_FB

22

EGD

23 24 25

L4PTR4_FB EGD

26 27 28


29 C


F


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_COMMENT_BF_4

00

PMVP Trip Alarms

01 02

RUNG_1.OUT A+~B*C 03 l4sspdt L86MR1 MarkVIe_MMV_System.CtrlMdStat.PBHDLR_5.output 0014

01 RUNG_1

C EQN A B

21 OUT

A B

02

L4SSPDT_ALM

A

03

C

04

04 RUNG_2

RUNG_2.OUT A+~B*C l4cwdt 06 L86MR1 MarkVIe_MMV_System.CtrlMdStat.PBHDLR_5.output 0014

05

C EQN A B

22 OUT

A B

L4CWDT_ALM

05

A

C

06

07

07 RUNG_3

RUNG_3.OUT A+~B*C l4hphwcfgt L86MR1 09 MarkVIe_MMV_System.CtrlMdStat.PBHDLR_5.output 0014

08

10 RUNG_4.OUT A+~B*C 11 l4lphwcfgt L86MR1 MarkVIe_MMV_System.CtrlMdStat.PBHDLR_5.output 0014

12 13

RUNG_29.OUT A+~B*C 14 l12h_p_hw L86MR1 MarkVIe_MMV_System.CtrlMdStat.PBHDLR_5.output 0014

C EQN A B

23 OUT

A B

L4HPHWCTGT_ALM

A

08

C

09

RUNG_4

C EQN A B

24 OUT

A

10 L4LPHWCTGT_ALM A

11 B

C

12

RUNG_29

C EQN A B

25 OUT

A B

13

L4HP_P_HWT_ALM

A

14

C

15

15 RUNG_32

RUNG_32.OUT A+~B*C l12l_p_hw 17 L86MR1 MarkVIe_MMV_System.CtrlMdStat.PBHDLR_5.output 0014

16

C EQN A B

26 OUT

A B

L4LP_P_HWT_ALM

16

A

C

17

18

18

19

19

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U V W X Y Software Path MarkVIe_MMV_System.MarkVIeMigration DWG Engineer Translator v3.2.8C Ramisha Murray Cont. on Sh. Sh. No. 0033 0032

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Program: EPA 2007.10.25 - Removed instance script from task level. Only on block level now. Execution Order 1 2




Task Epa_Monitor Epa_capture

Frame Multiplier 1 1

Skew Offset 0 0



Period (ms) 40 40




A 00

B

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_COMMENT_BF

00

For Units without DLN, remove TTRF1 input.

01

01 EPA_MON

L3WQIN L83WQLEN CTIM UNIT1.SEQU_Q.ISEL_HI_215.OUTPUT 0063 03 dwatt FQLM1 UNIT1.SEQU_Q.FQXLATV1_253.FLOW1 0070 FQG 04 TTRF1 TTXM UNIT1.SEQU_Q.TTXMV4_226.TTXM 0065 05 WQR2 WXJ WXC 06

02

2 ctimhra ctimmna ctmmina ctmseca dwhra dwmna dwmina dwseca fqhra fqmna fqmina fqseca fqghra fqgmna fqgmina fqgseca ttrfhra ttrfmna ttrmina ttrseca ttxmhra ttxmmna ttxmina ttxseca wqr2hra wqr2mna wqrmina wqrseca wxjhra wxjmna wxjmina wxjseca wxchra wxcmna wxcmina wxcseca lwlx4mn lwlxhr

l3wqin l83wqle ctim dwatt fq fqg ttrf1 ttxm wqr2 wxj wxc

07 08 09 10 11 12 13 14 15 16 17

CTIMHRA CTIMMNA CTIMMINA CTIMSECA DWATTHRA EGD EPA.Epa_capture.CAPTURE.VAR2 0035 DWATTMNA EGD EPA.Epa_capture.CAPTURE.VAR11 0035 DWATTMINA DWATTSECA FQHRA EGD EPA.Epa_capture.CAPTURE.VAR3 0035 FQMNA EGD EPA.Epa_capture.CAPTURE.VAR12 0035 FQMINA FQSECA FQGHRA EGD EPA.Epa_capture.CAPTURE.VAR4 0035 FQGMNA EGD EPA.Epa_capture.CAPTURE.VAR13 0035 FQGMINA FQGSECA TTRF1HRA EGD EPA.Epa_capture.CAPTURE.VAR5 0035 TTRF1MNA EGD EPA.Epa_capture.CAPTURE.VAR14 0035 TTRF1MINA TTRF1SECA TTXMHRA EGD EPA.Epa_capture.CAPTURE.VAR6 0035 TTXMMNA EGD EPA.Epa_capture.CAPTURE.VAR15 0035 TTXMMINA TTXMSECA WQR2HRA EGD EPA.Epa_capture.CAPTURE.VAR7 0035 WQR2MNA EGD EPA.Epa_capture.CAPTURE.VAR16 0035 WQR2MINA WQR2SECA WXJHRA EGD EPA.Epa_capture.CAPTURE.VAR8 0035 WXJMNA EGD EPA.Epa_capture.CAPTURE.VAR17 0035 WXJMINA WXJSECA WXCHRA EGD EPA.Epa_capture.CAPTURE.VAR9 0035 WXCMNA EGD EPA.Epa_capture.CAPTURE.VAR18 0035 WXCMINA WXCSECA LWLX4MIN A EGD LWLXHR A EGD EPA.Epa_capture.PULSE_2.TRIG 0035

02

EGD EPA.Epa_capture.CAPTURE.VAR1 0035

EGD EPA.Epa_capture.CAPTURE.VAR10 0035

03 04 05 06 07 08 09 10 11 12 13 14 15 16 17

18

18

19

19

20

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22

23

23

24

24

25

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M N Title EPA Monitor Requisition 1LO-150001173 Shop Order Number KEV003

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U V Software Path EPA.Epa_Monitor DWG Translator v3.2.8C Cont. on Sh. 0035

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_COMMENT

00

STORE HOURLY EPA DATA IF L83WQLEN = 1

01 02

01 NOT_1

BFILT.OUT

A

TIMER

2 NOT_A OUT_A

03

BFILT

3 RESET AT_TIME RUN CURTIME MAXTIME AUTO_RS

BFILT.OUT NOT_1.NOT_A 3600000

TIMER.AT_TIME 0 2000

CAPTURE

4 IN OUT PU_DEL DO_DEL

BFILT.OUT

EPA_HR_PMULT TRUE Normal EQ Level EPA_HR_PRSAM EPA_HR_SAMP 1

04 05 06 07

RUNG.OUT 0035 CTIMHRA EPA.Epa_Monitor.EPA_MON.ctimhra 0034 DWATTHRA EPA.Epa_Monitor.EPA_MON.dwhra 0034 FQHRA EPA.Epa_Monitor.EPA_MON.fqhra 0034 FQGHRA EPA.Epa_Monitor.EPA_MON.fqghra 0034 TTRF1HRA EPA.Epa_Monitor.EPA_MON.ttrfhra 0034 TTXMHRA EPA.Epa_Monitor.EPA_MON.ttxmhra 0034 WQR2HRA EPA.Epa_Monitor.EPA_MON.wqr2hra 0034 WXJHRA EPA.Epa_Monitor.EPA_MON.wxjhra 0034 WXCHRA EPA.Epa_Monitor.EPA_MON.wxchra 0034 CTIMMNA EPA.Epa_Monitor.EPA_MON.ctimmna 0034 DWATTMNA EPA.Epa_Monitor.EPA_MON.dwmna 0034 FQMNA EPA.Epa_Monitor.EPA_MON.fqmna 0034 FQGMNA EPA.Epa_Monitor.EPA_MON.fqgmna 0034 TTRF1MNA EPA.Epa_Monitor.EPA_MON.ttrfmna 0034 TTXMMNA EPA.Epa_Monitor.EPA_MON.ttxmmna 0034 WQR2MNA EPA.Epa_Monitor.EPA_MON.wqr2mna 0034 WXJMNA EPA.Epa_Monitor.EPA_MON.wxjmna 0034 WXCMNA EPA.Epa_Monitor.EPA_MON.wxcmna 0034

08 09 10 11 12 13 14 15

TR_VAR AUTOENA ATOUT FMULT TSTAMP BUF_CTL TR_COND TR_TYPE PRE_SAM POSTSAM TR_VAL UPL_TYPE ENA_CAP VAR1 VAR2 VAR3 VAR4 VAR5 VAR6 VAR7 VAR8 VAR9 VAR10 VAR11 VAR12 VAR13 VAR14 VAR15 VAR16 VAR17 VAR18

5 STATUS DONE

02

EPA_HR_DATA

EGD BFILT_2.IN 0035

03 04 05 06 07 08 09 10 11 12 13 14 15

_COMMENT_BF

16 17 18

16 BFILT_2

CAPTURE.DONE0035 1000 0

IN PU_DEL DO_DEL

PULSE

7 OUT

BFILT_3

19

L83WQLEN 0 500

20

RUNG

8 TRIG OUT WIDTH CWIDTH

BFILT_2.OUT 500

PULSE.OUT BFILT_3.OUT A*~B

B A EQN

A

B

10 OUT

17

CAPTURE.ENA_CAP 0035

18

9 OUT

IN PU_DEL DO_DEL

19 20

_COMMENT_2

21 CAPTURE MINUTE AVERAGES FOR LAST HOUR 22

21

WHEN HOURLY AVERAGE ALARM IS SET, LWLXHR = 1

22

23

PULSE_2

LWLXHR

EPA.Epa_Monitor.EPA_MON.lwlxhr 0034

24

TRIG WIDTH

RUNG_2

12 OUT CWIDTH

PULSE_2.OUT TIMER_2.AT_TIME (A*B)+C LWLXHR EPA.Epa_Monitor.EPA_MON.lwlxhr 0034

25 26

NOT_2

LHOUR_TRIG

A

C B EQN A

A

B

15 OUT

23 LHOUR_TRIG

RUNG_4.A 0036

24

C

25

TIMER_2

13 NOT_A OUT_A

LHOUR_TRIG NOT_2.NOT_A 3600000

27

14 RESET AT_TIME RUN CURTIME MAXTIME AUTO_RS

26 27

28

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M N O P Q Title Capture Blocks For EPA Data Requisition ToolboxST Version 1LO-150001173 V04.04.11C Shop Order Number Machine Size KEV003 6001B

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U V Software Path EPA.Epa_capture DWG Translator v3.2.8C Cont. on Sh. 0036

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_COMMENT_BF_2

00

Minute Averages For First Hour

01

01

02 03

BFILT_4

TRUE 5000 0

IN PU_DEL DO_DEL

RUNG_3

17 OUT

RUNG_3.OUT LMIN_TRIG1 BFILT_4.OUT (A+B+~D)*~C LMIN_TRIG2 RUNG_7.OUT 0036

04 05

B C D EQN A

A

BFILT_5

18 OUT

C

RUNG_3.OUT 1000 0

B

19 OUT

IN PU_DEL DO_DEL

RUNG_4

LMIN_EN1

LMIN_EN1 A*B LHOUR_TRIG RUNG_2.OUT 0035

B EQN A

A

20 OUT

B

02 LMIN_TRIG1

CAPTURE_2.TR_VAR 0036

03 04

D

05

_COMMENT_BF_3

06 07

06 PULSE_3

BFILT_6.OUT 500

TRIG WIDTH

RUNG_5

22 OUT CWIDTH

PULSE_3.OUT A*~B L83WQLEN

08

B EQN A

A

CAPTURE_2

23 OUT

B

RUNG_5.OUT

EPA_MN_PMULT TRUE Normal EQ Level EPA_MN_PRSAM EPA_MN_SAMP 1

09 10 11 12

LMIN_TRIG1 RUNG_4.OUT 0036 CTIMMNA EPA.Epa_Monitor.EPA_MON.ctimmna 0034 DWATTMNA EPA.Epa_Monitor.EPA_MON.dwmna 0034 FQMNA EPA.Epa_Monitor.EPA_MON.fqmna 0034 FQGMNA EPA.Epa_Monitor.EPA_MON.fqgmna 0034 TTRF1MNA EPA.Epa_Monitor.EPA_MON.ttrfmna 0034 TTXMMNA EPA.Epa_Monitor.EPA_MON.ttxmmna 0034 WQR2MNA EPA.Epa_Monitor.EPA_MON.wqr2mna 0034 WXCMNA EPA.Epa_Monitor.EPA_MON.wxcmna 0034 WXJMNA EPA.Epa_Monitor.EPA_MON.wxjmna 0034

13 14 15 16

ENA_CAP AUTOENA ATOUT FMULT TSTAMP BUF_CTL TR_COND TR_TYPE PRE_SAM POSTSAM TR_VAL UPL_TYPE TR_VAR VAR1 VAR2 VAR3 VAR4 VAR5 VAR6 VAR7 VAR8 VAR9

24 DONE STATUS

BFILT_6

EPA_MN_DATA1 EGD

CAPTURE_2.DONE 2000 0

IN PU_DEL DO_DEL

25 OUT

07 08 09 10 11 12 13 14 15 16

_COMMENT_BF_4

17 Minute Averages For Second Hour - This block 18

17

enabled to capture after block #1 is triggered to prevent loss of data during the first block's capture.

18

19 20 21

19 RUNG_6

RUNG_6.OUT LMIN_TRIG2 (C+B)*~A LMIN_TRIG1 RUNG_4.OUT 0036

B A EQN C

C

A

BFILT_7

27 OUT

RUNG_6.OUT 1000 0

B

28 OUT

IN PU_DEL DO_DEL

RUNG_7

LMIN_EN2

LMIN_EN2 A*B LHOUR_TRIG RUNG_2.OUT 0035

B EQN A

A

B

29 OUT

20

LMIN_TRIG2

RUNG_3.A 0036

21

22

22

23

23

24

24

25

25

26

26

27

27

28

28

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B

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_COMMENT_BF_5

00

01

01 PULSE_4

02

BFILT_8.OUT 500

TRIG WIDTH

RUNG_8

31 OUT CWIDTH

PULSE_4.OUT A*~B L83WQLEN

B EQN A

A

B

CAPTURE_3

32 OUT

RUNG_8.OUT

03

EPA_MN_PMULT TRUE Normal EQ Level EPA_MN_PRSAM EPA_MN_SAMP 1

04 05 06

LMIN_TRIG2 RUNG_7.OUT 0036 CTIMMNA EPA.Epa_Monitor.EPA_MON.ctimmna 0034 DWATTMNA EPA.Epa_Monitor.EPA_MON.dwmna 0034 FQMNA EPA.Epa_Monitor.EPA_MON.fqmna 0034 FQGMNA EPA.Epa_Monitor.EPA_MON.fqgmna 0034 TTRF1MNA EPA.Epa_Monitor.EPA_MON.ttrfmna 0034 TTXMMNA EPA.Epa_Monitor.EPA_MON.ttxmmna 0034 WQR2MNA EPA.Epa_Monitor.EPA_MON.wqr2mna 0034 WXCMNA EPA.Epa_Monitor.EPA_MON.wxcmna 0034 WXJMNA EPA.Epa_Monitor.EPA_MON.wxjmna 0034

07 08 09 10 11

ENA_CAP AUTOENA ATOUT FMULT TSTAMP BUF_CTL TR_COND TR_TYPE PRE_SAM POSTSAM TR_VAL UPL_TYPE TR_VAR VAR1 VAR2 VAR3 VAR4 VAR5 VAR6 VAR7 VAR8 VAR9

33 DONE STATUS

BFILT_8

EPA_MN_DATA2 EGD

CAPTURE_3.DONE 2000 0

IN PU_DEL DO_DEL

34 OUT

02 03 04 05 06 07 08 09 10 11

12

12

13

13

14

14

15

15

16

16

17

17

18

18

19

19

20

20

21

21

22

22

23

23

24

24

25

25

26

26

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00

00

01

01

02

02

03

03

04

04

05

05

06

06

07

07

08

08

09

09

10

10

11

11

12

12

13

13

14

14

15

15

16

16

17

17

18

18

19

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Program: PB_Handler Execution Order 1




Task PB_Handler

Frame Multiplier 1

Skew Offset 0



Period (ms) 40




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B

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00


01

01 PB_1:PBHDLR

02

2 pbinput output maxtime CURTIME

LAG1SWC EGD 2000

03 04 05

02

PB_2:PBHDLR

L52G_TRIP EGD 2000


PB_3:PBHDLR

PB_7:PBHDLR

S43PFLD EGD 2000


PB_4:PBHDLR


LAG1SFD EGD 2000

L90RR_CPBEGD 2000

PB_8:PBHDLR

L86ASIL_CPBEGD 2000


PB_5:PBHDLR

L90RL_CPB EGD 2000


PB_9:PBHDLR


S43F_GAS EGD 2000



PB_10:PBHDLR

L86AACK_CPBEGD 2000


03

PB_6:PBHDLR

S43VCLD EGD 2000

04

PB_11:PBHDLR


R90R4CSR EGD 2000

05

06

06 PB_12:PBHDLR

07

L1START_CPBEGD 2000

08 09 10

PB_13:PBHDLR 14 13 L86MR1_CPB pbinput output pbinput output MarkVIe_MMV_System.CtrlMdStat.PBHDLR_5.OUTXFER_1.DESTVAR EGD 2000 maxtime CURTIME maxtime CURTIME

PB_17:PBHDLR

S43BP_BASEEGD 2000


R90R4CSL EGD 2000

PB_18:PBHDLR


L83WWOFF_CPBEGD 2000

PB_22:PBHDLR

LAG2VL_CPBEGD 2000

PB_14:PBHDLR

L43DT_OFF EGD 2000

S43ISL EGD 2000


PB_19:PBHDLR


LAG2SWC EGD 2000

PB_23:PBHDLR


PB_15:PBHDLR



L43DT_ON EGD 2000

LAG1SPF EGD 2000


PB_20:PBHDLR

S70R4CSL EGD 2000

PB_24:PBHDLR


PB_16:PBHDLR



08

PB_21:PBHDLR


R70R4CSL EGD 2000

PB_25:PBHDLR

S43BP_EXT EGD 2000

07

09

PB_26:PBHDLR

LAG2SFD EGD 2000


10

11

11 PB_27:PBHDLR

12

L43SYN_CPBEGD 2000

13 14 15

PB_28:PBHDLR


S43ISR EGD 2000

PB_32:PBHDLR

S43F_DIST EGD 2000




L43BWON_CPBEGD 2000

PB_33:PBHDLR

L86ARST_CPBEGD 2000

L70R4L_CPBEGD 2000

PB_38:PBHDLR

L83WWON_CPBEGD 2000

PB_30:PBHDLR

S43SWL EGD 2000


PB_34:PBHDLR


PB_37:PBHDLR

S70R4CSR EGD 2000

PB_29:PBHDLR



LAG2SPF EGD 2000


L70R4R_CPBEGD 2000


PB_35:PBHDLR

LAG1VL_CPBEGD 2000

PB_39:PBHDLR


PB_31:PBHDLR



13

PB_36:PBHDLR

R70R4CSR EGD 2000

PB_40:PBHDLR

S43SWR EGD 2000

12


14

PB_41:PBHDLR

L43FSRS EGD 2000


15

16

16 PB_42:PBHDLR

17

S43BP_PS EGD 2000


18 19

PB_43:PBHDLR

S43VCLG EGD 2000


PB_47:PBHDLR

S43BP_PEAKEGD 2000


PB_44:PBHDLR

S43PFLG EGD 2000


PB_48:PBHDLR

L52G_CLOSE1EGD 2000

PB_45:PBHDLR

L43CD_ON_CPBEGD 2000


PB_49:PBHDLR


L43CD_OFFCPBEGD 2000


PB_46:PBHDLR

L1FAST_CPBEGD 2000


17 18

PB_50:PBHDLR

L1STOP_CPBEGD 2000


19

20

20

21

21

22

22

23

23

24

24

25

25

26

26

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U V W Software Path PB_Handler.PB_Handler DWG Translator v3.2.8C Cont. on Sh. 0041

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Program: VOTED_TC Execution Order 1




Task VOTED_MVRA_TC

Frame Multiplier 1

Skew Offset 0



Period (ms) 40




A 00

B

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00


01

01 XPTS00_1

02 03

ttxd_1 ttxd_2 ttxd_3 KTT_TMR_LIM True

04 05 06 07 08 09

INPUT1 INPUT2 INPUT3 DIFLMT LENABLE XPTS00_2





10 11


INPUT1 INPUT2 INPUT3 DIFLMT LENABLE

2 MEDIAN LDIFLMT

ttxd_q1

02

EGD

03

3 MEDIAN LDIFLMT

04 ttxd_q2 EGD

05 06

4 MEDIAN LDIFLMT

07

ttxd_q3

EGD

08 09 5 MEDIAN LDIFLMT

10

ttxd_q4

EGD

11

12

12 XPTS00_5

13 14


15 16 17



INPUT1 INPUT2 INPUT3 DIFLMT LENABLE

6 MEDIAN LDIFLMT

ttxd_q5

13

EGD

14 7 MEDIAN LDIFLMT

15 ttxd_q6 EGD

16 17

18

18

19

19

20

20

21

21

22

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23

23

24

24

25

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U V W X Y Software Path VOTED_TC.VOTED_MVRA_TC DWG Engineer Translator v3.2.8C Ramisha Murray Cont. on Sh. Sh. No. 0043 0042

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Program: UNIT1 Execution Order 1 2 3 4 5 6




Task SEQU_Q SYNC FUEL_FWD TEMP_CON SEQ_AUX SEQU_B

Frame Multiplier 1 1 1 1 1 1

Skew Offset 0 0 0 0 0 0



Period (ms) 40 40 40 40 40 40




A 00

B

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01

01 _COMMENT_0

02 03

------------------------------------------------------- Segment C:\UNIT1\SEQU_Q ------- Create by MSE_RLD on: Thu Oct 20 18:45:17 2011 -------------------------------------------------------

02 03

04 05 06 07 08 09 10

04 05

_COMMENT_1

- SEQU_Q.DAT for PT TRIHASRA Padang, Indonesia 07/09/92 -

06 07 08 09 10

11

L14TV1_3

TNH TNXLATV1_2.tnh 0045 TNK14HR1 TNK14HR2 TNK14HP1 TNK14HP2 TNK14HF1 TNK14HF2 TNK14HM1 TNK14HM2 TNK14HA1 TNK14HA2 TNK14HS1 TNK14HS2 TNK14HC1 TNK14HC2 TNK14HT1 TNK14HT2 pn LK14PR1 LK14PR2 LK14P11 LK14P12 LK14P21 LK14P22 0 TNK14LR1 TNK14LR2 TNK14LA1 TNK14LA2 TNK14LS1 TNK14LS2 TNK14LX1 TNK14LX2 TNK14LY1 TNK14LY2

12 13 14 15 16 17 18 19 20 21 22 23 24 25 26

HPSPEED K14HR1 K14HR2 K14HP1 K14HP2 K14HF1 K14HF2 K14HM1 K14HM2 K14HA1 K14HA2 K14HS1 K14HS2 K14HC1 K14HC2 K14HT1 K14HT2 PNSPEED K14PR1 K14PR2 K14P11 K14P12 K14P21 K14P22 LPSPEED K14LR1 K14LR2 K14LA1 K14LA2 K14LS1 K14LS2 K14LX1 K14LX2 K14LY1 K14LY2

5 L14HR L14HP L14HF L14HM L14HA L14HS L14HC L14HT L14PR L14P1 L14P2 L14LR L14LA L14LS L14LX L14LY

11 L14HR EGD RUNG_19.A 0051 L14HP EGD L14HF EGD RUNG_163.A 0058 L14HM EGD RUNG_42.D 0049 L14HA EGD RUNG_33.B 0048 L14HS EGD COOLDOWN_6_L1.QE_SPEED 0046 L14HC EGD DPYSTAT1_146.INPUT2 0057 L14HT EGD DPYSTAT1_146.INPUT5 0057 L14PR EGD L14P1 EGD NOT_63.A 0052 L14P2 EGD NOT_66.A 0052 L14LR EGD L14LA EGD L14LS EGD L14LX EGD L14LY EGD

12 13 14 15 16 17 18 19 20 21 22 23 24 25 26

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00

00 TNXLATV1_2:TNXLATV2

01 02 03

tnh1 0 0 pn KTNH_GAIN KTNL_GAIN KTNI_GAIN KPN_GAIN

4 tnh tnh_rpm tnl_rpm tni_rpm pn_rpm tnl tni

tnh1 tnl1 tni1 pn1 ktnh_gain ktnl_gain ktni_gain kpn_gain

L12HV1_4

6 HOSTCMD LHOST TNH L12HFDC TNH_OS L12HFDP TNKHDIF L12HF TNKHF L12H TNKHOS LHOSTP TNKHOST LHFINH MSTRRST L12HPAL L4 LHACCAL L28FDX LHBLTAL L12H_P L12HACC OSBLT

TNH TNH_RPM EGD TNL_RPM EGD TNI_RPM EGD PN_RPM EGD TNL EGD TNI EGD

L83HOST_CMD TNH tnh_os TNKHDIF TNKHF TNKHOS TNKHOST L86MR1_CPB MarkVIe_MMV_System.CtrlMdStat.PBHDLR_5.OUTXFER_1.DESTVAR EGD L4 RUNG_44.OUT 0050 L28FDX L12H_P L12H_ACC l12hblt

EGD L14TV1_3.HPSPEED 0044

04 05 06

MOVE_L12HV1_4

L83HOST EGD TNRV1_193.L83HOST 0061 L12HFD_C A EGD L12HFD_P A EGD L12HF A EGD RUNG_40.C 0049 L12H A EGD RUNG_288.A 0072 L83HOST_P EGD L83HF_INH EGD L12H_P_ALM A EGD L12H_ACC_ALM A EGD L12HBLT_ALM A EGD A

L12HV1_4.LHOST TRUE

SRC ENABLE

7 DEST

L83HOST_CMD

EGD

01 02 03 04 05 06

_COMMENT_OP_SYSTEM_LOGICS_5

07 **********Block not supported OP_SYSTEM_LOGICS, functionality replaced by MarkVIe_MMV_System************ ~RM

07

08

08

09 10 11 12 13 14 15

CMDSTATE_6

SC43 EGD SK43_MASK FALSE FALSE L83BW FALSE FALSE FALSE FALSE FALSE L43O_PERM TRUE L43C_PERM L43F_PERM L043BWX L043BWX L043BWX L043BWX

CMD KMASK LPRES0 LPRES1 LPRES2 LPRES3 LPRES4 LPRES5 LPRES6 LPRES7 LPERM0 LPERM1 LPERM2 LPERM3 LPERM4 LPERM5 LPERM6 LPERM7

9 STATE LOUT0 LOUT1 LOUT2 LOUT3 LOUT4 LOUT5 LOUT6 LOUT7 CMDPRST

SS43 EGD L43O EGD RUNG_19.E 0051 L43CD EGD L43C EGD L43F EGD L43M EGD L43A EGD UNIT1.SYNC.RUNG_5.E 0105 L43RS EGD L43CA EGD

09 10 11 12 13 14 15

16

16 L43_AUX_LOGIC_7:L43AUXL1

10

17

17 _COMMENT_35

18

18 START_L1

19

True

22 23 24

L1XX1

19

EGD

_COMMENT_39

20 21

12 MS_ENAB2 MS_ENAB1

20

COUNTER_TIMERS_L2_9:CNTTMRL2

FALSE TRUE L1X L1XY L4 RUNG_44.OUT 0050 FALSE TRUE

14

21

GAS1_INH GAS2_INH MIS_ENA1 MIS_ENA2 MIS_INH1 HVY_FUEL1 HVY_FUEL2

22 23 24

25

25

26

26

27

27

28

28

29

29


C


F


H

I


K

L



W

X

Y


Z

A

B

C

D

E

SHUTDOWN_L1_10

00

L39VD2 L63TFH REDUN_SENSR_63TF_13.l63tfh 0046 01 L27SD1 UNIT1.TEMP_CON.TMV_18.log_out 0110 FALSE FALSE 02 FALSE FALSE 03 FALSE L14HRZ 04 L52GY TMV_155.log_out 0058 L1STOP_CPB PB_Handler.PB_Handler.PB_50.MOVE_1.DEST EGD 0 05 0 L39VV5_256.L39VD2 0071

06

F

G

H

I

J

K

L

M

N

O

P

Q

R

S

T

U

V

W

X

Y

Z

15

00

SHUTDWN1 SHUTDWN2 SHUTDWN3 SHUTDWN4 SHUTDWN5 SHUTDWN6 SHUTDWN7 SHUTDWN8 SPD_LATC ZEROLOAD L1STOP SHUTDWN9 SHUTDWN10

01 02 03 04 05 06

_COMMENT_40

07

07 COOLDOWN_6_L1

l4hr L14HS L14TV1_3.L14HS 0044 l26qa l26qn L26QT l52qa l63qa1l l63qq1h False False l71qh l71ql l72qez 0 0

CLUTCH_RATCHET_L1_59.L4HR 0048

08 09 10 11 12 13

17 HYD_R_QA L4QEZ QE_SPEED L94QEZ L26QA L4QAZ L26QN L26QT L52QA L63QAL L63QQ1H L63QQ2H L63QQ3H L71QH L71QL L72QEZ L4HR L63QA1L

l4qez l94qez EGD l4qaz EGD EGD

08 09 10 11 12 13

14

14 _COMMENT_38

15

15 REDUN_SENSR_LUBE_HYD_12

16 17 18 19 20 21

l63hg1l l63hg3l l63hg2l l63hl1l l63hl2l l63hl3l l26qt1a l26qt1b l26qa l63qt2a l63qt2b l52qa l63qa1l

19

L63HG1L L63HG3L L63HG2L L63HL1L L63HL2L L63HL3L L26QT1A L26QT1B L26QA L63QT2A L63QT2B L52QA L63QA1L

22

l63tf1h l63tf2ah 23 l63tf2bh L3COM_B MarkVIe_MMV_System.CtrlMdStat.RUNG_9.OUT 0017 24 K63TFH_SENSR

16 17 18 19 20 21

REDUN_SENSR_63TF_13:RESEN_TF

l63tf1h l63tf2ah l63tf2bh l3com_b k63tfh_sensr

20 l63tfh l63tfh_alm l63tfh_sensr t63tfh_sensr

22

L63TFH L63TFH_ALM A EGD L63TFH_SENSR A EGD T63TFH_SENSR EGD

EGD SHUTDOWN_L1_10.SHUTDWN2 0046

23 24

25

25

26

26

27

27

28

28

29

29


C


F


H

I


K

L



W

X

Y


Z

A

B

C

D

E

F

G

H

I

J

K

L

M

N

O

P

Q

R

S

T

U

V

W

X

Y

Z

00

00

01

01

02

02

03

03

04

04

05

05

06

06

07

07

08

08

09

09

10

10

11

11

12

12

13

13

14

14

15

15

16

16

17

17

18

18

19

19 RUNG_23

20 ((((~A*B)*C)*D)*~E) FALSE L3RS RUNG_27.OUT 0051 L1X l33cse L63QT

21 22

EQN A B C D E

23

A

B

C

D

30 OUT

E

21 22 RUNG_24

((((~A+B)*(~C+D))*~E)*~F) L3GFLT L3GFLTV1_369.L3GFLT 0076 L84TL FSR1V1_252.L84TL 0070 L3LFLT FQROUTV1_254.L3LFLT 0070 L84TG FSR1V1_252.L84TG 0070 L62TT2 L2DWZ2

24 25 26

20 L4SX

EGD RUNG_42.A 0049

EQN A B C D E F

A

C

B

D

E

F

31 OUT

23 L3ACS EGD RUNG_26.B 0051

24 25 26

27

27

28

28

29

29


C


F


H

I


K

L



W

X

Y


Z

A

B

C

D

E

F

G

H

I

J

K

L

M

N

O

P

Q

R

S

T

U

V

W

X

Y

Z

00

00 RUNG_33

((A*~B)*~C) L60FFLH FQROUTV1_254.L60FFLH 0070 L14HA L14TV1_3.L14HA 0044 L2WX 02

01

EQN A B C

A

B

TMV_34:TIMER_SEC

40 OUT

C

RUNG_33.OUT K2SFTL 0



L2SFTL T2SFTL EGD EGD

01 02

03

03

04

04 MOVE_48

05 06

l4ct True

SRC ENABLE

55 DEST

RUNG_35

L4CT_ALM EGD

L2SFTG ((A*B)+(C*~D)) L60FSGH L3GFLTV1_369.L60FSGH 0076 L28FDY L86MR1_CPB MarkVIe_MMV_System.CtrlMdStat.PBHDLR_5.OUTXFER_1.DESTVAR EGD

A

07

C EQN A B D

A

B

C

D

42 OUT

RUNG_36

L2SFTG

EGD

L2SFTL L2SFTG (A+B)

A B EQN

43 OUT

A

05 L2SFT EGD RUNG_39.B 0049

A

06

B

07

08

08

09

09

10

MOVE_53

l45ftx1 True

SRC ENABLE

60 DEST

RUNG_37

L45FTX1_ALM EGD

(A+B) l5e FALSE

A

11

EQN A B

44 OUT

A

10

L5EX

EGD RUNG_39.E 0049

11

B

12

12

13

13

14

14 MOVE_55

15

l5e True

SRC ENABLE

62 DEST

RUNG_41

L5E_ALM EGD

L63QTX L4Y TMV_47.log_out 0050 L4 RUNG_44.OUT 0050 ((A*B)+(C*~D)) L63QT

A

16

C D B EQN A

A

B

C

D

48 OUT

L63QTX A EGD RUNG_38.D 0049

15 16

17

17

18

18 CLUTCH_RATCHET_L1_59

19 20 21

L63DMY l43dets L2DW l33cse l33hrf l43hrjog l49hr1a

HR_PERM HR_INHB CLUT_EN L33CSE L33HRF L43HRJOG L49HR1A

66 L20CS1X L4HR L4HR_QE

RUNG_58

l20cs1x l4hr EGD COOLDOWN_6_L1.HYD_R_QA 0046

(A+B) l86tgt l86t

EGD

EQN A B

A

65 OUT

L86ALL

EGD RUNG_38.E 0049

19

B

20 21

22

22

23

23

24

24

25

25

26

26

27

27

28

28

29

29


C


F


H

I


K

L



W

X

Y


Z

A

B

C

D

E

F

G

H

I

J

K

L

M

N

O

P

Q

R

S

T

U

V

W

X

Y

Z

00

00 RUNG_29

01 02

L3ACS RUNG_24.OUT 0047 ((~A+B)+C) L86FPG2IH TMV_335.log_out 0075 l27qel

A EQN B C

A

RUNG_30

36 OUT

L4PRETX

L4PRETX (A*~B) L28FDX

EGD

B

A EQN B

A

37 OUT

B

RUNG_42

L4PRET

EGD

C

L4Y TMV_47.log_out 0050 (((A*B)*C)*~D) L4SX RUNG_23.OUT 0047 L14HR L14TV1_3.L14HR 0044 L14HM L14TV1_3.L14HM 0044

C EQN A B D

A

B

C

D

49 OUT

L4S

EGD RUNG_44.A 0050

01 02

03

03

04

04

05

05 RUNG_31

06 07 08 09

L4 RUNG_44.OUT 0050 ((((((A*B)*~C)*D)*E)+(F*G))+H) L63HLL L63HGL L2TVX L28FDX L26QT L14HSX L4POSTX1 RUNG_288.OUT 0072

E EQN A B C D F G H

A

B

F

G

C

D

RUNG_32

38 OUT

E

L4POSTX

L4POSTX ((((A+B)+C)+D)+E) L28FDT L30SPT L86TXT TTXMV4_226.L86TXT 0065 L86TFB TTXMV4_226.L86TFB 0065

EGD

H

A EQN B C D E

39 OUT

A

RUNG_43

L4POST

EGD

B C D E

L4PRET L4POST L4PST ((((A+B)+C)+D)+E) L3SMT L4IGVT

B C A EQN D E

A

50 OUT

L4T

EGD RUNG_21.D 0051

06

B

07

C D

08

E

09

10

10 RUNG_38

11

L63QTX L86ALL ((((~A*~B)*~C)*~D)*~E) FALSE l45ftx1 L86FPG2LT TMV_348.log_out 0075 RUNG_41.OUT 0048 RUNG_58.OUT 0048

12 13

D E EQN A B C

A

B

C

D

45 OUT

E

RUNG_40

L4PSTX1

L4PSTX1 L4PSTX2 ((((~A+~B)+C)+~D)+E) L12HF L12HV1_4.L12HF 0045 L4PSTX4 RUNG_289.OUT 0072 FALSE

EGD

RUNG_39

L2SFT L5EX RUNG_37.OUT 0048 ((((((~A*~B)*~C)*~D)*~E)*~F)*~G) L39VT L39VV5_256.L39VT 0071 l4ct L3LFLT FQROUTV1_254.L3LFLT 0070 L12H_FLT RUNG_284.OUT 0072 L86FPG2HT TMV_342.log_out 0075 RUNG_36.OUT 0048

16 17 18

A

L4PST

11

EGD

B

12

C

13

D E

14 15

A B EQN C D E

47 OUT

B E EQN A C D F G

A

B

C

D

E

F

46 OUT

G

14 15

L4PSTX2

EGD

16 17 18

19

19

20

20

21

21

22

22

23

23

24

24

25

25

26

26

27

27

28

28

29

29


C


F


H

I


K

L



W

X

Y


Z

A

B

C

D

E

F

G

H

I

J

K

L

M

N

O

P

Q

R

S

T

U

V

W

X

Y

Z

00 01 02 03

00 RUNG_44

L4 L4S RUNG_42.OUT 0049 L4T RUNG_43.OUT 0049 (((A+B)*~C)*~D) L94T

B A C EQN D

A

C

D

51 OUT

B

RUNG_15

L4

L4 ~A*~B+C L4PTR1_FB MarkVIe_MMV_System.MarkVIeMigration.RUNG_11.OUT 0031 L4PTR2_FB MarkVIe_MMV_System.MarkVIeMigration.RUNG_12.OUT 0031

C EQN A B

EGD L12HV1_4.L4 0045

A

B

22 OUT

RUNG_28

L3MP

L86HD L4Y (((((~A+~B)+~C)+D)*E)+(~F*G)) L63HLLX l33fl1c L63HGLX l33fl2o L86MR1_CPB MarkVIe_MMV_System.CtrlMdStat.PBHDLR_5.OUTXFER_1.DESTVAR EGD

EGD RUNG_16.C 0051

C

04

G E EQN A B C D F

A

35 OUT

E

01

L86HD EGD RUNG_19.F 0051

A

02

B C

03 D F

04

G

05

05 NOT_45

L4

A

06

52 OUT_A NOT_A

TMV_47:TIMER_SEC

NOT_46.NOT_A K4Y 0

L4_XTP EGD


07


RUNG_49

L4Y T4Y EGD

EGD RUNG_20.B 0051

L4Y ((~A*B)*C) l3cp L14HR L14TV1_3.L14HR 0044

B EQN A C

A

B

56 OUT

C

L3CP_ALM EGD

A

06 07

08

08

09

09 NOT_46

L4

A

10

NOT_50

53 NOT_A OUT_A

L3MP

A

57 NOT_A OUT_A

TMV_51:TIMER_SEC

NOT_50.NOT_A K3MP 0



L3MP_ALM EGD T3MP

A

10

EGD

11

11 RUNG_57

12

L4Y (((A+B)*C)*D) L4ETR1 MarkVIe_MMV_System.MarkVIeMigration.RUNG_8.OUT 0031 L4ETR2 MarkVIe_MMV_System.MarkVIeMigration.RUNG_9.OUT 0031 L14HR L14TV1_3.L14HR 0044

13 14

C EQN A B D

A

C

64 OUT

D

12

L4ETR_FLT EGD

A

B

13 14

15

15 RUNG_61

16

L83DT_CMD ((A+B)*~C) L43DT_ON PB_Handler.PB_Handler.PB_24.MOVE_1.DEST EGD L43DT_OFF PB_Handler.PB_Handler.PB_23.MOVE_1.DEST EGD

17

B EQN A C

A

C

69 OUT

16

L83DT_CMD

EGD RUNG_21.A 0051

B

17

18

18

19

19

20

20

21

21

22

22

23

23

24

24

25

25

26

26

27

27

28

28

29

29


C


F


H

I


K

L



W

X

Y


Z

A

B

C

D

E

F

D

25 OUT

G

H

I

J

K

L

M

N

O

P

Q

R

S

T

U

V

W

X

Y

Z

00

00 RUNG_18

01 02 03

(A+B)*C*~D*~E l27bn l27bz l3cp L86TCI L3IGVFLT

EQN A B C D E

A

06 07 08

L86HD RUNG_28.OUT 0050 (((((A*B)*~C)*D)*~E)*~F) L14HR L14TV1_3.L14HR 0044 l26qn l12hblt L28FDSCK L43O CMDSTATE_6.LOUT0 0045

F EQN A B C D E

12 13 14 15

B EQN A C

A

B

B

C

D

E

26 OUT

F

((~A*B)*C) L52GX 19 MOVE_150.DEST 0058 L3ACS RUNG_24.OUT 0047 L3VOTE_Q MarkVIe_MMV_System.CtrlMdStat.RUNG_8.OUT 0016

B

C

D

L3STCK

L3STCK (A+B+C+D)*E L4ETR1 MarkVIe_MMV_System.MarkVIeMigration.RUNG_8.OUT 0031 L4PTR1_FB MarkVIe_MMV_System.MarkVIeMigration.RUNG_11.OUT 0031 L4ETR2 MarkVIe_MMV_System.MarkVIeMigration.RUNG_9.OUT 0031 L4PTR2_FB MarkVIe_MMV_System.MarkVIeMigration.RUNG_12.OUT 0031

EGD RUNG_25.A 0051

E EQN A B C D

A

E

RUNG_16

L3MPCK

L86MP L3MPCK L3MP RUNG_15.OUT 0050 (((~A*B)+~C)+D) L86MR1_CPB MarkVIe_MMV_System.CtrlMdStat.PBHDLR_5.OUTXFER_1.DESTVAR EGD

EGD

B C

TMV_17.log_out 0051

B D C EQN A

A

23 OUT

B

TMV_17.log_in 0051

01

C

02

D

D

03

L3STCK1

EGD

07 27 OUT

08

L3STCK2

EGD

09

A D EQN B C E F

A

B

C

D

E

F

28 OUT

A EQN B

A

32 OUT

B

12 13 RUNG_27

L86MP EGD RUNG_16.B 0051 T86MP EGD

L86MP L3RS1 L3RS2 ((A*B)*~C)

A

C A B EQN

A

B

C

34 OUT

MOVE_52

L3RS

EGD RUNG_23.B 0047

FALSE True

SRC ENABLE

59 DEST

MOVE_54

L45FAX_ALM EGD

A

FALSE True

SRC ENABLE

61 DEST

MOVE_56

L45FTX2_ALM EGD

A

FALSE True

SRC ENABLE

63 DEST

14

R5E_ALM EGD

A

15 16

L3RS1 EGD

17

RUNG_26

EQN A B C

10 L3STCK3 EGD

11



RUNG_25

L3STCK RUNG_22.OUT 0051 (A*~B) L2FZ

A

21 OUT

04

TMV_17:TIMER_SEC

RUNG_16.OUT0051 K86MP 0

A B C D EQN

RUNG_14

06

RUNG_21

18

20

L3STCK0 L3STCK1 L3STCK2 L3STCK3 A*B*C*D

29 OUT

05

C

L83DT_CMD RUNG_61.OUT 0050 EGD L4T RUNG_43.OUT 0049 (((((~A*~B)*~C)*~D)*~E)*~F) L43DIAG L39VD3 L39VV5_256.L39VD3 0071 L4ETR1 MarkVIe_MMV_System.MarkVIeMigration.RUNG_8.OUT 0031 L4ETR2 MarkVIe_MMV_System.MarkVIeMigration.RUNG_9.OUT 0031

16 17

A

RUNG_20

L4Y ~A*B*C L86CB TRUE

10 11

L3STCK0

EGD

RUNG_19

TMV_47.log_out 0050

09

E

B

04 05

C

RUNG_22

A

B

C

33 OUT

18 L3RS2 EGD

19 20

Pre_L60BOGV1_63

L60BOGV1_60

67

21

TNH L83BOG LK60BOG1 LK60BOG2_U

TNXLATV1_2.tnh 0045

22

TNH L83BOG K60BOG1 K60BOG2

68 L60BOG BOG2_T TNHZ1

21

L60BOG

EGD

22

23

23

24

24

25

25

26

26

27

27

28

28

29

29


C


F


H

I


K

L



W

X

Y


Z

A 00 01

B

C

D

E

F

G

H

I

J

K

L

M

N

O

P

Q

R

S

T

U

V

W

X

Y

Z

_COMMENT_62

00

PN signal has been found to drop out occasionally during startup f he MKV. This causes L63DM_QDM and L4DE to D.D. and trip. To overcome this added a 1 sec dropout on L14P1X a new aux to L14P one for L14P2.

01

02

All instances of L14P1 and L14P2 (apart from the coil in PN compar n named to L14P1X and L14P2X.

02

03

r. flynn 11 may 05

03

04

NOT_63

L14P1

L14TV1_3.L14P1 0044

A

05 06

NOT_66

L14P2 L14TV1_3.L14P2 0044

NOT_63.NOT_A K30PNX 0



NOT_65

L14P1Y T30PN1

L14P1Y

L14P2Y EGD T30PN2 EGD

L14P2Y

EGD

NOT_66.NOT_A K30PNX 0



A

EGD

TMV_67:TIMER_SEC

74 NOT_A OUT_A

A

07 08

TMV_64:TIMER_SEC

71 NOT_A OUT_A

NOT_68

A

73 OUT_A NOT_A

76 OUT_A NOT_A

04 05

L14P1X

EGD DIESEL_CONTROL_L3.L63DM 0052

06 L14P2X

07

EGD RUNG_71.A 0052

08

_COMMENT_41

09

09 DIESEL_CONTROL_L3

10 11 12

L1FX l43dets l33cse L14P1X NOT_65.NOT_A 0052 l63qdn L45FTX l33cse

13

78 L4DE1 L4DS

FST_STRT L43DETS RAT_PERM L63DM L63QDN FIREPROT L33CSE

l4de1 l4ds EGD EGD

10 11 12 13

_COMMENT_42

14

MOVE_72

L20DAR True

15 16 17

TMV_70:TIMER_SEC

L28FDX K2DW1 0



RUNG_71

L2DW1 EGD T2DW1 EGD

L20DAR L2DW1 (((((~A*B)+C)*D)+(~E*F))*G) L14P2X NOT_68.NOT_A 0052 L14HR L14TV1_3.L14HR 0044 L2DWX L43O_F L4DA

18 19 20 21 22 23 24 25 26 27

AUX_OUTPUTS_L1_76

L28FDY l26bt2l FALSE TRUE l27mc1n l52hq l63hq1l l63hf1h L14HR L14TV1_3.L14HR 0044 l4fc1 l52fc l71wl l52qa FALSE l63bql l52qa

29

(~A*~B) L4DE L4DEY

EQN A B


A

A

B

D

C E

F

G

81 OUT

l20dar1

EGD

15

RUNG_73

L20DAR EGD

L20DAR ((((~A*~B)*~C)*~D)*E) L14HR L14TV1_3.L14HR 0044 L14P2X NOT_68.NOT_A 0052 L2WX L4DA

C EQN A B D E

A

B

C

D

E

83 OUT

16 l20dcs EGD

17 18 19 20

l4bqz EGD l4fc2 EGD

21 22 23 24

TRUE l4hqz

25

EGD

26 27

RUNG_74

28

86 L4BQZ L4FC2 L4BTZ1 L4AB L4QVZ1A airinlet airfilt ldcoup evapcool spchtr motor2 L4HQZ

startmtr L26BT2L acin lin1 L27MC1N L52HQ L63HQ1L L63HF1H L14HR L4FC1 L52FC L71WL L52QA L33CL L63BQL L52QA2

B F EQN A C D E G

SRC ENABLE

14

82 DEST

B

84 OUT

MOVE_75

l4dez

EGD

l26dw1h True

SRC ENABLE

85 DEST

28

L26DWH_ALM EGD

A

29 C


F


H

I


K

L



W

X

Y


Z

A 00 01

B

C

D

E

F

G

H

I

J

K

L

M

N

O

P

Q

R

S

T

U

V

W

X

Y

Z

_COMMENT_77

00

*** ADD NEW CODE FOR BT FAN CONTROL AS THE 26BT TEMP SW IS BAD** 1. BT ALWAYS ON IF FLAME 2. AFTER FLAMEOUT BT WILL BE OFF 15 MIN ON 30 MIN UNTIL L69TWW=1 IE MAX WHEELSPACE BELOW 300 F

01

02

02 TMX_80:TIMER_MIN

03

L4BTA K48BTB 0

04 05 06

RUNG_78

L4BTB (~A*~B) L28FD

B EQN A

A

TMX_79:TIMER_MIN

88 OUT

B

RUNG_78.OUT K48BTA 0



RUNG_81

L4BTA EGD T48BTA EGD E48BTA EGD

07 08 09

MOVE_83

l39fc1_2 True

C EQN A B D

91 OUT

A B

04

NOT_82

L4BTON EGD

RUNG_81.OUT

A

92 OUT_A NOT_A

05 l4btz1

06

EGD UNIT1.SEQ_AUX.NOT_40.A 0113

C

07

D

L39FC_ALM A EGD

09

_COMMENT_45

10 11

L4BTA ((~A+(~B*C))+D) L28FDY L69TWW L30WSAV1_125.L69TWW 0055 L45HTBTON UNIT1.SEQ_AUX.RUNG_8.OUT 0111

03

L4BTB T48BTB EGD E48BTB EGD EGD

08

93 DEST

SRC ENABLE



10

LL_COOL_WATER_PUMPS

l63wcl

95 L4WCZ1 L4WCZ2

L63WCL

11

l4wcz1 l4wcz2 EGD EGD

12

12

_COMMENT_46

13 14

13 MOVE_85

L14HSX True

RUNG_86

97 DEST

SRC ENABLE

l4tkz1 EGD

l4tkz1 (A*B) l27mc1n

15 16 17

RUNG_89

((A+B)*C) l63tk1l l63tk2l L2G TMV_152.log_out 0058

18 19 20

EQN A B C

A

101 OUT

C

EQN A B C

A

B

TMV_87:TIMER_SEC

98 OUT

RUNG_86.OUT K4TKY 0

AUX_SPEED_SIGNALS_91:AUXSPDL1


A

B

MOVE_88

L4TKY EGD T4TKY EGD

L4TKY True

SRC ENABLE

100 DEST

l33cb1o l33cb2o csgv

L33CB1O L33CB2O CSGV

14

l4tkz2

EGD

15 104 L20CB1X L20TV1X

PURGE_FIRE_L1

l20cb1x l20tv1x EGD EGD

L3TVP True L43BWX

105 PERM_PUR L2TVX1 PERM_IGN INHB_IGN

16

l2tvx1

EGD

17 18

102 OUT

C


CMPR_BLEED_VALVE_L1

103

L63TK_ALM EGD

A

B

RUNG_90

((A*B)*C) l63tk1l l63tk2l L2G TMV_152.log_out 0058

A EQN B

L90TKL A EGD

19 20

_COMMENT_47

21

21

22

22

_COMMENT_88

******************************************************************

23

following rungs are added to replace BBL #DEFINE MODULE LIQAUXL1 on 05-17-2004

23

24

******************************************************************

24

25 26

MOVE_95

L20CBX True

SRC ENABLE RUNG_96

27 28

108 DEST

((~A+~B)*C) L43FTG RUNG_241.OUT 0069 L84TG FSR1V1_252.L84TG 0070 L4 RUNG_44.OUT 0050

EQN A B C

A

C

25 l20ab1x

EGD

109 OUT

26 MOVE_97

L4FD EGD TMV_99.log_in 0054

L4FD True

SRC ENABLE

110 DEST

27 L4FD1

EGD

28

B


29 C


F


H

I


K

L



W

X

Y


Z

A 00

B

C

D

E

F

G

H

I

J

K

L

M

N

O

P

Q

R

S

T

U

V

W

X

Y

Z

_COMMENT_54

00

LZZ output not applicable in Mark VIe. Next block not required. ~RM

01

01 MOVE_100

L4FDZ True

02 03 04

06

RUNG_112

(A*B) L14HS L14TV1_3.L14HS 0044 l63adl

EQN A B

A

L4FDZ EGD T4FDZ EGD

125 OUT

B

l20fdx

L4FDZ (((A+B)*C)*D) L2TVX L28FDX L4 RUNG_44.OUT 0050

C EQN A B D

A

C

RUNG_101.OUT True

EGD

RUNG_101



05

07

SRC ENABLE

TMV_99:TIMER_SEC

L4FD RUNG_96.OUT 0053 K4FDZ 0

MOVE_102

113 DEST

114 OUT

D

116 DEST

SRC ENABLE

02 03

l20fl1x_ref

EGD

04 05 RUNG_104

L63ADL_ALM A EGD

L20CFX L20FLX (((A+B)*C)*D) l33fl2o TRUE

B C EQN A D

A

C

MOVE_105

117 OUT

D

L20CFX EGD RUNG_198.C 0062

RUNG_104.OUT True

NOT_114

L4FD

RUNG_96.OUT 0053

A

TMV_115:TIMER_SEC

127 NOT_A OUT_A

NOT_114.NOT_A K4FDY 0

12 13

RUNG_117

(((~A*B)*C)*~D) L84TL FSR1V1_252.L84TL 0070 L43FTG RUNG_241.OUT 0069 L4 RUNG_44.OUT 0050 L83FM RUNG_240.OUT 0069

EQN A B C D

A

B

C

D



L4FDY (A*B) L14HSX

A

RUNG_117.OUT K20PL1X 0



L20FLZ T20FLZ EGD

L20FLZ (A*B) L63HLL

EGD

l20aax

L20FLZ ((~A*~B)*C) L63HLL l33fl2o

EGD

RUNG_120

l20pl1x T20PL1X EGD

L33PLO ((((~A+~B)+~C)*D)+(((C+B)+A)*~D)) l33pl1o l33pl2o l33pl3o

EGD

RUNG_119.OUT 0054

B EQN A

A

123 OUT

B

D EQN A B C

A

D

133 OUT

09

L63HLL_ALM EGD

A

10

RUNG_111

129 OUT

B

TMV_118:TIMER_SEC

130 OUT

07

RUNG_110



B EQN A

06 l20cf1x EGD

08

RUNG_116

L4FDY T4FDY EGD

EGD RUNG_309.B 0073

118 DEST

SRC ENABLE

B

TMV_106:TIMER_SEC

L20FLX K20FLZ 0

10

15

RUNG_101.OUT True

l20fl1x

EGD

B

09

14

SRC ENABLE MOVE_103

L20FLX EGD FQROUTV1_254.FLSOL 0070

08

11

115 DEST

C EQN A B

A

B

124 OUT

C

11

L33FL_ALM EGD

A

12 13

TMV_121:TIMER_SEC

L33PLOX

L33PLOX K30PLX 0

EGD

B



L33PLX_ALM EGD T30PLX EGD A

14

C C

15 D

16

16 B

17

17

A

RUNG_119

18

(((A*B)+(B*C))+(A*C)) l33pl1o l33pl2o l33pl3o

19

EQN A B C

A

B

B

C

A

C

132 OUT

RUNG_122

L33PLO

EGD RUNG_120.D 0054

l20pl1x L33PLO (((A*~B)+(~A*B))*C) L14HS L14TV1_3.L14HS 0044

A B EQN C

A

B

A

B

C

TMV_123:TIMER_SEC

135 OUT

RUNG_122.OUT K30PLX 0



18

L33PLO_ALM EGD T30PLO EGD A

19

20 21

20 MOVE_107

FALSE True

120 DEST

SRC ENABLE

TMV_108:TIMER_SEC

L26FD1H_ALM A EGD

22 23 24

l63lf1h K63LF1H_ALM 0



TMV_109:TIMER_SEC

L63LF1H_ALM A EGD T63LF1H_ALM EGD

FALSE K63LF2H_ALM 0



MOVE_113

L63LF2H_ALM A EGD T63LF2H_ALM EGD

l26aah True

SRC ENABLE

126 DEST

21

L26AAH_ALM EGD

A

22

_COMMENT_118

23

****************************************************************** end OF BBL #DEFINE MODULE LIQAUXL1

24

******************************************************************

25 26

25 Pre_L30WSAV1_129

138

26

27

27

28

28

29

29


C


F


H

I


K

L



W

X

Y


Z

A 00 01 02 03 04 05 06 07 08 09 10 11

B

C

D

L30WSAV1_125

ttws1fi1 ttws1fi2 ttws1fo1 ttws1fo2 ttws1ao1 ttws1ao2 ttws2fo1 ttws2fo2 ttws2ao1 ttws2ao2 ttws3fo1 ttws3fo2 ttws3ao1 ttws3ao2 WSKALM1 WSKALM2 WSKALM3 WSKALM4 WSKALM5 WSKALM6 WSKALM7 WSKALM8 WSKALM9 WSKALM10_U L3 LK69TWW

TCP1_A TCP1_B TCP2_A TCP2_B TCP3_A TCP3_B TCP4_A TCP4_B TCP5_A TCP5_B TCP6_A TCP6_B TCP7_A TCP7_B KALM1 KALM2 KALM3 KALM4 KALM5 KALM6 KALM7 KALM8 KALM9 KALM10 L3 K69TWW

139 STRTB_T L30WSA2 L30WSA1 L69TWW ALM2

E

F

G

TRUE l52hq l52qa 13 L52Z UNIT1.SYNC.RUNG_28.OUT 0105 l72qez 14 l33cse

I

J

K

L

WATER_WASH_OFFLIN_L2_126

L14HRZ

M 140 L4BW1 L4BW2

L14HT

L30WSA2 EGD L30WSA1 A EGD L69TWW EGD RUNG_81.B 0053 A

N

O

P

Q

R

FLAME_DETECTION_L1_127:FLAME_L1

l4bw1

EGD

FALSE

S

T

U

V

W

X

Y

Z

141

00

ABRA_CLN

01 02 03 04 05 06 07 08 09 10 11

COMPLETE_SEQUENCE_L1_128

12

H

LOAD_PRESET_L1_129

142

CMDSTATE_130

143 SC43LOAD EGD SK43LOAD LOAD_CLR LOAD1_PRSET FALSE FALSE FALSE FALSE FALSE FALSE TRUE TRUE TRUE TRUE TRUE FALSE FALSE FALSE

L3QSX L52HQ L52QA L52Z L72QEZ L33CSE

15 16 17 18 19



12

SS43LOAD L83CAPCAN EGD UNIT1.TEMP_CON.RUNG_5.F 0109 L83PS EGD DPYSTAT1_142.INPUT3 0057 L83B EGD DPYSTAT1_142.INPUT4 0057 L83P EGD UNIT1.TEMP_CON.RUNG_2.B 0109 L83EX EGD DPYSTAT1_142.INPUT6 0057 L83LOAD5 EGD L83LOAD6 EGD L83LOAD7 EGD EGD

13 14 15 16 17 18 19

20

20

21

21

22

22

23

23

24

24

25

25

26

26

27

27

28

28

29

29


C


F


H

I


K

L



W

X

Y


Z

A 00 01 02

B

C

D

E

05

12 13 14

A

17 18 19

M

N

O

P

Q

R

S

T

U

V

W

X

Y

Z 00 01

B

C

05 EQN A B C D E

((((A+~B)+C)*~D)*~E) L14HS L14TV1_3.L14HS 0044 L28FDX L84MIXT FSR1V1_252.L84MIXT 0070 L63FGL MOVE_323.DEST 0074 L3GFLT L3GFLTV1_369.L3GFLT 0076

A

B

147 OUT

C

07 08

A

D

A

148 OUT

E

09

L43FG_PERM

EGD CMDSTATE_138.LPERM0 0056

B

10

C

11

A

D

149 OUT

12

L43FL_PERM


13

B C

14 E

RUNG_136

EQN A B C

06

E

RUNG_135

EQN A B C D E

L43FL_PRSET

EGD CMDSTATE_138.LPRES2 0056

D

EQN A B C D E

((((A+~B)+C)*~D)+E) L14HS L14TV1_3.L14HS 0044 L28FDX L84MIXT FSR1V1_252.L84MIXT 0070 l63fdl TRUE

((A*~B)*~C) L14HS L14TV1_3.L14HS 0044 L94AX L63FGL MOVE_323.DEST 0074

02

04

((((A*~B)*~C)+D)+E) L43FM CMDSTATE_138.LOUT1 0056 L83FMX RUNG_239.OUT 0069 L43FTG RUNG_241.OUT 0069 L63FGL MOVE_323.DEST 0074 L86FG RUNG_304.OUT 0073

15 16

L

L43FG_PRSET EGD CMDSTATE_138.LPRES0 0056

RUNG_134

11

K

03

146 OUT

RUNG_133

10

J

******************************************************************

EQN A B C

09

I

Following Rungs are added for the Presets & permissive for the Dual fuel system

RUNG_132

08

H

_COMMENT_125

((A*~B)*C) L43FM 04 CMDSTATE_138.LOUT1 0056 L83FMX RUNG_239.OUT 0069 L43FTG RUNG_241.OUT 0069

07

G

******************************************************************

03

06

F

B

C

150 OUT

15 L43FM_PERM


16 17

_COMMENT_131

18

****************************************************************** end of permissive logic

19

******************************************************************

20

20 CMDSTATE_138

21 22 23 24 25 26 27 28

SC43F EGD SK43F L43FG_PRSET RUNG_132.OUT 0056 FALSE L43FL_PRSET RUNG_133.OUT 0056 FALSE FALSE FALSE FALSE FALSE L43FG_PERM RUNG_134.OUT 0056 L43FM_PERM RUNG_136.OUT 0056 L43FL_PERM RUNG_135.OUT 0056 FALSE FALSE FALSE FALSE FALSE



21

SS43F L43FG L43FM EGD RUNG_132.A 0056 L43FL EGD SEL_217.SEL1 0063 L43FH EGD L43FG1 EGD L43FG2 EGD L43FUEL_6 EGD L43FUEL_7 EGD EGD

EGD RUNG_241.A 0069

22 23 24 25 26 27 28


29 C


F


H

I


K

L



W

X

Y


Z

A 00 01

B

C

D

DPYSTAT1_139

L30D_SD L30D_SU L30D_RUN

INPUT1 INPUT2 INPUT3

153 OUTPUT

E

F

G

H

I

DPYSTAT1_140

NORMAL

EGD

02 03 04 05 06 07 08 09 10 11

L30F_MAN L30D_RSZ L30D_RS L30D_STG L30D_CRN L83SUFI RUNG_198.OUT 0062 L83SUWU RUNG_197.OUT 0061 L30D_ACN L30D_FSN L30D_SYN L30D_SPN L30D_LD L30D_FLD L30D_PS L30D_B L30D_P L30D_PLD L30D_ULD L30D_VM L30F_NI FSRV2_236.L30FNI 0067 L30D_FSD L30D_COA L30D_CD L30D_CDC FALSE L69SW

FSRV2_236.L30FMAN 0067

L14HS L14HC L14HA L14TV1_3.L14HA 0044 L14HM L14TV1_3.L14HM 0044 L14HT L14TV1_3.L14HT 0044 L14HRZ

12

L14TV1_3.L14HS 0044

L14TV1_3.L14HC 0044

13 14

INPUT1 INPUT2 INPUT3 INPUT4 INPUT5 INPUT6

STATUS_FLD

EGD

L14HRZ L30D_CRN

L

M

N

O

L28FDA L28FDB L28FDC L28FDD FALSE FALSE FALSE FALSE

IN0 IN1 IN2 IN3 IN4 IN5 IN6 IN7

155 OUT

P

Q

R

FLAME

L30D_STR L30D_STP L83PS CMDSTATE_130.LOUT1 0055 L83B CMDSTATE_130.LOUT2 0055 FALSE L83EX CMDSTATE_130.LOUT4 0055

S DPYSTAT1_142

EGD

INPUT1 INPUT2 INPUT3 INPUT4 INPUT5 INPUT6

T

U 156 OUTPUT

V

W

X

Y

Z 00

SELECT2

EGD

01 02 03 04 05 06 07 08 09 10 11

160 OUTPUT

SPEED_LVL

12

EGD

13 14

DISPLAY_LOGIC2_147:DISPLYL2

15

K

DPYSTAT2_141:COMPRESS

154 OUTPUT

INPUT1 INPUT2 INPUT3 INPUT4 INPUT5 INPUT6 INPUT7 INPUT8 INPUT9 INPUT10 INPUT11 INPUT12 INPUT13 INPUT14 INPUT15 INPUT16 INPUT17 INPUT18 INPUT19 INPUT20 INPUT21 INPUT22 INPUT23 INPUT24 INPUT25 INPUT26 DPYSTAT1_146

J

161

15

LOWSPEED CRN_INHB

16

16 DPYSTAT1_143

17 18

L4T L1FX L43BW FALSE

RUNG_43.OUT 0049

INPUT1 INPUT2 INPUT3 INPUT4

157 OUTPUT

DPYSTAT1_144

MSG_FLD1

L3SQ L83SCS_CMDEGD FALSE FALSE

EGD

158 OUTPUT

INPUT1 INPUT2 INPUT3 INPUT4

DPYSTAT1_145

MSG_FLD2

EGD

L30D_MAX L30D_TC L30D_MAN

19 20

INPUT1 INPUT2 INPUT3

159 OUTPUT

ALARMS_MISC_L1_148:ALARMSL1

MSG_FLD3

EGD

L26CTH l26bt1h FALSE l63tf1h FALSE l27mc1n l27bln l49x L41FY UNIT1.SYNC.TMV_9.log_out 0105

162

L26CTHA L26BT1H L30TF L63TF1H L30RHFLT L27MC1N L27BLN L49X L41FY

17 18 19 20

21

21

22

22

23

23

24

24

25

25

26

26

27

27

28

28

29

29


C


F


H

I


K

L



W

X

Y


Z

A

B

C

D

E

F

G

H

I

J

K

L

M

N

O

P

Q

R

S

T

U

V

W

X

Y

Z

_COMMENT_143

00

00

#DEFINE MODULE GENAUXL1

01 02 03 04 05 06

01

BLOCK GENERATOR_AUXIL_L1 ( L52GX1 : LOG, ;L52GX1 i/o assignment L52GT : LOG, ;L52GT i/o assignment L83VR1X : LOG, ;L83VR1X i/o assignment L83SRX : LOG, ;L83SRX i/o assignment L63CA3L : LOG, ;L63CA3L i/o assignment L63GFH : LOG, ;L63GFH i/o assignment L33GCC : LOG, ;L33GCC i/o assignment L49GH : LOG, ;L49GH i/o assignment L86TGT : LOG, ;L86TGT i/o assignment L64F : LOG, ;L64F i/o assignment L71WG : LOG, ;L71WG i/o assignment L26SFH : LOG, ;L26SFH i/o assignment L59E : LOG) ;L59E i/o assignment

02 03 04 05 06

07

07 MOVE_150

l52gx1 True

08

164 DEST

SRC ENABLE

RUNG_151

L52GX

L2GX L52GX ((A+(B*C))*~D) L4 RUNG_44.OUT 0050 L94X

EGD RUNG_26.A 0051

09

C A EQN B D

A

165 OUT

D

B

TMV_152:TIMER_SEC

L2GX

EGD UNIT1.SYNC.RUNG_11.A 0104

C

L2GX K2G 0



L2G T2G

08

EGD RUNG_89.C 0053 EGD

09

10

10 TMV_153:TIMER_SEC

L52GX K52GZ 0

11 12

log_in pu_del do_del NOT_154

L52GX

13

A


L52GZ T52GZ

11

EGD EGD


168 NOT_A OUT_A

NOT_154.NOT_A K52GY 0



L52GY T52GY

EGD SHUTDOWN_L1_10.ZEROLOAD 0046

14

14 CMP_AGTB_156:COMPARE

15

GT LK32DWF dwatt

16 17


RUNG_157

170 OUT

L52GX CMP_AGTB_156.OUT (A*B)

A B EQN

A

171 OUT

B

RUNG_159

L32DWF A EGD

L52GX L32DWF CMP_158.OUT ((A*~B)*C)

A B C EQN

A

B

C

173 OUT

15

L32DWRP

EGD TMV_160.log_in 0059

16 17

18

18 CMP_158:COMPARE

19 GT LK32DWRP dwatt

20 21 RUNG_163

22 23

(A*B) L14HF L14TV1_3.L14HF 0044 L4 RUNG_44.OUT 0050

EQN A B

A

B

RUNG_180

24 25

13

EGD

((A+B)*C) L14HS L14TV1_3.L14HS 0044 l43sra L14HF L14TV1_3.L14HF 0044

EQN A B C

A

C

TMV_164:TIMER_SEC

177 OUT

194 OUT

RUNG_163.OUT K2GFF1 0




172 OUT

19 20 21

TMV_165:TIMER_SEC

L2GFF1 T2GFF1 EGD

EGD RUNG_167.B 0059

L2GFF1 K2GFF2 0

log_in pu_del do_del MOVE_166

l4svr

L2GFF1 True

EGD

SRC ENABLE


22

L2GFF2 T2GFF2

EGD UNIT1.SYNC.RUNG_5.B 0105 EGD

23

180 DEST

24

B

25

26

26

27

27

28

28

29

29


C


F


H

I


K

L



W

X

Y


Z

A 00 01

B

04

D

E

F

G

H

I

TMV_160:TIMER_SEC

L32DWRP RUNG_159.OUT 0058 K32DW 0

02 03

C



RUNG_167

L52GX L2GFF1 ((A*B)+C) L3

C B EQN A

MOVE_150.DEST 0058 TMV_164.log_out 0058

A

181 OUT

B

J

K

L

RUNG_161

L32DW T32DW EGD

L32DW ((A*B)*~C) L4 RUNG_44.OUT 0050 L94X

EGD

A EQN B C

A

B

L32DW_ALM EGD

A

RUNG_162

l83srx

L32DW ((((~A+(B*C))+D)+E)+F) L14HS L14TV1_3.L14HS 0044 L33CDMN TNRV1_193.L33CDMN 0061 L94X L94EK L52G_TRIP PB_Handler.PB_Handler.PB_2.MOVE_1.DEST EGD

EGD

C

05

E EQN A B C D F

176 OUT

A B

N

O

P

Q

RUNG_168

175 OUT

C

M

(A*B) l63ca3l L14HSX

EQN A B

A

B

R

S

T

U

V

W

X

Y

Z

TMV_169:TIMER_SEC

182 OUT

RUNG_168.OUT K30GNL 0



00

L63CA3L_ALM EGD T30GNL EGD A

01 02

l52gt

EGD

03

C

04

D E

05

F

06

06 RUNG_175

L52GX MOVE_150.DEST 0058 ((A*~B)*~C) L3 L52SX 08 UNIT1.SYNC.RUNG_4.OUT 0105

07

B EQN A C

A

B

C

189 OUT

L52G_ALM A EGD

07 08

MANUAL_SET_POINT_LONG_186:MANSET3

09 10 11 12 13

LK90PSMX LK90PSMN FALSE LK90PSR LK90PSR L90PSEL_CMDEGD FALSE 0 FALSE FALSE FALSE

200 REF_OUT AT_MAX AT_MIN

MAXLMT MINLMT RT2SEL RATE2 RATE1 CMD LPRESET VPRESET RAISE LOWER RL_ENA

L90LV1_187:L90LV2

L90PSEL L33PSMX EGD L33PSMN EGD EGD

L90PSEL FSRN FSRNV1_224.FSRN 0064 FSRT FSRTV3_229.FSRT 0067 LK90DB3 LK90DB4 L83RMAX UNIT1.TEMP_CON.NOT_15.NOT_A 0110 L83PS CMDSTATE_130.LOUT1 0055 LK90MAX LK90SPIN dwatt LK90DB1 LK90DB2

