萨拉齐#2调试报告

UNITROL® 5000静态励磁系统调试报告项目名：萨拉齐电厂工程2×300MW#2机编号：094376型号：Q5S-O/U231-D3200供应商：上海发电设备成套设计研究院上海科达机电控制有限公司姓名日期姓名日期编制工厂试验审核工厂验收批准静态试验动态试验PSS试验注：1、本调试报告前两部分（硬件设置、工厂试验） =出厂试验报告。

2、完成本调试报告的相关试验项目，表示已完成交接试验，设备可投入正常运行。

主要参数本文中所使用符号的定义1.硬件设置Default: 硬件缺省设置1.1整流器接口单元 CIN UNS 0880a-P, V1 Doc.3BHS105870 E01 Data sheet1.2功率信号接口 PSI UNS 0882a-P, V1 (U81) 同步信号输入、阳极电压及励磁电压测量= Jumper (wired) 0R = 0 Ohm Resistors parallel to 1 MOhmresistorsIN = Rxx is active, no 0 Ohm resistors are used to short circuit the 1 MOhm resistorsNote:Resistors R96 –R99 for Synchronous- and Field Voltage Measurement always mountedResistors R22 –R26 for Zero Current Detection always mountedOnly used for 4 quadrant converter operation or phase sequence changing.励磁电流测量 (AC-measuring)(a) The I CT1 (CT Primary current) is always higher than I EN.In the range of I EN / I CT1 = 0.70 to1.2 the standard resistance adjustment must be used.励磁电流测量 (DC-measuring)(SC) short circuit1.3功率信号接口 PSI UNS 0882a-P, V1 (U82) Doc. Ref.: 3BHS106087 E01 Data sheet同步信号输入、阳极电压及励磁电压测量= Jumper (wired) 0R = 0 Ohm Resistors parallel to 1 MOhmresistorsIN = Rxx is active, no 0 Ohm resistors are used to short circuit the 1 MOhm resistorsNote:Resistors R96 –R99 for Synchronous- and Field Voltage Measurement always mountedResistors R22 –R26 for Zero Current Detection always mountedOnly used for 4 quadrant converter operation or phase sequence changing.励磁电流测量 (AC-measuring) with second CT (a) The I CT1 (CT Primary current) is always higher than I EN .In the range of I EN / I CT1 = 0.70 to 1.2 the standard resistance adjustment must be used.励磁电流测量 (DC-measuring)1.4快速输入/输出单元 FIO UNS 0883a-P, V1 (U70) Configuration of Binary InputsDoc. 3BHS107027 E01 Data sheetExample: 1−2−3−4 = connection 1-2-3-4 IN1-X-2-X-3-X-4- = connection 1-2-3-4 cut out Settings of Analog Inputs AI2, AI1, AITAC and 2-CHConfiguration of Analog Inputs AIOPT2, AIOPT1, AI4Transformer Temperature Measurement with one PT100 per phase (Basic Configuration)The 2-wire-measurement is the default configuration, V = 10For the 4-wire-measurement the two 0R-Resistors (both sides of the burden) must be cut out.Transformer Temperature Measurement with PTC 2-wire-measurement, V = 1For the 4-wire-measurement the two 0R-Resistors (both sides of the burden) must be cut out.Voltage Measurement, 0 to 10 V V = 1 resp. 0.5Cut out the 0R ResistersCurrent Measurement, 0 to 20 mA or 4 to 20 mA V = 10 resp. 5Put in the Burden according to the Current Signal, cut out the 0R ResistorsExample of an analog inputX31/X32:4X31/X32:3Selection of Analog Inputs AIOPT2, AIOPT1, AI4Settings of Analog Inputs AIOPT2, AIOPT1, AI41.5快速输入/输出单元FIO UNS 0883a-P, V1 (U71)Configuration of Binary Inputs Doc.3BHS107027 