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14-523-039
, rse•t `rr�r c reject 413508.000 2121 ponce de Leon -gc .jlevard � FEEDER SCHEDULE 1RAIJMOIrNl7t MULE 600V MAX. 1CHD1 1.00 FEEDER TAG DESM71O U CKT NO CRITICAL .� Suite 350 `.•• '•• • ` Carat Gables, FL 33134 AMPS 1 31.9 27.1 AMPERE RATING FEEDER DESCRIPTION 60.4 153.0 184.1 15.3, 20.3 3 #12, 1#12 G, 314" C 2O 1 15.4, 20.4 3 #12, 1#12 N, 1#12 G, 3/4" C 2 3 15.41, 20.41 3 #12, 1#12 N, 1#12 G. 1#12 IG, 3/4" C ELECTRODE 25.3, 30.3 3 #10, 1#10 G, 3/4" C 1 WIRES: 4W + G 25.4, 30.4 3 #10, 1#10 N, 1#10 G, 3/4" C 5 NEUTRAL bUS: Yes 25.41, 30.41 3 #10, 1#10 N, 1#10 G, 1#10 IG, 3/4" C SECONDARY FEEDER DESCRIPTION WITH SYSTEM /EQUIPMENT BONDING JUMPER KVA 35.3, 40.3 3 #8, 1 #10 G. 3/4" C 1920 MAIN DUS: 600A MCB: N/A 35.4, 40.4 3 #8, 1 #8 N, 1 #10 G, 3/4" C 2200 35.41, 40.41 3 #8, 1 #8 N, 1 #10 G, 1#10 IG, 1" C Nashville . Phoenix . Richmond . Washfn0ton` O.Ic. • E200007658 I{ 45.3, 50.3 3#6, 1 #10 G. 3/4" C 3112, 1#12 N, tp G, 108 IG, 3/4' C 8 45.4, 50.4 3#6, 1 #6 N, 1 #10 G, 1" C 1300 VOLTAGE: 480 /277 AIC: 42,000A 45.411, 50.41 3#6, 1 #6 N. 1 #10 G, 1#10 IG, 1" C 20 1 60.3 3 #4, 1 #10 G, 1" C rrrr —.... r 11 610.4 3 #4, 1 #4 N, 1 #10 G. 1 1/4" C 9 60.41 3 #4, 1#4 N, 1#10 G, 1#10 IG, 1--1 /4" C 3#10, 1#10 N, 108 G, 1#8 IG, 314' C 1920 70.3 3 #4, 1#8 G, 1" C 13 SPARE 70.4 3 #4, 1#4 N, 1#8 G, 1-1/4* C 1 A 70.41 3 #4, 1#4 N, 1#8 G, 1#8 IG, 1-1/4- C 1600 CKT DESCRIPTION 80.3 3 #3, 1#8 G, 1-1/4- C SPARE CIRCUIT BREAKER 80.4 3 #3, 1#3 N, 1#8 G. 1-1/4- C �. �" s . r r r • 15 80.41 3 #3, 1#3 N, 1 #8 G. 1#8 IG, 1-1/4- C 314, 1#4 N, 1#8 G. 1 #8 IG, 1 -1/4' C 111 90.3 3 #2, 1#8 G, 1-1/4- C — N0, 1 IPANEL '21TC.1' VIA XFMR 90.4 3 #2, 1#2 N. 1#8 G, 1-1/4" C MISC 2 60354 AMPS POLES 90 90.41 3 #2, 1#2 N. 1#8 G, 1#8 IG, 1-1/4- C 11 It 100.3 3 #1, 1#8 G. 1 -1/4" C 20 30 100.4 3 #1, 1 #1 N, 1#8 G, 1 -1/2" C 3#1, 1#1 N, 1#6 G. 1#6 IG, 1 -1/2" C 2 PANEL R1CHX 100.41 3 #1, 1 #1 N, 1#8 G, 1#8 IG, 1-1/2* C 21 250 110.3 3 #1, 1#6 G. 1 -1/4" C 1 B 110.4 3 #1, 1 #1 N, 1#6 G, 1 -1/2" C 1920 3 IVR ROOM #1 110.41 3 #1, 1 #1 N, 1#6 