201 L90LR L90LL

PRESEL FSRN FSRT K90DB3 K90DB4 L83RMAX L83PS K90MAX K90SPIN LOAD K90DB1 K90DB2

09

L90LR L90LL EGD EGD

10 11 12 13

14

14 MOVE_170

15

l63gfh True

16 17

184 DEST

SRC ENABLE MOVE_176

l64f True

190 DEST

SRC ENABLE

MOVE_171

L63GFH_ALM A EGD

l33gcc True

MOVE_177

L64F_ALM A EGD

l71wg True

185 DEST

SRC ENABLE

SRC ENABLE

191 DEST

MOVE_172

L33GCC_ALM A EGD

L49GCALC True

L30COMPV1_258.OUTPUT 0071

SRC ENABLE

MOVE_178

L71WG_ALM A EGD

FALSE True

192 DEST

SRC ENABLE

18 19 20 21 22 23 24 25 26 27 28

SYNCH_VOLT_MATCH_L1_182:SYCVMAT1

186 DEST

MOVE_173

L49GH_ALM A EGD

l86tgt True

SRC ENABLE

MOVE_179

L26SFH_ALM EGD

A

l59e True

SRC ENABLE

187 DEST

193 DEST

MOVE_174

L86TGT_ALM EGD

A

l86t True

SRC ENABLE

L60SYNC1_181

L59EA_ALM EGD

A

TNH TNXLATV1_2.tnh 0045 SYS_FREQ L83FSNL UNIT1.SYNC.NOT_23.NOT_A 0105 sfl2 LK60TNMO LK60TNMD LK60TNME SVLX UNIT1.SYNC.MPY_39.OUT 0106 DVX UNIT1.SYNC.MPY_38.OUT 0106 LK60SYN1 LK60SYN2 LK60SYN3 GSKSV_HI GSKSV_LO GSKDV_HI GSKDV_LO GSKSF_HI GSKSF_LO GSKDF_HI GSKDF_LO DV_ERR GSKDVE_HI GSKDVE_LO sfdiff2 GSKSFE_HI GSKSFE_LO

SPEED SYSFREQ LFSNL SFL K60TNMO K60TNMD K60TNME SVL DV K60SYN1 K60SYN2 K60SYN3 KSV_HI KSV_LO KDV_HI KDV_LO KSF_HI KSF_LO KDF_HI KDF_LO DV_ERR KDVE_HI KDVE_LO SFDIFF KSFE_HI KSFE_LO

188 DEST

L86T_ALM EGD

15

A

195 SPDPC DF S_LOWER S_RAISE SLRGERR V_LOWER V_RAISE VLRGERR SVLPERM DVPERM SYNPERM SFLPERM DFPERM DVEPERM SFDPERM

16 TND_PC df L60TNML EGD L60TNMR EGD L60TNMFST EGD L60SYNL EGD L60SYNR EGD L60SYN3 EGD L3SVL EGD UNIT1.SYNC.RUNG_20.E 0104 L3DV EGD UNIT1.SYNC.RUNG_24.E 0105 L3SYNC EGD UNIT1.SYNC.RUNG_20.B 0104 L3SFL EGD L3DF EGD L3DV_ERR EGD UNIT1.SYNC.RUNG_21.A 0105 L3SFDIFF EGD UNIT1.SYNC.RUNG_21.E 0105 EGD

17

EGD

18 19 20 21 22 23 24 25 26 27 28

196


29 C


F


H

I


K

L



W

X

Y


Z

A

B

C

D

E

F

G

H

I

J

K

L

GEN_AUX_VAR_SHED_183

00

l90r4rl dvar

01

M 197 L83LV L83RV

L90R4RL DVAR

N

O

P

Q

RUNG_184

L83LVX L83RVX EGD EGD

L83LVX (A+B) L90RL_CPB PB_Handler.PB_Handler.PB_5.MOVE_1.DEST EGD

A EQN B

A

L83RVX (A+B) L90RR_CPB PB_Handler.PB_Handler.PB_4.MOVE_1.DEST EGD

03 04

A EQN B

198 OUT

S

T

U

V

W

X

Y

Z 00

l83lv

EGD

01

B

RUNG_185

02

R

A

199 OUT

02 l83rv

EGD

03

B

04

_COMMENT_49

05

05 ISOCH_CONTROL_L1

06

False l63tk1l l63tk2l

203

PARAM1 L63TK1L L63TK2L

06

07

07 _COMMENT_48

08

08 NOT_189

09

L83ISOK

A

205 NOT_A OUT_A

MANUAL_SET_POINT_LONG_190:MANSET3

L83ISOKZ

L83ISOKZ TNKRIMX TNKRIMN L83NRIR2 TNKRIR2 TNKRIR1 TNRI_CMD EGD TNKRIPR FALSE FALSE FALSE

EGD

10 11 12 13 14

_COMMENT_51

15

SPEED_LOAD_SETPOINT

L60IR FSRNV1_224.L60IR 0064 L60IL 16 FSRNV1_224.L60IL 0064 l70r4csr l70r4csl 17 l63tk1l l63tk2l

PARAM1 PARAM2 L70R4CSR L70R4CSL L63TK1L L63TK2L

206 REF_OUT AT_MAX AT_MIN

LPRESET MAXLMT MINLMT RT2SEL RATE2 RATE1 CMD VPRESET RAISE LOWER RL_ENA

COPY_191:MOVE 207

TNRIX L33TNRIMX L33TNRIMN EGD EGD EGD

TNRIX TRUE

SRC ENABLE

DEST

TNRI

09

EGD FSRNV1_224.TNRI 0064

10 11 12 13 14

209 L70RI L70LI

15 l70ri EGD TRIP_LOG.TRIP_LOG.CAPTURE_4.VAR3 0120 l70li EGD TRIP_LOG.TRIP_LOG.CAPTURE_4.VAR2 0120

16 17

18

18 _COMMENT_50

19

19 Pre_TNRV1_198

211

20

20

21

21

22

22

23

23

24

24

25

25

26

26

27

27

28

28

29

29


C


F


H

I


K

L



W

X

Y


Z

A L83HOST L83LOST 01 TNKHOST_1 UNIT1.TEMP_CON.ADD_1.OUT 0110 TNKLOST TNKR3 02 TNKR4 L83TNROP 03 TNKR5 L70L 04 L70R L83JD0 L83JD1 05 L83JD2 L83JD3 06 L83JD4 L83JD5 L83JD6 07 L83JD7 L83JD8 08 L83JD9 L83JD10 09 L83JD11 TNKR1_ARR TNKR2 10 TNKR7 L83PRES1 11 L83PRES2

L12HV1_4.LHOST 0045

12

14

C

D

E

F

G

H

I

J

K

L

M

N

O

P

Q

R

S

T

U

V

W

X

Y

Z

TNRV1_193

00

13

B

212 L83HOST L33CDMN L83LOST L33CDMX TNKHOST TNR TNKLOST TNKR3 TNKR4 LTNROP TNKR5 L70L L70R L83JD0 L83JD1 L83JD2 L83JD3 L83JD4 L83JD5 L83JD6 L83JD7 L83JD8 L83JD9 L83JD10 L83JD11 TNKR1_0 TNKR2 TNKR7 L83PRS1 L83PRS2

00

L33CDMN L33CDMX EGD TNR EGD FSRNV1_224.TNR 0064 EGD RUNG_162.B 0059

01 02 03 04 05 06 07 08 09 10 11 12

_COMMENT_188

********************************************************** Following Rungs are Added as a Substitute Of BBL FSR_STARTUP_LOGIC In order to make Modifications By IBC on 04-26-2004 **********************************************************

13 14

15 16 17

15 RUNG_195

L83SUMX ((A+B)*C) L52GX MOVE_150.DEST 0058 L4 RUNG_44.OUT 0050

B EQN A C

A

C

214 OUT

RUNG_196

L83SUMX

L83SUMX ((A*~B)*C) L2WX L4 RUNG_44.OUT 0050

EGD RUNG_198.H 0062

B

B EQN A C

A

B

C

215 OUT

RUNG_197

L83SUAR

L83SUMX L83SUAR (((((A+B)*~C)*~D)*E)*(F+G)) L28FDZ L28ALL L4 RUNG_44.OUT 0050 L3GRV RUNG_314.OUT 0074 L84TL FSR1V1_252.L84TL 0070

EGD RUNG_198.G 0062

18 19

D C EQN A B E F G

A

C

D

E

B

F

216 OUT

16

L83SUWU

EGD DPYSTAT1_140.INPUT7 0057

17

G

18 19

20

20

21

21 RUNG_199

22 23

(A*~B) L94X L52GX MOVE_150.DEST 0058

EQN A B

A

B

218 OUT

RUNG_201

L94SD

L94SD (((~A+B)+C)*D) L60SDM FSRSDV1_220.L60SDM 0063 L83RB L28CAN

EGD RUNG_204.E 0062

24

D EQN A B C

A

D

25 26

C B EQN A

A

RUNG_207

L83SDL

L83SDL (A*~B) L60SDM FSRSDV1_220.L60SDM 0063

EGD FSRSDV1_220.L83SDL 0063

B

B

C

221 OUT

L94SD K94SDY 0

28


A

B

L83JSD3

22

EGD FSRSDV1_220.L83JSD2 0063

23

RUNG_208

L83SDSET EGD FSRSDV1_220.LSDSET 0063

L83SDL ((A*B)*~C) L83RB L28CAN

TMV_203:TIMER_SEC

27

A EQN B

226 OUT

C

RUNG_202

L94SD L94SDY ((A*~B)*C) L4 RUNG_44.OUT 0050

220 OUT


A EQN B C

A

B

L83SDL (A*B) L28CAN

A EQN B

24 L83JSD4 EGD FSRSDV1_220.L83JSD3 0063

25 26

RUNG_209

L94SDY EGD T94SDY EGD

C

227 OUT

A

B

228 OUT

27 L83JSD5


28


29 C


F


H

I


K

L



W

X

Y


Z

A 00 01 02 03 04 05

B

C

E

F

G

H

I

RUNG_198

L83SUMX RUNG_195.OUT 0061 L83SUAR RUNG_196.OUT 0061 L83SUWU RUNG_197.OUT 0061 ((((((((A+B)*(C+D))+E)*~F)*~G)*~H)*I)*(J+K)) L2TVX L28FDX L20CFX RUNG_104.OUT 0054 L84TG FSR1V1_252.L84TG 0070 FALSE L4 RUNG_44.OUT 0050 L3GRV RUNG_314.OUT 0074 L84TL FSR1V1_252.L84TL 0070 NOT_200

06

D

L94X

A

H G F EQN A B C D E I J K

A

C

B

D

F

G

H

I

J 217 OUT

J

K

09 10 11

L83SDR (A*B) L4 RUNG_44.OUT 0050

K

13 14 15

EQN A B C D

MOVE_213

L94X True

B

A

C

D

NOT_212

L83JSD1


TRUE

A

231 OUT_A NOT_A

S

T

U

V

W

X

Y

Z 00

L83TAKH

EGD FSRACCV1_222.L83TAKH 0063

01

05 L83SDR (A*~B) L4 RUNG_44.OUT 0050

E

224 OUT

R

04

223 OUT

F

A EQN B

A

B

225 OUT

L83JSD2

06


07 08

L83SDMIN

EGD FSRSDV1_220.LSDMIN 0063

09

B

10 11 D

229 OUT

RUNG_211

L2WARM

L2WARM (A*~B) L3

EGD

C

232 DEST

SRC ENABLE

B

Q

03

L83SDR

A E EQN B C D F

A

A

P

02

RUNG_204

(((A*~B)+C)*D) L2WZ L43O_F L2WX L4 RUNG_44.OUT 0050

A EQN B

O

E

EGD FSRSDV1_220.L83SDR 0063

RUNG_210

12

N

RUNG_206

219 NOT_A OUT_A

L83SDMIN L94SD RUNG_199.OUT 0061 (((((A+B)*~C)*~D)*E)*F) L60SDM FSRSDV1_220.L60SDM 0063 L28CAN L83RB L4 RUNG_44.OUT 0050

M RUNG_205

L83SUFI

EGD DPYSTAT1_140.INPUT6 0057

07 08

L

A EQN B

A

B

230 OUT

L83TAKSU

12

EGD FSRACCV1_222.L83TAKS 0063

13 14

L83MIND

EGD FSRMINV2_223.L83MIND 0063

15

16

16

17

17

18

18

19

19

20

20

21

21

22

22

23

23

24

24

25

25

26

26

27

27

28

28

29

29


C


F


H

I


K

L



W

X

Y


Z

A 00 01

B

C

D

E

F

G

H

I

J

K

L

M

N

O

P

Q

R

S

T

U

V

W

X

Y

Z

_COMMENT_208

00

*************************************************** End of BBL FSR_STARTUP_LOGIC2 sequence By IBC ***************************************************

01

02

02 CQTCV1_216

CTIM CQKTC_MX CQKTC_RT CQKTC_MN L3TCIFLT

03 04

CTIM CQKTCMX CQKTCRT CQKTCMN TCIFLT

FSRSUV1_219

235 CQTC

CQTC

CQTC FSKSU_FI FSKSU_WU L83SUWU RUNG_197.OUT 0061 L83SUFI RUNG_198.OUT 0062 FSKSU_AR L83SUAR RUNG_196.OUT 0061 FSRMAX FSKSU_IA FSKSU_IM L83SUMX RUNG_195.OUT 0061 FSKSU_TC L4 RUNG_44.OUT 0050

EGD

05 06 07 08 ISEL_HI_215

09 10 11

ctif1 ctif2 CTK1

234 OUTPUT LDIFF

INPUT1 INPUT2 DIFFLMT

FSRMAX FSKRMAN1 12 FSRMAN_CMD EGD L43FSRS PB_Handler.PB_Handler.PB_41.MOVE_1.DEST EGD FSR 13 FSRV2_236.FSR 0067

FSRMANV2_221

FSRMAX KRMAN1 MANCMD L43FSRS FSR

CQTC FSKSUFI FSKSUWU L83SUWU L83SUFI FSKSUAR L83SUAR FSRMAX FSKSUIA FSKSUIM L83SUMX FSKSUTC L4

238 FSRSU FSRSU_P

FSRSU

03

EGD FSRV2_236.FSRSU 0067

04 05 06 07 08

SEL_217:SELECT 236

CTIM L3TCI

TRUE FSKSU_FIGS FSKSU_FILQ L43FL CMDSTATE_138.LOUT2 0056

EGD EPA.Epa_Monitor.EPA_MON.ctim 0034 EGD

241 L60FSRG FSRMAN

ENABLE CASC IN1 SEL1

OUT

FSKSU_FI

09

EGD

10

SEL_218:SELECT 237

L60FSRG TRUE EGD FSRMAN FSKSU_WUGS EGD FSRV2_236.FSRMAN 0067 FSKSU_WULQ L43FL CMDSTATE_138.LOUT2 0056 A

ENABLE CASC IN1 SEL1

OUT

FSRSDV1_220

FSKSU_WU

FSRMIN FSRMAX L83SDSET RUNG_202.OUT 0061 FSR FSRV2_236.FSR 0067 L83SDMIN RUNG_204.OUT 0062 FSKSD_ARR L83JSD1 RUNG_205.OUT 0062 L83JSD2 RUNG_206.OUT 0062 L83JSD3 RUNG_207.OUT 0061 L83JSD4 RUNG_208.OUT 0061 L83JSD5 RUNG_209.OUT 0061 L83JSD6 L83SDL RUNG_201.OUT 0061 L83SDR NOT_200.NOT_A 0062 FSKSDB

EGD

14 15 16 17 Pre_FSRMINV2_FSKMIND_231:ARRAY_FILL

18

TRUE 0 FSKMIND1 FSKMIND2 FSKMIND3 FSKMIND4

19 20

244 OUT_ARRAY

ENABLE OUT_INDEX IN1 IN2 IN3 IN4

21 22 23

FSRMINV2_223

FSKMIND_ARR

CQTC FSKMIND_ARR FSKMINN_ARR Pre_FSRMINV2_FSKMINN_232.OUT_ARRAY 0064 TNHCOR CSRGVPSV1_230.TNHCOR 0068 FSKMINU2 L83MIND MOVE_213.DEST 0062

CQTC FSKMIND FSKMINN TNHCOR FSKMINU L83MIND

246 FSRMIN FSRMINN

FSRMIN FSRMAX LSDSET FSR LSDMIN FSKSD L83JSD0 L83JSD1 L83JSD2 L83JSD3 L83JSD4 L83JSD5 L83SDL L83SDR FSKSDB

FSRMIN TAKC1 TAKR1 L83TAKSU RUNG_211.OUT 0062 TAKH_ARR TAKL_ARR L83TAKH NOT_212.NOT_A 0062 TNH TNXLATV1_2.tnh 0045 TAKN_ARR FSRMAX FSR FSRV2_236.FSR 0067 FSKACC2 tnha

11

FSRSD L60SDM EGD RUNG_201.A 0061

EGD FSRV2_236.FSRSD 0067

12 13 14 15 16 17

FSRACCV1_222

FSRMIN FSRMINN EGD

EGD FSRNV1_224.FSRMIN 0064

240 FSRSD L60SDM

FSRMIN TAKC1 TAKR1 L83TAKS TAKH1 TAKL1 L83TAKH TNH TAKN1 FSRMAX FSR FSKACC2 TNHA

243 TNHAR FSRACC

TNHAR FSRACC EGD FSRV2_236.FSRACC 0067

18

EGD

19 20 21 22 23

24

24

25

25

26

26

27

27

28

28

29

29


C


F


H

I


K

L



W

X

Y


Z

A 00 01 02

B

05 06 07 08 09 10

D

E

F

G

H

I

Pre_FSRMINV2_FSKMINN_232:ARRAY_FILL

TRUE 0 FSKMINN1 FSKMINN2 FSKMINN3 FSKMINN4

245 OUT_ARRAY

ENABLE OUT_INDEX IN1 IN2 IN3 IN4

03 04

C

J

K

Pre_FSRSDV1_226

L

M

239

N

O

P

Q

Pre_FSRACCV1_229

R

S

T

U

V

MoveFSRV4L_234

242

FSKMINN_ARR

128 TRUE

FSRMINV2_223.FSKMINN 0063

SRC ENABLE

W 248 DEST

X

Y

Z 00

FSRNL

EGD FSRV2_236.FSRNL 0067

01 02 03

FSRNV1_224:FSRNV4

FSRMIN FSRMINV2_223.FSRMIN 0063 FSRMAX FSKRN1 0 FSKRN2 TNR TNRV1_193.TNR 0061 TNH TNXLATV1_2.tnh 0045 L83ISOK TNRI COPY_191.DEST 0060 FSKRN3 FSR FSRV2_236.FSR 0067 FSKRN5 L83SCI_CMDEGD FSKRN6

247 FSRN FSRNI L60IR L60IL

FSRMIN FSRMAX FSKRN1 TLC_CMP FSKRN2 TNR TNH LISOK TNRI FSKRN3 FSR FSKRN5 LI_CMD FSKRN6

SRC ENABLE

04 05 06 07 08 09

MoveFSRV4H_235

128 TRUE

FSRN EGD L90LV1_187.FSRN 0059 FSRNI EGD L60IR EGD SPEED_LOAD_SETPOINT.PARAM1 0060 L60IL EGD SPEED_LOAD_SETPOINT.PARAM2 0060

249 DEST

TEMPERATURE_CONT_L1_225:TMPCONL1

FSRNH

cpd

EGD FSRV2_236.FSRNH 0067

250

10

CPD

11

11 COMMENT_BF_232:_COMMENT_BF

12

Begin TTXMV4 Execution - Do not add blocks between this commeted section

12 ARRAY_EMPTY_240_1

13 TTXD1_ARR TTXMV4_226.TTXD1 0065 TRUE

14 15 16 17 18 19 20

IN_ARRAY ENABLE IN_INDEX

254 OUT1 OUT2 OUT3 OUT4 OUT5 OUT6 OUT7 OUT8 OUT9 OUT10 OUT11 OUT12 OUT13 OUT14 OUT15 OUT16 OUT17 OUT18

13 TTXD1_1 TTXD1_2 EGD TTXD1_3 EGD TTXD1_4 EGD TTXD1_5 EGD TTXD1_6 EGD TTXD1_7 EGD TTXD1_8 EGD TTXD1_9 EGD TTXD1_10 EGD TTXD1_11 EGD TTXD1_12 EGD TTXD1_13 EGD TTXD1_14 EGD TTXD1_15 EGD TTXD1_16 EGD TTXD1_17 EGD TTXD1_18 EGD EGD

14 15 16 17 18 19 20

21

21

22

22

23

23

24

24

25

25

26

26

27

27

28

28

29

29


C


F


H

I


K

L



W

X

Y


Z

A 00 01 02 03 04 05 06 07 08 09 10 11 12 13

B

C

D

Pre_TTXMV4_9FA_239

ttxd_1 ttxd_2 ttxd_3 ttxd_4 ttxd_5 ttxd_6 ttxd_7 ttxd_8 ttxd_9 ttxd_10 ttxd_11 ttxd_12 ttxd_13 ttxd_14 ttxd_15 ttxd_16 ttxd_17 ttxd_18 0 0 0 0 0 0 0 0 0 0 0 0 0

ttxd_1 ttxd_2 ttxd_3 ttxd_4 ttxd_5 ttxd_6 ttxd_7 ttxd_8 ttxd_9 ttxd_10 ttxd_11 ttxd_12 ttxd_13 ttxd_14 ttxd_15 ttxd_16 ttxd_17 ttxd_18 ttxd_19 ttxd_20 ttxd_21 ttxd_22 ttxd_23 ttxd_24 ttxd_25 ttxd_26 ttxd_27 ttxd_28 ttxd_29 ttxd_30 ttxd_31

E

F

G

H

I

J

K TTXMV4_226

252 ttxd_hlth_1 ttxd_hlth_2 ttxd_hlth_3 ttxd_hlth_4 ttxd_hlth_5 ttxd_hlth_6 ttxd_hlth_7 ttxd_hlth_8 ttxd_hlth_9 ttxd_hlth_10 ttxd_hlth_11 ttxd_hlth_12 ttxd_hlth_13 ttxd_hlth_14 ttxd_hlth_15 ttxd_hlth_16 ttxd_hlth_17 ttxd_hlth_18 ttxd_hlth_19 ttxd_hlth_20 ttxd_hlth_21 ttxd_hlth_22 ttxd_hlth_23 ttxd_hlth_24 ttxd_hlth_25 ttxd_hlth_26 ttxd_hlth_27 ttxd_hlth_28 ttxd_hlth_29 ttxd_hlth_30 ttxd_hlth_31

Pre_TTXMV4_9FA_239.ttxd_hlth_1 Pre_TTXMV4_9FA_239.ttxd_hlth_2 Pre_TTXMV4_9FA_239.ttxd_hlth_3 Pre_TTXMV4_9FA_239.ttxd_hlth_4 Pre_TTXMV4_9FA_239.ttxd_hlth_5 Pre_TTXMV4_9FA_239.ttxd_hlth_6 Pre_TTXMV4_9FA_239.ttxd_hlth_7 Pre_TTXMV4_9FA_239.ttxd_hlth_8 Pre_TTXMV4_9FA_239.ttxd_hlth_9 Pre_TTXMV4_9FA_239.ttxd_hlth_10 Pre_TTXMV4_9FA_239.ttxd_hlth_11 Pre_TTXMV4_9FA_239.ttxd_hlth_12 Pre_TTXMV4_9FA_239.ttxd_hlth_13 Pre_TTXMV4_9FA_239.ttxd_hlth_14 Pre_TTXMV4_9FA_239.ttxd_hlth_15 Pre_TTXMV4_9FA_239.ttxd_hlth_16 Pre_TTXMV4_9FA_239.ttxd_hlth_17 Pre_TTXMV4_9FA_239.ttxd_hlth_18 TTKXCOEF TTKXCO TTKOT3 TTRXB TTRXV5_228.TTRXB 0067 TTKOT2 TTKOT1 L86MR1_CPB MarkVIe_MMV_System.CtrlMdStat.PBHDLR_5.OUTXFER_1.DESTVAR EGD TTKXM4 L86TFINH 0 ttxd_1 ttxd_2 ttxd_3 ttxd_4 ttxd_5 ttxd_6 ttxd_7 ttxd_8 ttxd_9 ttxd_10 ttxd_11 ttxd_12 ttxd_13 ttxd_14 ttxd_15 ttxd_16 ttxd_17 ttxd_18

14 15 16 17 18 19

HLTH0 HLTH1 HLTH2 HLTH3 HLTH4 HLTH5 HLTH6 HLTH7 HLTH8 HLTH9 HLTH10 HLTH11 HLTH12 HLTH13 HLTH14 HLTH15 HLTH16 HLTH17 TKXCOEF TTKXCO TTKOT3 TTRXB TTKOT2 TTKOT1 MSTRRST TTKXM4 LTFINH K86TXT TC0 TC1 TC2 TC3 TC4 TC5 TC6 TC7 TC8 TC9 TC10 TC11 TC12 TC13 TC14 TC15 TC16 TC17

L

M

253 TTXD2 JXD TTXD1 TXTOTTC TXNUMTC TTXM L30TXA L86TXT L86TFB

N

O

P

Q

ARRAY_EMPTY_240_2

TTXD2_ARR TTXD2_ARR JXD_ARR TRUE TTXD1_ARR ARRAY_EMPTY_240_1.IN_ARRAY 0064 TTX_TOT_TC EGD TTXSPV4_227.TXTOTTC 0066 TTX_NUM_TC EGD TTXSPV4_227.TXNUMTC 0066 TTXM EGD EPA.Epa_Monitor.EPA_MON.ttxm 0034 L30TXA A EGD L86TXT A EGD RUNG_32.D 0049 L86TFB A EGD RUNG_32.E 0049


R

S

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TTXD2_1 TTXD2_2 EGD ARRAY_FILL_247.IN2 0066 TTXD2_3 EGD ARRAY_FILL_247.IN3 0066 TTXD2_4 EGD ARRAY_FILL_247.IN4 0066 TTXD2_5 EGD ARRAY_FILL_247.IN5 0066 TTXD2_6 EGD ARRAY_FILL_247.IN6 0066 TTXD2_7 EGD ARRAY_FILL_247.IN7 0066 TTXD2_8 EGD ARRAY_FILL_247.IN8 0066 TTXD2_9 EGD ARRAY_FILL_247.IN9 0066 TTXD2_10 EGD ARRAY_FILL_247.IN10 0066 TTXD2_11 EGD ARRAY_FILL_247.IN11 0066 TTXD2_12 EGD ARRAY_FILL_247.IN12 0066 TTXD2_13 EGD ARRAY_FILL_247.IN13 0066 TTXD2_14 EGD ARRAY_FILL_247.IN14 0066 TTXD2_15 EGD ARRAY_FILL_247.IN15 0066 TTXD2_16 EGD ARRAY_FILL_247.IN16 0066 TTXD2_17 EGD ARRAY_FILL_247.IN17 0066 TTXD2_18 EGD ARRAY_FILL_247.IN18 0066 EGD ARRAY_FILL_247.IN1 0066

01 02 03 04 05 06 07 08 09 10 11 12 13 14 15 16 17 18 19

ARRAY_EMPTY_240

20

JXD_ARR TRUE

21 22 23 24 25 26 27



20

JXD_1 JXD_2 EGD ARRAY_FILL_246.IN2 0066 JXD_3 EGD ARRAY_FILL_246.IN3 0066 JXD_4 EGD ARRAY_FILL_246.IN4 0066 JXD_5 EGD ARRAY_FILL_246.IN5 0066 JXD_6 EGD ARRAY_FILL_246.IN6 0066 JXD_7 EGD ARRAY_FILL_246.IN7 0066 JXD_8 EGD ARRAY_FILL_246.IN8 0066 JXD_9 EGD ARRAY_FILL_246.IN9 0066 JXD_10 EGD ARRAY_FILL_246.IN10 0066 JXD_11 EGD ARRAY_FILL_246.IN11 0066 JXD_12 EGD ARRAY_FILL_246.IN12 0066 JXD_13 EGD ARRAY_FILL_246.IN13 0066 JXD_14 EGD ARRAY_FILL_246.IN14 0066 JXD_15 EGD ARRAY_FILL_246.IN15 0066 JXD_16 EGD ARRAY_FILL_246.IN16 0066 JXD_17 EGD ARRAY_FILL_246.IN17 0066 JXD_18 EGD ARRAY_FILL_246.IN18 0066 EGD ARRAY_FILL_246.IN1 0066

21 22 23 24 25 26 27

28

28

29

29


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A 00

B

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COMMENT_BF_234:_COMMENT_BF

00

End TTXMV4 Execution

01

01 COMMENT_BF_239:_COMMENT_BF

02 Begin TTXSPV4 Execution - Do not add blocks between this commeted section 03

ARRAY_FILL_246

TRUE

04 JXD_1 JXD_2 ARRAY_EMPTY_240.OUT2 0065 05 JXD_3 ARRAY_EMPTY_240.OUT3 0065 JXD_4 ARRAY_EMPTY_240.OUT4 0065 06 JXD_5 ARRAY_EMPTY_240.OUT5 0065 JXD_6 ARRAY_EMPTY_240.OUT6 0065 JXD_7 07 ARRAY_EMPTY_240.OUT7 0065 JXD_8 ARRAY_EMPTY_240.OUT8 0065 JXD_9 ARRAY_EMPTY_240.OUT9 0065 08 JXD_10 ARRAY_EMPTY_240.OUT10 0065 JXD_11 ARRAY_EMPTY_240.OUT11 0065 JXD_12 09 ARRAY_EMPTY_240.OUT12 0065 JXD_13 ARRAY_EMPTY_240.OUT13 0065 JXD_14 ARRAY_EMPTY_240.OUT14 0065 10 JXD_15 ARRAY_EMPTY_240.OUT15 0065 JXD_16 ARRAY_EMPTY_240.OUT16 0065 11 JXD_17 ARRAY_EMPTY_240.OUT17 0065 JXD_18 ARRAY_EMPTY_240.OUT18 0065 ARRAY_EMPTY_240.OUT1 0065

ENABLE OUT_INDEX IN1 IN2 IN3 IN4 IN5 IN6 IN7 IN8 IN9 IN10 IN11 IN12 IN13 IN14 IN15 IN16 IN17 IN18

259 OUT_ARRAY

JXD_ARR1 TTXD2_ARR1 ctda1 ctda2 TTKSPL1 TTKSPL2 TTKSPL3 TTXM TTXMV4_226.TTXM 0065 TTKSPL4 TTKSPL5 TTKSPL6 TTKSPL7 TTXSPO L83SPO TTKSPL8 TTKSPL9 L83SPMB TTKSP1 TTKSP2 TTKSP3 TTKSP4 L83SPM TTX_TOT_TC TTXMV4_226.TXTOTTC 0065 TTX_NUM_TC TTXMV4_226.TXNUMTC 0065 L3_PMVE_MVRA_Q_OK MarkVIe_MMV_System.CtrlMdStat.RUNG_17.OUT 0017

13

ARRAY_FILL_247

TRUE

15 TTXD2_1 ARRAY_EMPTY_240_2.OUT1 0065 TTXD2_2 16 ARRAY_EMPTY_240_2.OUT2 0065 TTXD2_3 ARRAY_EMPTY_240_2.OUT3 0065 TTXD2_4 ARRAY_EMPTY_240_2.OUT4 0065 17 TTXD2_5 ARRAY_EMPTY_240_2.OUT5 0065 TTXD2_6 ARRAY_EMPTY_240_2.OUT6 0065 TTXD2_7 18 ARRAY_EMPTY_240_2.OUT7 0065 TTXD2_8 ARRAY_EMPTY_240_2.OUT8 0065 TTXD2_9 ARRAY_EMPTY_240_2.OUT9 0065 19 TTXD2_10 ARRAY_EMPTY_240_2.OUT10 0065 TTXD2_11 ARRAY_EMPTY_240_2.OUT11 0065 20 TTXD2_12 ARRAY_EMPTY_240_2.OUT12 0065 TTXD2_13 ARRAY_EMPTY_240_2.OUT13 0065 21 TTXD2_14 ARRAY_EMPTY_240_2.OUT14 0065 TTXD2_15 ARRAY_EMPTY_240_2.OUT15 0065 TTXD2_16 ARRAY_EMPTY_240_2.OUT16 0065 22 TTXD2_17 ARRAY_EMPTY_240_2.OUT17 0065 TTXD2_18 ARRAY_EMPTY_240_2.OUT18 0065

ENABLE OUT_INDEX IN1 IN2 IN3 IN4 IN5 IN6 IN7 IN8 IN9 IN10 IN11 IN12 IN13 IN14 IN15 IN16 IN17 IN18

260 OUT_ARRAY

03

TTXSPV4_227:VTTXSPV4

JXD_ARR1

12

14

02

JXD TTXD2 CTDA1 CTDA2 KSPL1 KSPL2 KSPL3 TTXM KSPL4 KSPL5 KSPL6 KSPL7 TTXSPO L83SPO KSPL8 KSPL9 L83SPMB KSP1 KSP2 KSP3 KSP4 L83SPM TXTOTTC TXNUMTC LINK_OK

261 CTD LJCTDA TTXSPL BIAS TTXSP1 TTXSP2 TTXSP3 L60SP1 L60SP2 L60SP3 L60SP4 L60SP5 L60SP6

CTD EGD TTRXV5_228.TCD 0067 LJCTDA EGD TTXSPL EGD

04 05

TTXSP1 TTXSP2 EGD TTXSP3 EGD L60SP1 EGD L60SP2 EGD L60SP3 EGD L60SP4 EGD L60SP5 EGD L60SP6 EGD EGD

06 07 08 09 10 11 12 13 14

TTXD2_ARR1

15 16 17 18 19 20 21 22

23

23

24

24

25

25

26

26

27

27

28

28

29

29


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COMMENT_BF_242:_COMMENT_BF

00

End TTXSPV4 Execution

01

01

02

02

03

03

04

04

05

05

06

06 TTRXV5_228

FSR CSRGVTXB CSRGVV2_232.CSRGVTB 0068 CTD TTXSPV4_227.CTD 0066 08 TTKTCDO TTKTCDG TTK_K_ARR 09 TTK_M_ARR TTRXDSP 10 cpd TTK_C_ARR 11 TTK_S_ARR 0 WQJA 12 WQKJO WQKJG 13 TTK_I_ARR L83JT0 UNIT1.TEMP_CON.NOT_8.NOT_A 0109 L83JT1 14 UNIT1.TEMP_CON.MOVE_10.DEST 0110 L83JT2 L83JT3 15 L83JT4 L83JT5 16 L83JT6 L83JT7 CTIM 17 ISEL_HI_215.OUTPUT 0063 TTKTCIMN TTKTCIG 18 TTKTCIO KMAX 19 TTKRXN TNH TNXLATV1_2.tnh 0045 FALSE 20 TTKRX2 L3TFLT 21 TTKRXB TTKRXR1 TTKRXR2 22 TTKRXTOL TTKRX3 23 TTKRX4 FALSE 24 TRUE TTKRXBP

07

LOAD CSRGVTB TCD KTCDO KTCDG TTK_K TTK_M TTRXDSP CPD TTK_C TTK_S WQJ WQJA WQKJO WQKJG TTK_I L83JT0 L83JT1 L83JT2 L83JT3 L83JT4 L83JT5 L83JT6 L83JT7 TAMB KTCIMN KTCIG KTCIO TTRMAX KRXN TNH LSPDB1 KRX2 L3TFLT KRXB KRXR1 KRXR2 KRXTOL KRX3 KRX4 LSPDB2 LIGVB KRXBP

263 TTRXB TTRX CT_BIAS TTRXS TTRXP WQJG TAMBREF TTR_LMT L83TTRS L60TRF L60TTRX TTRXNB LTTRSP

FSRTV3_229

TTRXB TTRX EGD CSRGVV2_232.TTRX 0068 CT_BIAS EGD TTRXGVV5_231.CT_BIAS 0068 TTRXS EGD TTRXP EGD WQJG EGD TTRXGVV5_231.WQJG 0068 TEMP_AMB_REF EGD TTRXGVV5_231.TAMBREF 0068 TTR_LIMIT EGD TTRXGVV5_231.TTRLMT 0068 L83TTRS EGD L60TRF EGD L60TTRX EGD TTRXNB EGD L83TTRSP EGD EGD TTXMV4_226.TTRXB 0065

FSR TTRXB FSKTMIN FSRMAX TTXM TTXMV4_226.TTXM 0065 FSKTG FSKTTC

264 FSRT FSRT_P INIT

FSR TTRXB FSRTMN FSRMAX TTXM FSKTG FSKTTC

FSRV2_236

FSRT

EGD L90LV1_187.FSRT 0059

FSRT FSRSD FSRSDV1_220.FSRSD 0063 FSRMAN FSRMANV2_221.FSRMAN 0063 FSRSU FSRSUV1_219.FSRSU 0063 FSRACC FSRACCV1_222.FSRACC 0063 FSRMAX FSRN FSRNV1_224.FSRN 0064 L83SCI_CMDEGD FSRNH MoveFSRV4H_235.DEST 0064 FSRNL MoveFSRV4L_234.DEST 0064 KMAX KMAX KMAX KMAX L4 RUNG_44.OUT 0050 FSRMIN FSRMINV2_223.FSRMIN 0063

274 FSRT FSR FSRSD L30FSD FSRMAN L30FMAN FSRSU L30FTMP FSRACC L30FSU FSRACL L30FACN FSRN L30FACL SCICMD L30FND FSRNH L30FNI FSRNL L30FNH FSRNIP L30FNL FSRCPD L30FNIP FSRCTD L30FCPD LOADLIM L30FCTD L4 L30FLL FSRMIN FSRCTRL L30FMIN FSRMINZ

FSR L30F_SD EGD L30F_MAN EGD DPYSTAT1_140.INPUT1 0057 L30F_TMP EGD L30F_SU EGD L30F_ACN EGD L30F_ACL EGD L30F_ND EGD L30F_NI EGD DPYSTAT1_140.INPUT20 0057 L30F_NH EGD L30F_NL EGD L30F_NIP EGD L30F_CPD EGD L30F_CTD EGD L30F_LL EGD FSR_CONTROL EGD L30FMIN EGD

07

EGD FSRSDV1_220.FSR 0063

08 09 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24

25

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A 00 01 02 03

B

C

D

CSRGVPSV1_230

CQKTC_RT CTIM ISEL_HI_215.OUTPUT 0063 140 -80 TNH TNXLATV1_2.tnh 0045 CSKGVPS1 CSKGVPS2 CSKGVMAX CSKGVPS3

E

265 CSRGVPS CNCF TNHCOR

CQKTCRT CTIM HILIM LOLIM TNH CSKGVP1 CSKGVP2 CSKGVMX CSKGVP3

F

G

05 06 07 08 09 10 11 12 TTRXGVV5_231

14 15 16 17

TEMP_AMB_REF TTRXV5_228.TAMBREF 0067 TTR_LIMIT TTRXV5_228.TTR_LMT 0067 TTKGVI cpd TTKGVC TTKGVS CT_BIAS TTRXV5_228.CT_BIAS 0067 0 WQJG TTRXV5_228.WQJG 0067 CSKGVDB L83GVDB

L3IGVFLTV1_233

18

csgv LK3IGVF1 19 LK3IGVF2 cagv 20 LK3IGVF3 L3IGV LK3IGVF4_U 21 L86MR1_CPB System.CtrlMdStat.PBHDLR_5.OUTXFER_1.DESTVAR EGD FSR LK60FSR1 LK60FSR2 LK60FSR3 LK60FSR4 LK60FSR5 LK60FSR6

FSRV2_236.FSR 0067

24 25

CSGV K3IGVF1 K3IGVF2 CAGV K3IGVF3 L3IGV K3IGVF4 MSTRRST

L60FSRV2_237

22 23

TAMBREF TTRLMT TTKGVI CPD TTKGVC TTKGVS CT_BIAS EX_BIAS WQJG CSKGVDB L83GVDB

266 TTRXGV

26

J

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M

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CSRGVPS TTRXGV TTRX TTRXV5_228.TTRX 0067 TTXM TTXMV4_226.TTXM 0065 CSKGVDB L83GVDB CSKGVSSR L83GVSS 0 CSKGVTPG CSKGVTC CSKGVR1 CSKGVR2 L83GVR2 CSRGVMAN_CMDEGD L83GVMAN_CMDEGD AQRDSP AQKDSPG AQKDSPO L83GVAQP CSKGVMN1 CSKGVMN2 L83GVMN2 CSKGVMAX L83GVMAX CSKGVBMX CSKGVBR CSKGVBG L83GVBP

267 CSRGV CSRGVTB LGVERR TXGVERR CSRGVT ITC_OUT CSRGVX LGVTC LATGVMN LATGVMX CMDPRST

CSRGVPS TTRXGV TTRX TTXM KGVDB L83GVDB KGVSSR L83GVSS TNGV KGVTPG KGVTC KGVR1 KGVR2 L83GVR2 MAN_CMD LMANCMD AQRDSP KDSPG KDSPO LGVAQP KGVMN1 KGVMN2 LGVMN2 KGVMAX LGVMAX KGVBMX KGVBR KGVBG LGVBP

P

Q

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Post_CSRGVV3_254

CSRGV CSRGVTXB EGD TTRXV5_228.CSRGVTB 0067 L60GVERR EGD TXGVERR EGD CSRGV_TEMP EGD

CSRGVV2_232.CSRGV

EGD TRIP_LOG.TRIP_LOG.CAPTURE_4.VAR10 0120

S 268 csrgvout

csrgv

T

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csrgvout


01 02

CSRGVX L60GVTC L60GVMIN EGD L60GVMAX EGD

03

EGD EGD

04 05 06 07 08 09 10 11 12 L86GVTV1_234:L86GVTV2

TTRXGV

CSRGV csgv LK86GVA1 LK86GVA2_U LK86GVT1 LK86GVT2_U L86MR1_CPB MarkVIe_MMV_System.CtrlMdStat.PBHDLR_5.OUTXFER_1.DESTVAR EGD

EGD

CSRGV CSGV K86GVA1 K86GVA2 K86GVT1 K86GVT2 MSTRRST

272 L86GVA GVA_T L86GVT GVT_T

L86GVA A EGD

13

L86GVT

14

EGD

15 16 17

270 L3IGVF1 IGVF1_T L3IGVF2 IGVF2_T L3IGVF3 IGVF3_T

18 L3IGVF1

EGD

19

L3IGVF2

EGD

20

L3IGVF3

EGD

21 275 FSRZ1 FSRZ2 FSRZ3 L60FSRH B2 B5 B3A B3Z B6A B6Z L60FSRL

FSR K60FSR1 K60FSR2 K60FSR3 K60FSR4 K60FSR5 K60FSR6

I

CSRGVV2_232:CSRGVV3

CSRGVPS CNCF EGD TNHCOR EGD FSRMINV2_223.TNHCOR 0063 EGD

04

13

H

22 23 L60FSRH EGD

24 25 26

L60FSRL EGD

27

27 Pre_L3IGVFLTV1_256

Pre_L86GVTV2_258

269

MODULATED_IGV_CONTL1_235

271 L4BW_IGV

28

273

L4BW_IGV

28


29 C


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_COMMENT_232

00

****************************************************************** Following Rungs added after removing the BBL BLOCK FUEL_SELECT_L1

01

******************************************************************

02

02 RUNG_242

03

L83FM L43FTG (((((~A*B)+~C)*D)*E)*~F) L14HSX L2TVZ L33PGC RUNG_291.OUT 0073 l63pg1h

04 05 06

A D EQN B C E F

A

B

D

E

F

280 OUT

RUNG_244

L83FG

L83FG (A+B) L84MIXT FSR1V1_252.L84MIXT 0070

EGD FSR1V1_252.L83FG 0070

C

A EQN B

A

282 OUT

03

TMV_245.log_in 0069

04

B

05 06

07

07 RUNG_239

08 09 10

((((~A*B)*C)*~D)*~E) L63FGL MOVE_323.DEST 0074 L84MIXT FSR1V1_252.L84MIXT 0070 L14HSX L94AX L86FG RUNG_304.OUT 0073

EQN A B C D E

A

B

C

D

E

277 OUT

RUNG_240

L83FMX

EGD RUNG_132.B 0056

L83FMX (A*B) L43FM CMDSTATE_138.LOUT1 0056

B EQN A

A

278 OUT

B

RUNG_243

L83FM

EGD RUNG_117.D 0054

RUNG_241

11 L43FTG ((A+(B*C))*~D) L43FG CMDSTATE_138.LOUT0 0056 L43FM CMDSTATE_138.LOUT1 0056 L43FL CMDSTATE_138.LOUT2 0056

12 13

B EQN A C D

A

D

B

279 OUT

C

L83FM L43FTG ((((~A*B)*C)+~D)*~E) L20CFX RUNG_104.OUT 0054 L14HSX L2TVZ

RUNG_249

L43FTG

EGD RUNG_96.A 0053

L43FTG (~A+~B) L84TG FSR1V1_252.L84TG 0070

A EQN B

A


17



RUNG_248

L83FGZ EGD T83FGZ EGD

L83FGZ L83FLZ L83FL RUNG_243.OUT 0069 (((~A+B)+C)+((D+E)*F)) L2TVZ L63FGL MOVE_323.DEST 0074 L86FG RUNG_304.OUT 0073

18 19

C

E

L83FL

EGD RUNG_248.F 0069

D

287 OUT

L83FL (A+B) L84MIXT FSR1V1_252.L84MIXT 0070

A EQN B

A

TMV_247.log_in 0069

08

B

09 10 11 L83FLI

EGD

12

286 OUT

A

A EQN B

A

288 OUT

14

L83FGI

EGD

B

15 16

L83FZ

EGD FSR1V1_252.L83FZ 0070

17

B C D

18 F

19

E

20 21

B C F EQN A D E

B

284 OUT

B

RUNG_250

L43FTG (A+~B) L84TL FSR1V1_252.L84TL 0070

RUNG_244.OUT0069 K83FGZ 0

A

RUNG_246

13

14

16

A E EQN B C D

281 OUT

20

TMV_247:TIMER_SEC

RUNG_246.OUT0069 K83FLZ 0



L83FLZ T83FLZ EGD EGD

21

22

22

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24

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_COMMENT_245

00

****************************************************************** End of BLOCK FUEL_SELECT_L1 logic

01

******************************************************************

02

02 Post_FSR1V1_277

FSR1V1_252.FX1

03 FSR1V1_252

04 05 06 07

L83FZ FXK1 FX1_CMD EGD L83FL RUNG_243.OUT 0069 L83FG RUNG_242.OUT 0069 FSR FSRV2_236.FSR 0067 FXK2 FXK3 RUNG_248.OUT 0069

290 FSR1 FX1 L84MIXT L84TL L84TG FSR2

L83FZ FXK1 FX1CMD L83FL L83FG FSR FXK2 FXK3

10

FQXLATV1_253

fql1 KFQLM1 0 KFQLM2

FSR1

FSR1 Pre_FQROUTV1_280.lk3lfbtd_out TNH TNXLATV1_2.tnh 0045 L20FLX RUNG_101.OUT 0054 L4 RUNG_44.OUT 0050 fql1 LK60FFLH LK3LFBSQ fal LK3LFBSC L86MR1_CPB MarkVIe_MMV_System.CtrlMdStat.PBHDLR_5.OUTXFER_1.DESTVAR EGD

EGD

L84MIXT L84TL L84TG EGD RUNG_24.D 0047 FSR2 EGD SUB_359.B 0076

EGD RUNG_134.C 0056 EGD RUNG_24.B 0047

11

292 FLOW1 FLOW2

FF1IN GAIN1 FF2IN GAIN2

FX1

294 FQR SRV_REF L60FFLH L3LFBSQ SDFLT_T L3LFBSC SCFLT_T L3LFLT

FSR1 K3LFBTD TNH FLSOL L4 FLW_FB K60FFLH K3LFBSQ CUR_FB K3LFBSC MSTRRST

03

EGD

FQR fqrout L60FFLH EGD RUNG_33.A 0048 L3LFBSQ EGD

04

L3LFBSC

06

L3LFLT EGD RUNG_24.C 0047

07

EGD EGD

05

EGD

A

08 09

FQLM1 FQLM2 EGD

EGD EPA.Epa_Monitor.EPA_MON.fq 0034

10

Pre_FQROUTV1_280

LK3LFBTD

fx1_in FQROUTV1_254

08 09

291 fx1

lk3lfbtd

11

293 lk3lfbtd_out

12

12 EXHAUST_TEMP_MNTR_L3_255:EXHTMPL3

13

TRUE L70R L70L

295

SPMB2_EN LOADCHG1 LOADCHG2

13

14

14

15

15

16

16

17

17

18

18

19

19

20

20

21

21

22

22

23

23

24

24

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26

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L39VV5_256:L39VV5_6

00 01 02 03 04 05 06 07 08 09 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 A B Last Modified 11/24/2012 10:09:29 AM Build Major Revision 2/15/2012 03:14:38 Build Minor Revision 000 00:00:00

F

C


bb1 bb10 bb11 bb12 bb2 0 bb4 bb5 0 bb7 bb8 bb9 JK39_1 JK39_10 JK39_11 JK39_12 JK39_2 JK39_3 JK39_4 JK39_5 JK39_6 JK39_7 JK39_8 JK39_9 JK39R_1 JK39R_2 JK39R_3 JK39R_4 JK39U_1 JK39U_2 JK39U_3 JK39U_4 L86V_RST1 L86V_RST2 L86V_RST3 L86V_RST4 LK39ATD LK39DFTD LK39DIFF LK39FTD 0 LK39TTD LK39VA1 LK39VA10 LK39VA11 LK39VA12 LK39VA2 LK39VA3 LK39VA4 LK39VA5 LK39VA6 LK39VA7 LK39VA8 LK39VA9 0 0 0 0 0 0 0 0 0 0 0 0 LK39VT1 LK39VT10 LK39VT11 LK39VT12 LK39VT2 F G H Customer LK39VT3 LK39VT4 Site LK39VT5 LK39VT6 Process Application LK39VT7 Power Generation LK39VT8 LK39VT9

296 BB1 CFG_ERR1 BB10 CFG_ERR2 BB11 CFG_ERR3 BB12 CFG_ERR4 BB2 L39VA BB3 L39VA_1 BB4 L39VA_10 BB5 L39VA_11 BB6 L39VA_12 BB7 L39VA_2 BB8 L39VA_3 BB9 L39VA_4 JK39_1 L39VA_5 JK39_10 L39VA_6 JK39_11 L39VA_7 JK39_12 L39VA_8 JK39_2 L39VA_9 JK39_3 L39VD1 JK39_4 L39VD2 JK39_5 L39VD2_1 JK39_6 L39VD2_2 JK39_7 L39VD2_3 JK39_8 L39VD2_4 JK39_9 L39VD3 JK39R_1 L39VD3_1 JK39R_2 L39VD3_2 JK39R_3 L39VD3_3 JK39R_4 L39VD3_4 JK39U_1 L39VDIFF JK39U_2 L39VF JK39U_3 L39VF_1 JK39U_4 L39VF_10 L86V_RST1 L39VF_11 L86V_RST2 L39VF_12 L86V_RST3 L39VF_2 L86V_RST4 L39VF_3 LK39ATD L39VF_4 LK39DFTD L39VF_5 LK39DIFF L39VF_6 LK39FTD L39VF_7 LK39SDTD L39VF_8 LK39TTD L39VF_9 LK39VA_1 L39VGSD LK39VA_10 L39VGTSD LK39VA_11 L39VGT LK39VA_12 L39VGTT LK39VA_2 L39VRGSD LK39VA_3 L39VRGT LK39VA_4 L39VSD LK39VA_5 L39VSD_1 LK39VA_6 L39VSD_10 LK39VA_7 L39VSD_11 LK39VA_8 L39VSD_12 LK39VA_9 L39VSD_2 LK39VSD_1 L39VSD_3 LK39VSD_10 L39VSD_4 LK39VSD_11 L39VSD_5 LK39VSD_12 L39VSD_6 LK39VSD_2 L39VSD_7 LK39VSD_3 L39VSD_8 LK39VSD_4 L39VSD_9 LK39VSD_5 L39VT LK39VSD_6 L39VT_1 LK39VSD_7 L39VT_10 LK39VSD_8 L39VT_11 LK39VSD_9 L39VT_12 LK39VT_1 L39VT_2 LK39VT_10 L39VT_3 LK39VT_11 L39VT_4 LK39VT_12 L39VT_5 LK39VT_2 I J L39VT_6 K LK39VT_3 L39VT_7 LK39VT_4 L39VT_8 DM Number LK39VT_5 F4443G6 L39VT_9 LK39VT_6 L39VXSD Serial Number LK39VT_7 295920 L39VXT LK39VT_8 BB_MAX LK39VT_9

N

O

P

VIBRATION_PROT_L1_257

Q

R

S

T

L39VA EGD L39VA_1 L39VA_10 EGD L39VA_11 EGD L39VA_12 EGD L39VA_2 EGD L39VA_3 EGD L39VA_4 EGD L39VA_5 EGD L39VA_6 EGD L39VA_7 EGD L39VA_8 EGD L39VA_9 EGD L39VD1 A EGD L39VD2 EGD SHUTDOWN_L1_10.SHUTDWN1 0046 L39VD2_1 EGD L39VD2_2 EGD L39VD2_3 EGD L39VD2_4 EGD L39VD3 EGD RUNG_21.C 0051 L39VD3_1 EGD L39VD3_2 EGD L39VD3_3 EGD L39VD3_4 EGD L39VDIFF A EGD L39VF A EGD L39VF_1 EGD L39VF_10 EGD L39VF_11 EGD L39VF_12 EGD L39VF_2 EGD L39VF_3 EGD L39VF_4 EGD L39VF_5 EGD L39VF_6 EGD L39VF_7 EGD L39VF_8 EGD L39VF_9 EGD A

V

W

X

Y

Z

L30COMPV1_258:L30COMP1

297 dtgsf1 GSTKALM1 dtgsf2 GSTKALM1 dtgsf3 GSTKALM1 dtgsa4 GSTKALM1 dtgsa5 GSTKALM1 dtgsa6 GSTKALM1

EGD

U INPUT1 LEVEL1 INPUT2 LEVEL2 INPUT3 LEVEL3 INPUT4 LEVEL4 INPUT5 LEVEL5 INPUT6 LEVEL6

298 OUTPUT

00

L49GCALC

EGD MOVE_172.SRC 0059

01 02 03 04 05 06 07 08 09 10 11 12 13 14 15 16 17 18

EGD

L39VGT L39VGTT EGD

19

L39VRGT

20

EGD

21 22 23 24 25 L39VT L39VT_1 L39VT_10 EGD L39VT_11 EGD L39VT_12 EGD L39VT_2 EGD L39VT_3 EGD L39VT_4 EGD L39VT_5 EGD L39VT_6L M N O P Q R S T EGD L39VT_7 Title EGD L39VT_8 Copyright © General Electric Company, 1982-2011. All rights reserved. Related rights on port EGD Requisition ToolboxST Version L39VT_9 1LO-150001173 EGD V04.04.11C

26

EGD RUNG_39.A 0049 EGD

Shop Order Number L39VXT KEV003 BB_MAX EGD EGD

Machine Size 6001B

27 28 29 U V Software Path UNIT1.SEQU_Q DWG Translator v3.2.8C Cont. on Sh. 0072

W

X

Y


Z

A

B

C

D

E

F

G

H

I

J

K

L

M

N

O

P

Q

R

S

T

U

V

W

X

Y

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_COMMENT_253

00 01

00 01

ALARMS SECTION **************

02 03

02 MOVE_260

l24h True

300 DEST

SRC ENABLE

03

L24H_ALM A EGD

04

04 MOVE_261

05

l24gpsf True

06 07

MOVE_266

l59etd True

08 09

SRC ENABLE

MOVE_271

l51tx True

SRC ENABLE

l52l2 True

L24GPSF_ALM A EGD

306 DEST

L59ETD_ALM A EGD

311 DEST

MOVE_276

10 11

SRC ENABLE

316 DEST

SRC ENABLE

MOVE_262

301 DEST

l27f True

302 DEST

SRC ENABLE RUNG_267

(A*B) l30tf L14HSX

EQN A B

A

L51TX_ALM A EGD

l51tnx True

L52L2_ALM A EGD

es10 True

312 DEST

SRC ENABLE MOVE_277

SRC ENABLE

L27F_ALM EGD

l30fa True

A

317 DEST

303 DEST

SRC ENABLE

MOVE_264

L30FA_ALM EGD

A

l27qel True

SRC ENABLE

TMV_268:TIMER_SEC

307 OUT

B

MOVE_272

MOVE_263

RUNG_267.OUT K30TBL 0


MOVE_273

L51TNX_ALM EGD

l64tx True

A

ds2 True

313 DEST

SRC ENABLE

MOVE_278

ES10_ALM EGD

A


MOVE_265

L27QEL_ALM EGD

A

MOVE_269

L30TF_ALM A EGD T30TBL EGD

l94f1b True

MOVE_274

L64TX_ALM A EGD

l51uatx True

SRC ENABLE

309 DEST

SRC ENABLE

314 DEST

l45fp1 True

305 DEST

SRC ENABLE

MOVE_270

L94F1B_ALM A EGD

l87tx True

SRC ENABLE

MOVE_275

L51UATX_ALM EGD

A

l4ba True

SRC ENABLE

L45FP1_ALM EGD

05

A

310 DEST

06 L87TX_ALM A EGD

07 08

315 DEST

L4BA_ALM A EGD

09 10

318 DEST

SRC ENABLE

304 DEST

DS2_ALM A EGD

11

_COMMENT_273

12

Addition of Rung for the Trip Oil System of Gas Fuel

12

These logics are added on 21-04-2004 by IBC

13

13 MOVE_281

14

RUNG_280.OUT True

321 DEST

SRC ENABLE

14

l20fg1x

EGD

15

15 RUNG_280

16 17

((A+~B)*C) L43FTG RUNG_241.OUT 0069 L84TL FSR1V1_252.L84TL 0070 L4 RUNG_44.OUT 0050

EQN A B C

18

C

L20FGX

21

NOT_286

L14HT

L14TV1_3.L14HT 0044

A

RUNG_280.OUT True

EGD RUNG_293.B 0073

322 DEST

SRC ENABLE

l20fg1x_ref

EGD

16

B

17 RUNG_284

L12H_FLT (((A*B)*C)+(~D*E)) 19 L14H_ZE L14HT L14TV1_3.L14HT 0044 20 L4 RUNG_44.OUT 0050 L86MR1_CPB MarkVIe_MMV_System.CtrlMdStat.PBHDLR_5.OUTXFER_1.DESTVAR EGD

22

A

MOVE_282

320 OUT

E EQN A B C D

A

B

D

E

C

324 OUT

MOVE_285

L12H_FLT EGD RUNG_39.F 0049

RUNG_284.OUT True

325 DEST

SRC ENABLE

18 L12H_FLTALM A EGD

19 20

326 OUT_A NOT_A

21 22

L97HP0T_BYP

EGD

TMV_287:TIMER_SEC

23

L4 K4Z 0

RUNG_44.OUT 0050

24 25 26



RUNG_283

(A*B) L63HGL L20FGZ TMV_315.log_out 0074

EQN A B

A

B

323 OUT

23

L4Z T4Z EGD EGD

24 RUNG_288

L63HGL_ALM EGD

A

(A+B) L12H L12HV1_4.L12H 0045 L3TFLT

EQN A B

RUNG_289

328 OUT

A

L4POSTX1

EGD RUNG_31.H 0049

B

((~A*~B)*~C) L86GCVT RUNG_368.OUT 0076 L94PGT RUNG_298.OUT 0073 L3GFLT L3GFLTV1_369.L3GFLT 0076

EQN A B C

A

B

C

329 OUT

25

L4PSTX4

EGD RUNG_40.D 0049

26

27

27

28

28

29

29


C


F


H

I


K

L



W

X

Y


Z

A 00 01

B

C

D

E

F

G

H

I

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_COMMENT_284

00

********************************************** Following Rungs are added for Gas Fuel Purge By IBC ON 04-21-2004 **********************************************

01

02

02 MOVE_294

03

RUNG_293.OUT True

TMV_297:TIMER_SEC

334 DEST

SRC ENABLE

l20pg1x EGD

l63pg1h K63PGHZ 0

04

RUNG_298



L63PGHZ EGD T63PGHZ EGD

L94PGT L63PGHZ (((A*B)+(C*~D))*E) L14HSY L86MR1_CPB MarkVIe_MMV_System.CtrlMdStat.PBHDLR_5.OUTXFER_1.DESTVAR EGD L20FGX RUNG_280.OUT 0072

05

C A EQN B D E

A

B

C

D

338 OUT

E

L94PGT A EGD RUNG_289.B 0072

04 05

06

06 MOVE_295

RUNG_293.OUT True

07

RUNG_301

335 DEST

SRC ENABLE

l20pg2x

L63PGFT L63PGHZ L33PGCZ ((A*B)+(C*~D)) L86MR1_CPB MarkVIe_MMV_System.CtrlMdStat.PBHDLR_5.OUTXFER_1.DESTVAR EGD

EGD

08

C A B EQN D

A

B

C

D

341 OUT

L63PGFT A EGD RUNG_304.B 0073

07 08

09

09 RUNG_291

10 11

(A*B) l33pg1c l33pg2c

EQN A B

A

B

331 OUT

RUNG_296

L33PGC

l20vg4c L33PGC L20PGX (A+(~B*C))

EGD RUNG_242.E 0069

C B A EQN

336 OUT

A B

TMV_300:TIMER_SEC

l20vg4c

RUNG_299.OUT0073 K33PGCZ 0

EGD

C



TMV_303:TIMER_SEC

L33PGCZ T33PGCZ EGD EGD

RUNG_302.OUT K33PGFT 0



10

L33PGFT EGD RUNG_304.C 0073 T33PGFT

A

EGD

11

12 13 14

12 RUNG_292

(A*B) l33pg1o l33pg2o

EQN A B

A

B

332 OUT

RUNG_299

L33PGO

L33PGCZ L33PGC L20PGX (A+(B*~C))

EGD

B A C EQN

339 OUT

A B

RUNG_302 TMV_300.log_in 0073

C

15 RUNG_293

16 17

(A*~B) L28FDX L20FGX RUNG_280.OUT 0072

18

EQN A B

A B C EQN

20 21 22

A

B

RUNG_304

L94PGT L63PGFT RUNG_301.OUT 0073 L33PGFT TMV_303.log_out 0073 ((A+B)+C) RUNG_298.OUT 0073

19

333 OUT

344 OUT

A

RUNG_305

L20PGX

L33PGO L20PGX ((A*~B)*C) L14HS L14TV1_3.L14HS 0044

EGD

B A EQN C

A

B

C

L33PGFT L33PGC ((~A*B)+(C*~D)) L43FTG RUNG_241.OUT 0069 L86MR1_CPB MarkVIe_MMV_System.CtrlMdStat.PBHDLR_5.OUTXFER_1.DESTVAR EGD

C A EQN B D

A

B

C

D

342 OUT

13 14 15

TMV_306:TIMER_SEC

345 OUT

RUNG_305.OUT K33PGO_ALM 0



L33PGO_ALM A EGD T33PGO_ALM EGD

16 17 18

L86FG

EGD RUNG_133.E 0056

19

B

20

C

_COMMENT_301

21

********************************************* End of Gas fuel Purge By IBC *********************************************

22

23 24 25

03

23 _COMMENT_302

24

****************************************************************** Following Rungs are added for the Atomizing of the Gas Fuel on

25

04-21-2004

26

26

******************************************************************

27

27 RUNG_309

28

(A*B) L14HSX L4FDY TMV_115.log_out 0054

EQN A B

A

B

349 OUT

l20aa1x

EGD

28


29 C


F


H

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L



W

X

Y


Z

A 00 01

B

C

D

E

F

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_COMMENT_304

00

****************************************************************** END of Atomizing For Gas Fuel Dated 21-04-2004

01

******************************************************************

02

02

03 04 05 06 07

RUNG_312

(((~A+B)*C)*D) L84TL FSR1V1_252.L84TL 0070 L43FTG RUNG_241.OUT 0069 L4 RUNG_44.OUT 0050 L2TVZ

EQN A B C D

A

C

GT KFPG1L fpg1

10

12

GT KFPG1LL fpg1

13

04

RUNG_313

l20vg1x

l20vg1x ((A*B)+(~A*~B)) l33vg4

EGD

B

A EQN B

A

353 OUT

B

A

L33VG4OP

L33VG4OP K33VG4_ALM 0

EGD

B


RUNG_318

357 OUT

CMP_AGTB_317.OUT A*B TRUE

B EQN A

A

358 OUT

B

16

L96FGL K96FGLZ 0

18


19



RUNG_320

L96FGLZ T96FGLZ EGD EGD

L96FGLZ (A*~B) L84TL FSR1V1_252.L84TL 0070

A EQN B

A

B

360 OUT

08 L96FGL_ALM EGD

A

09

RUNG_322

361 OUT

CMP_AGTB_321.OUT (A*B) TRUE

B EQN A

A

362 OUT

B

MOVE_323

L96FGLL

L96FGLL True

EGD

SRC ENABLE

363 DEST

11

L63FGL

EGD RUNG_133.D 0056

12 13

CMP_AGTB_325:COMPARE


RUNG_326

365 OUT


B EQN A

A

366 OUT

B

SRC ENABLE

364 DEST

L63FGL_ALM EGD

14

A

TMV_327:TIMER_SEC

L96FGH EGD

L96FGH K96FGHTD 0



15

L96FGH_ALM EGD T96FGHTD EGD A

16 17

RUNG_314

((A+B)*C) L28FDX L2TVX L20FGX RUNG_280.OUT 0072

06

10

L96FGLL True

17

L33VG4_ALM EGD T33VG4_ALM

A

EGD

TMV_319:TIMER_SEC

L96FGL

EGD

14

GT fpg1 K96FGH



MOVE_324

15

05

TMV_316:TIMER_SEC

07


11

352 OUT

D


08 09

03

_COMMENT_305

************************************** Following Rungs are added for Gas Fuel System 04-21-04 **************************************

EQN A B C

A

354 OUT

C

TMV_315:TIMER_SEC

L3GRV

EGD RUNG_197.F 0061

B

L3GRV K20FGZ 0



18

L20FGZ T20FGZ EGD

EGD RUNG_283.B 0072

19

20

20 _COMMENT_323

21

******************** Following rungs are added for BBL XCMPH00 *********************

21

22

22

23 24

SEL_329:SELECT 369

LFPG2IH TRUE 0 KFPG2IHDB

SEL1 ENABLE CASC IN1

OUT

SUB_330:CALC 370

LFPG2IH_SEL

EGD

LFPG2IH_SEL TRUE A-B KFPG2IH

B ENABLE EQUAT A

OUT


LFPG2IH_SUB

EGD

LFPG2IH_SUB GT fpg2

25


371 OUT

RUNG_332


B EQN A

A

B

372 OUT

23 LFPG2IH

EGD RUNG_334.A 0075

24 25

26

26

27

27

28

28

29

29


C


F


H

I


K

L



W

X

Y


Z

A 00 01

B

C

D

E

F

G

H

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_COMMENT_328

00

************** End of XCMPH00 BBL ******************

01

02

02 RUNG_334

L86FPG2IH (((A*~B)*(C+~D))+(E*~F)) LFPG2IH RUNG_332.OUT 0074 04 L2TVZ L4 RUNG_44.OUT 0050 05 L14HM L14TV1_3.L14HM 0044 L86MR1_CPB MarkVIe_MMV_System.CtrlMdStat.PBHDLR_5.OUTXFER_1.DESTVAR EGD

03

E EQN A B C D F

A

B

TMV_335:TIMER_SEC

374 OUT

C

RUNG_334.OUT K86FPG2IH 0

D E



MOVE_336

L86FPG2IH T86FPG2IH

EGD RUNG_29.B 0049 EGD

L86FPG2IH True

376 DEST

SRC ENABLE

L86FPG2IH_A EGD

03

A

04

F

05

06

06 ALIP00_337:INTERP

07

TRUE TNH 2 TNHWU_1 FPG2WUR_1

TNXLATV1_2.tnh 0045

08

ENABLE IN N X Y

MPY_338:CALC 378

377 OUT M

FPG2WUR

FPG2WUR TRUE A*B KFPG2WURH

EGD

A ENABLE EQUAT B


FPG2WUH

OUT

FPG2WUH GT fpg2

EGD


379 OUT

RUNG_340

CMP_AGTB_339.OUT (A*B) L84TG FSR1V1_252.L84TG 0070

B EQN A

A

B

380 OUT

LFPG2HT

07

EGD RUNG_341.A 0075

08

09

09

10

MPY_344:CALC 385

FPG2WUR TRUE A*B KFPG2WURL

11 12 13 14 15 16

FPRGV2_357

L3GRV fprg_int TNH TNXLATV1_2.tnh 0045 FPKGNG FPKGNO FPKGSD RUNG_314.OUT 0074

L3GRV INT_POS SPEED SP_GAIN FPKGNO FPKGSD

17

397 FPRG FPRGOUT INT_CONV

OUT


FPG2WUL EGD

FPG2WUL GT fpg2

SUB_350:CALC 390

FPRG fprgout fprg_cnv EGD

FPRG TRUE A-B FPRGK_BIAS

EGD EGD

A ENABLE EQUAT B

OUT


FPRG_LIM

FPRG_LIM GT fpg2

RUNG_346

CMP_AGTB_345.OUT (A*B) L84TG FSR1V1_252.L84TG 0070

B EQN A

A

B

386 OUT

10 LFPG2LT EGD RUNG_347.A 0075

11 12

CMP_AGTB_351:COMPARE EGD

384 OUT


391 OUT

RUNG_352


B EQN A

A

B

392 OUT

13 L3FG_P2

EGD RUNG_353.A 0075

14 15 16

RUNG_341

L86FPG2HT LFPG2HT RUNG_340.OUT 0075 18 (((A*B)*~C)+(D*~E)) L2TVZ 19 L2WX L86MR1_CPB MarkVIe_MMV_System.CtrlMdStat.PBHDLR_5.OUTXFER_1.DESTVAR EGD

A ENABLE EQUAT B

D A EQN B C E

A

B

D

E

C

TMV_342:TIMER_SEC

381 OUT

RUNG_341.OUT K86FPG2HT 0

MOVE_343



L86FPG2HT T86FPG2HT EGD EGD RUNG_39.G 0049

L86FPG2HT True

383 DEST

SRC ENABLE

17 L86FPG2HT_A A EGD

18 19

20

20 RUNG_347

21

L86FPG2LT LFPG2LT RUNG_346.OUT 0075 (((A*B)*~C)+(D*~E)) 22 L2TVZ L2WX 23 L86MR1_CPB MarkVIe_MMV_System.CtrlMdStat.PBHDLR_5.OUTXFER_1.DESTVAR EGD

24 25

D A EQN B C E

RUNG_353

L3FG_P2 RUNG_352.OUT 0075 (A*B) L52GX MOVE_150.DEST 0058

A EQN B

A

B

A

B

D

E

C

TMV_348:TIMER_SEC

387 OUT

RUNG_347.OUT K86FPG2LT 0

MOVE_349



L86FPG2LT T86FPG2LT EGD EGD RUNG_38.C 0049

L86FPG2LT True

389 DEST

SRC ENABLE

21

L86FPG2LT_A EGD

A

22 23

TMV_354:TIMER_SEC

393 OUT

RUNG_353.OUT K3FG_P2X 0

RUNG_355



L3FG_P2X EGD T3FG_P2X EGD

L3FG_P2X (A*~B) L84TL FSR1V1_252.L84TL 0070

A EQN B

A

B

395 OUT

MOVE_356

L30FPG2L EGD

RUNG_355.OUT True

SRC ENABLE

396 DEST

24

L30FPG2L_ALM A EGD

25

26

26

27

27

28

28

29

29


C


F


H

I


K

L



W

X

Y


Z

A 00 01

B

C

D

E

F

G

H

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_COMMENT_353

00

Following Rungs are added to meet the functionality of L3GSSRV1 & as per Standards. BBL L3GFLTV1 is also part of the same function. ude the full function of L3GSSRV1 & part functions of L3GCVV1

01

02


FS_ABS GT LK3GCV

03


04 05

SUB_359:CALC 399

TRUE A-B fsg1 FSR2 07 FSR1V1_252.FSR2 0070

06

ENABLE EQUAT A B

08

ABS_360:CALC 400

FS_DIF

OUT

L3GFLTV1_369

fsgr LK60FSGH 09 LK3GRVFB LK3GRVO 10 fagr LK3GRVSC L3GRV 11 RUNG_314.OUT 0074 fsg1 LK3GCVFB 12 LK3GCVO fag LK3GCVSC 13 L3GCV RUNG_385.OUT 0077 fpg2 14 LK3GFIVP LK3GFLTD 15 L86MR1_CPB System.CtrlMdStat.PBHDLR_5.OUTXFER_1.DESTVAR EGD

FS_DIF TRUE ABS(A)

EGD

409 L3GRVFL L3GCVFL L60FSGH L3GRVFB GRVFB_T L3GRVO GRVOP_T L3GRVSC GRVSC_T L3GCVFB GCVFB_T L3GCVO GCVOP_T L3GCVSC GCVSC_T L3GFIVP GFP_T L3GFLT