E01 Data sheetExample: 1−2−3−4 = connection 1-2-3-4 IN1-X-2-X-3-X-4- = connection 1-2-3-4 cut outConfiguration of 2-Channel systemConfiguration by Extended Gate Controller EGC as Backup ControllerIn the second FIO Interface only the binary inputs / outputs and the analog outputs can be used.1.6控制板 COB UNS 2880b-P, V1 (A10.A1)Doc. 3BHS105863 E01 Data sheetEGC = extended gate controller (UNS 2882)1.7控制板 COB UNS 2880b-P, V1 (A20.A1)Doc. 3BHS105863 E01 Data sheetARCnet-Node Setting1.8测量单元板 MUB UNS 2881b-P, V1 (A10.U1) Spare Analog Inputs3BHS105679 E01 Data sheetDoc.1.9测量单元板 MUB UNS 2881b-P, V1 (A20.U1) Spare Analog Inputs3BHS105679 E01 Data sheetDoc.(OPEN = log."1")Doc.HIEE 420308 E01 Data sheetRef.:LSB MSB1.11扩展门极控制器 EGC UNS 2882a-P, V1 (A10.A11)3BHS109941 E01 Data sheetDoc.1.12扩展门极控制器 EGC UNS 2882a-P, V1 (A20.A11)3BHS109941 E01 Data sheetDoc.1.13AC/DC 电源 (Murr) (G05)Doc. DB 857781 Data sheet1.14DC/DC 电源 (Murr) (G15)Doc. DB 857781 Data sheet1.15跨接器的触发单元 UNS 0017a-P, Var. 1 Doc. HIEE 422032 Data sheet1.16非线性灭磁电阻, Type: METROSIL Doc. HIER 466876 / 466877 / 4647971.17起励回路1.18通道铭牌2.工厂试验2.1介电强度试验2.2供电电源检查2.3MCB设置Fan M.C.B. for UNL 13300-Converter2.4变送器2.5下载 COB-Firmware(Boot 程序) 和应用程序（*.QOA）2.6外观检查2.7保护装置功能试验2.8模拟量输出信号检查2.9控制功能试验2.9.1就地和远方操作2.9.2内部动作控制功能试验2.9.3脉冲产生与控制功能试验2.9.4调节器功能试验Tests with simulated actual values and regulators in open功率桥特性试验·基准负载测试□3.现场试验3.1静态试验 (发电机静止时)For actual parameter settings see parameter list.3.1.1外观检查3.1.2转子回路电阻测量3.1.3绝缘测试3.1.4供电电源3.1.5软件3.1.6变送器检查3.1.7控制回路3.1.8保护装置3.1.9轻负载试验3.1.10通电流试验优化PI参数（发电机静止时）3.2空载试验 (发电机在额定转速下)3.2.1手动通道3.2.2自动通道3.2.3通道切换3.2.4监视 / 保护3.2.5 监视 / 保护 (仅适用于带智能均流的N-1功率桥配置)3.3 并网后功能试验 3.3.1 并网后一般性试验3.3.2励磁电流限制器I E -Limiter3.3.3 定子电流限制器I-Limiter3.3.4 P/Q 限制器P/Q-Limiter3.3.5恒功率因数控制器3.3.6恒无功控制器3.3.7励磁变压器温度测量3.3.8电力系统稳定器3.3.9特殊测试3.4 收尾工作4. 使用仪器仪表 4.1工厂试验4.2现场试验相关记录最终参数列表列出通道1和通道2的最终参数表现场试验录波图附上现场试验所录制的波形图Parameters and Signals 07/23/11 12:37:2701/83/6/79/3CH2_1AFTERPSSParametersSignalsEnabled Classes:ConfigurationPre SettingsScalingNo Load settingsOn Line settingsMaintenanceDiagnosticsInput / OutputVoltage RegulatorLimiterManual RegulatorControlsConverterMonitoring,AlarmUser markedNot ValidDisabled Classes:---ANALOG I/O COB:101 AITAC HIGH VALUE 10000 10000102 AITAC LOW VALUE -10000 -10000 103 AITAC LIVE ZERO -32767 -32767 104 AI1 HIGH VALUE 10000 10000105 AI1 LOW VALUE -10000 -10000 106 AI1 LIVE ZERO -32767 -32767 107 AI2 HIGH VALUE 10000 10000108 AI2 LOW VALUE -10000 -10000 109 AI2 LIVE ZERO -32767 -32767 110 AO1 NOMINAL V 4183 mV 10000 mV 111 AO1 OFFSET REL 0 0112 AO1 NOMINAL VAL 10000 10000113 AO2 NOMINAL V 3020 mV 10000 mV 114 AO2 OFFSET REL 0 0115 AO2 NOMINAL VAL 10000 10000116 AO21 NOMINAL V 4183 mV 10000 mV 117 AO21 OFFSET REL 0 0118 AO21 NOMINAL VAL 10000 10000119 AO22 NOMINAL V 3020 mV 10000 mV 120 AO22 OFFSET REL 0 0121 AO22 NOMINAL VAL 10000 10000122 AO23 NOMINAL V 10000 mV 10000 mV 123 AO23 OFFSET REL 0 0124 AO23 NOMINAL VAL 10000 10000125 AO24 NOMINAL V 3020 mV 10000 mV 126 AO24 OFFSET REL 0 0127 AO24 NOMINAL VAL 10000 10000128 DATASET2.