SOUTHSIDE GIS SUBSTATION 69KV BAY CONTROLLER, DBC, SCM REPLACEMENTS BAY 6SP3
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- Beverly Weaver
- 5 years ago
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1 PROTETION ND ONTROL ONSTRUTION DRWINS FOR THE INLLTION OF SOUTHSIDE IS SUTION KV Y ONTROLLER, D, SM REPLENTS Y SP SYST PROTETION & ONTROL PROJETS 0 MNER/ PROJET RELY ENINEER : DRRELL D. HMILTON : 00 : SYST PROTETION ND ONTROL PROJETS 0 PROJET LOTION 0 RODST PLE JKSONVILLE, FL 0 (SEE DETIL "") //0 :: PM SVED : barnma NOTE: IF THERE RE NY OMMENTS/QUESTIONS, PLESE ONTT RELY ENINEER ND/OR SP&P 0 MNER. INSTRUTIONS FOR RETURNIN MRKED UP DRWINS FOR SUILTS:. RETURN SUILTS TO RESTIVE SP&P 0 PROJET MNER.. THIS SHEET MUST E RETURNED TO SP&P 0 WITH MRKED UP PRINTS FOR SUILTS.. THIS SHEET MUST PROEED EH JO. WHEN RETURNIN MULTIPLE PROJETS T THE SME SUTION S SINLE SUMITTL, FOR EMPLE: EH FEEDER, EH TRNSFORMER, ET.. DRWINS EIN RETURNED FOR SUILTS MUST FOLLOW THE SME ORDER S SHOWN IN THE "INDE OF DRWINS." I HURH 0 V ST TE ST E 0 JE PLZ WTER ST MIN MIN ST 0 KINS VE HENDRIKS V LOTION MP ON TLLEYRND NOT TO SLE ST V EORI ST SOUTHSIDE IS EH V TLNTI V HRT Y UNIVERSITY V RLINTON RLINTON HUNTER RD
2 SVED : barnma //0 :: PM
3 KV US TO DW SS M Q [] M Q [] ( N) 0 ( ) TS SEL ION I 0 0 ( ) TS 0 ONTROL PNEL No. DW SS 0 I 0 0 D 0 0 I 0 00 MRT 000/ 00 T 0 F 0 0 E MRT 000/ 00 T 0 00 ONTROL PNEL No. DW SS 0 0 F ( ) TS V 0 0 V E 0 0 E SP M Q [0] 0 H I V TO DW SS TO DW SS N 0 J VS MRT 000/ 000 T F MRT 000/ 000 T 0 00 DD M Q M Q [] N F [] 0 0 TL 0, (.)kv /V N TERMINL LOK POINTS MLE ONTT FLE ONTT TL, (.)kv /V 0 F 0 ONTROL PNEL No. DW SS INPUT TO RELY IN TL, (.)kv /V N N N HIH SED / HIH URRENT 0/0/ SS.DN. LL EQUIPMENT IS ON UILE E UNLESS OTHERWISE NOTED. 0 ISSUED FOR ONSTRUTION 0/0/ 0/0/ 0/0/ 0/0/ ELENTRY DIRM E UILE, SP REKER SYST PROTETION & ONTROL PROJETS 0 IF. : DRWIN : SHEET : SS
4 TO F kv ROOM PNEL SP DP KT L R 0 F0 0 (S0) L L TO K0 TO Q0 [SP] DW SSD TO F L TO F0 L F 0 0 (S0) L TO ION DW SSD 0 LR TO Q0 [SP] DW SSD 0 LR TO ION DEVIE "H" DW SSD M I0 ION K0 W TO TRL PNL 0 DW SSD (S0) (S0) K LR L TO Q0 [SP] DW SSD TO Q0 [SP] DW SSD TO F0 L 0 0 LR L TO 0 DW SSD TO ION DW SSD TO F L L TO K0 TO F L TO F L TO F L F 0 L TO Q0 [SP] DW SSD0 TO F L TO F L F 0 L TO Q [] DW SSD TO F L TO F L F 0 0 TO ION DEVIE "D" DW SSD TO F L TO Q0 [SP] DW SSD0 TO F L L TO Q [] DW SSD TO F L 0 L TO ION DEVIE "D" DW SSD TO F L TO F L TO F L TO F L F 0 kv ROOM PNEL R 0 0 F0 0 TO L (K0) 0L L TO 0L DW SSD0 TO ION DEVIE "E" DW SSD TO Q0 [SP] DW SSD M I0 ION TERMINL LOK POINTS MLE ONTT FLE ONTT TO F K 0 0 TO (K0) 0 L L L 0L TO Q0 [SP] DW SSD TO ION DEVIE "E" DW SSD TO 0L DW SSD0 INPUT TO RELY HIH SED / HIH URRENT IN. LL EQUIPMENT IS ON UILE E UNLESS OTHERWISE NOTED. 0 ISSUED FOR ONSTRUTION 0/0/ 0/0/ 0/0/ 0/0/ 0/0/ D DISTRIUTION DIRM Q0 [SP], UILE E SYST PROTETION & ONTROL PROJETS 0 IF. : SSD0.DN DRWIN : SHEET : SSD0
5 TO 0 DW SSD0 TO ION DEVIE "" TO DW SSD0 TO ION DEVIE "D" D E F H K L M N ION HSSIS P/N:R0 DI DI DI DI DI IER T/PT 0 LE (') 0 I TO RTU RTUSP 0 ( D) ION SEL ( E) ION SEL DW SSD0 ETH 0 LE (') 0 I 0 PS PORT PORT ETHERT ONNETIONS ONLY POWER OUPLER POWER LMP TEST PS PORT PORT ETHERT ONNETIONS ONLY POWER OUPLER POWER LMP TEST TO RTU RTUSP DW SSD0 ETH ESLLL TO HMI. PORT 0 V /D 0 V /D 0 V /D 0 V /D 0 V /D ION 0 I 0 0 IN 0 DW SSD VD 0 ND ND LE (') 0 V 0 TO E DW SSD SP IRI 0 0 V V TO 0 DW SSD0 TO ION DEVIE "" TO 0 DW SSD0 TO ION DEVIE "D" LE (') SEL VS SEL TO E SP DW SSD IRI P/N:00 P/N:0 P/N:0 P/N:0 P/N:0 P/N:0 P/N:0 P/N:0 P/N:00 P/N:00 SEL0 ION, MODULE SEL, DEVIE "D" SEL0 ION, MODULE SEL, DEVIE "E" ION # 0 (') 0 (') D E F H K L M N ION HSSIS P/N:R0 0 FHD0 0 FHD0 0 FHD0 0 FHD0 0 FHD0 0 FHD0 D0 D0 0 FORM 0 FORM 0 FORM 0 FORM 0 FORM 0 FORM FORM FORM TO ION DEVIE "D" TO ION DEVIE "E" ( ) ION SEL ( D) ION SEL POWER OUPLER POWER OUPLER PS PORT PORT ETHERT ONNETIONS ONLY POWER LMP TEST PS PORT PORT ETHERT ONNETIONS ONLY POWER LMP TEST SP U ND ND OUT0 LM P/N:0 P/N:0 0 0 SEL P/N:0 0 0 SEL P/N:0 0 0 SEL P/N:0 0 0 SEL P/N:0 0 0 SEL P/N:0 0 0 SEL P/N:0 0 SEL P/N:0 0 SEL P/N:0 0 TO ION DEVIE "D" TO ION DEVIE "E" O SELION [E] RT FIL LM DW SSD ION # SEL0 ION, MODULE SEL, DEVIE "" SEL0 ION, MODULE SEL, DEVIE "D" TERMINL LOK POINTS MLE ONTT FLE ONTT INPUT TO RELY HIH SED / HIH URRENT IN. LL EQUIPMENT IS ON UILE E UNLESS OTHERWISE NOTED. 0 ISSUED FOR ONSTRUTION 0/0/ 0/0/ 0/0/ 0/0/ 0/0/ ION DIRM SEL0 ION HSSIS & SYST PROTETION & ONTROL PROJETS 0 IF. : SSD.DN DRWIN : SHEET : SSD