FSGR K60FSGH K3GRVFB K3GRVO FAGR K3GRVSC L3GRV FSG K3GCVFB K3GCVO FAG K3GCVSC L3GCV FPG1 K3GFIVP K3GFLTD MSTRRST

A ENABLE EQUAT

FS_ABS

OUT

L3GRVFLT L3GCVFLT ((A+B)+C) L3GRVPFLT RUNG_383.OUT 0077

A C EQN B

FS_ABS GT LK86GCV

EGD

RUNG_370

L3GRVFLT EGD L3GCVFLT A EGD L60FSGH EGD RUNG_35.A 0048 L3GRVFB EGD A


410 OUT

A


401 OUT

RUNG_362


B EQN A

A

B

402 OUT

02 FS_CMP EGD MOVE_363.SRC 0076

03 04

405 OUT

RUNG_366


B EQN A

A

B

406 OUT

05 FS_CMP1

EGD TMV_367.log_in 0076

06 07 08

L3GFLT

EGD RUNG_24.A 0047

09

B C

10

L3GRVO EGD

11 L3GRVSC

EGD

L3GCVFB

12

L3GCVO

13

L3GCVSC

14

EGD

EGD

EGD

L3GFIVP EGD

A

15

L3GFLT EGD RUNG_24.A 0047

16

16 MOVE_363

17

FS_CMP True

RUNG_362.OUT 0076

403 DEST

SRC ENABLE

TMV_364:TIMER_SEC

FS_CMP_C

FS_CMP_C LK3GCVTD 0

EGD



L3GCVA T3GCVA

17

EGD EGD

18


19 20

FS_CMP1 RUNG_366.OUT 0076 LK86GCVTD 0



RUNG_368

L86GCV_TD TK86GCVTD EGD

L86GCVT L86GCV_TD (A+(B*~C)) L86MR1_CPB MarkVIe_MMV_System.CtrlMdStat.PBHDLR_5.OUTXFER_1.DESTVAR EGD

EGD

B A EQN C

408 OUT

A B

19

L86GCVT

EGD RUNG_289.A 0072

C

20

21

21

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22

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_COMMENT_366

00

Ends of the L3GCVV1 & L3GSSRV1 Blocks in form of Rungs & Partly Bl

01

01 CMP_AGTB_374:COMPARE

FSGRERR_ABS GT K3GRVAX

02 03


414 OUT

RUNG_375


B EQN A

A

415 OUT

B

L3GRVAX

02

EGD RUNG_376.A 0077

03

04

04 SUB_372:CALC 412

05 06

TRUE A-B fsgr fprg_int

ENABLE EQUAT A B

OUT

ABS_373:CALC 413

FSGR_ERR

EGD

FSGR_ERR TRUE ABS(A)

A ENABLE EQUAT


FSGRERR_ABS

OUT

FSGRERR_ABS GT K3GRVTX

EGD


419 OUT

RUNG_380


B EQN A

A

420 OUT

B

L3GRVTX

05

EGD RUNG_381.A 0077

06

07

07 RUNG_385

08

(A*B) L3GRV RUNG_314.OUT 0074 L33PGC RUNG_291.OUT 0073

EQN A B

A

FSROUTV2_386

425 OUT

B

L3GCV

EGD L3GFLTV1_369.L3GCV 0076

L3GCV FSR2 FSR1V1_252.FSR2 0070 L4 RUNG_44.OUT 0050

L3GCV FSR2 L4

426 FSROUT

fsrg1out

EGD

08

09

09 RUNG_376

10 11

L3GRVAX RUNG_375.OUT 0077 (A*B) L3GRV RUNG_314.OUT 0074

A EQN B

A

416 OUT

B

L3GRVT L3GRVTX RUNG_380.OUT 0077 ((A*B)+(C*~D)) 13 L3GRV RUNG_314.OUT 0074 L86MR1_CPB _MMV_System.CtrlMdStat.PBHDLR_5.OUTXFER_1.DESTVAR EGD

14

C A EQN B D

A

B

C

D

16

GT fsdp KFSDPH

17


421 OUT

427 OUT

19

GT fsdp KFSDPHH

L3GRVA T3GRVA

EGD EGD

L3GRVA (A*~B) L2WX

A EQN B

A

B

418 OUT

L3GRVA_ALM A EGD

10

TMV_382:TIMER_SEC

RUNG_381.OUT K3GRVT 0



RUNG_383

L3GRVT EGD T3GRVT EGD

L3GRVT (A*~B) L2WX

A EQN B

A

B

423 OUT

MOVE_384

L3GRVPFLT EGD RUNG_370.B 0076

RUNG_383.OUT True

SRC ENABLE

424 DEST

12

L3GRVT_ALM EGD

A

13

RUNG_388


B EQN A

A

B

428 OUT

15

FSDPH_ALM A EGD

16 17


18


RUNG_378

14


15

RUNG_376.OUT K3GRVA 0


11 RUNG_381

12

TMV_377:TIMER_SEC


429 OUT

RUNG_390


B EQN A

A

B

430 OUT

FSDPHH_ALM A EGD

18 19

20

20 _COMMENT_424

21 22

------------------------------------------------------------------- End of Segment -------------------------------------------------------------------------------------------------------------------------------------

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_COMMENT_1

00

#DEFINE MODULE START_L1 BLOCK START_L1 ( L1XX1 LOG, ;Multiple starts enable 1 LTRUE LOG) ;Multiple starts enable 2

01

02

02 RUNG_1

03

(A+B)*~C L1START_CPB PB_Handler.PB_Handler.PB_12.MOVE_1.DEST EGD 04 L1FAST_CPB PB_Handler.PB_Handler.PB_46.MOVE_1.DEST EGD L43O UNIT1.SEQU_Q.CMDSTATE_6.LOUT0 0045

EQN A B C

A

2 OUT

C

03

L1S

EGD RUNG_4.A 0078

04

B

05

05 _COMMENT_2

06

06 RUNG_2

~A+B+C L83BW L4 UNIT1.SEQU_Q.RUNG_44.OUT 0050 08 L4Y UNIT1.SEQU_Q.TMV_47.log_out 0050

07

Q.WATER_WASH_OFFLIN_L2_126.RUNG_2.OUT

EQN A B C

4 OUT

A

MS_ENAB1

07

EGD RUNG_3.A 0078

B

08 C

09

09 _COMMENT_3

10

10 RUNG_3

A*B*~C*~D*E*~F*~G MS_ENAB1 RUNG_2.OUT 0078 MS_ENAB2 12 L94X UNIT1.SEQU_Q.SHUTDOWN_L1_10.RUNG_3.OUT L3SMTX UNIT1.SEQU_Q.DIESEL_CONTROL_L3.RUNG_12.OUT 0087 L3ACS 13 UNIT1.SEQU_Q.RUNG_24.OUT 0047 L2G UNIT1.SEQU_Q.TMV_152.log_out 0058 L62TT2 COUNTER_1.AT_CNT 0079

11

14

EQN A B C D E F G

A

B

C

D

E

F

6 OUT

G

L1XX

11

EGD RUNG_4.C 0078

12 13 14

_COMMENT_4

15

15

16

RUNG_4

L1X (A+B)*C*~D L1S RUNG_1.OUT 0078 L1XX 18 RUNG_3.OUT 0078 L5EX UNIT1.SEQU_Q.RUNG_37.OUT 0048

17

19

B EQN A C D

A

C

8 OUT

D

16 L1X

EGD NOT_1.A 0078

17

B

18 19

_COMMENT_5

20

20 NOT_1

L1X

21

RUNG_4.OUT 0078

A

TIMER_SEC_1

10 NOT_A OUT_A

NOT_1.NOT_A K1XY



L1XY T1XY

EGD COUNTER_1.RESET 0079

21

EGD

22

22 _COMMENT_6

23

23 RUNG_5

24 25 26 27 28

L2FZ (~A*~B+D*~E)*C+F*G*~H L4 UNIT1.SEQU_Q.RUNG_44.OUT 0050 L4Y UNIT1.SEQU_Q.TMV_47.log_out 0050 L1X RUNG_4.OUT 0078 L62TT TIMER_SEC_2.log_out 0079 L43R UNIT1.SEQU_Q.L43_AUX_LOGIC_7.RUNG_5.OUT L2F UNIT1.SEQU_Q.PURGE_FIRE_L1.TIMER_SEC_2.log_out 0095 L28FDX UNIT1.SEQU_Q.FLAME_DETECTION_L1_127.RUNG_8.OUT

D EQN A B C E F G H

A

B

D

E

F

G

C

13 OUT

24 L2FZ

EGD TIMER_SEC_2.log_in 0079

25 H

26 27 28


29 C


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#DEFINE MODULE START_L1 Requisition ToolboxST Version 1LO-150001173 V04.04.11C Shop Order Number Machine Size KEV003 6001B

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U V W Software Path UNIT1.SEQU_Q.START_L1 DWG Translator v3.2.8C Cont. on Sh. 0079

X

Y


Z

A

01

D

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TIMER_SEC_2

L2FZ K62TT

RUNG_5.OUT 0078

03

01



L62TT T62TT EGD

EGD RUNG_5.E 0078

02 03

_COMMENT_8

04

COUNTER_1

L62TT K62TT2 L1XY TIMER_SEC_1.log_out 0078 True 06

05

C

_COMMENT_7

00

02

B

TIMER_SEC_2.log_out 0079

04

17 AT_CNT CUR_CNT

INC MAX_CNT RESET RUN

L62TT2 C62TT2

EGD RUNG_3.G 0078

05

EGD

06

_COMMENT_9

07

07

RUNG_6

08

A*~B L62TT2 COUNTER_1.AT_CNT 0079 09 L14HS UNIT1.SEQU_Q.L14TV1_3.L14HS 0044

10

EQN A B

A

19 OUT

B

08

L62TT2_ALM EGD

A

09 10

_COMMENT_10

11

11 RUNG_83

12 13 14 15 16

L1FX (((((((A+~B)*C)+D)*(E+F))*~G)*~H)*~I) L70R UNIT1.SEQU_Q.SPEED_LOAD_SETPOINT.RUNG_4.OUT 0100 L52GZ UNIT1.SEQU_Q.TMV_153.log_out 0058 L1FAST_CPB PB_Handler.PB_Handler.PB_46.MOVE_1.DEST EGD L4 UNIT1.SEQU_Q.RUNG_44.OUT 0050 L1X RUNG_4.OUT 0078 L1START_CPB PB_Handler.PB_Handler.PB_12.MOVE_1.DEST EGD L83AM UNIT1.TEMP_CON.RUNG_5.OUT 0109 L26TCX UNIT1.SEQU_Q.SPEED_LOAD_SETPOINT.RUNG_18.OUT 0102

C EQN A B D E F G H I

A

C

E

B

G

H

21 OUT

I

L1FX

12

EGD RUNG_8.B 0079

F

13 D

14 15 16

_COMMENT_11

17

17 RUNG_8

18 19

A*~B L1X RUNG_4.OUT 0078 L1FX RUNG_83.OUT 0079

EQN A B

A

B

23 OUT

18

L3MCSTR

EGD

19

20

20

21

21

22

22

23

23

24

24

25

25

26

26

27

27

28

28

29

29


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01

01

02

02

03

03

04

04

05

05

06

06

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07

08

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09

10

10

11

11

12

12

13

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_COMMENT_1

00

#DEFINE MODULE COOLD6L1 BLOCK COOLDOWN_6_L1 ( L4HR LOG, ;L4HR (for 88QA), LFALSE (for 88QC) L4HR LOG, ;L4HR (for 88QA), LFALSE (for 88QC) L14HS LOG, ;L14HS for split base, else L14HA L26QA LOG, ;L26QA i/o assignment L26QN LOG, ;L26QN i/o assignment L26QT LOG, ;L26QT i/o assignment, or LFALSE L52QA LOG, ;L52QA i/o assignment L63QA1L LOG, ;L63QAL i/o assignment L63QQ1H LOG, ;L63QQ1H i/o assignment LFALSE LOG, ;L63QQ2H i/o assignment LFALSE LOG, ;L63QQ3H i/o assignment L71QH LOG, ;L71QH i/o assignment L71QL LOG, ;L71QL i/o assignment L72QEZ LOG, ;L72QEZ i/o assignment L94QEZ LOG, ;L94QEZ i/o assignment L4QEZ LOG, ;L4QEZ i/o assignment L4QAZ LOG, ;L4QAZ i/o assignment LZZ LOG, ;L4QCZ i/o assignment, else L1ZZ LZZ LOG) ;L4QC_QE i/o assignment, else L1ZZ

01 02 03 04 05 06 07

08

08

09 10 11 12

RUNG_1

L1Z (A+B*C+G)*~D*~E*F L43CD_OFFCPB PB_Handler.PB_Handler.PB_49.MOVE_1.DEST EGD L1STOP_CPB PB_Handler.PB_Handler.PB_50.MOVE_1.DEST EGD L43CA UNIT1.SEQU_Q.CMDSTATE_6.LOUT7 0045 L43CD_ON_CPB PB_Handler.PB_Handler.PB_45.MOVE_1.DEST EGD L1X UNIT1.SEQU_Q.START_L1.RUNG_4.OUT 0078 L14HR UNIT1.SEQU_Q.L14TV1_3.L14HR 0044

G EQN A B C D E F

A

D

E

2 OUT

F

09 L1Z EGD RUNG_2.A 0081

10 B

C

11

G

12

13

13 _COMMENT_2

14

14 RUNG_2

~A*~B L1Z L3 .COMPLETE_SEQUENCE_L1_128.RUNG_2.OUT

EQN A B

15

RUNG_1.OUT 0081

A

4 OUT

B

L3SQ

15

EGD UNIT1.SEQU_Q.DPYSTAT1_144.INPUT1 0057

16

16 _COMMENT_3

17

17 RUNG_3

18

A*~B*~C*~D L14HR UNIT1.SEQU_Q.L14TV1_3.L14HR 0044 L1X 19 UNIT1.SEQU_Q.START_L1.RUNG_4.OUT 0078 L4 UNIT1.SEQU_Q.RUNG_44.OUT 0050 HYD_R_QA UNIT1.SEQU_Q.CLUTCH_RATCHET_L1_59.L4HR 0048

20

EQN A B C D

A

B

C

6 OUT

D

18

L4QEZ

EGD

19 20

_COMMENT_4

21 22

21 RUNG_4

A*B+C L14HR UNIT1.SEQU_Q.L14TV1_3.L14HR 0044 L52QA 23 QE_SPEED UNIT1.SEQU_Q.L14TV1_3.L14HS 0044

24

EQN A B C

A

8 OUT

B

22

L94QEZ

EGD

23

C

24

_COMMENT_5

25

25 RUNG_5

A*B*C L52QA L14HSZ QU_Q.AUX_SPEED_SIGNALS_91.TMV_4.log_out 27 L4 UNIT1.SEQU_Q.RUNG_44.OUT 0050

26

EQN A B C

A

B

C

10 OUT

L52QA_ALM A EGD

26 27

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#DEFINE MODULE COOLD6L1 Requisition ToolboxST Version 1LO-150001173 V04.04.11C Shop Order Number Machine Size KEV003 6001B

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Z

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_COMMENT_6

00 01

NOT_1

L63QA1L

A

02 03

00 TIMER_SEC_1

12 NOT_A OUT_A

NOT_1.NOT_A K63QALY

01



L63QALY T63QALY EGD

EGD RUNG_6.B 0082

02 03

_COMMENT_7

04

RUNG_6

(A*B+D)*(~C+~E) L14HSX L63QALY TIMER_SEC_1.log_out 0082 L52QA 06 L1Z RUNG_1.OUT 0081 L14HSZ UNIT1.SEQU_Q.AUX_SPEED_SIGNALS_91.TMV_4.log_out

05

UNIT1.SEQU_Q.AUX_SPEED_SIGNALS_91.RUNG_2.OUT

07

EQN A B C D E

A

B

D

15 OUT

C

04 L4QAZ

EGD

05

E

06 07

_COMMENT_8

08 09

08 MOVE_1

L71QH True

SRC ENABLE

17 DEST

09

L71QH_ALM EGD

A

10

10 _COMMENT_9

11

11 MOVE_2

12

L71QL True

13

SRC ENABLE

19 DEST

L71QL_ALM EGD

12

A

13

_COMMENT_10

14

14 RUNG_7

A*B L14HSX EQU_Q.AUX_SPEED_SIGNALS_91.RUNG_2.OUT L63QAL

15

EQN A B

A

B

21 OUT

L63QAL_ALM EGD

A

15

16

16 _COMMENT_11

17

17 RUNG_8

18

A*~B L14HSZ L72QEZ

QU_Q.AUX_SPEED_SIGNALS_91.TMV_4.log_out

19

EQN A B

A

B

23 OUT

L72QEZ_ALM EGD

18

A

19

_COMMENT_12

20 21

20 NOT_2

L26QN

A

25 OUT_A NOT_A

21 L26QN_ALM A EGD

22

22 _COMMENT_13

23

23 RUNG_9

A*B L14HM UNIT1.SEQU_Q.L14TV1_3.L14HM 0044 L26QA

24 25

EQN A B

A

B

27 OUT

L26QA_ALM EGD

24

A

25

_COMMENT_14

26 27

A*B L14HS UNIT1.SEQU_Q.L14TV1_3.L14HS 0044 28 L26QT Q.REDUN_SENSR_LUBE_HYD_12.RUNG_1.OUT

26 RUNG_10

EQN A B

A

B

29 OUT

27

L26QT_ALM EGD

A

28


29 C


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TIMER_SEC_2

L63QQ1H K63QQ1H_ALM



01 L63QQ1H_ALM EGD T63QQ1H_ALM EGD A

02 03

_COMMENT_16

04 05

D

_COMMENT_15

01 02

C

TIMER_SEC_3

L63QQ2H K63QQ2H_ALM



04 L63QQ2H_ALM EGD T63QQ2H_ALM

A

05

EGD

06

06 _COMMENT_17

07

07 TIMER_SEC_4

08

L63QQ3H K63QQ3H_ALM



L63QQ3H_ALM EGD T63QQ3H_ALM EGD

08

A

09

09

10

10

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_COMMENT_1

00

#DEFINE MODULE DIESELL3

01

BLOCK DIESEL_CONTROL_L3 ( L33CSE : LOG, ;L20CSX for self-seq-ratchet, L33CSE for ; rack and pinion L1FX : LOG, ;L1FX for fast start, else LFALSE L43DETS : LOG, ;L43DETS i/o assignment L33CSE : LOG, ;L33CSE i/o assignment, ELSE LTRUE L14P1X : LOG, ;L63DM i/o assignment L63QDN : LOG, ;L63QDN i/o assignment L45FTX : LOG, ;L45FTX for fire protection, else LFALSE L4DE1 : LOG, ;L4DE1 i/o assignment L4DS : LOG, ;L4DS i/o assignment LZZ : LOG, ;L20DTX i/o assignment LZZ : LOG, ;L20DVX i/o assignment LZZ : LOG, ;L20DA1X i/o assignment LZZ : LOG) ;L20DA2X i/o assignment

02 03 04 05 06

07 08

07 MOVE_1

L83DT_CMD True

2 DEST

SRC ENABLE

MOVE_2

L83DT_CMD L83DT_CMD EGD UNIT1.SEQU_Q.RUNG_21.A 0051 True

3 DEST

SRC ENABLE

08

L83DT1 A EGD

09

09 _COMMENT_2

10

10 RUNG_1

A*B L14P1X UNIT1.SEQU_Q.NOT_65.NOT_A 0052 L63QDN

11 12

EQN A B

A

5 OUT

B

L63DM_QDN

11

EGD RUNG_2.D 0085

12

_COMMENT_3

13 14 15 16 17 18 19

13 RUNG_2

(((~A+F)*B*C+G*K*H)*(D+~I)+~J*D)*~E RAT_PERM L83DT_CMD UNIT1.SEQU_Q.RUNG_61.OUT 0050 EGD L43DETS L63DM_QDN RUNG_1.OUT 0085 L3SMTX RUNG_12.OUT 0087 L3 UNIT1.SEQU_Q.COMPLETE_SEQUENCE_L1_128.RUNG_2.OUT L4 UNIT1.SEQU_Q.RUNG_44.OUT 0050 L14HR UNIT1.SEQU_Q.L14TV1_3.L14HR 0044 L48DS TIMER_SEC_2.log_out 0086 L62DE TIMER_MIN_3.log_out 0087 L33CSE

EQN A B C D E F G H I J K

A

B

C

F

D

E

7 OUT

14

L4DE

EGD MOVE_3.SRC 0085

15

I

G

K

J

D

H

16 17 18 19

_COMMENT_4

20 21

20 MOVE_3

L4DE RUNG_2.OUT 0085 True

9 DEST

SRC ENABLE

21

L4DE1

EGD

22

22 _COMMENT_5

23

23 RUNG_3

A*~B L4DE L83DT_CMD UNIT1.SEQU_Q.RUNG_61.OUT 0050 EGD

24

RUNG_2.OUT 0085

25

EQN A B

A

B

11 OUT

L30CTSX

24

EGD UNIT1.SEQU_Q.COUNTER_TIMERS_L2_9.RUNG_2.B

25

_COMMENT_6

26 27

26 NOT_1

L4DE

RUNG_2.OUT 0085

A

TIMER_SEC_1

13 NOT_A OUT_A

NOT_1.NOT_A K4DEY

28



27

L4DEY T4DEY EGD

EGD RUNG_14.A 0088

28


29 C


F


H

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#DEFINE MODULE DIESELL3 Requisition ToolboxST Version 1LO-150001173 V04.04.11C Shop Order Number Machine Size KEV003 6001B

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U V W X Y Software Path UNIT1.SEQU_Q.DIESEL_CONTROL_L3 DWG Engineer Translator v3.2.8C Ramisha Murray Cont. on Sh. Sh. No. 0086 0085

Z

A

B

C

00

_COMMENT_7

01

RUNG_4

A*B*~C L63DMY 02 TIMER_SEC_4.log_out 0087 L4DE RUNG_2.OUT 0085 L2DS TIMER_SEC_3.log_out 0086

EQN A B C

D

E

F

G

H

I

J

K

L

M

N

O

P

Q

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T

U

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W

X

Y

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A

B

16 OUT

C

01 L4DS

EGD

02

03

03 _COMMENT_8

04

04 TIMER_SEC_2

05

L4DE K48DS



RUNG_2.OUT 0085

06

05

L48DS T48DS EGD

EGD RUNG_2.I 0085

06

_COMMENT_9

07

07

08

08 RUNG_5

L48DSX A*~B*~C+D L4Y UNIT1.SEQU_Q.TMV_47.log_out 0050 L43DETS 10 L86MR1_CPB MMV_System.CtrlMdStat.PBHDLR_5.OUTXFER_1.DESTVAR EGD

09

11

B EQN A C D

NOT_2

L4DE

RUNG_2.OUT 0085

A

12

C

RUNG_5.OUT NOT_2.NOT_A K48DSX True

D

RESET INC MAX_CNT RUN

L48DSX A EGD RUNG_12.A 0087 C48DSX EGD

09 10 11

21 NOT_A OUT_A

12 13

TIMER_SEC_3

L4DE K2DS


15


16

_COMMENT_11

RUNG_2.OUT 0085

17 18

B

22 AT_CNT CUR_CNT

_COMMENT_10

13 14

A

COUNTER_1

20 OUT

19

15 16

TIMER_MIN_1

L63DM_QDN RUNG_1.OUT 0085 K2DW

14

L2DS T2DS EGD

EGD RUNG_4.C 0086



17 L2DW EGD UNIT1.SEQU_Q.CLUTCH_RATCHET_L1_59.CLUT_EN 0048 T2DW EGD

18 19

_COMMENT_12

20

20 RUNG_6

A*B L63DM_QDN RUNG_1.OUT 0085 FST_STRT UNIT1.SEQU_Q.START_L1.RUNG_83.OUT 0079

21

EQN A B

A

B

28 OUT

TIMER_MIN_2

RUNG_6.OUT K2DWF



L2DWF T2DWF

EGD RUNG_7.B 0086

21

EGD

22

22 _COMMENT_13

23

23 RUNG_7

24 25

A+B L2DW TIMER_MIN_1.log_out 0086 L2DWF TIMER_MIN_2.log_out 0086

EQN A B

31 OUT

A

L2DWX

24

EGD RUNG_10.B 0087

B

25

26

26

27

27

28

28

29

29


C


F


H

I

J

K

L

M

N

O

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Q

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B

C

D

E

F

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_COMMENT_14

00 01

00

RUNG_8

~A*B*C*D*~E L43DETS 02 L33CSE L4DE RUNG_2.OUT 0085 03 L4 UNIT1.SEQU_Q.RUNG_44.OUT 0050 L94X UNIT1.SEQU_Q.SHUTDOWN_L1_10.RUNG_3.OUT

EQN A B C D E

A

B

C

D

01

33 OUT

E

L4DA

EGD UNIT1.SEQU_Q.RUNG_71.G 0052

02 03

04

04 _COMMENT_15

05

05 NOT_3

06

L14P1X

UNIT1.SEQU_Q.NOT_65.NOT_A 0052

A

TIMER_SEC_4

35 NOT_A OUT_A

NOT_3.NOT_A K63DMY

07



L63DMY T63DMY EGD

06

EGD UNIT1.SEQU_Q.CLUTCH_RATCHET_L1_59.HR_PERM 0048

07

_COMMENT_16

08 09

~A+~B L4 UNIT1.SEQU_Q.RUNG_44.OUT 0050 L33CSE 10

08 RUNG_9

EQN A B

_COMMENT_17

12

RUNG_10

14

EQN A B C

RUNG_9.OUT K62DE

B

11

~A*B*C L4Y 13 UNIT1.SEQU_Q.TMV_47.log_out 0050 L2DWX RUNG_7.OUT 0086 L14HR UNIT1.SEQU_Q.L14TV1_3.L14HR 0044

TIMER_MIN_3

38 OUT

A

A



09

L62DE T62DE EGD

EGD RUNG_2.J 0085

10 11

B

C

TIMER_MIN_4

41 OUT

RUNG_10.OUT K2DWZ2

12



L2DWZ2 A EGD UNIT1.SEQU_Q.RUNG_24.F 0047 T2DWZ2 EGD

13 14

_COMMENT_18

15

15

16

RUNG_11

L4DT (A*~B*C+E+F)*D+G*~H 17 L14P1X UNIT1.SEQU_Q.NOT_65.NOT_A 0052 L63QDN 18 L48DS TIMER_SEC_2.log_out 0086 L4DE RUNG_2.OUT 0085 19 L5EX UNIT1.SEQU_Q.RUNG_37.OUT 0048 FIREPROT L86MR1_CPBEGD 20 MarkVIe_MMV_System.CtrlMdStat.PBHDLR_5.OUTXFER_1.DESTVAR

21 22

A+B L48DSX COUNTER_1.AT_CNT 0086 23 L4DT RUNG_11.OUT 0087

G EQN A B C D E F H

A

B

C

D

44 OUT

16 L4DT A EGD RUNG_12.B 0087

17 E

18

F G

H

19 20

_COMMENT_19

RUNG_12

EQN A B

21 46 OUT

A

22

L3SMTX

EGD UNIT1.SEQU_Q.START_L1.RUNG_3.D 0078

23

B

24

24

25

25

26

26

27

27

28

28

29

29


C


F


H

I

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K

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M

N

O

P



Q

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A

B

C

D

04 05

G

H

I

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01

03

F

_COMMENT_20

00

02

E

RUNG_13

(((~A+~G)*~B*C+H)*~D+I)*~E*~F L33CSE L14HR UNIT1.SEQU_Q.L14TV1_3.L14HR 0044 L4 UNIT1.SEQU_Q.RUNG_44.OUT 0050 L14HA UNIT1.SEQU_Q.L14TV1_3.L14HA 0044 L14HSX UNIT1.SEQU_Q.AUX_SPEED_SIGNALS_91.RUNG_2.OUT L94X UNIT1.SEQU_Q.SHUTDOWN_L1_10.RUNG_3.OUT L4DE RUNG_2.OUT 0085 L3SMTX RUNG_12.OUT 0087 L60BOG UNIT1.SEQU_Q.L60BOGV1_60.L60BOG 0051

06 07 A*(B+C) L4DEY 08 TIMER_SEC_1.log_out 0085 L14P1X UNIT1.SEQU_Q.NOT_65.NOT_A 0052 L63QDN

09

EQN A B C D E F G H I

A

B

C

D

E

F

48 OUT

01 L3SMT EGD UNIT1.SEQU_Q.RUNG_43.D 0049

A

02

G H

03

I

04 05 06

_COMMENT_21

RUNG_14

EQN A B C

A

B

50 OUT

07 L4DEY_ALM A EGD

08 C

09

_COMMENT_22

10 11

A*~B L48DS TIMER_SEC_2.log_out 0086 12 L63QDN

10 RUNG_15

EQN A B

A

B

52 OUT

11

L63QDN_ALM EGD

A

12

13

13

14

14

15

15

16

16

17

17

18

18

19

19

20

20

21

21

22

22

23

23

24

24

25

25

26

26

27

27

28

28

29

29


C


F


H

I

J

K

L

M

N

O

P



Q

R

S

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A

B

C

D

E

F

G

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L

M

N

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Y

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00

00

01

01

02

02

03

03

04

04

05

05

06

06

07

07

08

08

09

09

10

10

11

11

12

12

13

13

14

14

15

15

16

16

17

17

18

18

19

19

20

20

21

21

22

22

23

23

24

24

25

25

26

26

27

27

28

28

29

29


C


F


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A 00 01 02

B

C

D

E

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_COMMENT_1

00

#DEFINE MODULE LLCOOLL1 BLOCK LL_COOL_WATER_PUMPS ( L63WCL : LOG, ;L63WCL i/o assignment L4WCZ1 : LOG, ;L4WCZ1 i/o assignment L4WCZ2 : LOG) ;L4WCZ2 i/o assignment

01 02

03

MOVE_1

RUNG_1.OUT True

04 05

RUNG_1

LAG1WC (A+C)*~B 06 LAG1SWC PB_Handler.PB_Handler.PB_1.MOVE_1.DEST EGD LAG2SWC PB_Handler.PB_Handler.PB_19.MOVE_1.DEST EGD

C EQN A B

A

NOT_1

2 OUT

B

SRC ENABLE

LAG1WC EGD RUNG_2.A 0090

RUNG_1.OUT

A

03

3 DEST

L88WC_1 EGD

04 05

4 OUT_A NOT_A

L88WC_2

06

EGD

C

07

07

_COMMENT_2

08

08 NOT_2

09

L14HR

UNIT1.SEQU_Q.L14TV1_3.L14HR 0044

A

TIMER_SEC_1

6 NOT_A OUT_A

NOT_2.NOT_A K4WCRUN

10

09

L4WCRUN T4WCRUN EGD

EGD TIMER_SEC_2.log_in 0090

10

_COMMENT_3

11

11

TIMER_SEC_2

12 13



L4WCRUN TIMER_SEC_1.log_out 0090 K4WCRUNZ

14



12 L4WCRUNZ T4WCRUNZ EGD EGD RUNG_2.B 0090

13 14

_COMMENT_4

15

15 RUNG_2

16 17 18

L4WC1 (~A+(B*C+E*~F)*A)*D LAG1WC RUNG_1.OUT 0090 L4WCRUNZ TIMER_SEC_2.log_out 0090 L63WCL L4WCRUN TIMER_SEC_1.log_out 0090 LAG1SWC PB_Handler.PB_Handler.PB_1.MOVE_1.DEST EGD

E EQN A B C D F

A

D

B

C

E

F

11 OUT

NOT_3

L4WC1

EGD RUNG_4.A 0090

RUNG_2.OUT

A

12 OUT_A NOT_A

16 L4WCZ1

EGD

A

17 18

19

19 _COMMENT_5

20 21 22 23 24

20 RUNG_3

L4WC2 (A+(B*C+E*~F)*~A)*D LAG1WC RUNG_1.OUT 0090 L4WCRUNZ TIMER_SEC_2.log_out 0090 L63WCL L4WCRUN TIMER_SEC_1.log_out 0090 LAG2SWC PB_Handler.PB_Handler.PB_19.MOVE_1.DEST EGD

E EQN A B C D F

A

D

B

C

E

F

14 OUT

NOT_4

L4WC2

EGD RUNG_4.B 0090

RUNG_3.OUT

A

15 OUT_A NOT_A

21 L4WCZ2

EGD

22

A

23 24

_COMMENT_6

25 26 27

25 RUNG_4

A*B L4WC1 RUNG_2.OUT 0090 L4WC2 RUNG_3.OUT 0090

EQN A B

A

B

17 OUT

26

L30WC_LAG EGD

A

27

28

28

29

29


C


F


H

I


K

L

M N O P Q Title #DEFINE MODULE LLCOOLL1 Requisition ToolboxST Version 1LO-150001173 V04.04.11C Shop Order Number Machine Size KEV003 6001B

R

S

T

U V W X Y Software Path UNIT1.SEQU_Q.LL_COOL_WATER_PUMPS DWG Engineer Translator v3.2.8C Ramisha Murray Cont. on Sh. Sh. No. 0091 0090

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Y

Z

00

00

01

01

02

02

03

03

04

04

05

05

06

06

07

07

08

08

09

09

10

10

11

11

12

12

13

13

14

14

15

15

16

16

17

17

18

18

19

19

20

20

21

21

22

22

23

23

24

24

25

25

26

26

27

27

28

28

29

29


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F


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M N O P Q Title #DEFINE MODULE LLCOOLL1 Requisition ToolboxST Version 1LO-150001173 V04.04.11C Shop Order Number Machine Size KEV003 6001B

R

S

T

U V W X Y Software Path UNIT1.SEQU_Q.LL_COOL_WATER_PUMPS DWG Engineer Translator v3.2.8C Ramisha Murray Cont. on Sh. Sh. No. 0092 0091

Z

A 00 01

B

C

D

E

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_COMMENT_1

00

#DEFINE MODULE CBLEEDL1 EXTERN LK4IGVTX : INT END

01

02 03 04

02 BLOCK CMPR_BLEED_VALVE_L1 ( L33CB1O LOG, ;L33CB1O i/o assignment L33CB2O LOG, ;L33CB2O i/o assignment L20CB1X LOG, ;L20CB1X i/o assignment L20TV1X LOG, ;L20TV1X i/o assignment CSGV INT) ;CSGV i/o assignment

05

RUNG_1

(A*B+D)*C L52GX L4 UNIT1.SEQU_Q.RUNG_44.OUT 0050 L14HS 07 UNIT1.SEQU_Q.L14TV1_3.L14HS 0044 L3 _Q.COMPLETE_SEQUENCE_L1_128.RUNG_2.OUT

06

UNIT1.SEQU_Q.MOVE_150.DEST 0058

08

EQN A B C D

A

B

04 05

2 OUT

C

03

L20CBX

EGD MOVE_1.SRC 0092

06

D

07 08

_COMMENT_2

09

09 MOVE_1

10

L20CBX True

RUNG_1.OUT 0092

11

L20CB1X

EGD

10 11

_COMMENT_3

12 13

SRC ENABLE

4 DEST

TIMER_SEC_1

L20CBX RUNG_1.OUT 0092 K20CBZ

14



12 L20CBZ EGD RUNG_5.D 0093 T20CBZ EGD

13 14

_COMMENT_4

15

15 RUNG_2

~A*~B L4IGVT RUNG_4.OUT 0092 L14HR UNIT1.SEQU_Q.L14TV1_3.L14HR 0044

16

EQN A B

A

8 OUT

B

L20TV1X

EGD

16

17

17 _COMMENT_5

18

18 NOT_1

19

L20CBX

RUNG_1.OUT 0092

A

TIMER_SEC_2

10 NOT_A OUT_A

NOT_1.NOT_A K20CBY

20



L20CBY T20CBY

19

EGD RUNG_5.C 0093 EGD

20

_COMMENT_6

21 22 23 24 25

21 COMPARE_1

GT LK4IGVTX CSGV

RUNG_3

13 OUT


COMPARE_1.OUT A*B L14HS UNIT1.SEQU_Q.L14TV1_3.L14HS 0044

B EQN A

A

14 OUT

B

22

L4IGVTX

EGD RUNG_4.C 0092

23 24

_COMMENT_7

26

L4IGVT A*~B+C+D*~E L86GVT UNIT1.SEQU_Q.L86GVTV1_234.L86GVT 0068 L14HS 28 UNIT1.SEQU_Q.L14TV1_3.L14HS 0044 L4IGVTX RUNG_3.OUT 0092 L86MR1_CPB _MMV_System.CtrlMdStat.PBHDLR_5.OUTXFER_1.DESTVAR EGD

27

29


25

RUNG_4

D EQN A B C E

A

B

16 OUT

26 L4IGVT A EGD UNIT1.SEQU_Q.RUNG_43.E 0049

27

C D

28

E

29 C


F


H

I


K

L

M N O P Q Title #DEFINE MODULE CBLEEDL1 Requisition ToolboxST Version 1LO-150001173 V04.04.11C Shop Order Number Machine Size KEV003 6001B

R

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U V W X Y Software Path UNIT1.SEQU_Q.CMPR_BLEED_VALVE_L1 DWG Engineer Translator v3.2.8C Ramisha Murray Cont. on Sh. Sh. No. 0093 0092

Z

A

B

C

D

E

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_COMMENT_8

00

00

01

01 RUNG_5

L86CB1 (~A+~B)*C+(A+B)*D+E*~F L33CB1O 03 L33CB2O L20CBY TIMER_SEC_2.log_out 0092 L20CBZ 04 TIMER_SEC_1.log_out 0092 L86MR1_CPB MarkVIe_MMV_System.CtrlMdStat.PBHDLR_5.OUTXFER_1.DESTVAR EGD

02

E EQN A B C D F

L86CB1 EGD MOVE_2.SRC 0093

02

A

03 A

D

04

B F

05

_COMMENT_9

06

08

C

B

E

05

07

A

18 OUT

MOVE_2

L86CB1 RUNG_5.OUT 0093 True

SRC ENABLE

06

20 DEST

07

L86CB

EGD UNIT1.SEQU_Q.RUNG_20.A 0051

08

09

09

10

10

11

11

12

12

13

13

14

14

15

15

16

16

17

17

18

18

19

19

20

20

21

21

22

22

23

23

24

24

25

25

26

26

27

27

28

28

29

29


C


F


H

I


K

L


R

S

T


Z

A

B

C

D

E

F

G

H

I

J

K

L

M

N

O

P

Q

R

S

T

U

V

W

X

Y

Z

00

00

01

01

02

02

03

03

04

04

05

05

06

06

07

07

08

08

09

09

10

10

11

11

12

12

13

13

14

14

15

15

16

16

17

17

18

18

19

19

20

20

21

21

22

22

23

23

24

24

25

25

26

26

27

27

28

28

29

29


C


F


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A 00 01 02

B

C

D

E

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_COMMENT_1

00

#DEFINE MODULE PURFIRL1 BLOCK PURGE_FIRE_L1 ( L3TVP : LOG, ;LTRUE, L3TVP (MAN PURGE) BC2A w 20TU LTRUE : LOG, ;LTRUE, L14HMZ BC2A w 20TU L43BWX : LOG, ;LFALSE, L43BWX BC2A w 20TU L2TVX1 : LOG, ;L2TVX1 i/o assignment LZZ : LOG) ;L2TVX2 i/o assignment

01 02

03

03 RUNG_1

04

(A+C)*B L14HM UNIT1.SEQU_Q.L14TV1_3.L14HM 0044 05 L4 UNIT1.SEQU_Q.RUNG_44.OUT 0050 L2TV TIMER_SEC_1.log_out 0095

EQN A B C

A

2 OUT

B

04

L3TVP

EGD RUNG_2.B 0095

05

C

06

06 _COMMENT_2

07

07 RUNG_2

(~A+D)*B*~C L43O_C UNIT1.SEQU_Q.L43_AUX_LOGIC_7.RUNG_6.OUT PERM_PUR RUNG_1.OUT 0095 09 L62TT UNIT1.SEQU_Q.START_L1.TIMER_SEC_2.log_out 0079 L43CZ UNIT1.SEQU_Q.L43_AUX_LOGIC_7.TMV_10.log_out

08

EQN A B C D

A

B

TIMER_SEC_1

4 OUT

C

RUNG_2.OUT K2TV

D



L2TV T2TV EGD

08

EGD RUNG_1.C 0095

09

10

10 _COMMENT_3

11

11 RUNG_3

(A*~B*~C*~D*E*F+H)*G PERM_IGN INHB_IGN UNIT1.SEQU_Q.WATER_WASH_OFFLIN_L2_126.RUNG_6.OUT 13 L43O_C UNIT1.SEQU_Q.L43_AUX_LOGIC_7.RUNG_6.OUT L84MIXT UNIT1.SEQU_Q.FSR1V1_252.L84MIXT 0070 14 L14HM UNIT1.SEQU_Q.L14TV1_3.L14HM 0044 L2TV TIMER_SEC_1.log_out 0095 L4 15 UNIT1.SEQU_Q.RUNG_44.OUT 0050 L28FDX UNIT1.SEQU_Q.FLAME_DETECTION_L1_127.RUNG_8.OUT

EQN A B C D E F G H

12

16

A

B

C

D

E

F

G

7 OUT

L2TVZ

12

EGD RUNG_4.B 0095

H

13 14 15 16

_COMMENT_4

17

17 RUNG_4

A*B*~C*~D L2TV L2TVZ RUNG_3.OUT 0095 L2F 19 TIMER_SEC_2.log_out 0095 L43ADJ MarkVIe_MMV_System.CtrlMdStat.RUNG_2.OUT 0016

18

TIMER_SEC_1.log_out 0095

20

EQN A B C D

A

B

C

D

9 OUT

MOVE_1

L2TVX

RUNG_4.OUT True


SRC ENABLE

10 DEST

L2TVX1

EGD

18 19 20

_COMMENT_5

21

21 TIMER_SEC_2

22

L2TVZ K2F

RUNG_3.OUT 0095



L2F T2F EGD

22

EGD UNIT1.SEQU_Q.START_L1.RUNG_5.G 0078

23

23 _COMMENT_6

24

24 RUNG_5

A*~B*C*~D L4 L94X UNIT1.SEQU_Q.SHUTDOWN_L1_10.RUNG_3.OUT 26 L28FDZ EQU_Q.FLAME_DETECTION_L1_127.TMV_9.log_out L14HSX 1.SEQU_Q.AUX_SPEED_SIGNALS_91.RUNG_2.OUT

25

UNIT1.SEQU_Q.RUNG_44.OUT 0050

EQN A B C D

A

B

C

D

14 OUT

L83BOG

25

EGD UNIT1.SEQU_Q.L60BOGV1_60.L83BOG 0051

26

27

27

28

28

29

29


C


F


H

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#DEFINE MODULE PURFIRL1 Requisition ToolboxST Version 1LO-150001173 V04.04.11C Shop Order Number Machine Size KEV003 6001B

Q

R

S

T

U V W X Y Software Path UNIT1.SEQU_Q.PURGE_FIRE_L1 DWG Engineer Translator v3.2.8C Ramisha Murray Cont. on Sh. Sh. No. 0096 0095

Z

A 00 01

A*B*~C*~D L4 UNIT1.SEQU_Q.RUNG_44.OUT 0050 02 L2F TIMER_SEC_2.log_out 0095 L28FDX SEQU_Q.FLAME_DETECTION_L1_127.RUNG_8.OUT 03 L28FDTX EQU_Q.FLAME_DETECTION_L1_127.RUNG_11.OUT

B

C

D

E

F

G

H

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S

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U

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_COMMENT_7

00

RUNG_6

EQN A B C D

A

B

C

D

16 OUT

01 L30FD_ALM EGD

A

02 03

04

04

05

05

06

06

07

07

08

08

09

09

10

10

11

11

12

12

13

13

14

14

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17

18

18

19

19

20

20

21

21

22

22

23

23

24

24

25

25

26

26

27

27

28

28

29

29


C


F


H

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A

B

C

D

E

F

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Y

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00

00

01

01

02

02

03

03

04

04

05

05

06

06

07

07

08

08

09

09

10

10

11

11

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A 00 01 02

B

D

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_COMMENT_1

00

#DEFINE MODULE ISOCH_L1 BLOCK ISOCH_CONTROL_L1 ( LFALSE : LOG, ;LFALSE, L83SCS_CMD for isoch standby L63TK1L : LOG, ;L63TK1L i/o assignment L63TK2L : LOG) ;L63TK2L i/o assignment

03 04

C

MOVE_1

L83SCI_CMD RUNG_2.OUT 0098 EGD True

2 DEST

SRC ENABLE

01 02 03

L83SCIX EGD RUNG_6.A 0098

04

_COMMENT_2

05

05

RUNG_1

06

~A*B*~C L94X NIT1.SEQU_Q.SHUTDOWN_L1_10.RUNG_3.OUT 07 L52GX UNIT1.SEQU_Q.MOVE_150.DEST 0058 L83SCDT RUNG_4.OUT 0098

EQN A B C

A

B

4 OUT

C

06 L83SCIP

EGD RUNG_2.B 0098

07

08

08 _COMMENT_3

09

09

10 11

RUNG_2

L83SCI_CMD (A+C)*B L83SCIP RUNG_1.OUT 0098 PARAM1

A EQN B C

A

6 OUT

B

10 L83SCI_CMD

EGD MOVE_1.SRC 0098

11

C

12

12 _COMMENT_4

13

13

14

RUNG_3

L83ISOK (A+C)*B+D 15 L60IR UNIT1.SEQU_Q.FSRNV1_224.L60IR 0064 L60IL UNIT1.SEQU_Q.FSRNV1_224.L60IL 0064 16 L83SCI_CMD RUNG_2.OUT 0098 EGD

B EQN A C D

A

15

18

RUNG_4

21

10 OUT

A

18 L83SCDT EGD RUNG_1.C 0098

19 B C

20

D

21

RUNG_5

~A*B*~C 23 L94X UNIT1.SEQU_Q.SHUTDOWN_L1_10.RUNG_3.OUT L52GX UNIT1.SEQU_Q.MOVE_150.DEST 0058 RUNG_2.OUT 0098 EGD 24 L83SCI_CMD

EQN A B C

A

B

C

12 OUT

22 L83SCSP EGD RUNG_6.B 0098

23 24

_COMMENT_7

25

27

17

_COMMENT_6

22

26

16

D

_COMMENT_5

EQN A B C D

14 L83ISOK EGD UNIT1.SEQU_Q.NOT_189.A 0060

C

17

A+B+C*D L90LL 19 UNIT1.SEQU_Q.L90LV1_187.L90LL 0059 L30TXA UNIT1.SEQU_Q.TTXMV4_226.L30TXA 0065 L63TK1L 20 L63TK2L

8 OUT

B

25

RUNG_6

(A+C)*B L83SCIX MOVE_1.DEST 0098 L83SCSP RUNG_5.OUT 0098 PARAM1

EQN A B C

A

B

14 OUT

26

L83SCS_CMD

EGD UNIT1.SEQU_Q.DPYSTAT1_144.INPUT2 0057

27

C

28

28

29

29


C


F


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#DEFINE MODULE ISOCH_L1 Requisition ToolboxST Version 1LO-150001173 V04.04.11C Shop Order Number Machine Size KEV003 6001B

Q

R

S

T

U V W X Y Software Path UNIT1.SEQU_Q.ISOCH_CONTROL_L1 DWG Engineer Translator v3.2.8C Ramisha Murray Cont. on Sh. Sh. No. 0099 0098

Z

A

B

C

D

E

F

G

H

I

J

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M

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T

U

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W

X

Y

Z

00

00

01

01

02

02

03

03

04

04

05

05

06

06

07

07

08

08

09

09

10

10

11

11

12

12

13

13

14

14

15

15

16

16

17

17

18

18

19

19

20

20

21

21

22

22

23

23

24

24

25

25

26

26

27

27

28

28

29

29


C


F


H

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K

L

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N

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#DEFINE MODULE ISOCH_L1 Requisition ToolboxST Version 1LO-150001173 V04.04.11C Shop Order Number Machine Size KEV003 6001B

Q

R

S

T

U V W X Y Software Path UNIT1.SEQU_Q.ISOCH_CONTROL_L1 DWG Engineer Translator v3.2.8C Ramisha Murray Cont. on Sh. Sh. No. 0100 0099

Z

A 00 01 02 03

B

C

D

E

F

G

H

I

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K

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O

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_COMMENT_1

00

#DEFINE MODULE SPDLODL1 BLOCK SPEED_LOAD_SETPOINT ( L60IR : LOG, ;PARAM1 - Isoch/track Raise L60IL : LOG, ;PARAM2 - Isoch/track Lower L70R4CSR : LOG, ;L70R4CSR i/o assignment L70R4CSL : LOG, ;L70R4CSL i/o assignment L70RI : LOG, ;L70RI i/o assignment L70LI : LOG, ;L70LI i/o assignment L63TK1L : LOG, ;L63TK1L i/o assignment L63TK2L : LOG) ;L63TK2L i/o assignment

01 02 03

04

04 RUNG_1

05

(A*B+D+E)*C S70R4CSR PB_Handler.PB_Handler.PB_37.MOVE_1.DEST EGD 06 L52GX UNIT1.SEQU_Q.MOVE_150.DEST 0058 L3 .SEQU_Q.COMPLETE_SEQUENCE_L1_128.RUNG_2.OUT L70R4CSR 07 L70R4R_CPB PB_Handler.PB_Handler.PB_31.MOVE_1.DEST EGD

08

EQN A B C D E

A

B

2 OUT

C

05

L70RX4

EGD RUNG_3.C 0100

06

D E

07 08

_COMMENT_2

09

09 RUNG_2

10 11 12

(A*~B*C*~D+F)*~E+G L52GX UNIT1.SEQU_Q.MOVE_150.DEST 0058 L83AM UNIT1.TEMP_CON.RUNG_5.OUT 0109 L90LR UNIT1.SEQU_Q.L90LV1_187.L90LR 0059 L83EX UNIT1.SEQU_Q.CMDSTATE_130.LOUT4 0055 L69SW L70DWCR L90SWR

EQN A B C D E F G

A

B

C

D

4 OUT

E

L70RX5

10

EGD RUNG_4.A 0100

F

11 G

12

13

13 _COMMENT_3

14

14 RUNG_3

15

A*B*~C L69TNM UNIT1.SYNC.RUNG_20.OUT 0104 16 L60TNMR UNIT1.SEQU_Q.L60SYNC1_181.S_RAISE 0059 L70RX4 RUNG_1.OUT 0100

17

EQN A B C

A

B

6 OUT

C

15

L70RX6

EGD RUNG_4.G 0100

16 17

_COMMENT_4

18

18 RUNG_4

19 20 21 22 23

((A+F+G)*~B*~C+H*C)*~D*~E L70RX5 RUNG_2.OUT 0100 L30TXA UNIT1.SEQU_Q.TTXMV4_226.L30TXA 0065 L83SCI_CMD UNIT1.SEQU_Q.ISOCH_CONTROL_L1.RUNG_2.OUT 0098 EGD L70L RUNG_9.OUT 0101 L33CDMX UNIT1.SEQU_Q.TNRV1_193.L33CDMX 0061 L70RX4 RUNG_1.OUT 0100 L70RX6 RUNG_3.OUT 0100 PARAM1 UNIT1.SEQU_Q.FSRNV1_224.L60IR 0064

EQN A B C D E F G H

A

B

C

D

E

8 OUT

MOVE_1

L70R

RUNG_4.OUT True

EGD UNIT1.SEQU_Q.START_L1.RUNG_83.A 0079

9 DEST

SRC ENABLE

L70RI

19


F

20 G H

21

C

22

_COMMENT_5

23

24

24 RUNG_5

L70LX2 (A+E)*B*C*D L83B_P 0109 26 UNIT1.TEMP_CON.RUNG_2.OUT L30F_TMP UNIT1.SEQU_Q.FSRV2_236.L30FTMP 0067 L83P UNIT1.SEQU_Q.CMDSTATE_130.LOUT3 0055 L52GX 27 UNIT1.SEQU_Q.MOVE_150.DEST 0058

25

E EQN A B C D

A

B

C

D

11 OUT

L70LX2

25

EGD RUNG_9.A 0101

E

26 27

28

28

29

29


C


F


H

I

J

K

L

M

N

O

P


#DEFINE MODULE SPDLODL1 Requisition ToolboxST Version 1LO-150001173 V04.04.11C Shop Order Number Machine Size KEV003 6001B

Q

R

S

T

U V W X Y Software Path UNIT1.SEQU_Q.SPEED_LOAD_SETPOINT DWG Engineer Translator v3.2.8C Ramisha Murray Cont. on Sh. Sh. No. 0101 0100

Z

A

B

C

D

E

F

G

H

I

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U

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W

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Y

Z

_COMMENT_6

00 01

00

RUNG_6

(A*B+D+E)*C S70R4CSL PB_Handler.PB_Handler.PB_20.MOVE_1.DEST EGD 02 L52GX UNIT1.SEQU_Q.MOVE_150.DEST 0058 L3 SEQU_Q.COMPLETE_SEQUENCE_L1_128.RUNG_2.OUT 03 L70R4CSL L70R4L_CPB PB_Handler.PB_Handler.PB_34.MOVE_1.DEST EGD

EQN A B C D E

A

B

01

13 OUT

C

L70LX4

EGD RUNG_8.D 0101

02

D E

03

04

04 _COMMENT_7

05

05 RUNG_7

06 07 08 09 10

((A+C+D+E)*B+F*G*H+I*J)*K L30TXA UNIT1.SEQU_Q.TTXMV4_226.L30TXA 0065 L3 UNIT1.SEQU_Q.COMPLETE_SEQUENCE_L1_128.RUNG_2.OUT L90LL UNIT1.SEQU_Q.L90LV1_187.L90LL 0059 L70DWCL L90SWL L63TK1L L63TK2L L2G UNIT1.SEQU_Q.TMV_152.log_out 0058 L94X UNIT1.SEQU_Q.SHUTDOWN_L1_10.RUNG_3.OUT L4 UNIT1.SEQU_Q.RUNG_44.OUT 0050 L52GX UNIT1.SEQU_Q.MOVE_150.DEST 0058

EQN A B C D E F G H I J K

A

B

15 OUT

K

L70LX5

06

EGD RUNG_9.E 0101

C

07 D

08

E F

G

I

J

H

09 10

11

11 _COMMENT_8

12

12 RUNG_8

A*B*~C*~D L69TNM UNIT1.SYNC.RUNG_20.OUT 0104 L60TNML UNIT1.SEQU_Q.L60SYNC1_181.S_LOWER 0059 14 L70RX4 RUNG_1.OUT 0100 L70LX4 RUNG_6.OUT 0101

13

EQN A B C D

A

B

C

17 OUT

D

L70LX6

13

EGD RUNG_9.F 0101

14

15

15 _COMMENT_9

16

16 RUNG_9

((A+D+E+F)*~B+G*B)*~C L70LX2 RUNG_5.OUT 0100 L83SCI_CMD 18UNIT1.SEQU_Q.ISOCH_CONTROL_L1.RUNG_2.OUT 0098 EGD L33CDMN UNIT1.SEQU_Q.TNRV1_193.L33CDMN 0061 L70LX4 RUNG_6.OUT 0101 19 L70LX5 RUNG_7.OUT 0101 L70LX6 RUNG_8.OUT 0101 PARAM2 20 UNIT1.SEQU_Q.FSRNV1_224.L60IL 0064

17

21

A

B

19 OUT

C

L70L

RUNG_9.OUT True

EGD UNIT1.SEQU_Q.DISPLAY_LOGIC2_147.RUNG_12.E

SRC ENABLE

20 DEST

L70LI

17


D

18

E

19

F G

B

20

_COMMENT_10

22

21

RUNG_10

(A+D)*B*~C L70RX4 RUNG_1.OUT 0100 23 L52GX UNIT1.SEQU_Q.MOVE_150.DEST 0058 L83SCI_CMD .SEQU_Q.ISOCH_CONTROL_L1.RUNG_2.OUT 0098 EGD 24 L70LX4 RUNG_6.OUT 0101

25

EQN A B C D E F G

MOVE_2

EQN A B C D

A

B

C

22 OUT

22 L83MLOAD

EGD RUNG_12.A 0102

23

D

24

_COMMENT_11

25

26

RUNG_11

(A+C)*~B+D+E*B L70RX4 27 RUNG_1.OUT 0100 L52GX UNIT1.SEQU_Q.MOVE_150.DEST 0058 L70LX4 RUNG_6.OUT 0101 28 L70LX2 RUNG_5.OUT 0100 L1FX UNIT1.SEQU_Q.START_L1.RUNG_83.OUT 0079

EQN A B C D E

A

B

24 OUT

26 L83MSPD EGD RUNG_12.B 0102

27 C

28

D E

B


29 C


F


H

I

J

K

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M

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O

P



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Z

A

B

01

E

F

G

H

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T

U

V

W

X

Y

Z 00

RUNG_12

A*~B L83MLOAD RUNG_10.OUT 0101 L83MSPD RUNG_11.OUT 0101

03

EQN A B

A

26 OUT

B

01 L83JD2

EGD UNIT1.SEQU_Q.TNRV1_193.L83JD2 0061

02 03

_COMMENT_13

04 05

D

_COMMENT_12

00

02

C

RUNG_13

A*~B L83MSPD RUNG_11.OUT 0101 L83MLOAD RUNG_10.OUT 0101

EQN A B

A

28 OUT

B

04 L83JD3


05

06

06 _COMMENT_14

07

07 RUNG_14

(A+D+E)*~B*~C L70RX5 RUNG_2.OUT 0100 L83MSPD RUNG_11.OUT 0101 09 L83MLOAD RUNG_10.OUT 0101 L70LX5 RUNG_7.OUT 0101 L83SCI_CMD 10 UNIT1.SEQU_Q.ISOCH_CONTROL_L1.RUNG_2.OUT 0098 EGD

08

A

B

C

L83JD4

08


D

09 E

10

_COMMENT_15

11

RUNG_15

12 13

EQN A B C D E

30 OUT

A+B L70RX6 RUNG_3.OUT 0100 L70LX6 RUNG_8.OUT 0101

14

EQN A B

11 32 OUT

A

12 L83JD8


13

B

14

_COMMENT_16

15

15 RUNG_16

~A*B*~C*~D L52GY UNIT1.SEQU_Q.TMV_155.log_out 0058 L3 EQU_Q.COMPLETE_SEQUENCE_L1_128.RUNG_2.OUT L94X 17 UNIT1.SEQU_Q.SHUTDOWN_L1_10.RUNG_3.OUT L52GX UNIT1.SEQU_Q.MOVE_150.DEST 0058

EQN A B C D

16

18

A

B

C

34 OUT

D

L83PRES1

EGD UNIT1.SEQU_Q.TNRV1_193.L83PRS1 0061

16 17 18

_COMMENT_17

19

19 RUNG_17

A*B L1X UNIT1.SEQU_Q.START_L1.RUNG_4.OUT 0078 L14HR UNIT1.SEQU_Q.L14TV1_3.L14HR 0044

20

EQN A B

A

36 OUT

B

L83PRES2

20

EGD UNIT1.SEQU_Q.TNRV1_193.L83PRS2 0061

21

21 _COMMENT_18

22

22

23

RUNG_18

L26TCX (A+D)*B*~C 24 L52GX UNIT1.SEQU_Q.MOVE_150.DEST 0058 L30TXA UNIT1.SEQU_Q.TTXMV4_226.L30TXA 0065 25 L30F_TMP UNIT1.SEQU_Q.FSRV2_236.L30FTMP 0067

A EQN B C D

B

C

38 OUT

23 L26TCX

EGD UNIT1.SEQU_Q.START_L1.RUNG_83.I 0079

24

D

25

_COMMENT_19

26 27 28

A

MOVE_3

True True

SRC ENABLE

26

40 DEST

27 L83TNROP

EGD UNIT1.SEQU_Q.TNRV1_193.LTNROP 0061

28


29 C


F


H

I

J

K

L

M

N

O

P



Q

R

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T


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A

B

C

D

E

F

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M

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P

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T

U

V

W

X

Y

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00

00

01

01

02

02

03

03

04

04

05

05

06

06

07

07

08

08

09

09

10

10

11

11

12

12

13

13

14

14

15

15

16

16

17

17

18

18

19

19

20

20

21

21

22

22

23

23

24

24

25

25

26

26

27

27

28

28

29

29


C


F


H

I

J

K

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M

N

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P



Q

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A 00

B

C

D

E

F

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00


01

01 _COMMENT_0

02 03

------------------------------------------------------- Segment C:\UNIT1\SYNC ------- Create by MSE_RLD on: Thu Oct 20 18:45:17 2011 -------------------------------------------------------

02 03

04

04

05 06

05

_COMMENT_1

12 SYNCHRONIZING

06 RUNG_2

07 (~A*~B) l43s_man l43s_auto

08 09

RUNG_10

(~A*~B) L52GX UNIT1.SEQU_Q.MOVE_150.DEST 0058 10 L2GFF2 UNIT1.SEQU_Q.TMV_165.log_out 0058

EQN A B

A

12 OUT

B

RUNG_11

l90rbx

EGD

11

((((~A*B)+C)*D)*E) L2GX UNIT1.SEQU_Q.RUNG_151.OUT 0058 L1X UNIT1.SEQU_Q.START_L1.RUNG_4.OUT 0078 L2G UNIT1.SEQU_Q.TMV_152.log_out 0058 l27bz L3 UNIT1.SEQU_Q.COMPLETE_SEQUENCE_L1_128.RUNG_2.OUT

EQN A B C D E

A

B

D

13 OUT

E

EQN A B

A

4 OUT

B

08

RUNG_12

L52GCX

L52GCX (A*~B) l43s_man

EGD CMDSTAT4_3.LPERM3 0105

C

07 L43S_OFF

EGD CMDSTAT4_3.LPRES0 0105

B EQN A

A

09

14 OUT

B

L43SMAN_PRST


10 11

12

12 MOVE_16

13 L43R True

UNIT1.SEQU_Q.L43_AUX_LOGIC_7.RUNG_5.OUT

14

18 DEST

SRC ENABLE

RUNG_13

l43r4

L52GCX (A*~B) l43s_auto

EGD

B EQN A

A

15 OUT

B

13 L43SAUT_PRST


14

15

15

16

16

17

17

18

18 RUNG_14

19

L52GCX (((((A*B)*~C)*~D)*~E)*~F) l43s_man es10 l4ba ds2 l52l2

20 21

B EQN A C D E F

A

B

C

D

E

F

16 OUT

19

LMANDB_PRST


20 21

22 23 L86S ((((~A*B)+C)+D)+E) 24 L86MR1_CPB MarkVIe_MMV_System.CtrlMdStat.PBHDLR_5.OUTXFER_1.DESTVAR EGD L30AS1 25 L30AS2 L30AS3

22 RUNG_18

B EQN A C D E

A

B

TMV_19:TIMER_SEC

20 OUT

RUNG_18.OUT K86S 0

C



RUNG_20

L86S EGD RUNG_5.A 0105 T86S EGD

L86S L52Z RUNG_28.OUT 0105 ((((~A*B)*C)*D)*E) L3SYNC UNIT1.SEQU_Q.L60SYNC1_181.SYNPERM 0059 l27bn L3SVL UNIT1.SEQU_Q.L60SYNC1_181.SVLPERM 0059

A

D E

A C EQN B D E

A

B

C

D

E

22 OUT

23 L69TNM

EGD UNIT1.SEQU_Q.DISPLAY_LOGIC2_147.RUNG_10.C

24 25

26

26

27

27 RUNG_26

L25P RUNG_24.OUT 0105 ((A*~B)*C) L52B_SEL L3SVL UNIT1.SEQU_Q.L60SYNC1_181.SVLPERM 0059

28 29 A B Last Modified 11/24/2012 10:09:29 AM Build Major Revision 2/15/2012 03:14:38 Build Minor Revision 000 00:00:00

C


F


A EQN B C

H

A

B

TMV_27:TIMER_SEC

28 OUT

C

RUNG_26.OUT K2S 0



L2S T2S

EGD RUNG_28.B 0105

28

EGD

29 I


K

L


U V Software Path UNIT1.SYNC DWG Translator v3.2.8C Cont. on Sh. 0105

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X

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A

B

C

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00

00

01

01 RUNG_24

L43AUTSYN L52SXA L52SXR L3DEADBUS ((((A*B)+C)+D)*E) L3DV UNIT1.SEQU_Q.L60SYNC1_181.DVPERM 0059

02 03 04 CMDSTAT4_3:CMDSTATE4

05 06 07 08 09

L43S_OFF RUNG_2.OUT 0104 L43SMAN_PRST RUNG_12.OUT 0104 L52GCX RUNG_11.OUT 0104 L43SAUT_PRST RUNG_13.OUT 0104 LMANDB_PRST RUNG_14.OUT 0104 SC43SYNC EGD SK43SYNC TRUE TRUE TRUE

10

5 LOUT2 LOUT3 STATE LOUT0 LOUT1 CMDPRST

LPRES0 LPRES1 LPERM3 LPRES2 LPRES3 CMD KMASK LPERM0 LPERM1 LPERM2

L52SX (((A+B)+C)*~D) L1S UNIT1.SEQU_Q.START_L1.RUNG_1.OUT 0078 L1X 0078 12UNIT1.SEQU_Q.START_L1.RUNG_4.OUT L52GX UNIT1.SEQU_Q.MOVE_150.DEST 0058

C EQN A B D

L52SX L86S TMV_19.log_out 0104 ((((~A*B)*C)*D)*E) L2GFF2 UNIT1.SEQU_Q.TMV_165.log_out 0058 L3 UNIT1.SEQU_Q.COMPLETE_SEQUENCE_L1_128.RUNG_2.OUT L43A UNIT1.SEQU_Q.CMDSTATE_6.LOUT5 0045

A

6 OUT

D

L52SX

L52SX L86S ((((~A*B)*C)*D)*E) L2GFF2 UNIT1.SEQU_Q.TMV_165.log_out 0058 L3 UNIT1.SEQU_Q.COMPLETE_SEQUENCE_L1_128.RUNG_2.OUT L43R UNIT1.SEQU_Q.L43_AUX_LOGIC_7.RUNG_5.OUT


B C

C D EQN A B E

A

RUNG_31

EQN A B

A

L86MAN_SYNC LMANDB_PRST RUNG_14.OUT 0104 ((((A*~B)*~C)+D)*~E) l52g_close 21 L25X L86MR1_CPB MarkVIe_MMV_System.CtrlMdStat.PBHDLR_5.OUTXFER_1.DESTVAR EGD

33 OUT

B

D C EQN A B E

22

A

EQN A B

A

D

7 OUT

E

RUNG_29

L52SXA

EGD

L3DEADBUS L2S TMV_27.log_out 0104 (A+B)

B A EQN

A

E

L25P

02

EGD MOVE_25.SRC 0105

C

03 D

04 31 OUT

05 L25X_PERM

EGD

06

B

07

B

C

D A EQN B C E

A

B

C

D

L43SYNCM4 L52GCX RUNG_11.OUT 0104 (((A*B)*~C)*D) l52g_close L43R UNIT1.SEQU_Q.L43_AUX_LOGIC_7.RUNG_5.OUT

A D EQN B C

RUNG_31.OUT

E

35 OUT

E

MOVE_30

L52SXR

EGD

L3DEADBUS True

SRC ENABLE

32 DEST

10 L25X_BYPASS

EGD

11 12 13

A

B

C

17 OUT

D

14

L3DEADBUS

EGD

15 16

NOT_32

L25_BYPASS

EGD

8 OUT

A

34 OUT_A NOT_A

17 L25_BYPASSZ

18

EGD

19 L86MAN_SYNC A EGD

20

D

21 22

RUNG_34

(~A*B) l27bn l27mc1n

C

RUNG_15

L83AS


RUNG_33

20

23

23 OUT

E

C

(A*B) L52G_CLOSE1 PB_Handler.PB_Handler.PB_48.MOVE_1.DEST EGD 18 L25X

19

D

B

17

B

RUNG_6

TMV_19.log_out 0104

RUNG_21

L83AS L69TNM RUNG_20.OUT 0104 15 ((((A+B)+C)*D)*E) L3DV_ERR UNIT1.SEQU_Q.L60SYNC1_181.DVEPERM 0059 L1FX 0079 16 UNIT1.SEQU_Q.START_L1.RUNG_83.OUT L3SFDIFF UNIT1.SEQU_Q.L60SYNC1_181.SFDPERM 0059

A

B

09

13 14

D A EQN B C E

A

08

RUNG_4

11

RUNG_5

L43AUTSYN L43SYNCM4 EGD SS43SYNC EGD L43SYNOFF EGD L43MANSYN EGD EGD

B A C D EQN E

26 OUT

36 OUT

B

L27BN_ALM EGD

23

A

24

24 MOVE_25

25

RUNG_24.OUT0105 True

26

SRC ENABLE

RUNG_28

L25P L2S TMV_27.log_out 0104 (A*B) RUNG_24.OUT 0105

27

27 DEST

28

A B EQN NOT_22

TRUE

A


A

30 OUT

B

24 OUT_A NOT_A

C

RUNG_7

L25PX

((((~A*~B)*C)*D)*~E) L2GFF1 UNIT1.SEQU_Q.TMV_164.log_out 0058 L94X UNIT1.SEQU_Q.SHUTDOWN_L1_10.RUNG_3.OUT L4 UNIT1.SEQU_Q.RUNG_44.OUT 0050 L52Z EGD UNIT1.SEQU_Q.COMPLETE_SEQUENCE_L1_128.L52Z 0055 L14HF UNIT1.SEQU_Q.L14TV1_3.L14HF 0044 TRUE EGD

NOT_23

TRUE

A

L43SAUT2

EGD


F

25 OUT_A NOT_A

EQN A B C D E

A

B

C

D

E

NOT_35

A

L83FSNL

EGD UNIT1.SEQU_Q.L60SYNC1_181.LFSNL 0059

Site Process Application Power Generation

H

NOT_8

L41FX

EGD

L41FX

A

10 NOT_A OUT_A

TMV_9:TIMER_SEC

NOT_8.NOT_A K41FY 0



RUNG_17

L41FY ((~A+B)*C) T41FY L3COM_B EGD MarkVIe_MMV_System.CtrlMdStat.RUNG_9.OUT 0017 L49GCALC UNIT1.SEQU_Q.L30COMPV1_258.OUTPUT 0071 l33gcc

EGD UNIT1.SEQU_Q.ALARMS_MISC_L1_148.L41FY 0057

EQN A B C

A

19 OUT

C

L94GEN A EGD

25

B

26 27

l43sra

G Customer

9 OUT

I


37 OUT_A NOT_A

K

28 L43SRA_ALM EGD

29

A

L



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Z

A

B

C

D

E

F

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H

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DKPFMW dwatt dvar

01 02

06

09 10 11 12

MIN_MW MWATT MVAR

P 38 PF PFM

Q

R

S

T

U

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X

Y

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DPF DPFM EGD EGD

01 02

_COMMENT_37

MPY_38:CALC

TRUE A*B*C DV KDV_CON 1

07 08

O

The following rungs scale the station line volts, SVL, and the generator volts, DV, from % to KVA for display purposes.