[IN1] 13260 12501129 DATASET2.[IN2] 10353 12501130 DATASET2.[IN3] 13262 12501131 DATASET4.[IN1] 10501 12501132 DATASET4.[IN2] 10505 12501133 DATASET4.[IN3] 13264 12501134 DATASET6.[IN1] 12501 12501135 DATASET6.[IN2] 12501 12501136 DATASET6.[IN3] 12501 12501137 DATASET8.[IN1] 12501 12501138 DATASET8.[IN2] 12501 12501139 DATASET8.[IN3] 12501 12501140 DATASET10.[IN1] 12501 12501141 DATASET10.[IN2] 12501 12501142 DATASET10.[IN3] 12501 12501143 DATASET12.[IN1] 12501 12501144 DATASET12.[IN2] 12501 12501145 DATASET12.[IN3] 12501 12501146 DATASET14.[IN1] 12501 12501147 DATASET14.[IN2] 12501 12501148 DATASET14.[IN3] 12501 12501149 DATASET16.[IN1] 12501 12501150 DATASET16.[IN2] 12501 12501151 DATASET16.[IN3] 12501 12501152 DATASET18.[IN1] 12501 12501153 DATASET18.[IN2] 12501 12501154 DATASET18.[IN3] 12501 12501155 DATASET20.[IN1] 12501 12501156 DATASET20.[IN2] 12501 12501157 DATASET20.[IN3] 12501 12501ANALOG IN MUB:201 U MACH HIGH VALUE 32750 30000202 U MACHN KV 20.00 kV 0.00 kV203 I MACH HIGH VALUE 43000 30000204 I MACHN KA 10.19 kA 0.00 kA205 MEASURE CONFIG 3*U / 3*I, 5A 3*U / 3*I, 5A 206 PHASE DEV MACH 0.0 deg 0.0 deg207 U BUS HIGH VALUE 30000 30000208 U BUSN KV 0.00 kV 0.00 kV209 I BUS HIGH VALUE 30000 30000210 I BUSN KA 0.00 kA 0.00 kA211 PHASE DEV BUS 0.0 deg 0.0 deg212 f MACH NOMINAL 50 Hz 50 Hz213 AI1 MUB HIGH VAL 10000 10000214 AI1 MUB LOW VAL -10000 -10000215 AI1 MUB LIVE ZERO -32767 -32767216 AI1 MUB 3dB f 50 Hz 50 Hz217 AI2 MUB HIGH VAL 10000 10000218 AI2 MUB LOW VAL -10000 -10000219 AI2 MUB LIVE ZERO -32767 -32767220 AI2 MUB 3dB f 50 Hz 50 Hz221 AI3 MUB HIGH VAL 10000 10000222 AI3 MUB LOW VAL -10000 -10000223 AI3 MUB LIVE ZERO -32767 -32767224 AI3 MUB 3dB f 50 Hz 50 Hz225 AI4 MUB HIGH VAL 10000 10000226 AI4 MUB LOW VAL -10000 -10000227 AI4 MUB LIVE ZERO -32767 -32767228 AI4 MUB 3dB f 50 Hz 50 Hz229 COS PHI MACH NOM 0.85 0.80230 Xd MACH 1.80 2.00CONTROL LOGIC:301 RELEASE FCB OFF YES, MODE 1 (CH) NO302 IMPOSED CTRL MODE EXTERNAL SEL NO303 RECLOSE INH TIME 10.0 s 10.0 s304 FLASH OFF LEVEL 30.0 % 30.0 %305 FLASH MAX TIME 5.0 s 5.0 s306 CMPD ON LEVEL 50.0 % 50.0 %307 CMPD MAX TIME 10.0 s 10.0 s308 CH CONFIG A5.