G, 1#6 IG, 1-1/2* C SPARE 225 125.3, 150.3 3 #1 /0, 1#6 G, 1-1/2- C C 20 125.4, 150.4 3#1/0, 1 #1 /0 N, 1 #6 G, 2" C FUTURE ZONE 2 CABINET 12 45 125.41, 150.41 3#1/0, 1 #1 /0 N, 1 #6 G, 1 #6 IG, 2" C 3#1/0, 1#1/0 N, 1#6 G, 1#6 IG, 2' C 4 PANEL 2HDE 175.3 3 #2/0, 1#6 G, 2" C 2D 400 175.4 3 #2/0, 1#2/0 N, 1#6 G, 2" C 26 27 175.41 3 #2/0, 1#2/0 N, 1#6 G. 1 #6 IG, 2" C 20 5 PANEL 1DLE1 200.3 3 #3/0, 1#6 G, 2" C 1 200 200.4 3 #3/0, 1#3/0 N, 1#6 G, 2" C 21 SPARE 200.4i 3 #3/0, 1#3/0 N, 1#6 G, 1 #6 IG, 2" C 1 75 225.3 3 #4/0, 1#4 G. 2" C 3125OKCM, 1125OKCM N, 1 #2 G, 1 #2 IG, 3' C 6 A' TRANSFORMER 225.4 3 #4/0, 1#4/0 N, 1 #4 G, 2-1/2m C SPARE 150 225.41 3 #4/0, 1#4/0 N, 1 #4 G. 1 #4 IG, 2-1/2- C A 250.3 3 #250KCM, 1 #4 G, 2-1/2- C — SPARE 250.4 3 #250KCM, 1- 250KCM N,1#4 G, 2-1/2- C 3000 9600 1 12000 250.41 3 #250KCM, 1- 250KCM N,1#4 G. 1#4 IG, 2-1/2- C 3 300.3 3 #350KCM, 1 #4 G, 2-1/2" C 1 — 300.4 3 #350KCM, 1- 350KCM N, 1#4 G, 3" C 1125 3#4/0, 114 G. 2" C 300.41 3 #350KCM, 1- 350KCM N, 1 #4 G, 1 #4 IG, 3" C 8 350.3 3 #500KCM, 1 #3 G, 3" C 1 — 350.4 3 #500KCM, 1- 500KCM N, 1#3 0, 3-1/2- C 37 350.41 3#500KCM, 1- 500KCM N, 1#3 G. 1#3 IG, 3-1/2- C 20 400.3 2 SETS EACH OF [3#3/0, 1#3 G, 2" Cl 20 1 400.4 2 SETS EACH OF [3#3/0, 1#3/0 N, 1#3 G, 2-1/2- Cl 150 400.41 2 SETS EACH OF [3 #3/0, 1#3/0 N, 1#3 G, 1 #3 IG, 2-1/2" C] 1 450.3 2 SETS EACH OF [3 #4/0, 1#2 G, 2" C] 1 — 450.4 2 SETS EACH OF [ 3#4/0, 1#4/0 N, 1#2 G, 2-1/2" C] SPARE 450.41 2 SETS EACH OF [ 3#4/0, 1#4/0 N. 1#2 G, 1 #2 IG, 2-1/2- C] C 500.3 2 SETS EACH OF [3 #250KCM, 1 #2 G. 2-1/2- C] — 500.4 2 SETS EACH OF [3 #250KCM, 1 #250KCM N, 1 #2 G, 2 -1/2' Cl 3 SETS EACH OF (3#3OOKCM, IFMCM N. 1 #2/0 G. 1 12/0 IG, 3" C) 500.41 2 SETS EACH OF [3 #250KCM, 1 #250KCM N, 1#2 G, 1 #2 IG, 2-1/2- C] TOTAL 600.3 2 SETS EACH OF [3 #350KCM, 1 #1 G, 2-1/20 Cl 425 600.4 2 SETS EACH OF [3#350KCM, 1 #350KCM N, 1 #1 G, 3" C] 600.41 2 SETS EACH OF [3#350KCM, 1#350KCM N. 1#1 G, 1 #1 IG, 3" C] RCPTS HSPTL MISC MISC 2 700.3 2 SETS EACH OF [3#500KCM, 1 #1 /0 G, 3" C] 700.4 2 SETS EACH OF [3#500KCM, 1 #500KCM N, 1#1/0 G, 3-1/2" C] 935 