04 05

N

DPFV1_36

00

03

M

ENABLE EQUAT A B C

40 OUT

04 DVX

EGD UNIT1.SEQU_Q.L60SYNC1_181.DV 0059

05 06

MPY_39:CALC

TRUE A*B*C SVL KSVL_CON 1

03

ENABLE EQUAT A B C

41 OUT

07 SVLX EGD UNIT1.SEQU_Q.L60SYNC1_181.SVL 0059

08 09 10

_COMMENT_40

------------------------------------------------------------------- End of Segment -------------------------------------------------------------------------------------------------------------------------------------

11 12

13

13

14

14

15

15

16

16

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01 _COMMENT_0

02 03

------------------------------------------------------- Segment C:\UNIT1\FUEL_FWD ------- Create by MSE_RLD on: Thu Oct 20 18:45:17 2011 -------------------------------------------------------

02 03

04

04

05 06 07 08

05

_COMMENT_1

-----THIS SEGMENT CONTAINS SESUENCING ADDITIONS NECESSARY--------TO CONTROL THE FUEL FORWARDING SKID. THIS SEQUENCING--------WAS ADDED ON SITE DURING INSTALLATION, 11/20/93. ----

06

-----THE ORIGINAL REQUISITION FOR THESE UNITS CONTAINED --------ONLY THE MOST BASIC F.F. SKID CONTROL. (ONLY 1 MOTOR--------88FD1 AND ONE SOLENOID 20FD. THE CUSTOMER SUPPLIED --------SKID CONSISTS OF 2 AC MOTORS, 1 DC MOTOR, 2 PRESSURE--------AND ONE SOLENOID. THE ADDITIONS BELOW ARE NECESSARY --------INCORPERATE THIS HARDWARE INTO THE OVERALL CONTROL. ----

07 08

09

09 RICHARD FLYNN G.E.T.S.C.O. 11/20/93.

10

10

11

11 RUNG_2

12

LAG1FD ((A+B)*~C) LAG1SFD PB_Handler.PB_Handler.PB_3.MOVE_1.DEST EGD LAG2SFD PB_Handler.PB_Handler.PB_26.MOVE_1.DEST EGD

13

B EQN A C

A

4 OUT

C

MOVE_3

LAG1FD

RUNG_2.OUT True

EGD

NOT_4

15 MOVE_5

L4FD UNIT1.SEQU_Q.RUNG_96.OUT 0053 True 17

SRC ENABLE

7 DEST

L4FDRUN K4FDRUNZ 0



L4FFD1 LAG1FD L4FDRUN L4FDRUNZ ((~A+(((B*C)+(D*~E))*A))*F) l63fdl LAG1SFD PB_Handler.PB_Handler.PB_3.MOVE_1.DEST EGD

19 RUNG_12

(A*B) L4FD 21 UNIT1.SEQU_Q.RUNG_96.OUT 0053 l63fdl

EQN A B

A

TMV_13:TIMER_SEC

14 OUT

B

RUNG_12.OUT K30FDL 0



23 RUNG_15

EQN A B

A

27

(((~A+~B)*~C)*D) l52fd1 l52fd2 L14HR UNIT1.SEQU_Q.L14TV1_3.L14HR 0044 FALSE

EQN A B C D

A

C

D A F B EQN C E

A

F

B

C

D

E

L4FFD2 LAG1FD L4FDRUNZ L4FDRUN ((A+(((B*C)+(D*~E))*~A))*F) l63fdl LAG2SFD PB_Handler.PB_Handler.PB_26.MOVE_1.DEST EGD

D A B F EQN C E

9 OUT

MOVE_8

L4FFD1 EGD

RUNG_7.OUT True

SRC ENABLE

D

16 l4fdz1 EGD

17 18 19

A

F

B

C

D

E

11 OUT

MOVE_10

L4FFD2 EGD

RUNG_9.OUT True

SRC ENABLE

12 DEST

20 l4fdz2 EGD

21

A

l4fe

22 23 L4FFD1 L4FFD2 (A*B)

18 OUT

10 DEST

A

EGD

RUNG_16

26

15

L88FD_2

EGD

RUNG_11

17 OUT

B

14

RUNG_9

L30FD_LOW A EGD T30FDL EGD

22

(A*~B) L4FD UNIT1.SEQU_Q.RUNG_96.OUT 0053 L14HR 25 UNIT1.SEQU_Q.L14TV1_3.L14HR 0044

6 OUT_A NOT_A

RUNG_7

L4FDRUNZ EGD T4FDRUNZ EGD

18

20

A

TMV_6:TIMER_SEC

L4FDRUN EGD

12

L88FD_1

EGD

13

RUNG_2.OUT

16

5 DEST

B

14

24

SRC ENABLE

A B EQN

A

B

13 OUT

24

L30FD_LAG EGD

A

25

L88FD_OFF A EGD

26

B

27

28

28

29

29


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(A*B) l63fl_2 01 L4FD UNIT1.SEQU_Q.RUNG_96.OUT 0053

B

C

RUNG_17

EQN A B

A

B

D 19 OUT

E

F

G

H

MOVE_14

L63FL2_ALM EGD

l72fe True

A

I 16 DEST

SRC ENABLE

J

K

L

M

MOVE_18

L30FE_ON EGD

l49fd True

A

SRC ENABLE

20 DEST

N

O

P

Q

R

S

T

U

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Y

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L49FD_ALM A EGD

01

02

02

03

03

04

04

05

05

06

06

07

07

08

08

09

09

10

10

11

11

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02 03

------------------------------------------------------- Segment C:\UNIT1\TEMP_CON ------- Create by MSE_RLD on: Thu Oct 20 18:45:17 2011 -------------------------------------------------------

02 03

04

04

05 06 07 08

05

_COMMENT_1

THIS SEGMENT WAS ADDED TO MODIFY TEMPERATURE CONTROL CURVES TO LIMIT TURBINE OUTPUT TO 21 MW. THIS CHANGE WAS IMPLEMENTED TO PROTECT A TEMPORARY UNDERSIZED STEPUP TRANSFPRMER. THE CHANGES COMMENTED IN THIS SEGMENT SHOULD BE OMPLEMENTED TO RETURN TO THE CORRECT BASE/PEAK TEMPERATURE CONTROL SEQUENCING WHEN THE RATED TRANSFORMER IS COMMISSIONED. IN ADDITION TO THIS THE PEAK TEMPERATURE CONTROL CONSTANTS, TTK1_C, TTK1_S, TTK1_I, TTK1_M AND TTK1_K SHOULD BE RETURNED TO THEIR ORIGINAL VALUES AS CALLED FOR IN THE CONTROL SPECS.

06 07 08

09

09 MOVE_3

10

L83B True

UNIT1.SEQU_Q.CMDSTATE_130.LOUT2 0055

SRC ENABLE

5 DEST

RUNG_2

L83BX

L83BX (A*B) L83P UNIT1.SEQU_Q.CMDSTATE_130.LOUT3 0055

EGD

11 12 13 14 15

RUNG_4

((((A+B)+C)+D)+((E+F)*G)) l70r4csl l70r4csr L70R4L_CPB PB_Handler.PB_Handler.PB_34.MOVE_1.DEST EGD L70R4R_CPB PB_Handler.PB_Handler.PB_31.MOVE_1.DEST EGD S70R4CSL PB_Handler.PB_Handler.PB_20.MOVE_1.DEST EGD S70R4CSR PB_Handler.PB_Handler.PB_37.MOVE_1.DEST EGD L52GX UNIT1.SEQU_Q.MOVE_150.DEST 0058

16

19 20 21

6 OUT

A B C D E

A

4 OUT

B

10

L83B_P

EGD UNIT1.SEQU_Q.SPEED_LOAD_SETPOINT.RUNG_5.A 0100

11 RUNG_5

L70R4L_R

EGD

G

F

17 18

EQN A B C D E F G

A EQN B

L83AM L70R4L_R (((((A*~B)*C)+D)+E)+((F*G)*H)) L1S UNIT1.SEQU_Q.START_L1.RUNG_1.OUT 0078 L94Y UNIT1.SEQU_Q.SHUTDOWN_L1_10.TMV_5.log_out L14HS UNIT1.SEQU_Q.L14TV1_3.L14HS 0044 L83SCI_CMD UNIT1.SEQU_Q.ISOCH_CONTROL_L1.RUNG_2.OUT 0098 EGD L83CAPCAN UNIT1.SEQU_Q.CMDSTATE_130.LOUT0 0055 L94Z UNIT1.SEQU_Q.SHUTDOWN_L1_10.RUNG_7.OUT

G E EQN A B C D F H

A

B

C

D E F

G

H

7 OUT

RUNG_6

L83AM

L83PK L83AM ((A+((B*C)*D))*E) L83P UNIT1.SEQU_Q.CMDSTATE_130.LOUT3 0055 L83CAPCAN UNIT1.SEQU_Q.CMDSTATE_130.LOUT0 0055 L3 UNIT1.SEQU_Q.COMPLETE_SEQUENCE_L1_128.RUNG_2.OUT

EGD UNIT1.SEQU_Q.START_L1.RUNG_83.H 0079

B C EQN A D E

A B

E C

8 OUT

12 L83PK

EGD UNIT1.SEQU_Q.COUNTER_TIMERS_L2_9.RUNG_7.B

13

D

14 15 16 17

_COMMENT_7

WHEN RATED TRANSFORMER IS INSTALLED CHANGE THE FOLLOWING RUNG FROM :-

18

L3 L83JT0 -----|/|-----------------------------------------------( )------

19 20

TO :-

21

L83PK L83JT0 -----|/|----------------------------------------------( )------

22 23

22 NOT_8

L83PK RUNG_6.OUT 0109

A

10 OUT_A NOT_A

23 L83JT0 EGD UNIT1.SEQU_Q.TTRXV5_228.L83JT0 0067

24

24

25

25

26

26

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_COMMENT_9

00

WHEN RATED TRANSFORMER IS INSTALLED CHANGE THE FOLLOWING RUNG FROM :-

01

01

02

L3 L83JT1 -----| |-----------------------------------------------( )------

02

03

TO :-

03

04

L83PK L83JT1 -----| |----------------------------------------------( )------

04

05

05 MOVE_10

06

L83PK True

RUNG_6.OUT 0109

07 08

12 DEST

SRC ENABLE

CMP_AGTB_11:COMPARE

GT LK3DWF dwatt

09


10

RUNG_14

(((~A*~B)*~C)*~D) L83B 11 UNIT1.SEQU_Q.CMDSTATE_130.LOUT2 0055 L83P UNIT1.SEQU_Q.CMDSTATE_130.LOUT3 0055 L83AM RUNG_5.OUT 0109 12 L83EX UNIT1.SEQU_Q.CMDSTATE_130.LOUT4 0055

EQN A B C D

13 14

L83JT1

A

06

EGD UNIT1.SEQU_Q.TTRXV5_228.L83JT1 0067

B

RUNG_12

13 OUT

C


D

16 OUT

B EQN A

NOT_15

L83RMAXZ

EGD

RUNG_14.OUT

A

A

17 OUT_A NOT_A

B

14 OUT

RUNG_13

L3DWRF EGD

L3DWRF (((A*B)*~C)*~D) L83EX UNIT1.SEQU_Q.CMDSTATE_130.LOUT4 0055 L52GX UNIT1.SEQU_Q.MOVE_150.DEST 0058 L83SCI_CMD UNIT1.SEQU_Q.ISOCH_CONTROL_L1.RUNG_2.OUT 0098 EGD A

C EQN A B D

A

B

C

D

15 OUT

07 L69DWC

EGD

08 09 10

L83RMAX

11


12

_COMMENT_16

13

THE FOLLOWING RUNG WAS ADDED TO GIVE THE TURBINE A NORMAL SHUTDOWN SIGNAL IF 150KV IS LOST (MCC UNDERVOLTAGE) THIS SHUTS DOWN THE TURBINE BEFORE THE LUBE OIL TEMPERATURE CAN REACH DANGEROUS (TRIP) LEVEL.

14

15

15 RICHARFD FLYNN 26-MAY-94

16 17

16 NOT_17

l27mc1n

A

18 19

TMV_18:TIMER_SEC

19 NOT_A OUT_A

NOT_17.NOT_A K30UVL 0



MOVE_19

L27SD1 T30UVL EGD

L27SD1 True

SRC ENABLE

EGD UNIT1.SEQU_Q.SHUTDOWN_L1_10.SHUTDWN3 0046

21 DEST

17

L27SD1_ALM A EGD

18 19

_COMMENT_8

VU KIEU 21-NOV-2012

20

20 ADD_1

21

TNKHOST 0.5

IN1 IN2

23 OUT

TNKHOST_1

21

UNIT1.SEQU_Q.TNRV1_193.TNKHOST 0061

22

22

23

23

24

24

25

25

26

26

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02 03

------------------------------------------------------- Segment C:\UNIT1\SEQ_AUX ------- Create by MSE_RLD on: Thu Oct 20 18:45:17 2011 -------------------------------------------------------

02 03

04

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05 06 07 08 09 10

05

_COMMENT_1

- SEQ_AUX.DAT for PLN JAMBI Padang, Indonesia 24/01/09 - ADDED THIS AS SEQU_Q WAS GETTING TO LARGE -

06 07 08 09 10

11

11 _COMMENT_2

**************************************************

12

12 Following rungs are added for the Hazardous Gas detection system for Gas system by IBC on 12-31-2003

13

13 ***************************************************

14

14 MOVE_3

15

l45hf True

16 17

SRC ENABLE MOVE_4

l45hl True

SRC ENABLE

5 DEST

6 DEST

L45HF_ALM EGD

15

A

MOVE_5

L45HL_ALM EGD

l45ht1 True

A

SRC ENABLE MOVE_6

18

l45ht2 True

SRC ENABLE

19

MOVE_7

l45ht3 True

20

SRC ENABLE

MOVE_10

7 DEST

L45HT1_ALM A EGD

8 DEST

L45HT2_ALM A EGD

9 DEST

L45HT3_ALM A EGD

(((A*B)+(B*C))+(C*A)) l45ht1 l45ht3 l45ht2

22

SRC ENABLE

MOVE_11

L45HA7_ALM A EGD

l45ha8 True

13 DEST

SRC ENABLE

16 L45HA8_ALM A EGD

17 18 19 20

RUNG_8

21

l45ha7 True

12 DEST

EQN A B C

A

B

B

C

C

A

10 OUT

MOVE_9

L45HTBTON

RUNG_8.OUT True

EGD UNIT1.SEQU_Q.RUNG_81.D 0053

SRC ENABLE

11 DEST

21

L45HTBTALM EGD

A

22

23

23 MOVE_12

24

l45hal True

SRC ENABLE

14 DEST

MOVE_13

L45HAL_ALM EGD

A

l45haf True

SRC ENABLE

15 DEST

MOVE_14

L45HAF_ALM EGD

l27hf True

A

SRC ENABLE

16 DEST

24

L27HF_ALM A EGD

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_COMMENT_15

00

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*****************************************************************

01 02 03

01

Gas Comartment Vent Fan Logic (start) ***************************************************************** Rungs Below are added for the Gas Vent Fans (88VL-1 & 88VL-2) as on 12th May 04 during the Gas Fuel logic Addition *****************************************************************

02 03

04

04 RUNG_21

05

L4VL2 LAG2VL L4VL1 RUNG_26.OUT 0113 (((A*B)*~C)+((D*E)*C)) l52vl1 l52vl2

D C A EQN B E

RUNG_27.OUT 0113

06 07

A

B

C

D

E

C

23 OUT

TMV_22.log_in 0113

05 06 07

08

08

09

09 RUNG_17

10

(A*~B) L1X UNIT1.SEQU_Q.START_L1.RUNG_4.OUT 0078 11 L14HM UNIT1.SEQU_Q.L14TV1_3.L14HM 0044

EQN A B

A

19 OUT

B

RUNG_16

L1XALLT

EGD

L1XALLT ((A*~B)*~C) L1X UNIT1.SEQU_Q.START_L1.RUNG_4.OUT 0078 L14HM UNIT1.SEQU_Q.L14TV1_3.L14HM 0044

C EQN A B

A

B

18 OUT

C

RUNG_18

L1XALL

L1XALL LAG2VL (((A*B)*C)+D) AUTOLVL_CMDEGD LAG1VL_CPB PB_Handler.PB_Handler.PB_35.MOVE_1.DEST EGD

EGD

12

A B EQN C D

A

B

C

20 OUT

RUNG_24

LAG1VL_ENB

EGD RUNG_26.H 0113

D

LAG1VL_ENB LAG2VL_ENB L4VLRUN ((A*~B)*~C)

B C A EQN

A

B

26 OUT

C

10 TMV_25.log_in 0113

11 12

13

13

14

14

15

RUNG_20

LAG2VL LAG2VL_ENB LAG1VL_ENB ((A+B)*~C)

16 17

B A C EQN

A

22 OUT

C

RUNG_19

LAG2VL EGD RUNG_26.A 0113

L1XALL LAG2VL (((A*~B)*C)+D) AUTOLVL_CMDEGD LAG2VL_CPB PB_Handler.PB_Handler.PB_22.MOVE_1.DEST EGD

B

A B EQN C D

A

B

C

21 OUT

15 LAG2VL_ENB EGD RUNG_27.H 0113

16 D

17

18

18

19

19

20

20 NOT_23

21

L45FTX

22 23

25 NOT_A OUT_A

A

TMV_31:TIMER_SEC

L4VLRUN

RUNG_30

(A*B) l63vl4l l63vl5l

EQN A B

A

L63VLX K63VLX 0

EGD RUNG_26.I 0113

32 OUT

B

25 26

(A+B) l49vl1 l49vl2

EQN A B

34 OUT

A


L63VL_ALM EGD T63VLX EGD

L63VLX

L4VLRUN ((A*~B)*~C) l26vs3 L45FTX

EGD

C EQN A B

A

B

L4VS3RUN

A

RUNG_34

24 RUNG_32

NOT_35


36 OUT

C

37 OUT_A NOT_A

A

RUNG_36

L4VS3RUN

L4VS3RUN (A*~B) l52vs3

EGD

A EQN B

A

B

21

l4vsz3

EGD

38 OUT

22

TMV_37:TIMER_SEC

RUNG_36.OUT K86V_ALM 0



L86VS3_ALM T86VS3_ALM

EGD

23

EGD

24

L49VL_ALM EGD

25

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B

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TMV_33:TIMER_SEC

00 TMV_22:TIMER_SEC

01

T

RUNG_21.OUT0112 K86VL_ALM 0



RUNG_26

L86VL_ALM EGD T86VL_ALM EGD

L4VL1 L86VL_ALM L4VLRUNZ LAG1VL_ENB RUNG_18.OUT 0112 LAG2VL RUNG_20.OUT 0112 L4VLRUN NOT_23.NOT_A 0112 (((A*~B)+((((C*(D+~E))+F)+(G*~H))*~A))*I) l63vl5l l52vl2 l49vl2

A

02 03 04

G B C H A I EQN D E F

A

B

C

D

I

28 OUT

NOT_28

L4VL1

EGD RUNG_21.A 0112

L4VL1

A

30 OUT_A NOT_A

l4vlz1

EGD

FALSE K63VL3_ALM 0



00

L63VL3_ALM EGD T63VL3_ALM EGD A

01

A

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E F

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G

H

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05 TMV_25:TIMER_SEC

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RUNG_24.OUT0112 K4VLRUNZ 0



RUNG_27

L4VLRUNZ T4VLRUNZ EGD

L4VL2 L86VL_ALM L4VLRUNZ LAG2VL RUNG_20.OUT 0112 LAG2VL_ENB RUNG_19.OUT 0112 L4VLRUN NOT_23.NOT_A 0112 (((~A*~B)+((((C*(D+~E))+F)+(G*~H))*A))*I) l63vl4l l52vl1 l49vl1

EGD

08 09 10

G B C A H I EQN D E F

A

B

C

D

I

29 OUT

NOT_29

L4VL2

EGD RUNG_21.D 0112

L4VL2

A

31 OUT_A NOT_A

06 l4vlz2

EGD

A

07

E

08

F G

H

09 10

_COMMENT_38

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11

*****************************************************************

12

END of Gas Comartment Vent Fan Logic

12

13

***************************************************************** Below rungs are added for BT *****************************************************************

13

14

14 _COMMENT_39

15

****************************************************************** Rungs Below are added for the Heat & Vent System

15

16

******************************************************************

16

17

17 NOT_40

l4btz1

UNIT1.SEQU_Q.NOT_82.NOT_A 0053

18

A

42 NOT_A OUT_A

TMV_41:TIMER_SEC

NOT_40.NOT_A K4BTY 0



RUNG_42

L4BTY T4BTY EGD

L4BTY (A*B) l63at1l

EGD

B EQN A

A

B

44 OUT

L63AT_ALM A EGD

18

19

19 _COMMENT_43

20

******************************************************************

20

End of Heat Vent System

21

21

******************************************************************

22

22 _COMMENT_44

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------------------------------------------------------------------- End of Segment -------------------------------------------------------------------------------------------------------------------------------------

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01 _COMMENT_0

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------------------------------------------------------- Segment C:\UNIT1\SEQU_B ------- Create by MSE_RLD on: Thu Oct 20 18:45:17 2011 -------------------------------------------------------

02 03

04 05 06 07 08 09 10

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_COMMENT_1

------------------------------------------------------------------- Segment name: SEQU_B.SRC ---------------------------------------------------------------------- On TMR applications, this segment contains the BBL to drive ------- the 4 C private relays. On SIMPLEX applications, this ------- segment contains the BBL for overtemperature protection, ------- L86TXTS1, and the rungs necessary for control of those ------- same 4 relays, one of which must be wired into TCTG card. -------------------------------------------------------------------

06 07 08 09 10

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11 TMR_C_RELAYS_L1_2:C_RELAY1

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12 _COMMENT_3

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------------------------------------------------------------------- End of Segment -------------------------------------------------------------------------------------------------------------------------------------

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Program: Totalizers Execution Order 1




Task Totalizers

Frame Multiplier 1

Skew Offset 0



Period (ms) 40




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01 _COMMENT_1

02

02 CALC_1

03

TL30FT_TCNT TRUE A/B 10

04 05

3600000 FALSE 06 TRUE L30FT_T EQU_Q.COUNTER_TIMERS_L2_9.MOVE_6.DEST

TIMER_1

4 MAXTIME AT_TIME RESET CURTIME AUTO_RS RUN

TOTALIZER_1

L30FT_T_TRG EGD L30FT_T_CNT EGD

07 08 09

L30FT_T_TRG L30FT_P_TRG L30FT_G_TRG L30FT_L_TRG L30FT_L2_TRG L30CMIS UNIT1.SEQU_Q.COUNTER_TIMERS_L2_9.RUNG_1.OUT L30CTS UNIT1.SEQU_Q.COUNTER_TIMERS_L2_9.RUNG_2.OUT L30CFLS UNIT1.SEQU_Q.COUNTER_TIMERS_L2_9.MOVE_3.DEST L30CFS UNIT1.SEQU_Q.COUNTER_TIMERS_L2_9.RUNG_4.OUT L30CES UNIT1.SEQU_Q.COUNTER_TIMERS_L2_9.RUNG_5.OUT

INC6 INC7 INC8 INC9 INC10 INC1 INC2 INC3 INC4 INC5

10 11 12 13 14

3600000 FALSE 15 TRUE L30FT_P EQU_Q.COUNTER_TIMERS_L2_9.RUNG_7.OUT

16

CALC_2

3 TOTAL7 TOTAL6 TOTAL8 TOTAL9 TOTAL10 TOTAL1 ROLL1 TOTAL2 ROLL2 TOTAL3 ROLL3 TOTAL4 ROLL4 TOTAL5 ROLL5 ROLL6 ROLL7 ROLL8 ROLL9 ROLL10

TL30FT_PCNT EGD TL30FT_TCNT EGD TL30FT_GCNT EGD TL30FT_LCNT EGD TL30FT_L2CNT EGD TCL30CMIS EGD

TL30FT_PCNT TRUE A/B 10

3600000 FALSE TRUE 18 L30FT_G EQU_Q.COUNTER_TIMERS_L2_9.RUNG_8.OUT

17

3600000 FALSE TRUE 20 L30FT_L EQU_Q.COUNTER_TIMERS_L2_9.RUNG_9.OUT

21

3600000 FALSE 22 TRUE L30FT_L2 EQU_Q.COUNTER_TIMERS_L2_9.RUNG_10.OUT


04 7 OUT

05 TL30FT_P EGD

06

08 TCL30CTS

09

TCL30CFLS

EGD

TCL30CFS

10

TCL30CES

11

EGD

EGD

12 13 CALC_3

L30FT_P_TRG EGD L30FT_P_CNT EGD

TL30FT_GCNT TRUE A/B 10

A ENABLE EQUAT B CALC_4

L30FT_G_TRG L30FT_G_CNT

TL30FT_LCNT TRUE A/B 10

EGD EGD

TIMER_4

19

03

TL30FT_T

EGD

EGD

TIMER_3


A ENABLE EQUAT B

5 OUT

07

TIMER_2


A ENABLE EQUAT B

A ENABLE EQUAT B CALC_5

L30FT_L_TRG L30FT_L_CNT EGD

TL30FT_L2CNT TRUE A/B 10

EGD

A ENABLE EQUAT B

9 OUT

14 TL30FT_G EGD

15 16 11 OUT

TL30FT_L

17

EGD

18 13 OUT

19

TL30FT_L2

EGD

20 21

TIMER_5


L30FT_L2_TRG L30FT_L2_CNT EGD EGD

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Program: TRIP_LOG Execution Order 1




Task TRIP_LOG

Frame Multiplier 1

Skew Offset 0



Period (ms) 40




A 00

B

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01

01 BFILT_1

02

L4


TRIP_DLY

IN PU_DEL DO_DEL

CAPTURE_2

2 OUT

03

BFILT_1.OUT TRUE PMULT TRUE Normal EQ Level THPRESAM THSAMP 1 OnTrip L4T UNIT1.SEQU_Q.RUNG_43.OUT 0049 dwatt TNH UNIT1.SEQU_Q.TNXLATV1_2.tnh 0045 FSR UNIT1.SEQU_Q.FSRV2_236.FSR 0067 L52GX UNIT1.SEQU_Q.MOVE_150.DEST 0058 L14HR UNIT1.SEQU_Q.L14TV1_3.L14HR 0044 L14HM UNIT1.SEQU_Q.L14TV1_3.L14HM 0044 L14HA UNIT1.SEQU_Q.L14TV1_3.L14HA 0044 L14HS UNIT1.SEQU_Q.L14TV1_3.L14HS 0044 L94X UNIT1.SEQU_Q.SHUTDOWN_L1_10.RUNG_3.OUT L4 UNIT1.SEQU_Q.RUNG_44.OUT 0050 L3 UNIT1.SEQU_Q.COMPLETE_SEQUENCE_L1_128.RUNG_2.OUT L69TNM UNIT1.SYNC.RUNG_20.OUT 0104 L83AS UNIT1.SYNC.RUNG_21.OUT 0105 L28FDX UNIT1.SEQU_Q.FLAME_DETECTION_L1_127.RUNG_8.OUT ttxd_1 ttxd_2 ttxd_3 ttxd_4 ttxd_5 ttxd_6 ttxd_7 ttxd_8 ttxd_9 ttxd_10 ttxd_11 ttxd_12 ttxd_13 ttxd_14 ttxd_15 ttxd_16 ttxd_17 ttxd_18

04 05 06 07 08 09 10 11 12 13 14 15 16 17 18 19 20

3 STATUS DONE

ENA_CAP AUTOENA ATOUT FMULT TSTAMP BUF_CTL TR_COND TR_TYPE PRE_SAM POSTSAM TR_VAL UPL_TYPE TR_VAR VAR1 VAR2 VAR3 VAR4 VAR5 VAR6 VAR7 VAR8 VAR9 VAR10 VAR11 VAR12 VAR13 VAR14 VAR15 VAR16 VAR17 VAR18 VAR19 VAR20 VAR21 VAR22 VAR23 VAR24 VAR25 VAR26 VAR27 VAR28 VAR29 VAR30 VAR31 VAR32

TH1

02

EGD

03 04 05 06 07 08 09 10 11 12 13 14 15 16 17 18 19 20

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A 00

B BFILT_3

L4


01

TRIP_DLY

IN PU_DEL DO_DEL

C

D

4 OUT

E

F

CAPTURE_4

BFILT_3.OUT TRUE

PMULT TRUE Normal EQ Level THPRESAM THSAMP 1 OnTrip L4T UNIT1.SEQU_Q.RUNG_43.OUT 0049 FQLM1 UNIT1.SEQU_Q.FQXLATV1_253.FLOW1 0070 l70li UNIT1.SEQU_Q.SPEED_LOAD_SETPOINT.L70LI 0060 l70ri UNIT1.SEQU_Q.SPEED_LOAD_SETPOINT.L70RI 0060 L83ISOK UNIT1.SEQU_Q.ISOCH_CONTROL_L1.RUNG_3.OUT 0098 TNRI UNIT1.SEQU_Q.COPY_191.DEST 0060 FSRN UNIT1.SEQU_Q.FSRNV1_224.FSRN 0064 L83BW UNIT1.SEQU_Q.WATER_WASH_OFFLIN_L2_126.RUNG_2.OUT ctif1 ctif2 CSRGV UNIT1.SEQU_Q.CSRGVV2_232.CSRGV 0068 csrgvout UNIT1.SEQU_Q.Post_CSRGVV3_254.csrgvout 0068 L30D_MAN UNIT1.SEQU_Q.MODULATED_IGV_CONTL1_235.RUNG_5.OUT L30D_MAX UNIT1.SEQU_Q.MODULATED_IGV_CONTL1_235.RUNG_11.OUT L30D_TC UNIT1.SEQU_Q.MODULATED_IGV_CONTL1_235.RUNG_12.OUT L83TV TNHCOR UNIT1.SEQU_Q.CSRGVPSV1_230.TNHCOR 0068 TTRX UNIT1.SEQU_Q.TTRXV5_228.TTRX 0067 TTXM UNIT1.SEQU_Q.TTXMV4_226.TTXM 0065 bb1 bb2 bb4 bb5 bb7 bb8 bb9 bb10 bb11 bb12

02 03 04 05 06 07 08 09 10 11 12 13 14 15 16 17

G ENA_CAP AUTOENA ATOUT FMULT TSTAMP BUF_CTL TR_COND TR_TYPE PRE_SAM POSTSAM TR_VAL UPL_TYPE TR_VAR VAR1 VAR2 VAR3 VAR4 VAR5 VAR6 VAR7 VAR8 VAR9 VAR10 VAR11 VAR12 VAR13 VAR14 VAR15 VAR16 VAR17 VAR18 VAR19 VAR20 VAR21 VAR22 VAR23 VAR24 VAR25 VAR26 VAR27 VAR28

H 5 STATUS DONE

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TH2

EGD

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Variable Cross Reference Summary This section summarizes the global variables defined in this device. Variable Name ACK_PB EGD; 0014.B08 AF_NUMVAR 0017.E29 Alarm.Ack

Description ALARM ACKNOWLEDGE PUSH BUTTON

Data Type BOOL

Initial Value 0

Number of variables forced

INT

0

When set true by application code all alarms in the alarm queue will be acknowledged

BOOL

The number of acknowledged process alarms and FOUNDATION Fieldbus alerts in the controller alarm queue.

UINT

Alarm.ActiveCount

The number of process alarms and FOUNDATION Fieldbus alerts in the controller alarm queue.

UINT

Alarm.Horn

Set to true every time a new alarm occurs. Can be used to drive physical horn.

BOOL

When set to true by application code resets Alarm.Horn

BOOL

Set to true when there is at least one alarm in the queue, false when the alarm queue is empty

BOOL

Alarm.Reset

When set true by application code all alarms that are normal and acknowledged will be reset/removed from the alarm queue

BOOL

Alarm.UnAckCount

The number of unacknowledged process alarms and FOUNDATION Fieldbus alerts in the controller alarm queue.

UINT

0014.D08 Alarm.AckCount

0014.F08 Alarm.HornSilence 0014.D06 Alarm.Indicator




AlarmSpecialToken

UINT

ALM_PRESENT ALARM PRESET EGD AppStatus_R Application Status Device Intrinsic AppStatus_S Application Status Device Intrinsic AppStatus_T Application Status Device Intrinsic AQKDSPG VIGV TEMP CONTROL AIRFLOW REF GAIN EGD; 0068.H07 AQKDSPO VIGV TEMP CONTROL AIRFLOW REF OFFSET EGD; 0068.H08 AQRDSP AIRFLOW CONTROL REFERENCE EGD; 0068.H07 ATTN_MVRA_R MVRA R Attention Indication EGD; 0030.E11; DistributedIO.PMVE-21.Port_S1.MVRA.ATTN_MVRA_R ATTN_MVRA_R_FLT MVRA R Attention Indication EGD ATTN_MVRA_S MVRA S Attention Indication EGD; 0030.E11; DistributedIO.PMVE-21.Port_S1.MVRA.ATTN_MVRA_S ATTN_MVRA_T MVRA T Attention Indication EGD; 0030.E11; DistributedIO.PMVE-21.Port_S1.MVRA.ATTN_MVRA_T ATTN_MVRC_C MVRC C Attention Indication EGD; 0030.E12; DistributedIO.PMVE-22.Port_S1.MVRC.ATTN_MVRC_R ATTN_PMVD_CD_C PMVD CD C Attention Indication EGD; 0030.E14; DistributedIO.PMVD-25.ATTN_PMVD_R ATTN_PMVD_DD_D PMVD DD D Attention Indication EGD ATTN_PMVD_QD1_R PMVD QD1 R Attention Indication EGD; 0030.E14; 0030.E15; 0030.E15; DistributedIO.PMVD-24.ATTN_PMVD_R ATTN_PMVD_QD1_S PMVD QD1 S Attention Indication EGD; DistributedIO.PMVD-24.ATTN_PMVD_S ATTN_PMVD_QD1_T PMVD QD1 T Attention Indication EGD; DistributedIO.PMVD-24.ATTN_PMVD_T ATTN_PMVD_QD2_R PMVD QD2 R Attention Indication EGD ATTN_PMVD_QD2_S PMVD QD2 S Attention Indication EGD ATTN_PMVD_QD2_T PMVD QD2 T Attention Indication EGD ATTN_PMVE_C PMVE C Attention Indication EGD; 0030.E12; DistributedIO.PMVE-22.ATTN_PMVE_R ATTN_PMVE_R PMVE R Attention Indication EGD; 0030.E13; DistributedIO.PMVE-21.ATTN_PMVE_R ATTN_PMVE_S PMVE S Attention Indication EGD; 0030.E13; DistributedIO.PMVE-21.ATTN_PMVE_S ATTN_PMVE_T PMVE T Attention Indication EGD; 0030.E13; DistributedIO.PMVE-21.ATTN_PMVE_T ATTN_PMVP_X PMVP X Attention Indication EGD; 0030.E16; DistributedIO.PMVP-23.ATTN_PMVP_R ATTN_PMVP_Y PMVP Y Attention Indication EGD; 0030.E16; DistributedIO.PMVP-23.ATTN_PMVP_S ATTN_PMVP_Z PMVP Z Attention Indication EGD; 0030.E16; DistributedIO.PMVP-23.ATTN_PMVP_T AUTOLVL_CMD Gas Fuel Vent Fans Auto Lead/Lag Enabled EGD; 0112.N12; 0112.N17 AutoReconfigRevision_R The R controller's Auto-Reconfiguration server revision. Device Intrinsic

BOOL


0

UINT UINT UINT REAL

0

REAL

0

REAL BOOL

0

BOOL

0

BOOL

0

BOOL

0

BOOL

0

BOOL

0

BOOL

0

BOOL

0

BOOL

0

BOOL

0

BOOL

0

BOOL

0

BOOL

0

BOOL

0

BOOL

0

BOOL

0

BOOL

0

BOOL

0

BOOL

0

BOOL

0

BOOL UDINT


Units




Variable Name AutoReconfigRevision_S Device Intrinsic AutoReconfigRevision_T Device Intrinsic BB_MAX EGD; 0071.K32 bb1 EGD; 0071.H00; 0120.F13; bb10 EGD; 0071.H01; 0120.F16; bb11 EGD; 0071.H01; 0120.F17; bb12 EGD; 0071.H02; 0120.F17; bb2 EGD; 0071.H02; 0120.F14; bb4 EGD; 0071.H03; 0120.F14; bb5 EGD; 0071.H03; 0120.F15; bb7 EGD; 0071.H04; 0120.F15; bb8 EGD; 0071.H04; 0120.F15; bb9 EGD; 0071.H05; 0120.F16; BIT_BUCKET

Description The S controller's Auto-Reconfiguration server revision.

Data Type UDINT

The T controller's Auto-Reconfiguration server revision.

UDINT

VIBRATION MAX SELECT

REAL

TCQA Q TBQB- 51 SEISMIC VIBRATION DistributedIO.PMVE-21.Port_S1.MVRA.MVRATB.VibrationFbk01 TCQA Q TBQB- 69 SEISMIC VIBRATION DistributedIO.PMVE-21.Port_S1.MVRA.MVRATB.VibrationFbk10 TCQA Q TBQB- 71 SEISMIC VIBRATION DistributedIO.PMVE-21.Port_S1.MVRA.MVRATB.VibrationFbk11 TCQA Q TBQB- 73 SEISMIC VIBRATION DistributedIO.PMVE-21.Port_S1.MVRA.MVRATB.VibrationFbk12 TCQA Q TBQB- 53 SEISMIC VIBRATION DistributedIO.PMVE-21.Port_S1.MVRA.MVRATB.VibrationFbk02 TCQA Q TBQB- 57 SEISMIC VIBRATION DistributedIO.PMVE-21.Port_S1.MVRA.MVRATB.VibrationFbk04 TCQA Q TBQB- 59 SEISMIC VIBRATION DistributedIO.PMVE-21.Port_S1.MVRA.MVRATB.VibrationFbk05 TCQA Q TBQB- 63 SEISMIC VIBRATION DistributedIO.PMVE-21.Port_S1.MVRA.MVRATB.VibrationFbk07 TCQA Q TBQB- 65 SEISMIC VIBRATION DistributedIO.PMVE-21.Port_S1.MVRA.MVRATB.VibrationFbk08 TCQA Q TBQB- 67 SEISMIC VIBRATION DistributedIO.PMVE-21.Port_S1.MVRA.MVRATB.VibrationFbk09 Bit Bucket

bt_gj1_1a Gen TC EGD; DistributedIO.PMVE-22.Port_S1.MVRC.MVRC.Thermocouple37 bt_gj1_2a Gen TC EGD; DistributedIO.PMVE-22.Port_S1.MVRC.MVRC.Thermocouple38 bt_gj2_1a Gen TC EGD; DistributedIO.PMVE-22.Port_S1.MVRC.MVRC.Thermocouple20 bt_gj2_2a Gen TC EGD; DistributedIO.PMVE-22.Port_S1.MVRC.MVRC.Thermocouple39 bt_j1_1a Turbine TC EGD; DistributedIO.PMVE-22.Port_S1.MVRC.MVRC.Thermocouple41 bt_j1_2a Turbine TC EGD; DistributedIO.PMVE-22.Port_S1.MVRC.MVRC.Thermocouple42 bt_j2_1a Turbine TC EGD; DistributedIO.PMVE-22.Port_S1.MVRC.MVRC.Thermocouple21 bt_j2_2a Turbine TC EGD; DistributedIO.PMVE-22.Port_S1.MVRC.MVRC.Thermocouple22 bt_t1_1a Turbine TC EGD; DistributedIO.PMVE-22.Port_S1.MVRC.MVRC.Thermocouple25 bt_t1_2a Turbine TC EGD; DistributedIO.PMVE-22.Port_S1.MVRC.MVRC.Thermocouple26 bt_ta_1a Turbine TC EGD; DistributedIO.PMVE-22.Port_S1.MVRC.MVRC.Thermocouple23 bt_ta_2a Turbine TC EGD; DistributedIO.PMVE-22.Port_S1.MVRC.MVRC.Thermocouple24 BUD_PROC Processor for BOI EGD bus_volts_ab EGD; DistributedIO.PMVE-22.Port_S1.MVRC.MVRC.BusVoltsAB bus_volts_bc EGD; DistributedIO.PMVE-22.Port_S1.MVRC.MVRC.BusVoltsBC bus_volts_ca EGD; DistributedIO.PMVE-22.Port_S1.MVRC.MVRC.BusVoltsCA C_CD_CI27 EGD; DistributedIO.PMVD-25.DTBA1.ContactIn_27 c_cd_co57 EGD c_cd_co57tmr EGD c_cd_co58 EGD c_cd_co58tmr EGD c_cd_co59 EGD c_cd_co59tmr EGD c_cd_co60 EGD c_cd_co60tmr EGD C48DSX DIESEL COOLDOWN COUNTER EGD; 0086.K09 C62TT2 MULTIPLE START COUNTER EGD; 0079.D05 cagv TCQA_REG_I_5 SERVO CURRENT [CAGV] EGD; 0068.B20; DistributedIO.PMVE-21.Port_S1.MVRA.MVRATB.ServoOutput5 CAKCPD COMPRESSOR DISCH SENSOR LOW LIMIT EGD CDHCommunicator_R The CDH Communicator controller as known to R. Device Intrinsic CDHCommunicator_S The CDH Communicator controller as known to S. Device Intrinsic CDHCommunicator_T The CDH Communicator controller as known to T. Device Intrinsic CNCF SPEED CORRECTION FACTOR EGD; 0068.E01 CNKTR COMPRESSOR TEMPERATURE REFERENCE CONSTANT EGD CNTR_HB Controller Heartbeat EGD; 0018.E02; DistributedIO.PMVP-23.ContWdog Last Modified 000 00:00:00 Build Major Revision 2/15/2012 03:14:38 Build Minor Revision 000 00:00:00




Units

REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL

0

REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL DINT DINT REAL REAL

60

UINT UINT UINT REAL REAL

0

DINT

0


Initial Value




Variable Name Description Controller_UcsaTmpr_R UCSA R Controller Temperature (deg C) EGD; 0012.E08 Controller_UcsaTmpr_S UCSA S Controller Temperature (deg C) EGD; 0012.E13 Controller_UcsaTmpr_T UCSA T Controller Temperature (deg C) EGD; 0012.L13 Controller_UcsaTmprMB_R UCSA R Controller Motherboard Temperature (deg C) EGD; 0012.E08 Controller_UcsaTmprMB_S UCSA S Controller Motherboard Temperature (deg C) EGD; 0012.E12 Controller_UcsaTmprMB_T UCSA T Controller Motherboard Temperature (deg C) EGD; 0012.L12 ControllerID Controller ID (R=1, S=2, T=3) Device Intrinsic ControllerReasonCode_R Reason code from the R controller. Device Intrinsic ControllerReasonCode_S Reason code from the S controller. Device Intrinsic ControllerReasonCode_T Reason code from the T controller. Device Intrinsic ControllerStateHeartbeat_R Heartbeat value from the R controller. Device Intrinsic ControllerStateHeartbeat_S Heartbeat value from the S controller. Device Intrinsic ControllerStateHeartbeat_T Heartbeat value from the T controller. Device Intrinsic ControllerTimeNanoSeconds_R Controller R Fractional Time (nanoseconds) Device Intrinsic ControllerTimeNanoSeconds_S Controller S Fractional Time (nanoseconds) Device Intrinsic ControllerTimeNanoSeconds_T Controller T Fractional Time (nanoseconds) Device Intrinsic ControllerTimeSeconds_R Controller R Time (seconds) Device Intrinsic ControllerTimeSeconds_S Controller S Time (seconds) Device Intrinsic ControllerTimeSeconds_T Controller T Time (seconds) Device Intrinsic ControlState_R The R controller's Control State. Device Intrinsic; 0016.B13; 0016.B16; 0016.B19 ControlState_S The S controller's Control State. Device Intrinsic; 0016.B21; 0016.B24; 0016.B27 ControlState_T The T controller's Control State. Device Intrinsic; 0017.B01; 0017.B03; 0017.B06 cpd DCCA Q TBQB- 3(R) 7(S) 11(T) CPD PRESSURE EGD; 0064.G10; 0067.B10; 0068.B14; DistributedIO.PMVE-21.Port_S1.MVRA.MVRATB.CpdVco CPD_MON CPD Monitor EGD; DistributedIO.PMVE-21.Port_S1.MVRA.CompDischPress CQKTC_MN COMPRESSOR TEMPERATURE MINIMUM EGD; 0063.H04 CQKTC_MX COMPRESSOR TEMPERATURE MAXIMUM EGD; 0063.H03 CQKTC_RT COMPRESSOR TEMPERATURE RATIO EGD; 0063.H04; 0068.B00 CQTC COMPRESSOR AIRFLOW TEMP. CORRECTION EGD; 0063.J03; 0063.P03; 0063.P18 CRM1_SVR.CurrentLocalTimeSec The current time of the Workstation (seconds since 1/1/1970) EGD CRM1_SVR.CurrentUTCTimeSec The current time of the Workstation in UTC (seconds since 1/1/1970) EGD CRM1_SVR.IsNtpSynced_R The Network Time Protocol is synchronized with the Time Server EGD CRM1_SVR.IsUdhEgdHealthy_R EGD data consumption is healthy EGD CRM1_SVR.L3Diag_R A Diagnostic exists for the WorkstationST application EGD CRM1_SVR.MajorRevision_R The WorkstationST application major revision EGD CRM1_SVR.MinorRevision_R The WorkstationST application minor revision EGD csgv TCQA Q TBQC- 17 SERVO FEEDBACK [CSGV] EGD; 0053.M17; 0092.B23; 0068.B18; 0068.O14; DistributedIO.PMVE-21.Port_S1.MVRA.Reg5_Fdbk csgv_1 EGD; DistributedIO.PMVE-21.Port_S1.MVRA.MVRATB.LVDT09 csgv_2 EGD; DistributedIO.PMVE-21.Port_S1.MVRA.MVRATB.LVDT10 CSKGVBG FUEL TEMP BIAS GAIN, DEG F/DEG ANGLE EGD; 0068.H12 CSKGVBMX MAX FUEL TEMP CONTROL BIAS EGD; 0068.H11 CSKGVBR MAX RATE OF DECREASE, TEMP BIAS EGD; 0068.H11 CSKGVDB DEADBAND IGV TEMP CONT, MAX POS. EGD; 0068.B17; 0068.H02 CSKGVMAX OPEN IGV POSITION EGD; 0068.B03; 0068.H10 CSKGVMN1 VIGV MAN REFERENCE POSITION CHANGER EGD; 0068.H09 CSKGVMN2 SECONDARY MIN IGV POSITION, TEMP CONTROL EGD; 0068.H09 CSKGVPS1 VIGV PART SPEED HP CORR SPEED OFFSET EGD; 0068.B02 CSKGVPS2 VIGV PART SPEED HP CORR SPEED GAIN EGD; 0068.B03 CSKGVPS3 VIGV PART SPEED REF MIN SETPOINT EGD; 0068.B04 Last Modified 000 00:00:00 Build Major Revision 2/15/2012 03:14:38 Build Minor Revision 000 00:00:00



Data Type REAL

Initial Value 0

REAL

0

REAL

0

REAL

0

REAL

0

REAL

0

UINT DINT DINT DINT UDINT UDINT UDINT UDINT UDINT UDINT UDINT UDINT UDINT UINT UINT UINT REAL REAL REAL

0.9

REAL

1.25

REAL

540

REAL UDINT

UDINT

BOOL

BOOL BOOL UDINT UDINT REAL REAL REAL REAL

3

REAL

30

REAL

2

REAL

2

REAL

84

REAL

57

REAL

45

REAL

78.9

REAL

6.67

REAL

36



Units




Variable Name Description CSKGVR1 NORM SLEW RATE, IGV REF EGD; 0068.H05 CSKGVR2 SECOND SLEW RATE, IGV REF EGD; 0068.H05 CSKGVSSR SIMPLE CYCLE IGV TEMP CONT REF. EGD; 0068.H03 CSKGVTC LEAD TIME CONST, P+I TEMP CONT. EGD; 0068.H04 CSKGVTPG VIGV TEMP CONTROL TTXM GAIN EGD; 0068.H04 CSRGV VIGV REFERENCE ANGLE EGD; 0068.K00; 0068.O00; 0068.O13; 0120.F10 CSRGV_TEMP IGV TEMPERATURE CONTROL REFERENCE EGD; 0068.K02 CSRGVMAN_CMD VIGV MANUAL REFERENCE SETPOINT EGD; 0068.H06 csrgvout TCQA_REF_5 SERVO REF [CSRGVOUT] EGD; 0068.S00; 0120.F10; DistributedIO.PMVE-21.Port_S1.MVRA.Reg5_Ref CSRGVPS PART SPEED VIGV REFERENCE EGD; 0068.E00; 0068.H00 CSRGVTXB IGV FUEL TEMP BIAS (2-SHAFT) EGD; 0067.B07; 0068.K01 CSRGVX IGV TEMP CONTROL AND MANUAL CONTROL REF EGD; 0068.K03 CT_BIAS EGD; 0067.E08; 0068.B16 CTD COMPRESSOR DISCHARGE TEMPERATURE EGD; 0066.L04; 0067.B08 ctda1 COMP DISCHARGE TEMP 1 EGD; 0066.I04; DistributedIO.PMVE-22.Port_S1.MVRC.MVRC.Thermocouple15 ctda2 COMP DISCHARGE TEMP 2 EGD; 0066.I05; DistributedIO.PMVE-22.Port_S1.MVRC.MVRC.Thermocouple16 ctif1 COMP INLET FLANGE TEMP 1 EGD; 0063.B09; 0120.F09; DistributedIO.PMVE-22.Port_S1.MVRC.MVRC.Thermocouple17 ctif2 COMP INLET FLANGE TEMP 2 EGD; 0063.B09; 0120.F09; DistributedIO.PMVE-22.Port_S1.MVRC.MVRC.Thermocouple18 CTIM MAX COMP INLET FLANGE TEMPERATURE EGD; 0034.B03; 0063.D09; 0063.H03; 0067.B17; 0068.B01 CTIMHRA CTIM Current Hourly Average EGD; 0034.D02; 0035.Q08 CTIMMINA Array For CTIM Minute Average

0034.D03 CTIMMNA EGD; 0034.D02; 0035.Q11; 0036.M13; 0037.M07 CTIMSECA

0034.D03 Cust_TC9 EGD DC_Chg_Det_R Event; 0028.F19 DC_Chg_Det_S Event; 0028.F23 DC_Chg_Det_T Event; 0028.F26 DdrRevision_R Device Intrinsic; EGD DdrRevision_S Device Intrinsic; EGD DdrRevision_T Device Intrinsic; EGD DDRS.DDR1.Status EGD DDRS.DDR10.Status EGD DDRS.DDR11.Status EGD DDRS.DDR12.Status EGD DDRS.DDR2.Status EGD DDRS.DDR3.Status EGD DDRS.DDR4.Status EGD DDRS.DDR5.Status EGD DDRS.DDR6.Status EGD DDRS.DDR7.Status EGD DDRS.DDR8.Status EGD DDRS.DDR9.Status EGD DefaultGrpInhibit DesignatedController_R Device Intrinsic; 0028.C19 DesignatedController_S Device Intrinsic; 0028.C23 DesignatedController_T Device Intrinsic; 0028.C26 Last Modified 000 00:00:00 Build Major Revision 2/15/2012 03:14:38 Build Minor Revision 000 00:00:00



Data Type REAL

Initial Value 0.5

REAL

5

REAL

700

REAL

4

REAL

0.2

REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL

0

REAL

0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0

CTIM Current Minute Average

REAL

0

Array For CTIM Second Average

REAL

0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0

Customer TC9

REAL

Designated Controller Change Detected by R

BOOL

0

Designated Controller Change Detected by S

BOOL

0

Designated Controller Change Detected by T

BOOL

0

The R controller's Dynamic Data Recorder revision.

UDINT

The S controller's Dynamic Data Recorder revision.

UDINT

The T controller's Dynamic Data Recorder revision.

UDINT UINT UINT UINT UINT UINT UINT UINT UINT UINT UINT UINT UINT BOOL

The designated controller as known to R.

UINT

The designated controller as known to S.

UINT

The designated controller as known to T.

UINT


Units





Variable Name Description Data Type Initial Value Units DeviceBackupCrc_R The R controller's backup file CRC. UDINT Device Intrinsic DeviceBackupCrc_S The S controller's backup file CRC. UDINT Device Intrinsic DeviceBackupCrc_T The T controller's backup file CRC. UDINT Device Intrinsic DeviceBackupExists_R The R controller has a backup file on flash. BOOL Device Intrinsic DeviceBackupExists_S The S controller has a backup file on flash. BOOL Device Intrinsic DeviceBackupExists_T The T controller has a backup file on flash. BOOL Device Intrinsic df Generator frequency REAL EGD; 0059.X17 df2 PMVE-MVRA Generator frequency REAL EGD; DistributedIO.PMVP-23.GenFreq DistributedIO.PMVD-24.L3DIAG_PMVD_R I/O Diagnostic Indication BOOL 0 EGD; DistributedIO.PMVD-24.L3DIAG_PMVD_R; EGD DistributedIO.PMVD-24.L3DIAG_PMVD_S I/O Diagnostic Indication BOOL 0 EGD; DistributedIO.PMVD-24.L3DIAG_PMVD_S; EGD DistributedIO.PMVD-24.L3DIAG_PMVD_T I/O Diagnostic Indication BOOL 0 EGD; DistributedIO.PMVD-24.L3DIAG_PMVD_T; EGD DistributedIO.PMVD-25.L3DIAG_PMVD_R I/O Diagnostic Indication BOOL 0 EGD; DistributedIO.PMVD-25.L3DIAG_PMVD_R; EGD DistributedIO.PMVE-21.L3DIAG_PMVE_R I/O Diagnostic Indication BOOL 0 Alarm; Alarm; EGD; DistributedIO.PMVE-21.L3DIAG_PMVE_R; EGD DistributedIO.PMVE-21.L3DIAG_PMVE_S I/O Diagnostic Indication BOOL 0 Alarm; Alarm; EGD; DistributedIO.PMVE-21.L3DIAG_PMVE_S; EGD DistributedIO.PMVE-21.L3DIAG_PMVE_T I/O Diagnostic Indication BOOL 0 Alarm; Alarm; EGD; DistributedIO.PMVE-21.L3DIAG_PMVE_T; EGD DistributedIO.PMVE-21.Port_S1.MVRA.L3DIAG_MVRA_R I/O Diagnostic Indication BOOL 0 Alarm; Alarm; EGD; DistributedIO.PMVE-21.Port_S1.MVRA.L3DIAG_MVRA_R; EGD DistributedIO.PMVE-21.Port_S1.MVRA.L3DIAG_MVRA_S I/O Diagnostic Indication BOOL 0 Alarm; Alarm; EGD; DistributedIO.PMVE-21.Port_S1.MVRA.L3DIAG_MVRA_S; EGD DistributedIO.PMVE-21.Port_S1.MVRA.L3DIAG_MVRA_T I/O Diagnostic Indication BOOL 0 Alarm; Alarm; EGD; DistributedIO.PMVE-21.Port_S1.MVRA.L3DIAG_MVRA_T; EGD DistributedIO.PMVE-22.L3DIAG_PMVE_R I/O Diagnostic Indication BOOL 0 Alarm; Alarm; EGD; DistributedIO.PMVE-22.L3DIAG_PMVE_R; EGD DistributedIO.PMVE-22.Port_S1.MVRC.L3DIAG_MVRC_R I/O Diagnostic Indication BOOL 0 Alarm; Alarm; EGD; DistributedIO.PMVE-22.Port_S1.MVRC.L3DIAG_MVRC_R; EGD DistributedIO.PMVP-23.L3DIAG_PMVP_R I/O Diagnostic Indication BOOL 0 EGD; DistributedIO.PMVP-23.L3DIAG_PMVP_R; EGD DistributedIO.PMVP-23.L3DIAG_PMVP_S I/O Diagnostic Indication BOOL 0 EGD; DistributedIO.PMVP-23.L3DIAG_PMVP_S; EGD DistributedIO.PMVP-23.L3DIAG_PMVP_T I/O Diagnostic Indication BOOL 0 EGD; DistributedIO.PMVP-23.L3DIAG_PMVP_T; EGD DKPFMW MIN CONSTANT FOR PF ALGORITHM REAL 2 EGD; 0106.N00 DKPFMX MAX LIMIT POWER FACTOR REAL 1.4 EGD DPF GENERATOR POWER FACTOR REAL EGD; 0106.P00 DPFM POWER FACTOR CONTROL SIGNAL FEEDBACK REAL EGD; 0106.P01 ds2 BOOL EGD; 0072.K10; 0104.P21; DistributedIO.PMVD-24.DTBB2.ContactIn_69 DS2_ALM DS OPEN ALARM BOOL Alarm; EGD; 0072.M10 dtggc10 GENERATOR AIR INLET TEMP GAIN REAL EGD; DistributedIO.PMVE-22.Port_S1.MVRC.MVRC.RTD07 dtggc11 RTD INPUTS REAL EGD; DistributedIO.PMVE-22.Port_S1.MVRC.MVRC.RTD08 dtggh18 RTD INPUTS REAL EGD; DistributedIO.PMVE-22.Port_S1.MVRC.MVRC.RTD09 dtggh19 RTD INPUTS REAL EGD; DistributedIO.PMVE-22.Port_S1.MVRC.MVRC.RTD10 dtgsa4 RTD INPUTS REAL EGD; 0071.U03; DistributedIO.PMVE-22.Port_S1.MVRC.MVRC.RTD04 dtgsa5 RTD INPUTS REAL EGD; 0071.U04; DistributedIO.PMVE-22.Port_S1.MVRC.MVRC.RTD05 dtgsa6 RTD INPUTS REAL EGD; 0071.U04; DistributedIO.PMVE-22.Port_S1.MVRC.MVRC.RTD06 dtgsf1 RTD INPUTS REAL EGD; 0071.U00; DistributedIO.PMVE-22.Port_S1.MVRC.MVRC.RTD01 dtgsf2 RTD INPUTS REAL EGD; 0071.U01; DistributedIO.PMVE-22.Port_S1.MVRC.MVRC.RTD02 dtgsf3 RTD INPUTS REAL EGD; 0071.U02; DistributedIO.PMVE-22.Port_S1.MVRC.MVRC.RTD03 DV GENERATOR VOLTS REAL EGD; 0106.B05; DistributedIO.PMVE-21.Port_S1.MVRA.GenVolts DV_ERR DRIVEN VOLTAGE ANALOG INPUT ERROR REAL EGD; 0059.U25; DistributedIO.PMVE-21.Port_S1.MVRA.AmplError dv_mon Generator Volts REAL 0 DistributedIO.PMVE-21.Port_S1.MVRA.MVRATB.GenPT_KVolts dvar TCQA Q TBQC- 77 4-20MA IN [VARS] REAL EGD; 0060.H01; 0106.N01; DistributedIO.PMVE-21.Port_S1.MVRA.MVRATB.AnalogInput19 DVX Generator Voltage in KV for display REAL EGD; 0059.U20; 0106.D05 dwatt DCCA Q QTBA- 65 MW FOR CONST SET DROOP REAL EGD; 0034.B03; 0058.I16; 0058.O20; 0059.I13; 0106.N01; 0110.B08; 0119.G07; DistributedIO.PMVE-21.Port_S1.MVRA.MVRATB.MegaWattVco dwatt1_mon Megawatts REAL 0 DistributedIO.PMVE-21.Port_S1.MVRA.MegaWatt DWATTHRA DWATT Current Hourly Average REAL 0 EGD; 0034.D03; 0035.Q08 DWATTMINA Array For DWATT Minute Average REAL 0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0 0034.D04 Last Modified 000 00:00:00 Build Major Revision 2/15/2012 03:14:38 Build Minor Revision 000 00:00:00








Variable Name DWATTMNA EGD; 0034.D04; 0035.Q12; 0036.M13; 0037.M08 DWATTSECA

Description DWATT Current Minute Average

Data Type REAL

Initial Value 0

Array For DWATT Second Average

REAL

0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0

CNTS OFF TIME DELAY

REAL

CNTS ON TIME DELAY

REAL

Task Enable

BOOL

True

Task Enable

BOOL

True

Period Multiplier For EPA Alarm Data

INT

1

EPA_AL_PRSAM

Samples To Be Taken Before Trigger For Alarm Data

DINT

1

EPA_AL_SAMP

Number Of Samples In EPA Alarm Data

DINT

100

0034.D05 E48BTA EGD; 0053.J06 E48BTB EGD; 0053.N04 EPA.Epa_capture._Enable Device Intrinsic EPA.Epa_Monitor._Enable Device Intrinsic EPA_AL_PMULT

EPA_HR_DATA Hourly EPA Data UINT EGD; 0035.T02 EPA_HR_PMULT Period Multiplier For Hourly EPA Data UINT 0035.Q03 EPA_HR_PRSAM Samples To Be Taken Before Trigger For Hourly Data UDINT 0035.Q06 EPA_HR_SAMP Number Of Samples In Hourly Data UDINT 0035.Q06 EPA_MN_DATA1 EPA Minute Data Capture Block For First Hour UINT EGD; 0036.P08 EPA_MN_DATA2 EPA Minute Data Capture Block For Second Hour UINT EGD; 0037.P02 EPA_MN_PMULT Period Multiplier For Hourly EPA Data UINT 0036.M08; 0037.M03 EPA_MN_PRSAM Samples To Be Taken Before Trigger For Hourly Data UDINT 0036.M10; 0037.M05 EPA_MN_SAMP Number Of Samples In Hourly Data UDINT 0036.M11; 0037.M06 es10 BOOL EGD; 0072.F10; 0104.P20; DistributedIO.PMVD-24.DTBB2.ContactIn_68 ES10_ALM ES CLOSED OR OUT OF OPEN POSITION ALARM BOOL Alarm; EGD; 0072.H10 fag TCQA_REG_I_2 SERVO CURRENT [FAG] REAL EGD; 0076.B13; DistributedIO.PMVE-21.Port_S1.MVRA.MVRATB.ServoOutput2 fagr TCQA_REG_I_1 SERVO CURRENT [FAGR] REAL EGD; 0076.B10; DistributedIO.PMVE-21.Port_S1.MVRA.MVRATB.ServoOutput1 fal TCQA_REG_I_3 SERVO CURRENT [FAL] REAL EGD; 0070.J07; DistributedIO.PMVE-21.Port_S1.MVRA.MVRATB.ServoOutput3 FD_INTENS_1 REAL EGD; DistributedIO.PMVP-23.TCTG1.FlameInd1 FD_INTENS_2 REAL EGD; DistributedIO.PMVP-23.TCTG1.FlameInd2 FD_INTENS_3 REAL EGD; DistributedIO.PMVP-23.TCTG1.FlameInd3 FD_INTENS_4 REAL EGD; DistributedIO.PMVP-23.TCTG1.FlameInd4 FD_INTENS_5 REAL EGD; DistributedIO.PMVP-23.TCTG1.FlameInd5 FD_INTENS_6 REAL EGD; DistributedIO.PMVP-23.TCTG1.FlameInd6 FD_INTENS_7 REAL EGD; DistributedIO.PMVP-23.TCTG1.FlameInd7 FD_INTENS_8 REAL EGD; DistributedIO.PMVP-23.TCTG1.FlameInd8 FFLiveListRev_R Live List revision - updates when there is a change. UDINT Device Intrinsic FFLiveListRev_S Live List revision - updates when there is a change. UDINT Device Intrinsic FFLiveListRev_T Live List revision - updates when there is a change. UDINT Device Intrinsic FLAME ENUMERATED STATE VALUE OF FLAME DETECTORS UINT ON EGD; 0057.P00 Forces_R The number of forces on the R controller. UINT Device Intrinsic; EGD Forces_S The number of forces on the S controller. UINT Device Intrinsic; EGD Forces_T The number of forces on the T controller. UINT Device Intrinsic; EGD ForcesSeqNum_R The R controller's forces sequence number. UDINT Device Intrinsic; EGD ForcesSeqNum_S The S controller's forces sequence number. UDINT Device Intrinsic; EGD ForcesSeqNum_T The T controller's forces sequence number. UDINT Device Intrinsic; EGD fpg1 Gas Fuel Supply Pressure [96FG-1] REAL EGD; 0074.B09; 0074.B12; 0074.B16; DistributedIO.PMVE-21.Port_S1.MVRA.MVRATB.AnalogInput18 fpg2 TCQA Q TBQB- 25(R) 29(S) 33(T) NP10VDC IN [FPG2] REAL EGD; 0074.L24; 0075.N08; 0075.N11; 0075.N14; 0076.B14; DistributedIO.PMVE-21.Port_S1.MVRA.MVRATB.AnalogInput01 FPG2WUH P2 Post Ignition Pressure High Limit REAL EGD; 0075.K07; 0075.N07 FPG2WUL P2 Post Ignition Pressure Low Limit REAL EGD; 0075.N10; 0075.K10 FPG2WUR P2 Post Ignition Pressure Reference REAL EGD; 0075.E07; 0075.I07; 0075.I10 FPG2WUR_1 P2 Post Ignition Warm-up Pressure Constant REAL 0075.B09






Units

0 1 1 100 0 0 1500 60 62

6.5,38




Variable Name FPKGNG EGD; 0075.B15 FPKGNO EGD; 0075.B15 FPKGSD EGD; 0075.B16 FPRG EGD; 0075.I14; 0075.D14 fprg_cnv

Description FUEL GAS PRESS RATIO CONTROL GAIN

Data Type REAL

Initial Value 2.1

FUEL GAS PRESS RATIO CONTROL OFFSET

REAL

-25

GAS RATIO VALVE DEFAULT STATE CONTROL PRESS REF

REAL

-40

GAS RATIO VALVE CONTROL PRESS REF

REAL

TCQA-SVR-CNV Stop/speed ratio valve reg int convergence ref [FPRG_CNV] EGD; 0075.D14; DistributedIO.PMVE-21.Port_S1.MVRA.Reg1_IntConv fprg_int TCQA-SVR-INT Stop/speed ratio valve reg integrator out [FPRG_INT] EGD; 0075.B14; 0077.B06; DistributedIO.PMVE-21.Port_S1.MVRA.Reg1_IntOut FPRG_LIM P2 Pressure Budget Limit EGD; 0075.K14; 0075.N14 FPRGK_BIAS P2 Pressure Budget Constant EGD; 0075.I15 fprgout TCQA_REF_1 SERVO REF [FPRGOUT] EGD; 0075.D14; DistributedIO.PMVE-21.Port_S1.MVRA.Reg1_Ref FQG GAS FUEL FLOW EGD; 0034.B04 FQGHRA FQG Current Hourly Average EGD; 0034.D07; 0035.Q09 FQGMINA Array For FQG Minute Average

0034.D08 FQGMNA EGD; 0034.D07; 0035.Q13; 0036.M14; 0037.M09 FQGSECA

Type Print Date 11/24/2012 5:33:46 PM


REAL REAL REAL REAL

0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0

FQG Current Minute Average

REAL

0

Array For FQG Second Average

REAL

0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0

REAL

0

REAL

0.6

REAL REAL REAL REAL REAL REAL REAL

0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0

REAL

0

REAL REAL REAL


0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0

REAL REAL REAL REAL BOOL BOOL BOOL REAL REAL BOOL BOOL REAL REAL REAL


10

0

0034.D06 FrameIdleTime_R The R controller's frame idle time in percent. Device Intrinsic; 0027.B04; 0027.B07; 0027.B09; 0027.B12 FrameIdleTime_S The S controller's frame idle time in percent. Device Intrinsic; 0027.B16; 0027.B19; 0027.B22; 0027.B24 FrameIdleTime_T The T controller's frame idle time in percent. Device Intrinsic; 0028.B02; 0028.B05; 0028.B07; 0028.B10 FS_ABS DIFF OF FSG1-FSR2 (ABSOLUTE VALUE) EGD; 0076.I06; 0076.L02; 0076.L06 FS_CMP GREATER OF FS_ABS & LK3GCV EGD; 0076.U02; 0076.B17 FS_CMP_C COIL OF FS_CMP EGD; 0076.D17; 0076.G17 FS_CMP1 COMPARE LK86GCV & ABS OF (FSR2-FSG1) EGD; 0076.U06; 0076.B19 FS_DIF DIFF OF FSG1-FSR2 EGD; 0076.D06; 0076.G06 fsdp Strainer Differential Pressure Switch EGD; 0077.B15; 0077.B18; DistributedIO.PMVE-22.Port_S1.MVRC.MVRC.AnalogInput01 FSDPH_ALM FUEL GAS STRAINER PRESSURE HIGH Alarm; EGD; 0077.J15 FSDPHH_ALM FUEL GAS STRAINER PRESSURE HIGH HIGH Alarm; EGD; 0077.J18 fsg1 TCQA Q TBQC- 5 SERVO FEEDBACK [FSG] EGD; 0076.B06; 0076.B11; DistributedIO.PMVE-21.Port_S1.MVRA.Reg2_Fdbk fsg1_1 EGD; DistributedIO.PMVE-21.Port_S1.MVRA.MVRATB.LVDT03 fsg1_2 EGD; DistributedIO.PMVE-21.Port_S1.MVRA.MVRATB.LVDT04 Module Revision

REAL

REAL

0034.D06 FQMNA FQ Current Minute Average EGD; 0034.D06; 0035.Q12; 0036.M13; 0037.M08 FQR LIQ FUEL FLOW REFERENCE ANGLE EGD; 0070.M04 fqrout TCQA_REF_3 SERVO REF [FQROUT] EGD; 0070.M04; DistributedIO.PMVE-21.Port_S1.MVRA.Reg3_Ref FQSECA Array For FQ Second Average


REAL

REAL

0034.D08 FQHRA FQ Current Hourly Average EGD; 0034.D05; 0035.Q09 FQKGDB GAS FLOW CALC-DEADBAND CONST EGD fql1 TCQA Q QTBA- 55 FREQ3 [FQL1] EGD; 0070.B09; 0070.J06; DistributedIO.PMVE-21.Port_S1.MVRA.MVRATB.PulseRateMPU3 fql1_fb TCQA Q TBQC- 9 SERVO FEEDBACK [FSL/FQL1_FB] EGD; DistributedIO.PMVE-21.Port_S1.MVRA.Reg3_Fdbk fql1_fb_1 EGD; DistributedIO.PMVE-21.Port_S1.MVRA.MVRATB.LVDT05 fql1_fb_2 EGD; DistributedIO.PMVE-21.Port_S1.MVRA.MVRATB.LVDT06 FQLM1 LIQ FUEL FLOW FEEDBACK IN #/SEC EGD; 0034.B03; 0070.E09; 0120.F06 FQLM2 FUEL FLOW FEEDBACK IN #/SEC EGD; 0070.E10 FQMINA Array For FQ Minute Average

Units




Variable Name Description fsgr TCQA Q TBQC- 1 SERVO FEEDBACK [FSGR] EGD; 0076.B08; 0077.B06; DistributedIO.PMVE-21.Port_S1.MVRA.Reg1_Fdbk fsgr_1 EGD; DistributedIO.PMVE-21.Port_S1.MVRA.MVRATB.LVDT01 fsgr_2 EGD; DistributedIO.PMVE-21.Port_S1.MVRA.MVRATB.LVDT02 FSGR_ERR STOP/SPEED RATIO VALVE POSITION ERROR EGD; 0077.D05; 0077.G05 FSGRERR_ABS ABS STOP/SPEED RATIO VALVE POS ERROR EGD; 0077.I05; 0077.M02; 0077.M05 FSKACC2 HP SPEED CONTROL GAIN OFF ACC CONTROL EGD; 0063.V23 FSKMIND_ARR FSRMIN FSR CORNER SHUTDOWN CURVE ARRAY 0063.L18; 0063.P19 FSKMIND1 FSRMIN FSR CORNER 1-SHUTDOWN CURVE EGD; 0063.H19 FSKMIND2 FSRMIN FSR CORNER 2-SHUTDOWN CURVE EGD; 0063.H19 FSKMIND3 FSRMIN FSR CORNER 3-SHUTDOWN CURVE EGD; 0063.H20 FSKMIND4 FSRMIN FSR CORNER 4-SHUTDOWN CURVE EGD; 0063.H20 FSKMING GAIN CONST FOR CALC FSRMIN VS CORRECT SPD EGD FSKMINN_ARR FSKMIN SPD CORNER ARRAY 0064.F00; 0063.P19 FSKMINN1 FSKMIN SPD CORNER 1 EGD; 0064.B01 FSKMINN2 FSKMIN SPD CORNER 2 EGD; 0064.B02 FSKMINN3 FSKMIN SPD CORNER 3-IGV CLOSED SPEED EGD; 0064.B02 FSKMINN4 FSKMIN SPD CORNER 4-IGV OPENED SPEED EGD; 0064.B02 FSKMINU2 FSKMIN FSR CORNER 2-S.U.(=FSRWU) EGD; 0063.P20 FSKRLAR LP TURBINE ACCELERATION CONTROL RUN RATE EGD FSKRLAS LP TURB ACCELERATION CNTRL STARTUP RATE EGD FSKRMAN1 SLOW RATE OF CHANGE OF FSRMAN EGD; 0063.B12 FSKRMAN2 FAST RATE OF CHANGE OF FSRMAN EGD FSKRN1 FULL SPEED NO LOAD FSR CONSTANT EGD; 0064.B04 FSKRN2 FSR DROOP CORRECTION FACTOR EGD; 0064.B05 FSKRN3 FSR ISOCH CORRECTION FACTOR EGD; 0064.B07 FSKRN4 SPEED REF FSR CORRECTION FACTOR EGD FSKRN5 FSR RAMP DOWN TO DROOP RATE EGD; 0064.B08 FSKRN6 ISOCH DEADBAND FSR EGD; 0064.B09 FSKRXR1 EGD FSKRXR2 EGD FSKSD_ARR SHUTDOWN FSR RAMP ARRAY 0063.V13 FSKSD1 SHUTDOWN FSR RAMP 1-RAISE W/L4 EGD FSKSD2 SHUTDOWN FSR RAMP 2-RAISE W/O L4 EGD FSKSD3 SHUTDOWN FSR RAMP 3-LOWER TO MIN EGD FSKSD4 SHUTDOWN FSR RAMP 4-W/O CANOUT EGD FSKSD5 SHUTDOWN FSR RAMP 5-W/ CANOUT EGD FSKSD6 SHUTDOWN FSR RAMP 6-SPARE EGD FSKSDB SHUTDOWN FSR RAMP DEADBAND EGD; 0063.V17 FSKSU_AR STARTUP FSR ACCELERATION LIMIT EGD; 0063.P05 FSKSU_FI STARTUP FSR FIRING EGD; 0063.J09; 0063.P03 FSKSU_FIGS ?VQCC FSKSU_FIGS PCT EGD; 0063.H09 FSKSU_FILQ ?VQCC FSKSU_FILQ PCT EGD; 0063.H10 FSKSU_IA STARTUP FSR ACCELERATION RAMP RATE EGD; 0063.P06 FSKSU_IM FSR RAMP RATE TO MAXIMUM EGD; 0063.P07 FSKSU_TC STARTUP FSR TIME CONST DURING LOWER EGD; 0063.P07 FSKSU_WU WARMUP FSR EGD; 0063.J11; 0063.P04 FSKSU_WUGS ?VQCC FSKSU_WUGS PCT EGD; 0063.H12 FSKSU_WULQ ?VQCC FSKSU_WULQ PCT EGD; 0063.H12 FSKTG TEMP CON PROP GAIN ON TEMP CON EGD; 0067.I09 FSKTMIN MINIMUM TEMP CONTROL FSR EGD; 0067.I08 Last Modified 000 00:00:00 Build Major Revision 2/15/2012 03:14:38 Build Minor Revision 000 00:00:00