6 TO 0 DW SSD0 L 0 0 F0 00 L TO ION DEVIE "" Q0 [SP] 0L 0L Q0 [SP] 0L Q0 [SP] 0L 0L 0L 0L F 0L SL SL SL 0L 0L 0L 0L 0L 0L L L F F F0 F0 F F F F S0 SL SL 0L SL 0L 0L SL 0L 0L 0L 0L 0L 0L SL 0L SL Q0 [SP] TM "" PH DW SSD Q0 [SP] TM "" PH DW SSD Q0 [SP] TM "" PH DW SSD L L L L F0 F SL SL SL Q0 [SP] TM "" PH DW SSD Q0 [SP] TM "" PH DW SSD Q0 [SP] TM "" PH DW SSD 0L 0L 0L 0L 0L 0L 0L 0L F 0L 0L ( F) SEL ION 0 IN0 a IN0 b IN0 IN0 SF LOW IN0 SF LOW IN0 SF LOW IN0 SF MIN IN0 SF MIN IN0 SF MIN IN0 TM IN TM IN TM IN SF LOSS IN SF L/O IN D M TRIP IN M TRIP IN VT M TRIP IN R TRL IN LO TRL IN0 PDIS IN IN IN TM IN TM IN TM 0 0 TO 0 DW SSD0 L L TO ION DEVIE "" SEL0 ION, MODULE SEL, TO ION L Q0 L TO ION DEVIE "H" DW SSD [SP] 0L 0L 0L 0L 0L 0L 0 K 0 SP 0 K/R 0 SL 0L SL 0L SL 0L S0 LM E 0 R Q0 [SP] ROTE LOSE DW SSD Q0 [SP] ROTE TRIP DW SSD Q0 [SP] ROTE TRIP DW SSD ONTROL PNEL No. DW No. SSD F S PO W/R HV SW ITH Q [] LOSE TUS DW SSD HV SW ITH Q [] ON TUS DW SSD 0L 0L 0L 0 ( ) SEL ION 0 IN0 SPR H IN0 SPR H IN0 SPR H IN0 LM K IN0 DJ U FIL IN0 IN0 IN0 IN0 IN0 R L IN R TR IN R TR IN IN IN IN IN IN IN IN0 IN IN SUPV TRL IN IN 0 0 TO ION L L TO ION DEVIE "H" DW SSD TERMINL LOK POINTS MLE ONTT FLE ONTT SEL0 ION, MODULE SEL, DEVIE "" INPUT TO RELY IN HIH SED / HIH URRENT. LL EQUIPMENT IS ON UILE E UNLESS OTHERWISE NOTED. 0 ISSUED FOR ONSTRUTION 0/0/ 0/0/ 0/0/ 0/0/ 0/0/ ION D SHTIS SEL ION INPUT ORDS SYST PROTETION & ONTROL PROJETS 0 IF. : SSD.DN DRWIN : SHEET : SSD
7 TO S0 DW SSD0 LR TO ION DEVIE "" DW SSD L L TO ION DEVIE "K" 0 Q [] L 0 0 S S/P L S S/P S a S b 0 0 S MN HV SWITH Q [] MOTOR MONITOR DW SSD Q Q R R LOSE ON (FUTURE) Q [] L 0 0 S S/P L S S/P S a S b S MN 0 0 HV SWITH Q [] MOTOR MONITOR DW SSD 0 0 ( H) SEL ION 0 IN0 RM L IN0 RM IN0 IN0 IN0 MN R IN0 IN0 IN0 IN0 IN0 MOT MON IN R LOSE IN R ON IN RM L IN RM IN IN IN MN R IN IN IN0 IN IN MOT MON IN IN 0 0 TO ION DEVIE "" DW SSD L L TO ION DEVIE "K" TO S0 DW SSD0 LR 0 LR TO ION DEVIE "K" SEL0 ION, MODULE SEL, DEVIE "H" TO ION DEVIE "H" L L TO ION DEVIE "L" DW SSD Q [0] L 0 0 S S/P L S S/P S a 0 S b S MN 0 HV SWITH Q [0] MOTOR MONITOR DW SSD Q [] L 0 0 S S/P L S S/P S a S b 0 0 S MN HV SWITH Q [] MOTOR MONITOR DW SSD Q Q R R LOSE ON (FUTURE) 0 0 ( K) SEL ION 0 IN0 RM L IN0 RM IN0 IN0 IN0 MN R IN0 IN0 IN0 IN0 IN0 MOT MON IN IN IN RM L IN RM IN IN IN MN R IN IN IN0 IN IN MOT MON IN R LOSE IN R ON 0 0 TO ION DEVIE "H" L L TO ION DEVIE "L" DW SSD TO ION DEVIE "H" LR LR TO ION DEVIE "L" DW SSD TERMINL LOK POINTS MLE ONTT FLE ONTT SEL0 ION, MODULE SEL, DEVIE "K" INPUT TO RELY IN HIH SED / HIH URRENT. LL EQUIPMENT IS ON UILE E UNLESS OTHERWISE NOTED. O ISSUED FOR ONSTRUTION 0/0/ 0/0/ 0/0/ 0/0/ 0/0/ ION D SHTIS SEL ION INPUT ORDS SYST PROTETION & ONTROL PROJETS 0 IF. : SSD.DN DRWIN : SHEET : SSD
8 TO ION DEVIE "K" DW SSD L Q [] L 0 0 S S/P L S S/P S a S a S b S b 0 0 S MN HV SWITH Q [] MOTOR MONITOR DW SSD Q Q R R LOSE ON (FUTURE) Q0 [SP] MOTOR MONITOR DW SSD0 Q0 [SP] MOTOR MONITOR DW SSD0 Q0 [SP] MOTOR MONITOR DW SSD ( L) SEL ION 0 IN0 RM L IN0 RM IN0 IN0 IN0 MN R IN0 IN0 IN0 IN0 IN0 MOT MON IN R LOSE IN R ON IN IN IN IN IN IN IN IN0 IN IN MOT MON IN MOT MON IN MOT MON 0 0 TO ION DEVIE "K" DW SSD L TO ION DEVIE "K" DW SSD LR SEL0 ION, MODULE SEL, DEVIE "L" D SOURE M ONITOR DW SSD0 D SOURE M ONITOR DW SSD0 ( M) SEL ION I0 D MON M I0 D MON I0 I0 SEL0 ION, MODULE SEL, DEVIE "M" TERMINL LOK POINTS MLE ONTT FLE ONTT INPUT TO RELY IN HIH SED / HIH URRENT. LL EQUIPMENT IS ON UILE E UNLESS OTHERWISE NOTED. O ISSUED FOR ONSTRUTION 0/0/ 0/0/ 0/0/ 0/0/ V ION D SHTIS SEL ION INPUT ORDS SYST PROTETION & ONTROL PROJETS 0 IF. : SSD.DN DRWIN : SHEET : SSD
9 E SEL ION OUT0 OUT0 OUT0 0 OUT0 OUT0 OUT0 0 OUT0 OUT0 OUT0 OUT0 0 SEL0 ION, MODULE SEL, DEVIE "E" HV SW ITH Q [] ENLE DW SSD HV SWITH Q [] ENLE DW SSD HV SW ITH Q [] LOSE DW SSD HV SW ITH Q [] LOSE DW SSD HV SW ITH Q [] ON DW SSD HV SW ITH Q [] ON DW SSD Q0 [SP] LOSE DW SSD Q0 [SP] LOSE DW SSD Q0 [SP] TRIP DW SSD Q0 [SP] TRIP DW SSD Q0 [SP] M OTOR "" PH DW SSD0 Q0 [SP] M OTOR "" PH DW SSD0 Q0 [SP] M OTOR "" PH DW SSD0 Q0 [SP] M OTOR "" PH DW SSD0 Q0 [SP] M OTOR "" PH DW SSD0 Q0 [SP] M OTOR "" PH DW SSD0 F SEL ION OUT0 OUT0 OUT0 0 OUT0 OUT0 OUT0 0 OUT0 OUT0 OUT0 OUT0 0 TERMINL LOK POINTS MLE ONTT FLE ONTT SEL0 ION, MODULE SEL, DEVIE "F" INPUT TO RELY IN HIH SED / HIH URRENT. LL EQUIPMENT IS ON UILE E UNLESS OTHERWISE NOTED. 0 ISSUED FOR ONSTRUTION 0/0/ 0/0/ 0/0/ 0/0/ 0/0/ ION D SHTIS SEL ION OUTPUT ORDS SYST PROTETION & ONTROL PROJETS 0 IF. : SSD.DN DRWIN : SHEET : SSD
10 SEL ION OUT0 OUT0 OUT0 0 OUT0 OUT0 OUT0 0 OUT0 OUT0 OUT0 OUT0 0 SEL0 ION, MODULE SEL, DEVIE "" HV SW ITH Q [0] EN DW SSD HV SWITH Q [0] EN DW SSD HV SW ITH Q [0] LOSE DW SSD HV SW ITH Q [0] LOSE DW SSD HV SW ITH Q [0] ON DW SSD HV SW ITH Q [0] ON DW SSD HV SW ITH Q [] EN DW SSD HV SWITH Q [] EN DW SSD HV SW ITH Q [] LOSE DW SSD HV SW ITH Q [] LOSE DW SSD HV SW ITH Q [] ON DW SSD HV SW ITH Q [] ON DW SSD H SEL ION OUT0 OUT0 OUT0 0 OUT0 OUT0 OUT0 0 OUT0 OUT0 OUT0 OUT0 0 TERMINL LOK POINTS MLE ONTT FLE ONTT SEL0 ION, MODULE SEL, DEVIE "H" INPUT TO RELY IN HIH SED / HIH URRENT. LL EQUIPMENT IS ON UILE E UNLESS OTHERWISE NOTED. 0 ISSUED FOR ONSTRUTION 0/0/ 0/0/ 0/0/ 0/0/ 0/0/ ION D SHTIS SEL ION OUTPUT ORDS SYST PROTETION & ONTROL PROJETS 0 IF. : SSD.DN DRWIN : SHEET : SSD