700.41 2 SETS EACH OF [3#500KCM, 1 #500KCM N. 1#1/0 G, 1#1/0 IG, 3-1/2" C] 800.3 3 SETS EACH OF [3#300KCM, 1 #1/0 G. 3" Cl 45.6 0.0 33.0 60.4 800.4 3 SETS EACH OF [3 #300KCM, 1#300KCM N, 1 #1/0 G. 3" C] 800.41 3 SETS EACH OF [3#300KCM, 1 #300KCM N, 1#1/0 G, 1#1/0 IG, 3" C] 1#4/0 900.3 3 SETS EACH OF [3#350KCM, 1 #2/0 G, 3" C] SEE DEMAND FACTOR TABLE 900.4 3 SETS EACH OF [3#350KCM, 1#350KCM N, 1 #2/0 G. 3" Cl 1 900.41 3 SETS EACH OF [3#350KCM, 1#350KCM N, 1#2/0 G, 1#2/0 IG, 3" C] 895 1000.3 3 SETS EACH OF [3#400KCM, 1 #2/0 G. 3" Cl 27.8 0.0 33.0 60.4 1000.4 3 SETS EACH OF [3 #400KCM, 1 #400KCM N. 1 #2/0 G. 3" C] C 1000.41 3 SETS EACH OF [3#400KCM, 1 #400KCM N, 1 #2/0 G. 1 #2/0 IG, 3" C] NETWORK RACK 6 1200.3 4 SETS EACH OF [3#350KCM, 1 #3/0 G, 3" Cl — 1200.4 4 SETS EACH OF [3#350KCM, 1#350KCM N, 1#3/0 G, 3' C] 1200.41 4 SETS EACH OF [3#350KCM, 1#350KCM N, 1#3/0 G, 1#3/0 IG, 3-1/2* Cl 1400.3 4 SETS EACH OF [3#500KCM, 1 #4/0 G. 3" Cl 20 1400.4 4 SETS EACH OF [3#500KCM, 1 #500KCM N, 1 #4/0 G, 3-1/2" Cl 1 1400.41 4 SETS EACH OF [3#500KCM, 1 #500KCM N. 1#4/0 G, 1#4/0 IG, 3-1/2* C] 1600.3 5 SETS EACH OF [3#400KCM, 1#4/0 G, 3- C] 2 1600.4 5 SETS EACH OF [3#400KCM, 1 #40OKCM N, 1 #4/0 G. 3" Cl 1920 1600.41 5 SETS EACH OF [3#400KCM, 1#400KCM N. 1#4/0 G. 1#4/0 IG, 3 -112" C] 2000.3 6 SETS EACH OF [3#400KCM, 1 #250KCM G, 3" C] A 2000.4 6 SETS EACH OF [3#400KCM, 1#400KCM N, 1 #250KCM G. 3" C] SPARE 2000.41 6 SETS EACH OF [3#400KCM, 1 #40OKCM N, 1 #250KCM G, 1 #250KCM IG, 3-1/2" Cl 2500.3 7 SETS EACH OF [3#500KCM, 1#350KCM G, 3 -1/2" C] 20 2500.4 7 SETS EACH OF [3#500KCM, 1 #500KCM N. 1#350KCM G. 3-1/2- C] 64 2500.41 7 SETS EACH OF [3#500KCM, 1 #500KCM N, 1#350KCM G, 1#350KCM IG, 4" C] 3000.3 8 SETS EACH OF [3#750KCM, 1#400KCM G, a Cl 1 3000.4 8 SETS EACH OF [3#750KCM, 1#750KCM N, 1 #40OKCM G, a C] 67 3000.41 8 SETS EACH OF [3#750KCM, 1#750KCM N, 1#40OKCM G. 1#400KCM IG, 4" Cl , rse•t `rr�r c reject 413508.000 2121 ponce de Leon -gc .jlevard � PANEL: 21TCLB FED FROM: 1CHD1 CRITICAL LOCATION: DATACENTER VARM 4W + G NEUTRAL BUS: Yee MAIN BUS: 225A ENCLOSURE. NEMA 1 GROUND IIUS+ Ya MCI: 150A BUS TYPE: Copper ISOLATED GROUND 11US: No VOLTAGE 209/120 MOUN7110 Surface 200% NEUTRAL- No AKQ 10,000A PANEL LUGS: Mein Circuit Breaker FEED THROUGH LUGS: Ya CONTINUOUS (DESIGN) FACTOR 1RAIJMOIrNl7t MULE EXISTING DISTRIBUTION PANEL: 1CHD1 1.00 1.00 DESM71O U CKT NO CRITICAL .