Data Type REAL


Units

REAL REAL REAL REAL REAL

25.6

REAL

,,,

REAL

7.3

REAL

9.1

REAL

10.8

REAL

12.5

REAL

0

REAL

,,,

REAL

5

REAL

40

REAL

82

REAL

85

REAL

12

REAL

2

REAL

4

REAL

0.5

REAL

3.75

REAL

17.5

REAL

12.9

REAL

1

REAL

16.15

REAL

0.06

REAL

0.5

REAL

0.006

REAL

-0.006

REAL

,,,,,

REAL

0.1

REAL

5

REAL

1

REAL

0.1

REAL

1

REAL

0.1

REAL

0.1

REAL

33

REAL

21

REAL

21

REAL

17

REAL

0.05

REAL

5

REAL

1

REAL

13.8

REAL

17.5

REAL

14.8

REAL

0.2

REAL

0


Initial Value




Variable Name Description FSKTTC TEMP CON TIME CONST. CONST EGD; 0067.I09 FSKXP1 EGD FSR FUEL STROKE REFERENCE EGD; 0063.V13; 0063.B13; 0063.V22; 0064.B08; 0067.B07; 0067.I07; 0067.R07; 0068.B22; 0070.B06; 0119.G08 FSR_CONTROL FSR ENUMERATED STATE WORD EGD; 0067.R13 FSR1 LIQUID FUEL STROKE REF. FROM FUEL SPLITTER EGD; 0070.D04; 0070.J04 FSR2 GAS FUEL FUEL STROKE REF FROM FUEL SPLITTER EGD; 0070.D06; 0076.B07; 0077.G08 FSRACC FSR: ACCELERATION CONTROL EGD; 0063.Y19; 0067.P09 fsrg1out TCQA_REF_2 SERVO REF [FSROUT] EGD; 0077.J08; DistributedIO.PMVE-21.Port_S1.MVRA.Reg2_Ref FSRMAN FSR: MANUAL CONTROL EGD; 0063.E12; 0067.P08 FSRMAN_CMD FSR SETPOINT COMMAND EGD; 0063.B12 FSRMAX FSR: MAXIMUM EGD; 0063.P06; 0063.V12; 0063.B11; 0063.V22; 0064.B04; 0067.I08; 0067.P09 FSRMIN FSR: MINIMUM EGD; 0063.V11; 0063.V18; 0063.S18; 0064.B03; 0067.P13 FSRMINN FSRMIN @ SHUTDOWN SPEED EGD; 0063.S19 FSRN FSR: SPEED CONTROL EGD; 0059.I09; 0064.E03; 0067.P09; 0120.F08 FSRNH FSR: HP SPEED CONTROL EGD; 0064.D10; 0067.P10 FSRNI ISOCHRONOUS FSR SPEED CONTROL EGD; 0064.E04 FSRNL FSR: LP SPEED CONTROL EGD; 0064.W00; 0067.P11 FSRSD SHUTDOWN FSR SIGNAL (MSW) EGD; 0063.Y11; 0067.P07 FSRSU FSR: STARTUP CONTROL EGD; 0063.S03; 0067.P08 FSRT FUEL STROKE REF ON TURBINE TEMP CONTROL EGD; 0059.I10; 0067.K07; 0067.P07 FX1 FRACTION OF LIQUID FUEL EGD; 0070.L03 FX1_CMD FRACTION OF LIQUID FUEL REFERENCE EGD; 0070.B05 FXK1 FUEL SPLIT TRANSFER RATE EGD; 0070.B04 FXK2 FUEL SPLITTER LIQUID FUEL PURGE LEVEL EGD; 0070.B06 FXK3 FUEL SPLITTER GAS FUEL PURGE LEVEL EGD; 0070.B07 gen_amps_a EGD; DistributedIO.PMVE-22.Port_S1.MVRC.MVRC.GenCurrentA gen_amps_b EGD; DistributedIO.PMVE-22.Port_S1.MVRC.MVRC.GenCurrentB gen_amps_c EGD; DistributedIO.PMVE-22.Port_S1.MVRC.MVRC.GenCurrentC gen_volts_ab EGD; DistributedIO.PMVE-22.Port_S1.MVRC.MVRC.GenVoltsAB gen_volts_bc EGD; DistributedIO.PMVE-22.Port_S1.MVRC.MVRC.GenVoltsBC gen_volts_ca EGD; DistributedIO.PMVE-22.Port_S1.MVRC.MVRC.GenVoltsCA GSKDF_HI DRIVEN FREQUENCY HIGH LIMIT EGD; 0059.U24 GSKDF_LO DRIVEN FREQUENCY LOW LIMIT EGD; 0059.U25 GSKDV_HI DRIVEN VOLTS HIGH LIMIT EGD; 0059.U23 GSKDV_LO DRIVEN VOLTS LOW LIMIT EGD; 0059.U23 GSKDVE_HI DRIVEN VOLTS ERROR HIGH LIMIT EGD; 0059.U25 GSKDVE_LO DRIVEN VOLTS ERROR LOW LIMIT EGD; 0059.U26 GSKSF_HI STATION FREQ LINE HIGH LIMIT EGD; 0059.U23 GSKSF_LO STATION FREQ LINE LOW LIMIT EGD; 0059.U24 GSKSFE_HI FREQUENCY DIFFERENCE HIGH LIMIT EGD; 0059.U27 GSKSFE_LO FREQUENCY DIFFERENCE LOW LIMIT EGD; 0059.U27 GSKSV_HI STATION VOLTS LINE HIGH LIMIT EGD; 0059.U22 GSKSV_LO STATION VOLTS LINE LOW LIMIT EGD; 0059.U22 GSTKALM1 GENERATOR STATOR HIGH TEMP VALUE EGD; 0071.U01; 0071.U02; 0071.U02; 0071.U03; 0071.U04; 0071.U05 GT1_SVR.CurrentLocalTimeSec The current time of the Workstation (seconds since 1/1/1970) EGD GT1_SVR.CurrentUTCTimeSec The current time of the Workstation in UTC (seconds since 1/1/1970) EGD GT1_SVR.IsNtpSynced_R The Network Time Protocol is synchronized with the Time Server EGD GT1_SVR.IsUdhEgdHealthy_R EGD data consumption is healthy EGD Last Modified 000 00:00:00 Build Major Revision 2/15/2012 03:14:38 Build Minor Revision 000 00:00:00



Data Type REAL

Initial Value 3.3

REAL

0

REAL DINT REAL REAL REAL REAL REAL REAL REAL


100

REAL REAL REAL REAL

100

REAL REAL

100

REAL REAL REAL REAL REAL REAL

3.3

REAL

0.5

REAL

0.5

REAL REAL REAL REAL REAL REAL REAL

51

REAL

49

REAL

12.7

REAL

10.3

REAL

2.08

REAL

0

REAL

51

REAL

49

REAL

0.15

REAL

0.05

REAL

12.7

REAL

10.3

REAL

302

UDINT

UDINT

BOOL

BOOL


Units




Variable Name GT1_SVR.L3Diag_R EGD GT1_SVR.MajorRevision_R EGD GT1_SVR.MinorRevision_R EGD HardwareAlarm_R Device Intrinsic HardwareAlarm_S Device Intrinsic HardwareAlarm_T Device Intrinsic HardwareAlarmReason_R Device Intrinsic HardwareAlarmReason_S Device Intrinsic HardwareAlarmReason_T Device Intrinsic Hold.Permissive

Description A Diagnostic exists for the WorkstationST application

Data Type BOOL

The WorkstationST application major revision

UDINT

The WorkstationST application minor revision

UDINT

Hardware Failure Alarm

BOOL


BOOL


BOOL

The reason for the hardware failure alarm

UDINT


UDINT


UDINT

Indication of the permissive to hold the turbine sequence

BOOL

HORN_SIL_PB Alarm Horn Silence Push Button EGD; 0014.B06 IdleTime_EVT01_R R Controller - Frame Idle Time < Level 1 Event; EGD; 0027.E04; 0028.B14 IdleTime_EVT01_S S Controller - Frame Idle Time < Level 1 Event; EGD; 0027.E16; 0028.B15 IdleTime_EVT01_T T Controller - Frame Idle Time < Level 1 Event; EGD; 0028.E01; 0028.B16 IdleTime_EVT02_R R Controller - Frame Idle Time < Level 2 Event; EGD; 0027.E06; 0028.B14 IdleTime_EVT02_S S Controller - Frame Idle Time < Level 2 Event; EGD; 0027.E19; 0028.B15 IdleTime_EVT02_T T Controller - Frame Idle Time < Level 2 Event; EGD; 0028.E04; 0028.B17 IdleTime_EVT03_R R Controller - Frame Idle Time < Level 3 Event; EGD; 0027.E09; 0028.B15 IdleTime_EVT03_S S Controller - Frame Idle Time < Level 3 Event; EGD; 0027.E21; 0028.B16 IdleTime_EVT03_T T Controller - Frame Idle Time < Level 3 Event; EGD; 0028.E07; 0028.B17 IdleTime_EVT04_R R Controller - Frame Idle Time < Level 4 Event; EGD; 0027.E12 IdleTime_EVT04_S S Controller - Frame Idle Time < Level 4 Event; EGD; 0027.E24 IdleTime_EVT04_T T Controller - Frame Idle Time < Level 4 Event; EGD; 0028.E10 IdleTime_R The R controller's idle time in percent. Device Intrinsic; EGD IdleTime_S The S controller's idle time in percent. Device Intrinsic; EGD IdleTime_T The T controller's idle time in percent. Device Intrinsic; EGD IO_UNAVAILABLE1 Analog/RTD Input Not Usable EGD; DistributedIO.PMVE-22.Port_S1.MVRC.MVRC.AnalogInput15 IO_UNAVAILABLE10 Analog/RTD Input Not Usable EGD; DistributedIO.PMVE-22.Port_S1.MVRC.MVRC.AnalogInput24 IO_UNAVAILABLE11 Analog/RTD Input Not Usable EGD; DistributedIO.PMVE-22.Port_S1.MVRC.MVRC.AnalogInput25 IO_UNAVAILABLE12 Analog/RTD Input Not Usable EGD; DistributedIO.PMVE-22.Port_S1.MVRC.MVRC.AnalogInput26 IO_UNAVAILABLE13 Analog/RTD Input Not Usable EGD; DistributedIO.PMVE-22.Port_S1.MVRC.MVRC.AnalogInput27 IO_UNAVAILABLE14 Analog/RTD Input Not Usable EGD; DistributedIO.PMVE-22.Port_S1.MVRC.MVRC.AnalogInput28 IO_UNAVAILABLE15 Analog/RTD Input Not Usable EGD; DistributedIO.PMVE-22.Port_S1.MVRC.MVRC.AnalogInput29 IO_UNAVAILABLE16 Analog/RTD Input Not Usable EGD; DistributedIO.PMVE-22.Port_S1.MVRC.MVRC.AnalogInput30 IO_UNAVAILABLE17 Analog/RTD Input Not Usable EGD; DistributedIO.PMVE-22.Port_S1.MVRC.MVRC.AnalogInput31 IO_UNAVAILABLE18 Analog/RTD Input Not Usable EGD; DistributedIO.PMVE-22.Port_S1.MVRC.MVRC.AnalogInput32 IO_UNAVAILABLE19 Analog/RTD Input Not Usable EGD; DistributedIO.PMVE-22.Port_S1.MVRC.MVRC.AnalogInput33 IO_UNAVAILABLE2 Analog/RTD Input Not Usable EGD; DistributedIO.PMVE-22.Port_S1.MVRC.MVRC.AnalogInput16 IO_UNAVAILABLE20 Analog/RTD Input Not Usable EGD; DistributedIO.PMVE-22.Port_S1.MVRC.MVRC.AnalogInput34 IO_UNAVAILABLE21 Analog/RTD Input Not Usable EGD; DistributedIO.PMVE-22.Port_S1.MVRC.MVRC.AnalogInput35 IO_UNAVAILABLE22 Analog/RTD Input Not Usable EGD; DistributedIO.PMVE-22.Port_S1.MVRC.MVRC.AnalogInput36 IO_UNAVAILABLE23 Analog/RTD Input Not Usable EGD; DistributedIO.PMVE-22.Port_S1.MVRC.MVRC.RTD31 IO_UNAVAILABLE24 Analog/RTD Input Not Usable EGD; DistributedIO.PMVE-22.Port_S1.MVRC.MVRC.RTD32 IO_UNAVAILABLE25 Analog/RTD Input Not Usable EGD; DistributedIO.PMVE-22.Port_S1.MVRC.MVRC.RTD33 IO_UNAVAILABLE26 Analog/RTD Input Not Usable EGD; DistributedIO.PMVE-22.Port_S1.MVRC.MVRC.RTD34 IO_UNAVAILABLE27 Analog/RTD Input Not Usable EGD; DistributedIO.PMVE-22.Port_S1.MVRC.MVRC.RTD35 IO_UNAVAILABLE28 Analog/RTD Input Not Usable EGD; DistributedIO.PMVE-22.Port_S1.MVRC.MVRC.RTD36 IO_UNAVAILABLE29 Analog/RTD Input Not Usable EGD; DistributedIO.PMVE-22.Port_S1.MVRC.MVRC.RTD37 IO_UNAVAILABLE3 Analog/RTD Input Not Usable EGD; DistributedIO.PMVE-22.Port_S1.MVRC.MVRC.AnalogInput17 IO_UNAVAILABLE30 Analog/RTD Input Not Usable EGD; DistributedIO.PMVE-22.Port_S1.MVRC.MVRC.RTD38 Last Modified 000 00:00:00 Build Major Revision 2/15/2012 03:14:38 Build Minor Revision 000 00:00:00



BOOL

0

BOOL

0

BOOL

0

BOOL

0

BOOL

0

BOOL

0

BOOL

0

BOOL

0

BOOL

0

BOOL

0

BOOL

0

BOOL

0

BOOL

0


Units

REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL


Initial Value




Variable Name Description IO_UNAVAILABLE31 Analog/RTD Input Not Usable EGD; DistributedIO.PMVE-22.Port_S1.MVRC.MVRC.RTD39 IO_UNAVAILABLE32 Analog/RTD Input Not Usable EGD; DistributedIO.PMVE-22.Port_S1.MVRC.MVRC.RTD40 IO_UNAVAILABLE33 Analog/RTD Input Not Usable EGD; DistributedIO.PMVE-22.Port_S1.MVRC.MVRC.RTD41 IO_UNAVAILABLE34 Analog/RTD Input Not Usable EGD; DistributedIO.PMVE-22.Port_S1.MVRC.MVRC.RTD42 IO_UNAVAILABLE35 Analog/RTD Input Not Usable EGD; DistributedIO.PMVE-22.Port_S1.MVRC.MVRC.RTD43 IO_UNAVAILABLE36 Analog/RTD Input Not Usable EGD; DistributedIO.PMVE-22.Port_S1.MVRC.MVRC.RTD44 IO_UNAVAILABLE4 Analog/RTD Input Not Usable EGD; DistributedIO.PMVE-22.Port_S1.MVRC.MVRC.AnalogInput18 IO_UNAVAILABLE5 Analog/RTD Input Not Usable EGD; DistributedIO.PMVE-22.Port_S1.MVRC.MVRC.AnalogInput19 IO_UNAVAILABLE6 Analog/RTD Input Not Usable EGD; DistributedIO.PMVE-22.Port_S1.MVRC.MVRC.AnalogInput20 IO_UNAVAILABLE7 Analog/RTD Input Not Usable EGD; DistributedIO.PMVE-22.Port_S1.MVRC.MVRC.AnalogInput21 IO_UNAVAILABLE8 Analog/RTD Input Not Usable EGD; DistributedIO.PMVE-22.Port_S1.MVRC.MVRC.AnalogInput22 IO_UNAVAILABLE9 Analog/RTD Input Not Usable EGD; DistributedIO.PMVE-22.Port_S1.MVRC.MVRC.AnalogInput23 Is_Synced_R The R controller is frame synchronized. Device Intrinsic Is_Synced_S The S controller is frame synchronized. Device Intrinsic Is_Synced_T The T controller is frame synchronized. Device Intrinsic IsAutoReconfigDownloading_R The R controller is downloading IO modules via AutoReconfiguration. Device Intrinsic IsAutoReconfigDownloading_S The S controller is downloading IO modules via AutoReconfiguration. Device Intrinsic IsAutoReconfigDownloading_T The T controller is downloading IO modules via AutoReconfiguration. Device Intrinsic IsAutoReconfigEnabled_R The R controller has Auto-Reconfiguration enabled. Device Intrinsic IsAutoReconfigEnabled_S The S controller has Auto-Reconfiguration enabled. Device Intrinsic IsAutoReconfigEnabled_T The T controller has Auto-Reconfiguration enabled. Device Intrinsic IsCdhEgdHealthy_R All CDH EGD consumed exchanges are healthy on the R controller. Device Intrinsic; EGD IsCdhEgdHealthy_S All CDH EGD consumed exchanges are healthy on the S controller. Device Intrinsic; EGD IsCdhEgdHealthy_T All CDH EGD consumed exchanges are healthy on the T controller. Device Intrinsic; EGD IsDynamicBindActive_R The R controller is performing a dynamic bind. Device Intrinsic IsDynamicBindActive_S The S controller is performing a dynamic bind. Device Intrinsic IsDynamicBindActive_T The T controller is performing a dynamic bind. Device Intrinsic IsNtpSynced_R The R controller's wall clock is synchronized by NTP. Device Intrinsic; EGD IsNtpSynced_S The S controller's wall clock is synchronized by NTP. Device Intrinsic; EGD IsNtpSynced_T The T controller's wall clock is synchronized by NTP. Device Intrinsic; EGD IsUdhEgdHealthy_R All UDH EGD consumed exchanges are healthy on the R controller. Device Intrinsic; EGD IsUdhEgdHealthy_S All UDH EGD consumed exchanges are healthy on the S controller. Device Intrinsic; EGD IsUdhEgdHealthy_T All UDH EGD consumed exchanges are healthy on the T controller. Device Intrinsic; EGD JK39_1 CHANNEL 1 ENABLE EGD; 0071.H05 JK39_10 CHANNEL 10 ENABLE EGD; 0071.H06 JK39_11 CHANNEL 11 ENABLE EGD; 0071.H06 JK39_12 CHANNEL 12 ENABLE EGD; 0071.H07 JK39_2 CHANNEL 2 ENABLE EGD; 0071.H07 JK39_3 CHANNEL 3 ENABLE EGD; 0071.H07 JK39_4 CHANNEL 4 ENABLE EGD; 0071.H08 JK39_5 CHANNEL 5 ENABLE EGD; 0071.H08 JK39_6 CHANNEL 6 ENABLE EGD; 0071.H09 JK39_7 CHANNEL 7 ENABLE EGD; 0071.H09 JK39_8 CHANNEL 8 ENABLE EGD; 0071.H10 JK39_9 CHANNEL 9 ENABLE EGD; 0071.H10 JK39R_1 SELECTION OF ENABLED VIB CHANNEL 1 EGD; 0071.H10 Last Modified 000 00:00:00 Build Major Revision 2/15/2012 03:14:38 Build Minor Revision 000 00:00:00



Data Type REAL


Units

REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL BOOL BOOL BOOL BOOL

BOOL

BOOL

BOOL BOOL BOOL BOOL

BOOL

BOOL

BOOL BOOL BOOL BOOL BOOL BOOL BOOL

BOOL

BOOL

BOOL

1

BOOL

1

BOOL

1

BOOL

1

BOOL

1

BOOL

0

BOOL

1

BOOL

1

BOOL

0

BOOL

1

BOOL

1

BOOL

1

UINT

55296


Initial Value




Variable Name Description JK39R_2 SELECTION OF ENABLED VIB CHANNEL 2 EGD; 0071.H11 JK39R_3 SELECTION OF ENABLED VIB CHANNEL 3 EGD; 0071.H11 JK39R_4 SELECTION OF ENABLED VIB CHANNEL 4 EGD; 0071.H12 JK39U_1 SELECTION OF ENABLED VIB CHANNEL 1 EGD; 0071.H12 JK39U_2 SELECTION OF ENABLED VIB CHANNEL 2 EGD; 0071.H12 JK39U_3 SELECTION OF ENABLED VIB CHANNEL 3 EGD; 0071.H13 JK39U_4 SELECTION OF ENABLED VIB CHANNEL 4 EGD; 0071.H13 JXD_1 EGD; 0065.S20; 0066.B04 JXD_10 EGD; 0065.S24; 0066.B08 JXD_11 EGD; 0065.S24; 0066.B09 JXD_12 EGD; 0065.S25; 0066.B09 JXD_13 EGD; 0065.S25; 0066.B09 JXD_14 EGD; 0065.S26; 0066.B10 JXD_15 EGD; 0065.S26; 0066.B10 JXD_16 EGD; 0065.S27; 0066.B11 JXD_17 EGD; 0065.S27; 0066.B11 JXD_18 EGD; 0065.S27; 0066.B11 JXD_2 EGD; 0065.S21; 0066.B05 JXD_3 EGD; 0065.S21; 0066.B05 JXD_4 EGD; 0065.S21; 0066.B06 JXD_5 EGD; 0065.S22; 0066.B06 JXD_6 EGD; 0065.S22; 0066.B06 JXD_7 EGD; 0065.S23; 0066.B07 JXD_8 EGD; 0065.S23; 0066.B07 JXD_9 EGD; 0065.S24; 0066.B08 JXD_ARR JXD_ARR array 0065.M01; 0065.P20 JXD_ARR1 JXD_ARR1 array 0066.E04; 0066.I04 K14HSY EGD K14HSZ T.D. OPERATING SPEED EGD K1XY SHUTDOWN CANCEL EGD; 0078.G21 K20CBY OPEN POSITION TROUBLE ALARM TD EGD; 0092.G19 K20CBZ CLOSED POSITION TROUBLE ALARM TD EGD; 0092.B13 K20FGZ T.D. GAS FUEL STOP VALVE OPEN EGD; 0074.F19 K20FLZ AUXILIARY SIGNAL TO L20FLX (TIME DELAY) EGD; 0054.N10 K20PL1X Time Delay for L20PL1X EGD; 0054.H14 K20PL1Y Primary Purge Signal TDDO C.C. EGD K20PL1Z Primary Purge Signal TDPU C.C. EGD K20PLX DRIVING RELAY FOR 20PL EGD K26QT_SENSR EGD K27_15V_FLT_TD 15 VOLTS DC POWER SUPPLY FAULT TIME DELAY 0026.U02 K27_15V_HI 15 Volts Dc Power Supply Low Voltage Fault Setpoint 0026.G03; 0026.G12; 0026.G14; 0026.G16; 0026.G19; 0026.G21 K27_15V_LO 15 Volts Dc Power Supply Low Voltage Fault Setpoint 0026.G03; 0026.G12; 0026.G14; 0026.G17; 0026.G19; 0026.G21 K27_P28V_LO 28 Volts Dc Power Supply Low Voltage Fault Setpoint 0025.C14 K27_P5V_LO 5 Volts Dc Power Supply Low Voltage Fault Setpoint 0025.H10 K27BLN_ALM EGD K27DZ_ALM EGD; 0023.N06 K27MC1N_ALM EGD K28ALL ALL FLAME DETECTORS REPORTING FLAME EGD K28CAN ANY CAN FLAMED OUT EGD K28FD_ALM EGD Last Modified 000 00:00:00 Build Major Revision 2/15/2012 03:14:38 Build Minor Revision 000 00:00:00



Data Type UINT

Initial Value 768

UINT

96

UINT

0

UINT

55297

UINT

897

UINT

113

UINT

0

UDINT UDINT UDINT UDINT UDINT UDINT UDINT UDINT UDINT UDINT UDINT UDINT UDINT UDINT UDINT UDINT UDINT UDINT UDINT

,,,,,,,,,,,,,,,,,

UDINT

,,,,,,,,,,,,,,,,,

REAL

20

REAL

1.5

REAL

1

REAL

11

REAL

11

REAL

15

REAL

15

REAL

10

REAL

15

REAL

15

REAL

10

REAL

60

REAL

0.5

REAL

18

REAL

12

REAL

26.0

REAL

4.7

REAL

3

REAL

3

REAL

3

REAL

0.25

REAL

1

REAL

2



Units




Variable Name K28FDY EGD K28FDZ EGD K2CANT EGD K2DS EGD; 0086.B15 K2DW EGD; 0086.B18 K2DW1 EGD; 0052.B17 K2DWF EGD; 0086.G21 K2DWZ2 EGD; 0087.G13 K2F EGD; 0095.B22 K2G EGD; 0058.U08 K2GFF1 EGD; 0058.I22 K2GFF2 EGD; 0058.O22 K2HR EGD K2P1 EGD K2P2 EGD K2RBT EGD K2S EGD; 0104.O28 K2SFTL EGD; 0048.I01 K2SPMB1 EGD K2SPMB2 EGD K2TV EGD; 0095.G08 K2VS1 EGD K2VS2 EGD K2W EGD K2WZ EGD K30AC_ALM EGD K30AF_ALM EGD K30FDL EGD; 0107.H21 K30GNL

EGD; 0110.G18 K32DW EGD; 0059.B01 K33HRZ EGD K33PGCZ EGD; 0073.O10 K33PGFT EGD; 0073.V10 K33PGO_ALM EGD; 0073.O16 K33PGY_ALM EGD K33VG4_ALM EGD; 0074.M06



Initial Value 1

T.D. FLAME SIGNAL

REAL

2

TRIP ON CAN FLAMEOUT TIMED-OUT

REAL

5

L2DS DIESEL STARTER

REAL

5

L2DW DIESEL WARMUP

REAL

2

L2DW1 DELAY TO FULL DIESEL FUEL ACCEL.

REAL

50

REAL

1

L2DWZ2 DIESEL COOLDOWN

REAL

2

FIRING TIMER

REAL

60

GENERATOR BREAKER RECLOSE

REAL

30

GENERATOR FIELD FLASHING TIMER

REAL

15

PERMISSIVE TO AUTO SYNCH TIMER

REAL

5

HYDRAULIC RATCHET

REAL

3

VOLTAGE ADJUST PULSE ON TIME

REAL

0.5

VOLTAGE ADJUST PULSE OFF TIME

REAL

1

TRIP ON BLOWOUT RAMP TIMED-OUT

REAL

30

REAL

2

STARTUP LIQUID FUEL FLOW EXCESSIVE

REAL

2

REENABLE TIME DELAY

REAL

2

BIAS REMOVAL TIME DELAY

REAL

60

TURBINE AIR PURGE TIMER

REAL

60

VAR SHED PERMISSIVE TIMER

REAL

4


REAL

1

WARMUP TIMER

REAL

60

TORQUE CONVERTER FILL T. D.

REAL

2

REAL

2

REAL

2

REAL

10

REAL

5

REAL

30

REAL

6

SEC16 TIME FOR FF ALARM

?VQCC K30GNL SEC16 GEN FTILTER CLEANING TROUBLE ALARM T.D.

EGD; 0072.L07 K30UVL

Module Revision

Data Type REAL

?VQCC K30FDL

EGD; 0059.T01 K30HRX1 EGD K30HRX2 EGD K30HRX3 EGD K30PLX EGD; 0054.U14; 0054.V19 K30PNX EGD; 0052.G05; 0052.G07 K30PWR_TD 0024.O02 K30SPA EGD K30SPT EGD K30SPTA EGD K30TBL


Description T.D. LOSS OF FLAME

REAL

7

?VQCC K30PLX

SEC16

REAL

2

?VQCC K30PNX

SEC16

REAL

0.5

POWER SUPPLY FAULT ALARM TIME DELAY

REAL

0.5

COMB TROUBLE ALARM TIME DELAY

REAL

3

TRIP TIME DELAY

REAL

9

TC TROUBLE ALARM TIME DELAY

REAL

4

?VQCC K30TBL SEC16 TURBINE AIR FILTER TROUBLE ALARM T.D.

REAL

5

?VQCC K30UVL SEC16 TURBINE MCC UNDERVOLTAGE NORMAL SHUTDOWN CONSTANT

REAL

120

REAL

2

T.D. RATCHET STROKE

REAL

2

GAS FUEL SYSTEM PURGE VALVE CLOSED TD

REAL

3

GAS FUEL NOZZLE PURGE INTVL PRESS HIGH FUEL XFER TD

REAL

3

GAS FUEL SYSTEM PURGE VALVE OPEN ALARM DRIVER TD

REAL

35

TIMER FOR PURGE LIMIT SWITCH TROUBLE

REAL

3

Gas Fuel Vent Valve Out of Position TD

REAL

10



Units




Variable Name K3FG_P2X EGD; 0075.H25 K3GRVA EGD; 0077.H10 K3GRVAX EGD; 0077.M03 K3GRVT EGD; 0077.H13 K3GRVTX EGD; 0077.M06 K3MP EGD; 0050.S10 K3SS_EX

Description Outside Estimated P2 Margin Const

Data Type REAL

Initial Value 0.25

SRV POSITION ERROR ALARM TIME DELAY

REAL

3

SRV PORITION ERROR ALARM HIGH LIMIT

REAL

3

SRV POSITION ERROR TRIP TIME DELAY

REAL

5

SRV POSITION ERROR TRIP HIGH LIMIT

REAL

12

Master Protective Start Check ETR TD Const

REAL

3

Time Delay Constant for L3SS_EX

REAL

0.5

K3Z EGD K41FY EGD; 0105.R25 K43CZ EGD K48 EGD K48BTA EGD; 0053.G06 K48BTB EGD; 0053.L04 K48DS EGD; 0086.B05 K48DSX EGD; 0086.H10 K4BTY EGD; 0113.G18 K4CRT EGD K4DEY EGD; 0085.G28 K4FC1 EGD K4FC2 EGD K4FDRUNZ EGD; 0107.H17 K4FDY

FAILURE TO SYNC TIME DELAY

REAL

20

BATTERY GROUND ALARM TD

REAL

5

TIME DELAY CRANKING MOTOR

REAL

1

INCOMPLETE SEQUENCE TIMER

REAL

30

minXT OFF TIME DELAY

REAL

15

minXT ON TIME DELAY

REAL

30

L48DS INCOMPLETE SEQUENCE

REAL

35

L48DSX UNSUCCESSFUL START COUNTER=8

DINT

9

turb cmpt cooling fan #2 TD

REAL

10

CRANKING MOTOR BREAKER STATUS SIGNAL

REAL

2

L4DEY DELAY LOSS OF MASTER

REAL

30

COOLING WATER FAN NO. 1 CONTROL SIGNAL

REAL

15


REAL

15

REAL

10

FUEL FORWARDING PUMP CONTROL SIGNAL TIMED INVERSE

REAL

300

T.D. FUEL FWD PUMP CONTROL SIGNAL

REAL

5

TIME DELAY TO RUN FAN #2

REAL

10

Gas Fuel Compt Vent Fan Ctrl Enable TD Const

REAL

10

COOLING WATER PUMP DRIVE MOTOR CONTROL ENABLE

REAL

3

TIME DELAY TO L4WCRUN

REAL

10

T.D. STOP VALVE OPEN

REAL

3

TIME DELAY

REAL

1

STARTING DEVICE TRIP T.D.

REAL

1

REAL

20

REAL

2

GENERATOR BREAKER OPER T.D.

REAL

2

GENERATOR BREAKER CLOSE T.D.

REAL

2

ABOVE RAMP TO BLOWOUT SPEED

REAL

28

SPREAD 3 TRIP TIME DELAY

REAL

0

TIME DELAY RAMP COMPLETE

REAL

1

T.D. STOP VALVE CLOSE

REAL

2

COOLDOWN SEQUENCE COUNTER

REAL

48

DIESEL ENGINE COOLDOWN TIMER

REAL

5

MULTIPLE START

REAL

15

MULTIPLE START COUNT

DINT

2

GENERATOR BEARING VACCUM LOW ALARM LOGIC TD ALARM DRIVER

REAL

10

REAL

60

REAL

1

REAL

2

REAL

2

EGD; 0054.I11 K4FDZ EGD; 0054.B04 K4TKY EGD; 0053.L15 K4VLRUNZ EGD; 0113.B06 K4WCRUN EGD; 0090.G10 K4WCRUNZ EGD; 0090.B13 K4WNZ EGD K4Y EGD; 0050.N06 K4Z EGD; 0072.B24 K52FC_ALM EGD K52GA_ALM EGD K52GY EGD; 0058.V13 K52GZ EGD; 0058.O11 K60RB EGD K60SP4Z EGD K60TTRZ EGD K60WL1Z EGD K62CD EGD K62DE EGD; 0087.G10 K62TT EGD; 0079.B02 K62TT2 EGD; 0079.B05 K63BQL_ALM EGD K63DMY EGD; 0087.G06 K63HF1H_ALM

HYDRAULIC FILTER DIFFERENTIAL PRESS TD ALARM DRIVER

EGD K63HGL_SENSR EGD K63HL_SENSR EGD






Units




Variable Name K63HQ1L_ALM EGD K63HQ1LY EGD K63LF1H_ALM EGD; 0054.G22 K63LF2H_ALM EGD; 0054.M22 K63PGHZ EGD; 0073.N04 K63QALY EGD; 0082.G02 K63QQ1H_ALM EGD; 0083.B02 K63QQ2H_ALM EGD; 0083.B05 K63QQ3H_ALM EGD; 0083.B08 K63QT_SENSR EGD K63TF1H_ALM EGD K63TFH_SENSR EGD; 0046.B24 K63VL3_ALM EGD; 0113.U01 K63VLX EGD; 0112.H21 K83FGZ EGD; 0069.B17 K83FLZ EGD; 0069.B21 K83SPM EGD K83WQY EGD K86FPG2HT EGD; 0075.H18 K86FPG2IH EGD; 0075.I03 K86FPG2LT EGD; 0075.H21 K86MP EGD; 0051.B15 K86S EGD; 0104.H24 K86V_ALM EGD; 0112.V23 K86VL_ALM EGD; 0113.B01 K94SDY EGD; 0061.G28 K94XZ EGD K94Y EGD K96FGH EGD; 0074.B16 K96FGHTD EGD; 0074.M16 K96FGLZ EGD; 0074.M09 KDV_CON EGD; 0106.B06 KFAGR_KAdj DistributedIO.PMVE-21.Port_S1.MVRA.Reg1_KAdj KFPG1L EGD; 0074.B09 KFPG1LL EGD; 0074.B11 KFPG2IH EGD; 0074.G25 KFPG2IHDB EGD; 0074.B25 KFPG2WURH EGD; 0075.I08 KFPG2WURL EGD; 0075.I12 KFQL_DIFF EGD KFQLM1 EGD; 0070.B10 KFQLM2 EGD; 0070.B10 KFSDPH EGD; 0077.B16 KFSDPHH EGD; 0077.B19 KIdleTime_Lvl1 EGD; 0027.B04; 0027.B17; 0028.B02 KIdleTime_Lvl2 EGD; 0027.B07; 0027.B19; 0028.B05 KIdleTime_Lvl3 EGD; 0027.B10; 0027.B22; 0028.B08 KIdleTime_Lvl4 EGD; 0027.B13; 0027.B25; 0028.B10 Last Modified 000 00:00:00 Build Major Revision 2/15/2012 03:14:38 Build Minor Revision 000 00:00:00



Description HYDRAULIC SUPPLY PRESSURE LOW TD ALARM DRIVER

Data Type REAL

Initial Value 3

HYD PRESS NORMAL

REAL

2.5

MAIN FUEL FILTER DIFFERENTIAL PRESS TD ALARM DRIVER

REAL

15

FUEL FILTER DIFFERENTIAL PRESSURE HIGH TD ALARM DRIVER

REAL

1

GAS PUGE TRANSIENT OVER RIDE TIME DELAY (07L)

REAL

3

REAL

2.5

REAL

15

REAL

1

REAL

1

REAL

10

REAL

2

REAL

60

Gas Fuel Compartment Vent Fan Pressure Low

REAL

15

?VQCC K63VLX

REAL

15

ON OR GOING TO GAS FUEL

REAL

30

ON OR GOING TO LIQUID FUEL

REAL

30

MONITOR ENABLE TIME DELAY

REAL

60

INJ SHUTDOWN T.D. TRIP

REAL

9.5

P2 post-ignition high logic TD

REAL

5

P2 at ignition high logic TD

REAL

5

P2 post-ignition low logic TD

REAL

15

MSTR PROT. S.U. LKOUT 4'S DISAGREE

REAL

2.5

AUTO SYNCHRONIZING LOCKOUT

REAL

0.5

Gas Valve Compartment Heaters T.D.

REAL

5

Gas Fuel Compt Lag Vent Fan Running TD Const

REAL

5

T.D. L94SD

REAL

0.25

FIRED SHUTDOWN TIME DELAY

REAL

8

TIME DELAY

REAL

5

Gas Fuel Supply Pressure High Limit

REAL

400

Gas Fuel Supply Pressure High Time Delay

REAL

2

Time Delay for L96FGLZ

REAL

2

Conversion factor for display

REAL

0.115

Outer Regulator 1 Gain Adjust (Speed Ratio/Liq. Fuel w/Pos)

REAL

1

Gas Fuel Supply Pressure Low Value

REAL

325

Gas Fuel Supply Pressure Low-Low Value

REAL

250

P2 at ignition high set point

REAL

6

P2 at ignition high set point DB

REAL

1

P2 Post Ignition Pressure High Limit Constant

REAL

1.5

P2 Post Ignition Pressure Low Limit Constant

REAL

0.6

128.00 %

REAL

5

REAL

0.08345

REAL

0.08345

Gas Fuel Compt Lag Vent Fan Running TD Const

REAL

7

Gas Fuel Compt Lag Vent Fan Running Timer

REAL

10

Frame Idle Time Monitor Level 1

REAL

1


REAL

10


REAL

30


REAL

40

|

SEC16

5.0 |



Units




Variable Name KMAX 0067.B19; 0067.P11; 0067.P11; 0067.P12; 0067.P12 KMAX_F

Description MAXIMUM REALVALUE

Data Type REAL

Initial Value 3.402823E38

MAXIMUM TEMPERATURE VALUE

REAL

2048

KMAX_R

MAXIMUM ROC VALUE

REAL

128

KMIN

MINIMUM REALVALUE

REAL

-3.402823E38

KMIN_F

MAXIMUM TEMPERATURE VALUE

REAL

-2048

KMIN_R

MAXIMUM ROC VALUE

REAL

-128

REAL

24

KPN_GAIN EGD; 0045.B04 KREG1_GainAdj DistributedIO.PMVE-21.Port_S1.MVRA.Reg1_GainAdj KREG10_GainAdj

Regulator 1 Gain Adjust

REAL

1


REAL

1

KREG11_GainAdj


REAL

1

KREG12_GainAdj


REAL

1

KREG2_GainAdj DistributedIO.PMVE-21.Port_S1.MVRA.Reg2_GainAdj KREG3_GainAdj DistributedIO.PMVE-21.Port_S1.MVRA.Reg3_GainAdj KREG4_GainAdj


REAL

1


REAL

1


REAL

1

KREG5_GainAdj DistributedIO.PMVE-21.Port_S1.MVRA.Reg5_GainAdj KREG6_GainAdj


REAL

1


REAL

1

KREG7_GainAdj


REAL

1

KREG8_GainAdj


REAL

1

KREG9_GainAdj


REAL

1

REAL

0.115

REAL

51.06

REAL

1

REAL

5

REAL

100

REAL

51.06

REAL

1

REAL

5

KSVL_CON Conversion factor for display EGD; 0106.B09 KTNH_GAIN EGD; 0031.B03; 0031.B10; 0045.B02 KTNHHWOSP Hardware Overspeed setpoint percentage above Emergency 0031.B11 KTNI_DIFF EGD KTNI_GAIN EGD; 0045.B03 KTNL_GAIN EGD; 0031.B05; 0031.B13; 0045.B03 KTNLHWOSP Hardware Overspeed setpoint percentage above Emergency 0031.B14 KTT_TMR_LIM TC MVRA MVRF TMR Diff Limit EGD; 0042.B03; 0042.B06; 0042.B09; 0042.B11; 0042.B14; 0042.B17 L043BWX WATER WASH NOT SELECTED EGD; 0045.B14; 0045.B15; 0045.B15; 0045.B16 L12H ELECTRICAL OVERSPEED TRIP - HP Alarm; EGD; 0045.J02; 0072.G26 L12H_ACC EGD; 0045.H05; DistributedIO.PMVP-23.HP_DecelTrip L12H_ACC_ALM PROTECTIVE MODULE ACCELERATION TRIP- HP Alarm; EGD; 0045.J04 L12H_FLT Loss of Protective HP Speed Inputs EGD; 0049.D18; 0072.F18; 0072.I18; 0072.C18 L12H_FLTALM LOSS OF PROTECTIVE HP SPEED INPUTS Alarm; EGD; 0072.K18 L12H_P EGD; 0045.H05; DistributedIO.PMVP-23.HP_OSTrip L12H_P_ALM PROTECTIVE MODULE OVERSPEED TRIP - HP Alarm; EGD; 0045.J04 l12h_p_hw LP Hardware Overspeed Trip EGD; 0032.B14; DistributedIO.PMVP-23.HP_HWOSTrip l12hblt OVERSPEED BOLT TRIP HIGH PRESSURE EGD; 0045.H06; 0051.C06; DistributedIO.PMVD-25.DTBA1.ContactIn_01 L12HBLT_ALM OVERSPEED BOLT TRIP - HP Alarm; EGD; 0045.J04 L12HF CONTROL SPEED SIGNAL LOSS - HP Alarm; EGD; 0045.J02; 0049.L12 L12HFD_C CONTROL SPEED SIGNAL TROUBLE - HP Alarm; EGD; 0045.J01 L12HFD_P PROTECTIVE SPEED SIGNAL TROUBLE - HP Alarm; EGD; 0045.J02 L12L_ACC EGD; DistributedIO.PMVP-23.LP_DecelTrip L12L_ACC2 LP Accel Trip status (L12L_ACC2) EGD; DistributedIO.PMVP-23.LP_AccelTrip L12L_LR LP shaft locked at breakaway HP speed (L12L_LR) EGD; DistributedIO.PMVP-23.LP_BrkAwy_Locked L12L_P EGD; DistributedIO.PMVP-23.LP_OSTrip l12l_p_hw HP Hardware Overspeed Trip EGD; 0032.B17; DistributedIO.PMVP-23.LP_HWOSTrip L14H_ZE TCEA PROTECTIVE ZERO SPEED DETECT 1 EGD; 0072.C19; DistributedIO.PMVP-23.HP_ZeroSpeed L14HA HP ACCELERATING SPEED SIGNAL EGD; 0044.J13; 0048.B02; 0088.D03; 0057.G13; 0119.G10 L14HC AUXILIARY CRANKING SPEED RELAY EGD; 0044.J14; 0057.G12 L14HF FIELD FLASHING SPEED RELAY EGD; 0044.J12; 0058.B22; 0058.B25; 0105.G27 Last Modified 000 00:00:00 Build Major Revision 2/15/2012 03:14:38 Build Minor Revision 000 00:00:00



BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL


0

BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL

0

BOOL BOOL BOOL BOOL


Units




Variable Name Description Data Type Initial Value Units L14HM MINIMUM SPEED SIGNAL (APPROX. 20%) BOOL EGD; 0044.J13; 0082.B24; 0049.R02; 0095.B05; 0095.C14; 0057.G13; 0075.C05; 0112.H12; 0112.B11; 0119.G09 L14HP SPEED SIGNAL (SPARE) BOOL EGD; 0044.J12 L14HR HP ZERO SPEED SIGNAL BOOL EGD; 0044.J11; 0081.C12; 0081.B18; 0081.B23; 0051.C05; 0049.R02; 0050.S07; 0050.S14; 0085.D18; 0087.B14; 0088.D02; 0052.J18; 0052.Q17; 0052.B24; 0090.B09; 0092.B17; 0102.B21; 0107.B25; 0107.B27; 0119.G09 L14HRZ AUXILIARY TO 14HR BOOL EGD; 0046.B04; 0055.G00; 0057.G14; 0057.G15 L14HS HP OPERATING SPEED SIGNAL BOOL EGD; 0044.J14; 0079.B09; 0046.B08; 0081.B23; 0082.B28; 0092.B07; 0092.G23; 0092.B28; 0054.B07; 0054.O19; 0056.C09; 0056.C13; 0056.B16; 0057.G12; 0059.J03; 0058.B24; 0073.H17; 0109.J15; 0119.G10 L14HSX AUXILIARY SIGNAL TO L14HS BOOL EGD; 0017.B15; 0082.B05; 0082.B15; 0049.D09; 0088.D04; 0053.B14; 0095.B27; 0054.N12; 0059.O01; 0069.C09; 0069.P04; 0069.P09; 0072.F07; 0073.B28 L14HSY INVERSE AND TIME DELAY TO L14HSX BOOL EGD; 0073.V05 L14HSZ AUXILIARY SIGNAL TO L14HS (TIME DELAY) BOOL EGD; 0081.B27; 0082.B07; 0082.B18 L14HT COOL DOWN SLOW ROLL START SPEED RELAY BOOL EGD; 0044.J14; 0057.G14; 0072.C20; 0072.B22 L14L_ZE BOOL EGD; DistributedIO.PMVP-23.LP_ZeroSpeed L14LA LP SHAFT AT ACCELERATION SPEED BOOL EGD; 0044.J17 L14LR LP ZERO SPEED SIGNAL BOOL EGD; 0044.J16 L14LS LP OPERATING SPEED SIGNAL BOOL EGD; 0044.J17 L14LX LP SPEED SIGNAL FOR PROCESS SEQUENCING BOOL EGD; 0044.J17 L14LY LP SPEED SIGNAL FOR PROCESS SEQUENCING BOOL EGD; 0044.J18 L14P1 BOOL EGD; 0044.J15; 0052.B05 L14P1X ?LQ L14P1X LOG BOOL EGD; 0052.N05; 0052.B11; 0085.B11; 0087.B06; 0087.C17; 0088.B08 L14P1Y ?LQ L14P1Y LOG BOOL EGD; 0052.J05; 0052.L05 L14P2 BOOL EGD; 0044.J16; 0052.B06 L14P2X ?LQ L14P2X LOG BOOL EGD; 0052.N07; 0052.J18; 0052.Q18 L14P2Y ?LQ L14P2Y LOG BOOL EGD; 0052.J06; 0052.L06 L14PR BOOL EGD; 0044.J15 L1FAST_CPB BOOL EGD; 0040.T17; 0078.B04; 0079.D14 L1FX AUXILIARY TO FAST LOAD START SIGNAL BOOL EGD; 0079.I12; 0079.D12; 0079.B19; 0052.B10; 0086.B22; 0057.B17; 0101.B29; 0105.C16 L1S AUXILIARY TO START SIGNAL BOOL EGD; 0078.E03; 0078.B17; 0105.B11; 0109.J14 L1START_CPB BOOL EGD; 0040.B07; 0078.B04; 0079.D15 L1STOP_CPB BOOL EGD; 0040.P19; 0046.B04; 0081.C11 L1X MASTER CONTROL - STARTUP PERMISSIVE BOOL EGD; 0078.E17; 0078.B17; 0078.B21; 0078.C26; 0079.D14; 0079.B18; 0045.B22; 0081.C12; 0081.B19; 0047.N22; 0102.B20; 0105.B12; 0104.H10; 0112.H11; 0112.B11 L1XALL Single Shot triggered by L1X EGD; 0112.K10; 0112.N10; 0112.N16 L1XALLT Single Shot for L1X Temp EGD; 0112.H10; 0112.D10 L1XX PERMISSIVE TO L1X EGD; 0078.G11; 0078.B18 L1XX1 EGD; 0045.D19; 0078.D07; 0078.C11 L1XY AUXILIARY SIGNAL TO L1X (TIME DELAY INVERSE) EGD; 0078.J21; 0079.B05; 0045.B23 L1Z MASTER CONTROL RELAY - TURBINE AUXILIARIES EGD; 0081.G10; 0081.C10; 0081.B15; 0082.B06 l20aa1x Atomizing Air High/Low Bypass Sol Vlv EGD; 0073.D28; DistributedIO.PMVD-24.DTBC3.RelayOut_14 l20aax EGD; 0054.Q11; DistributedIO.PMVD-24.DTBC3.RelayOut_01 l20ab1x EGD; 0053.D26; DistributedIO.PMVD-24.DTBC3.RelayOut_05 l20cb1x EGD; 0053.P16; 0092.D10; DistributedIO.PMVD-24.DTBC3.RelayOut_16 L20CBX COMPRESSOR BLEED VALVE CONTROL SIGNAL EGD; 0092.E06; 0092.B10; 0092.B12; 0092.B19; 0053.B26 L20CBY T.D. TO L20CB EGD; 0092.J19; 0093.C04 L20CBZ AUXILIARY SIGNAL TO L20CBX (TIME DELAY) EGD; 0092.E12; 0093.C04 l20cf1x EGD; 0054.X06; DistributedIO.PMVD-24.DTBC3.RelayOut_18 L20CFX LIQUID FUEL CLUTCH CONTROL SIGNAL EGD; 0054.Q06; 0054.V06; 0054.N06; 0062.E03; 0069.P09 l20cs1x AUX TO L20CS EGD; 0048.G19; DistributedIO.PMVD-25.DTBC3.RelayOut_01 L20CSX DRIVING RELAY FOR 20CS EGD L20DAR DIESEL ACCELERATING CONTROL SIGNAL EGD; 0052.N17; 0052.J17; 0052.P15; 0052.Q17 l20dar1 DIESEL ENGINE ACCEL SOL (20DA-2) EGD; 0052.R15; DistributedIO.PMVD-25.DTBC3.RelayOut_03 l20dcs DIESEL ENGINE ACCEL SOL (20DA-1) EGD; 0052.U17; DistributedIO.PMVD-25.DTBC3.RelayOut_02 Last Modified 000 00:00:00 Build Major Revision 2/15/2012 03:14:38 Build Minor Revision 000 00:00:00



BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL









Variable Name Description l20fdx EGD; 0054.J02; DistributedIO.PMVD-24.DTBC3.RelayOut_17 l20fg1x W_P_SOL1 TCQA_TCT_DR3 TRIP CARD (TCTx) RELAY DRIVER 3[PTR_1] [L20FG1X] EGD; 0072.K14; DistributedIO.PMVE-21.Port_S1.MVRA.MVRATB.RelayPTR1 l20fg1x_ref PTR1_DR_REF reference for TCEA diagnostics [L20FG1X_REF] EGD; 0072.K16; DistributedIO.PMVP-23.TCTG1.PTR1 L20FGX GAS FUEL STOP VALVE CONTROL SIGNAL EGD; 0072.E16; 0072.I14; 0072.I16; 0073.B17; 0073.V05; 0074.B19 L20FGZ AUXILIARY SIGNAL TO L20FGX (TIME DELAY) EGD; 0072.B26; 0074.I18 l20fl1x W_P_SOL2 TCQA_TCT_DR4 TRIP CARD (TCTx) RELAY DRIVER 4[PTR_2] [L20FL1X] EGD; 0054.Q02; DistributedIO.PMVE-21.Port_S1.MVRA.MVRATB.RelayPTR2 l20fl1x_ref PTR2_DR_REF reference for TCEA diagnostics [L20FL1X_REF] EGD; 0054.Q03; DistributedIO.PMVP-23.TCTG1.PTR2 L20FLX LIQUID FUEL STOP VALVE CONTROL SIGNAL EGD; 0054.K03; 0054.O02; 0054.O03; 0054.N07; 0054.N09; 0070.J05 L20FLZ AUXILIARY SIGNAL TO L20FLX (TIME DELAY) EGD; 0054.Q09; 0054.U09; 0054.U11 l20pg1x GAS PURGE SOLENOID DRV VA13-1 EGD; 0073.K03; DistributedIO.PMVD-24.DTBC3.RelayOut_11 l20pg2x GAS PURGE SOLENOID DRV VA13-2 EGD; 0073.K07; DistributedIO.PMVD-24.DTBC3.RelayOut_07 L20PGX GAS FUEL PURGE LOGIC EGD; 0073.D16; 0073.I03; 0073.I07; 0073.H11; 0073.H14; 0073.H16 l20pl1x Liquid Fuel System Primary Purge Sol Vlv EGD; 0054.K13; 0054.O18; DistributedIO.PMVD-24.DTBC3.RelayOut_08 l20tv1x EGD; 0053.P17; 0092.D16; DistributedIO.PMVD-24.DTBC3.RelayOut_06 l20vg1x Gas fuel vent valve solenoid EGD; 0074.E06; 0074.H06; DistributedIO.PMVD-24.DTBC3.RelayOut_10 l20vg4c GAS PURGE INTERVALVE VENT SOLENOID DRV EGD; 0073.K10; 0073.H10; DistributedIO.PMVD-24.DTBC3.RelayOut_09 l24gpsf EXCESSIVE VOLTS/HERTZ P.S. FAULT ALARM AULT ALARM EGD; 0072.B05; DistributedIO.PMVD-25.DTBB2.ContactIn_52 L24GPSF_ALM EXCESSIVE VOLTS/HERTZ POWER SUPPLY FAULT Alarm; EGD; 0072.D05 l24h EXCESSIVE VOLTS/HERTZ RELAY EGD; 0072.B03; DistributedIO.PMVD-25.DTBB2.ContactIn_47 L24H_ALM EXCESSIVE VOLTS/HERTZ ALARM Alarm; EGD; 0072.D03 L25_BYPASS EGD; 0105.E17; 0105.J17; DistributedIO.PMVE-21.Port_S1.MVRA.L25x_Bypass; DistributedIO.PMVP-23.SyncCheckByp L25_BYPASSZ EGD; 0105.L18; DistributedIO.PMVP-23.SyncCheckBypZ L25P
SYNCHRONIZING PREMISSIVE LOGIC OUPUT EGD; 0105.U02; 0105.B25; 0104.H28; 0105.B26; DistributedIO.PMVE-21.Port_S1.MVRA.L25p_RlyDrvr L25PX EGD; 0105.D25; DistributedIO.PMVP-23.L25P_Cmd L25X
SYNCHRONIZING CHECK (ALLOWABLE WINDOW) LOGIC OUTPUT EGD; 0105.B18; 0105.C21; DistributedIO.PMVE-21.Port_S1.MVRA.K25x_RelayFdbk L25X_BYPASS EGD; 0105.T11 L25X_PERM EGD; 0105.T05; DistributedIO.PMVE-21.Port_S1.MVRA.L25x_Perm l26aah ATOMIZING AIR TEMPERATURE HIGH (TEMP SWITCH) EGD; 0054.R21; DistributedIO.PMVD-25.DTBA1.ContactIn_20 L26AAH_ALM ATOMIZING AIR TEMPERATURE HIGH Alarm; EGD; 0054.T21 l26bt1h TURBINE COMPARTMENT TEMPERATURE HIGH (SWITCH) EGD; 0057.R17; DistributedIO.PMVD-25.DTBA1.ContactIn_24 L26BT1H_ALM TURBINE COMPARTMENT TEMPERATURE HIGH Alarm; EGD l26bt2l TURBINE COMPARTMENT TEMPERATURE NORMAL (SWITCH) EGD; 0052.B21; DistributedIO.PMVD-24.DTBA1.ContactIn_13 L26CTH CONTROL COMPARTMENT TEMPERATURE - HIGH EGD; 0057.R17 L26CTH_ALM CONTROL PANEL TEMPERATURE HIGH Alarm; EGD; 0013.K17 l26dw1h DIESEL ENGINE OVERTEMPERATURE SWITCH ALARM (SWITCH) EGD; 0052.F28; DistributedIO.PMVD-25.DTBA1.ContactIn_12 L26DWH_ALM DIESEL ENGINE COOLING WATER TEMP HIGH Alarm; EGD; 0052.H28 L26FD1H_ALM DISTILLATE FUEL TEMPERATURE HIGH Alarm; EGD; 0054.D21 L26MVRXH_ALM MVRx BOARD TEMPERATURE HIGH Alarm; 0014.J01 L26PIOAXH_ALM PIOAx PACK TEMPERATURE HIGH

Data Type BOOL

L26PMVDXH_ALM PMVDx PACK TEMPERATURE HIGH Alarm; 0013.L02 L26PMVEH_ALM PMVEx BOARD TEPERATURE HIGH Alarm; 0012.K19 L26PMVPXH_ALM PMVPx PACK TEMPERATURE HIGH Alarm; 0013.L07 l26qa LUBE OIL HEADER TEMPERATURE HIGH (SWITCH) EGD; 0046.B09; 0082.B25; 0046.B19; DistributedIO.PMVD-24.DTBA1.ContactIn_01 L26QA_ALM LUBE OIL HEADER TEMPERATURE HIGH Alarm; EGD; 0082.D24 l26qn LUBE OIL TANK TEMPERATURE LOW (SWITCH) EGD; 0046.B09; 0082.B21; 0051.C06; DistributedIO.PMVD-25.DTBA1.ContactIn_02 L26QN_ALM LUBE OIL TANK TEMPERATURE LOW Alarm; EGD; 0082.C22


Units

BOOL

BOOL

BOOL BOOL BOOL

BOOL


BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL

BOOL BOOL BOOL BOOL BOOL

BOOL BOOL

BOOL BOOL BOOL

BOOL BOOL BOOL

0

BOOL

0

BOOL

0

BOOL BOOL

0

BOOL BOOL BOOL BOOL


Initial Value




Variable Name L26QT EGD; 0046.B09; 0082.B28; 0049.D08 L26QT_ALM Alarm; EGD; 0082.D27 L26QT_SENSR Alarm; EGD l26qt1a

Description REDUNDANT CONTROL LOGIC FOR L26QT1A,1B

Data Type BOOL

LUBE OIL HEADER TEMPERATURE HIGH TRIP

BOOL

LUBE OIL TEMPERATURE SWITCH TROUBLE

BOOL

LUBE OIL HEADER TEMPERATURE - HIGH TEMP (SWITCH) EGD; 0046.B18; DistributedIO.PMVD-24.DTBA1.ContactIn_02 l26qt1b LUBE OIL HEADER TEMPERATURE - HIGH TEMP (SWITCH) EGD; 0046.B19; DistributedIO.PMVD-25.DTBA1.ContactIn_03 L26SFH_ALM EXCITER RECTIFIER BRIDGE TEMP HIGH Alarm; EGD; 0059.M17 L26TCX ON NORMAL TEMPERATURE CONTROL EGD; 0079.D16; 0102.E23; 0102.B23 l26vs3 Accessory Compartment Humidity Heater Thermostat EGD; 0112.H24; DistributedIO.PMVD-25.DTBB2.ContactIn_60 l27bln BATTERY CHARGER UNDERVOLTAGE EGD; 0057.R19; DistributedIO.PMVD-25.DTBB2.ContactIn_76 L27BLN_ALM BATTERY CHARGER AC UNDERVOLTAGE Alarm; EGD l27bn BUS UNDERVOLTAGE RELAY EGD; 0051.B01; 0104.O25; 0105.B23; DistributedIO.PMVD-24.DTBB2.ContactIn_52 L27BN_ALM BUS UNDERVOLTAGE - NO AUTO SYNCH Alarm; EGD; 0105.D23 l27bn_old EGD; DistributedIO.PMVD-24.DTBB2.ContactIn_54 l27bz EGD; 0051.B02; 0104.H11; DistributedIO.PMVD-24.DTBB2.ContactIn_55 L27DZ MK5 PANEL POWER SUPPLY UNDERVOLTAGE EGD; 0023.K08; 0023.N05 L27DZ_ALM BATTERY DC UNDERVOLTAGE Alarm; EGD; 0023.Q05 l27f EGD; 0072.F05; DistributedIO.PMVD-25.DTBB2.ContactIn_77 L27F_ALM FIRE PROTECTION TRIP RELAY UNDERVOLTAGE Alarm; EGD; 0072.I05 l27hf EGD; 0111.K24; DistributedIO.PMVD-25.DTBB2.ContactIn_74 L27HF_ALM L27HF_ALM Gas detector power supply fault Alarm; EGD; 0111.M24 l27mc1n EGD; 0052.B22; 0053.G15; 0057.R19; 0105.B24; 0110.B17; DistributedIO.PMVD-24.DTBA1.ContactIn_37 L27MC1N_ALM MCC UNDERVOLTAGE Alarm; EGD l27qel DC LUBE OIL PUMP MOTOR UNDERVOLTAGE EGD; 0049.B02; 0072.P05; DistributedIO.PMVD-25.DTBA1.ContactIn_39 L27QEL_ALM DC MOTOR UNDERVOLTAGE (LUBE OIL) Alarm; EGD; 0072.R05 L27SD1 ?LQ L27SD1 LOG TURBINE MCC UNDERVOLTAGE NORMAL SHUTDOWN LOGIC EGD; 0046.B01; 0110.J17; 0110.L17 L27SD1_ALM MCC UNDERVOLTAGE-NORMAL SHUTDOWN Alarm; EGD; 0110.N17 L28ALL ALL FLAME DETECTORS REPORTING FLAME EGD; 0061.Q18 L28CAN ANY CAN FLAMED OUT EGD; 0061.H24; 0062.C10; 0061.O26; 0061.O28 L28CAN1 CAN 1 FLAMED OUT EGD L28CAN2 CAN 2 FLAMED OUT EGD L28CAN3 CAN 3 FLAMED OUT EGD L28CAN4 CAN 4 FLAMED OUT EGD L28FD FLAME DETECTED IN EITHER CAN EGD; 0053.B06 L28FD_ALM FLAME DETECTOR TROUBLE Alarm; EGD L28FD_PRI_HI EGD; DistributedIO.PMVP-23.Pri_FD_Hi_Sel L28FD_SD CHAMBER FLAMED OUT DURING SHUTDOWN Alarm; EGD L28FD_SEC_HI EGD; DistributedIO.PMVP-23.Sec_FD_Hi_Sel L28FDA FLAME DETECTED CHANNEL #1 EGD; 0057.M00; DistributedIO.PMVP-23.Pri_FD_Level_01 L28FDB FLAME DETECTED CHANNEL #2 EGD; 0057.M01; DistributedIO.PMVP-23.Pri_FD_Level_02 L28FDC FLAME DETECTED CHANNEL #3 EGD; 0057.M01; DistributedIO.PMVP-23.Pri_FD_Level_03 L28FDD FLAME DETECTED CHANNEL #4 EGD; 0057.M02; DistributedIO.PMVP-23.Pri_FD_Level_04 L28FDE EGD; DistributedIO.PMVP-23.Sec_FD_Level_05 L28FDF EGD; DistributedIO.PMVP-23.Sec_FD_Level_06 L28FDF1 FLAME DETECTOR 1 FUNCTIONAL EGD L28FDF2 FLAME DETECTOR 2 FUNCTIONAL EGD L28FDF3 FLAME DETECTOR 3 FUNCTIONAL EGD L28FDF4 FLAME DETECTOR 4 FUNCTIONAL EGD L28FDG EGD; DistributedIO.PMVP-23.Sec_FD_Level_07 Last Modified 000 00:00:00 Build Major Revision 2/15/2012 03:14:38 Build Minor Revision 000 00:00:00




Units

BOOL

BOOL

BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL

BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL


Initial Value




Variable Name Description Data Type Initial Value Units L28FDH BOOL EGD; DistributedIO.PMVP-23.Sec_FD_Level_08 L28FDOR REDUNDANT FLAME DETECTION BOOL EGD L28FDSCK FLAME DETECTOR TROUBLE BOOL EGD; 0051.C07 L28FDT LOSS OF FLAME TRIP BOOL Alarm; EGD; 0049.L07 L28FDTX FLAME MEMORY RETENTION BOOL EGD; 0096.B03 L28FDX FLAME DETECTION CONTROL BOOL EGD; 0015.G03; 0015.G12; 0015.G14; 0015.G17; 0015.G19; 0015.G21; 0015.G24; 0015.G26; 0015.G28; 0016.F01; 0016.F03; 0016.F06; 0015.Q08; 0045.H04; 0078.C28; 0049.K02; 0049.D08; 0052.B17; 0095.C15; 0096.B03; 0054.H05; 0056.C10; 0056.C13; 0062.E02; 0073.B16; 0074.B19; 0119.G13 L28FDY TIME DELAYED LOSS OF FLAME BOOL EGD; 0048.I07; 0052.B21; 0053.L06 L28FDZ T.D. WARMUP FUEL PERMISSIVE BOOL EGD; 0095.B26; 0061.Q17 L2CANT TRIP ON CAN FLAMEOUT TIMED-OUT BOOL EGD L2DS STARTING TIMER - DIESEL ENGINE STARTER BOOL EGD; 0086.B03; 0086.E14 L2DW DIESEL WARMUP TIMER BOOL EGD; 0048.B20; 0086.E17; 0086.B24 L2DW1 DIESEL ACCELERATE TIMER BOOL EGD; 0052.D17; 0052.J17 L2DWF BOOL EGD; 0086.J21; 0086.B25 L2DWX BOOL EGD; 0086.D24; 0087.B13; 0052.J19 L2DWZ2 DIESEL FAILURE TO BREAK TURBINE AWAY BOOL Alarm; EGD; 0047.N26; 0087.J12 L2F FIRING TIMER BOOL EGD; 0078.C27; 0095.B19; 0095.E22; 0096.B02 L2FZ MULTIPLE STARTS PERMISSIVE BOOL EGD; 0078.F24; 0078.C24; 0079.B01; 0051.B17 L2G GENERATOR BREAKER RECLOSING TIMER BOOL EGD; 0078.C13; 0053.B17; 0053.B20; 0058.X08; 0101.C09; 0104.H11 l2g1_ctime Breaker 1 Actual Close Time REAL 0 EGD; DistributedIO.PMVP-23.CB1CloseTime l2g2_ctime Breaker 2 Actual Close Time REAL 0 EGD; DistributedIO.PMVP-23.CB2CloseTime L2GFF1 GENERAOTR FIELD FLASHING TIMER BOOL EGD; 0058.L22; 0058.O22; 0058.O24; 0059.B03; 0105.G25 L2GFF2 PERMISSIVE TO AUTO SYNCH TIMER BOOL EGD; 0058.Q22; 0105.J07; 0105.J12; 0104.B10 L2GX GENERATOR BREAKER CLOSED LATCH BOOL EGD; 0058.R08; 0058.O08; 0058.U08; 0104.H10 L2HR HYDRAULIC RATCHET TIMER BOOL EGD L2P1 VOLTAGE MATCHING PULSING TIMER BOOL EGD L2P2 VOLTAGE MATCHING PULSING TIMER BOOL EGD L2RBT TRIP ON BLOWOUT RAMP TIMED-OUT BOOL EGD L2S BOOL EGD; 0104.Q28; 0105.B27; 0105.R06 L2SFT STARTUP FUEL FLOW EXCESSIVE TRIP BOOL Alarm; EGD; 0048.Q05; 0049.D15 L2SFTG STARTUP GAS FUEL FLOW EXCESSIVE BOOL EGD; 0048.L05; 0048.I05; 0048.O06 L2SFTL STARTUP LIQUID FUEL FLOW EXCESSIVE BOOL EGD; 0048.L01; 0048.O05 L2SPMB1 COMBUSTION MONITOR FSR RATE OF CHANGE BOOL EGD L2SPMB2 COMBUSTION MONITOR SPREAD BIAS PERMISSIVE BOOL EGD L2SPMB2X AUX TO COMBUSTION MONITOR SPREAD BIAS BOOL PERMISSIVE EGD L2TV TURBINE VENT TIMER BOOL EGD; 0095.B05; 0095.J08; 0095.C14; 0095.B18 L2TVX IGNITION PERMISSIVE BOOL EGD; 0049.D07; 0095.E18; 0095.H18; 0054.H04; 0062.E02; 0074.B19 l2tvx1 BOOL EGD; 0053.T16; 0095.J18; DistributedIO.PMVD-24.DTBD4.RelayOut_47 L2TVZ FIRING PERMISSIVE BOOL EGD; 0095.H12; 0095.B19; 0095.B22; 0069.P05; 0069.P10; 0069.H18; 0074.B07; 0075.C04; 0075.C19; 0075.C22 L2VS1 VAR SHED PERMISSIVE TIMER BOOL EGD L2VS2 VAR SHED PERMISSIVE TIMER BOOL EGD L2W TURBINE WARMUP TIMER BOOL EGD L2WARM LOW TORQUE WARMUP COMPLETE BOOL EGD; 0062.E12; 0062.L12 L2WX TURBINE WARMUP COMPLETE - INCREASE FUEL BOOL EGD; 0048.B02; 0052.Q18; 0061.G17; 0062.B13; 0075.C19; 0075.C23; 0077.L11; 0077.L13 L2WZ FLAME DETECTOR TIMER BOOL EGD; 0062.B12 L3 TURBINE COMPLETE SEQUENCE BOOL EGD; 0081.B16; 0085.D17; 0092.B07; 0055.B10; 0059.B04; 0059.B08; 0100.B07; 0101.B03; 0101.C07; 0102.B17; 0062.L13; 0105.J07; 0105.J12; 0104.H11; 0109.Q15; 0119.G11 L3_PMVE_MVRA_Q_OK Exhaust TC IO Cards Communictations OK BOOL 0 0017.L20; 0017.P20; 0066.I14 L3_STAT_Q UCSA R, S, T In Controlling State BOOL 0 0016.Q13; 0016.S13; 0017.B14 L3_STAT_R UCSA R In Controlling State BOOL 0 EGD; 0016.K13; 0016.N13; 0016.N15 Last Modified 000 00:00:00 Build Major Revision 2/15/2012 03:14:38 Build Minor Revision 000 00:00:00