11 SEL0 ION, MODULE SEL, DEVIE "K" HV SWITH Q [] EN DW SSD HV SWITH Q [] EN DW SSD HV SW ITH Q [] LOSE DW SSD HV SW ITH Q [] LOSE DW SSD HV SW ITH Q [] ON DW SSD HV SW ITH Q [] ON DW SSD HV SWITH Q [] EN DW SSD HV SWITH Q [] EN DW SSD HV SW ITH Q [] LOSE DW SSD HV SW ITH Q [] LOSE DW SSD HV SW ITH Q [] ON DW SSD HV SW ITH Q [] ON DW SSD K SEL ION OUT0 OUT0 OUT0 0 OUT0 OUT0 OUT0 0 OUT0 OUT0 OUT0 OUT0 0 L SEL ION OUT0 OUT0 OUT0 0 OUT0 OUT0 OUT0 0 OUT0 OUT0 OUT0 OUT0 0 TERMINL LOK POINTS MLE ONTT FLE ONTT SEL0 ION, MODULE SEL, DEVIE "L" INPUT TO RELY IN HIH SED / HIH URRENT. LL EQUIPMENT IS ON UILE E UNLESS OTHERWISE NOTED. 0 ISSUED FOR ONSTRUTION 0/0/ 0/0/ 0/0/ 0/0/ 0/0/ ION D SHTIS SEL ION OUTPUT ORDS SYST PROTETION & ONTROL PROJETS 0 IF. : SSD.DN DRWIN : SHEET : SSD
12 0 M SEL ION OUT0 OUT0 OUT0 OUT0 OUT0 OUT0 OUT0 OUT0 OUT0 OUT OUT OUT OUT OUT OUT ONTROL PNEL No. DW. SSD0 MIN. SF DENSITY LOSS OF SF MIN. SF DENSITY M TRIP D DISTRIUTION M TRIP DISTRIUTION Q0 [SP] NOT REDY FOR ORTION Q0 [SP] LOSS OF SF Q0 [SP] ENFORED TRIPLE POLE TRIP Q0 [SP] ENERL LOK OUT SF Q0 [SP] TRIP IRUIT FULTY Q0 [SP] TRIP IRUIT FULTY Q0 [SP] ORTION RESTRITED Q0 [SP] M INTENNE REQUIRED HV SW ITH Q [] NOT REDY FOR ORTION/ M INTENNE REQUIRED HV SW ITH Q [] NOT REDY FOR ORTION/ M INTENNE REQUIRED HV SW ITH Q [0] NOT REDY FOR ORTION/ M INTENNE REQUIRED HV SW ITH Q [] NOT REDY FOR ORTION/ M INTENNE REQUIRED HV SW ITH Q [] NOT REDY FOR ORTION/ M INTENNE REQUIRED LOSS OF SF MIN. SF DENSITY LOSS OF SF OUT0 0 SEL0 ION, MODULE SEL, DEVIE "M" DW SSD0 DW SSD0 DW SSD0 DW SSD0 S0 TO KV RELY ROOM 0 K R W O N SEL ION OUT0 OUT0 OUT0 OUT0 OUT0 OUT0 OUT0 OUT0 OUT0 OUT0 OUT OUT OUT OUT OUT OUT TERMINL LOK POINTS MLE ONTT FLE ONTT SEL0 ION, MODULE SEL, DEVIE "N" INPUT TO RELY HIH SED / HIH URRENT IN. LL EQUIPMENT IS ON UILE E UNLESS OTHERWISE NOTED. 0 ISSUED FOR ONSTRUTION 0/0/ 0/0/ 0/0/ 0/0/ 0/0/ ION D SHTIS SEL ION OUTPUT ORDS SYST PROTETION & ONTROL PROJETS 0 IF. : SSD.DN DRWIN : SHEET : SSD
13 TO DW SSD0 L LOSE IRUIT TRIP IRUIT TRIP IRUIT TO DW SSD0 L TO S0 DW SSD0 LR F F F F F F IN0 ION IN ION IN ION IN ION IN ION IN ION 0 0 TO KV RELY ROOM 0 L/W ONTROL PNEL No. DW No. SSD ROTE LOSE R E OUT0 ION 0 ROTE TRIP PT ERENY DOOR TRIP E OUT0 ION TO KV RELY ROOM 0 0 ONTROL PNEL No. DW No. SSD TO KV RELY ROOM ONTROL PNEL No. DW No. SSD K ROTE TRIP PT ERENY DOOR TRIP TO TRIP IRUIT DW SSD0 L O R J ONTROL PNEL No. DW No. SSD LOSE RMISSIVE D D D D E D E D E W/K Q0 [SP] 0L 0L 0L 0L 0L 0L Q0 [SP] 0L 0L 0L 0L 0L 0L 0L 0L 0L 0L 0L 0L SL SL SL SL SL SL SL SL SL YL YL YL YL YL YL YL YL YL IN0 ION IN ION IN ION 0L 0L 0L 0L 0L 0L 0L 0L 0L 0L 0L 0L 0L 0L 0L 0L 0L 0L E OUT0 ION TO S0 DW SSD0 LR 0 0 TO DW SSD0 L L TO DW SSD0 L TO TRIP IRUIT DW SSD0 TERMINL LOK POINTS MLE ONTT FLE ONTT IRUIT REKER Q0 [SP] INPUT TO RELY HIH SED / HIH URRENT IN. LL EQUIPMENT IS ON UILE E UNLESS OTHERWISE NOTED. 0 ISSUED FOR ONSTRUTION 0/0/ 0/0/ 0/0/ 0/0/ 0/0/ D SHTIS Q0 [SP], UILE E SYST PROTETION & ONTROL PROJETS 0 IF. : SSD.DN DRWIN : SHEET : SSD
14 TRIP IRUIT TO F DW SSD0 L E OUT0 ION IN (L) ION 0 E OUT0 ION IN (L) ION E OUT0 ION IN (L) ION 0 TO TRIP IRUIT DW SSD TO DW SSD0 0L Q0 [SP] 0L 0L 0L 0L 0L 0L 0L 0L 0L 0L 0L 0L 0L 0L 0L 0L 0L 0L 0L 0L 0L 0L 0L 0L L SL SL SL SL SL SL SL SL SL ML ML ML L HL HL HL M M M L YL YL YL L L L Q0 [SP] 0L 0L 0L 0L 0L 0L K0 K0 K0 K0 TO Q [] HT RL HT RL HT RL DW SSD 0L 0L 0L 0L 0L 0L 0L 0L 0L 0L 0L 0L 0L 0L 0L 0L 0L 0L HT RL HT RL HT RL TO TRIP IRUIT DW SSD TO 0 DW SSD0 0L E OUT0 ION E OUT0 ION E OUT0 ION 0L 0 0L 0 0L 0 TO F DW SSD0 L 0 N 0L 0 0L 0 0L 0 TERMINL LOK POINTS MLE ONTT IRUIT REKER Q0 [SP] FLE ONTT INPUT TO RELY IN HIH SED / HIH URRENT. LL EQUIPMENT IS ON UILE E UNLESS OTHERWISE NOTED. O ISSUED FOR ONSTRUTION 0/0/ 0/0/ 0/0/ 0/0/ 0/0/ D SHTIS Q0 [SP], UILE E SYST PROTETION & ONTROL PROJETS 0 IF. : SSD0.DN DRWIN : SHEET : SSD0