� Suite 350 `.•• '•• • ` Carat Gables, FL 33134 AMPS 1 31.9 27.1 0.0 33.0 60.4 153.0 184.1 2 A 2O 1 1920 Phone: 305.569.1692 r • • ;� • 2 3 GROUNDING 2496 ELECTRODE B FED FROM: NSM51 LOCATION: FIRST FL CEP 1 WIRES: 4W + G ZONE 2 CABINET 2 4 5 NEUTRAL bUS: Yes fax: 305.5G�.1G�3 -' hd�U4 Cen�ulvno allneen ` Austin . Dallas . Denver . Houston . Kansas City .`I liarni o PRIMARY FEEDER DESCRIPTION SECONDARY FEEDER DESCRIPTION WITH SYSTEM /EQUIPMENT BONDING JUMPER KVA 20 1 1920 MAIN DUS: 600A MCB: N/A 6 ENCLOSURE: NEMA 1 BUS TYPE: Copper 2200 CYSTO CB GROUND SUS: Yes ISOLATED GROUND SUS: No Nashville . Phoenix . Richmond . Washfn0ton` O.Ic. • E200007658 I{ 3#12, 1112 G, 3/4' C 1#8 3112, 1#12 N, tp G, 108 IG, 3/4' C 8 9 ZONE 1 CABINET 4 1300 VOLTAGE: 480 /277 AIC: 42,000A 2 MOUNTING: Surface PANEL LUGS: Main Lugs Only 20 1 1920 200% NEUTRAL: No rrrr —.... r 11 1300 9 3#12, 1#12 G. 3/4' C 1#6 3#10, 1#10 N, 108 G, 1#8 IG, 314' C 1920 ZONE 2 CABINET 6 12 13 SPARE - 2D 1 A 20 1 1600 CKT DESCRIPTION TOTAL LOAD LOAD (VA) SPARE CIRCUIT BREAKER 20 REMARKS �. �" s . r r r • 15 3#10, 1 #10 G, 3/4' C 1#8 314, 1#4 N, 1#8 G. 1 #8 IG, 1 -1/4' C 111 17 SPARE — N0, 1 IPANEL '21TC.1' VIA XFMR (VA). 60354 LTS RCPTS HSPTL MISC MISC 2 60354 AMPS POLES 90 3 NOTE 1 ZONE 2 CABINET 9 11 It SPARE — 20 30 3#4, 1#10 G, 1" C 106 3#1, 1#1 N, 1#6 G. 1#6 IG, 1 -1/2" C 2 PANEL R1CHX 12600 3000 9600 21 250 3 1. 20 1 B 20 1 1920 3 IVR ROOM #1 33600 3000 9600 21000 SPARE 225 3 1 C 20 1 1920 FUTURE ZONE 2 CABINET 12 45 3 12, 1#1 G, 1 -114' C 1#6 3#1/0, 1#1/0 N, 1#6 G, 1#6 IG, 2' C 4 PANEL 2HDE 12600 3000 9600 2D 400 3 FUTURE ZONE 1 CABINET 1 26 27 SPARE — 20 5 PANEL 1DLE1 3600 3600 1 200 3 28 21 SPARE — 20 1 75 3#1/0, 1#6 G, 1 -1/2" C 1#2 3125OKCM, 1125OKCM N, 1 #2 G, 1 #2 IG, 3' C 6 A' TRANSFORMER 17100 13500 