Variable Name L3_STAT_S EGD; 0016.K21; 0016.N13; 0016.N21 L3_STAT_T EGD; 0017.K00; 0016.N14; 0017.M00 L30_IDLE_TIME Alarm; 0028.J14 L30AC_ALM Alarm; EGD L30AF_ALM Alarm; EGD L30ALM EGD; 0014.I08; DistributedIO.PMVP-23.Horn L30AS1 EGD; 0104.C25; DistributedIO.PMVP-23.Sync_Lockout L30AS2 EGD; 0104.C25; DistributedIO.PMVP-23.Sync_Slow_K25X L30AS3 EGD; 0104.C26; DistributedIO.PMVP-23.Sync_Slow_K25 L30CES EGD; 0116.H09 L30CFLS EGD; 0116.H08 L30CFS EGD; 0116.H09 L30CMIS EGD; 0116.H08 L30COMM_IO Alarm; EGD; 0017.Y00 L30CTS EGD; 0116.H08 L30CTSX EGD; 0085.D24 L30D_ACN EGD; 0057.G03 L30D_B EGD; 0057.G06 L30D_CD EGD; 0057.G10 L30D_CDC EGD; 0057.G10 L30D_COA EGD; 0057.G09 L30D_CRN EGD; 0057.G02; 0057.G15 L30D_CTRL_OT_R Alarm; 0012.E07 L30D_CTRL_OT_S Alarm; 0012.E11 L30D_CTRL_OT_T Alarm; 0012.L11 L30D_FLD EGD; 0057.G05 L30D_FSD EGD; 0057.G09 L30D_FSN EGD; 0057.G04 L30D_HP EGD L30D_LD EGD; 0057.G05 L30D_MAN EGD; 0057.M18; 0120.F10 L30D_MAX EGD; 0057.M17; 0120.F11 L30D_P EGD; 0057.G07 L30D_PLD EGD; 0057.G07 L30D_PS EGD; 0057.G06 L30D_RS EGD; 0057.G01 L30D_RSZ EGD; 0057.G01 L30D_RUN EGD; 0057.B01 L30D_SD EGD; 0057.B00 L30D_SPN EGD; 0057.G04 L30D_STG EGD; 0057.G02 L30D_STP EGD; 0057.R01 L30D_STR EGD; 0057.R00 L30D_SU EGD; 0057.B01 L30D_SYN EGD; 0057.G04 L30D_TC EGD; 0057.M17; 0120.F11 L30D_ULD EGD; 0057.G07 L30D_VM EGD; 0057.G08 L30DIAG_ARC_C 0030.M05; 0030.J13 L30DIAG_ARC_R 0030.R05; 0030.J13 Last Modified 000 00:00:00 Build Major Revision 2/15/2012 03:14:38 Build Minor Revision 000 00:00:00



Description UCSA S In Controlling State

Data Type BOOL

Initial Value 0

UCAS T In Controlling State

BOOL

0

UCSA IDLE TIME MONITOR ACTIVE

BOOL

0

EVAPORATOR COOLER TROUBLE

BOOL

TURBINE INLET AIR TROUBLE


EMERGENCY TRIPS COUNTER

BOOL

FAST LOAD STARTS COUNTER

BOOL

FIRED STARTS COUNTER

BOOL

MANUALLY INITIATED STARTS COUNTER

BOOL

IO PACK COMMUNICATIONS FAULT

BOOL

TOTAL STARTS COUNTER

BOOL

0

BOOL NORMAL DISPLAY MESSAGE "ACCELERATING"

BOOL

NORMAL DISPLAY MESSAGE "BASE LOAD"

BOOL

NORMAL DISPLAY MESSAGE "ON COOLDOWN"

BOOL

NORMAL DISPLAY MESSAGE "OFF COOLDOWN"

BOOL

NORMAL DISPLAY MESSAGE "COASTING DOWN"

BOOL

NORMAL DISPLAY MESSAGE "CRANKING"

BOOL

UCSA R CONTROLLER OVERTEMPERATURE

BOOL

0

UCSA S CONTROLLER OVERTEMPERATURE

BOOL

0

UCSA T CONTROLLER OVERTEMPERATURE

BOOL

0

NORMAL DISPLAY MESSAGE "FAST LOADING"

BOOL

NORMAL DISPLAY MESSAGE "FIRED SHUTDOWN"

BOOL

NORMAL DISPLAY MESSAGE "FULL SPEED NO LOAD"

BOOL

NORMAL DISPLAY MESSAGE "PURGING GEN H2"

BOOL

NORMAL DISPLAY MESSAGE "LOADING"

BOOL

IGV CONTROL MESSAGE - MANUAL CONTROL

BOOL

IGV CONTROL MESSAGE - MAXIMUM ANGLE

BOOL

NORMAL DISPLAY MESSAGE "PEAK LOAD"

BOOL

NORMAL DISPLAY MESSAGE "PART LOAD"

BOOL

NORMAL DISPLAY MESSAGE "PRESELECTED LOAD"

BOOL

NORMAL DISPLAY MESSAGE "READY TO START"

BOOL

NORMAL DISPLAY MESSAGE "NOT READY TO START"

BOOL

NORMAL DISPLAY MESSAGE "RUN STATUS"

BOOL

NORMAL DISPLAY MESSAGE "SHUTDOWN STATUS"

BOOL

NORMAL DISPLAY MESSAGE "SPINNING RESERVE"

BOOL

NORMAL DISPLAY MESSAGE "STARTING"

BOOL

NORMAL DISPLAY MESSAGE "STOP SELECT"

BOOL

NORMAL DISPLAY MESSAGE "START SELECT"

BOOL

NORMAL DISPLAY MESSAGE "STARTUP STATUS"

BOOL

NORMAL DISPLAY MESSAGE "SYNCHRONIZING"

BOOL

IGV CONTROL MESSAGE - TEMPERATURE CONTROL

BOOL

NORMAL DISPLAY MESSAGE "UNLOADING"

BOOL

NORMAL DISPLAY MESSAGE "VOLTAGE MATCHING"

BOOL

Diagnostic alarm ARC_C

BOOL

0

Diagnostic alarm ARC_R

BOOL

0


Units





Variable Name Description L30DIAG_C DIAGNOSTIC ALARM Alarm; EGD; 0030.M10 L30DIAG_C1 Diagnostic alarm 1 0030.G10; 0030.J10 L30DIAG_D_Core Diagnostic alarm D_Core 0030.H05; 0030.J12 L30DIAG_MVRB Diagnostic alarm MVRB 0030.D05; 0030.J12 L30DIAG_MVRF Diagnostic alarm MVRF 0030.D04; 0030.J11 L30F_ACL FSR ACCELERATION CONTROL LP EGD; 0067.R09 L30F_ACN FSR ACCELERATION CONTROL HP EGD; 0067.R09 L30F_CPD EGD; 0067.R12 L30F_CTD EGD; 0067.R12 L30F_LL EGD; 0067.R13 L30F_MAN FSR MANUAL CONTROL GAG EGD; 0057.G00; 0067.R08 L30F_ND FSR SPEED DROOP CONTROL EGD; 0067.R10 L30F_NH EGD; 0067.R11 L30F_NI FSR SPEED ISOCH CONTROL EGD; 0057.G08; 0067.R10 L30F_NIP EGD; 0067.R11 L30F_NL EGD; 0067.R11 L30F_SD FSR SHUTDOWN CONTROL EGD; 0067.R07 L30F_SU FSR STARTUP CONTROL EGD; 0067.R09 L30F_TMP FSR TEMPERATURE CONTROL EGD; 0100.B26; 0102.B25; 0067.R08 l30fa FIRE PROTECTION PANEL SYSTEM TROUBLE EGD; 0072.K05; DistributedIO.PMVD-25.DTBB2.ContactIn_78 L30FA_ALM FIRE PROTECTION SYSTEM TROUBLE ALARM Alarm; EGD; 0072.M05 L30FD_ALM FAILURE TO IGNITE Alarm; EGD; 0096.E01 L30FD_LAG STANDBY DIST FUEL FWD PUMP RUNNING Alarm; EGD; 0107.X24 L30FD_LOW DISTILLATE FUEL FORWARDING PRESSURE LOW Alarm; EGD; 0107.K20 L30FE_ON DC FUEL FORWARDING PUMP RUNNING Alarm; EGD; 0108.I00 L30FMIN MIN FSR LOGIC EGD; 0067.R14 L30FORCED_AL SIGNAL FORCING ENABLED Alarm; 0017.E28 L30FPG2L GAS FUEL INTERVALVE PRESSURE (P2) LOW EGD; 0075.P24; 0075.S24 L30FPG2L_ALM GAS FUEL INTERVALVE PRESSURE (P2) LOW Alarm; EGD; 0075.V24 L30FT_G GENERATING TIME COUNTER EGD; 0116.B18 L30FT_G_CNT GENERATING TIME COUNTER CURRENT EGD; 0116.D17 L30FT_G_TRG GENERATING TIME COUNTER EGD; 0116.H06; 0116.D17 L30FT_G2 EGD L30FT_L TIME UNIT FIRED ON LIQUID FUEL EGD; 0116.B20 L30FT_L_CNT TIME UNIT FIRED ON LIQUID FUEL CURRENT EGD; 0116.D20 L30FT_L_TRG TIME UNIT FIRED ON LIQUID FUEL EGD; 0116.H07; 0116.D19 L30FT_L2 EGD; 0116.B23 L30FT_L2_CNT TOTAL LIQUID FIRED TIME CURRENT EGD; 0116.D22 L30FT_L2_TRG EGD; 0116.H07; 0116.D21 L30FT_P PEAK FIRED TIME COUNTER EGD; 0116.B16 L30FT_P_CNT PEAK FIRED TIME COUNTER CURRENT EGD; 0116.D15 L30FT_P_TRG PEAK FIRED TIME COUNTER EGD; 0116.H06; 0116.D14 L30FT_T TOTAL FIRED TIME COUNTER EGD; 0116.B07 L30FT_T_CNT TOTAL FIRED TIME COUNTER CURRENT EGD; 0116.D06 L30FT_T_TRG TOTAL FIRED TIME COUNTER EGD; 0116.H05; 0116.D05 L30HRX1 RATCHET TROUBLE Alarm; EGD L30HRX2 RATCHET DID NOT START Alarm; EGD L30PWR MKVe POWER SUPPLY FAULT Alarm; 0024.R02 L30RHFLTX RELATIVE HUMIDITY SENSOR FAULT Alarm; EGD L30SPA COMBUSTION TROUBLE Alarm; EGD Last Modified 000 00:00:00 Build Major Revision 2/15/2012 03:14:38 Build Minor Revision 000 00:00:00



Data Type BOOL

Initial Value

BOOL

0

BOOL

0

BOOL

0

BOOL

0

BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL


0

BOOL BOOL BOOL UDINT BOOL BOOL BOOL UDINT BOOL BOOL UDINT BOOL BOOL UDINT BOOL BOOL UDINT BOOL BOOL BOOL BOOL

0

BOOL BOOL


Units




Variable Name Description Data Type Initial Value L30SPT HIGH EXHAUST TEMPERATURE SPREAD TRIP BOOL Alarm; EGD; 0049.L07 L30SPTA EXHAUST THERMOCOUPLE TROUBLE BOOL Alarm; EGD L30SV_BTZ Shaft Voltage Brush Test OK BOOL 0 DistributedIO.PMVE-22.Port_S1.MVRC.ShBrshTst_OK L30SV_STZ Shaft Voltage Monitor Shunt Test OK BOOL 0 DistributedIO.PMVE-22.Port_S1.MVRC.ShShntTst_OK l30tf INLET AIR FILTER TROUBLE BOOL EGD; 0072.F07; DistributedIO.PMVD-25.DTBA1.ContactIn_33 L30TF_ALM TURBINE AIR FILTER TROUBLE BOOL Alarm; EGD; 0072.N07 L30TFX TURBINE AIR INLET TROUBLE BOOL Alarm; EGD L30TSCH AC Shaft Current High BOOL 0 DistributedIO.PMVE-22.Port_S1.MVRC.SysLim1SHC L30TSVH AC Shaft Voltge Frequency High BOOL 0 DistributedIO.PMVE-22.Port_S1.MVRC.SysLim1SHV L30TWW WATER WASH INHIBIT-WHEELSPACE TEMP HIGH BOOL Alarm; EGD L30TXA EXHAUST TEMPERATURE HIGH BOOL Alarm; EGD; 0098.B19; 0100.C20; 0101.C06; 0102.B25; 0065.M03 L30WC_LAG STANDBY COOLING WATER PUMP RUNNING BOOL Alarm; EGD; 0090.D26 L30WSA1 WHEELSPACE TEMP DIFFERENTIAL HIGH BOOL Alarm; EGD; 0055.E01 L30WSA2 WHEELSPACE TEMPERATURE HIGH BOOL Alarm; EGD; 0055.E01 L32DW REVERSE POWER - GENERATOR BREAKER TRIP BOOL EGD; 0059.D00; 0059.I00; 0059.J03 L32DW_ALM GENERATOR BREAKER TRIP - REVERSE POWER BOOL Alarm; EGD; 0059.L00 L32DWF GENERATOR WATTS TRANSDUCER FAILURE BOOL Alarm; EGD; 0058.R15; 0058.U16 L32DWRP BOOL EGD; 0058.X15; 0059.B00 l33cb1o COMPRESSOR BLEED VALVE #1 OPEN BOOL EGD; 0053.M16; 0093.C03; DistributedIO.PMVD-25.DTBA1.ContactIn_25 l33cb2o COMPRESSOR BLEED VALVE #2 OPEN BOOL EGD; 0053.M17; 0093.C03; DistributedIO.PMVD-25.DTBA1.ContactIn_26 L33CDMN TNR AT MIN BOOL EGD; 0059.J04; 0101.C18; 0061.D00 L33CDMX TNR AT MAX BOOL EGD; 0100.C21; 0061.D01 l33cse STARTING CLUTCH ENGAGED BOOL EGD; 0047.N22; 0048.B20; 0052.B11; 0085.D15; 0052.B12; 0085.D19; 0087.B02; 0087.B10; 0088.D02; 0055.B14; DistributedIO.PMVD-25.DTBA1.ContactIn_08 L33FL_ALM LIQUID FUEL STOP VALVE FAILURE TO OPEN Alarm; EGD; 0054.Y11 l33fl1c LIQUID FUEL STOP VALVE CLOSED EGD; 0050.T03; DistributedIO.PMVD-25.DTBA1.ContactIn_17 l33fl2o LIQUID FUEL STOP VALVE OPEN EGD; 0050.T04; 0054.N08; 0054.U12; DistributedIO.PMVD-24.DTBA1.ContactIn_07 l33gcc GENERATOR CO2 DOOR STATUS LOGIC EGD; 0059.F15; 0105.V26; DistributedIO.PMVD-24.DTBB2.ContactIn_47 L33GCC_ALM GENERATOR CO2 DOOR TROUBLE Alarm; EGD; 0059.I15 l33hrf HYDRAULIC RATCHET IN FORWARD STROKE EGD; 0048.B20; DistributedIO.PMVD-25.DTBA1.ContactIn_09 L33HRX HYDRAULIC RATCHET STROKED EGD L33HRZ TD HYDRAULIC RATCHET IN FORWARD STROKE EGD l33pg1c GAS PURGE VALVE VA13-1 CLOSED LIMIT SW EGD; 0073.B10; DistributedIO.PMVD-24.DTBB2.ContactIn_76 l33pg1o GAS PURGE VALVE VA13-1 OPEN LIMIT SW EGD; 0073.B14; DistributedIO.PMVD-24.DTBB2.ContactIn_77 l33pg2c GAS PURGE VALVE VA13-2 CLOSED LIMIT SW EGD; 0073.B11; DistributedIO.PMVD-24.DTBB2.ContactIn_78 l33pg2o GAS PURGE VALVE VA13-2 OPEN LIMIT SW EGD; 0073.B14; DistributedIO.PMVD-24.DTBB2.ContactIn_79 L33PGC Primary Gas fuel purge valve close EGD; 0069.P05; 0073.D10; 0073.H10; 0073.H14; 0073.O14; 0077.B09 L33PGCZ TIME DELAY TO GAS FUEL PURGE SIGNAL L33PGC EGD; 0073.H13; 0073.R10; 0073.U08 L33PGFT GAS FUEL NOZ PURGE VALVE FAIL TO CLOSE Alarm; EGD; 0073.O13; 0073.X10; 0073.B19 L33PGO Primary Gas fuel purge valve open EGD; 0073.D13; 0073.H16 L33PGO_ALM GAS FUEL NOZ PURGE VALVE FAIL TO OPEN Alarm; EGD; 0073.R16 l33pl1o EGD; 0054.I19; 0054.P14; DistributedIO.PMVD-24.DTBA1.ContactIn_43 l33pl2o EGD; 0054.I19; 0054.P15; DistributedIO.PMVD-24.DTBA1.ContactIn_44 l33pl3o EGD; 0054.I19; 0054.P15; DistributedIO.PMVD-24.DTBA1.ContactIn_45 L33PLO VA17-1 LIM AW EGD; 0054.L18; 0054.P13; 0054.O19 L33PLO_ALM L33PLO_ALM VA19-1/20PL POSITION TROUBLE Alarm; EGD; 0054.Y18 L33PLOX ?LQ L33PLOX LOG EGD; 0054.S13; 0054.U13 L33PLX_ALM L33PLX_ALM 20PL (VA19-1) LIMIT SWITCHES DISAGREE Alarm; EGD; 0054.X13 L33PSMN EGD; 0059.G10 L33PSMX EGD; 0059.G09 Last Modified 000 00:00:00 Build Major Revision 2/15/2012 03:14:38 Build Minor Revision 000 00:00:00



BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL

BOOL BOOL



Units




Variable Name Description L33TNRIMN EGD; 0060.K10 L33TNRIMX EGD; 0060.K09 l33vg4 Gas Compartment Diff Press Switch EGD; 0074.H06; DistributedIO.PMVD-25.DTBA1.ContactIn_36 L33VG4_ALM GAS FUEL VENT VALVE OUT OF POSITITION Alarm; EGD; 0074.P06 L33VG4OP Gas Fuel Vent Valve Out of Position EGD; 0074.J06; 0074.M06 L39FC_ALM COOLING FAN HIGH VIBRATION TRIP Alarm; EGD; 0053.D08 l39fc1_2 EGD; 0053.B08; DistributedIO.PMVD-24.DTBA1.ContactIn_34 L39VA HIGH VIBRATION ALARM Alarm; EGD; 0071.K02 L39VA_1 HIGH VIBRATION TRANSDUCER INPUT #1 EGD; 0071.K02 L39VA_10 HIGH VIBRATION TRANSDUCER INPUT #10 EGD; 0071.K03 L39VA_11 HIGH VIBRATION TRANSDUCER INPUT #11 EGD; 0071.K03 L39VA_12 HIGH VIBRATION TRANSDUCER INPUT #12 EGD; 0071.K04 L39VA_2 HIGH VIBRATION TRANSDUCER INPUT #2 EGD; 0071.K04 L39VA_3 HIGH VIBRATION TRANSDUCER INPUT #3 EGD; 0071.K04 L39VA_4 HIGH VIBRATION TRANSDUCER INPUT #4 EGD; 0071.K05 L39VA_5 HIGH VIBRATION TRANSDUCER INPUT #5 EGD; 0071.K05 L39VA_6 HIGH VIBRATION TRANSDUCER INPUT #6 EGD; 0071.K06 L39VA_7 HIGH VIBRATION TRANSDUCER INPUT #7 EGD; 0071.K06 L39VA_8 HIGH VIBRATION TRANSDUCER INPUT #8 EGD; 0071.K07 L39VA_9 HIGH VIBRATION TRANSDUCER INPUT #9 EGD; 0071.K07 L39VD1 VIBRATION SENSOR DISABLED Alarm; EGD; 0071.K07 L39VD2 VIBRATION INPUT GROUP DISABLED EGD; 0046.B00; 0071.K08 L39VD2_1 VIBRATION INPUT GROUP #1 DISABLED EGD; 0071.K08 L39VD2_2 VIBRATION INPUT GROUP #2 DISABLED EGD; 0071.K09 L39VD2_3 VIBRATION INPUT GROUP #3 DISABLED EGD; 0071.K09 L39VD2_4 VIBRATION INPUT GROUP #4 DISABLED EGD; 0071.K10 L39VD3 VIBRATION START INHIBIT EGD; 0051.C12; 0071.K10 L39VD3_1 VIBRATION INPUT GROUP #1 START INHIBIT EGD; 0071.K10 L39VD3_2 VIBRATION INPUT GROUP #2 START INHIBIT EGD; 0071.K11 L39VD3_3 VIBRATION INPUT GROUP #3 START INHIBIT EGD; 0071.K11 L39VD3_4 VIBRATION INPUT GROUP #4 START INHIBIT EGD; 0071.K12 L39VD3_ALM VIBRATION START INHIBIT Alarm; EGD L39VDIFF VIBRATION DIFFERENTIAL TROUBLE Alarm; EGD; 0071.K12 L39VF VIBRATION TRANSDUCER FAULT Alarm; EGD; 0071.K12 L39VF_1 VIBRATION FAULT - TRANSDUCER INPUT #1 EGD; 0071.K13 L39VF_10 VIBRATION FAULT - TRANSDUCER INPUT #10 EGD; 0071.K13 L39VF_11 VIBRATION FAULT - TRANSDUCER INPUT #11 EGD; 0071.K14 L39VF_12 VIBRATION FAULT - TRANSDUCER INPUT #12 EGD; 0071.K14 L39VF_2 VIBRATION FAULT - TRANSDUCER INPUT #2 EGD; 0071.K15 L39VF_3 VIBRATION FAULT - TRANSDUCER INPUT #3 EGD; 0071.K15 L39VF_4 VIBRATION FAULT - TRANSDUCER INPUT #4 EGD; 0071.K15 L39VF_5 VIBRATION FAULT - TRANSDUCER INPUT #5 EGD; 0071.K16 L39VF_6 VIBRATION FAULT - TRANSDUCER INPUT #6 EGD; 0071.K16 L39VF_7 VIBRATION FAULT - TRANSDUCER INPUT #7 EGD; 0071.K17 L39VF_8 VIBRATION FAULT - TRANSDUCER INPUT #8 EGD; 0071.K17 L39VF_9 VIBRATION FAULT - TRANSDUCER INPUT #9 EGD; 0071.K17 L39VGT VIBRATION TRIP GENERATOR EGD; 0071.K19 L39VGTT VIBRATION TRIP GAS TURBINE EGD; 0071.K19 L39VRGT REDUCTION GEAR VIBRATION TRIP EGD; 0071.K20 L39VT VIBRATION TRIP EGD; 0049.D16; 0071.K26 Last Modified 000 00:00:00 Build Major Revision 2/15/2012 03:14:38 Build Minor Revision 000 00:00:00



Data Type BOOL


Units

BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL


Initial Value




Variable Name Description L39VT_1 VIBRATION TRIP - TRANSDUCER INPUT #1 EGD; 0071.K26 L39VT_10 VIBRATION TRIP - TRANSDUCER INPUT #10 EGD; 0071.K27 L39VT_11 VIBRATION TRIP - TRANSDUCER INPUT #11 EGD; 0071.K27 L39VT_12 VIBRATION TRIP - TRANSDUCER INPUT #12 EGD; 0071.K28 L39VT_2 VIBRATION TRIP - TRANSDUCER INPUT #2 EGD; 0071.K28 L39VT_3 VIBRATION TRIP - TRANSDUCER INPUT #3 EGD; 0071.K28 L39VT_4 VIBRATION TRIP - TRANSDUCER INPUT #4 EGD; 0071.K29 L39VT_5 VIBRATION TRIP - TRANSDUCER INPUT #5 EGD; 0071.K29 L39VT_6 VIBRATION TRIP - TRANSDUCER INPUT #6 EGD; 0071.K30 L39VT_7 VIBRATION TRIP - TRANSDUCER INPUT #7 EGD; 0071.K30 L39VT_8 VIBRATION TRIP - TRANSDUCER INPUT #8 EGD; 0071.K30 L39VT_9 VIBRATION TRIP - TRANSDUCER INPUT #9 EGD; 0071.K31 L39VTX_ALM HIGH VIBRATION TRIP OR SHUTDOWN Alarm; EGD L39VXT EGD; 0071.K32 L3A TURBINE UNDERSPEED Alarm; EGD L3ACS AUXILIARY CHECK (SERVOS) EGD; 0078.C13; 0047.R23; 0051.B19; 0049.B01 L3ADJ AUTO CALIBRATE PERMISSIVE EGD; 0015.T02; 0015.V02 L3ADJ1 Auto Calibrate Permissive - Regulator #1 (reg 1 MVRA) Event; 0015.J02; 0015.Q02; DistributedIO.PMVE-21.Port_S1.MVRA.CalibEnab1 L3ADJ10 Auto Calibrate Permissive - Regulator #10 (reg 2 MVRF) Event; 0016.I00; 0015.Q06 L3ADJ11 Auto Calibrate Permissive - Regulator #11 (reg 3 MVRF) Event; 0016.I03; 0015.Q06 L3ADJ12 Auto Calibrate Permissive - Regulator #12 (reg 4 MVRF) Event; 0016.I05; 0015.Q07 L3ADJ2 Auto Calibrate Permissive - Regulator #2 (reg 2 MVRA) Event; 0015.J11; 0015.Q03; DistributedIO.PMVE-21.Port_S1.MVRA.CalibEnab2 L3ADJ3 Auto Calibrate Permissive - Regulator #3 (reg 3 MVRA) Event; 0015.J14; 0015.Q03; DistributedIO.PMVE-21.Port_S1.MVRA.CalibEnab3 L3ADJ4 Auto Calibrate Permissive - Regulator #4 (reg 4 MVRA) Event; 0015.J16; 0015.Q03; DistributedIO.PMVE-21.Port_S1.MVRA.CalibEnab4 L3ADJ5 Auto Calibrate Permissive - Regulator #5 (reg 5 MVRA) Event; 0015.J18; 0015.Q04; DistributedIO.PMVE-21.Port_S1.MVRA.CalibEnab5 L3ADJ6 Auto Calibrate Permissive - Regulator #6 (reg 6 MVRA) Event; 0015.J20; 0015.Q04; DistributedIO.PMVE-21.Port_S1.MVRA.CalibEnab6 L3ADJ7 Auto Calibrate Permissive - Regulator #7 (reg 7 MVRA) Event; 0015.J23; 0015.Q05; DistributedIO.PMVE-21.Port_S1.MVRA.CalibEnab7 L3ADJ8 Auto Calibrate Permissive - Regulator #8 (reg 8 MVRA) Event; 0015.J25; 0015.Q05; DistributedIO.PMVE-21.Port_S1.MVRA.CalibEnab8 L3ADJ9 Auto Calibrate Permissive - Regulator #9 (reg 1 MVRF) Event; 0015.J27; 0015.Q06 L3COM_B EGD; 0017.D09; 0017.F09; 0046.B24; 0105.V25 L3COM_B_ALM COMMON IO COMMUNICATION LOSS Alarm; EGD; 0017.H09 L3COMM_IO EGD; 0017.T00; 0017.W00; 0017.B15 L3COMM_IO_C Common IO packets being received from C EGD L3COMM_IO_R Common IO packets being received from R EGD L3COMM1_IO All IO Packs Communicating EGD; 0017.R01; 0020.M02 l3cp CUSTOMER PERMISSIVE TO START EGD; 0051.B02; 0050.S07; DistributedIO.PMVD-25.DTBB2.ContactIn_64 L3CP_ALM CUSTOMER START INHIBIT Alarm; EGD; 0050.V06 L3CSFT Control System Fault Trip EGD L3DEADBUS EGD; 0105.N14; 0105.R03; 0105.R05; 0105.R11 L3DF GENERATOR FREQUENCY SYNC PERMISSIVE EGD; 0059.X22 L3DIAG_MVRA_R MVRA R I/O Diagnostic Indication Alarm; EGD; DistributedIO.PMVE-21.Port_S1.MVRA.L3DIAG_MVRA_R; EGD L3DIAG_MVRA_S MVRA S I/O Diagnostic Indication Alarm; EGD; DistributedIO.PMVE-21.Port_S1.MVRA.L3DIAG_MVRA_S; EGD L3DIAG_MVRA_T MVRA T I/O Diagnostic Indication Alarm; EGD; DistributedIO.PMVE-21.Port_S1.MVRA.L3DIAG_MVRA_T; EGD L3DIAG_MVRC_C MVRC C I/O Diagnostic Indication Alarm; EGD; DistributedIO.PMVE-22.Port_S1.MVRC.L3DIAG_MVRC_R; EGD L3DIAG_PMVD_CD_C PMVD CD C I/O Diagnostic Indication EGD; DistributedIO.PMVD-25.L3DIAG_PMVD_R; EGD L3DIAG_PMVD_DD_D PMVD DD D I/O Diagnostic Indication EGD L3DIAG_PMVD_QD1_R PMVD QD1 R I/O Diagnostic Indication EGD; DistributedIO.PMVD-24.L3DIAG_PMVD_R; EGD L3DIAG_PMVD_QD1_S PMVD QD1 S I/O Diagnostic Indication EGD; DistributedIO.PMVD-24.L3DIAG_PMVD_S; EGD L3DIAG_PMVD_QD1_T PMVD QD1 T I/O Diagnostic Indication EGD; DistributedIO.PMVD-24.L3DIAG_PMVD_T; EGD L3DIAG_PMVD_QD2_R PMVD QD2 R I/O Diagnostic Indication EGD Last Modified 000 00:00:00 Build Major Revision 2/15/2012 03:14:38 Build Minor Revision 000 00:00:00



Data Type BOOL


Units

BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL

0

BOOL

0

BOOL

0

BOOL

0

BOOL

0

BOOL

0

BOOL

0

BOOL

0

BOOL

0

BOOL

0

BOOL

0

BOOL

0

BOOL BOOL BOOL BOOL BOOL BOOL

0


0

BOOL

0

BOOL

0

BOOL

0

BOOL

0

BOOL

0

BOOL

0

BOOL

0

BOOL

0

BOOL

0


Initial Value




Variable Name Description L3DIAG_PMVD_QD2_S PMVD QD2 S I/O Diagnostic Indication EGD L3DIAG_PMVD_QD2_T PMVD QD2 T I/O Diagnostic Indication EGD L3DIAG_PMVE_C PMVE C I/O Diagnostic Indication Alarm; EGD; DistributedIO.PMVE-22.L3DIAG_PMVE_R; EGD L3DIAG_PMVE_R PMVE R I/O Diagnostic Indication Alarm; EGD; DistributedIO.PMVE-21.L3DIAG_PMVE_R; EGD L3DIAG_PMVE_S PMVE S I/O Diagnostic Indication Alarm; EGD; DistributedIO.PMVE-21.L3DIAG_PMVE_S; EGD L3DIAG_PMVE_T PMVE T I/O Diagnostic Indication Alarm; EGD; DistributedIO.PMVE-21.L3DIAG_PMVE_T; EGD L3DIAG_PMVP_X PMVP X I/O Diagnostic Indication EGD; DistributedIO.PMVP-23.L3DIAG_PMVP_R; EGD L3DIAG_PMVP_Y PMVP Y I/O Diagnostic Indication EGD; DistributedIO.PMVP-23.L3DIAG_PMVP_S; EGD L3DIAG_PMVP_Z PMVP Z I/O Diagnostic Indication EGD; DistributedIO.PMVP-23.L3DIAG_PMVP_T; EGD L3Diag_R Active Diagnostic in queue for R controller. Device Intrinsic; EGD L3Diag_S Active Diagnostic in queue for S controller. Device Intrinsic; EGD L3Diag_T Active Diagnostic in queue for T controller. Device Intrinsic; EGD L3DV GENERATOR VOLTAGE SYNC PERMISSIVE EGD; 0059.X20; 0105.R04 L3DV_ERR GENERATOR DIFFERENTIAL VOLTAGE SYNC PERMISSIVE EGD; 0059.X22; 0105.C15 L3DWRF LOSS OF EXTERNAL SETPOINT LOAD SIGNAL Alarm; EGD; 0110.L08; 0110.N08 L3FG_P2 Outside Estimated P2 Margin EGD; 0075.W14; 0075.B24 L3FG_P2X T.D. Outside Estimated P2 Margin EGD; 0075.K24; 0075.N24 L3GCV GAS FUEL STOP VALVE OPEN EGD; 0076.B13; 0077.D08; 0077.G08 L3GCVA Gas Control Valve not following reference EGD; 0076.J17 L3GCVFB EGD; 0076.E12 L3GCVFLT GAS CONTROL VALVE SERVO TROUBLE Alarm; EGD; 0076.E09; 0076.G09 L3GCVO EGD; 0076.E13 L3GCVSC EGD; 0076.E14 L3GFIVP GAS FUEL INTERVALVE PRESSURE TROUBLE Alarm; EGD; 0076.E15 L3GFLT GAS FUEL CONTROL FAULT EGD; 0047.N24; 0056.C11; 0072.L26; 0076.E16; 0076.J08 L3GRV GAS RATIO VALVE OPEN EGD; 0061.Q19; 0062.E04; 0074.D18; 0074.F18; 0075.B14; 0076.B11; 0077.B11; 0077.B13; 0077.B08 L3GRVA STOP/SPEED RATIO POS ERROR ALARM EGD; 0077.J10; 0077.L10 L3GRVA_ALM STOP/SPEED RATIO VLV NOT TRACKING ALARM Alarm; EGD; 0077.O10 L3GRVAX STOP/SPEED RATIO POS ERROR ALARM AUX SIGNAL EGD; 0077.V02; 0077.B10 L3GRVFB EGD; 0076.E10 L3GRVFLT GAS RATIO VALVE POSITION SERVO TROUBLE Alarm; EGD; 0076.E08; 0076.G08 L3GRVO EGD; 0076.E10 L3GRVPFLT Stop/Speed Ratio Valve Not Tracking Trip EGD; 0076.G10; 0077.O12; 0077.R12 L3GRVSC EGD; 0076.E11 L3GRVT STOP/SPEED RATIO POS ERROR TRIP EGD; 0077.B12; 0077.J12; 0077.L12 L3GRVT_ALM STOP/SPEED RATIO VLV NOT TRACKING TRIP Alarm; EGD; 0077.T12 L3GRVTX Stop/Speed Ratio valve position error high EGD; 0077.V05; 0077.B13 L3IGV IGV CONTROL PERMISSIVE EGD; 0068.B20 L3IGVF1 IGV - LOSS OF FEEDBACK ALARM EGD; 0068.E18 L3IGVF2 IGV - VANES OPEN ALARM EGD; 0068.E19 L3IGVF3 IGV - SERVO CURRENT ALARM - NEG. SATURATION EGD; 0068.E20 L3IGVFLT INLET GUIDE VANE POSITION SERVO TROUBLE Alarm; EGD; 0051.B03 L3LFBSC EGD; 0070.M06 L3LFBSQ EGD; 0070.M05 L3LFLT LIQUID FUEL CONTROL FAULT Alarm; EGD; 0047.N25; 0049.D17; 0070.M07 L3LINK_C All Links to C Core Communicating 0017.B09; 0020.F15 L3MCSTR NORMAL START INDICATOR EGD; 0079.D18 L3MP MASTER PROTECTIVES AGREE EGD; 0050.K01; 0051.V02; 0050.M10 L3MP_ALM MASTER PROTECTIVE START CHECK ETR FAULT Alarm; EGD; 0050.V10 Last Modified 000 00:00:00 Build Major Revision 2/15/2012 03:14:38 Build Minor Revision 000 00:00:00



Data Type BOOL

Initial Value 0

BOOL

0

BOOL

0

BOOL

0

BOOL

0

BOOL

0

BOOL

0

BOOL

0

BOOL

0


BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL


0

BOOL BOOL BOOL


Units




Variable Name Description Data Type Initial Value Units L3MPCK MASTER PROTECTIVE START CHECK BOOL EGD; 0051.S01; 0051.V01 L3PMVE_MVRA_TCFLT EXHAUST TC IO CARDS COMMUNICATIONS FAULT BOOL 0 Alarm; EGD; 0017.R20 L3RS READY TO START BOOL EGD; 0047.N21; 0051.J14 L3RS1 READY TO START LOGIC 1 BOOL EGD; 0051.D17; 0051.G15 L3RS2 READY TO START LOGIC 2 BOOL EGD; 0051.E18; 0051.G15 L3SFDIFF FREQ DIFFERENCE WITHIN LIMITS PERMISSIVE BOOL EGD; 0059.X23; 0105.C16 L3SFL STATION FREQ LINE WITHIN LIMITS PERMISSIVE BOOL EGD; 0059.X21 L3SFLT CONTROL SYSTEM FAULT TRIP BOOL EGD; 0017.E14; 0017.G14 L3SFLT_ALM STARTUP SHUTDOWN CONTROL SYSTEM FAULT TRIP BOOL Alarm; EGD; 0017.I14 L3SMT STARTING DEVICE TRIP BOOL Alarm; EGD; 0049.R07; 0088.H01 L3SMTX AUXILIARY TO STARTING DEVICE TRIP BOOL EGD; 0078.C13; 0085.D16; 0087.D22; 0088.D05 L3SQ SEQUENCE IN PROGRESS BOOL EGD; 0081.D15; 0057.G17 L3STCK START CHECK BOOL EGD; 0051.P01; 0051.N01; 0051.B17 L3STCK0 START CHECK LOGIC 0 BOOL EGD; 0051.F01; 0051.J01 L3STCK1 START CHECK LOGIC 1 BOOL EGD; 0051.G05; 0051.J01 L3STCK2 START CHECK LOGIC 2 BOOL EGD; 0051.E08; 0051.J02 L3STCK3 START CHECK LOGIC 3 BOOL EGD; 0051.H10; 0051.J02 L3SVL STATION VOLTS LINE WITHIN LIMITS PERMISSIVE BOOL EGD; 0059.X20; 0104.O26; 0104.H29 L3SYNC GENERATOR SYNCH PERMISSIVE BOOL EGD; 0059.X21; 0104.O25 L3TCI COMPRESSOR INLET AIR TEMP SPREAD EXCESSIVE BOOL EGD; 0063.D09 L3TCIFLT COMPRESSOR INLET THERMOCOUPLE FAULT BOOL EGD; 0063.H05 L3TFLT LOSS OF COMPRESSOR DISCHARGE PRESS BIAS BOOL Alarm; EGD; 0067.B21; 0072.G26 L3TFLTX COMPRESSOR DISCHARGE PRESSURE FAULT ALARM BOOL EGD L3TVP BOOL EGD; 0053.R16; 0095.B09; 0095.D04 L3VOTE_Q BOOL EGD; 0016.V13; 0051.B20 L3VOTE_R BOOL EGD; 0016.P15 L3VOTE_S BOOL EGD; 0016.P21 L3VOTE_T BOOL EGD; 0017.O00 L3WQIN STEAM INJ REINITIALIZATION BOOL EGD; 0034.B02 L3X TURBINE COMPLETE SEQUENCE LOGIC BOOL EGD L3Z FAILURE TO SYNCHRONIZE BOOL Alarm; EGD L4 MASTER PROTECTIVE SIGNAL BOOL EGD; 0045.H04; 0078.B08; 0078.C25; 0079.D14; 0045.B23; 0081.B19; 0081.B27; 0050.H01; 0049.D06; 0048.O16; 0050.E01; 0050.B01; 0050.H06; 0050.H10; 0085.D17; 0087.B03; 0087.B10; 0088.D03; 0092.B06; 0095.B05; 0095.C15; 0095.B25; 0096.B02; 0053.B29; 0054.H05; 0054.B15; 0058.O09; 0059.I01; 0058.B23; 0101.C10; 0061.B17; 0061.G17; 0061.Q18; 0062.E04; 0061.G26; 0062.C11; 0062.L01; 0062.L07; 0062.B14; 0063.P08; 0067.P13; 0070.J06; 0072.B17; 0072.C20; 0072.B23; 0074.B07; 0075.C05; 0077.G09; 0105.G26; 0119.B02; 0119.G11; 0120.B00 L4_FB BOOL EGD; DistributedIO.PMVP-23.TCTG1.RELAY_4_CKT_Fbk L4_XTP BOOL EGD; 0050.J06; DistributedIO.PMVP-23.Cross_Trip L41FX Generator Field Flashing BOOL EGD; 0105.K25; 0105.M25 L41FY T.D. GENERATOR FIELD FLASHING BOOL EGD; 0057.R20; 0105.T25 L43A AUTO MODE SELECTED BOOL EGD; 0045.E11; 0105.J07 L43ADJ MAINTENANCE - FORCING MODE ENABLE BOOL EGD; 0016.D09; 0016.G09; 0095.B19 L43ADJ_ALM MVRF/A CARD IN CALIBRATION MODE BOOL 0 Alarm; 0016.I09 L43ADJ1 Maintenance Cal Mode Enabled On MVRA Card BOOL 0 0016.B09; DistributedIO.PMVE-21.Port_S1.MVRA.RegCalMode L43ADJ2 Maintenance Cal Mode Enabled On MVRF Card BOOL 0 0016.B10 L43AUTSYN ENM13 COMMAND LOG OUTPUTS BOOL EGD; 0105.F05; 0105.R02 L43BW WATER WASH ON SELECTED BOOL EGD; 0057.B18 L43BWON_CPB BOOL EGD; 0040.K12 L43BWX WATER WASH SELECTED BOOL EGD; 0053.R17; 0095.C13 L43C CRANK MODE SELECTED BOOL EGD; 0045.E10 L43C_PERM CRANK MODE PERMISSIVE BOOL EGD; 0045.B14 L43C_SEL_SS BOOL EGD Last Modified 000 00:00:00 Build Major Revision 2/15/2012 03:14:38 Build Minor Revision 000 00:00:00








Variable Name Description Data Type Initial Value Units L43CA CABLE REMOTE MODE SELECTED BOOL EGD; 0045.E12; 0081.C11 L43CD COOLDOWN MODE SELECTED BOOL EGD; 0045.E09 L43CD_OFFCPB BOOL EGD; 0040.L19; 0081.C10 L43CD_ON_CPB BOOL EGD; 0040.O17; 0081.C12 L43CX CRANK AND START SELECTED BOOL EGD L43CZ TIME DELAY L43C BOOL EGD; 0095.B10 l43dets DIESEL ENGINE TEST SELECTED BOOL EGD; 0048.B19; 0052.B10; 0085.D15; 0086.B10; 0087.B02; DistributedIO.PMVD-25.DTBA1.ContactIn_13 L43DIAG OFF-LINE DIAGNOSTICS BOOL EGD; 0051.C12 L43DT_OFF ?LQPB L43DT_OFF LOG DIESEL TEST OFF BOOL EGD; 0040.F10; 0050.S17 L43DT_ON ?LQPB L43DT_ON LOG DIESEL TEST ON BOOL EGD; 0040.K10; 0050.S17 L43F FIRE MODE SELECTED BOOL EGD; 0045.E10 L43F_PERM FIRE MODE PERMISSIVE BOOL EGD; 0045.B14 L43FG GAS FUEL SELECTED BOOL EGD; 0056.E21; 0069.I12 L43FG_PERM PERMISSIVE TO XFER TO GAS FUEL BOOL EGD; 0056.F09; 0056.B25 L43FG_PRSET GAS FUEL SELECT PRESET BOOL EGD; 0056.E04; 0056.B22 L43FG1 FUEL SELECTION LOGIC ARRAY POINT #5 BOOL EGD; 0056.E23 L43FG2 FUEL SELECTION LOGIC ARRAY POINT #5 BOOL EGD; 0056.E24 L43FH HEAVY FUEL SELECTED BOOL EGD; 0056.E23 L43FL LIQUID FUEL SELECTED BOOL EGD; 0056.E22; 0063.H10; 0063.H13; 0069.I13 L43FL_PERM PERMISSIVE TO XFER TO LIQUID FUEL BOOL EGD; 0056.E12; 0056.B26 L43FL_PRSET LIQ FUEL SELECT PRESET BOOL EGD; 0056.F06; 0056.B23 L43FM MIXED FUEL SELECTED BOOL EGD; 0056.B04; 0056.C06; 0056.E22; 0069.I09; 0069.I13 L43FM_PERM Perm to run mix fuel BOOL EGD; 0056.E16; 0056.B26 L43FSRS FSR GAG PRESET SOFT SWITCH BOOL EGD; 0040.S15; 0063.B13 L43FTG TRANSFER TO GAS BOOL EGD; 0053.B28; 0054.B14; 0056.B05; 0056.C07; 0069.L11; 0069.I11; 0069.P04; 0069.P08; 0069.O11; 0069.O14; 0072.B16; 0073.O14; 0074.B06 L43FUEL_6 SIXTH FUEL SELECTED BOOL EGD; 0056.E24 L43FUEL_7 BOOL EGD; 0056.E24 l43hrjog HYDRAULIC RATCHET JOG BOOL EGD; 0048.B21; DistributedIO.PMVD-25.DTBA1.ContactIn_10 L43M MANUAL MODE SELECTED BOOL EGD; 0045.E11 L43MAINT_ALM MAINTENANCE - FORCING MODE ENABLED BOOL 0 Alarm; 0015.Y02 L43MANSYN ENM13 COMMAND LOG OUTPUTS BOOL EGD; 0105.F07 L43O OFF MODE SELECTED BOOL EGD; 0045.E09; 0078.B04; 0051.C07 L43O_C BOOL EGD; 0015.G03; 0015.G12; 0015.G15; 0015.G17; 0015.G19; 0015.G22; 0015.G24; 0015.G26; 0015.G29; 0016.F02; 0016.F04; 0016.F06; 0015.Q08; 0095.B08; 0095.C13 L43O_F EGD; 0052.J19; 0062.B13 L43O_PERM OFF MODE PERMISSIVE EGD; 0045.B13 L43PROC_EN EGD L43R REMOTE MODE SELECTED EGD; 0078.C27; 0105.J13; 0105.J16; 0104.B13 l43r2 REMOTE MODE SELECT RELAY DRIVER EGD; DistributedIO.PMVD-25.DTBD4.RelayOut_39 l43r4 EGD; 0104.D13; DistributedIO.PMVD-24.DTBD4.RelayOut_38 L43RS EGD; 0045.E11 l43s_auto EGD; 0104.N08; 0104.N14; DistributedIO.PMVD-24.DTBB2.ContactIn_56 l43s_man EGD; 0104.N08; 0104.N10; 0104.P20; DistributedIO.PMVD-24.DTBB2.ContactIn_57 L43S_OFF Generator Synch Selected OFF EGD; 0104.Q07; 0105.B05 L43SAUT_PRST ?LQ L43SAUT_PRST LOG EGD; 0105.B07; 0104.Q13 L43SAUT2 SYNCHRONIZING MOMENTARY CLOSE SIGNAL EGD; 0105.C29; DistributedIO.PMVP-23.Brkr2Select L43SMAN_PRST ?LQ L43SMAN_PRST LOG EGD; 0105.B06; 0104.Q09 l43sra EGD; 0058.B25; 0105.J29; DistributedIO.PMVD-24.DTBB2.ContactIn_58 L43SRA_ALM EXCITER REGULATOR SELECTOR IN MANUAL Alarm; EGD; 0105.L29 L43SYN_CPB EGD; 0040.B12 Last Modified 000 00:00:00 Build Major Revision 2/15/2012 03:14:38 Build Minor Revision 000 00:00:00



BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL









Variable Name Description L43SYNCM4 ENM13 COMMAND LOG OUTPUTS EGD; 0105.F06; 0105.J14 L43SYNOFF ENM13 COMMAND LOG OUTPUTS EGD; 0105.F07 L45FAX_ALM FIRE PROTECTION SYSTEM INOPERATIVE Alarm; EGD; 0051.O14 l45fp1 EGD; 0072.T05; DistributedIO.PMVD-25.DTBB2.ContactIn_86 L45FP1_ALM SINGLE FIRE DETECTOR SHORTED-A OR B Alarm; EGD; 0072.W05 L45FTX FIRE INDICATION TRIP EGD; 0052.B12; 0087.C19; 0112.B21; 0112.H24 l45ftx1 EGD; 0049.C13; 0048.B10; DistributedIO.PMVD-24.DTBB2.ContactIn_83 L45FTX1_ALM FIRE IN ZONE #2 Alarm; EGD; 0048.D10 L45FTX2_ALM FIRE IN ZONE #1 Alarm; EGD; 0051.S14 l45ha7 EGD; 0111.Q17; DistributedIO.PMVD-24.DTBA1.ContactIn_22 L45HA7_ALM L45HA7_ALM Gas Compt hi-hi combust gas lvl >15% LEL Alarm; EGD; 0111.S17 l45ha8 EGD; 0111.V17; DistributedIO.PMVD-24.DTBA1.ContactIn_28 L45HA8_ALM L45HA8_ALM Gas Compt hi-hi combust gas lvl >15% LEL Alarm; EGD; 0111.X17 l45haf EGD; 0111.F24; DistributedIO.PMVD-24.DTBA1.ContactIn_23 L45HAF_ALM L45HAF_ALM Gas Det Fault from Rack 2 Alarm; EGD; 0111.H24 l45hal EGD; 0111.B24; DistributedIO.PMVD-24.DTBA1.ContactIn_21 L45HAL_ALM L45HAL_ALM Gas Detect -rack 2 HT3 OR HA8 >5%LEL Alarm; EGD; 0111.D24 l45hf Combustible gas detection system fault EGD; 0111.B15; DistributedIO.PMVD-24.DTBA1.ContactIn_20 L45HF_ALM L45HF_ALM Gas Det Fault from Rack 1 Alarm; EGD; 0111.D15 l45hl Turb area high combustible gas level detected EGD; 0111.B17; DistributedIO.PMVD-24.DTBA1.ContactIn_18 L45HL_ALM L45HL_ALM Gas Detect -rack 1 HT1,2 OR HA8 >5%LEL Alarm; EGD; 0111.D17 l45ht1 EGD; 0111.F17; 0111.G21; DistributedIO.PMVD-24.DTBA1.ContactIn_19 L45HT1_ALM L45HT1_ALM Turb area hi-hi gas lvl >15% LEL Alarm; EGD; 0111.H17 l45ht2 EGD; 0111.F18; 0111.G22; DistributedIO.PMVD-24.DTBA1.ContactIn_25 L45HT2_ALM L45HT2_ALM Turb area hi-hi gas lvl >15% LEL Alarm; EGD; 0111.H18 l45ht3 EGD; 0111.F20; 0111.G22; DistributedIO.PMVD-24.DTBA1.ContactIn_24 L45HT3_ALM L45HT3_ALM Turb area hi-hi gas lvl >15% LEL Alarm; EGD; 0111.H20 L45HTBTALM L45HTBTON HAZ GAS IN TURBINE COPT-88BT ON REQUEST Alarm; EGD; 0111.O21 L45HTBTON ?LQ L45HTBTON LOG EGD; 0053.L07; 0111.J21; 0111.L21 L48 TURBINE INCOMPLETE SEQUENCE Alarm; EGD L48DS DIESEL INCOMPLETE SEQUENCE TIMER EGD; 0085.D18; 0086.E05; 0087.C18; 0088.B12 L48DSX DIESEL FAILURE TO START Alarm; EGD; 0086.B09; 0086.K09; 0087.B23 l49fd EGD; 0108.K00; DistributedIO.PMVD-24.DTBA1.ContactIn_40 L49FD_ALM F.F. SKID MOTOR OVERLOAD Alarm; EGD; 0108.M00 L49GCALC Generator Stator Temperature High EGD; 0059.K15; 0071.X00; 0105.V26 l49gh GENERATOR STATOR TEMPERATURE HIGH

Data Type BOOL

L49GH_ALM GENERATOR STATOR TEMPERATURE HIGH Alarm; EGD; 0059.N15 l49hr1a HYDRAULIC RATCHET PUMP MOTOR OVERLOAD EGD; 0048.B21; DistributedIO.PMVD-25.DTBA1.ContactIn_41 L49HR1A_ALM RATCHET MOTOR OVERLOAD Alarm; EGD L49VL_ALM GAS FUEL COMPARTMENT VENT FAN OVERLOAD Alarm; EGD; 0112.D25 l49vl1 Gas Compartment Vent Fan #1 overload EGD; 0113.K10; 0112.B25; DistributedIO.PMVD-25.DTBB2.ContactIn_51 l49vl2 Gas Compartment Vent Fan #2 overload EGD; 0113.K04; 0112.B26; DistributedIO.PMVD-25.DTBB2.ContactIn_56 l49x AUX MOTOR OVERLOAD TRIPPED EGD; 0057.R20; DistributedIO.PMVD-25.DTBA1.ContactIn_42 L49X_ALM AUXILIARY MOTOR OVERLOAD Alarm; EGD l4ba EGD; 0072.U09; 0104.P21; DistributedIO.PMVD-25.DTBB2.ContactIn_70 L4BA_ALM 4BA - SUBSTATION TROUBLE ALARM Alarm; EGD; 0072.W09 l4bqz GENERATOR BEARING EVACUATOR PUMP START SIGNAL EGD; 0052.F21; DistributedIO.PMVD-25.DTBC3.RelayOut_13 L4BTA ?LQ L4BTA LOG EGD; 0053.J06; 0053.L03; 0053.L06 L4BTB ?LQ L4BTB LOG EGD; 0053.B06; 0053.N03

BOOL


Units

BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL

BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL


BOOL BOOL


Initial Value




Variable Name Description Data Type L4BTON ?LQ L4BTON LOG BOOL EGD; 0053.O06; 0053.R06 L4BTRUN TURB COMPT COOLING AIR MOTOR CONTROL SIGNAL BOOL EGD L4BTY turb cmpt cooling fan #2 BOOL EGD; 0113.J18; 0113.L18 l4btz1 #1 COOLING AIR FAN MOTOR START RELAY BOOL EGD; 0053.T06; 0113.B18; DistributedIO.PMVD-25.DTBC3.RelayOut_14 L4BW_IGV BOOL EGD; 0068.N28 l4bw1 COMPRESSOR WATER WASH CONTROL SIGNAL AUX 1 BOOL EGD; 0055.M00; DistributedIO.PMVD-25.DTBD4.RelayOut_45 l4ct BOOL EGD; 0049.D17; 0048.B05; DistributedIO.PMVD-24.DTBB2.ContactIn_72 L4CT_ALM CUSTOMER TRIP BOOL Alarm; EGD; 0048.D05 l4cwdt Controller Watchdog Trip BOOL EGD; 0032.B06; DistributedIO.PMVP-23.WatchDog_Trip L4CWDT_ALM CONTROLLER WATCHDOG TRIP FROM
BOOL Alarm; 0032.E05; 0032.B05 L4DA DIESEL ACCELERATING AUXILIARY BOOL EGD; 0087.F01; 0052.J19; 0052.Q19 L4DE DIESEL ENGINE CONTROL SIGNAL BOOL EGD; 0085.H14; 0085.B21; 0085.B24; 0085.B27; 0086.B02; 0086.B05; 0086.B11; 0086.B14; 0087.B03; 0087.C19; 0088.D04; 0052.B28 l4de1 DIESEL ENGINE CONTROL OUTPUT SIGNAL BOOL EGD; 0052.D10; 0085.D21; DistributedIO.PMVD-25.DTBC3.RelayOut_27 L4DEY TD LOSS OF DIESEL MASTER CONTROL BOOL EGD; 0085.J27; 0088.B08; 0052.B29 L4DEY_ALM DIESEL FAILURE TO STOP BOOL Alarm; EGD; 0088.D08 l4dez DIESEL ENGINE STOP SOL (20DV) BOOL EGD; 0052.D28; DistributedIO.PMVD-25.DTBC3.RelayOut_04 l4ds DIESEL STARTER MOTOR START BOOL EGD; 0052.D10; 0086.E01; DistributedIO.PMVD-25.DTBC3.RelayOut_28 L4DT STARTING DEVICE LOCKOUT BOOL Alarm; EGD; 0087.G17; 0087.C17; 0087.B23 L4ETR_FLT PROTECTIVE MODULE ETR RELAY TROUBLE BOOL Alarm; EGD; 0050.V12 L4ETR1 TCEA STATE OF TRIP RELAY 1 BOOL EGD; 0031.E18; 0051.P02; 0051.C13; 0050.S13 l4etr1x_fb ETR Trip Relay 1 Status Voted X BOOL EGD; 0031.B18; 0031.B19; DistributedIO.PMVP-23.ETR1X_RelayFbk l4etr1y_fb ETR Trip Relay 1 Status Voted Y BOOL EGD; 0031.B19; 0031.B21; DistributedIO.PMVP-23.ETR1Y_RelayFbk l4etr1z_fb ETR Trip Relay 1 Status Voted Z BOOL EGD; 0031.B20; 0031.B20; DistributedIO.PMVP-23.ETR1Z_RelayFbk L4ETR2 TCEA STATE OF TRIP RELAY 2 BOOL EGD; 0031.E22; 0051.P02; 0051.C13; 0050.S13 l4etr2x_fb ETR Trip Relay 2 Status Voted X BOOL EGD; 0031.B22; 0031.B23; DistributedIO.PMVP-23.ETR2X_RelayFbk l4etr2y_fb ETR Trip Relay 2 Status Voted Y BOOL EGD; 0031.B23; 0031.B24; DistributedIO.PMVP-23.ETR2Y_RelayFbk l4etr2z_fb ETR Trip Relay 2 Status Voted Z BOOL EGD; 0031.B23; 0031.B24; DistributedIO.PMVP-23.ETR2Z_RelayFbk l4etr3x_fb ETR Trip Relay 3 Status Voted X BOOL EGD l4etr3y_fb ETR Trip Relay 3 Status Voted Y BOOL EGD l4etr3z_fb ETR Trip Relay 3 Status Voted Z BOOL EGD l4ex_c Exciter Switch to C Core BOOL l4fc1 EGD; 0052.B24; DistributedIO.PMVD-24.DTBC3.RelayOut_24 l4fc2 EGD; 0052.F21; DistributedIO.PMVD-24.DTBC3.RelayOut_25 L4FD FUEL FORWARDING PUMP CONTROL SIGNAL EGD; 0053.D27; 0053.F27; 0054.B03; 0054.B11; 0107.B16; 0107.B21; 0107.B24; 0108.B01 L4FD1 ?LQ L4FD1 LOG UNUSED L4FD1 SYMBOL EGD; 0053.I27 L4FDRUN LIQ FUEL FORWARDING CONTROL ENABLE EGD; 0107.D16; 0107.H16; 0107.P17; 0107.P22 L4FDRUNZ TIME DELAY FOR L4FDRUN EGD; 0107.J16; 0107.P18; 0107.P21 L4FDY FUEL FORWARDING PUMP CONTROL SIGNAL TIMED INVERSE EGD; 0054.K11; 0054.N11; 0073.B29 L4FDZ T.D. FUEL FWD PUMP CONTROL SIGNAL EGD; 0054.D03; 0054.H02; 0054.H03 l4fdz1 EGD; 0107.X16; DistributedIO.PMVD-24.DTBD4.RelayOut_31 l4fdz2 EGD; 0107.X20; DistributedIO.PMVD-24.DTBD4.RelayOut_32 l4fe EGD; 0107.D24; DistributedIO.PMVD-24.DTBD4.RelayOut_33 L4FFD1 ?LQ L4FFD1 LOG F.F. PUMP #2 LATCHING SIGNAL EGD; 0107.S16; 0107.V16; 0107.P16; 0107.V24 L4FFD2 ?LQ L4FFD2 LOG F.F. PUMP #1 LATCHING SIGNAL EGD; 0107.S20; 0107.V20; 0107.P20; 0107.V24 L4HP_P_HWT_ALM HP HARDWARE OVERSPEED TRIP FROM
Alarm; 0032.E13; 0032.B13 l4hphwcfgt LP Hardware Overspeed Configuration Trip EGD; 0032.B09; DistributedIO.PMVP-23.HP_Cfg_Trip L4HPHWCTGT_ALM HP HARDWARE OVERSPEED CONFIGURATION TRIP Alarm; 0032.E08; 0032.B08 l4hqz EGD; 0052.F25; DistributedIO.PMVD-24.DTBC3.RelayOut_19 Last Modified 000 00:00:00 Build Major Revision 2/15/2012 03:14:38 Build Minor Revision 000 00:00:00




Units

0 0

0 0 0

0 0 0 0 0 0 0



BOOL

BOOL

0

BOOL

0

BOOL

0

BOOL


Initial Value




Variable Name l4hr

Description HYDRAULIC RATCHET PUMP MOTOR CONTROL SIGNAL EGD; 0046.B08; 0081.B20; 0048.G19; DistributedIO.PMVD-25.DTBC3.RelayOut_30 L4IGVT INLET GUIDE VANE CONTROL TROUBLE TRIP Alarm; EGD; 0049.R08; 0092.B16; 0092.E27; 0092.B27 L4IGVTX TURBINE COMPRESSOR SOL VLV CONTROL SIGNAL AUX EGD; 0092.J22; 0092.B28 L4LP_P_HWT_ALM LP HARDWARE OVERSPEED TRIP FROM
Alarm; 0032.E16; 0032.B16 l4lphwcfgt HP Hardware Overspeed Configuration Trip EGD; 0032.B11; DistributedIO.PMVP-23.LP_Cfg_Trip L4LPHWCTGT_ALM LP HARDWARE OVERSPEED CONFIGURATION TRIP Alarm; 0032.E10; 0032.B10 L4POST POST IGNITION TRIP EGD; 0049.N06; 0049.R06 L4POSTX POST IGNITION TRIP AUXILIARY EGD; 0049.H06; 0049.L06 L4POSTX1 Post Ignition Trip - Auxiliary to L4POSTX EGD; 0049.D09; 0072.I25 L4PRET PRE-IGNITION TRIP EGD; 0049.N01; 0049.R06 L4PRETX PRE-IGNITION TRIP AUXILIARY LOGIC EGD; 0049.D01; 0049.K01 L4PST PROTECTIVE STATUS TRIP EGD; 0049.N11; 0049.R07 L4PSTX1 PROTECTIVE STATUS TRIP LOGIC 1 EGD; 0049.G11; 0049.L11 L4PSTX2 PROTECTIVE STATUS TRIP LOGIC 2 EGD; 0049.I15; 0049.L11 L4PSTX4 Protective Status Trip Logic 4 EGD; 0049.L13; 0072.O25 L4PTR1_FB EGD; 0031.J22; 0051.P02; 0050.H02 l4ptr1x_fb PTR Trip Relay 1 Status Voted X EGD; 0031.G22; 0031.G23; DistributedIO.PMVP-23.PTR1X_RelayFbk l4ptr1y_fb PTR Trip Relay 1 Status Voted Y EGD; 0031.G23; 0031.G24; DistributedIO.PMVP-23.PTR1Y_RelayFbk l4ptr1z_fb ETR Trip Relay 1 Status Voted Z EGD; 0031.G23; 0031.G24; DistributedIO.PMVP-23.PTR1Z_RelayFbk L4PTR2_FB EGD; 0031.O22; 0051.P03; 0050.H02 l4ptr2x_fb PTR Trip Relay 2 Status Voted X EGD; 0031.L22; 0031.L23; DistributedIO.PMVP-23.PTR2X_RelayFbk l4ptr2y_fb PTR Trip Relay 2 Status Voted Y EGD; 0031.L23; 0031.L24; DistributedIO.PMVP-23.PTR2Y_RelayFbk l4ptr2z_fb PTR Trip Relay 2 Status Voted Z EGD; 0031.L23; 0031.L24; DistributedIO.PMVP-23.PTR2Z_RelayFbk L4PTR3_FB EGD; 0031.T22 l4ptr3x_fb PTR Trip Relay 3 Status Voted X EGD; 0031.R22; 0031.R23; DistributedIO.PMVP-23.PTR3X_RelayFbk l4ptr3y_fb PTR Trip Relay 3 Status Voted Y EGD; 0031.R23; 0031.R24; DistributedIO.PMVP-23.PTR3Y_RelayFbk l4ptr3z_fb PTR Trip Relay 3 Status Voted Z EGD; 0031.R23; 0031.R24; DistributedIO.PMVP-23.PTR3Z_RelayFbk L4PTR4_FB EGD; 0031.E26 l4ptr4x_fb PTR Trip Relay 4 Status Voted X EGD; 0031.B26; 0031.B27; DistributedIO.PMVP-23.PTR4X_RelayFbk l4ptr4y_fb PTR Trip Relay 4 Status Voted Y EGD; 0031.B26; 0031.B28; DistributedIO.PMVP-23.PTR4Y_RelayFbk l4ptr4z_fb PTR Trip Relay 4 Status Voted Z EGD; 0031.B27; 0031.B28; DistributedIO.PMVP-23.PTR4Z_RelayFbk l4qaz EGD; 0046.D09; 0082.E05; DistributedIO.PMVD-24.DTBC3.RelayOut_20 l4qez EGD; 0046.D08; 0081.E18; DistributedIO.PMVD-24.DTBC3.RelayOut_21 L4RP RATCHET PERMISSIVE EGD L4S MASTER PROTECTIVE SET EGD; 0049.U01; 0050.B02 l4sspdt Stale Speed Trip EGD; 0032.B03; DistributedIO.PMVP-23.StaleSpeed_Trip L4SSPDT_ALM STALE SPEED TRIP FROM
Alarm; 0032.E02; 0032.B02 l4svr EGD; 0058.D24; DistributedIO.PMVD-24.DTBD4.RelayOut_43 L4SX MASTER PROTECTIVE SET AUXILIARY LOGIC EGD; 0047.Q20; 0049.R02 L4T MASTER PROTECTIVE TRIP EGD; 0051.C11; 0049.T06; 0050.B02; 0057.B17; 0119.G07; 0120.F05 L4TKY T.D. TURB EXHAUST FRAME COOLING FAN EGD; 0053.N14; 0053.P14 l4tkz1 EGD; 0053.D14; 0053.G14; DistributedIO.PMVD-24.DTBC3.RelayOut_28 l4tkz2 EGD; 0053.R14; DistributedIO.PMVD-24.DTBC3.RelayOut_29 L4VL1 Gas Fuel Compt Vent Fan #1 Signal EGD; 0112.V06; 0113.N01; 0113.K01; 0113.Q01 L4VL2 Gas Fuel Compt Vent Fan #2 Signal EGD; 0112.V05; 0113.N06; 0113.K06; 0113.Q06 L4VLRUN Gas Fuel Compt Vent Fan Ctrl Signal EGD; 0112.C21; 0112.V11; 0113.K03; 0113.K08; 0112.H23 L4VLRUNZ Gas Fuel Compt Vent Fan Ctrl Enable EGD; 0113.E06; 0113.K02; 0113.K07 l4vlz1 (88VL-1) Gas Fuel Compt Vent Fan Signal EGD; 0113.R01; DistributedIO.PMVD-24.DTBD4.RelayOut_51 l4vlz2 (88VL-2) Gas Fuel Compt Vent Fan Signal EGD; 0113.R06; DistributedIO.PMVD-24.DTBD4.RelayOut_52 Last Modified 000 00:00:00 Build Major Revision 2/15/2012 03:14:38 Build Minor Revision 000 00:00:00



Data Type BOOL


Units

BOOL BOOL

BOOL

0

BOOL

0

BOOL

0

BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL

0

BOOL

0

BOOL

0

BOOL BOOL

0

BOOL

0

BOOL

0

BOOL BOOL

0

BOOL

0

BOOL

0

BOOL BOOL

0

BOOL

0

BOOL

0


0

BOOL

0

BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL


Initial Value




Variable Name L4VS3RUN EGD; 0112.K23; 0112.N21; 0112.N23 l4vsz3

Description Gas Compt Humidity Heater Control Signal

Data Type BOOL

Initial Value

Units

(23VS-3) Gas Valve Compartment Humidity Protection BOOL Heater Control EGD; 0112.P21; DistributedIO.PMVD-24.DTBD4.RelayOut_50 L4WC1 COOLING WATER MAIN SYSTEM #1 PUMP START BOOL PREMISSIVE EGD; 0090.F16; 0090.I16; 0090.C16; 0090.B27 L4WC2 COOLING WATER MAIN SYSTEM #2 PUMP START BOOL PREMISSIVE EGD; 0090.F21; 0090.I21; 0090.C21; 0090.B27 L4WCRUN COOLING WATER PUMP DRIVE MOTOR CONTROL BOOL ENABLE EGD; 0090.J09; 0090.B12; 0090.C18; 0090.C23 L4WCRUNZ TIME DELAY TO L4WCRUN BOOL EGD; 0090.E12; 0090.C17; 0090.C23 l4wcz1 BOOL EGD; 0053.E11; 0090.K16; DistributedIO.PMVD-24.DTBC3.RelayOut_26 l4wcz2 BOOL EGD; 0053.E12; 0090.K22; DistributedIO.PMVD-24.DTBC3.RelayOut_27 l4wdct Watch Dog Controller Trip BOOL 0 EGD L4Y T.D. LOSS OF MASTER PROTECTIVE BOOL EGD; 0078.B08; 0078.C26; 0051.B08; 0050.T02; 0048.O15; 0049.R01; 0050.P06; 0050.S06; 0050.S12; 0086.B10; 0087.B13 L4Z STARTUP - GAS FUEL STROKE BOOL EGD; 0072.D23 l51tnx BOOL EGD; 0072.F09; DistributedIO.PMVD-25.DTBB2.ContactIn_67 L51TNX_ALM 51TNX ALARM BOOL Alarm; EGD; 0072.H09 l51tx BOOL EGD; 0072.B09; DistributedIO.PMVD-25.DTBB2.ContactIn_66 L51TX_ALM 51TX ALARM BOOL Alarm; EGD; 0072.D09 l51uatx BOOL EGD; 0072.P09; DistributedIO.PMVD-25.DTBB2.ContactIn_69 L51UATX_ALM 51UATX ALARM BOOL Alarm; EGD; 0072.R09 L52B_SEL BOOL EGD; 0104.H29; DistributedIO.PMVP-23.TCTG1.Breaker_Fbk l52fc COOLING WATER FANS RUNNING BOOL EGD; 0052.B25; DistributedIO.PMVD-25.DTBB2.ContactIn_49 L52FC_ALM COOLING FAN MOTOR BREAKER OPEN BOOL Alarm; EGD l52fd1 BOOL EGD; 0107.B26; DistributedIO.PMVD-24.DTBA1.ContactIn_31 l52fd2 BOOL EGD; 0107.B27; DistributedIO.PMVD-24.DTBA1.ContactIn_32 L52G_ALM GENERATOR BREAKER TRIPPED BOOL Alarm; EGD; 0059.E07 l52g_close BOOL EGD; 0105.J15; 0105.C21; DistributedIO.PMVD-24.DTBB2.ContactIn_59 L52G_CLOSE1 BOOL EGD; 0040.G19; 0105.B18 L52G_TRIP Generator breaker trip command BOOL EGD; 0040.B03; 0059.J05 L52GA_ALM GEN. IN. AIR DIRT SEPERATOR NOT RUNNING BOOL Alarm; EGD L52GCX DEAD BUS GENERATOR BREAKER CLOSURE BOOL EGD; 0105.B06; 0104.L09; 0104.N09; 0104.N13; 0104.P19; 0105.J15 l52gt BOOL EGD; 0059.M03; DistributedIO.PMVD-24.DTBD4.RelayOut_37 L52GX GENERATOR BREAKER CLOSURE BOOL EGD; 0051.B19; 0092.B06; 0058.K08; 0058.O08; 0058.O11; 0058.O13; 0058.P15; 0058.U15; 0059.B03; 0059.B07; 0098.B07; 0098.B23; 0100.B06; 0100.C10; 0100.B27; 0101.B02; 0101.C11; 0101.B23; 0101.B27; 0102.B17; 0102.B24; 0061.B17; 0061.B23; 0075.B25; 0105.B12; 0104.B10; 0109.C15; 0110.N09; 0119.G09




l52gx1 GENERATOR BREAKER CLOSED AUX 1 BOOL EGD; 0058.I08; DistributedIO.PMVD-24.DTBB2.ContactIn_60 L52GY T.D. GENERATOR BREAKER OPEN BOOL EGD; 0046.B04; 0058.X13; 0102.B16 L52GZ T.D. GENERATOR BREAKER CLOSED BOOL EGD; 0079.D13; 0058.Q11 l52hq BOOL EGD; 0052.B23; 0055.B12; DistributedIO.PMVD-24.DTBA1.ContactIn_38 L52HQ_ALM AUX HYDRAULIC OIL PUMP MOTOR RUNNING BOOL Alarm; EGD l52l2 BOOL EGD; 0072.B10; 0104.P22; DistributedIO.PMVD-24.DTBB2.ContactIn_67 L52L2_ALM 150KV LINE BREAKER OPEN/TRIP ALARM BOOL Alarm; EGD; 0072.D10 L52LXO SECOND BREAKER SYNCHRONIZING PERMISSIVE BOOL EGD l52qa BOOL EGD; 0046.B10; 0081.B23; 0081.B26; 0082.B06; 0046.B21; 0052.B26; 0052.B27; 0055.B13; DistributedIO.PMVD-24.DTBA1.ContactIn_39 L52QA_ALM AUX LUBE OIL PUMP MOTOR RUNNING BOOL Alarm; EGD; 0081.E26 L52SX AUTO SYNCHRONIZING PERMISSIVE BOOL EGD; 0059.B08; 0105.E11; 0105.B11; 0105.J05; 0105.J11 L52SXA AUTO SYNCHRONIZING LOCAL BOOL EGD; 0105.N05; 0105.R02 L52SXR AUTO SYNCHRONIZE REMOTE BOOL EGD; 0105.N11; 0105.R03 l52vl1 (88VL-1) Gas Fuel Compt Vent Fan Signal BOOL EGD; 0112.V07; 0113.K09; DistributedIO.PMVD-25.DTBB2.ContactIn_55 l52vl2 (88VL-2) Gas Fuel Compt Vent Fan Signal BOOL EGD; 0112.V07; 0113.K04; DistributedIO.PMVD-25.DTBB2.ContactIn_53 l52vs3 (23VS-3) Gas Valve Compartment Humidity Protection BOOL Heater Running EGD; 0112.N24; DistributedIO.PMVD-25.DTBB2.ContactIn_59 L52Z AUTO SYNCHRONIZE ENABLE BOOL EGD; 0055.B13; 0104.O24; 0105.D26 Title DM Number F4443G6 Serial Number 295920