-... (2) NOT CONFIGURED 309 CB CONFIG DC W/O DEEXC W/O CROWBAR310 DLY FLDB ACKN 0.5 s 0.5 s311 t FIREALL FLASH 9.0 s 5.0 s312 PANEL CONFIG LCP Loc./ECT Rem. LCP Local313 ARC AIO CONF 0 0314 ARC DIO BIT CONF 0 0315 ARC DIO WORD CONF 0 0316 PANEL CMD RELEASE 17604 17604317 SET FCB ACTN CNTR NONE NONE318 COMPOUND CONFIG NONE NONECONVERTER MONIT:401 MAX CONV TEMP 79 C 0 C402 I EXCITER MAX VAL 251 % 230 %403 DELAY IE MAX 18 18404 RIPPLE MON. MODE ALARM CHANNEL FAULT405 RIPPLE TIME 10 10406 U SYN MIN 0 % 0 %407 DEV EQ CTRL 1.0 % 1.0 %408 DLY EQ CTRL 10.0 s 10.0 s409 I CM RELEASE A 100 A 100 A410 DLY CM MON 0.5 s 0.5 s411 DLY CONV FAULT 0.30 s 0.30 s412 FAN SUPPLY1 MODE SHUNT SHUNT413 USYN RELEASE LVL 80.0 % 80.0 %414 USYN RELEASE DLY 3.0 s 3.0 s415 FAN SUP. OFF DLY 20.0 s 20.0 sCONVERTER CTRL:501 U EXC V NOMINAL 302 V 0 V502 I EXC A NOMINAL 2510 A 0 A503 PHASE SEQ CW R-S-T R-S-T504 U SYN V NOMINAL 720 V 0 V505 If DC OFFSET 0.0 % 0.0 %506 If DC GAIN 1.00 1.00507 I EXC SENSE A 3000 A 0 A508 U EXC SENSE V 800 V 0 V509 CONVERTER CONFIG n = 3 SINGLE510 CONVERTER TYPE 4 0511 QUADRANT TYPE 1 1512 CUR SENSOR TYPE 2000A SENSOR 2000A SENSOR513 COOLING TYPE WITH FAN1 DEFAULT NATURAL/EXTERNAL 514 GATE CTRL TYPE COB with backup COB only515 ALPHA MIN LIMIT 15 15516 ALPHA MAX LIMIT 150 150517 USYN COMPENS SEL OFF OFF518 2DXN 8.0 % 0.0 %519 I EXC FILT tc 0 ms 0 ms520 SEL ACT CONV(n) NONE NONE521 FAN TEST CONV(n) 0 0522 SEL FAN 0 0523 FAN OP HOURS 0 0524 SET FAN HOURS NONE NONE525 tc I EQ CTRL 100 s 100 s526 FB EQ CTRL 5.0 % 5.0 %527 DLY COOLING FAIL 0 s 0 sDATA LOGGER:601 DLOG.[IN1] 10201 10201602 DLOG.[IN2] 10501 10501603 DLOG.[IN3] 12110 12110604 DLOG.[IN4] 10218 10218605 DLOG.[IN5] 10220 10220606 DLOG.[IN6] 10505 10505607 DLOG.TRIGG COND FAULT+EXT FAULT+EXT 608 DLOG.TRIGG VALUE 20000 20000609 DLOG.TRIGG DELAY 200 200610 DLOG.SAMPL INT 3 ms 3 ms611 DLOG.TRIG 12501 12501612 DLOG.STOP 12501 12501613 DLOG.RESTART 12501 12501DIGITAL I/O STD:701 DO01 (CH FAIL) 10342 10342702 DO02.[IN] 10350 10350703 DO03.[IN] 12867 10305704 DO04.[IN] 10309 10309705 DO05.[IN] 10330 10330706 DO06.[IN] 10307 12501707 DO07.[IN] 12501 12501708 DO08.[IN] 10314 10314709 DO09.[IN] 10310 10310710 DO10.[IN] 10311 10311711 DO11.[IN] 10312 10312712 DO12.[IN] 10313 10313713 DO13.[IN] 12002 12002714 DO14.[IN] 12003 12003715 DO15.[IN] 12117 12117716 DO16.[IN] 10376 10376717 DO17.[IN] 10307 10307718 DO18.[IN] 10338 10338719 [PB17 STATUS ECT] 12666 12501 720 [PB20 STATUS ECT] 12601 12501 721 [PB18 STATUS ECT] 12501 12501 722 [PB21 STATUS ECT] 12501 12501 723 [PB19 STATUS ECT] 12717 12501 724 [PB22 STATUS ECT] 12602 12501DIGITAL I/O EXTD:801 DO01E (CH FAIL) 10342 10342 802 DO02E.[IN] 10350 10350 803 DO03E.[IN] 10413 12501 804 DO04E.[IN] 10411 12501 805 DO05E.[IN] 10412 12501 806 DO06E.[IN] 12501 12501 807 DO07E.[IN] 12666 12501 808 DO08E.[IN] 12501 12501 809 DO09E.[IN] 12678 12501 810 DO10E.[IN] 12679 12501 811 DO11E.[IN] 13127 12501 812 DO12E.