15 ONTROL PNEL No. IRUIT REKER Q0 L R/K O/K /W K/R 0 TO KV RELY ROOM 0L 0L 0L 0L 0L 0L 0L 0L 0L 0L 0L 0L 0L 0L 0 Q0 [SP] 0L 0L 0L 0L 0L 0L 0L 0L 0L 0L 0L 0L 0L 0L0 SL SL SL SL SL SL SL SL SL SL SL SL SL SL 0 0 0L 0L 0L 0L 0L 0L 0 0L 0L 0 0L 0L 0L 0L 0L0 0L 0L 0L 0L 0L 0L 0L 0 0L 0L 0 0L 0L 0L 0L 0L 0 0L 0L 0L 0L 0L 0L 0L 0L 0L 0L 0L 0L 0L 0L 0L 0 Q0 [SP] 0L 0L 0L 0L 0L 0L 0L 0L 0L 0L 0L 0L 0L 0L0 SL SL SL SL SL SL SL SL SL SL SL SL SL SL 0 0 0L 0L 0L 0L 0L 0L0 0L 0L 0 0L 0L 0L 0L 0L0 0L 0L 0L 0L 0L 0L 0L 0 0L 0L 0 0L 0L 0L 0L 0L 0 0L 0L 0L 0L 0L 0L 0L 0L 0L 0L 0L 0L 0L 0L 0L 0 Q0 [SP] 0L 0L 0L 0L 0L 0L 0L 0L 0L 0L 0L 0L 0L 0L0 SL SL SL SL SL SL SL SL SL SL SL SL SL SL 0 0 0L 0L 0L 0L 0L 0L0 0L 0L 0 0L 0L 0L 0L 0L0 0L 0L 0L 0L 0L 0L 0L 0 0L 0L 0 0L 0L 0L 0L 0L 0 0L 0 0 K/W /K L/K L/W W/R ONTROL PNEL No. 0 TERMINL LOK POINTS MLE ONTT FLE ONTT INPUT TO RELY HIH SED / HIH URRENT IN. LL EQUIPMENT IS ON UILE E UNLESS OTHERWISE NOTED. 0 ISSUED FOR ONSTRUTION 0/0/ 0/0/ 0/0/ 0/0/ 0/0/ D SHTIS Y E, SP U. ONTTS SYST PROTETION & ONTROL PROJETS 0 IF. : SSD.DN DRWIN : SHEET : SSD
16 US DISONNETOR Q MINTENNE RUNDIN SWITH Q IRUIT REKER Q0 MINTENNE ROUNDIN SWITH Q LINE DISONNETOR Q ROUNDIN SWITH Q SELETION P / LOL ONTROL 0L 0L 0 Q0 [SP] 0L 0L 0 0 SL 0 SL 0 0 0L 0L 0L 0L Q Q Q [] [] 0L 0L 0 Q Q [0] [] [] Q0 [SP] 0L 0L 0 S S S S S S 0 SL 0 SL S S S S 0 S0 0 0 S S 0L 0L 0L 0L 0 0L 0L 0 Q0 [SP] 0L 0L 0 0 SL 0 SL 0 0 0L 0L 0L 0L TERMINL LOK POINTS MLE ONTT FLE ONTT INPUT TO RELY IN HIH SED / HIH URRENT. LL EQUIPMENT IS ON UILE E UNLESS OTHERWISE NOTED. 0 ISSUED FOR ONSTRUTION 0/0/ DHH 0/0/ 0/0/ 0/0/ 0/0/ D SHTI HEKK INDITION P SYST PROTETION & ONTROL PROJETS 0 IF. : SSD.DN DRWIN : SHEET : SSD
17 0 ROUNDIN SWITH Q [] 0 ON LOSED K K W W UILE E DW SSD R IN () ION IN () ION R UILE E DW SSD0 0 Q [] (S) O O TERMINL LOK POINTS MLE ONTT FLE ONTT INPUT TO RELY HIH SED / HIH URRENT IN. LL EQUIPMENT IS ON UILE E UNLESS OTHERWISE NOTED. 0 ISSUED FOR ONSTRUTION 0/0/ 0/0/ 0/0/ 0/0/ 0/0/ D SHTI INTERLOKIN RELESIN FROM / TO ES SYST PROTETION & ONTROL PROJETS 0 IF. : SSD.DN DRWIN : SHEET : SSD
18 F0 F0 0 L L L TO Q [] DW SSD (S0) L (0) (R0) L N W (E0) ND N ND HT ND PS N ( D) PORT ESLLL TO ION DEVIE "". OM DW SSD TERMINL LOK POINTS MLE ONTT FLE ONTT INPUT TO RELY HIH SED / HIH URRENT IN. LL EQUIPMENT IS ON UILE E UNLESS OTHERWISE NOTED. 0 ISSUED FOR ONSTRUTION 0/0/ 0/0/ 0/0/ 0/0/ 0/0/ DIRM LIHTIN ND HETER SYST PROTETION & ONTROL PROJETS 0 IF. : SSD.DN DRWIN : SHEET : SSD
19 IRUIT REKER Q0 [SP] S0_ROTE IN 0KV (SEE NOTE ) (SEE NOTE ) S0_LOL Q0_LO_LOSE Q0_SIM_LOSE Q0_R_LOSE DEVIE "" IN IN0 Q0_R_TR DEVIE "" Q0_R_TR DEVIE "" IN IN OUT0 Q0_LOSE_NE LINE_V DEVIE "N" LINE_V DEVIE "N" LINE_V DEVIE "N" DED_LINE LINE VOLTE < 0KV RELESE_Q0 DW SSD Q0 TUS Q0_SF_LOKOUT_IN IN0 IN TP[0] TP[] TIMER_OFF_Q0[0] 0 YLES OUT0 Q0_LOSE_POS 0KV LIVE_LINE LINE VOLTE > 0KV Q0_SYNH_ON LOSE OMMND TIMER_ON_Q0[0] 0 0 YLES 0KV US_VS DEVIE "N" 0KV DED_US US VOLTE < 0KV LIVE_US US VOLTE > 0KV Vnom * 0% KV (SEE NOTE ) (SEE NOTE ) Q0_LO_TRIP Q0_SIM_TRIP TRL_SUPV DEVIE "" IN _SF_MIN Vnom * 0% 0KV TIMER_ON_M Q0 TUS IN0 TP[] TP[] TIMER_OFF_Q0[] 0 YLES Q0_PDIS_TR OUT0 Q0_TRIP_POS Q0 TUS IN0 0 YLES TIMER_ON_FREQ TRIP OMMND TIMER_ON_Q0[] 0 0 YLES Hz FREUENY Hz Hz 0 YLES Q0_SYNH_ON Q0 TUS IN0 LINE_V DEVIE "N" US_VS DEVIE "N" SLIP FREQ L= FREQ V FREQ VS (S VLUE) TIMER_ON_Q0[] Q0 TUS IN Q0_MINT_REQD SLIP FREQ 0. HZ YLES = ENLE Q0_MOT_MON_ DEVIE "L" Q0_MOT_MON_ DEVIE "L" IN IN NLE DIFFERENE LULTOR (S VLUE) Q0_MOT_MON_ DEVIE "L" IN M. NLE DE SYNH_HEK FULT SYNHRONISM HEK Q0_SPR_H_ DEVIE "" IN0 OUT0 Q0_SPR_HR POS Q0 TUS IN0 Q0_SPR_H_ DEVIE "" Q0_SPR_H_ DEVIE "" IN0 IN0 TIMER_ON_Q0 [] 0 0 YLES TIMER_ON_Q0 [] 0 0 OUT0 OUT0 Q0_SPR_HR POS Q0_SPR_HR POS OUT0 OUT0 Q0_SPR_HR NE Q0_SPR_HR NE Q0_TM_ Q0_TM_ Q0_TM_ IN0 IN IN TIMER_ON_Q0[] 0 0 YLES Q0_T_FLT TIMER OF RELY PU DO YLES SPRIN HRE TP[0] YLES Q0_MONITOR S Q R TIMER_ON_Q0 [] 0 0 YLES OUT0 Q0_SPR_HR NE Q0_TM_ Q0_TM_ Q0_TM_ IN IN IN TIMER_ON_Q0[] 0 0 YLES Q0_T_FLT LTH IT OF RELY S R Q MOTOR MONITOR MODE TRIP OIL MONITOR RELY WORD/IT PLT INPUT TO RELY (LOI) IN0 OUTPUT FROM RELY (LOI) OUT0 0/0/ SSD.DN RISIN TRI FLLIN TRI. OUTPUT ONTTS RE LOTED T DEVIE "E". ROTE OMMND FROM SIM/P/SO. LOL OMMND FROM Y HMI 0/0/ 0/0/ 0/0/ LOI DIRM IRUIT REKER Q0 [SP] DRWIN : SHEET : SSD 0 ISSUED FOR ONSTRUTION 0/0/ SYST PROTETION & ONTROL PROJETS 0 IF. :
20 Y SP RELESE_Q0 OUT0 Q0_NOT_REDY DEVIE "M" Q0_SF_LOW DEVIE"F" IN OUT0 Q0_SF_LOW_OUT DEVIE"M" TIMER_ON_Q0[] Q0_PDIS_IN IN0 0 0 OUT0 Q0_PDIS_TR DEVIE "M" Q TUS DEVIE "L" Q TUS DEVIE "L" Q0 TUS IN IN IN0 RELESE_Q (RELESE US DIS Q) SEE DW SSD Q0_SF_LOKOUT_IN DEVIE"F" Q0_T_FLT IN YLES OUT0 OUT0 Q0_SF_LOKOUT DEVIE"M" Q0_T_FLT DEVIE"M" Q TUS DEVIE "H" Q TUS DEVIE "H" IN IN Q0_T_FLT OUT0 Q0_T_FLT DEVIE"M" Q TUS DEVIE "K" IN0 OUT0 Q0 RES DEVIE"M" Q TUS DEVIE "K" Q TUS DEVIE "L" IN0 IN0 RELESE_Q (RELESE LINE DIS Q) SEE DW SSD Q0_MINT_REQD OUT0 Q0_MINT_REQD DEVIE"M" Q TUS DEVIE "L" IN0 DS_Q_FLT OUT0 DS_Q_FLT DEVIE"M" Q TUS DEVIE "H" Q TUS DEVIE "H" Q TUS DEVIE "K" IN0 IN0 IN RELESE_Q0 (RELESE IRUIT REKER Q0) SEE DW SSD ES_Q_FLT ES_Q_FLT OUT0 OUT ES_Q_FLT DEVIE"M" ES_Q_FLT DEVIE"M" Q TUS DEVIE "K" IN DS_Q_FLT OUT DS_Q_FLT DEVIE"M" ES_Q_FLT