Software Path DWG Translator v3.2.8C Cont. on Sh. 0153


Variable Name Description l59e EXCITER OVERVOLTAGE EGD; 0059.P17; DistributedIO.PMVD-25.DTBB2.ContactIn_58 L59EA_ALM EXCITER OVERVOLTAGE ALARM Alarm; EGD; 0059.R17 l59etd EGD; 0072.B07; DistributedIO.PMVD-25.DTBB2.ContactIn_57 L59ETD_ALM EXCITER TRANSFER TO MANUAL(DC) REGULATOR Alarm; EGD; 0072.D07 l5cmpst_trp1 Composite Trip from PMVP EGD; DistributedIO.PMVP-23.Composite_Trip l5e EMERGENCY STOP SIGNAL EGD; 0048.O11; 0048.B15; DistributedIO.PMVD-24.DTBA1.ContactIn_46 L5E_ALM MANUAL TRIP - LOCAL Alarm; EGD; 0048.D15 L5E_TCEA SOE; EGD; SOE; DistributedIO.PMVP-23.TCTG1.ESTOP_Fbk L5EX EMERGENCY MANUAL TRIP SIGNAL EGD; 0078.B18; 0048.Q10; 0049.D15; 0087.C19 L60BOG STARTING DEVICE BOGGED DOWN EGD; 0051.K21; 0088.D05 L60FFLH LIQUID FUEL FLOW HIGH EGD; 0048.B01; 0070.M05 L60FSGH STARTUP GAS FUEL STROKE HIGH EGD; 0048.I06; 0076.E09 L60FSRG FSR GAG NOT AT MAX LIMIT Alarm; EGD; 0063.E11 L60FSRH FSR RATE OF INCREASE EXCESSIVE EGD; 0068.E24 L60FSRL FSR RATE OF DECREASE EXCESSIVE EGD; 0068.E27 L60GVERR OPEN/CLOSE IGV BY EXHAUST TEMP AND IGV TEMP REF EGD; 0068.K01 L60GVMAX IGV AT MAXIMUM POSITION EGD; 0068.K04 L60GVMIN IGV AT MINIMUM POSITION EGD; 0068.K04 L60GVTC IGV ON TEMPERATURE CONTROL EGD; 0068.K03 L60IL ISOCHRONOUS SPEED LOAD SETPOINT-LOWER EGD; 0098.B16; 0060.B16; 0101.C20; 0064.E05 L60IR ISOCHRONOUS SPEED LOAD SETPOINT-RAISE EGD; 0098.B15; 0060.B15; 0100.C22; 0064.E04 L60RB ABOVE RAMP TO BLOWOUT SPEED EGD L60SDM FSRSD AT MIN FSR EGD; 0061.H23; 0062.C10; 0061.O23; 0063.Y12 L60SP1 EXHAUST TEMPERATURE SPREAD - 1 HIGH EGD; 0066.L06 L60SP2 EXHAUST TEMPERATURE SPREAD - 1 VERY HIGH EGD; 0066.L07 L60SP3 EXHAUST TEMPERATURE SPREAD - 2 HIGH EGD; 0066.L07 L60SP4 EXHAUST TEMPERATURE SPREAD - 3 HIGH EGD; 0066.L08 L60SP4Z EXHAUST TEMPERATURE SPREAD 3 TIME DELAY EGD L60SP5 EXHAUST TEMPERATURE SPREAD - ADJACENT TC'S EGD; 0066.L08 L60SP6 EXHAUST TEMPERATURE SPREAD - ADJACENT TC'S EGD; 0066.L09 L60SYN3 VOLTAGE MATCHING FAST ADJUST ENABLE EGD; 0059.X20 L60SYNL GENERATOR VOLTAGE LOWER SIGNAL FOR VOLTAGE MATCHING EGD; 0059.X19 L60SYNR GENERATOR VOLTAGE RAISE SIGNAL FOR VOLTAGE MATCHING EGD; 0059.X19 L60TNMFST FAST ADJUST ON EXCESSIVE SLIP EGD; 0059.X18 L60TNML MAXIMUM SLIP-SPEED LOWER SIGNAL EGD; 0059.X17; 0101.B14 L60TNMR MINIMUM SLIP-SPEED RAISE SIGNAL EGD; 0059.X18; 0100.B16 L60TRF FSR TEMPERATURE REFERENCE ACTIVE EGD; 0067.E11 L60TTRX TEMPERATURE REFERENCE RAMP COMPLETE EGD; 0067.E11 L60TTRZ T.D. DROPOUT OF TEMP REFERENCE RAMP COMPLETE EGD L60VSL VAR SHED LOWER SIGNAL EGD L60VSR VAR SHED RAISE SIGNAL EGD L62DE DIESEL ENGINE COOLDOWN TIMER EGD; 0085.D18; 0087.J09 L62ES EMERGENCY SEAL OIL PUMP START TIMER EGD L62TT TURBINE MULTIPLE START AND AUTO RE-FIRE EGD; 0078.C26; 0079.E01; 0079.B05; 0095.B09 L62TT2 MULTIPLE STARTS COUNTER EGD; 0078.C14; 0079.D05; 0079.B09; 0047.N26 L62TT2_ALM FAILURE TO START Alarm; EGD; 0079.D08 l63adl ATOMIZING AIR PRESS DIFFERENTIAL LOW EGD; 0054.B07; DistributedIO.PMVD-25.DTBA1.ContactIn_21 L63ADL_ALM ATOMIZING AIR DIFFERENTIAL PRESSURE LOW Alarm; EGD; 0054.D06 Last Modified 000 00:00:00 Build Major Revision 2/15/2012 03:14:38 Build Minor Revision 000 00:00:00



Data Type BOOL


Units

BOOL BOOL BOOL BOOL

0

BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL

BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL

BOOL




Initial Value




Variable Name Description L63AT_ALM Turbine Compt Vent Fan Press Low Alarm; EGD; 0113.N18 l63at1l Turbine Compt Air Pressure Switch #1 EGD; 0113.L19; DistributedIO.PMVD-24.DTBA1.ContactIn_11 l63bql EGD; 0052.B26; DistributedIO.PMVD-24.DTBB2.ContactIn_49 L63BQL_ALM GENERATOR BEARING VACUUM LOW Alarm; EGD l63ca3l CONTROL AIR PRESSURE-ALARM OR (AIR COMP. START-STOP)-LOW EGD; 0059.O01; DistributedIO.PMVD-25.DTBA1.ContactIn_45 L63CA3L_ALM GEN AIR FILTER CLEANER PRESSURE LOW Alarm; EGD; 0059.W00 L63DM_QDN EGD; 0085.D11; 0085.D16; 0086.B17; 0086.B21 L63DMY MULTIPLE START AND AUTOMATIC REFIRING EGD; 0048.B19; 0086.B02; 0087.J06 l63fdl EGD; 0056.C14; 0107.P19; 0107.P23; 0107.B21; DistributedIO.PMVD-24.DTBA1.ContactIn_30 L63FGL Gas fuel prressure Low EGD; 0056.C08; 0056.C11; 0056.B17; 0069.C08; 0069.H18; 0074.O11 L63FGL_ALM L96FGLL GAS PRES BELOW 250 PSI - XFR TO DIST Alarm; EGD; 0074.O14 l63fl_2 EGD; 0108.B01; DistributedIO.PMVD-24.DTBA1.ContactIn_36 L63FL2_ALM F.F. SKID STRAINER DIFFERENTIAL PRESSURE HIGH Alarm; EGD; 0108.D00 l63gfh EGD; 0059.B15; DistributedIO.PMVD-24.DTBB2.ContactIn_48 L63GFH_ALM GENERATOR AIR FILTER HIGH PRESSURE DROP Alarm; EGD; 0059.D15 l63hf1h HYDRAULIC FILTER DIFFERENTIAL PRESS EGD; 0052.B23; DistributedIO.PMVD-25.DTBA1.ContactIn_15 L63HF1H_ALM HYDRAULIC FILTER DIFF PRESSURE HIGH Alarm; EGD l63hg1l Hyd trip ckt press low - gas fuel system EGD; 0046.B16; DistributedIO.PMVD-24.DTBA1.ContactIn_16 l63hg2l Hyd trip ckt press low - gas fuel system EGD; 0046.B17; DistributedIO.PMVD-24.DTBA1.ContactIn_14 l63hg3l Hyd trip ckt press low - gas fuel system EGD; 0046.B16; DistributedIO.PMVD-24.DTBA1.ContactIn_15 L63HGL AUXILIARY TO L63HG1L, 2L, 3L EGD; 0049.D07; 0072.B26 L63HGL_ALM GAS FUEL HYDRAULIC TRIP PRESSURE LOW Alarm; EGD; 0072.D25 L63HGL_SENSR GAS FUEL HYD PRESSURE SWITCH TROUBLE Alarm; EGD L63HGLX AUXILIARY TO L63HG1L, 2L, 3L EGD; 0050.T03 L63HL_SENSR LIQUID FUEL HYD PRESSURE SWITCH TROUBLE Alarm; EGD l63hl1l LIQ FUEL HYDRAULIC TRIP PRESSURE LOW EGD; 0046.B17; DistributedIO.PMVD-24.DTBA1.ContactIn_05 l63hl2l LIQ FUEL HYDRAULIC TRIP PRESSURE LOW EGD; 0046.B18; DistributedIO.PMVD-24.DTBA1.ContactIn_06 l63hl3l LIQ FUEL HYDRAULIC TRIP PRESSURE LOW EGD; 0046.B18; DistributedIO.PMVD-25.DTBA1.ContactIn_18 L63HLL AUXILIARY TO L63HL1L, 2L, 3L EGD; 0049.D07; 0054.U10; 0054.U12 L63HLL_ALM LIQUID FUEL HYDRAULIC TRIP PRESSURE LOW Alarm; EGD; 0054.X09 L63HLLX AUXILIARY TO L63HL1L, 2L, 3L EGD; 0050.T02 l63hq1l HYDRAULIC SUPPLY PRESSURE LOW EGD; 0052.B23; DistributedIO.PMVD-24.DTBA1.ContactIn_04 L63HQ1L_ALM HYDRAULIC SUPPLY PRESSURE LOW Alarm; EGD L63HQ1LY T.D. HYDRAULIC SUPPLY PRESS LOW EGD l63lf1h MAIN FUEL FILTER DIFFERENTIAL PRESS EGD; 0054.G21; DistributedIO.PMVD-25.DTBA1.ContactIn_19 L63LF1H_ALM LIQUID FUEL FILTER DIFF PRESSURE HIGH Alarm; EGD; 0054.J21 L63LF2H_ALM DISTILLATE FUEL FILTER DIFF PRESS HIGH Alarm; EGD; 0054.O21 l63pg1h Gas Fuel Purge Pressure Switch EGD; 0069.P06; 0073.N03; DistributedIO.PMVD-24.DTBB2.ContactIn_80 L63PGFT GAS FUEL NOZ PURGE SYSTEM PRESSURE HIGH Alarm; EGD; 0073.X07; 0073.U07; 0073.B19 L63PGHZ INTERVALVE PRESSURE SWITCH EGD; 0073.Q03; 0073.V04; 0073.U07 l63qa1l LOW L.O. PRESS AUX PUMP START EGD; 0046.B10; 0082.B16; 0046.B21; DistributedIO.PMVD-24.DTBA1.ContactIn_03 L63QAL_ALM LUBE OIL PRESSURE LOW Alarm; EGD; 0082.D15 L63QALY EGD; 0082.J01; 0082.B05 l63qdn DIESEL LUBE OIL PRESSURE NORMAL EGD; 0052.B11; 0085.B12; 0087.C18; 0088.B09; 0088.B12; DistributedIO.PMVD-25.DTBA1.ContactIn_14 L63QDN_ALM DIESEL LUBE OIL PRESSURE LOW Alarm; EGD; 0088.D11 l63qq1h MAIN LUBE OIL FILTER DIFFERENTIAL PRESS ALARM EGD; 0046.B11; 0083.B01; DistributedIO.PMVD-25.DTBA1.ContactIn_04 L63QQ1H_ALM MAIN LUBE OIL FILTER DIFF PRESSURE HIGH Alarm; EGD; 0083.E01 L63QQ2H_ALM TRIP OIL FILTER DIFF PRESSURE HIGH Alarm; EGD; 0083.E05 L63QQ3H_ALM COUPLING OIL FILTER DIFF PRESSURE HIGH Alarm; EGD; 0083.E08 Last Modified 000 00:00:00 Build Major Revision 2/15/2012 03:14:38 Build Minor Revision 000 00:00:00



Data Type BOOL


Units

BOOL BOOL BOOL BOOL

BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL


Initial Value




Variable Name Description L63QT AUXILIARY TO L63QT2A, 2B EGD; 0047.N22; 0048.O16 L63QT_SENSR LUBE OIL PRESSURE SWITCH TROUBLE Alarm; EGD l63qt2a LOW LUBE OIL PRESSURE SIGNAL EGD; 0046.B20; DistributedIO.PMVD-24.DTBB2.ContactIn_53 l63qt2b LOW LUBE OIL PRESSURE SIGNAL EGD; 0046.B20; DistributedIO.PMVD-25.DTBA1.ContactIn_46 L63QTX LOW LUBE OIL PRESSURE TRIP Alarm; EGD; 0049.C11; 0048.R15; 0048.O15 l63tf1h TURB INLET AIR FILTER-EXCESSIVE PRESSURE ALARM EGD; 0046.B22; 0057.R18; DistributedIO.PMVD-24.DTBA1.ContactIn_26 L63TF1H_ALM TURBINE AIR INLET DIFF PRESSURE ALARM Alarm; EGD l63tf2ah TURB INLET AIR FILTER-EXCESSIVE PRESSURE DROP EGD; 0046.B23; DistributedIO.PMVD-24.DTBA1.ContactIn_27 l63tf2bh TURB INLET AIR FILTER-EXCESSIVE PRESSURE DROP EGD; 0046.B23; DistributedIO.PMVD-25.DTBA1.ContactIn_32 L63TFH REDUNDANT SENSOR PROTECTION FOR INLET PRESSURE EGD; 0046.B01; 0046.F22 L63TFH_ALM TURBINE AIR INLET DIFF PRESS SHUTDOWN Alarm; EGD; 0046.F23 L63TFH_SENSR TURBINE AIR INLET DIFF PRESS SW TROUBLE Alarm; EGD; 0046.F23 L63TK_ALM EXHAUST FRAME COOLING AIR PRESSURE LOW Alarm; EGD; 0053.D16 l63tk1l EXHAUST FRAME COOLING AIR PRESS-1 LOW EGD; 0053.B17; 0053.B19; 0060.B06; 0098.B20; 0060.B17; 0101.C08; DistributedIO.PMVD-24.DTBB2.ContactIn_74 l63tk2l EXHAUST FRAME COOLING AIR PRESS-2 LOW EGD; 0053.B17; 0053.B19; 0060.B07; 0098.B20; 0060.B18; 0101.C09; DistributedIO.PMVD-24.DTBB2.ContactIn_75 L63VL_ALM GAS FUEL COMPARTMENT VENT FAN PRESS LOW Alarm; EGD; 0112.J21 L63VL3_ALM GAS VALVE COMPARTMENT PRESSURE LOW Alarm; EGD; 0113.W00 l63vl3l Gas Compartment Diff Press Switch EGD; DistributedIO.PMVD-24.DTBB2.ContactIn_85 l63vl4l Gas Compartment Fan #1 Diff Press Switch EGD; 0113.K09; 0112.B23; DistributedIO.PMVD-24.DTBB2.ContactIn_86 l63vl5l Gas Compartment Fan #2 Diff Press Switch EGD; 0113.K04; 0112.B24; DistributedIO.PMVD-24.DTBB2.ContactIn_87 L63VLX ?LQ L63VLX LOG EGD; 0112.D23; 0112.H21 l63wcl TURBINE WATER COOLING PRESSURE LOW SIGNAL EGD; 0053.B11; 0090.C18; 0090.C23; DistributedIO.PMVD-24.DTBA1.ContactIn_35 L64D BATTERY 125 V DC GROUND Alarm; EGD L64D_ALM BATTERY 125VDC GROUND Alarm; 0023.P07 L64D_N BATTERY GROUND - NEGATIVE BUS EGD; 0023.K08; 0023.M08 L64D_P BATTERY GROUND - POSITIVE BUS EGD; 0023.K07; 0023.M07 l64f GENERATOR FIELD GROUND EGD; 0059.B17; DistributedIO.PMVD-25.DTBB2.ContactIn_61 L64F_ALM GENERATOR FIELD GROUND Alarm; EGD; 0059.D17 l64tx EGD; 0072.K09; DistributedIO.PMVD-25.DTBB2.ContactIn_68 L64TX_ALM 64TX ALARM Alarm; EGD; 0072.M09 L68VS CONTROL SIGNAL FOR GENERATOR VAR SHED EGD L69DWC EGD; 0110.R08 L69LP_LR Locked Rotor Permissive (L69LP_LR) EGD; DistributedIO.PMVP-23.LockedRotorPerm L69SW TIE-LINE POWER CONTROL LOGIC EGD; 0057.G11; 0100.C12 L69TNM AUTO SYNCHRONIZE PERMISSIVE EGD; 0100.B16; 0101.B13; 0104.S23; 0105.C15; 0119.G12 L69TWW EGD; 0053.L07; 0055.E02 L70DWCL EXTERNAL LOAD SETPOINT LOWER EGD; 0101.C08 L70DWCR EXTERNAL LOAD SETPOINT RAISE EGD; 0100.C12 L70L LOWER SPEED SETPOINT EGD; 0100.C20; 0101.F17; 0101.H17; 0061.B04; 0070.B14 l70li PROCESS SPEED SETPOINT LOWER LED EGD; 0060.E16; 0101.K17; 0120.F06; DistributedIO.PMVD-25.DTBD4.RelayOut_31 L70LX2 BASE TO PEAK TRANSIENT LOWER EGD; 0100.F25; 0100.B25; 0101.C17; 0101.B28 L70LX4 LOCAL MANUAL LOWER EGD; 0101.E01; 0101.B15; 0101.C19; 0101.B24; 0101.B28 L70LX5 HIGH TEMPERATURE SPREAD LOWER EGD; 0101.G06; 0101.C19; 0102.B10 L70LX6 AUTO SYNCH LOWER SIGNAL EGD; 0101.E13; 0101.C19; 0102.B13 L70R RAISE SPEED POINT EGD; 0079.D13; 0100.G19; 0100.J19; 0061.B04; 0070.B13 l70r4csl OPERATOR INPUT LOWER SPEED SETPOINT EGD; 0060.B17; 0101.B03; 0109.C13; DistributedIO.PMVD-24.DTBB2.ContactIn_65 l70r4csr OPERATOR INPUT RAISE SPEED SETPOINT EGD; 0060.B16; 0100.B07; 0109.C13; DistributedIO.PMVD-24.DTBB2.ContactIn_64 L70R4L_CPB EGD; 0040.K14; 0101.B04; 0109.C14 L70R4L_R OPERATOR INPUT RAISE OR LOWER SPEED SETPOINT EGD; 0109.F12; 0109.J13 Last Modified 000 00:00:00 Build Major Revision 2/15/2012 03:14:38 Build Minor Revision 000 00:00:00



Data Type BOOL


Units


BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL

0

BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL


Initial Value




Variable Name Description L70R4R_CPB EGD; 0040.T12; 0100.B07; 0109.C14 l70ri PROCESS SPEED SETPOINT RAISE LED EGD; 0060.E15; 0100.L19; 0120.F07; DistributedIO.PMVD-25.DTBD4.RelayOut_32 L70RX4 LOCAL MANUAL RAISE EGD; 0100.E05; 0100.B16; 0100.C21; 0101.B14; 0101.B23; 0101.B27 L70RX5 SPARE RAISE EGD; 0100.G10; 0100.C19; 0102.B08 L70RX6 EGD; 0100.E15; 0100.C22; 0102.B13 l71qh LUBE OIL LEVEL HIGH EGD; 0046.B12; 0082.B09; DistributedIO.PMVD-25.DTBA1.ContactIn_06 L71QH_ALM LUBE OIL LEVEL HIGH Alarm; EGD; 0082.D09 l71ql LUBE OIL LEVEL LOW EGD; 0046.B12; 0082.B12; DistributedIO.PMVD-25.DTBA1.ContactIn_07 L71QL_ALM LUBE OIL LEVEL LOW Alarm; EGD; 0082.D12 l71wg LIQUID IN GENERATOR EGD; 0059.F17; DistributedIO.PMVD-24.DTBB2.ContactIn_51 L71WG_ALM LIQUID DETECTED IN GENERATOR Alarm; EGD; 0059.H17 l71wl LOW COOLING WATER LEVEL EGD; 0052.B25; DistributedIO.PMVD-25.DTBA1.ContactIn_38 L71WL_ALM COOLING WATER LEVEL LOW Alarm; EGD l72fe EGD; 0108.G00; DistributedIO.PMVD-24.DTBA1.ContactIn_33 l72qez EMERGENCY LUBE OIL PUMP RUNNING EGD; 0046.B13; 0082.B19; 0055.B14; DistributedIO.PMVD-25.DTBA1.ContactIn_40 L72QEZ_ALM EMERGENCY LUBE OIL PUMP MOTOR RUNNING Alarm; EGD; 0082.D18 L83AM AUTO TO MANUAL LOAD TRANSFER EGD; 0079.D15; 0100.C11; 0109.M12; 0109.J12; 0109.Q13; 0110.B12 L83AS AUTO SYNCHRONIZE PERMISSIVE EGD; 0105.F14; 0105.C14; 0119.G12; DistributedIO.PMVP-23.AutoSyncPerm L83B BASE LOAD COMMAND EGD; 0055.T13; 0057.R02; 0109.B10; 0110.B11 L83B_P TRANSER FROM BASE TO PEAK PULSE EGD; 0100.B26; 0109.K10 L83BOG BOG DOWN PROTECTION ENABLE EGD; 0051.H21; 0095.E25 l83bs NONE EGD; DistributedIO.PMVD-24.DTBC3.RelayOut_23 L83BW TURBINE/COMPRESSOR WATER WASH CONTROL EGD; 0045.B10; 0078.B07; 0120.F08 L83BX EGD; 0109.H10; 0109.D10 L83CAPCAN EGD; 0055.T12; 0109.J15; 0109.Q14 L83DT_CMD DIESEL TEST COMMAND EGD; 0051.C10; 0050.U16; 0050.S16; 0085.B08; 0085.D08; 0085.G08; 0085.D15; 0085.B25 L83DT1 DIESEL TEST MODE SELECTED Alarm; EGD; 0085.I08 L83EX EGD; 0055.T14; 0057.R02; 0100.C11; 0110.N08; 0110.B12 L83FG INCREASE GAS FUEL EGD; 0069.T03; 0069.V03; 0070.B06 L83FGI GAS FUEL SELECTED LED EGD; 0069.Q14 L83FGZ ON OR GOING TO GAS FUEL EGD; 0069.E16; 0069.H16 L83FL INCREASE LIQUID FUEL EGD; 0069.S08; 0069.V08; 0069.H17; 0070.B05 L83FLI LIG FUEL SELECTED LED EGD; 0069.Q11 L83FLZ ON OR GOING TO LIQUID FUEL EGD; 0069.E20; 0069.H17 L83FM FUEL MIX HOLD EGD; 0054.B15; 0069.K08; 0069.P03; 0069.P08 L83FMX FUEL MIX HOLD AUXILIARY LOGIC EGD; 0056.B04; 0056.C07; 0069.F08; 0069.I08 L83FSNL FULL SPEED NO LOAD SYNCH PERMISSIVE EGD; 0059.U17; 0105.H29 L83FZ FUEL CHANGER PERMISSIVE EGD; 0069.K16; 0070.B04 L83GVAQP IGV MANUAL CONTROL PERMISSIVE EGD; 0068.H08 L83GVBP IGV CONTROL PERMISSIVE EGD; 0068.H12 L83GVDB PERMISSIVE FOR CSKGVDB EGD; 0068.B17; 0068.H02 L83GVMAN_CMD IGV MANUAL CONTROL COMMAND EGD; 0068.H07 L83GVMAX AUX TO L4BW EGD; 0068.H10 L83GVMN2 PERMISSIVE INLET GUIDE VANE REF EGD; 0068.H10 L83GVR2 CSKGVR1 ENABLE EGD; 0068.H06 L83GVSS SIMPLE CYCLE OPERATION SELECT EGD; 0068.H03 L83HF_INH EGD; 0045.J03 L83HOST OVERSPEED TEST MODE SELECTED - HP Alarm; EGD; 0045.J01; 0045.N01; 0061.B00 L83HOST_CMD EGD; 0045.H01; 0045.Q01 L83HOST_P EGD; 0045.J03; DistributedIO.PMVP-23.OfflineHPOSTest Last Modified 000 00:00:00 Build Major Revision 2/15/2012 03:14:38 Build Minor Revision 000 00:00:00



Data Type BOOL


Units

BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL


Initial Value




Variable Name Description L83ISOK ISOCHRONOUS SPEED CONTROL SELECTED EGD; 0098.E14; 0098.B14; 0060.B09; 0064.B06; 0120.F07 L83ISOKZ EGD; 0060.D09; 0060.G09 L83JD0 SPEED LOAD SETPOINT RATE SELECT EGD; 0061.B04 L83JD1 SHUTDOWN SPEED SETPOINT RATE EGD; 0061.B05 L83JD10 SPARE SPEED RATE EGD; 0061.B09 L83JD11 SPARE SPEED RATE EGD; 0061.B09 L83JD2 MANUAL LOAD RATE EGD; 0102.D01; 0061.B05 L83JD3 MANUAL SPEED RATE EGD; 0102.D05; 0061.B06 L83JD4 AUTO LOAD RATE EGD; 0102.E08; 0061.B06 L83JD5 ACCELERATION RATE EGD; 0061.B07 L83JD6 ACCELERATION RATE EGD; 0061.B07 L83JD7 ACCELERATION RATE EGD; 0061.B07 L83JD8 SPEED MATCHING RATE EGD; 0102.D12; 0061.B08 L83JD9 SPARE SPEED RATE EGD; 0061.B08 L83JSD1 SET FSRSD RAMP RATE TO FSK SD1 EGD; 0062.O00; 0063.V14 L83JSD2 SET FSRSD RAMP RATE TO FSK SD2 EGD; 0062.O06; 0063.V14 L83JSD3 SET FSRSD RAMP RATE TO FSK SD3 EGD; 0061.R22; 0063.V15 L83JSD4 SET FSRSD RAMP RATE TO FSK SD4 EGD; 0061.R25; 0063.V15 L83JSD5 SET FSRSD RAMP RATE TO FSK SD5 EGD; 0061.R27; 0063.V15 L83JSD6 SET FSRSD RAMP RATE TO FSK SD5 EGD; 0063.V16 L83JT0 BASE TEMPERATURE CURVE SELECT EGD; 0067.B14; 0109.C24 L83JT1 PEAK TEMPERATURE CURVE SELECT EGD; 0067.B14; 0110.D06 L83JT2 SPARE TEMPERATURE CURVES EGD; 0067.B14 L83JT3 EGD; 0067.B15 L83JT4 EGD; 0067.B15 L83JT5 EGD; 0067.B16 L83JT6 EGD; 0067.B16 L83JT7 EGD; 0067.B17 L83LOAD5 EGD; 0055.T15 L83LOAD6 EGD; 0055.T15 L83LOAD7 EGD; 0055.T15 L83LOST OVERSPEED TEST MODE SELECTED - LP EGD; 0061.B01 L83LOST_P EGD; DistributedIO.PMVP-23.OfflineLPOSTest l83lv LOWER AUTO REGULATOR VOLTAGE OUPUT SIGNAL EGD; 0060.R00; DistributedIO.PMVD-24.DTBD4.RelayOut_45 L83LVX Auxiliary to excitation voltage lower EGD; 0060.M00; 0060.P00 L83MIND SET FSRMIN TO SHUTDOWN CURVE EGD; 0062.D15; 0063.P20 L83MLOAD MANUAL LOAD EGD; 0101.E22; 0102.B02; 0102.B05; 0102.B09 L83MSPD MANUAL SPEED EGD; 0101.E26; 0102.B02; 0102.B05; 0102.B09 L83NRIR2 ISOCH SETPOINT RATE OF SPEED CHANGE EGD; 0060.G10 L83P PEAK LOAD COMMAND EGD; 0055.T14; 0100.B27; 0109.H11; 0109.Q14; 0110.B11 L83PFLV POWER FACTOR CONTROL LOWER EXCITATION VOLTAGE EGD L83PFRV POWER FACTOR CONTROL RAISE EXCITATION VOLTAGE EGD L83PK PEAK TEMPERATURE CONTROL SELECT EGD; 0109.T12; 0109.Q12; 0109.B23; 0110.B06 L83PRES1 BREAKER OPEN SPEED PRESET EGD; 0102.E16; 0061.B11 L83PRES2 STARTUP SPEED PRESET EGD; 0102.D20; 0061.B11 L83PS PRE-SELECTED LOAD COMMAND EGD; 0055.T13; 0057.R01; 0059.I12 L83RB RAMP TO BLOWOUT SELECTED EGD; 0061.H23; 0062.C10; 0061.O25 L83RMAX AUTO REGULATOR SELECT MAX LOAD EGD; 0059.I11; 0110.J11 L83RMAXZ LOAD CONTROL MAX LOAD REFERENCE SELECT EGD; 0110.F10; 0110.I10 Last Modified 000 00:00:00 Build Major Revision 2/15/2012 03:14:38 Build Minor Revision 000 00:00:00



Data Type BOOL


Units

BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL

BOOL



Initial Value




Variable Name Description Data Type Initial Value l83rv RAISE AUTO REGULATOR VOLTAGE OUPUT SIGNAL BOOL EGD; 0060.R02; DistributedIO.PMVD-24.DTBD4.RelayOut_44 L83RVX Auxiliary to excitation voltage raise BOOL EGD; 0060.M01; 0060.P02 L83S_MTR BOOL EGD; DistributedIO.PMVP-23.SynchMonitorPerm L83SCDT DROOP TO ISOCH TRANSFER PERMISSIVE BOOL EGD; 0098.B08; 0098.D19 L83SCI_CMD BOOL EGD; 0098.B04; 0098.E10; 0098.B10; 0098.B16; 0098.B24; 0100.C20; 0101.C18; 0101.B24; 0102.B10; 0064.B08; 0067.P10; 0109.J15; 0110.N09 L83SCIP DROOP TO ISOCH TRANSFER PERMISSIVE BOOL EGD; 0098.E06; 0098.B11 L83SCIX AUX TO L83SCI BOOL EGD; 0098.D04; 0098.B27 L83SCS_CMD BOOL EGD; 0057.G17; 0098.D26 L83SCSP BOOL EGD; 0098.E23; 0098.B27 L83SDL FSRSD LOWER LOGIC BOOL EGD; 0061.J22; 0061.O22; 0061.O25; 0061.O27; 0063.V16 L83SDMIN SET FSRSD TO FSRMIN BOOL EGD; 0062.G08; 0062.C08; 0063.V13 L83SDR FSRSD RAISE LOGIC BOOL EGD; 0062.D06; 0062.L00; 0062.L06; 0063.V17 L83SDSET PRESET FSRSD TO EXISTING FSR BOOL EGD; 0061.J25; 0063.V12 L83SPM EXHAUST TEMP MONITOR ENABLE BOOL EGD; 0066.I12 L83SPMB EXHAUST TEMP MONITOR ENABLE TROUBLE BOOL EGD; 0066.I10 L83SPO BOOL EGD; 0066.I09 l83srx VOLTAGE REGULATION CONTROL TRANSFER BOOL EGD; 0059.D03; DistributedIO.PMVD-24.DTBD4.RelayOut_42 L83SUAR STARTUP FSR ACCELERATE FUEL COMMAND BOOL EGD; 0061.J16; 0061.Q17; 0062.E01; 0063.P05 L83SUFI STARTUP FSR FIRING FUEL COMMAND BOOL EGD; 0057.G02; 0062.J00; 0063.P05 L83SUMX STARTUP FSR MAX FUEL COMMAND BOOL EGD; 0061.D16; 0061.B16; 0061.G16; 0061.Q16; 0062.E00; 0063.P07 L83SUWU STARTUP FSR WARMUP FUEL COMMAND BOOL EGD; 0057.G03; 0061.U16; 0062.E01; 0063.P04 L83TAKH SELECT FAST STARTUP ACCEL REFERENCE BOOL EGD; 0062.S01; 0063.V21 L83TAKSU SELECT STARTUP ACCELERATION REFERENCE BOOL EGD; 0062.O12; 0063.V19 L83TNROP TNR LOW SPEED STOP SET BOOL EGD; 0102.D27; 0061.B03 L83TTRS EXHAUST TEMPERATURE REFERENCE SWITCH BOOL EGD; 0067.E10 L83TTRSP BOOL EGD; 0067.E12 L83TV VIGV TEMPERATURE CONTROL PERMISSIVE BOOL EGD; 0120.F12 L83TVON_CMD IGV TEMPERATURE CONTROL COMMAND BOOL EGD L83VCLV VAR CONTROL LOWER EXCITATION VOLTAGE BOOL EGD L83VCRV VAR CONTROL RAISE EXCITATION VOLTAGE BOOL EGD L83WQLEN STEAM INJ LOG ENABLE BOOL EGD; 0034.B02; 0035.G19; 0036.H08; 0037.H03 L83WWOFF_CPB BOOL EGD; 0040.G09 L83WWON_CPB BOOL EGD; 0040.G15 L84MIXT MIXED FUEL OPERATION BOOL EGD; 0095.C14; 0056.C10; 0056.C13; 0069.C09; 0069.V04; 0069.V09; 0070.D05 L84TG GAS FUEL TRANSFER LIMIT BOOL EGD; 0047.N25; 0053.B28; 0062.E03; 0069.O12; 0070.D06; 0075.U08; 0075.U11 L84TL LIQUID FUEL TRANSFER LIMIT BOOL EGD; 0047.N24; 0054.B14; 0061.Q19; 0062.E05; 0069.O15; 0070.D05; 0072.B17; 0074.B06; 0074.S09; 0075.N25 L86AACK_CPB BOOL EGD; 0040.O05 L86ALL DIFFERENTIAL TRIP SIGNAL BOOL EGD; 0049.C11; 0048.Q19 L86ARST_CPB BOOL EGD; 0040.F14 L86ASIL_CPB BOOL EGD; 0040.F05 L86CB CMPRSS BLEED VALVE OR IGV POS LOCKOUT BOOL EGD; 0051.B09; 0093.D07 L86CB1 COMPRESSOR BLEED VALVE POSITION TROUBLE BOOL Alarm; EGD; 0093.F02; 0093.C02; 0093.B07 L86DR1 Diagnostic Reset BOOL 0 EGD; 0014.D16 L86DR1_CPB Diagnostic Reset Command Pushbutton BOOL 0 EGD; 0014.B16; 0014.G19 L86FG GAS FUEL NOZZLE PURGE VALVE IMPROPERLY BOOL CLOSED EGD; 0056.C08; 0069.C10; 0069.H19; 0073.D18 L86FPG2HT P2 POST IGNITION TRIP LOGIC BOOL EGD; 0049.D18; 0075.C17; 0075.K17; 0075.N17 L86FPG2HT_A POST-IGNITION P2 HIGH TRIP BOOL Alarm; EGD; 0075.P17 L86FPG2IH P2 at ignition pre-ign trip logic BOOL EGD; 0049.B02; 0075.C03; 0075.L03; 0075.N03 L86FPG2IH_A PRE-IGNITION P2 HIGH - IGN INHIBIT BOOL Alarm; EGD; 0075.Q03 Last Modified 000 00:00:00 Build Major Revision 2/15/2012 03:14:38 Build Minor Revision 000 00:00:00





Units




Variable Name Description Data Type Initial Value Units L86FPG2LT P2 post-ignition low pressure trip logic BOOL EGD; 0049.C13; 0075.C21; 0075.K21; 0075.N21 L86FPG2LT_A POST-IGNITION P2 LOW TRIP BOOL Alarm; EGD; 0075.P21 L86GCV_TD TIME DELAY BOOL EGD; 0076.D19; 0076.H20 L86GCVT Gas control valve not following reference trip BOOL EGD; 0072.L26; 0076.J19; 0076.H19 L86GVA INLET GUIDE VANE CONTROL TROUBLE ALARM BOOL Alarm; EGD; 0068.R13 L86GVT IGV NOT FOLLOWING CSRGV TRIP BOOL EGD; 0092.B27; 0068.R14 L86HD HYDRAULIC PROTECTIVE TROUBLE BOOL Alarm; EGD; 0051.C05; 0050.W01; 0050.T01 L86MAN_SYNC MANUAL SYNCHRONIZING LOCKOUT BOOL Alarm; EGD; 0105.F20; 0105.C20 L86MP MASTER PROTECTIVE STARTUP LOCKOUT BOOL Alarm; EGD; 0051.V01; 0051.E14; 0051.G14 L86MR_TCEA BOOL EGD; 0014.I12; DistributedIO.PMVP-23.Master_Reset L86MR1 Master Reset BOOL 0 EGD; 0014.D12; 0014.F12; 0032.B03; 0032.B06; 0032.B09; 0032.B12; 0032.B14; 0032.B17 L86MR1_CPB MASTER RESET BOOL EGD; 0014.B12; 0014.G20; 0014.M20; 0014.B22; 0040.G07; 0045.H04; 0051.V02; 0050.T04; 0048.I07; 0086.B10; 0087.C20; 0092.B29; 0093.C04; 0065.J10; 0068.B21; 0068.O16; 0070.J08; 0072.C21; 0073.V05; 0073.U09; 0073.O15; 0075.C05; 0075.C20; 0075.C23; 0076.H20; 0076.B15; 0077.B14; 0104.C24; 0105.C22 L86S AUTO SYNCHRONIZING LOCKOUT Alarm; EGD; 0105.J06; 0105.J11; 0104.C23; 0104.K23; 0104.O23 l86t EGD; 0048.O20; 0059.U15; DistributedIO.PMVD-24.DTBB2.ContactIn_63 L86T_ALM 86T LATCH AND TRIP Alarm; EGD; 0059.W15 l86t_old EGD; DistributedIO.PMVD-24.DTBB2.ContactIn_62 L86TCI COMPRESSOR INLET THERMOCOUPLES DISAGREE Alarm; EGD; 0051.B02 L86TFB EXHAUST THERMOCOUPLES OPEN TRIP Alarm; EGD; 0049.L08; 0065.M04 L86TFINH TEMPERATURE CONTROL FEEDBACK PERMISSIVE EGD; 0065.J11 l86tgt GENERATOR DIFFERENTIAL TRIP EGD; 0048.O19; 0059.P15; DistributedIO.PMVD-24.DTBB2.ContactIn_61 L86TGT_ALM GENERATOR DIFFERENTIAL TRIP Alarm; EGD; 0059.R15 L86TXT EXHAUST OVERTEMPERATURE TRIP Alarm; EGD; 0049.L07; 0065.M03 L86V_RST1 EGD; 0071.H14 L86V_RST2 EGD; 0071.H14 L86V_RST3 EGD; 0071.H15 L86V_RST4 EGD; 0071.H15 L86VL_ALM GAS FUEL COMPARTMENT VENT FAN TROUBLE Alarm; EGD; 0113.E01; 0113.K01; 0113.K06 L86VS3_ALM Gas Valve Compartment Humidity Protection Heater Trouble EGD; 0112.X23 L86VT VIBRATION TRIP RESET EGD l87tx EGD; 0072.U07; DistributedIO.PMVD-25.DTBB2.ContactIn_65 L87TX_ALM 87TX ALARM Alarm; EGD; 0072.X07 L88FD_1 88FD-1 LAG CONTROL SELECTED EGD; 0107.Q12 L88FD_2 88FD-2 LAG CONTROL SELECTED EGD; 0107.P15 L88FD_OFF 88FD1, 88FD2 NOT RUNNING Alarm; EGD; 0107.E26 L88WC_1 88WC-1 LAG CONTROL SELECTED EGD; 0090.I04 L88WC_2 88WC-2 LAG CONTROL SELECTED EGD; 0090.I06 L90LL AUTO LOAD REGULATOR LOWER EGD; 0059.K09; 0098.B19; 0101.C07 L90LR AUTO LOAD REGULATOR RAISE EGD; 0059.K09; 0100.C11 L90PSEL EGD; 0059.G09; 0059.I09 L90PSEL_CMD EGD; 0059.B11 l90r4rl EXCITATION AUTO REGULATOR VOLTAGE RAISE/LOWER EGD; 0060.H00; DistributedIO.PMVD-24.DTBB2.ContactIn_66 l90rbx STATIC EXCITED RESET EGD; 0104.D09; DistributedIO.PMVD-24.DTBD4.RelayOut_46 L90RL_CPB Command PB excitaiton voltage lower EGD; 0040.O03; 0060.P01 L90RR_CPB Command PB excitation voltage raise EGD; 0040.K03; 0060.P03 L90SWL TIE LINE POWER LOWER TURBINE SETPOINT EGD; 0101.C08 L90SWR TIE LINE POWER RAISE TURBINE SETPOINT EGD; 0100.C13 L90TKL EXHAUST FRAME COOLING SYS TRBL - UNLOAD Alarm; EGD; 0053.E19 L90VML GENERATOR FIELD VOLTAGE LOWER SIGNAL EGD Last Modified 000 00:00:00 Build Major Revision 2/15/2012 03:14:38 Build Minor Revision 000 00:00:00



BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL REAL REAL BOOL







Variable Name Description Data Type Initial Value Units L90VMR GENERATOR FIELD VOLTAGE RAISE SIGNAL BOOL EGD L94AX AUTOMATIC SHUTDOWN BOOL EGD; 0056.B16; 0069.C09 L94EK EXCITER RECT COOLING FAILURE - TRIP 52G BOOL EGD; 0059.J05 l94f1b BOOL EGD; 0072.Q07; DistributedIO.PMVD-24.DTBB2.ContactIn_84 L94F1B_ALM CO2 RELEASE NOW BOOL Alarm; EGD; 0072.S07 L94GEN GENERATOR VENTILATION TROUBLE SHUTDOWN BOOL Alarm; EGD; 0105.Y25 L94HX GENERATOR HYDROGEN PURGE AUX LOGIC BOOL EGD L94PGT GAS FUEL NOZ PURGE SYSTEM TROUBLE TRIP BOOL Alarm; EGD; 0072.L26; 0073.Y03; 0073.V03; 0073.B18 l94qez BOOL EGD; 0046.D08; 0081.D22; DistributedIO.PMVD-24.DTBC3.RelayOut_22 L94SD SHUTDOWN WITH BREAKER OPEN BOOL EGD; 0061.D22; 0061.H22; 0061.G25; 0061.G27; 0062.C09 L94SDY T.D. L94SD BOOL EGD; 0061.G25; 0061.J27 L94T FIRED SHUTDOWN BOOL EGD; 0050.B03 L94X NORMAL SHUTDOWN BOOL EGD; 0017.B14; 0078.C12; 0087.B04; 0088.D04; 0095.B26; 0058.O09; 0059.I02; 0059.J04; 0098.B07; 0098.B23; 0101.C10; 0102.B17; 0061.B22; 0062.B06; 0062.B15; 0105.G26; 0119.G11 L94XZ FIRED SHUTDOWN TIMER BOOL EGD L94Y T.D. NORMAL SHUTDOWN BOOL EGD; 0109.J14 L94Z 4'S UP WITH NO SHUTDOWN BOOL EGD; 0109.J16 L96FGH Gas Fuel Supply Pressure High BOOL EGD; 0074.K15; 0074.M15 L96FGH_ALM L96FGL GAS PRESS BELOW 325 PSI (AUT XFR TO DIST BOOL AT 250) Alarm; EGD; 0074.P15 L96FGL Gas Fuel Supply Trans Press Low BOOL EGD; 0074.K08; 0074.M08 L96FGL_ALM GAS FUEL SUPPLY PRESSURE LOW BOOL Alarm; EGD; 0074.U08 L96FGLL Gas Fuel Supply Pressure Low Low BOOL EGD; 0074.K11; 0074.M11; 0074.M14 L96FGLZ Gas Fuel Supply Pressure Low T.D. BOOL EGD; 0074.P08; 0074.S08 L97EOST_ONL BOOL EGD; DistributedIO.PMVP-23.OnlineEmergOSTest L97HP0T_BYP Bypass zero HP speed trip BOOL EGD; 0072.D22; DistributedIO.PMVP-23.HpZeroSpdBypass LAG1FD FUEL FORWARDING SYSTEM LEAD/LAG CONTROL BOOL EGD; 0107.K12; 0107.O12; 0107.O15; 0107.H12; 0107.P17; 0107.P21 LAG1SFD MAN. CONTROL SELECT FOR 88FD#1 LAG BOOL EGD; 0040.F03; 0107.H13; 0107.P19 LAG1SPF MAN. CONTROL SELECT FOR 88PF#1 LAG BOOL EGD; 0040.T07 LAG1SWC MAN. CONTROL SELECT FOR 88WC#1 LAG BOOL EGD; 0040.B02; 0090.B06; 0090.C18 LAG1VL_CPB Select for 88VL-1 Lag - Push Button BOOL EGD; 0040.P14; 0112.N12 LAG1VL_ENB Enable Gas Fuel Vent Fan #1 as Lag BOOL EGD; 0112.Q10; 0112.H16; 0112.V10; 0113.K02 LAG1WC COOLING WATER PUMP LEAD/LAG #1LAG BOOL EGD; 0090.E05; 0090.G04; 0090.G05; 0090.B05; 0090.C17; 0090.C22 LAG2SFD MAN. CONTROL SELECT FOR 88FD#2 LAG BOOL EGD; 0040.T10; 0107.H14; 0107.P23 LAG2SPF MAN. CONTROL SELECT FOR 88PF#2 LAG BOOL EGD; 0040.K15 LAG2SWC MAN. CONTROL SELECT FOR 88WC#2 LAG BOOL EGD; 0040.K09; 0090.B07; 0090.C24 LAG2VL (88VL-2) Gas Fuel Compt Vent Fan Selected as Lag BOOL EGD; 0112.N11; 0112.N16; 0112.K16; 0112.H16; 0112.V05; 0113.K02; 0113.K07 LAG2VL_CPB COMMAND PB - 88VL #2 Lag BOOL EGD; 0040.B10; 0112.N17 LAG2VL_ENB Enable Gas Fuel Vent Fan #2 as Lag BOOL EGD; 0112.Q16; 0112.H16; 0112.V11; 0113.K08 lauxcmd16_c EX2000_SS_PT 8- 0 [AUXCMD16] BOOL 0




lauxcmd16_r

EX2000_SS_PT 8- 0 [AUXCMD16]

BOOL

0

lauxcmd17_c


BOOL

0

lauxcmd17_r


BOOL

0

lauxcmd18_c

EX2000_SS_PT 8- 2 [AUXCMD18] Disable IOS control (Special) (fb)

BOOL

0

lauxcmd18_r

EX2000_SS_PT 8- 2 [AUXCMD18] Disable IOS control (Special) (fb)

BOOL

0

lauxcmd19_c

EX2000_SS_PT 8- 3 [AUXCMD19] Dropping out bit 19

BOOL

0

lauxcmd19_r


BOOL

0

lauxcmd20_c


BOOL

0

lauxcmd20_r


BOOL

0

lauxcmd21_c


BOOL

0






Variable Name lauxcmd21_r

Description EX2000_SS_PT 8- 5 [AUXCMD21] Dropping out bit 21

Data Type BOOL

Initial Value 0

lauxcmd22_c


BOOL

0

lauxcmd22_r


BOOL

0

lauxcmd23_c


BOOL

0

lauxcmd23_r


BOOL

0

lauxcmd24_c


BOOL

0

lauxcmd24_r


BOOL

0

lauxcmd25_c


BOOL

0

lauxcmd25_r


BOOL

0

lauxcmd26_c

EX2000_SS_PT 8-10 [AUXCMD26] Dropping out bit 26

BOOL

0

lauxcmd26_r


BOOL

0

lauxcmd27_c


BOOL

0

lauxcmd27_r


BOOL

0

lauxcmd28_c


BOOL

0

lauxcmd28_r


BOOL

0

lfbvar7_c

EX2000_SS_PT [LFBVAR7] SS word 91 feedback variable C

REAL

0

lfbvar7_r

EX2000_SS_PT [LFBVAR7] SS word 91 feedback variable R

REAL

0

lfbvar8_c


REAL

0

lfbvar8_r


REAL

0

lfbvar9_c


REAL

0

lfbvar9_r


REAL

0

LFPG2HT P2 post-ignition high trip logic EGD; 0075.W07; 0075.C18 LFPG2IH P2 at ignition high logic EGD; 0074.B23; 0074.U23; 0075.C04 LFPG2IH_SEL singal added for BBL XCMPH00 EGD; 0074.D23; 0074.G23 LFPG2IH_SUB singal added for BBL XCMPH00 EGD; 0074.I23; 0074.L23 LFPG2LT P2 post-ignition low trip EGD; 0075.W10; 0075.C21 LHOUR_TRIG Hourly Trigger For Minute Average Blocks 0035.B26; 0035.G26; 0035.P23; 0036.R03; 0036.L21 LINK_OK_MVRA_R MVRA R HSSL Link Okay Indication EGD; 0017.B20; 0019.B06; 0019.B06; 0020.B21; DistributedIO.PMVE-21.Port_S1.MVRA.LINK_OK_MVRA_R LINK_OK_MVRA_R_FLT MVRA R HSSL COMMUNICATION LINK FAULT Alarm; EGD; 0020.D22 LINK_OK_MVRA_S MVRA S HSSL Link Okay Indication EGD; 0017.B25; 0019.B06; 0019.B07; 0020.B23; DistributedIO.PMVE-21.Port_S1.MVRA.LINK_OK_MVRA_S LINK_OK_MVRA_S_FLT MVRA S HSSL COMMUNICATION LINK FAULT Alarm; EGD; 0020.D23 LINK_OK_MVRA_T MVRA T HSSL Link Okay Indication EGD; 0017.B23; 0019.B07; 0019.B08; 0020.I23; DistributedIO.PMVE-21.Port_S1.MVRA.LINK_OK_MVRA_T LINK_OK_MVRA_T_FLT MVRA T HSSL COMMUNICATION LINK FAULT Alarm; EGD; 0020.J23 LINK_OK_MVRC_C MVRC C HSSL Link Okay Indication EGD; 0020.C15; 0020.I25; DistributedIO.PMVE-22.Port_S1.MVRC.LINK_OK_MVRC_R LINK_OK_MVRC_C_FLT MVRC C HSSL COMMUNICATION LINK FAULT Alarm; EGD; 0020.K25 LINK_OK_PMVD_C_FLT PMVD C I/O NET COMMUNICATION LINK FAULT Alarm; EGD; 0021.S11 LINK_OK_PMVD_CD_C PMVD CD C I/O NET Link Okay Indication EGD; 0020.C16; 0021.Q11; 0024.C19; DistributedIO.PMVD-25.LINK_OK_PMVD_R LINK_OK_PMVD_D_FLT PMVD D I/O NET COMMUNICATION LINK FAULT EGD LINK_OK_PMVD_DD_D PMVD DD D I/O NET Link Okay Indication EGD LINK_OK_PMVD_QD1_R PMVD QD1 R I/O NET Link Okay Indication EGD; 0019.C11; 0019.C12; 0021.C09; 0024.C12; DistributedIO.PMVD-24.LINK_OK_PMVD_R LINK_OK_PMVD_QD1_R_FLT PMVD QD1 R I/O NET COMMUNICATION LINK FAULT Alarm; EGD; 0021.E10 LINK_OK_PMVD_QD1_S PMVD QD1 S I/O NET Link Okay Indication EGD; 0019.C11; 0019.C13; 0021.C11; 0024.C15; DistributedIO.PMVD-24.LINK_OK_PMVD_S LINK_OK_PMVD_QD1_S_FLT PMVD QD1 S I/O NET COMMUNICATION LINK FAULT Alarm; EGD; 0021.E11 LINK_OK_PMVD_QD1_T PMVD QD1 T I/O NET Link Okay Indication EGD; 0019.C12; 0019.C13; 0021.J11; 0024.C17; DistributedIO.PMVD-24.LINK_OK_PMVD_T LINK_OK_PMVD_QD1_T_FLT PMVD QD1 T I/O NET COMMUNICATION LINK FAULT Alarm; EGD; 0021.L11 LINK_OK_PMVD_QD2_R PMVD QD2 R I/O NET Link Okay Indication EGD LINK_OK_PMVD_QD2_R_FLT PMVD QD2 R I/O NET COMMUNICATION LINK FAULT EGD Last Modified 000 00:00:00 Build Major Revision 2/15/2012 03:14:38 Build Minor Revision 000 00:00:00



BOOL BOOL REAL REAL BOOL BOOL

0

BOOL

0

BOOL

0

BOOL

0

BOOL

0

BOOL

0

BOOL

0

BOOL

0

BOOL

0

BOOL

0

BOOL

0

BOOL

0

BOOL

0

BOOL

0

BOOL

0

BOOL

0

BOOL

0

BOOL

0

BOOL

0

BOOL

0

BOOL

0



Units




Variable Name Description LINK_OK_PMVD_QD2_S PMVD QD2 S I/O NET Link Okay Indication EGD LINK_OK_PMVD_QD2_S_FLT PMVD QD2 S I/O NET COMMUNICATION LINK FAULT EGD LINK_OK_PMVD_QD2_T PMVD QD2 T I/O NET Link Okay Indication EGD LINK_OK_PMVD_QD2_T_FLT PMVD QD2 T I/O NET COMMUNICATION LINK FAULT EGD LINK_OK_PMVE_C PMVE C I/O NET Link Okay Indication EGD; 0020.C16; 0020.O25; 0023.O21; DistributedIO.PMVE-22.LINK_OK_PMVE_R LINK_OK_PMVE_C_FLT PMVE C I/O NET COMMUNICATION LINK FAULT Alarm; EGD; 0020.Q25 LINK_OK_PMVE_D_FLT PMVE D I/O NET COMMUNICATION LINK FAULT EGD LINK_OK_PMVE_R PMVE R I/O NET Link Okay Indication EGD; 0017.B21; 0020.B02; 0020.B03; 0020.O23; 0023.C18; DistributedIO.PMVE-21.LINK_OK_PMVE_R LINK_OK_PMVE_R_FLT PMVE R I/O NET COMMUNICATION LINK FAULT Alarm; EGD; 0020.Q23 LINK_OK_PMVE_S PMVE S I/O NET Link Okay Indication EGD; 0017.B26; 0020.B03; 0020.B04; 0020.U23; 0023.C21; DistributedIO.PMVE-21.LINK_OK_PMVE_S LINK_OK_PMVE_S_FLT PMVE S I/O NET COMMUNICATION LINK FAULT Alarm; EGD; 0020.W23 LINK_OK_PMVE_T PMVE T I/O NET Link Okay Indication EGD; 0017.B23; 0020.B03; 0020.B04; 0020.B25; 0023.I21; DistributedIO.PMVE-21.LINK_OK_PMVE_T LINK_OK_PMVE_T_FLT PMVE T I/O NET COMMUNICATION LINK FAULT Alarm; EGD; 0020.D25 LINK_OK_PMVP_X PMVP X I/O NET Link Okay Indication EGD; 0019.B15; 0019.B16; 0021.B13; 0024.B22; DistributedIO.PMVP-23.LINK_OK_PMVP_R LINK_OK_PMVP_X_FLT PMVP X I/O NET COMMUNICATION LINK FAULT Alarm; EGD; 0021.D13 LINK_OK_PMVP_Y PMVP Y I/O NET Link Okay Indication EGD; 0019.B15; 0019.B16; 0021.I13; 0024.B24; DistributedIO.PMVP-23.LINK_OK_PMVP_S LINK_OK_PMVP_Y_FLT PMVP Y I/O NET COMMUNICATION LINK FAULT Alarm; EGD; 0021.K13 LINK_OK_PMVP_Z PMVP Z I/O NET Link Okay Indication EGD; 0019.B16; 0019.B17; 0021.O13; 0024.B26; DistributedIO.PMVP-23.LINK_OK_PMVP_T LINK_OK_PMVP_Z_FLT PMVP Z I/O NET COMMUNICATION LINK FAULT Alarm; EGD; 0021.Q13 LJCTDA COMPRESSOR DISCHARGE TEMP LIMITED EGD; 0066.L04 LK14P11 EGD; 0044.G20 LK14P12 EGD; 0044.G20 LK14P21 EGD; 0044.G21 LK14P22 EGD; 0044.G21 LK14PR1 EGD; 0044.G19 LK14PR2 EGD; 0044.G19 LK26CTH EGD; 0013.B20 LK26IOP Turbine Control Panel IO Pack Temperature Alam Setpoint 0013.I03; 0013.I07 LK26MVRH MVRx Boards High Operating Temperature Limit 0014.G02 LK26PMVEH PMVE Boards High Operating Temperature Limit 0012.I20 LK27_15V_FLT 15 VOLTS DC POWER SUPPLY FAULT Alarm; 0026.X02 LK27_GRND 125 VDC Supply Ground Alarm Level 0023.H08 LK27_P28V_FLT POSITIVE 28 VOLTS DC POWER SUPPLY FAULT Alarm; 0025.E13 LK27_P5V_FLT POSITIVE 5 VOLTS DC POWER SUPPLY FAULT Alarm; 0025.K09 LK27D_LOW 125 VDC Supply Voltage Level Low Setpoint 0023.H08 LK27LVDTEX_FLT LVDT EXCITATION VOLTAGE FAULT Alarm; 0025.K05 LK27LVDTEXLO LVDT Excitation Vrms Low 0025.I06 LK30HP1 H2 PURITY #1 LOW CONSTANT EGD LK30HP2 H2 PURITY #2 LOW CONSTANT EGD LK32DWF EGD; 0058.I16 LK32DWRP EGD; 0058.O20 LK39ATD VIBRATION ALARM TIME DELAY EGD; 0071.H15 LK39DFTD VIB REDUNDANT SENSOR DIFF FAULT TD EGD; 0071.H16 LK39DIFF VIB REDUNDANT SENSOR DIFF FAULT EGD; 0071.H16 LK39FTD VIBRATION FAULT ALARM TIME DELAY EGD; 0071.H17 LK39TTD VIBRATION TRIP TIME DELAY EGD; 0071.H17 LK39VA1 VIBRATION ALARM LEVEL SETPOINT INPUT #1 EGD; 0071.H18 LK39VA10 VIBRATION ALARM LEVEL SETPOINT INPUT #10 EGD; 0071.H18 LK39VA11 VIBRATION ALARM LEVEL SETPOINT INPUT #11 EGD; 0071.H19 LK39VA12 VIBRATION ALARM LEVEL SETPOINT INPUT #12 EGD; 0071.H19 Last Modified 000 00:00:00 Build Major Revision 2/15/2012 03:14:38 Build Minor Revision 000 00:00:00



Data Type BOOL

Initial Value 0

BOOL

0

BOOL

0

BOOL

0

BOOL

0

BOOL

0

BOOL

0

BOOL

0

BOOL

0

BOOL

0

BOOL

0

BOOL

0

BOOL

0

BOOL

0

BOOL

0

BOOL

0

BOOL

0

BOOL

0

BOOL

0

BOOL REAL

19.7

REAL

1.8

REAL

90

REAL

85

REAL

0

REAL

0.1

REAL

95

REAL

155

REAL

155

REAL

155

BOOL

0

REAL

30.00

BOOL

0

BOOL

0

REAL

90.00

BOOL

0

REAL

4.5

REAL

20

REAL

20

REAL

-50

REAL

-3

REAL

5

REAL

0.5

REAL

0.1

REAL

0.5

REAL

0.5

REAL

0.5

REAL

0.5

REAL

0.5

REAL

0.5



Units




Variable Name LK39VA2 EGD; 0071.H20 LK39VA3 EGD; 0071.H20 LK39VA4 EGD; 0071.H20 LK39VA5 EGD; 0071.H21 LK39VA6 EGD; 0071.H21 LK39VA7 EGD; 0071.H22 LK39VA8 EGD; 0071.H22 LK39VA9 EGD; 0071.H23 LK39VT1 EGD; 0071.H28 LK39VT10 EGD; 0071.H28 LK39VT11 EGD; 0071.H29 LK39VT12 EGD; 0071.H29 LK39VT2 EGD; 0071.H30 LK39VT3 EGD; 0071.H30 LK39VT4 EGD; 0071.H30 LK39VT5 EGD; 0071.H31 LK39VT6 EGD; 0071.H31 LK39VT7 EGD; 0071.H32 LK39VT8 EGD; 0071.H32 LK39VT9 EGD; 0071.H33 LK3DWF EGD; 0110.B08 LK3GCV EGD; 0076.L03 LK3GCVFB EGD; 0076.B12 LK3GCVO EGD; 0076.B12 LK3GCVSC EGD; 0076.B13 LK3GCVTD EGD; 0076.G17 LK3GFIVP EGD; 0076.B14 LK3GFLTD EGD; 0076.B15 LK3GRVFB EGD; 0076.B09 LK3GRVO EGD; 0076.B10 LK3GRVSC EGD; 0076.B10 LK3IGVF1 EGD; 0068.B19 LK3IGVF2 EGD; 0068.B19 LK3IGVF3 EGD; 0068.B20 LK3IGVF4 EGD LK3IGVF4_U EGD; 0068.B21 LK3LFBSC EGD; 0070.J08 LK3LFBSP EGD LK3LFBSQ EGD; 0070.J07 LK3LFBTD EGD; 0070.B11 LK4IGVTX EGD; 0092.B23 LK60BOG1 EGD; 0051.H22 LK60BOG2 EGD LK60BOG2_U EGD; 0051.H22 LK60FFLH EGD; 0070.J06 LK60FSGH EGD; 0076.B09 LK60FSR1 EGD; 0068.B23 LK60FSR2 EGD; 0068.B23 LK60FSR3 EGD; 0068.B24 LK60FSR4 EGD; 0068.B24 Last Modified 000 00:00:00 Build Major Revision 2/15/2012 03:14:38 Build Minor Revision 000 00:00:00



Description VIBRATION ALARM LEVEL SETPOINT INPUT #2

Data Type REAL

Initial Value 0.5

VIBRATION ALARM LEVEL SETPOINT INPUT #3

REAL

0.5


REAL

0.5


REAL

0.5


REAL

0.5


REAL

0.5


REAL

0.5


REAL

0.5

VIBRATION TRIP LEVEL SETPOINT INPUT #1

REAL

1


REAL

1


REAL

1


REAL

1


REAL

1


REAL

1


REAL

1


REAL

1


REAL

1


REAL

1


REAL

1


REAL

1

REAL

-10

REAL

3

REAL

-30

REAL

5

REAL

30

REAL

3

REAL

-5

UDINT

4

REAL

-6.67

REAL

6.67

REAL

5

IGV POSITION FAULT, LOSS OF FEEDBACK

REAL

30

IGV POS FAULT, NOT AT CLOSED POSITION

REAL

37.5

IGV POS FAULT, SERVO CUR NEG SATURATION

REAL

-128

IGV POS FAULT, TIME DELAY

REAL

5

LK3IGVF4_U

UDINT

Gas control valve not following ref alarm setpoint

Gas Control Vlv not following Ref Time delay stpnt

REAL

30

REAL

0.25

REAL

3

UDINT

10

IGV POSITION MONITOR

REAL

50

START DEVICE BOG DOWN SETPOINT

REAL

5

START DEVICE BOG DOWN TIME DELAY

REAL

1

LK60BOG2_U

UDINT REAL

15

REAL

33.3

FSR RATE OF DECREASE SETPOINT 1

REAL

10


REAL

20


REAL

30

FSR RATE OF INCREASE SETPOINT 1

REAL

10



Units







Variable Name Description LK60FSR5 FSR RATE OF INCREASE SETPOINT 2 EGD; 0068.B24 LK60FSR6 FSR RATE OF INCREASE SETPOINT 3 EGD; 0068.B25 LK60SYN1 AUX SYNCHRONIZING CONST (NOT USED) EGD; 0059.U20 LK60SYN2 AUX SYNCHRONIZING CONST (NOT USED) EGD; 0059.U21 LK60SYN3 AUX SYNCHRONIZING CONST (NOT USED) EGD; 0059.U21 LK60TNMD SPEED MATCHING DEAD EGD; 0059.U19 LK60TNME SPEED MATCHING ERROR THRESHOLD EGD; 0059.U19 LK60TNMO SPEED MATCHING OFFSET EGD; 0059.U18 LK60VSL VAR SHED LOWER EGD LK60VSR VAR SHED RAISE EGD LK69TWW MAX ALLOW. WHEELSPACE TEMP FOR WWASH EGD; 0055.B11 LK83WNQH WATER INJ TRANSFER VALVE OPEN EGD LK86GCV Gas Control Valve not following Ref trip set point EGD; 0076.L06 LK86GCVTD Gas Control Vlv not following Ref trip Time delay EGD; 0076.B20 LK86GVA1 IGV NOT FOLLOWING REFERENCE ALARM EGD; 0068.O14 LK86GVA2 IGV NOT FOLLOWING REFERENCE ALARM TD EGD LK86GVA2_U LK86GVA2_U EGD; 0068.O14 LK86GVT1 IGV NOT FOLLOWING REFERENCE TRIP EGD; 0068.O15 LK86GVT2 IGV NOT FOLLOWING REFERENCE TRIP TD EGD LK86GVT2_U LK86GVT2_U EGD; 0068.O15 LK90DB1 LOAD CONTROL DEADBAND LIMIT 1 EGD; 0059.I13 LK90DB2 LOAD CONTROL DEADBAND LIMIT 2 EGD; 0059.I14 LK90DB3 LOAD CNTRL INHIBIT RAISE SETPOINT EGD; 0059.I10 LK90DB4 LOAD CONTROL FORCED LOWER SETPOINT EGD; 0059.I11 LK90MAX LOAD CONTROL MAXIMUM LOAD EGD; 0059.I12 LK90PSMN EGD; 0059.B09 LK90PSMX EGD; 0059.B09 LK90PSR EGD; 0059.B10; 0059.B11 LK90SPIN LOAD CONTROL SPINNING RESERVE LEVEL EGD; 0059.I12 LK90SWDB 512.0 MW | 1.00 |SH.24X BP5J EGD LK90SWEL 512.0 MW | 20.00 |SH.24X BP5J EGD LK90SWMN 512.0 MW | 0.00 |SH.24X BP5J EGD LK90SWMX 512.0 MW | 40.00 |SH.24X BP5J EGD LK90SWR 64.00 Meg/s | 0.10 |SH.24X BP5J EGD LKCPDFD CPD FLAME DETECTOR MONITOR EGD LMANDB_PRST ?LQ LMANDB_PRST LOG EGD; 0105.B07; 0104.T19; 0105.C20 LMIN_EN1 Enable Trigger For Hour #1 Hourly Minute Averages 0036.P03; 0036.R03 LMIN_EN2 Enable Trigger For Hour #2 Hourly Minute Averages 0036.J20; 0036.L20 LMIN_TRIG1 Trigger For Hour #1 Hourly Minute Averages 0036.H03; 0036.U03; 0036.M12; 0036.B21 LMIN_TRIG2 Trigger For Hour #2 Hourly Minute Averages 0036.H04; 0036.B21; 0036.O20; 0037.M07 LOAD_CLR EGD; 0055.Q13 LOAD1_PRSET EGD; 0055.Q13 log EGD; DistributedIO.PMVD-24.DTBD4.RelayOut_48 lt_g1d_1a Gen TC G1D EGD; DistributedIO.PMVE-22.Port_S1.MVRC.MVRC.Thermocouple35 lt_g2d_1a Gen TC G2D EGD; DistributedIO.PMVE-22.Port_S1.MVRC.MVRC.Thermocouple36 lt_rgcd_1 Bearing Drain TC EGD; DistributedIO.PMVE-22.Port_S1.MVRC.MVRC.Thermocouple40 LTRUE True Signal

Data Type REAL

Initial Value 20

REAL

30

REAL

0.1

REAL

0.1

REAL

2.4

REAL

0.1

REAL

0.5

REAL

0.1

REAL

0.5

REAL

-0.5

REAL

300

REAL

1

REAL

5

REAL

5

REAL

7.5

REAL

5

LWLX4MIN Alarm; EGD; 0034.D17 LWLXHR Alarm; EGD; 0034.D17; 0035.G23; 0035.M25 MajorRevision_R Device Intrinsic; EGD

INJECTION TO FUEL RATIO LOW: 4 MIN AVG

BOOL

INJECTION TO FUEL RATIO LOW: HOURLY AVG

BOOL

The R controller's major revision.