[IN] 13125 12501 813 DO13E.[IN] 11907 12501 814 DO14E.[IN] 10350 12501 815 DO15E.[IN] 12407 12501 816 DO16E.[IN] 10925 12501 817 DO17E.[IN] 13126 12501 818 DO18E.[IN] 12501 12501MONITORING:901 SUPPLY MODE SHUNT SHUNT 902 START IE MONITOR 5.0 % 5.0 % 903 DLY IE MONITORING 2.0 s 2.0 s 904 START UEL MONIT 10.0 % 10.0 % 905 DLY UEL MONITOR 2.0 s 2.0 s 906 DLY DIODE ALARM 10.0 s 10.0 s 907 DEV U MONITORING 15.0 % 15.0 % 908 MODE DIODE MONIT OFF OFF909 LEVEL DIODE ALARM 10.0 % 10.0 % 910 LEVEL DIODE TRIP 40.0 % 40.0 % 911 DLY DIODE TRIP 1.00 s 1.00 s 912 START V/HZ MON 5.0 % 5.0 % 913 DLY V/HZ MONITOR 2.0 s 2.0 s 914 SEL PT FAIL DYN OFF OFF915 SEL PT FAIL@START OFF OFF916 f EXCITER NOMINAL 200 Hz 200 Hz917 FLDBFAULT MODE ALARM ALARM918 FLDBFAULT TIMEOUT 75 75919 tc EXCITER 200 ms 200 ms920 ALRM OFFSET DIODE 1.0 % 1.0 %921 TRIP OFFSET DIODE 4.0 % 4.0 %922 DEEXC MODE MODE 1 (CH) MODE 1 (CH)923 DLY FCB OFF 20.0 s 20.0 s924 LEVEL FCB OFF MON 10.0 % 10.0 %925 TRIG I CROWBAR A 120 A 120 A926 CB CUR SENS GAIN 100.0 % 100.0 %927 CB CUR SENS TYPE 2000A SENSOR 2000A SENSOR928 SET_LEVEL1_FAIL 1 1929 SET_LEVEL2_FAIL 9 1930 SET_LEVEL3_FAIL 2 2931 REL. ROTOR SLIP OFF OFFRT MONITORING:1001 SEL RTM MODE OFF OFF1002 U BRUSH RELATIVE 0.6 % 0.0 %1003 U DROP RELATIVE 9.6 % 0.0 %1004 TC OFF LINE 8.46 s 6.00 s1005 TC ON LINE 1.08 s 1.00 s1006 RE TOT RELATIVE 111.0 % 100.0 %1007 RF0 RELATIVE 74.6 % 74.6 %1008 RTEMP DEG NOM 80 C 80 C1009 RTEMP DEG ALARM 110 C 110 C1010 RTEMP DEG FAULT 160 C 160 C1011 HOT SPOT CONST 0.0 % 0.0 %1012 U EXC TEST 100.0 % 100.0 %1013 AI4 HIGH VALUE 615 6151014 AI4 LOW VALUE -1143 -11431015 AI4 LIVE ZERO -32767 -327671016 AI OPT1 HIGH VAL 615 6151017 AI OPT1 LOW VALUE -1143 -11431018 AI OPT1 LIVE ZERO -32767 -327671019 AI OPT2 HIGH VAL 615 6151020 AI OPT2 LOW VALUE -1143 -11431021 AI OPT2 LIVE ZERO -32767 -327671022 TRTEMP DEG ALARM 140 C 80 C1023 TRTEMP DEG FAULT 150 C 110 C1024 TEMP SENSOR TYPE PT100 THERMISTOR PT100 THERMISTOR 1025 AI TEMP FILT tc 1.0 s 1.0 sFAULTS, ALARMS:1101 USER EVENT1.[IN] 12501 125011102 USER EVENT1.TYPE ALARM EVENT1103 USER EVENT1.TEXT User Event 1 User Event 1 1104 USER EVENT1.DLY 0.00 s 0.00 s1105 USER EVENT2.[IN] 12501 125011106 USER EVENT2.TYPE ALARM EVENT1107 USER EVENT2.TEXT User Event 2 User Event 2 1108 USER EVENT2.DLY 0.00 s 0.00 s1109 USER EVENT3.[IN] 12845 125011110 USER EVENT3.TYPE ALARM EVENT1111 USER EVENT3.TEXT User Event 3 User Event 3 1112 USER EVENT3.DLY 0.00 s 0.00 s1113 USER EVENT4.[IN] 12501 125011114 USER EVENT4.TYPE EVENT EVENT1115 USER EVENT4.TEXT User Event 4 User Event 4 1116 USER EVENT4.DLY 0.00 s 0.00 s1117 USER EVENT5.[IN] 12501 125011118 USER EVENT5.TYPE EVENT EVENT1119 USER EVENT5.TEXT User Event 5 User Event 5 1120 USER EVENT5.DLY 0.00 s 0.00 s1121 USER EVENT6.