3600 1 SPARE 150 3 1 A 20 1 — SPARE 7 1CH1 24600 3000 9600 1 12000 — 1 100 3 B 90 1 — SPARE 34 1125 3#4/0, 114 G. 2" C 1#2 2 SETS EACH OF (3/3/0, 1#3/0 N, 112 G. 1#2 IG, 2-1/2' C) 8 — 2D 1 — SPARE 36 37 SPARE — 20 1 NOTES: NOTE1: REMOVE EXISTING CIRCUIT BREAKER. PROVIDE EATON HKD WITH LSI TRIPPING UNIT. 20 1 — SPARE 38 150 3#35OKCM, 104 G. 2 -1/2' C 1#1/0 2 SETS EACH OF (3#250KCM,11250KCM N, 111/0 G, 1#1/0 IG, 3" C) 1 B 20 1 — SPARE '1CHD1' LOAD SUMMARY 41 SPARE — 20 1 C 20 1 — 225 2 SETS EACH OF ( 3#4/0, 1 #2 G, 2' C) 1 12/0 3 SETS EACH OF (3#3OOKCM, IFMCM N. 1 #2/0 G. 1 12/0 IG, 3" C) 1150 30 2 TOTAL TOTAL 2 425 NETWORK RACK 5 44 45 1150 LTS RCPTS HSPTL MISC MISC 2 (KVA) (AMPS) 425 46 47 NETWORK RACK 1 935 20 300 • 2 SETS EACH OF (3 #�50KCM, 1 #i G, 3 C } 1#3/0 #4 " 3 SETS EACH OF (3#400KCM, i #400KCM N, 1#3/0 G, 1#3/4 ICI, 3-11 /2 C) TOTAL CONNECTED LOAD 25.5 45.6 0.0 33.0 60.4 164.5 157.8 934 A 20 1#4/0 4 SETS EACH OF (31350KCM, 1#350KCM N, 1#4/0 G, 1#4/0 IG, 3-1/2' C) DEMAND FACTOR 50 SEE DEMAND FACTOR TABLE NETWORK RACK 2 500 20 1 B 895 TOTAL DEMAND LOAD 25.5 27.8 0.0 33.0 60.4 146.7 176.4 1 C 20 PANEL: 21TCLB FED FROM: 1CHD1 CRITICAL LOCATION: DATACENTER VARM 4W + G NEUTRAL BUS: Yee MAIN BUS: 225A ENCLOSURE. NEMA 1 GROUND IIUS+ Ya MCI: 150A BUS TYPE: Copper ISOLATED GROUND 11US: No VOLTAGE 209/120 MOUN7110 Surface 200% NEUTRAL- No AKQ 10,000A PANEL LUGS: Mein Circuit Breaker FEED THROUGH LUGS: Ya CONTINUOUS (DESIGN) FACTOR DESammm 1 1.25 1.00 1.00 1.00 1.00 DESM71O U CKT NO AMPS TOTAL DESIGN LOAD AMPS 1 31.9 27.1 0.0 33.0 60.4 153.0 184.1 2 A 2O 1 PANEL: 21TCLB FED FROM: 1CHD1 CRITICAL LOCATION: DATACENTER VARM 4W + G NEUTRAL BUS: Yee MAIN BUS: 225A ENCLOSURE. NEMA 1 GROUND IIUS+ Ya MCI: 150A BUS TYPE: Copper ISOLATED GROUND 11US: No VOLTAGE 209/120 MOUN7110 Surface 200% NEUTRAL- No AKQ 10,000A PANEL LUGS: Mein Circuit Breaker FEED THROUGH LUGS: Ya CKT NO. DESammm TOTAL LOAD VA CIRCUIT BREAKER PHASE CRCUIT BREAKEIR TOTAL LOAD VA DESM71O U CKT NO AMPS POLES AMPS POLES 1 ZONE 1 CABINET 6 2496 30 2 A 2O 1 1920 ZONE 2 CABINET 1 2 3 2900 2496 50 B 20 1 