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08-1330-018
0 9 PP1 MCCN ATSA -9 (PAVILLION) (PAVILLION) EQDPA 0 , 3 #6, 1 #10G IN 3/4 -C 30KVA 4 #3, 1 #80 IN 1 1/4-C 100A DISCONNECT SAITCH 4 #3, 1 #8G IN I 1/4 "C NM 2 SETS OF 4 #40QKCMIL„ I #1G IN 3 1/2 "C EACH HM (PAMLLION) 800 KW 480 /277V 1600AF 1200AT 5000A BUS ME M AN T13 _ " - Alk ?i A EDP2 FE3 A BUS277V IC EASTING PANEL TO BE MODIFIED UNDER THIS PROJECT. PANEb 2PCLI FEEDER SCHEDULE 600V MAX. DEVICE TYPES FEECIER ESSENTIAL SYSTEM ENCLOSUREa NEMA I FEEDER AMPERE WIRE 225 TAG # RATING CONFIGURATION FEEDER DESCRIPTION 15.3 15 3 W+ G 312, 1 #12 G, 3 4 C 15.4 15 4 W+ G 10000 FED FROM, XFSC 2PCLI SPACE } 1600AF SPACE SPACE 20,3 20 3 W+ G 3 #12, 1 #12 G, 3 4 C 20,4 20 4 W+ G 1901 OC NOTES DESCRIPTION 25.3 25 3 W+ G 3 #12, 1#12 G, 25,4 25 4 W+ G 3 12, 1 12 N. 1 12 G. 3L4- C 30.3 30 3 W+ G 3 #10, 1#10 G, 3 4 C 30.4 30 4 W+ G 3#10, 1A10 IN `0 G, 3L4- C 35.3 35 3 W+ G 3 #8, 1 #10 G, 3/4" C 35.4 35 4 W + G 38.1 8N.11OG, 3 4 "C 40,3 40 3 W+ G 3 #8, 1 #10 G> 3 4 G 40.4 40 4 W + G 38,1 8N.110G,3 4 "G 1 0.0820 0.1066 2 45.3 45 3 W+ G 3#6, 1 #10 G, 1 C 45,4 45 4 W + G 3 1 N ®110 G,1 "C R. 9 -10 RECEPTA 540 3 50.3 50 3 W+ G 3#6, 1#10 G, 1 C 50.4 50 4 W + G 346, 1 N ®110 G, 1 "C 20 1 EXISTING VISCUE RCPT R. 7 -8 60.3 60 3 W+ G 3 #4, 1 #8 G. 1 C 6014 60 4 W + G 3461 4N, 1 8G,11 4 "C 70.3 70 3 W+ G 3 #4, 1 #8 G. 1 C 70.4 70 4 W + G 34,1 4N.1 8G ®11 4 "C 500 7 1000 80.3 80 3 W+ G 3 #3, 1 #8 G, 1- 1 4 C 80.4 80 4 W+ G 3 #3, 1#3 N, 1 #8 G, 1 1/4" C 80.5 80 4 W + G + IG 3#3, 1#3 N, 1#8 G, 1#8 IG, 2" C 80.6 80 3 W, 2 N+ G+ IG3 85,3 85 3 W+ G 3 #2, 1 #8 G. 1 1 4 C 85.4 85 4 W+ G 3 #2, 1#2 N, 1 #8 G, 1 1/4- C 85.5 85 4 W + G + CG 3 #2, 1#2 N. 1#8 G. 1#8 IG. 2" C 85.6 85 3 W, 2 N+ G+ IG3 RECEPTA F.C.U. PACS OR EXISTING 0 1 90,.3 90 3 W+ G 3 #2, 1 #8 G. 1 1/47 C 90.4 90 4 W+ G 3 #2, 1#2 N, 1 #8 G, 1 1/4- C 90.5 90 4 W + G + IG 3 #2, 1#2 N. 1 #8 G. 1#8 IG. 2" C 90,6 90 W, 2 N+ G+ IG3 100.3 100 3 W+ G 3#3, 1#8 G, 1 100.4 100 4 W+ G 3 #3. 1#3 N. 1 #8 G, 1 1/4* C 100,5 100 4 W + G + IG 3#3, 1#3 N. 1 #8 G, 1#8 IG, 2" C 100.6 100 3 W, 2 N+ G+ IG3 110.3 110 3 W+ G 3 #1. 