OUT ES_Q_FLT DEVIE"M" RELESE_Q_Q _SF_LOW_IN IN0 OUT _SF_LOW_OUT DEVIE "M" (RELESE MINT ND SW Q) SEE DW SSD0 (RELESE MINT ND SW Q) SEE DW SSD _SF_MIN_IN IN0 OUT _SF_MIN_OUT DEVIE "M" RELESE_Q (RELESE ND SW Q) SEE DW SSD _SF_LOW_IN IN0 OUT _SF_LOW_OUT DEVIE "M" 0V LINE_V DEVIE "N" LINE VOLTE < 0V _SF_MIN_IN IN0 OUT0 _SF_MIN_OUT DEVIE "N" VT_M_TR_IN IN _SF_LOW_IN IN0 OUT0 _SF_LOW_OUT DEVIE "M" _SF_MIN_IN IN0 OUT0 _SF_MIN_OUT DEVIE "N" INTERLOK D_M_TR_IN IN OUT0 D_M_TR_OUT DEVIE "N" _M_TR_IN IN OUT0 _M_TR_OUT DEVIE "N" TIMER OF RELY PU DO YLES _SF_MIN LTH IT OF RELY S R Q S RELY WORD/IT PLT INPUT TO RELY (LOI) OUTPUT FROM RELY (LOI) IN0 OUT0 0/0/ SSD.DN RISIN TRI FLLIN TRI 0/0/ 0/0/ 0/0/ LOI DIRM Y [SP] INTERLOK ND S DRWIN : SHEET : SSD 0 ISSUED FOR ONSTRUTION SN 0/0/ SYST PROTETION & ONTROL PROJETS 0 IF. :
21 L L L N SIENS NO SIRIUS R T T T L L L N SIENS NO SIRIUS R T T T L L L N SIENS NO SIRIUS R T T T L L L N SIENS NO SIRIUS R T T T L L L N SIENS NO SIRIUS R T T T L L L N SIENS NO SIRIUS R T T T L L L N SIENS NO SIRIUS R T T T L L L N SIENS NO SIRIUS R T T T L L L N SIENS NO SIRIUS R T T T NMEPLTE LIST FIRST LINE SIZE TET HEIHT NMEPLTE LIST FIRST LINE SIZE TET HEIHT ILL OF MTERILS IT DEVIE STYLE NUMER QTY MFR DESRIPTION N N ION ION " " " " /" /" ION R0 SEL I/O HSSIS K PLNE FOR SEL0 ION SYST N SP (E) " " /" N HMI " " /" " N SEE DETIL "" " /" " N SEE DETIL "" " /" ION 00 SEL ION 0 SEL RT MODULE ION POWER OUPLER ION 0 SEL DIITL OUTPUT MODULE ION 00 SEL METERIN MODULE ION 0 SEL DIITL INPUT MODULE UNLESS OTHERWISE NOTED: NMEPLTES SHLL E MOUNTED WITH DOULE DHESIVE T. ION 00 SEL D NLO INPUT MODULE SWIN RK OLOR SHLL E LK WITH WHITE TET. T VIEW EH DEVIE IS TO E IDENTIFIED S R WD DESINTION ON ION 0 SEL FST HIHURRENT DIITL OUTPUT MODULE THE K. THESE NMEPLTES RE TO E: "", TET SIZE ". HMI ETLR KOYO HMI TOUH PNEL 0 TS F00 FTF TEST SWITH, FRONT ONNETED D, D, D 000 TRIPPIN DIODE SSLY,, 00V (SWIN FRME) TS D D D * * EISTIN IT K0 ION N D E F H K L M N RU SEL0 ION ION N D E F H K L M N. RU SEL0 ION. [FITS (SWIN RU] FRME) RU F0 F0 F0 F F F F F F0 RU N.0 * SWIN RK N RER VIEW RU HMI 0.0 KNOWLEDE /SW S RU N N.00 DETIL "". LOL U ROTE TRL H/SO SWIN RK FRONT VIEW DOOR FRONT VIEW DETIL "" 0/0/ SSL.DN 0/0/ 0/0/ 0/0/ PNEL LYOUT E UILE, REKER SP DRWIN : SHEET : SSL 0 ISSUED FOR ONSTRUTION 0/0/ SYST PROTETION & ONTROL PROJETS 0 IF. :
22 TS D N0 0 N0 0 N0 0 N0 0 E 0 F H I N0 0 N0 N N J 0 D 0L, F 0L, F D 0L, F 0L, F0 D 0L, F 0L, F K0 NO NO NO NO RT D00 D. v...0v NO NO NO NO RH00 _, K0, K0 K0, S0 K0, K0 0, K0 K0 K0 N0 N ION D E F H K L M N DI DI DI DI DI IER T/PT 0 I 0 0 I I 0 0 IN V /D V /D V /D V /D V /D 0 ION VD 0 0 V 0 0 V 0 V VS SEL SEL L 0L 0L 0L 0L S , F 0 F, 0, H 0 H, K 0 K 0, N F F, H H, K K, F D 0 F H L N0, N F, F E 0 0 D E 0, H K, L N E, F 0 00 D H, K0 L 0L 0L F 0 F F S0 S0 0L F0, 0 H0, K0 K0, L0 F H, K K, L L D 0, H0 K E F, F 0 L, L 0 D H, K 0 E F, 0 E, L D, 0 K0, L E 0/0/ SSW.dgn. LL NEW WIRIN (RED) IS TO E SIS, W UNLESS OTHERWISE NOTED.. EISTIN WIRIN NEEDS TO E VERIFIED ON SITE. 0 ISSUED FOR ONSTRUTION 0/0/ 0/0/ 0/0/ 0/0/ WIRIN DIRM E UILE, SP REKER SYST PROTETION & ONTROL PROJETS 0 IF. : DRWIN : SHEET : SSW
23 ION D E F H K L M N 0 FHD0 0 FORM 0 FHD0 0 FORM 0 FHD0 0 FORM 0 FHD0 0 FORM 0 FHD0 0 FORM 0 FHD0 0 FORM D0 D FORM FORM SEL SEL SEL SEL SEL SEL SEL SEL 0 0 0, E 0L, H, H H, F, H K,, K L, H, K K, L 0, M 0 M, M M, N 00 N, N 0L F H K L 0 0, H, F K, L, H F, K M, M N, N 0 0 F, E F H K L M, M N, N,, F,, H, K, L S0 0 M, M N 0 0 F 0 0 H 0 K 0 L F, F, H, H K, K L, L M, M 0 F, E0, F,, H, K, L M, M 0L, L, F0, 0, H0, K0, L0 0 M, M 00 0L F H K L M, M F, E F H K L 0 M, M 0 E, E L, L0 M, M 0 0L M, M E, E0 0 M, M E0, L 0 0L, L M, M 0 0L M, M 0 E M, N 0 F0 F F F F F F0 F0 F0 0 F0 F0 0 F F F F F F F F F, F F F 0 F, F 0 F0 F F, F F F L F, F L F F0 F, F F F E F, F E F F F0, F F F 0 F0, F 0 F0 F F, 0 F0 F0 F, 0 0, F0 F F0, F0 F0 00 F0 F0 F0 F0 00 F0 F0, F0 0/0/ SSW.DN. LL NEW WIRIN (RED) IS TO E SIS, W UNLESS OTHERWISE NOTED. 0/0/ 0/0/ 0/0/ WIRIN DIRM E UILE, SP REKER DRWIN : SHEET : SSW. EISTIN WIRIN NEEDS TO E VERIFIED ON SITE. 0 ISSUED FOR ONSTRUTION 0/0/ SYST PROTETION & ONTROL PROJETS 0 IF. :
24 D L N L N ND S0 S0 0 0, K F 0 0 F 0 M 0 S0 0L 0/0/ SSW.DN. LL NEW WIRIN (RED) IS TO E SIS, W UNLESS OTHERWISE NOTED. 0/0/ 0/0/ 0/0/ WIRIN DIRM E UILE, SP REKER DRWIN : SHEET : SSW. EISTIN WIRIN NEEDS TO E VERIFIED ON SITE. 0 ISSUED FOR ONSTRUTION 0/0/ SYST PROTETION & ONTROL PROJETS 0 IF. :