[IN] 12501 125011122 USER EVENT6.TYPE EVENT EVENT1123 USER EVENT6.TEXT User Event 6 User Event 6 1124 USER EVENT6.DLY 0.00 s 0.00 s1125 TRIP MASK 7 7MAINTENANCE:1201 TEST MODE NOT ACTIVATED NOT ACTIVATED 1202 CMT UNF ADDR 250 2501203 DEVICE ID 2 11204 POT1 VALUE 800 8001205 POT2 VALUE 50 501206 PERIOD BTW POT1/2 1.00 s 1.00 s1207 DEBUG ADDR 1 0 01208 DEBUG ADDR 2 0 01209 DEBUG ADDR 3 0 01210 DEBUG ADDR 4 0 01211 DEBUG ADDR 5 0 01212 DEBUG ADDR 6 0 01213 WRITE ENABLE KEY 358 3581214 WRITE ENABLE PIN 358 3581215 LANGUAGE ENGLISH ENGLISH1216 ACTUAL VALUE 1 10301 103011217 ACTUAL VALUE 2 10202 102021218 ACTUAL VALUE 3 10502 10502 1219 FIELDBUS NODE ADR 1 11220 MACRO SELECT NONE NONE1221 SEL DATE AND TIME NONE NONE1222 YEAR 2011 20001223 MONTH 7 11224 DAY 23 11225 HOUR 12 01226 MINUTE 35 01227 SECOND 4 01228 [HOURLY RTC SYNC] 12501 12501 1229 IP NODE ADR BYTE1 192 1921230 IP NODE ADR BYTE2 168 1681231 IP NODE ADR BYTE3 1 11232 IP NODE ADR BYTE4 1 11233 IP NET MASK BYTE1 255 2551234 IP NET MASK BYTE2 255 2551235 IP NET MASK BYTE3 255 2551236 IP NET MASK BYTE4 0 01237 IP GWAY ADR BYTE1 192 1921238 IP GWAY ADR BYTE2 168 1681239 IP GWAY ADR BYTE3 1 11240 IP GWAY ADR BYTE4 254 2541241 U EXC OFFSET CAL AUTO AUTO1242 U EXC OFFSET 2 0IE LIMITER:1301 REF1 IETH 105.0 % 105.0 % 1302 REF2 IETH 105.0 % 105.0 % 1303 REF1 IEMAX 200.0 % 160.0 % 1304 REF2 IEMAX 200.0 % 160.0 % 1305 TIME IEMAX SEL 10.0 s 10.0 s 1306 TC IERED MAX-TH 1.00 s 1.00 s 1307 TIME IE BACK INT 100.0 s 100.0 s 1308 WEIGHT GAIN COMP 100 % 100 % 1309 KOEL IE 50 % 50 %I LIMITER:1401 REF1 I MACH TH 105.0 % 105.0 % 1402 REF2 I MACH TH 105.0 % 105.0 % 1403 I MACH EQUIVALENT 160.0 % 160.0 % 1404 TIME I EQUIVALENT 10.0 s 10.0 s 1405 TC I MACH RED 1.00 s 1.00 s 1406 TIME I BACK INT 100.0 s 100.0 s1407 KOEL I MACH 50 % 0 %1408 KUEL I MACH 50 % 0 %PQ IEMIN LIM:1501 REF0 Q(P) LIM -28.0 % -150.0 % 1502 REF25 Q(P) LIM -20.0 % -150.0 % 1503 REF50 Q(P) LIM -11.0 % -150.0 % 1504 REF75 Q(P) LIM -2.0 % -150.0 % 1505 REF100 Q(P) LIM 0.0 % -150.0 % 1506 KUEL Q(P) LIM 150 % 150 %1507 REF IEMIN LIM AVR 0.0 % 0.0 %1508 KUEL IEMIN LIM A 50 % 50 %1509 Xq MACH 1.70 2.00COSPHI CTRL:1701 RELEASE FOLLOW C ON OFF1702 RAMPTIME REF COS 60.0 s 60.0 s 1703 HL REF COSPHI 5000 50001704 LL REF COSPHI -5000 -50001705 PRESET REF COSPHI 0 01706 DEADBAND IMP CTRL 0.5 % 0.5 %1707 DELAY IMP CTRL 5.0 s 5.0 sQ CTRL:1801 RELEASE FOLLOW Q ON OFF1802 RAMPTIME REF Q 60.0 s 60.0 s 1803 HL REF Q CTRL 100.0 % 100.0 % 1804 LL REF Q CTRL -100.0 % -100.0 % 1805 PRESET REF Q CTRL 0.0 % 0.0 %AVR CTRL:1901 HL REF AVR 110.0 % 110.0 % 1902 LL REF AVR 90.0 % 90.0 % 1903 PRESET1 REF AVR 100.0 % 100.0 % 1904 PRESET2 REF AVR 100.0 % 100.0 % 