1 #6 G, 1 1 4 G 110.4 110 4 W+ G 3 #1, 1#1 N, 1 #6 G, 1 1/4- C 110.5 110 4 W + G + IG 3 #1, 1#1 N, 1 #6 G, 1#6 IG, 2" C 110.6 110 3 W, 2 N+ G+ IG3 PACS RECEPT. SICU RECEPTA 360 125.3 125 3 W+ G 20 125.4 125 4 W + G 3 #1 /0, 1#1/0 N, 1 #6 G, 2" C 125.5 125 4 W + G + IG 3 #1 /0, 1#1/0 N, 1 #6 G. 1#6 IG, 2" C 125.6 125 3 W, 2 N+ G+ IG3 1 0, 21 0 N, 1#6 G, 1#6 IG, 2" C 150.3 150 3 W+ G 3 #1 0, 1 #6 G, 1 1/2" C 150.4 150 4 W + G 3 #1 /0. 1#1/0 N, 1 #6 G, 2" C 150.5 150 4 W + G + IG 3 #1 /0, 1#1/0 N, 1#6 G, 1#6 IG, 2" C 150.6 150 3 W, 2 N+ G+ IG3 1 0, 2#1 0 N. 1#6 G, 1#6 IG, 2" C 175.3 175 3 W+ G 3#2/0, 1#6 G, 1 1 2 C 175,4 175 4 W+ G 3 #2/0, 1 #2/0 N, 1 #6 G, 2" C 175,5 175 4 W + G + IG 3 #2/0, 1 #2/0 N. 1 #6 G. 1#6 IG, 2" C 175.6 175 3 W, 2 N+ G+ IG3 2 0, 212/0 N, 116 G, 116 IG. 2 1 2" G 200.3 200 3 W+ G 200.4 200 4 W + G 3#3/0, 1 #3/0 N, 1 #6 G, 2" C 200.5 200 4 W + G + IG 3##3/0, 1 #3/0 N, 1 #6 G. 1#6 IG, 2 1/2- C 200.6 200 3W,2N +G +IG Iffy 0,230)N,1 6G.1 6IG,21 2 "C 28 1801 225,3 225 3 W+ G 225.4 225 4 W+ G 3 #4/0, 1 #4/0 N. 1 #4 G. 2 1/2' C 225.5 225 4 W + G + CG 3 #4/0, 1 #4/0 N. 1#4 G, 1#4 IG, 2 1/2" C 225.6 225 3 W, 2 N+ G+ IG3 4 0, 2 4O N, 1#4 GY 1#4 IG, 2 1 2" C 0 1 0 1 SPACE 250.3 250 3 W+ G 3- 250KCM, 1 #4 G, 2 1 2 C 250.4 250 4 W+ G 3-250KCM, 1- 250KCM N. 1 #4 G, 2 1/2" C 250.5 250 4 W+ G+ IG 3- 250KCM, 1- 250KCM N, 1 #4 G, 1 #4 IG, 2 1/2" C 250.6 250 3 W, 2 N+ G+ IG 3- 250KCM, 2- 250KCM N, 1# G. 1 #4 IG, 3" C 0 33 285.3 285 3 W+ G 3- 300KCM, 1 #4 G, 2 1 2 C 285.4 285 4 W+ G 3- m300KCM, 1 -00KCM N, 1 #4 G. 3" C 285.5 285 4 W + G + IG 3- 300KCM, 1- 300KCM N, 1#4 G, 1#4 IG, 3" C 285.6 285 3 W, 2 N+ G+ IG 3- 300KC, 2- 300KCM N, 1# G, 1 #4 IG, 3" 300.3 300 3 W+ G 3- °350KGM, 1 #4 G, 2 1 2 C 300.4 300 4 W+ G 3- 350KCM, 1°- 350KCM N. 1#4 G. 3" C 300.5 300 4 W + G + IG 3- 350KCM, 1- 350KCM N, 1 #4 G, 1##4 IG, 3" C 300.6 300 3 W, 2 N+ G+ IG 3-- 350KCM, 2- 350KCM N. 1 4 G, 1 4 IG, 3 1 2" C 335.3 335 3 W+ G 3- 400KCM, 1 #3 G, 2 1 2 C 335.4 335 4 W+ G 3- 400KCM, 1- 400KCM N. 1##3 G. 3" C 335.5 335 4 W + G + IG 3- 400KCM, 1- 400KCM N, 1 #3 G, 1##3 IG, 3" G 335.6 335 3 W, 2 N+ G+ IG 3- 400KCM, 2- 400KCM N, 1 3 G, 1 3 IG, 3 1 2" C 350.3 350 3 W+ G 3- 500KCM, 1 #3 G, 3 C 350.4 350 4 W+ G 3- 500KCM, 1- 500KCM N. 1 #3 G, 3 1/2" C 350.5 350 4 W + G + IG 3- 500KCM, 1- 500KCM N, 1##3 G, 1##3 IG, 3 1/2" C 350.6 350 3 W, 2 N+ G+ IG 3-500KCM, 2- 500KCM SPACE 0 1 ALL CONNECTED - 400.3 400 3 W+ G 3#600KCM, 1 #2 G, 3 1/2" C 400.4 400 4 W + G 3#600KCM, 1 #60OKCM N, 1 #2 G, 4" C 400,5 400 4 W + G + IG 3#600KCM, 1 #60OKCM N. 1#2 G, 1 #2 IG, 4" C 400.6 400 3 W, 2 N+ G+ IG 3#600KCM, 2 lif6OOKCM N, It 2 G. 1 #2 IG, 4" C 450.3 450 3 W+ G 2 SETS EACH OF 3 #4 0. 