25 E0 W S0 S0 00, E0 0 0 F F F F F F 00 F0 PNL YPP, L F0 F0 F0 E0 PNL YPP, N 0 N D N R0, 0 S0 F0 0 L R0, D L R0, D D ND PNL YPP, E 0 ND, 0 F0 D PNL DP, P M F0 D PNL DP, N M S00 F, 0 0 F0 M F0 M E / 0 E / PNL / F0, 0L L F, 0 F S0 F0 0 PNL / PNL / D TLS TLS PNL / DD TLS TLS PNL / DD TLS PNL / DD F0 S0 PT, K0 E PNL / S0 F0 S0 K0 PNL / E 0L, 0 S0 D PNL / D 0 D PT E PNL / J 0 PNL / F0 K0 PT PNL / F D, K0 0L, E F0 K0 0L 0L, D, K0 0 0L, E PNL / D 0L D D PT 0L 0L PNL / 0L PNL / 0L PNL / 0L PNL / 0L 0L 0L PNL / 0L PNL / 0 0L 0L 0L0 0L 0L 0L 0L 0L 0L 0L 0L 0 0L 0L PNL / 0L PNL / 0 0L0 PNL / 0L0 PNL / 0L 0 D, F D, F TLS PNL / DD TLS TLS TLS TLS TLS TLS PNL / TLS TLS 0 0 PNL / TLS TLS PNL / PNL / PNL / PNL / PNL / TLS TLS PNL / 0 E/ E/ E/ E/ E/ E/ E/ E/ PNL / 0 0 0, 0 / 0 / 0 / 0 / 0 TLS TLS TLS TLS TLS TLS 0 PNL / PNL / PNL / PNL / 0/0/ SSW.DN. LL NEW WIRIN (RED) IS TO E SIS, W UNLESS OTHERWISE NOTED.. EISTIN WIRIN NEEDS TO E VERIFIED ON SITE. 0 ISSUED FOR ONSTRUTION 0/0/ 0/0/ 0/0/ 0/0/ WIRIN DIRM E UILE, SP REKER SYST PROTETION & ONTROL PROJETS 0 IF. : DRWIN : SHEET : SSW
26 0 TL F TL F TL F F F F F TL TL F F TL F TLN TLN TLN F F , F F, F F, F F, F F, F F, F F F 0 0 F0, 000, F F F F , H H 0, H 0, 0 H 0 0, 0, 0 H , F0, L, H H0 0, H 0, 0 H, 0L 0, 0 H F0, 0L, H H H H L, K K 0, K 0, 0 K 0L0, 0, 0 K , 0L, K K K K , K K0 0, K 0, 0 K 0, 0, 0 K L,, 0L0 L L L L, S00 0, , S0 L L 0, L 0, 0 L , 0L L F 0 PNL / F PNL / F PNL / F PNL / 0 0 TL TL TL TL TL TL TLN TLN TLN F F F F F F 0 S0 H S0, H H K K L L 0 PNL / S0 S0, PNL / 0 0L 0L 0 0 S0 S0 0 PNL / M M PNL / 0 M M PNL / S0 PNL / M0 PNL / M M M 0 M M0 M M M M M0 M N 0 N N N N0 F F F 0 E/0 E/ E/ E/ E/ E/ E/ E/ 0 0 N N F F F 0 0L 0L 0L 0L 0L 0L 0L, 0, S0 0L, 0L 0L 0L, 0 0 F 0L, 0L 0L E E E E E E F 0L 0L, 0L 0L, F 0L 0L, 0L 0L, 0 0 0L 0 0 0L 0L 0 0 0L 0L 0L0, 0L 0L 0L0 0L0 0L 0L0 0L 0 0 0L 0 0L0, 0L 0 0L 0 0L0, 0L0 0L 0 0 0L0 F L 00 0L, E, 0L0 0L, 0L 0L 0L 0L N 00 0L D 0L D 0L 0L, 0L D 0L D 0L 0L 0L, D E 0 D 0L ND 00 0L,, 0L 0L, 0L 0L 0L, 0L 0L 0L 0L 0L 0L 0L 0L, 0L 0L 0L 0L 0L 0L 0L 0L 0L 0L 0L0 0L 0L0 0L0 F 0L0 0 0L 0 0L 0 0L 0 0L 0 0 0L 0L 0L 0L 0L 0L 0L 0L L, 0L 0 0L 0 0L 0L, 0L 0 0L 0 0L 0L, 00 0L 0L0 0L 0L0 0 0L 0L 0L 0L 0L 0L 0L 0 0L R /0/ SSW0.DN. LL NEW WIRIN (RED) IS TO E SIS, W UNLESS OTHERWISE NOTED. 0/0/ 0/0/ 0/0/ WIRIN DIRM E UILE, SP REKER DRWIN : SHEET : SSW0 0 ISSUED FOR ONSTRUTION 0/0/ SYST PROTETION & ONTROL PROJETS 0 IF. :
27 PT 0L 0L 0L 0L 0L 0L K0 / NO NO NO N E TH NO N NO NO NO O N NO NO NO NO NO L K0 YL K0, 0L YL 0L YL 0L 0 SL HL ML ML SL SL SL SL 0 L L L 0 SL SL L, SL K0 RL RL 0 SL SL SL SL SL 0 SL HL ML ML SL SL SL SL 0 0 SL K0 RL RL 0 SL SL SL SL SL 0 SL HL ML ML SL SL SL SL 0 0 SL K0 RL RL 0 SL SL SL SL SL SL SL0 SL SL0 SL SL0 HL SL 0L YL SL YL SL SL SL0 SL0 SL YL SL SL SL SL SL YL SL YL SL SL SL0 SL0 SL YL SL SL SL SL SL YL SL YL SL SL SL0 SL0 SL YL SL SL SL SL SL HL SL 0 SL SL SL 0 SL SL SL 0 SL SL SL 0 SL SL SL 0 SL SL SL 0 SL SL SL 0L SL SL SL SL SL SL SL SL SL SL SL SL 0 SL 0 SL0 SL 0 SL 0 SL0 SL 0 SL 0 SL0 SL HL SL SL SL0 SL SL SL SL SL0 SL SL SL SL SL0 SL SL SL 0L SL SL0 SL SL0 SL SL0 SL LOSE SL LOSE SL LOSE SPRIN TUS 0 0 = ERLY MKE ONTT L= LTE REK ONTT 0 0 0L 0L YL RL RL SL 0L 0L RL RL 0L0 SPRIN TUS 0 0 = ERLY MKE ONTT L= LTE REK ONTT 0 0 0L 0L YL RL RL SL 0L 0L RL RL 0L0 SPRIN TUS 0 0 = ERLY MKE ONTT L= LTE REK ONTT 0 0 0L 0L YL RL RL SL 0L 0L RL RL 0L0 REKER TUS SL L L L L 0L 0L 0L 0L, SL SL 0L YL 0L 0L 0L 0L 0L0 0L 0L 0L 0L 0L0 0L 0L0 0L 0L 0L 0L 0L SL SL, SL 0L, SL 0L YL 0L YL 0L0 0L 0L 0L 0L 0L 0L 0L 0L 0L 0L 0L 0L 0L0 0L 0L 0L HL 0L YL, SL MOTOR ML M TRIP YL YL YL L 0 0L 0L SL 0L SL 0L SL K0 0L, L L L L 0L L REKER TUS SL L L L L 0L 0L 0L SL, SL SL, SL 0L YL 0L 0L 0L 0L 0L0 0L 0L 0L 0L 0L0 0L 0L0 0L 0L 0L 0L 0L SL SL, SL SL, SL 0L YL 0L YL 0L0 0L 0L 0L 0L 0L 0L 0L 0L 0L 0L 0L 0L 0L0 0L 0L 0L HL 0L YL, SL MOTOR ML M TRIP YL YL YL L 0 0L 0L SL 0L SL 0L SL K0 L L L L L L REKER TUS SL L L L L 0L 0L 0L SL SL, SL 0L YL 0L 0L 0L 0L 0L0 0L 0L 0L 0L 0L0 0L 0L0 0L 0L 0L 0L 0L SL SL SL 0L YL 0L YL 0L0 0L 0L 0L 0L 0L 0L 0L 0L 0L 0L 0L 0L 0L0 0L 0L 0L HL 0L YL, SL MOTOR ML M TRIP YL YL YL L 0 0L 0L SL 0L SL 0L SL K0 L 0L L 0L L K0 = ERLY MKE ONTT L= LTE REK ONTT = ERLY MKE ONTT L= LTE REK ONTT = ERLY MKE ONTT L= LTE REK ONTT 0/0/ SSW.DN. LL NEW WIRIN (RED) IS TO E SIS, W UNLESS OTHERWISE NOTED.. EISTIN WIRIN NEEDS TO E VERIFIED ON SITE. 0 ISSUED FOR ONSTRUTION 0/0/ 0/0/ 0/0/ 0/0/ WIRIN DIRM E UILE, SP REKER SYST PROTETION & ONTROL PROJETS 0 IF. : DRWIN : SHEET : SSW
INTLT W INTERIOR LIGHT DISCONNECT OPTION CUSTOMER LINE CONNECTION DISC SW PCB L1 L2 4L1 SEE MODBUS COMMUNICATION OPTION CI/HL DIG IN RS485 SCR RLY4
LINE 0VPH0/0HZ OR L L L L S LIST LIST OF MTERIL J FU FU FU FU H H HETER R R R R H H L F L SPE LU TERMINLS 0. WHT T T LU T T MTR ORN T T T T LK JP T T YEL MOTOR TERMINLS P OFF ON INTERIOR LIHT 0 INTLT W
Manual Control. Class 11-3RV, SMF, MMS. Wiring Diagrams 8/130. Signaling Contact for Class 11-3RV. Typical Wiring Diagrams Class SMF.