1905 RAMP TIME1 REF A 60.0 s 60.0 s 1906 RAMP TIME2 REF A 60.0 s 60.0 s 1907 TC FOLLOW UP AVR 10.0 s 10.0 s 1908 TC IMPOSED CTRL A 100.0 s 100.0 s 1909 Q DROOP/COMPENS -3.0 % -5.0 % 1910 P DROOP/COMPENS 0.0 % 0.0 %1911 REF V/Hz LIM AVR 115.0 % 115.0 % 1912 REF UMAX fNOM AVR 115.0 % 115.0 % 1913 REF UMAX AVR 115.0 % 115.0 %1914 DELAY V/Hz LIM A 0.0 s 0.0 s 1915 SOFTSTART RAMP 15.0 s 5.0 s 1916 CEILING FACTOR A 1052 % 500 % 1917 DC GAIN AVR 500 5001918 P GAIN AVR 50 501919 HF GAIN AVR 70 2501920 TA1 1.00 s 1.00 s 1921 TA2 1.00 s 1.00 s 1922 TA3 1.00 s 1.00 s 1923 TB1 25 ms 100 ms 1924 TB2 25 ms 100 ms 1925 TB3 25 ms 100 msAVR IN, PSS:2001 SEL LIM PRIORITY OEL OEL2002 SEL PSS MODE ON IEEE OFF2003 PSS KS1 4.0 5.02004 PSS KS2 0.66 0.202005 PSS KS3 1.00 1.002006 PSS T1 0.13 s 0.20 s 2007 PSS T2 0.02 s 0.04 s 2008 PSS T3 0.20 s 0.36 s 2009 PSS T4 0.03 s 0.12 s 2010 PSS T7 5.99 s 2.00 s 2011 PSS T8 0.60 s 0.00 s 2012 PSS T9 0.12 s 0.10 s 2013 PSS TW1 6.0 s 2.0 s 2014 PSS TW2 6.0 s 2.0 s 2015 PSS TW3 6.0 s 2.0 s 2016 PSS TW4 0.0 s 0.0 s 2017 PSS N 1 12018 PSS M 5 52019 PSS P MACH MIN 40.0 % 5.0 % 2020 PSS U MACH MAX 120.0 % 120.0 % 2021 PSS U MACH MIN 80.0 % 80.0 % 2022 Xx MACH 0.00 0.002023 PSS UST MAX 10.0 % 10.0 % 2024 PSS UST MIN -10.0 % -10.0 % 2025 APSS NOISE MAX 5.0 % 5.0 % 2026 APSS NOISE MIN 1.0 % 1.0 % 2027 APSS U LIMIT 10.0 % 10.0 % 2028 APSS TF0 2.00 s 2.00 s 2029 APSS TFA 2.0 s 2.0 s 2030 PSS T10 0.00 s 0.00 s2031 PSS T11 0.00 s 0.00 s 2032 PSS T-ON 5.0 s 5.0 s 2033 STABILIZER TEST OFF OFF2034 OPEN LOOP TRIG. OFF OFF2035 CLOSED LOOP TRIG. OFF OFF2036 PULSE DURATION 15.0 s 15.0 s 2037 PULSE AMPLITUDE 10.0 % 10.0 %MANUAL CTRL:2101 TC IMPOSED CTRL M 10.0 s 10.0 s 2102 TC FOLLOW UP MAN 10.0 s 10.0 s 2103 RAMP TIME1 REF M 60.0 s 60.0 s 2104 RAMP TIME2 REF M 60.0 s 60.0 s 2105 LL REF MANUAL 0.0 % 0.0 % 2106 HL REF MANUAL 110.0 % 110.0 % 2107 PRESET1 REF MAN 25.0 % 25.0 % 2108 PRESET2 REF MAN 0.0 % 0.0 % 2109 REF0 IE(P) LIM 0.0 % 0.0 % 2110 REF25 IE(P) LIM 0.0 % 0.0 % 2111 REF50 IE(P) LIM 0.0 % 0.0 % 2112 REF75 IE(P) LIM 0.0 % 0.0 % 2113 REF100 IE(P) LIM 0.0 % 0.0 % 2114 TA MANUAL 0.10 s 0.10 s 2115 P GAIN MANUAL 1.0 1.02116 DC GAIN MANUAL 100 1002117 FB GAIN 10 % 10 %2118 REL LEVEL 0.2 % 0.2 % 2119 BLK TIME 10.0 s 10.0 s 2120 NOT OK LEVEL 5.0 % 5.0 % ANALOG I/O COB:5101 AO1.[IN] 10501 12501 5102 AO2.[IN] 10505 12501 5103 AO21.[IN] 10501 12501 5104 AO22.[IN] 10505 12501 5105 AO23.[IN] 12110 12501 5106 AO24.