1 #2 G, 2 C 450.4 450 4 W+ G 2 SETS EACH 8412.7 70. 1 DEMAND 1564 500.3 500 3 W+ G 2} SE EACH OF 3- 250KGM, 1 #2 G, 2 1 2 C 500.4 500 4 W+ G 2 SE EACH OF 3- 250KCM, 1- 250KCM N, 1 2 G, 2 1 2" C 600.3 600 3 W+ G 2 SETS EACH OF 3- 350KCM. 1 #1 G, 3 C 600.4 600 4 W + G 2 SETS EACH OF 3- 350KCM, 1- 350KCM N, 1 1 G, 3" C 700.3 700 3 W+ G 2 SETS EACH OF 3- 500KCM, 1 #1 0 G, 3 C 700,4 700 4 W+ G 2 SETS EACH OF 3- SOOKCM, 1- SOOKCM N, 1 1 0 G, 3 -1 2" C 800.3 800 3 W+ G 2 SETS EACH OF 3- 600KCM, 1#1 0 G, 3-1/2- C 800.4 800 4 W+ G J21 SETS EACH OF 3- 6OOKG. 1- 6OOKGM N, 1 1 0 G, 4" G 900.3 900 3 W+ G 3 SETS EACH OF 3- 350KCM, 1#2/0 G, 2 1 2 C 900,4 900 4 W+ G 3 SETS EACH OF 3- 350KCM. 1- 35OKGM N, 1 2 0 G, 3" C 1000,3 1000 3 W+ G 3 SE EACH OF 3- 4OOKCM, 1 #2 0 G, 3" G 1000.4 1000 4 W+ G 3 SETS EACH OF 3- 400KCM, 1- 4OOKCM N. 1 2 0 G, 3" C 1200.3 1200 3 W+ G 3 SETS EACH OF 3- 600KCM, 1#3/0 G. 3 1/2- C 1200.4 1200 4 W+ G 3 SETS EACH OF 3- 600KCM. 1- 600KCM N, 1 3 0 G, 4" C 1400.3 1400 3 W+ G 4 SETS EACH OF 3- 500KGM, 1 #4 0 G, 3 G 1400.4 1400 4 W+ G J4 SETS EACH OF 3- 500KCM. 1- SOOKCM , 1 4 0 G. 3 1 2" C 1600.3 1600 3 W+ G 4 SETS EACH OF 3- °600KCM, 1 #4/0 G, 3 1/2 G 1600.4 1600 4 W+ G 4 SETS EACH OF 3- 6OOKCM, 1- 6OOKCM N, 1 4 0 G, 4" C 2000.3 2000 3 W+ G 5 SETS EACH OF 3- 600KCM, 1- 250KCM G. 3 1 2 C 2000.4 2000 4 W+ G 5 SETS EACH OF 3- 600KCM, 1- 600KCM N. 1- 250KCM G, 4" G PP1 MCCN ATSA -9 (PAVILLION) (PAVILLION) EQDPA 0 , 3 #6, 1 #10G IN 3/4 -C 30KVA 4 #3, 1 #80 IN 1 1/4-C 100A DISCONNECT SAITCH 4 #3, 1 #8G IN I 1/4 "C NM 2 SETS OF 4 #40QKCMIL„ I #1G IN 3 1/2 "C EACH HM (PAMLLION) 800 KW 480 /277V 1600AF 1200AT 5000A BUS ME M AN T13 _ " - Alk ?i A EDP2 FE3 A BUS277V IC EASTING PANEL TO BE MODIFIED UNDER THIS PROJECT. PANEb 2PCLI CPC DEVICE TYPES Breaker ESSENTIAL SYSTEM ENCLOSUREa NEMA I 1600AF MAINS(A)R MLO CONTINUOUS(A)a 225 LOCATION: DEVICE FAMILYA Bost On MOUNTINGS Surface 5000A BUS WIRINGx 3 -Phase 4-Wwe BUS SC RATING(A) 10000 FED FROM, XFSC 2PCLI SPACE } 1600AF SPACE SPACE XFPR 2PCL1 VOLTAGEa 208°120 1200AT 125.07 'r. PU FAULT CURRENT(A)n 1901 OC NOTES DESCRIPTION DEMAND VA CKT PHASE LOADS VA CKT VA DEMANL DESCRIPTION NOTES or, AMPS P ZO Impedance. 