UDINT

UDINT REAL

7.5

REAL

5

UDINT REAL

0.15

REAL

0.5

REAL

3

REAL

6

REAL

36

REAL

2

REAL

36

REAL

0.1

REAL

2

REAL

1

REAL

20

REAL

0

REAL

40

REAL

0.1

REAL

2

BOOL BOOL

0

BOOL

0

BOOL

0

BOOL

0

BOOL BOOL BOOL REAL REAL REAL BOOL



Units

True




Variable Name Description MajorRevision_S The S controller's major revision. Device Intrinsic; EGD MajorRevision_T The T controller's major revision. Device Intrinsic; EGD MarkVIe_MMV_System.CtrlDiag._Enable Task Enable Device Intrinsic MarkVIe_MMV_System.CtrlMdCommIO._Enable Task Enable Device Intrinsic MarkVIe_MMV_System.CtrlMdPwr._Enable Task Enable Device Intrinsic MarkVIe_MMV_System.CtrlMdStat._Enable Task Enable Device Intrinsic MarkVIe_MMV_System.CtrlStatus._Enable Task Enable Device Intrinsic MarkVIe_MMV_System.MarkVIeMigration._Enable Task Enable Device Intrinsic MarkVIe_MMV_System.UTC_TIME._Enable Task Enable Device Intrinsic MinorRevision_R The R controller's minor revision. Device Intrinsic; EGD MinorRevision_S The S controller's minor revision. Device Intrinsic; EGD MinorRevision_T The T controller's minor revision. Device Intrinsic; EGD MSG_FLD1 ENUMERATED STATE (ENMnn) EGD; 0057.E17 MSG_FLD2 ENUMERATED STATE (ENMnn) EGD; 0057.J17 MSG_FLD3 ENUMERATED STATE (ENMnn) EGD; 0057.P17 mvra_cjr MVRA R Cold Junction Temperature EGD; 0013.B14; DistributedIO.PMVE-21.Port_S1.MVRA.MVRATB.ColdJunction_R mvra_cjs MVRA S Cold Junction Temperature EGD; 0013.B14; DistributedIO.PMVE-21.Port_S1.MVRA.MVRATB.ColdJunction_S mvra_cjt MVRA T Cold Junction Temperature EGD; 0013.B14; DistributedIO.PMVE-21.Port_S1.MVRA.MVRATB.ColdJunction_T MVRA_LVDTExcitMonitor_R MVRA R LVDT Excitation Monitor (Vrms) 0025.C06; DistributedIO.PMVE-21.Port_S1.MVRA.LvdtExcitMonitor_R MVRA_LVDTExcitMonitor_S MVRA S LVDT Excitation Monitor (Vrms) 0025.C06; DistributedIO.PMVE-21.Port_S1.MVRA.LvdtExcitMonitor_S MVRA_LVDTExcitMonitor_T MVRA T LVDT Excitation Monitor (Vrms) 0025.C07; DistributedIO.PMVE-21.Port_S1.MVRA.LvdtExcitMonitor_T MVRA_N125_R MVRA R N125 Power Monitor EGD; 0023.C08; DistributedIO.PMVE-21.Port_S1.MVRA.N125_R MVRA_N125_S MVRA S N125 Power Monitor EGD; 0023.C08; DistributedIO.PMVE-21.Port_S1.MVRA.N125_S MVRA_N125_T MVRA T N125 Power Monitor EGD; 0023.C09; DistributedIO.PMVE-21.Port_S1.MVRA.N125_T MVRA_N15_R MVRA R N15A Power Monitor EGD; 0026.B16; DistributedIO.PMVE-21.Port_S1.MVRA.N15_R MVRA_N15_S MVRA S N15A Power Monitor EGD; 0026.B19; DistributedIO.PMVE-21.Port_S1.MVRA.N15_S MVRA_N15_T MVRA T N15A Power Monitor EGD; 0026.B21; DistributedIO.PMVE-21.Port_S1.MVRA.N15_T MVRA_N15A_Stat_R MVRA R N15V A Power supply status EGD; 0023.C16; DistributedIO.PMVE-21.Port_S1.MVRA.N15A_Stat_R MVRA_N15A_Stat_S MVRA S N15V A Power supply status EGD; 0023.C19; DistributedIO.PMVE-21.Port_S1.MVRA.N15A_Stat_S MVRA_N15A_Stat_T MVRA T N15V A Power supply status EGD; 0023.I19; DistributedIO.PMVE-21.Port_S1.MVRA.N15A_Stat_T MVRA_N15B_Stat_R MVRA R N15V B Power supply status EGD; 0023.C16; DistributedIO.PMVE-21.Port_S1.MVRA.N15B_Stat_R MVRA_N15B_Stat_S MVRA S N15V B Power supply status EGD; 0023.C20; DistributedIO.PMVE-21.Port_S1.MVRA.N15B_Stat_S MVRA_N15B_Stat_T MVRA T N15V B Power supply status EGD; 0023.I20; DistributedIO.PMVE-21.Port_S1.MVRA.N15B_Stat_T MVRA_P125_R MVRA R P125 Power Monitor EGD; 0023.C11; DistributedIO.PMVE-21.Port_S1.MVRA.P125_R MVRA_P125_S MVRA S P125 Power Monitor EGD; 0023.C12; DistributedIO.PMVE-21.Port_S1.MVRA.P125_S MVRA_P125_T MVRA T P125 Power Monitor EGD; 0023.C12; DistributedIO.PMVE-21.Port_S1.MVRA.P125_T MVRA_P15_R MVRA R P15A Power Monitor EGD; 0026.G02; DistributedIO.PMVE-21.Port_S1.MVRA.P15_R MVRA_P15_S MVRA S P15A Power Monitor EGD; 0026.G11; DistributedIO.PMVE-21.Port_S1.MVRA.P15_S MVRA_P15_T MVRA T P15A Power Monitor EGD; 0026.G14; DistributedIO.PMVE-21.Port_S1.MVRA.P15_T MVRA_P15A_Stat_R MVRA R P15A Status EGD; 0023.C16; DistributedIO.PMVE-21.Port_S1.MVRA.P15A_Stat_R MVRA_P15A_Stat_S MVRA S P15A Status EGD; 0023.C20; DistributedIO.PMVE-21.Port_S1.MVRA.P15A_Stat_S MVRA_P15A_Stat_T MVRA T P15A Status EGD; 0023.I20; DistributedIO.PMVE-21.Port_S1.MVRA.P15A_Stat_T MVRA_P15B_Stat_R MVRA R P15B Status EGD; 0023.C17; DistributedIO.PMVE-21.Port_S1.MVRA.P15B_Stat_R MVRA_P15B_Stat_S MVRA S P15B Status EGD; 0023.C21; DistributedIO.PMVE-21.Port_S1.MVRA.P15B_Stat_S MVRA_P15B_Stat_T MVRA T P15B Status EGD; 0023.I21; DistributedIO.PMVE-21.Port_S1.MVRA.P15B_Stat_T MVRA_P5_R MVRA R P5 Power Monitor EGD; 0025.B10; DistributedIO.PMVE-21.Port_S1.MVRA.P5_R MVRA_P5_S MVRA S P5 Power Monitor EGD; 0025.B11; DistributedIO.PMVE-21.Port_S1.MVRA.P5_S MVRA_P5_T MVRA T P5 Power Monitor EGD; 0025.B11; DistributedIO.PMVE-21.Port_S1.MVRA.P5_T MVRATmpr_R MVRA R Temperature (deg F) EGD; 0013.B26; DistributedIO.PMVE-21.Port_S1.MVRA.MvraTmpr_R MVRATmpr_S MVRA S Temperature (deg F) EGD; 0013.B27; DistributedIO.PMVE-21.Port_S1.MVRA.MvraTmpr_S Last Modified 000 00:00:00 Build Major Revision 2/15/2012 03:14:38 Build Minor Revision 000 00:00:00



Data Type UDINT


Units

UDINT BOOL

True

BOOL

True

BOOL

True

BOOL

True

BOOL

True

BOOL

True

BOOL

True

UDINT UDINT UDINT UINT UINT UINT REAL

0

REAL

0

REAL

0

REAL

0

REAL

0

REAL

0

REAL

0

REAL

0

REAL

0

REAL

0

REAL

0

REAL

0

BOOL

0

BOOL

0

BOOL

0

BOOL

0

BOOL

0

BOOL

0

REAL

0

REAL

0

REAL

0

REAL

0

REAL

0

REAL

0

BOOL

0

BOOL

0

BOOL

0

BOOL

0

BOOL

0

BOOL

0

REAL

0

REAL

0

REAL

0

REAL

0

REAL

0


Initial Value




Variable Name Description MVRATmpr_T MVRA T Temperature (deg F) EGD; 0013.B27; DistributedIO.PMVE-21.Port_S1.MVRA.MvraTmpr_T MVRC_ACPwr_Status MVRC/PDM AC POWER STATUS FAULT EGD; 0025.C02; DistributedIO.PMVE-22.Port_S1.MVRC.ACPwr_Status MVRC_ACPwr_Status_FLT MVRC/PDM AC POWER STATUS FAULT Alarm; EGD; 0025.E02 mvrc_cj1 MVRC 1 Cold Junction Temperature EGD; 0013.B18; DistributedIO.PMVE-22.Port_S1.MVRC.MVRC.ColdJunction1 mvrc_cj2 MVRC 2 Cold Junction Temperature EGD; 0013.B19; DistributedIO.PMVE-22.Port_S1.MVRC.MVRC.ColdJunction2 mvrc_cj3 MVRC 3 Cold Junction Temperature EGD; 0013.B19; DistributedIO.PMVE-22.Port_S1.MVRC.MVRC.ColdJunction3 MVRC_N125_Monitor MVRC C -125 vdc Monitor EGD; 0023.C09; DistributedIO.PMVE-22.Port_S1.MVRC.N125_Monitor MVRC_N15_Monitor MVRC C -15V PS Monitor EGD; DistributedIO.PMVE-22.Port_S1.MVRC.N15_Monitor MVRC_N15A_Status MVRC C -15V PS A status EGD; 0023.O19; DistributedIO.PMVE-22.Port_S1.MVRC.N15A_Status MVRC_N15B_Status MVRC C -15V PS B status EGD; 0023.O20; DistributedIO.PMVE-22.Port_S1.MVRC.N15B_Status MVRC_P125_Monitor MVRC C +125 vdc Monitor EGD; 0023.C12; DistributedIO.PMVE-22.Port_S1.MVRC.P125_Monitor MVRC_P15_Monitor MVRC C +15V PS Monitor EGD; DistributedIO.PMVE-22.Port_S1.MVRC.P15_Monitor MVRC_P15A_Status MVRC C +15V PS A status EGD; 0023.O20; DistributedIO.PMVE-22.Port_S1.MVRC.P15A_Status MVRC_P15B_Status MVRC C +15V PS B status EGD; 0023.O21; DistributedIO.PMVE-22.Port_S1.MVRC.P15B_Status MVRC_P28_Monitor MVRC C +28V PS Monitor EGD; 0025.C13; DistributedIO.PMVE-22.Port_S1.MVRC.P28_Monitor MVRC_P5_Monitor MVRC C +5V PS Monitor EGD; 0025.B12; DistributedIO.PMVE-22.Port_S1.MVRC.P5_Monitor MVRCTmpr_C MVRC Temperature (deg F) EGD; 0014.B03; DistributedIO.PMVE-22.Port_S1.MVRC.MvrcTmpr_R N125VDC Negative Leg 125 VDC Bus Level EGD; 0023.E07; 0023.H07 NORMAL NORMAL DISPLAY MESSAGE ENUMERATED STATE VARIABLE EGD; 0057.E00 NUM_IN_Q Number Of Alarms In Alarm Que EGD P125VDC Positive Leg 125 VDC Bus Level EGD; 0023.E10; 0023.H08 PB_Handler.PB_Handler._Enable Task Enable Device Intrinsic PMULT Period Multiploer for Capture Buffers 0119.G03; 0120.F02 PMVD_CD_IOPackTmpr_C PMVD CD C IO Pack Temperature (deg F) EGD; 0013.C05; DistributedIO.PMVD-25.IOPackTmpr_R PMVD_DD_IOPackTmpr_D PMVD DD D IO Pack Temperature (deg F) EGD; 0013.C06 PMVD_QD1_IOPackTmpr_R PMVD QD1 R IO Pack Temperature (deg F) EGD; 0013.C03; DistributedIO.PMVD-24.IOPackTmpr_R PMVD_QD1_IOPackTmpr_S PMVD QD1 S IO Pack Temperature (deg F) EGD; 0013.C03; DistributedIO.PMVD-24.IOPackTmpr_S PMVD_QD1_IOPackTmpr_T PMVD QD1 T IO Pack Temperature (deg F) EGD; 0013.C03; DistributedIO.PMVD-24.IOPackTmpr_T PMVD_QD2_IOPackTmpr_R PMVD QD2 R IO Pack Temperature (deg F) EGD; 0013.C04 PMVD_QD2_IOPackTmpr_S PMVD QD2 S IO Pack Temperature (deg F) EGD; 0013.C04 PMVD_QD2_IOPackTmpr_T PMVD QD2 T IO Pack Temperature (deg F) EGD; 0013.C05 PMVE_C_ONLINE PMVE C Link Okay Online Controlling Indication EGD; 0020.C17; 0021.N03; 0023.O21; DistributedIO.PMVE-22.ONLINE_PMVE_R PMVE_C_ONLINE_FLT PMVE C OFF-LINE NOT CONTROLLING Alarm; EGD; 0021.P04 PMVE_C_UcsaTmpr_R PMVE C UCSA Temperature (deg F) EGD; 0012.C20; DistributedIO.PMVE-22.CpuTmpr_PMVE_R PMVE_C_UcsaVentTmpr_R PMVE C UCSA Vent Tempperature (deg F) EGD; 0012.C20; DistributedIO.PMVE-22.VentTmpr_PMVE_R PMVE_R_ONLINE PMVE R Link Okay Online Controlling Indication EGD; 0017.B21; 0020.B06; 0020.B07; 0021.B02; 0023.C17; DistributedIO.PMVE-21.ONLINE_PMVE_R PMVE_R_ONLINE_FLT PMVE R OFF-LINE NOT CONTROLLING Alarm; EGD; 0021.D02 PMVE_S_ONLINE PMVE S Link Okay Online Controlling Indication EGD; 0017.B25; 0020.B07; 0020.B08; 0021.B03; 0023.C21; DistributedIO.PMVE-21.ONLINE_PMVE_S PMVE_S_ONLINE_FLT PMVE S OFF-LINE NOT CONTROLLING Alarm; EGD; 0021.D04 PMVE_T_ONLINE PMVE T Link Okay Online Controlling Indication EGD; 0017.B23; 0020.B07; 0020.B08; 0021.H03; 0023.I21; DistributedIO.PMVE-21.ONLINE_PMVE_T PMVE_T_ONLINE_FLT PMVE T OFF-LINE NOT CONTROLLING Alarm; EGD; 0021.J04 PMVE_UcsaTmpr_R PMVE R UCSA Temperature (deg F) EGD; 0012.C20; DistributedIO.PMVE-21.CpuTmpr_PMVE_R PMVE_UcsaTmpr_S PMVE S UCSA Temperature (deg F) EGD; 0012.C21; DistributedIO.PMVE-21.CpuTmpr_PMVE_S PMVE_UcsaTmpr_T PMVE T UCSA Temperature (deg F) EGD; 0012.C21; DistributedIO.PMVE-21.CpuTmpr_PMVE_T PMVE_UcsaVentTmpr_R PMVE R UCSA Vent Tempperature (deg F) EGD; 0012.C22; DistributedIO.PMVE-21.VentTmpr_PMVE_R PMVE_UcsaVentTmpr_S PMVE S UCSA Vent Tempperature (deg F) EGD; 0012.C22; DistributedIO.PMVE-21.VentTmpr_PMVE_S PMVE_UcsaVentTmpr_T PMVE T UCSA Vent Tempperature (deg F) EGD; 0012.C23; DistributedIO.PMVE-21.VentTmpr_PMVE_T PMVP_IOPackTmpr_X PMVP X IO Pack Temperature (deg F) EGD; 0013.C07; DistributedIO.PMVP-23.IOPackTmpr_R PMVP_IOPackTmpr_Y PMVP Y IO Pack Temperature (deg F) EGD; 0013.C08; DistributedIO.PMVP-23.IOPackTmpr_S Last Modified 000 00:00:00 Build Major Revision 2/15/2012 03:14:38 Build Minor Revision 000 00:00:00



Data Type REAL

Initial Value 0

BOOL

0

BOOL

0

REAL

0

REAL

0

REAL

0

REAL

0

REAL

0

BOOL

0

BOOL

0

REAL

0

REAL

0

BOOL

0

BOOL

0

REAL

0

REAL

0

REAL

0

REAL

0

UINT

DINT

0

REAL

0

BOOL

True

UINT

1

REAL

0

REAL

0

REAL

0

REAL

0

REAL

0

REAL

0

REAL

0

REAL

0

BOOL

0

BOOL

0

REAL

0

REAL

0

BOOL

0

BOOL

0

BOOL

0

BOOL

0

BOOL

0

BOOL

0

REAL

0

REAL

0

REAL

0

REAL

0

REAL

0

REAL

0

REAL

0

REAL

0



Units




Variable Name Description PMVP_IOPackTmpr_Z PMVP Z IO Pack Temperature (deg F) EGD; 0013.C08; DistributedIO.PMVP-23.IOPackTmpr_T pn TURBINE STARTING DEVICE SPEED EGD; 0045.B02; 0044.G19; DistributedIO.PMVE-21.Port_S1.MVRA.MVRATB.PulseRateMPU7 PN_RPM TURBINE STARTTING DEVICE SPEED IN RPM EGD; 0045.E02 PNL_ACC_TIME Panel Powered Up - Accumulated Time EGD; 0012.E04 PNL_COUNT Number of Times Panel Powered Up Non-Volatile RAM; EGD; 0012.E04 PNL_CUR_TIME Panel Powered Up - Current Time EGD; 0012.E04 PS18V_PMVD_CD_C PMVD CD C I/O 18V Power Supply Indication EGD; 0024.C18; DistributedIO.PMVD-25.PS18V_PMVD_R PS18V_PMVD_DD_D PMVD DD D I/O 18V Power Supply Indication EGD PS18V_PMVD_QD1_R PMVD QD1 R I/O 18V Power Supply Indication EGD; 0024.C11; DistributedIO.PMVD-24.PS18V_PMVD_R PS18V_PMVD_QD1_S PMVD QD1 S I/O 18V Power Supply Indication EGD; 0024.C14; DistributedIO.PMVD-24.PS18V_PMVD_S PS18V_PMVD_QD1_T PMVD QD1 T I/O 18V Power Supply Indication EGD; 0024.C16; DistributedIO.PMVD-24.PS18V_PMVD_T PS18V_PMVD_QD2_R PMVD QD2 R I/O 18V Power Supply Indication EGD PS18V_PMVD_QD2_S PMVD QD2 S I/O 18V Power Supply Indication EGD PS18V_PMVD_QD2_T PMVD QD2 T I/O 18V Power Supply Indication EGD PS18V_PMVP_X PMVP X I/O 18V Power Supply Indication EGD; 0024.B21; DistributedIO.PMVP-23.PS18V_PMVP_R PS18V_PMVP_Y PMVP Y I/O 18V Power Supply Indication EGD; 0024.B23; DistributedIO.PMVP-23.PS18V_PMVP_S PS18V_PMVP_Z PMVP Z T I/O 18V Power Supply Indication EGD; 0024.B25; DistributedIO.PMVP-23.PS18V_PMVP_T PS28V_PMVD_CD_C PMVD CD C I/O 28V Power Supply Indication EGD; 0024.C19; DistributedIO.PMVD-25.PS28V_PMVD_R PS28V_PMVD_DD_D PMVD DD D I/O 28V Power Supply Indication EGD PS28V_PMVD_QD1_R PMVD QD1 R I/O 28V Power Supply Indication EGD; 0024.C12; DistributedIO.PMVD-24.PS28V_PMVD_R PS28V_PMVD_QD1_S PMVD QD1 S I/O 28V Power Supply Indication EGD; 0024.C14; DistributedIO.PMVD-24.PS28V_PMVD_S PS28V_PMVD_QD1_T PMVD QD1 T I/O 28V Power Supply Indication EGD; 0024.C17; DistributedIO.PMVD-24.PS28V_PMVD_T PS28V_PMVD_QD2_R PMVD QD2 R I/O 28V Power Supply Indication EGD PS28V_PMVD_QD2_S PMVD QD2 S I/O 28V Power Supply Indication EGD PS28V_PMVD_QD2_T PMVD QD2 T I/O 28V Power Supply Indication EGD PS28V_PMVP_X PMVP X I/O 28V Power Supply Indication EGD; 0024.B21; DistributedIO.PMVP-23.PS28V_PMVP_R PS28V_PMVP_Y PMVP Y I/O 28V Power Supply Indication EGD; 0024.B23; DistributedIO.PMVP-23.PS28V_PMVP_S PS28V_PMVP_Z PMVP Z I/O 28V Power Supply Indication EGD; 0024.B26; DistributedIO.PMVP-23.PS28V_PMVP_T R5E_ALM MANUAL TRIP - REMOTE Alarm; EGD; 0051.X14 R70R4CSL REMOTE SPEED SETPOINT LOWER SELECT EGD; 0040.T09 R70R4CSR REMOTE SPEED SETPOINT RAISE SELECT EGD; 0040.T14 R90R4CSL REMOTE LOAD REGULATOR-LOWER SELECT EGD; 0040.K07 R90R4CSR REMOTE LOAD REGULATOR-RAISE SELECT EGD; 0040.T05 Redundancy Redundancy (Simplex=1, Dual=2, TMR=3) Device Intrinsic rgb_1_1 Load Gear B TC1-1 EGD; DistributedIO.PMVE-22.Port_S1.MVRC.MVRC.Thermocouple31 rgb_1_2 Load Gear B TC1-2 EGD; DistributedIO.PMVE-22.Port_S1.MVRC.MVRC.Thermocouple32 rgb_2_1 Load Gear B TC2-1 EGD; DistributedIO.PMVE-22.Port_S1.MVRC.MVRC.Thermocouple33 rgb_2_2 Load Gear B TC2-2 EGD; DistributedIO.PMVE-22.Port_S1.MVRC.MVRC.Thermocouple34 rgp_1_1 Load Gear TC1-1 EGD; DistributedIO.PMVE-22.Port_S1.MVRC.MVRC.Thermocouple19 rgp_1_2 Load Gear TC1-2 EGD; DistributedIO.PMVE-22.Port_S1.MVRC.MVRC.Thermocouple28 rgp_2_1 Load Gear TC2-1 EGD; DistributedIO.PMVE-22.Port_S1.MVRC.MVRC.Thermocouple29 rgp_2_2 Load Gear TC2-2 EGD; DistributedIO.PMVE-22.Port_S1.MVRC.MVRC.Thermocouple30 S43BP_BASE EGD; 0040.B09 S43BP_EXT EGD; 0040.O10 S43BP_PEAK EGD; 0040.B19 S43BP_PS EGD; 0040.B17 S43F_DIST EGD; 0040.B14 S43F_GAS EGD; 0040.K05 S43ISL CPB PUSHBUTTON ISOCH SETPOINT CONTROL EGD; 0040.O07 S43ISR CPB PUSHBUTTON ISOCH SETPOINT CONTROL EGD; 0040.F12 Last Modified 000 00:00:00 Build Major Revision 2/15/2012 03:14:38 Build Minor Revision 000 00:00:00



Data Type REAL


Units

REAL REAL REAL

0

DINT

0

REAL

0

BOOL

0

BOOL

0

BOOL

0

BOOL

0

BOOL

0

BOOL

0

BOOL

0

BOOL

0

BOOL

0

BOOL

0

BOOL

0

BOOL

0

BOOL

0

BOOL

0

BOOL

0

BOOL

0

BOOL

0

BOOL

0

BOOL

0

BOOL

0

BOOL

0

BOOL

0

BOOL BOOL BOOL BOOL BOOL UINT REAL REAL REAL REAL REAL REAL REAL REAL BOOL BOOL BOOL BOOL BOOL BOOL BOOL BOOL


Initial Value 0




Variable Name Description S43PFLD EGD; 0040.B05 S43PFLG EGD; 0040.J17 S43SWL EGD; 0040.O12 S43SWR EGD; 0040.O15 S43VCLD EGD; 0040.S03 S43VCLG EGD; 0040.F17 S70R4CSL SPEED/LOAD SETPOINT LOWER FROM CABLE REMOTE EGD; 0040.P09; 0101.B02; 0109.C15 S70R4CSR SPEED/LOAD SETPOINT RAISE FROM CABLE REMOTE EGD; 0040.B15; 0100.B06; 0109.C15 SC43 OPERATION MODE COMMAND EGD; 0045.B09 SC43F FUEL SELECTION - 0=GAS,1=MIX,2=DISTILLATE EGD; 0056.B21 SC43LOAD EGD; 0055.Q12 SC43SYNC Synch function Enum Command EGD; 0105.B07 SELECT2 ENUMERATED STATE (ENMnn) EGD; 0057.U00 sfdiff1 TCEA Freq error (slip) EGD; DistributedIO.PMVP-23.GenFreqDiff sfdiff2 IOMA Freq error (slip) EGD; 0059.U26; DistributedIO.PMVE-21.Port_S1.MVRA.FreqError sfl1 TCEA Line Frequency EGD; DistributedIO.PMVP-23.BusFreq sfl2 IOMA Line frequency EGD; 0059.U18; DistributedIO.PMVE-21.Port_S1.MVRA.BusFreq SHUTDWN1 EGD; 0046.B00; 0071.K08 SHUTDWN2 EGD; 0046.B01; 0046.F22 SHUTDWN3 EGD; 0046.B01; 0110.J17; 0110.L17 SHUTDWN4 0046.B02 SHUTDWN5 0046.B02 SHUTDWN6 0046.B02 SHUTDWN7 0046.B03 SHUTDWN8 0046.B03 SHUTDWN9 0046.B05 SK43_MASK OPERATION MODE COMMAND MASK WORD EGD; 0045.B09 SK43F COMMAND STATE MASK CONTROL EGD; 0056.B21 SK43LOAD EGD; 0055.Q12 SK43SYNC 65536. state ENM13 masking word EGD; 0105.B08 SPD_LATC EGD; 0046.B04; 0055.G00; 0057.G14; 0057.G15 SPEED_LVL TURBINE SPEED ENUMERATED STATE VARIABLE EGD; 0057.J12 SS43 OPERATION MODE COMMAND STATUS EGD; 0045.E09 SS43F FUEL SELECTION COMMAND STATE EGD; 0056.E21 SS43LOAD EGD; 0055.T12 SS43SYNC Synch function Enum State EGD; 0105.F06 ssdiff1 TCEA Phase Error EGD; DistributedIO.PMVP-23.GenPhaseDiff ssdiff2 IOMA Phase Error EGD; DistributedIO.PMVE-21.Port_S1.MVRA.PhaseError STATUS_FLD TURBINE STATUS FIELD MESSAGES ENUMERATED STATE EGD; 0057.J00 SVL SYSTEM LINE VOLTAGE EGD; 0106.B08; DistributedIO.PMVE-21.Port_S1.MVRA.BusVolts svl_mon Line Voltage DistributedIO.PMVE-21.Port_S1.MVRA.MVRATB.BusPT_KVolts SVLX System(Bus) Voltage in KV for Display EGD; 0059.U20; 0106.D08 SVM_AC_TEST EGD; DistributedIO.PMVE-22.Port_S1.MVRC.ShaftTestAC SVM_DC_TEST EGD; DistributedIO.PMVE-22.Port_S1.MVRC.ShaftTestDC Sync_Err_Sigma_R R controller time sync regulator mean squared error sigma. Device Intrinsic Sync_Err_Sigma_S S controller time sync regulator mean squared error sigma. Device Intrinsic Sync_Err_Sigma_T T controller time sync regulator mean squared error sigma. Device Intrinsic Sync_Est_Error_R R controller time sync regulator estimated error. Device Intrinsic Sync_Est_Error_S S controller time sync regulator estimated error. Device Intrinsic Last Modified 000 00:00:00 Build Major Revision 2/15/2012 03:14:38 Build Minor Revision 000 00:00:00



Data Type BOOL


Units

BOOL BOOL BOOL BOOL BOOL BOOL BOOL DINT DINT DINT DINT UINT REAL REAL REAL REAL BOOL BOOL BOOL BOOL

FALSE

BOOL

FALSE

BOOL

FALSE

BOOL

FALSE

BOOL

FALSE

BOOL

0

DINT

1261

DINT

1287

DINT

799

DINT

3855

BOOL UINT DINT DINT DINT DINT REAL REAL UINT

REAL REAL

0

REAL BOOL BOOL LREAL LREAL LREAL LREAL LREAL


Initial Value




Variable Name Sync_Est_Error_T Device Intrinsic SYS_FREQ EGD; 0059.U17 T14HSY EGD T14HSZ EGD T1XY EGD; 0078.J21 T20CBY EGD; 0092.J19 T20CBZ EGD; 0092.E13 T20FGZ EGD; 0074.I19 T20FLZ EGD; 0054.Q10 T20PL1X EGD; 0054.K14 T26QT_SENSR EGD T27BLN_ALM



Initial Value

STATION LINE FREQUENCY

REAL

50

Units

T.D. OPERATING SPEED

REAL

AUXILIARY SIGNAL TO L1X (TIME DELAY INVERSE)

REAL

OPEN POSITION TROUBLE ALARM TD

REAL

AUXILIARY SIGNAL TO L20CBX (TIME DELAY)

REAL

AUXILIARY SIGNAL TO L20FGX (TIME DELAY)

REAL

AUXILIARY SIGNAL TO L20FLX (TIME DELAY)

REAL

L20PL1X Timer Current Value

REAL REAL

EGD T28ALL EGD T28CAN EGD T28FD_ALM EGD T28FDY EGD T28FDZ EGD T2CANT EGD T2DS EGD; 0086.E15 T2DW EGD; 0086.E18 T2DW1 EGD; 0052.D17 T2DWF EGD; 0086.J21 T2DWZ2 EGD; 0087.J13 T2F EGD; 0095.E22 T2G EGD; 0058.X08 T2GFF1 EGD; 0058.L22 T2GFF2 EGD; 0058.Q22 T2HR EGD T2P1 EGD T2P2 EGD T2RBT EGD T2S EGD; 0104.Q28 T2SFTL EGD; 0048.L01 T2SPMB1 EGD T2SPMB2 EGD T2TV EGD; 0095.J08 T2VS1 EGD T2VS2 EGD T2W EGD T2WZ EGD T30AC_ALM EGD T30AF_ALM EGD T30FDL EGD; 0107.K21 T30GNL EGD; 0059.W01 T30HRX1 EGD T30HRX2 EGD T30PLO EGD; 0054.Y19 T30PLX EGD; 0054.X14 Module Revision

Data Type LREAL

REAL

EGD T27MC1N_ALM


Description T controller time sync regulator estimated error.

BATTERY CHARGER UNDERVOLTAGE TEMPORARY VALUE

REAL

MOTOR CONTROL CENTER UNDERVOLTAGE TEMPORARY VALUE

REAL

ALL FLAME DETECTORS REPORTING FLAME

REAL

ANY CAN FLAMED OUT

REAL REAL

TIME DELAYED LOSS OF FLAME

REAL

T.D. WARMUP FUEL PERMISSIVE

REAL

TRIP ON CAN FLAMEOUT TIMED-OUT

REAL

STARTING TIMER - DIESEL ENGINE STARTER

REAL

DIESEL WARMUP TIMER

REAL

DIESEL ACCELERATE TIMER

REAL REAL

DIESEL FAILURE TO BREAKAWAY TURBINE

REAL

FIRING TIMER

REAL

GENERATOR BREAKER RECLOSING TIMER

REAL

GENERAOTR FIELD FLASHING TIMER

REAL

PERMISSIVE TO AUTO SYNCH TIMER

REAL

HYDRAULIC RATCHET TIMER

REAL

VOLTAGE MATCHING PULSING TIMER

REAL

VOLTAGE MATCHING PULSING TIMER

REAL

TRIP ON BLOWOUT RAMP TIMED-OUT

REAL REAL

STARTUP LIQUID FUEL FLOW EXCESSIVE

REAL

COMBUSTION MONITOR FSR RATE OF CHANGE

REAL

COMBUSTION MONITOR SPREAD BIAS PERMISSIVE

REAL

TURBINE VENT TIMER

REAL


REAL


REAL

TURBINE WARMUP TIMER

REAL

FLAME DETECTOR TIMER

REAL REAL REAL

?VQ

T30FDL

SEC16 TIME FOR FF ALARM

REAL

?VQ

T30GNL

SEC16 TIMER FOR K30GNL

REAL REAL REAL

?VQ

T30PLO

SEC16

REAL

?VQ

T30PLX

SEC16

REAL






Variable Name T30PN1 EGD; 0052.J05 T30PN2 EGD; 0052.J07 T30SPA EGD T30SPT EGD T30SPTA EGD T30TBL EGD; 0072.N07 T30UVL EGD; 0110.J18 T32DW EGD; 0059.D01 T33HRZ EGD T33PGCZ

EGD; 0073.R16 T33VG4_ALM EGD; 0074.P06 T3FG_P2X EGD; 0075.K25 T3GCVA EGD; 0076.J17 T3GRVA EGD; 0077.J10 T3GRVT EGD; 0077.J13 T3MP EGD; 0050.V10 T3Z EGD T41FY EGD; 0105.T25 T43CZ EGD T48 EGD T48BTA EGD; 0053.J06 T48BTB EGD; 0053.N04 T48DS EGD; 0086.E05 T4BTY EGD; 0113.J18 T4DEY EGD; 0085.J28 T4FC1 EGD T4FC2 EGD T4FDRUNZ EGD; 0107.J17 T4FDY

EGD; 0090.J10 T4WCRUNZ EGD; 0090.E13 T4Y EGD; 0050.P06 T4Z EGD; 0072.D24 T52FC_ALM EGD T52GA_ALM EGD T52GY EGD; 0058.X13 T52GZ EGD; 0058.Q11 T60SP4Z EGD T60TTRZ

Print Date 11/24/2012 5:33:59 PM


?VQ

SEC16

REAL

T30PN2

T.D. COMBUSTION TROUBLE ALARM

REAL

T.D. HIGH EXHAUST TEMPERATURE SPREAD TRIP

REAL

T.D. EXHAUST TC TROUBLE ALARM

REAL

?VQ

T30TBL

SEC16 TIMER FOR K30TBL

REAL

?VQ

T30UVL

SEC16 TIMER FOR K30UVL

REAL

Initial Value

Units

TD HYDRAULIC RATCHET IN FORWARD STROKE

REAL

GAS FUEL NOZ PURGE VALVE TIMER ACCUMULATE REGISTER

REAL

GAS FUEL NOX PURGE VALVE TIMER

REAL

GAS FUEL NOZ PURGE VALVE FAIL TO OPEN ALARM TIMER ACCUMU

REAL

Gas fuel vent valve out of position counter

REAL

Outside Estimated P2 Margin Accum

REAL

Gas Control Vlv not following Ref Time delay stpnt

REAL

STOP/SPEED RATIO VLV POS ERROR ALARM TIMER

REAL

STOP/SPEED RATIO VLV POS ERROR TRIP TIMER

REAL

Master Protective Start Check ETR Fault Timer

REAL

T.D. GENERATOR INCOMPLETE SEQUENCE ALARM

REAL

T.D. GENERATOR FIELD FLASHING

REAL

TIME DELAY L43C

REAL

INCOMPLETE SEQUENCE TIMER

REAL

minXT OFF TIME DELAY

REAL

minXT ON TIME DELAY

REAL

DIESEL INCOMPLETE SEQUENCE TIMER

REAL

turb cmpt cooling fan #2 TD

REAL

TD LOSS OF DIESEL MASTER CONTROL

REAL


REAL


REAL

FUEL FORWARDING PUMP CONTROL SIGNAL TIMED INVERSE

REAL

T.D. FUEL FWD PUMP CONTROL SIGNAL

REAL

T.D. TURB EXHAUST FRAME COOLING FAN

REAL

Gas Fuel Compt Vent Fan Enable Timer

REAL


REAL


REAL

T.D. LOSS OF MASTER PROTECTIVE

REAL

STARTUP - GAS FUEL STROKE TIMER

REAL REAL REAL

EGD T62DE EGD; 0087.J10 T62TT EGD; 0079.E02 T63BQL_ALM EGD

Type

Data Type REAL

REAL

EGD; 0054.K11 T4FDZ EGD; 0054.D04 T4TKY EGD; 0053.N15 T4VLRUNZ EGD; 0113.E06 T4WCRUN

Module Revision

SEC16

REAL

EGD; 0073.R10 T33PGFT EGD; 0073.X10 T33PGO_ALM


Description ?VQ T30PN1

T.D. GENERATOR BREAKER OPEN

REAL

T.D. GENERATOR BREAKER CLOSED

REAL

EXHAUST TEMPERATURE SPREAD 3 TIME DELAY

REAL

T.D. DROPOUT OF TEMP REFERENCE RAMP COMPLETE

REAL

DIESEL ENGINE COOLDOWN TIMER

REAL

TURBINE MULTIPLE START AND AUTO RE-FIRE

REAL REAL






Variable Name T63DMY EGD; 0087.J06 T63HF1H_ALM EGD T63HGL_SENSR EGD T63HL_SENSR EGD T63HQ1L_ALM EGD T63HQ1LY EGD T63LF1H_ALM EGD; 0054.J22 T63LF2H_ALM EGD; 0054.O22 T63PGHZ

Description



Initial Value

Units

REAL REAL REAL REAL T.D. HYDRAULIC SUPPLY PRESS LOW

REAL REAL REAL

GAS FUEL NOZZLE PURGE TRANSIENT OVERRIDE TIME

EGD; 0073.Q04 T63QALY EGD; 0082.J02 T63QQ1H_ALM EGD; 0083.E02 T63QQ2H_ALM EGD; 0083.E05 T63QQ3H_ALM EGD; 0083.E08 T63QT_SENSR EGD T63TF1H_ALM EGD T63TFH_SENSR EGD; 0046.F24 T63VL3_ALM EGD; 0113.W01 T63VLX EGD; 0112.J21 T83FGZ EGD; 0069.E17 T83FLZ EGD; 0069.E21 T83SPM EGD T86FPG2HT EGD; 0075.K18 T86FPG2IH EGD; 0075.L03 T86FPG2LT EGD; 0075.K21 T86MP EGD; 0051.E15 T86S EGD; 0104.K24 T86VL_ALM EGD; 0113.E01 T86VS3_ALM EGD; 0112.X23 T94SDY EGD; 0061.J28 T94XZ EGD T94Y EGD T96FGHTD EGD; 0074.P16 T96FGLZ EGD; 0074.P09 TAKC1 EGD; 0063.V19 TAKH_ARR 0063.V20 TAKH1 EGD TAKH2 EGD TAKH3 EGD TAKH4 EGD TAKH5 EGD TAKL_ARR 0063.V20 TAKL1 EGD TAKL2 EGD TAKL3 EGD TAKL4 EGD TAKL5 EGD TAKN_ARR 0063.V22 TAKN1 EGD TAKN2 EGD Last Modified 000 00:00:00 Build Major Revision 2/15/2012 03:14:38 Build Minor Revision 000 00:00:00

Data Type REAL

REAL

REAL REAL REAL REAL REAL REAL REAL Gas Fuel Compt Vent Fan Press Low Time Delay

REAL

?VQ

SEC16

REAL

ON OR GOING TO GAS FUEL

REAL

ON OR GOING TO LIQUID FUEL

REAL

EXHAUST TEMP MONITOR ENABLE

REAL

P2 post-ignition high logic Timer

REAL

P2 at ignition high logic Timer

REAL

P2 post-ignition low logic Timer

REAL

MASTER PROTECTIVE STARTUP LOCKOUT

REAL

AUTO SYNCHRONIZING LOCKOUT

REAL

Gas Fuel Compt Lag Vent Fan Running Timer

REAL

Gas Valve Compartment Humidity Protection Heater Timer

REAL

T.D. L94SD

REAL

FIRED SHUTDOWN TIMER

REAL

T.D. NORMAL SHUTDOWN

REAL

Gas Fuel Supply Pressure High TD

REAL

Gas Fuel Supply Pressure Low Timer

REAL

TURBINE ACCEL REFERENCE INCREMENT RATE

REAL

0.06

TAKH_ARR array

REAL

,,,,

REAL

0.11

REAL

0.13

REAL

0.35

REAL

0.35

REAL

0.1

REAL

,,,,

REAL

0.11

REAL

0.11

REAL

0.31

REAL

0.31

REAL

0.1

REAL

,,,,

REAL

40

REAL

50

T63VLX

TAKL_ARR array

TAKN_ARR array






Variable Name Description Data Type Initial Value TAKN3 REAL 75 EGD TAKN4 REAL 95 EGD TAKN5 REAL 100 EGD TAKR1 TURB ACCEL REF AT OPERATING SPEED REAL 1 EGD; 0063.V19 tce_ref_sol3 PTR3_DR_REF reference for TCEA diagnostics BOOL EGD; DistributedIO.PMVP-23.TCTG1.PTR3 tce_ref_sol4 PTR4_DR_REF reference for TCEA diagnostics BOOL EGD; DistributedIO.PMVP-23.TCTG1.PTR4 TCL30CES EMERGENCY TRIPS COUNTER UDINT EGD; 0116.K11 TCL30CFLS FAST LOAD STARTS COUNTER UDINT EGD; 0116.K09 TCL30CFS FIRED STARTS COUNTER UDINT EGD; 0116.K10 TCL30CMIS MANUALLY INITIATED STARTS COUNTER UDINT EGD; 0116.K08 TCL30CTS TOTAL STARTS COUNTER UDINT EGD; 0116.K08 TEMP_AMB_REF REAL EGD; 0067.E09; 0068.B13 TH1 Capture Block Status 1 UINT 0 EGD; 0119.J02 TH10 Capture Block Status 10 UINT 0 EGD TH11 Capture Block Status 11 UINT 0 EGD TH12 Capture Block Status 12 UINT 0 EGD TH13 Capture Block Status 13 UINT 0 EGD TH14 Capture Block Status 14 UINT 0 EGD TH15 Capture Block Status 15 UINT 0 EGD TH16 Capture Block Status 16 UINT 0 EGD TH17 Capture Block Status 17 UINT 0 EGD TH18 Capture Block Status 18 UINT 0 EGD TH19 Capture Block Status 19 UINT 0 EGD TH2 Capture Block Status 2 UINT 0 EGD; 0120.I00 TH20 Capture Block Status 20 UINT 0 EGD TH3 Capture Block Status 3 UINT 0 EGD TH4 Capture Block Status 4 UINT 0 EGD TH5 Capture Block Status 5 UINT 0 EGD TH6 Capture Block Status 6 UINT 0 EGD TH7 Capture Block Status 7 UINT 0 EGD TH8 Capture Block Status 8 UINT 0 EGD TH9 Capture Block Status 9 UINT 0 EGD THPRESAM Number of period samples pre trigger event UDINT 5000 0119.G05; 0120.F04 THSAMP Number of period samples post trigger event UDINT 1000 0119.G06; 0120.F04 TK86GCVTD Gas Control Vlv not following Ref trip Enable Timer REAL EGD; 0076.D20 TL30FT_G GENERATING TIME COUNTER REAL EGD; 0116.Q14 TL30FT_GCNT GENERATING TIME COUNTER UDINT EGD; 0116.K06; 0116.O14 TL30FT_L TIME UNIT FIRED ON LIQUID FUEL REAL EGD; 0116.Q17 TL30FT_L2 REAL EGD; 0116.Q19 TL30FT_L2CNT UDINT EGD; 0116.K07; 0116.O19 TL30FT_LCNT TIME UNIT FIRED ON LIQUID FUEL UDINT EGD; 0116.K07; 0116.O17 TL30FT_P PEAK FIRED TIME COUNTER REAL EGD; 0116.Q05 TL30FT_PCNT PEAK FIRED TIME COUNTER UDINT EGD; 0116.K05; 0116.O05 TL30FT_T TOTAL FIRED TIME COUNTER REAL EGD; 0116.Q03 TL30FT_TCNT TOTAL FIRED TIME COUNTER UDINT EGD; 0116.K06; 0116.O03 TND_PC REAL EGD; 0059.X17 TNH TURBINE SPEED HP REAL EGD; 0045.E01; 0044.G11; 0045.H01; 0051.H21; 0059.U17; 0063.V21; 0064.B06; 0067.B19; 0068.B02; 0070.J05; 0075.B07; 0075.B14; 0119.G08 tnh_os REAL EGD; 0045.H02; DistributedIO.PMVP-23.MVIP.HP_Speed tnh_os_rpm HP Overspeed Setpoint from Signal Space REAL 0 EGD; DistributedIO.PMVP-23.HPSpeedRPM TNH_RPM REAL EGD; 0045.E01; DistributedIO.PMVP-23.MainCtrl_HP_Spd Last Modified 000 00:00:00 Build Major Revision 2/15/2012 03:14:38 Build Minor Revision 000 00:00:00





Units




Variable Name Description tnh1 EGD; 0045.B01; DistributedIO.PMVE-21.Port_S1.MVRA.MVRATB.PulseRateMPU1 tnha TURBINE HIGH PRESSURE ACCELERATION EGD; 0063.V23; DistributedIO.PMVE-21.Port_S1.MVRA.AccelMPU1 tnha_rpm LP Acceleration in RPM EGD; DistributedIO.PMVP-23.LPAccelRPM TNHAR TURBINE HIGH PRESSURE ACCEL REFERENCE EGD; 0063.Y18 TNHCOR TURBINE SPEED HP, ISO CORRECTED EGD; 0063.P19; 0068.E01; 0120.F12 TNHHWOS_PMVP HP Hardware Overspeed Setpoint from Signal Space EGD; 0031.J09; DistributedIO.PMVP-23.HP_HWOS_Setpt TNHOS_PMVP HP Hardware Overspeed Setpoint from Signal Space EGD; 0031.J02; DistributedIO.PMVP-23.HP_OSSetpoint TNHWU_1 Post Ignition Warm-up Speed Constant 0075.B08 TNI IP SPEED (LM5000) EGD; 0045.E03 TNI_RPM EGD; 0045.E02 TNK14HA1 HP SPD LEVEL DETECT: 14HA PICK-UP SETPNT EGD; 0044.G15 TNK14HA2 HP SPD LEVEL DETECT: 14HA D.O. SETPNT EGD; 0044.G16 TNK14HC1 EGD; 0044.G17 TNK14HC2 EGD; 0044.G17 TNK14HF1 EGD; 0044.G14 TNK14HF2 EGD; 0044.G14 TNK14HM1 HP SPD LEVEL DETECT: 14HM PICK-UP SETPNT EGD; 0044.G14 TNK14HM2 HP SPD LEVEL DETECT: 14HM D.O. SETPNT EGD; 0044.G15 TNK14HP1 HP SPD LEVEL DETECT: 14HP PICK-UP SETPNT EGD; 0044.G13 TNK14HP2 HP SPD LEVEL DETECT: 14HP D.O. SETPNT EGD; 0044.G13 TNK14HR1 HP SPD LEVEL DETECT: 14HR PICK-UP SETPNT EGD; 0044.G12 TNK14HR2 HP SPD LEVEL DETECT: 14HR D.O. EGD; 0044.G12 TNK14HS1 HP SPD LEVEL DETECT: 14HS PICK-UP SETPNT EGD; 0044.G16 TNK14HS2 HP SPD LEVEL DETECT: 14HS D.O. SETPNT EGD; 0044.G17 TNK14HT1 EGD; 0044.G18 TNK14HT2 EGD; 0044.G18 TNK14LA1 LP SHAFT SPEED SETPOINT EGD; 0044.G23 TNK14LA2 LP SHAFT SPEED SETPOINT EGD; 0044.G23 TNK14LR1 LP SHAFT SPEED SETPOINT EGD; 0044.G22 TNK14LR2 LP SHAFT SPEED SETPOINT EGD; 0044.G22 TNK14LS1 LP SHAFT SPEED SETPOINT EGD; 0044.G24 TNK14LS2 LP SHAFT SPEED SETPOINT EGD; 0044.G24 TNK14LX1 LP SHAFT SPEED SETPOINT EGD; 0044.G24 TNK14LX2 LP SHAFT SPEED SETPOINT EGD; 0044.G25 TNK14LY1 LP SHAFT SPEED SETPOINT EGD; 0044.G25 TNK14LY2 LP SHAFT SPEED SETPOINT EGD; 0044.G26 TNKHDIF EGD; 0045.H02 TNKHF SPEED SIGNAL FAULT EGD; 0045.H02 TNKHOS OVERSPEED TRIP SETTING FOR HP TURBINE EGD; 0031.B03; 0031.B11; 0045.H03 TNKHOST HP OST TEST SPEED SETPOINT ADJUST EGD; 0045.H03; 0110.B21 TNKHOST_1 Offset for OS test 0061.B01; 0110.C21 TNKLDB SETPOINT TRACKING DEADBAND EGD TNKLOS LP SHAFT OVERSPEED TRIP SPEED LEVEL EGD; 0031.B06; 0031.B13 TNKLOST LP OST TEST CONSTANT EGD; 0061.B02 TNKR1_0 STARTUP ACCEL RATE EGD TNKR1_1 SPEED SETPOINT RAISE-LOWER RATES EGD TNKR1_10 EGD TNKR1_11 EGD TNKR1_2 MANUAL LOADING RATE EGD TNKR1_3 MANUAL SPEED/FAST LOAD RATE EGD Last Modified 000 00:00:00 Build Major Revision 2/15/2012 03:14:38 Build Minor Revision 000 00:00:00



Data Type REAL


Units

REAL REAL

0

REAL REAL REAL

0

REAL

0

REAL

15,30

REAL REAL REAL

50

REAL

46

REAL

60

REAL

50

REAL

95

REAL

94

REAL

16

REAL

15

REAL

15

REAL

10

REAL

0.06

REAL

0.31

REAL

95

REAL

94

REAL

8.4

REAL

3.2

REAL

50

REAL

46

REAL

8.4

REAL

3.2

REAL

95

REAL

94

REAL

60

REAL

50

REAL

8.4

REAL

3.2

REAL

15

REAL

10

REAL

110

REAL

113.5

REAL REAL

0.1

REAL

110

REAL

0

REAL

9

REAL

22

REAL

0

REAL

0

REAL

3

REAL

8


Initial Value




Variable Name TNKR1_4 EGD TNKR1_5 EGD TNKR1_6 EGD TNKR1_7 EGD TNKR1_8 EGD TNKR1_9 EGD TNKR1_ARR 0061.B10 TNKR2 EGD; 0061.B10 TNKR3 EGD; 0061.B02 TNKR4 EGD; 0061.B02 TNKR5 EGD; 0061.B03 TNKR7 EGD; 0061.B10 TNL EGD; 0045.E03 tnl_os EGD; DistributedIO.PMVP-23.MVIP.LP_Speed tnl_os_rpm EGD; DistributedIO.PMVP-23.LPSpeedRPM TNL_RPM EGD; 0045.E02 TNLHWOS_PMVP EGD; 0031.H12; DistributedIO.PMVP-23.LP_HWOS_Setpt TNLOS_PMVP EGD; 0031.H04; DistributedIO.PMVP-23.LP_OSSetpoint TNOSB EGD; DistributedIO.PMVP-23.TrpAnticSetpt TNR EGD; 0061.D01; 0064.B06 TNRI EGD; 0060.P09; 0064.B07; 0120.F07 TNRI_CMD EGD; 0060.G11 TNRIX EGD; 0060.K09; 0060.M09 Totalizers.Totalizers._Enable Device Intrinsic TRIP_DLY 0119.B03; 0120.B01 TRIP_LOG.TRIP_LOG._Enable Device Intrinsic TTK_C_ARR 0067.B11 TTK_I_ARR 0067.B13 TTK_K_ARR 0067.B09 TTK_M_ARR 0067.B09 TTK_S_ARR 0067.B11 TTKGVC EGD; 0068.B15 TTKGVI EGD; 0068.B14 TTKGVS EGD; 0068.B15 TTKIG EGD TTKIL EGD TTKOT1 EGD; 0065.J10 TTKOT2 EGD; 0065.J10 TTKOT3 EGD; 0065.J09 TTKOTA EGD TTKRX2 EGD; 0067.B20 TTKRX3 EGD; 0067.B23 TTKRX4 EGD; 0067.B23 TTKRXB EGD; 0067.B21 TTKRXBP EGD; 0067.B24 TTKRXN EGD; 0067.B19 TTKRXR1 EGD; 0067.B22 TTKRXR2 EGD; 0067.B22




Description AUTO LOAD RATE

Data Type REAL

Initial Value 1

STARTUP ACCEL RATE

REAL

11.4

STARTUP ACCEL RATE

REAL

15

STARTUP ACCEL RATE

REAL

18

SPEED MATCHING RATE

REAL

6

REAL

0

TNKR1_ARR array

REAL

,,,,,,,,,,,

BREAKER OPENS SETPOINT

REAL

100.3

SETPOINT HIGH SPEED STOP

REAL

107

SETPOINT LOW SPEED STOP

REAL

95

SETPOINT START/STOP LOW SPEED STOP

REAL

0

SETPOINT STARTUP PRESET

REAL

100.3

LP SPEED, SCALED

REAL REAL

LP Overspeed Setpoint from Signal Space

REAL

0

REAL LP Hardware Overspeed Setpoint from Signal Space

REAL

0

LP Hardware Overspeed Setpoint from Signal Space

REAL

0

REAL SPEED CONTROL REFERENCE

REAL

ISOCHRONOUS SPEED CHANGER

REAL REAL

AUXILIAR TO TNRX (MSW OF DOUBLE WORD VARIABLE)

REAL

Task Enable

BOOL

True

Trip Capture Pickup Delay

UDINT

300000

Task Enable

BOOL

True

TTK_C_ARR Array

REAL

105.9,119.9,0,0,0,0,0,0

TTK_I_ARR Array

REAL

1100,1140,0,0,0,0,0,0

TTK_K_ARR Array

REAL

57,66.7,0,0,0,0,0,0

TTK_M_ARR Array

REAL

3.978,3.47,0,0,0,0,0,0

TTK_S_ARR Array

REAL

1.916,1.860,0,0,0,0,0,0

IGV TEMP CONTROL CPD REF CORNER

REAL

134.5

IGV TEMP CONTROL TX REF ISOTHERMAL

REAL

1045

IGV TEMP CONTROL TX REF SLOPE

REAL

1.624

TURB TEMP CONTROL ISO LIMIT ON GAS FUEL

REAL

1461

TURB TEMP CONTROL ISO LIMIT ON LIQ FUEL

REAL

1483

TURB O.T. TRIP ISOTHERMAL SETTING

REAL

1110

TURB O.T. TRIP-INCREMENTAL TEMP ABOVE ISO.

REAL

40

TURB O.T. ALARM-INCREMENTAL TEMP ABOVE ISO.

REAL

25

TURB TEMP CNTL REF S/U TRIP VALUE ADDER

REAL

100

TEMP CONTROL REF CPD FAILURE BIAS

REAL

30

TEMP CONTROL REF TNH BIAS MIN SETPOINT

REAL

80

TEMP CONTROL REF TNH BIAS MIN SETPOINT GAIN

REAL

4

TEMP CONTROL CURVE - SWITCHING TEMP CONSTANT

REAL

1200

REAL

70

TEMP CONTROL REF TNH BIAS GAIN

REAL

0

TEMP CONTROL REF MAXIMUM RAMP RATE

REAL

1.5

TEMP CONTROL REF MINIMUM RAMP RATE

REAL

-1


Units





Variable Name TTKRXTOL EGD; 0067.B22 TTKSP1 EGD; 0066.I11 TTKSP2 EGD; 0066.I11 TTKSP3 EGD; 0066.I11 TTKSP4 EGD; 0066.I12 TTKSPL1 EGD; 0066.I05 TTKSPL2 EGD; 0066.I06 TTKSPL3 EGD; 0066.I06 TTKSPL4 EGD; 0066.I07 TTKSPL5 EGD; 0066.I07 TTKSPL6 EGD; 0066.I08 TTKSPL7 EGD; 0066.I08 TTKSPL8 EGD; 0066.I09 TTKSPL9 EGD; 0066.I10 TTKTCDG EGD; 0067.B09 TTKTCDO EGD; 0067.B08 TTKTCIG EGD; 0067.B18 TTKTCIMN EGD; 0067.B17 TTKTCIO EGD; 0067.B18 TTKXCO EGD; 0065.J08 TTKXCOEF EGD; 0065.J08 TTKXM4 EGD; 0065.J11 TTR_LIMIT EGD; 0067.E10; 0068.B14 TTRF_ARR TTRF1 EGD; 0034.B04 TTRF1HRA EGD; 0034.D09; 0035.Q09 TTRF1MINA

0034.D09 TTRF1MNA EGD; 0034.D09; 0035.Q13; 0036.M14; 0037.M09 TTRF1SECA

Description TEMP CONTROL REF RAMP COMPLETE RATE CONSTANT

Data Type REAL

Initial Value 2

COMB MONITOR SPREAD SCALING

REAL

1

COMB MONITOR SPREAD SCALING

REAL

5

COMBUSTION MONITOR - SCALING FOR SPREAD

REAL

0.8

COMBUSTION MONITOR - SCALING FOR SPREAD

REAL

1

COMB MONITOR CTD LIMIT MAX CONSTANT

REAL

700

COMB MONITOR CTD LIMIT MIN CONSTANT

REAL

300

COMB MONITOR CTD LIMIT GAIN CONSTANT

REAL

0.08

COMB MONITOR TX GAIN CONSTANT

REAL

0.145

COMB MON. CTD LIMITED EX. TEMP OFFSET

REAL

30

COMB MONITOR SPREAD REGION MAXIMUM

REAL

125

COMB MONITOR SPREAD REGION MINIMUM

REAL

30

COMB MONITOR ALLOWABLE SPREAD BIAS

REAL

200

COMB MON. ALLOWABLE SPREAD BIAS PROP GAIN

REAL

100

REAL

0

REAL

0

REAL

0

REAL

-20

REAL

2048

REAL

500

REAL

0.9955

REAL

250

EXHAUST TEMP AVG REJECT LOW CONSTANT

LOW EXHAUST TEMP ALARM SETPOINT

REAL TTRF Array

REAL

FIRING TEMP REFERENCE

REAL

TTRF1 Current Hourly Average

REAL

0

Array For TTRF1 Minute Average

REAL

0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0

TTRF1 Current Minute Average

REAL

0

Array For TTRF1 Second Average

REAL

0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0

0034.D10 TTRX TEMPERATURE CONTROL REFERENCE EGD; 0067.E07; 0068.H01; 0120.F12 TTRXB SPEED BIASED TEMPERATURE CONTROL REFERENCE EGD; 0065.J09; 0067.E07; 0067.I07 TTRXDSP TEMP CONTROL MANUAL SETPOINT REF EGD; 0067.B10 TTRXGV IGV TEMP CONTROL REFERENCE EGD; 0068.E13; 0068.H01 TTRXNB EGD; 0067.E11 TTRXP TEMP CONTROL CPD REFERENCE EGD; 0067.E09 TTRXS TEMP CONTROL FSR REFERENCE EGD; 0067.E08 ttws1ao1 TURB WHEELSPACE TEMP 1ST STG AFT OUTER EGD; 0055.B02; DistributedIO.PMVE-22.Port_S1.MVRC.MVRC.Thermocouple05 ttws1ao2 TURB WHEELSPACE TEMP 1ST STG AFT OUTER EGD; 0055.B02; DistributedIO.PMVE-22.Port_S1.MVRC.MVRC.Thermocouple06 ttws1fi1 TURB WHEELSPACE TEMP 1ST STG FWD INNER EGD; 0055.B00; DistributedIO.PMVE-22.Port_S1.MVRC.MVRC.Thermocouple01 ttws1fi2 TURB WHEELSPACE TEMP 1ST STG FWD INNER EGD; 0055.B01; DistributedIO.PMVE-22.Port_S1.MVRC.MVRC.Thermocouple02 ttws1fo1 TURB WHEELSPACE TEMP 1ST STG FWD OUTER EGD; 0055.B01; DistributedIO.PMVE-22.Port_S1.MVRC.MVRC.Thermocouple03 ttws1fo2 TURB WHEELSPACE TEMP 1ST STG FWD OUTER EGD; 0055.B02; DistributedIO.PMVE-22.Port_S1.MVRC.MVRC.Thermocouple04 ttws2ao1 TURB WHEELSPACE TEMP 2ND STG AFT OUTER EGD; 0055.B04; DistributedIO.PMVE-22.Port_S1.MVRC.MVRC.Thermocouple09 ttws2ao2 TURB WHEELSPACE TEMP 2ND STG AFT OUTER EGD; 0055.B04; DistributedIO.PMVE-22.Port_S1.MVRC.MVRC.Thermocouple10 ttws2fo1 TURB WHEELSPACE TEMP 2ND STG FWD OUTER EGD; 0055.B03; DistributedIO.PMVE-22.Port_S1.MVRC.MVRC.Thermocouple07 ttws2fo2 TURB WHEELSPACE TEMP 2ND STG FWD OUTER EGD; 0055.B03; DistributedIO.PMVE-22.Port_S1.MVRC.MVRC.Thermocouple08 Last Modified 000 00:00:00 Build Major Revision 2/15/2012 03:14:38 Build Minor Revision 000 00:00:00




0,,

REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL


Units




Variable Name Description ttws3ao1 TURB WHEELSPACE TEMP 3RD STG AFT OUTER EGD; 0055.B05; DistributedIO.PMVE-22.Port_S1.MVRC.MVRC.Thermocouple13 ttws3ao2 TURB WHEELSPACE TEMP 3RD STG AFT OUTER EGD; 0055.B06; DistributedIO.PMVE-22.Port_S1.MVRC.MVRC.Thermocouple14 ttws3fo1 TURB WHEELSPACE TEMP 3RD STG FWD OUTER EGD; 0055.B04; DistributedIO.PMVE-22.Port_S1.MVRC.MVRC.Thermocouple11 ttws3fo2 TURB WHEELSPACE TEMP 3RD STG FWD OUTER EGD; 0055.B05; DistributedIO.PMVE-22.Port_S1.MVRC.MVRC.Thermocouple12 TTX_NUM_TC EGD; 0065.M02; 0066.I13 TTX_TOT_TC EGD; 0065.M02; 0066.I13 ttxd_1 EXHAUST TEMPERATURE TC # 1 EGD; 0042.B02; 0065.B00; 0065.J12; 0119.G13; DistributedIO.PMVE-21.Port_S1.MVRA.MVRATB.Thermocouple01_R ttxd_10 EXHAUST TEMPERATURE TC # 10 EGD; 0042.B10; 0065.B04; 0065.J16; 0119.G17; DistributedIO.PMVE-21.Port_S1.MVRA.MVRATB.Thermocouple04_R ttxd_11 EXHAUST TEMPERATURE TC # 11 EGD; 0042.B10; 0065.B04; 0065.J16; 0119.G17; DistributedIO.PMVE-21.Port_S1.MVRA.MVRATB.Thermocouple04_S ttxd_12 EXHAUST TEMPERATURE TC # 12 EGD; 0042.B11; 0065.B05; 0065.J17; 0119.G18; DistributedIO.PMVE-21.Port_S1.MVRA.MVRATB.Thermocouple04_T ttxd_13 EXHAUST TEMPERATURE TC # 13 EGD; 0042.B13; 0065.B05; 0065.J17; 0119.G18; DistributedIO.PMVE-21.Port_S1.MVRA.MVRATB.Thermocouple05_R ttxd_14 EXHAUST TEMPERATURE TC # 14 EGD; 0042.B13; 0065.B06; 0065.J17; 0119.G19; DistributedIO.PMVE-21.Port_S1.MVRA.MVRATB.Thermocouple05_S ttxd_15 EXHAUST TEMPERATURE TC # 15 EGD; 0042.B14; 0065.B06; 0065.J18; 0119.G19; DistributedIO.PMVE-21.Port_S1.MVRA.MVRATB.Thermocouple05_T ttxd_16 EXHAUST TEMPERATURE TC # 16 EGD; 0042.B15; 0065.B07; 0065.J18; 0119.G19; DistributedIO.PMVE-21.Port_S1.MVRA.MVRATB.Thermocouple06_R ttxd_17 EXHAUST TEMPERATURE TC # 17 EGD; 0042.B16; 0065.B07; 0065.J19; 0119.G20; DistributedIO.PMVE-21.Port_S1.MVRA.MVRATB.Thermocouple06_S ttxd_18 EXHAUST TEMPERATURE TC # 18 EGD; 0042.B16; 0065.B07; 0065.J19; 0119.G20; DistributedIO.PMVE-21.Port_S1.MVRA.MVRATB.Thermocouple06_T ttxd_2 EXHAUST TEMPERATURE TC # 2 EGD; 0042.B02; 0065.B01; 0065.J12; 0119.G14; DistributedIO.PMVE-21.Port_S1.MVRA.MVRATB.Thermocouple01_S ttxd_3 EXHAUST TEMPERATURE TC # 3 EGD; 0042.B03; 0065.B01; 0065.J13; 0119.G14; DistributedIO.PMVE-21.Port_S1.MVRA.MVRATB.Thermocouple01_T ttxd_4 EXHAUST TEMPERATURE TC # 4 EGD; 0042.B05; 0065.B02; 0065.J13; 0119.G14; DistributedIO.PMVE-21.Port_S1.MVRA.MVRATB.Thermocouple02_R ttxd_5 EXHAUST TEMPERATURE TC # 5 EGD; 0042.B05; 0065.B02; 0065.J14; 0119.G15; DistributedIO.PMVE-21.Port_S1.MVRA.MVRATB.Thermocouple02_S ttxd_6 EXHAUST TEMPERATURE TC # 6 EGD; 0042.B05; 0065.B02; 0065.J14; 0119.G15; DistributedIO.PMVE-21.Port_S1.MVRA.MVRATB.Thermocouple02_T ttxd_7 EGD; 0042.B07; 0065.B03; 0065.J15; 0119.G16; DistributedIO.PMVE-21.Port_S1.MVRA.MVRATB.Thermocouple03_R ttxd_8 EXHAUST TEMPERATURE TC # 8 EGD; 0042.B08; 0065.B03; 0065.J15; 0119.G16; DistributedIO.PMVE-21.Port_S1.MVRA.MVRATB.Thermocouple03_S ttxd_9 EXHAUST TEMPERATURE TC # 9 EGD; 0042.B08; 0065.B04; 0065.J15; 0119.G16; DistributedIO.PMVE-21.Port_S1.MVRA.MVRATB.Thermocouple03_T ttxd_q1 TCQA_TC01_Q TC'S EGD; 0042.D02 ttxd_q2 TCQA_TC02_Q TC'S EGD; 0042.D05 ttxd_q3 TCQA_TC03_Q TC'S EGD; 0042.D07 ttxd_q4 TCQA_TC04_Q TC'S EGD; 0042.D10 ttxd_q5 TCQA_TC05_Q TC'S EGD; 0042.D13 ttxd_q6 TCQA_TC06_Q TC'S EGD; 0042.D15 TTXD1_1 EGD; 0064.T13 TTXD1_10 EGD; 0064.T17 TTXD1_11 EGD; 0064.T18 TTXD1_12 EGD; 0064.T18 TTXD1_13 EGD; 0064.T18 TTXD1_14 EGD; 0064.T19 TTXD1_15 EGD; 0064.T19 TTXD1_16 EGD; 0064.T20 TTXD1_17 EGD; 0064.T20 TTXD1_18 EGD; 0064.T20 TTXD1_2 EGD; 0064.T14 TTXD1_3 EGD; 0064.T14 TTXD1_4 EGD; 0064.T15 TTXD1_5 EGD; 0064.T15 TTXD1_6 EGD; 0064.T15 TTXD1_7 EGD; 0064.T16 TTXD1_8 EGD; 0064.T16 TTXD1_9 EGD; 0064.T17 TTXD1_ARR TTXD1_ARR array 0065.M01; 0064.P13 TTXD2_1 EGD; 0065.T00; 0066.B15 Last Modified 000 00:00:00 Build Major Revision 2/15/2012 03:14:38 Build Minor Revision 000 00:00:00



Data Type REAL


Units

REAL REAL REAL UDINT UDINT REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL

,,,,,,,,,,,,,,,,,

REAL


Initial Value




Variable Name Description TTXD2_10 EGD; 0065.T04; 0066.B19 TTXD2_11 EGD; 0065.T04; 0066.B20 TTXD2_12 LOWEST EXHAUST TEMPERATURE EGD; 0065.T05; 0066.B20 TTXD2_13 EGD; 0065.T05; 0066.B21 TTXD2_14 EGD; 0065.T06; 0066.B21 TTXD2_15 EGD; 0065.T06; 0066.B21 TTXD2_16 EGD; 0065.T07; 0066.B22 TTXD2_17 EGD; 0065.T07; 0066.B22 TTXD2_18 EGD; 0065.T07; 0066.B23 TTXD2_2 EGD; 0065.T01; 0066.B16 TTXD2_3 EGD; 0065.T01; 0066.B16 TTXD2_4 EGD; 0065.T02; 0066.B17 TTXD2_5 EGD; 0065.T02; 0066.B17 TTXD2_6 EGD; 0065.T02; 0066.B18 TTXD2_7 EGD; 0065.T03; 0066.B18 TTXD2_8 EGD; 0065.T03; 0066.B18 TTXD2_9 EGD; 0065.T04; 0066.B19 TTXD2_ARR TTXD2_ARR array 0065.M00; 0065.P00 TTXD2_ARR1 TTXD2_ARR1 array 0066.E15; 0066.I04 TTXM EX TEMP MEDIAN CORRECTED BY AVERAGE EGD; 0034.B05; 0065.M02; 0066.I06; 0067.I09; 0068.H02; 0120.F13 TTXMMINA Array For TTXM Minute Average

0034.D11 TTXMMNA EGD; 0034.D11; 0035.Q14; 0036.M15; 0037.M09 TTXMSECA

0034.D11 TTXSP1 EGD; 0066.L05 TTXSP2 EGD; 0066.L06 TTXSP3 EGD; 0066.L06 TTXSPL EGD; 0066.L04 TTXSPO EGD; 0066.I09 TXGVERR EGD; 0068.K02 UDHCommunicator_R Device Intrinsic UDHCommunicator_S Device Intrinsic UDHCommunicator_T Device Intrinsic UNIT1.FUEL_FWD._Enable Device Intrinsic UNIT1.SEQ_AUX._Enable Device Intrinsic UNIT1.SEQU_B._Enable Device Intrinsic UNIT1.SEQU_Q._Enable Device Intrinsic UNIT1.SYNC._Enable Device Intrinsic UNIT1.TEMP_CON._Enable Device Intrinsic VOTED_TC.VOTED_MVRA_TC._Enable Device Intrinsic w_p_sol3

Data Type REAL



REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL

,,,,,,,,,,,,,,,,,

REAL

,,,,,,,,,,,,,,,,,

REAL REAL

0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0

TTXM Current Minute Average

REAL

0

Array For TTXM Second Average

REAL

0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0

COMBUSTION MONITOR ACTUAL SPREAD 1

REAL

COMBUSTION MONITOR ACTUAL SPREAD 2

REAL

COMBUSTION MONITOR SPREAD 3

REAL

COMBUSTION MONITOR ALLOWABLE SPREAD

REAL REAL

DIFF BETWEEN EXHAUST TEMP AND IGV TEMP REF

REAL

The UDH Communicator controller as known to R.

UINT

The UDH Communicator controller as known to S.

UINT

The UDH Communicator controller as known to T.

UINT

Task Enable

BOOL

True

Task Enable

BOOL

True

Task Enable

BOOL

True

Task Enable

BOOL

True

Task Enable

BOOL

True

Task Enable

BOOL

True

Task Enable

BOOL

True

BOOL

BOOL

REAL REAL REAL

0

REAL

0


Units

REAL

W_P_SOL3 TCQA_TCT_DR5 TRIP CARD (TCTx) RELAY DRIVER 5[PTR_3] EGD; DistributedIO.PMVE-21.Port_S1.MVRA.MVRATB.RelayPTR3 w_p_sol4 W_P_SOL4 TCQA_TCT_DR6 TRIP CARD (TCTx) RELAY DRIVER 6[PTR_4] EGD; DistributedIO.PMVE-21.Port_S1.MVRA.MVRATB.RelayPTR4 WQJA POWER AUG STEAM INJECTION ACTUAL FLOW EGD; 0067.B12 WQJG STEAM INJ FLOW TEMP CONTROL COMPENSATION EGD; 0067.E09; 0068.B16 WQKJG STEAM INJECTION FLOW TEMP CONTROL COMP GAIN EGD; 0067.B13 WQKJO STEAM INJECTION FLOW TEMP CONTROL COMP OFFSET EGD; 0067.B12 Last Modified 000 00:00:00 Build Major Revision 2/15/2012 03:14:38 Build Minor Revision 000 00:00:00

Initial Value





Variable Name WQR2 EGD; 0034.B05 WQR2HRA EGD; 0034.D12; 0035.Q10 WQR2MINA

0034.D13 WQR2MNA EGD; 0034.D12; 0035.Q14; 0036.M15; 0037.M10 WQR2SECA

0034.D13 WSKALM1 EGD; 0055.B06 WSKALM10 EGD WSKALM10_U EGD; 0055.B10 WSKALM2 EGD; 0055.B07 WSKALM3 EGD; 0055.B07 WSKALM4 EGD; 0055.B07 WSKALM5 EGD; 0055.B08 WSKALM6 EGD; 0055.B08 WSKALM7 EGD; 0055.B09 WSKALM8 EGD; 0055.B09 WSKALM9 EGD; 0055.B10 WXC EGD; 0034.B06 WXCHRA EGD; 0034.D15; 0035.Q11 WXCMINA

0034.D16 WXCMNA EGD; 0034.D16; 0035.Q15; 0036.M16; 0037.M10 WXCSECA

0034.D16 WXJ EGD; 0034.B06 WXJHRA EGD; 0034.D14; 0035.Q11 WXJMINA

0034.D14 WXJMNA EGD; 0034.D14; 0035.Q14; 0036.M16; 0037.M11 WXJSECA

Description STEAM INJ FLOW RATE (REQUIRED+OFFSET)

Data Type REAL

Initial Value

WQR2 Current Hourly Average

REAL

0

Array For WQR2 Minute Average

REAL

0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0

WQR2 Current Minute Average

REAL

0

Array For TTRF1 Second Average

REAL

0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0

TURB WHEELSPACE ALARM LEVEL (1 TO n)

REAL

800

STARTUP BIAS REMOVAL TIME DELAY

REAL

60

WSKALM10_U

UDINT

1FO WHEELSPACE ALARM SETPOINT

REAL

900

1AO WHEELSPACE ALARM SETPOINT

REAL

950


REAL

950


REAL

950


REAL

850


REAL

800

WHEELSPACE STAGE SPREAD LIMIT

REAL

150

STARTUP ALARM SETPOINT BIAS

REAL

70

REQUIRED WLNOX INJ TO FUEL RATIO

REAL

WXC Current Hourly Average

REAL

0

Array For WXC Minute Average

REAL

0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0

WXC Current Minute Average

REAL

0

Array For WXC Second Average

REAL

0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0

ACTUAL WLNOX INJ TO FUEL RATIO

REAL

WXJ Current Hourly Average

REAL

0

Array For WXJ Minute Average

REAL

0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0

WXJ Current Minute Average

REAL

0

Array For WXJ Second Average

REAL

0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0

0034.D15 ZEROLOAD EGD; 0046.B04; 0058.X13; 0102.B16




BOOL


Units



DWG Translator v3.2.8C Cont. on Sh.


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