1920 ZONE 2 CABINET 2 4 5 ZONE 1 CABINET 5 2200 30 2 C 20 1 1920 ZONE 2 CABINET 3 6 7 2200 CYSTO CB 21000 A 20 1 1870 ZONE 2 CABINET 4 8 9 ZONE 1 CABINET 4 1300 30 2 B 20 1 1920 ZONE 2 CABINET 5 10 11 1300 C 20 1 1920 ZONE 2 CABINET 6 12 13 SPARE - 2D 1 A 20 1 1600 ZONE 2 CABINET 7 14 15 SPARE — 20 1 B 20 1 730 ZONE 2 CABINET 9 111 17 SPARE — 20 1 C 20 1 1235 ZONE 2 CABINET 9 11 It SPARE — 20 1 A 20 1 1920 FUTURE ZONE 2 CABINET 10 20 21 SPARE — 20 1 B 20 1 1920 FUTURE ZONE 2 CABINET 11 22 23 SPARE — 20 1 C 20 1 1920 FUTURE ZONE 2 CABINET 12 24 25 SPARE — 20 1 A 2D 1 1920 FUTURE ZONE 1 CABINET 1 26 27 SPARE — 20 1 B 20 1 1920 FUTURE ZONE 1 CABINET 2 28 21 SPARE — 20 1 C 20 1 1920 FUTURE ZONE 1 CABINET 3 30 31 SPARE — 20 1 A 20 1 — SPARE 32 33 ISPARE — 20 1 B 90 1 — SPARE 34 35 SPARE — 20 1 C 2D 1 — SPARE 36 37 SPARE — 20 1 A 20 1 — SPARE 38 38 SPARE — 20 1 B 20 1 — SPARE 40 41 SPARE — 20 1 C 20 1 — SPARE 42 43 NETWORK RACK 1 1150 30 2 A 20 2 425 NETWORK RACK 5 44 45 1150 B 425 46 47 NETWORK RACK 1 935 20 2 C 20 1 300 NETWORK RAG( 5 48 48 934 A 20 2 895 NETWORK RAG( 6 50 51 NETWORK RACK 2 500 20 1 B 895 52 53 NETWORK RACK 3 500 20 1 C 20 2 895 NETWORK RACK 6 54 55 SPARE — 20 1 A 895 56 57 SPARE — 20 1 I 20 1 1920 FUTURE NETWORK RACK 7 58 51 NETWORK RACK 4 1518 20 2 C 20 1 1920 FUTURE NETWORK RACK 9 110 61 1518 A 20 1 — SPARE 62 93 NETWORK RACK 4 1518 20 2 B 20 1 — SPARE 64 65 1519 C 90 1 — SPARE N 67 SPARE — 20 1 A 90 1 — SPARE W W SPARE — 20 1 I 2D 1 — SPARE 70 71 NETWORK RACK 2 300 20 1 C 20 1 — SPARE 72 73 SPARE — 20 1 A 20 1 — SPARE 74 75 NETWORK RACK 4 300 20 1 B 20 U — SPARE 76 77 SPARE — 20 1 C 20 1 — SPARE 78 79 SPACE — 20 1 A 20 1 — SPACE BI) 61 SPACE — 20 1 B 20 1 — SPACE 82 113 SPACE — 20 1 C 20 1 — SPACE 94 NOTES: PROVIDE SINGLE SECTION 94 POLE PANELBOARD. PROVIDE 2 #10, 11101 IN 3/4 "C FOR ALL BRANCH CIRCUITS '27" LOAD 3l1MMARY LTS W77S MI3C DATA TOTAL (KVA) TOTAL (AMPS) TOTAL CONNECTED LOAD 0.0 90.4 110 0.0 60.4 167.5 DEMAND FACTOR 3EE DEMAND FACTOR TAME TOTAL DEMAND LOAD 0.0 35.2 0.0 1 0.0 35.2 97.6 CONTNNJOUS (DEM) FACTOR 1.25 1.00 1.00 1.00 TOTAL