0 0.1209 Ohms/1000 CODE 1.05 PU A B C CODE, AMPS P 20 1 EXISTING VISCUE RCPT R. 11 -12 RECEPTA 540 1 0.0820 0.1066 2 540 RECEPTA VISCUE RCPT R. 5 -6. EXISTING �20 1 20 1 EXISTING VISCUE RCPT R. 9 -10 RECEPTA 540 3 1080 4 540 RECEPTP VISCUE RCPT' R. 3 -4 EXISTING GO 1 20 1 EXISTING VISCUE RCPT R. 7 -8 RECEPTA 360 5 0.6654 900 6 540 RECEPTA VISCUE RCPT R. 1 -2 EXISTING 2G 1. 20 1 EXISTING DIALYSIS THWN RECEPTA 500 7 1000 8 500 RECEPTA DIALYSIS EXISTING 20 1 20 1 EXISTING DIALYSIS RECEPTA 500 9 1000 10 500 RECEPTA DIALYSIS EXISTING 20 1 20 1 EXISTING DIALYSIS RECEPTA 500 11 900 12 400 RECEPTA F.C.U. PACS OR EXISTING 0 1 20 1 EXISTING LIGHTS PACS SICU LIGHTIN 700 13 1240 14 540 RECEPTA, PADS RECEPT, SICU EXISTING 20 1 20 1 EXISTING PACS RECEPT. SICU RECEPTA 540 15 1290 16 750 LIGHTIN LIGHTS PACS SICU EXISTING 20 1 20 1 EXISTING PACS RECEPT. SICU RECEPTA 540 17 1080 18 540 RECEPTA PACS RECEPT. SICU EXISTING 20 1 20 1 EXISTING PACS RECEPT. SICU RECEPTA 360 19 1080 20 720 RECEPTA EXISTING LOAD EXISTING 20 1 20 1 EXISTING EXISTING LOAD RECEPTA 720 21 1440 22 720 RECEPTA EXISTING LOAD EXISTING 20 1 30 3 NOTE 1 STERILIZER GENERAL 1801 23 3603 24 IBOi GENERAL STERILIZER NOTE 1 30 3 18301 25 3603 26 1801 18DI 27 3603 28 1801 0 1 SPACE 0 29 0 30 0 SPACE 0 1 0 1 SPACE 0 31 0 32 0 SPACE 0 1 0 1 SPACE 0 33 0 34 0 SPACE 0 1 0 1 SPACE 0 35 0 36 0 SPACE 0 1 0 1 SPACE 0 37 0 38 0 SPACE 0 1 0 1 SPACE 0 39 0 40 0 SPACE 0 1 0 1 SPACE 0 41 0 42 0 SPACE 0 1 ALL CONNECTED - KVA 3P AVE AMPS * PHASE TOTALS VA AMPS BUS TOTALS KVA TOTAL, CONNECTED 22. 90 63.6 * A -N 8002.7 66.6 CONNECTED 22. 90 TOTAL DEMAND 15,64 43.4 * B -N 8412.7 70. 1 DEMAND 1564 TOTAL, DESIGN 15.79 418 * C -N 6482,7 54.0 DESIGN I5. 79 NOTE Iu PROVIDE. NEW 3P -30 C,B. TO MATCH EXISTING TYPE. SPADE 600A 400A 600A # 11117101MUTMH ME 1000A `\ 400A �j „ �J Wk FEEDER FROM E5# TO OTY VOLTS FEEDER L -L ESSENTIAL SYSTEM NAME NAME 1600AF SIZE TYPE 1600AF PARALLELING S` ITCHBOARD 3P 480/277V; 5000A BUS XFSC 2PCL1 PNL 2PCL1 120DAT FEET 2 1200AT PNL 2PCL1 208. Duct Moteeial: Magnetic 5000A BUS PVC Insulation Clam THW 4.5 1600AF SPACE } 1600AF SPACE SPACE XFPR 2PCL1 1200AT / 1200AT 125.07 SPADE 600A 400A 600A # 11117101MUTMH ME 1000A `\ 400A �j „ �J Wk FEEDER FROM E5# TO OTY VOLTS FEEDER L -L NAME NAME NAME /PH L-L SIZE TYPE r NO NAME L-L FOR 2PCL1 XFSC 2PCL1 PNL 2PCL1 1 208 85.0 FEET 2 Copper PNL 2PCL1 208. Duct Moteeial: Magnetic Insulation Type: PVC Insulation Clam THW 4.5 GBERATION . 