Manual ontrol lass - RV, MF, MM lass - RV ignaling ontact for lass - RV Typical lass MF RV9-M Typical MM Reversing Manual tarter and Manual Motor tarting witches -peed Manual Motor tarting witches FD REV
RCP-2 (DET AC) RIGHT COMPONENT SEAL-TRIM,EDGE (60 MM) (2) TAPE-FOAM (250 MM) (2)
RP- LEFT, RP- (ET ) RIGHT OMPONENT ONTROLLER-POWER -0-000 OX 00-0-000 00-0-000 G-0-U () ONNER 0-0-000 () TUING-VINYL 0-0-000 (0MM) ETIL SEL-TRIM,EGE 0-0-000 (0 MM) () TRNSMITTER-IR 90--000 RP- (ET ) TPE-FOM
A 3 WIRE PASSES THROUGH FLOOR IN THIS AREA.
PORT-SOLR,SINGLE 9-0-000 G9-0-U () SWITH ETIL J INPUT ONNETIONS WTER PNEL-SERVIE 00000 / -0-HT G9-0-U () HRNESS- SLIEOUT MOTOR 90-0-000 PORTLE STELLITE ISH LE PLTE-WLL 9-0-HT G9-0-U () HRNESS- SLIEOUT
Printer riendly View http://www.prodemand.com/print/index?content=tabs&module=true&tab=true&terms=tr... Page of /0/0 Service anual: WIRIN IRS - 00 STRTIN/HRIN 00 hevrolet Silverado.L Eng 00 ig : harging
ERV Submittal - York (PREDATOR 7-12 ton IAQ)
EM Weight ERV for York Units Listed Below lbs [4 kg] size - IQ LOW B - IQ STD - IQ HIH unit/ton voltage control P 7 0 - ELETRO MEH - IQ P 7 DF 078-0; BP,DH,DM,XP,ZF,ZH,ZJ,ZR 078-0; DR 090-0; DJ 0 Power
1 OF / Nov-2017
X OX ETIL GROMMET-EGE LINER 0-0-000 SEL-TRIM,EGE 0-0-000 (0 MM) () PLTE-WLL, TRIPLE OX HORIZ 9-0-HT LMP 09-0-000 INET SM- OVH,OOR ONNER-F,90 RIGHT NGLE 9-0-000 () MOULE-INTERFE, IR IMPT 90-09-000 WIRE
322R 331K 325B 327Q 331G
8 RWING. 9-0 MOEL R,,,, 7 R K 7Q G RELESE ZONE TE ISION REOR 9 TE FTR-ORIG 9-0 K,,,,7-07-0-07-0-07-0-07-08-07-0 9-0,,,8,9 9-0 7Q,,,0, 9-0 G,,,, RE YEL -07-0 -07-0 -07-0 -07-08 -07-0 -0-07 -0-0 -0-0 -0-00
TeSys contactors. TeSys F contactors. b1 =
Dimensions TeSys onttors TeSys F onttors LC F to F0 () S S X X L Q P P Q fm Z Y J J X (mm) Minimum eletril lerne ording to operting voltge nd reking pity. LC 00 00 V 00 000 V F, F0 0 F 0 F, F 0 F0 0 ()
1 OF / Aug-2018
-PIN HSG SM-HSSIS IRUITS Y,Z,R,U -PIN HSG SM-HSSIS IRUITS LLL,LLK -PIN HSG SM-HSSIS IRUIT J -PIN HSG FROM FRONT LEFT ROOM RER MOTOR ETIL -PIN HSG FROM FRONT LEFT ROOM FRONT MOTOR LIGHT-OME,SGL,W/SWITH
2004 Lexus LS 430 V8-4.3L (3UZ-FE) Vehicle > Powertrain Management > Diagrams > Electrical - Interactive Color (Non OE) Engine Controls - Page 1 of 7
//0 Engine ontrols (Powertrain Management) - LLDT 00 Lexus LS 0 V-.L (UZ-E) Vehicle > Powertrain Management > Diagrams > Electrical - Interactive olor (Non OE) Engine ontrols - Page of https://my.alldata.com/repair/#/repair/article/0/component//itype//nonstandard/00
1 OF / Oct-2018
-PIN HSG FROM WIRE SM-HSSIS IRUITS Y,Z,R,U -PIN HSG FROM WIRE SM-HSSIS IRUIT J -PIN HSG FROM WIRE SM-HSSIS IRUITS LLL,LLK ONTROL-SLIE 900-0-000 G-0-U () ETIL 9 PIN HSG, OX (RE), OX (GRN), OX (GL) TO SLIE
1 OF / Jul-2018
X OX ETIL GROMMET-EGE LER 0-0-000 SEL-TRIM,EGE 0-0-000 (0 MM) () PLTE-WLL, TRIPLE OX HORIZ 9-0-HT LMP 09-0-000 ET SM- OVH,OOR ONNER-F,90 RIGHT NGLE 9-0-000 () MOULE-TERFE, IR IMPT 90-09-000 WIRE SM-EXTENSION,-P
ES-TA-3..1 Six- and Ten-Input E-Stop Safety Modules with DeviceNet
Emergeny Stop Sfety Moules Moel Seletion ES-TA-3..1 Six- n Ten-Input E-Stop Sfety Moules with DevieNet Sfety Moules s up to ten normlly lose emergeny stop swith iruits for ontt filure or wiring fult Diverse-reunnt
#1 10P/DIL NORTH #3 #3 #3 #3 #3 #3 #3 #3 R198 RES0603 RES0603 DNP DNP DNP RES0603 RES0603 RES SDI_N 3-SDO_N 3-ALERT_N 3-CS_N 3-SCLK_N 3-CONV_N
P REVISION REOR J SP88 0 - RE N_JK P 90-00_-POS TP # - Remove these components to stack north # - Populate these components to stack north Use k Resistors or adjust as needed Header - Molex 90-0 PITORS,
1 OF / Mar-2018
THROW IN WIRE # TO INETTE (RN-) LMP 09-0-000 () G-0-U () (OMPRTMENT) ONNETOR-WIRE,NM G9-0-U () WIRE SWITH (LO) 0 SLIEOUT WIRES #,,, ROUTE THROUGH OMPRTMENT RKET-0V ONNETOR -09-HT G9-0-U () 0V ONNETORS
Danger of electrical shock, burns or death.
anger of electrical shock, burns or death. lways remove all power sources before a emp ng any repair, service or diagnos c work. Power can be present from shore power, generator, inverter or ba ery. ll
A L A BA M A L A W R E V IE W
A L A BA M A L A W R E V IE W Volume 52 Fall 2000 Number 1 B E F O R E D I S A B I L I T Y C I V I L R I G HT S : C I V I L W A R P E N S I O N S A N D TH E P O L I T I C S O F D I S A B I L I T Y I N
SCHEMATIC AD9265 CMOS EVALUATION BOARD REV. DRAWING NO. AD9265CE01A REVISIONS DESCRIPTION JUMPER TABLE RELAY CONTROL CHART A A DE N V C L O
THIS RWING IS THE PROPERTY OF NLOG EVIES IN. IT IS NOT TO E REPROUE OR OPIE, IN WHOLE OR IN PRT, OR USE IN FURNISHING INFORMTION TO OTHERS, OR FOR NY OTHER PURPOSE ETRIMENTL TO THE INTERESTS OF NLOG EVIES.