DESIGN LOAD 0.0 35.2 0.0 0.0 35.2 97.6 PANEL: 21TCLA FED FROM: CRITICAL LOCI 70: DATACENTER MBA 4W + G NEUTRAL BUS: Yee MAIN Ift 225A ENCLOSURE: NEMA 1 GROUND BUS: Ye: MCI: 150A BUS TYPE: Copper ISOLATED GROUND BUS: No VOLTAGE: 209/120 MOUNTNG: Surface 200% NEUTRAL- No Alt 10,000A PANEL LUGS: Main Circuit Breaker. FEED THROUGH LUGS: Yes OCT NO. DESalr M TOTAL LOAD A CIRCUIT IREAKER PHASE CIRCUIT IREAKER TOTAL LOAD A DESCRIPTION CKT NO AMPS POLES AMPS POLES 1 ZONE 1 CABINET 6 2496 30 2 A 20 1 1920 ZONE 2 CABINET 1 2 3 2900 2496 50 I 20 1 1920 ZONE 2 CABINET 2 4 5 1 ZONE 1 CABINET 5 2200 30 2 C 20 1 1920 ZONE 2 CABINET 3 6 7 2200 CYSTO CB 21000 A 20 1 1870 ZONE 2 CABINET 4 9 9 ZONE 1 CABINET 4 1300 30 2 I 2D 1 1920 ZONE 2 CABINET 5 10 11 1300 C 20 1 1920 ZONE 2 CABINET 6 12 13 SPARE — 90 1 A 20 1 1600 ZONE 2 CABINET 7 14 15 SPARE — 90 1 I 20 1 730 ZONE 2 CABINET 8 111 17 SPARE — 2O 1 C 20 1 1235 ZONE 2 CABINET 9 19 19 SPARE — 2D 1 A 20 1 1920 FUTURE ZONE 2 CABINET 10 20 21 SPARE — 90 1 I 20 1 1920 FUTURE ZONE 2 CABINET 11 22 23 SPARE — SID 1 C 20 1 1 1920 FUTURE ZONE 2 CABINET 12 24 25 SPARE — 2D 1 A 20 1 1920 FUTURE ZONE 1 CABINET 1 26 27 SPARE — 2D 1 B 9D 1 1920 FUTURE ZONE 1 CABINET 2 28 29 SPARE — 20 1 C 20 1 1920 FUTURE ZONE 1 CABINET 3 30 31 SPARE — 2D 1 A 20 1 — SPARE 32 33 SPARE — 2D 1 I 2D 1 — SPARE 34 35 SPARE — 9D 1 C 20 1 — SPARE 39 37 SPARE — 20 1 A 20 1 — SPARE 38 39 SPARE — 2D 1 B 90 1 — SPARE 40 41 SPARE — 2D 1 C 2D 1 — SPARE 42 43 NETWORK RACK 1 1850 30 2 A 2D 2 950 NETWORK RACK 5 44 45 1850 B 150 46 47 NETWORK RACK 1 935 2D 2 C 2D 1 600 NETWORK RACK 5 44 49 934 A 20 2 1789 NETWORK RACK 6 50 51 NETWORK RACK 2 500 2D 1 I 1719 52 53 NETWORK RAC( 3 500 90 1 C 20 2 1789 NETWORK RACK 6 54 55 SPARE — 90 1 A 1789 56 57 SPARE — 2D 1 I 2D 1 3W FUTURE NETWORK RACK 7 58 59 NETWORK RAC( 4 1518 20 2 C 2D 1 3140 FUTURE NETWORK RAC( 8 90 61 1518 A 20 1 — SPARE 62 63 NETWORK RAC( 4 1518 2D 2 B 2O 1 — SPARE 64 65 1518 C 20 1 — SPARE N 67 SPARE — 2D 1 A 20 1 — SPARE W 69 SPARE — 2D 1 1 20 1 — SPARE 70 71 INETWORK RACK 1 300 20 1 C 20 1 — SPARE 72 73 NETWORK