480. BUSNAME GENERATION VOLT SIZE InitKW MoxKVAR TYPE XFPR 2PCL1 480. ZO • irn 0.6366 + J 0.1440 Ohms/1000 ft 125.07 'r. PU 1540.2 Line to Earth Contribution: 0.00000 AM♦ ♦ 8.00 Pas sequence impedance (100 MVA base) 0.4581 + J 3.66 PU Duct Material: Magnetic Insulation T)pe: PVC Insulation Class: THM Impedance: 0.0378 0.0491 Ohms/l### ft # 0.4262 ZO Impedance. 0 0.1209 Ohms/1000 1.05 PU Duct • 1 Magnetic { 1 Type: Class: Impedance: 0.0378 0.0491 Ohms/1000 0.0820 0.1066 ZO Impedance: a: # 0.1209 Ohms/100 # 0.2624 PU Duct Material: Magnetic Insulation Type: Insulation Cla= THWN ZO Impedance: 0.0680 0.1095 Ohms/1000 It # 0.6654 FOR XFMR 2PCL1PNL CDPA XFPR 2PCL1 1 480 166.0 FEET 6 Copper Duct Material: Magnetic Insulation T),pe: PVC Insulation Class: THWN Foridi Power& Light Company, ltlami, Ff., 23179 February 1, 2008 $ * ****FAULT ANALYSIS SUMMARY* * ***** ** BUS NAME TRANSFORMER INPUT DATA AVAILABLE FAULT CURRENT ASSHOWN L -L TRANSFORMER PRIMARY RECORD VOLTS *SECONDARYRECORD VOLTS FULL-LOAD NOMINAL WAME r NO NAME L-L KVA KVA XFMR2PCL1 XFPR 2PCLI D 480.00 )(FSC 2PCL1 YG 2D8.00 ROD ROO 32567.0 8.0 PNL 2PCL1 208. #° # 68 .DO Pri Open) PNL CDPA Taps Pri. 0.000 % Sec- 0.000 % Phase Shift (PrL Leading See): 30.00 Deg. 4.5 GBERATION . 480. BUSNAME GENERATION VOLT SIZE InitKW MoxKVAR TYPE XFPR 2PCL1 480. 3092.2 0.2 Three Phase Contribution: 32567.0 AMPS X/R 8.00 208. 1540.2 Line to Earth Contribution: 0.00000 AM♦ ♦ 8.00 Pas sequence impedance (100 MVA base) 0.4581 + J 3.66 PU Zero sequence impedance (100 MVA base) Infinite Foridi Power& Light Company, ltlami, Ff., 23179 February 1, 2008 $ * ****FAULT ANALYSIS SUMMARY* * ***** ** BUS NAME VOLTAGE AVAILABLE FAULT CURRENT ASSHOWN L -L 3 PHASE X/R LINE /GRND X/R BUS AT i 10 L 480. 26987.6 4.8 FPL PAV. BUS 480. 32567.0 8.0 PNL 2PCL1 208. 1255.5 0.4 PNL CDPA 480, 26271.2 4.5 SWB MSNt 480. 30228.2 6.7 XFPR 2PCL1 480. 3092.2 0.2 XFSC 2PCL1 208. 1540.2 O.5 PROJECT NAME- SOUTH MIAMI 110SPITA1. SEC70ND FTAX)R STIERU -17ERS PROJECT ADDRESS: 6200 T3 ST NITAMI, FI.ORIDA 33143 • • • COMM. NO. 40153.100 SCALE. ASSHOWN DATE: 04-24 -2078 D 1c CHECKED: DTO CADD FILE: DRAWING TITLE: ELECTRICAL ONE-LINE ; i j SHEET • 11