[IN] 12501 12501ANALOG IN MUB:5201 [POLARITY] 12501 12501CONTROL LOGIC:5301 [BLOCK START UP] 10351 10351 5302 [STARTEXCITATION] 10701 10701 5303 [EXC OFF CMD] 10702 107025304 [RAISE CMD] 12628 10703 5305 [LOWER CMD] 12629 10704 5306 [ON AUTO CMD] 10705 10705 5307 [ON MAN CMD] 10706 10706 5308 [ON CH1 CMD] 12501 10721 5309 [ON CH2 CMD] 12501 10722 5310 [ON IMP CMD] 10707 10707 5311 [OFF IMP CMD] 10708 10708 5312 [SEL Q CTRL] 10809 12501 5313 [SEL COSPHI CTRL] 10801 12501 5314 [ON LINE] 10715 10715 5315 [RDY XFER A M] 12117 12117 5316 [RDY XFER TWIN] 12120 12120 5317 [AUTO FAIL] 10910 10910 5318 [MAN FAIL] 12501 12501 5319 [IN CH FAULT] 10349 10349 5320 [IN CH1 FAULT] 12501 12501 5321 [IN CH2 FAULT] 12501 12501 5322 [TRIP CMD] 12636 10350 5323 [PULSE BLK] 12501 12501 5324 [RESET] 13096 12501 5325 [DISABLE SERVICE] 12501 12501 5326 [PARAMETER SET2] 12501 12501 5327 [IN FLDB REQ] 13099 12501 5328 [FLDB ON/OFF] 13090 12501 5329 [FLDB START/STOP] 13089 12501 5330 [FLDB A/M] 13101 12501 5331 [FLDB CMD IMP] 13102 12501 5332 [FLDB SEL IMP] 13104 12501 5333 [FLDB REQ REF] 13092 12501 5334 [IN FLDB REF] 10111 12501 5335 [OFF/BLK CMD] 12631 10709 5336 [ON LAMPTEST] 10374 10374 5337 [ON LCP DISPLAY] 12501 12501 5338 [ENABLE LOC/SERV] 12502 12502 5339 [ACK LCP ALARM] 10352 10352 5340 [ON MAN CMD CP] 10367 10367 5341 [ON AUTO CMD CP] 10366 10366 5342 [ON CH2 CMD CP] 10369 10369 5343 [ON CH1 CMD CP] 10368 10368 5344 [LOWER CMD CP] 10365 10365 5345 [RAISE CMD CP] 10364 10364 5346 [OFF IMP CMD CP] 10371 10371 5347 [ON IMP CMD CP] 10370 103705348 [REMOTE CMD CP] 10373 10373 5349 [LOCAL CMD CP] 10372 10372 5350 [CP FB OFF] 10361 10361 5351 [CP FB ON] 10360 10360 5352 [CP EXC OFF] 10363 10363 5353 [CP EXC ON] 10362 10362 5354 [PB01 STATUS CP] 10336 10336 5355 [PB09 STATUS CP] 10380 10380 5356 [PB02 STATUS CP] 10307 10307 5357 [PB10 STATUS CP] 10308 10308 5358 [PB03 STATUS CP] 10312 10312 5359 [PB11 STATUS CP] 10313 10313 5360 [PB04 STATUS CP] 10310 10310 5361 [PB12 STATUS CP] 10311 10311 5362 [PB05 STATUS CP] 10347 10347 5363 [PB13 STATUS CP] 10348 10348 5364 [PB06 STATUS CP] 10314 10314 5365 [PB14 STATUS CP] 10379 10379 5366 [PB07 STATUS CP] 10377 10377 5367 [PB15 STATUS CP] 10378 10378 5368 [PB08 STATUS CP] 12501 12501 5369 [PB16 STATUS CP] 12501 12501 5370 [RELAY1 LCP] 12501 12501 5371 [RELAY2 LCP] 12501 12501 5372 [RELAY3 LCP] 12501 12501 5373 [SIGNAL17 LCP] 10516 12501 5374 [SIGNAL18 LCP] 10526 12501 5375 [SIGNAL19 LCP] 10536 12501 5376 [SIGNAL20 LCP] 12501 12501 5377 [SIGNAL21 LCP] 12501 12501 5378 [SIGNAL22 LCP] 12501 12501 5379 [SIGNAL23 LCP] 12501 12501 5380 [SIGNAL24 LCP] 12501 12501 5381 [SIGNAL25 LCP] 12501 12501 5382 [SIGNAL26 LCP] 12501 12501 5383 [SIGNAL27 LCP] 12501 12501 5384 [SIGNAL28 LCP] 12501 12501 5385 [SIGNAL29 LCP] 12501 12501 5386 [SIGNAL30 LCP] 12501 12501 5387 [REMOTE FCB ON] 12501 10719 5388 [REMOTE FCB OFF] 12501 10720 5389 [ON LCP PRINTER] 12501 12501 5390 [ALARMWORD01 LCP] 11101 11101 5391 [ALARMWORD02 LCP] 11102 11102。