RACK 3 300 20 1 A 20 1 — SPARE 74 75 NETWORK RACK 4 300 20 1 B 90 1 — SPARE 76 77 SPARE — 2D 1 C 20 1 — SPARE 711 79 SPACE — 20 1 A 2D 1 — SPACE 110 IN SPACE — 90 1 B 20 1 — SPACE 82 113 ISPACE — 2D 1 C 20 1 -- SPACE 84 NOTES! PROVIDE SINGLE 94 SECTION PANELBOARD. PROVIDE 2#10, 1#10G, 1#10 IG IN 3/4 "C FOR ALL BRANCH CIRCUITS IN THIS PANELBOARDS. '7TCLA' LOAD 'SUMMARY LTS RCPIS MISC DATA TOTAL (KVA) TOTAL (AMPS) TOTAL CONNECTED LOAD 0.0 60.7 0.0 6.6 60.2 1911 DEMAND FACTOR SEE DEMAND FACTOR TAME TOTAL DEMAND LOAD 0.0 35.3 0.0 1 5.11 1 40.9 1115 CONTINUOUS (DESIGN) FACTOR 1.25 1.00 1.00 1.00 TOTAL DESIGN LOAD O.0 35.3 0.0 &6 1 40.9 1115 EXISTING DISTRIBUTION PANEL: FED FROM: MSN1 LOCATION: FIRST FL CEP MAIN IiIUS: 600A MCB: N/A VOLTAGE: 480/277 AIC: 42,000A CDPA WIRES: 4W + G ENCLOSURE: NEMA 1 eUS TYPE: Copper MOUNTING: Surface PANEL LUGS: Main Lugs Only CRITICAL NEUTRAL BUS: Yes GROUND BUS: Yes ISOLATED GROUND BUS: No 2007. NEUTRAL: No CKT NO. DESCRIPTION TOTAL LOAD VA LOAD (VA) CIRCUIT BREAKER REMARKS LTS RCPTS HSPTL MISC MISC 2 AMPS POLES 1 PANEL '2CPL1' VIA XFMR 10100 7200 2900 50 3 2 PANEL 'R1 CL1' RADIOLOGY 12600 3000 9600 80 3 3 CYSTO CB 21000 21000 80 3 4 SPARE — 60 3 5 PANEL ORCL1 3600 3600 40 3 6 CH4 17100 13500 3600 70 3 7 PBX UPS 2ND FLO \OR 12000 12000 3 8 13EQH2 24000 15000 9000 1 70 3 9 IPANEL '21TCLA' VIA XFMR 1 60654 60654 150 3 NOTE 1 10 IPANEL 'R1CH1' 1 30000 18000 12000 100 3 NOTES: NOTE 1: REMOVE EXISTING CIRCUIT BREAKER. PROVIDE NEW TO MATCH EXISTING TYPE. PROVIDE SQUARE D POWERPACT HJ C.B. 'CDPA' LOAD SUMMARY LTS RCPTS HSPTL MISC MISC 2 TOTAL (KVA) TOTAL (AMPS) TOTAL CONNECTED LOAD 49.5 45.0 0.0 35.9 60.7 191.1 229.1 DEMAND FACTOR SEE DEMAND FACTOR TABLE TOTAL DEMAND LOAD 45.5 27.5 0.0 35.5 60.7 173.6 208.1 CONTINUOUS (DESIGN) FACTOR 1.25 1.00 1.00 1.00 1.00 TOTAL DESIGN LOAD T 61.9 27.5 0.0 35.E 60.7 185.9 223.6 1CHD1 21TCL6 21TCLA CDPA Z� Ln 0_ 00 Zx WO) 1••I w< H wo I Z � it W <0 A � 8.3 v I� i 0 V � 4� rd z V21i 16, 0 tv $ VaM w� AHCA STAGE III 12/13/13 1"m% CCRD CHICKRDe CCRD DATA 12 -13 -13 SCAI A AS SHOWN ) Sheet No. E8.01 los •