SCHEMATIC AD9265 EVALUATION BOARD REV. DRAWING NO. 02_A03421 RELAY CONTROL CHART A A DE N V C L O REVISIONS JUMPER TABLE S.
THIS RWIN IS THE PROPERTY OF NLO EVIES IN. IT IS NOT TO E REPROUE OR OPIE, IN WHOLE OR IRT, OR USE IN FURNISHIN INFORMTION TO OTHERS, OR FOR NY OTHER PURPOSE ETRIMTL TO THE INTERESTS OF NLO EVIES. THE
RELEASE 1 DWG NO 10 PREP THE SURFACE PER MANUFACTURERS INSTRUCTIONS, BEFORE APPLYING THE HEATING PAD.
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DATE FRONT OF COACH BA BB 2 RELEASE REV D CA * * DRAINAGE SYSTEM INSTL PART NO DETAIL BD CODES/STDS-CSA/CMVSS 1B1 CODES/STANDARDS-USA
RELESE ZONE TE ISION REOR WG 90 TE FTR-ORIG ETIL FRONT OF OH 9. SEE RWING 00 FOR INSTLLTION OF GROMMETS.. SEURE RINGE PIPES TO INET USING WIRE TIE 00-0-000, N SREW 000G-0-U T INTERVLS OF T OF T MORE THN
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THIS RWING IS UNPULISHE. OPYRIGHT 0 Y TYO ELETRONIS ORPORTION RELESE FOR PULITION LL RIGHTS RESERVE. 0 LO IST P LTR ESRIPTION TE WN PV INITIL RELESE MR0 J SH REVISE PER EO00 0PR0 TX SH LIGHT PIPE (.9 )
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RELEASE 1 DWG NO BB B * * 644 GREAT ALASKAN RENTAL PACKAGE 265 CODES/STANDARDS-CSA/CMVSS 23T DRAINAGE SYSTEM-HEATED 1B1 CODES/STANDARDS USA
RELESE TE WG ZONE ISION REOR TE FTR-ORIG. UT PRT TO 90MM.. PREP THE SURFE PER MNUFTURERS INSTRUTIONS EFORE PPLYING THE HETING P. 0. SEE WIRING INSTL-OY FOR ELETRIL ONNETION. 9. SEE RWING 00 FOR INSTLLTION
For max 243 R2OUT is low when R2IN is disconnected enabling the MAX 489 (RS-485) This will not work if MAX232 is used!
JP RS_SELET V For max ROUT is low when RIN is disconnected enabling the MX (RS-) This will not work if MX is used! V On Front Panel -F (To Pg.) RS- RE_ RE_ RV_Y RV_Z 0.uF V U MXUK STR U- H G U MX 0 Y Z
P a g e 5 1 of R e p o r t P B 4 / 0 9
P a g e 5 1 of R e p o r t P B 4 / 0 9 J A R T a l s o c o n c l u d e d t h a t a l t h o u g h t h e i n t e n t o f N e l s o n s r e h a b i l i t a t i o n p l a n i s t o e n h a n c e c o n n e
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Gifted and Talented International V o l u m e 2 4, N u m b e r 2, D e c e m b e r, 2 0 0 9. G i f t e d a n d T a l e n t e d I n t e r n a t i o n a2 l 4 ( 2), D e c e m b e r, 2 0 0 9. 1 T h e W o r
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Lab Day and Time: Instructions. 1. Do not open the exam until you are told to start.
Name: Lab Day and Time: Instructions 1. Do not open the exam until you are told to start. 2. This exam is closed note and closed book. You are not allowed to use any outside material while taking this
SCHEMATIC REV. DRAWING NO. 9268CE01C REVISIONS DESCRIPTION JUMPER TABLE RELAY CONTROL CHART A A DE N V C L O REV JP# * SEE ASSEMBLY INSTRUCTIONS
THIS RWING IS THE PROPERTY OF NLOG EVIES IN. IT IS NOT TO E REPROUE OR OPIE, IN WHOLE OR IN PRT, OR USE IN FURNISHING INFORMTION TO OTHERS, OR FOR NY OTHER PURPOSE ETRIMTL TO THE INTERESTS OF NLOG EVIES.
BE C 2 RELEASE REV * * DRAINAGE SYSTEM INSTL 21S WASHER & DRYER-PAIR 21M WASHER/DRYER PREP 1B1 CODES/STANDARDS-USA
RELESE ZONE TE ISION REOR WG 0 TE FTR-ORIG E E S WSHER & RYER-PIR M WSHER/RYER PREP OES/STNRS-US OES/ST-S/MVSS 9. SEE RWING 00 FOR INSTLLTION OF GROMMETS.. SEURE RINGE PIPES TO INET USING WIRE TIE 00-0-000,
R40 10K C27 C28 100P C36 R39 10K 100P R90 RES2 R89 RES2 C100K R121 R120 OPAMP1 OPAMP1 R97 2K2 R103 R105 W50K R123 6K C35 47uF OPAMP1 R1128K2
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CONTACTOR COIL Rolla, Missouri, USA. machmotion.com TEMPERATURE SWITCH PUSH BUTTON CNC CONTROL SYSTEM
ISIONS SYMOL LE SYMOL G ESRIPION R RELY OIL ON, M, K SOL OR OIL SOLEI Rolla, Missouri, S RK MGNEI RKE ON --99 PRS PROXIMIY SIH S EMPERRE SIH P PSH ON MR SP xxyy SHL OMPONEN G FORM r s R S N PS R OL IS
PRELIMINARY GP 00 MATERIAL MINIMUM PITCH DIMENSION. 3. MATES WITH QSFP MSA COMPATIBLE TRANSCEIVER. 2D BARCODE AND DATE CODE
3 THIS RWING IS UNPULISHE. OPYRIGHT 0 Y TYO ELETRONIS ORPORTION. RELESE FOR PULITION LL RIGHTS RESERVE. LO IST P LTR ESRIPTION TE WN PV 3 REVISE 9OT009 R JP REVISE 08E00 JV EJ REVISE PER EO088 MR0 RG M
I M P O R T A N T S A F E T Y I N S T R U C T I O N S W h e n u s i n g t h i s e l e c t r o n i c d e v i c e, b a s i c p r e c a u t i o n s s h o
I M P O R T A N T S A F E T Y I N S T R U C T I O N S W h e n u s i n g t h i s e l e c t r o n i c d e v i c e, b a s i c p r e c a u t i o n s s h o u l d a l w a y s b e t a k e n, i n c l u d f o l
CLKOUT CLKOUT VCC CLKOUT RESOUT OSCOUT ALE TEST AD0 66 AD2 INT0 INT0 AD INT1 AD INT2/INTA0 AD5 AD7 AD7 INT AD8 AD8 AD10
I U N R 00K RSIN* RST S N.0u Y LK TP RP K L TP USY INT0 INT RISMINT P.0 P. P. P. P. P. P. RY OL RX0 TX0 T P.0 P. P. P. S* S* S* S* RROR* SLK U LKIN LKOUT LKOUT LKIN LKOUT OSOUT 0 OSOUT L L RSIN* L 0 0
A-A DIM D PLC CONTACT PLATING: NOBLE METAL PLATING ON CONTACT FUNCTIONAL AREA OF POWER AND SIGNAL CONTACTS
7 3 THIS RWING IS UNPULISHE. OPYRIGHT Y RELESE FOR PULITION LL RIGHTS RESERVE. LO IST P LTR ESRIPTION TE WN PV G NEW SH NUMER 1 11UG1 L SZ IM.0.130 2 PL 1 2 "MP", PRT NUMER N TE OE TO E MRKE IN RE SHOWN