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HomeMy WebLinkAboutPRECISION TECHNOLOGY - FDP20029 - - PLANSM SPDP S T4T-1A G H1B 600A 3P4WG800 T GFP3/0GEC3/0GEC4GEC6GEC3/0GEC100A 3P 125A 3P H1A 250A 3P4WG250 L1A P S T9T-1B G 750A 3P L1B H1C 800A 3P4WG800 P S T6T-1C G 225A 3P L1C H1D 600A 3P4WG600P S T4T-1D G L1D H1E 400A 3P4WG400P S T4T-1E G L1E 4WG150100A 3P 4WG100100A 3P H1G 200A 3P4WG200P S T4T-1G G L1G L1B2 4WG2003WG300300A 3P 400A 3P 400A 3P 225A 3P 225A 3P3WG225225A 3P 3WG125125A 3P3WG200200A 3P L1F2 4WG200H1F 1200A 3P4WG1200 P S T9T-1F G 750A 3P L1F INCOMING SECTION MDS 4000A, 480V, 3PH, 4W 65,000 AIC 11[(4#500KCMIL)4"C] AND (2) 4"C SPARE (14 CONDUITS TOTAL) N BUS G BUS METAL UG WATER PIPE METAL UG STRUCTURE CONCRETE ENCASED (UFER) GROUND ROD IT ROOM (4#1 + 1#1G)2"C (1#1/0G)1-1/4"C XCEL PRIMARY FEEDER 4000A 3P IT ROOM XCEL PAD MOUNTED FEEDER XCEL SECONDARY METER CABINET M SPD SPD SPD SPD SPD SPD SPD SPD SPD SPD J TOOL SHOP J MAINTENANCE / TESTING SPD SPD SPD SPD 400/3 RTU-6 SPARESPARE SPARESPARE 400/3 RTU-2 200/3 RTU-3 200/3 RTU-1 PAD BY ELECTRICAL CONTRACTOR © Copyright BCER Engineering ALL DRAWINGS, SPECIFICATIONS, AND OTHER WORK PRODUCT PREPARED BY BCER ENGINEERING FOR THIS PROJECT ARE INSTRUMENTS OF SERVICE AND SHALL REMAIN THE PROPERTY OF BCER ENGINEERING. BCER ENGINEERING SHALL RETAIN ALL COMMON LAW, STATUTORY AND OTHER RESERVED RIGHTS, INCLUDING THE COPYRIGHT THERETO. PROJECT NO: ISSUE AND REVISION SCHEDULE: SEAL: FOR INFORMATION ONLY NOT FOR CONSTRUCTION DRAWN BY: CHECKED BY: SHEET: DRAWING TITLE: PROJECT: 405 Mason Court, Suite 115 A Fort Collins, CO 80524 Phone: (970) 482-8125 DATE:REVISION:FILE:DRAWN BY:BIM 360://19-447 PRCS Precision Technology II/100920002-PrecisionTechnologyII-Elec-R20.rvt12/7/2020 6:08:43 PM2, 100% CD DRAFT, 12/07/20203486 PRECISION DRIVE FORT COLLINS, CO 80528 19-447 DRM JTV E-501 ELECTRICAL ONE-LINE DIAGRAM PRECISION TECHNOLOGY DRMBCER PROJECT 100920002 D. CONDUIT SIZES BASED ON EMT OR PVC TYPE AS SHOWN AND THW/THHW/THW-2/TW WIRE INSULATION. C. ALL CONDUCTORS ARE COPPER WITH 60°C TERMINATIONS UP TO #1 AWG AND 75°C TERMINATIONS FOR LARGER... B. WIRE SIZES CORRELATING TO OVERCURRENT DEVICE SETTING ARE NOT SIZED FOR VOLTAGE DROP. CONTRACTOR IS RESPONSIBLE FOR INCREASING WIRE AND CONDUIT SIZE TO MAINTAIN NO MORE THAN 3% VOLTAGE DROP FOR FEEDERS BASED ON MAX ALLOWABLE LOAD. A. EQUIPMENT GROUNDING CONDUCTOR SIZED PER TABLE 250.122 OF 2017 NEC. NOTES: - MECH REFER TO MECHANICAL EQUIPMENT SCHEDULE GEC #** - SE (4#*)**"C-PVC GEC #** 3000 3WG3000 8[(3#500KCMIL + 1#400KCMILG)3"C] 4WG3000 8[(4#500KCMIL + 1#400KCMILG)3-1/2"C] 2500 3WG2500 7[(3#500KCMIL + 1#350KCMILG)3"C] 4WG2500 7[(4#500KCMIL + 1#350KCMILG)3-1/2"C] 2000 3WG2000 6[(3#500KCMIL + 1#250KCMILG)3"C] 4WG2000 6[(4#500KCMIL + 1#250KCMILG)3-1/2"C] 1600 3WG1600 5[(3#500KCMIL + 1#4/0G)3"C] 4WG1600 5[(4#500KCMIL + 1#4/0G)3-1/2"C] 1200 3WG1200 4[(3#350KCMIL + 1#3/0G)2-1/2"C] 4WG1200 4[(4#350KCMIL + 1#3/0G)3"C] 1000 3WG1000 4[(3#250KCMIL + 1#2/0G)2-1/2"C] 4WG1000 4[(4#250KCMIL + 1#2/0G)3"C] 800 3WG800 2[(3#500KCMIL + 1#1/0G)3"C] 4WG800 2[(4#500KCMIL + 1#1/0G)3-1/2"C] 600 3WG600 2[(3#350KCMIL + 1#1G)2-1/2"C] 4WG600 2[(4#350KCMIL + 1#1G)3"C] 500 3WG500 2[(3#250KCMIL + 1#2G)2-1/2"C] 4WG500 2[(4#250KCMIL + 1#2G)2-1/2"C] 400 3WG400 (3#500KCMIL + 1#3G)3"C 4WG400 (4#500KCMIL + 1#3G)3-1/2"C 350 3WG350 (3#500KCMIL + 1#3G)3"C 4WG350 (4#500KCMIL + 1#3G)3-1/2"C 300 3WG300 (3#350KCMIL + 1#4G)2-1/2"C 4WG300 (4#350KCMIL + 1#4G)3-1/2"C 250 3WG250 (3#250KCMIL + 1#4G)2-1/2"C 4WG250 (4#250KCMIL + 1#4G)2-1/2"C 225 3WG225 (3#4/0 + 1#4G)2"C 4WG225 (4#4/0 + 1#4G)2-1/2"C 200 3WG200 (3#3/0 + 1#6G)2"C 4WG200 (4#3/0 + 1#6G)2"C 175 3WG175 (3#2/0 + 1#6G)2"C 4WG175 (4#2/0 + 1#6G)2"C 150 3WG150 (3#1/0 + 1#6G)1-1/2"C 4WG150 (4#1/0 + 1#6G)2"C 125 3WG125 (3#1 + 1#6G)1-1/2"C 4WG125 (4#1 + 1#6G)2"C 100 3WG100 (3#1 + 1#8G)1-1/4"C 4WG100 (4#1 + 1#8G)1-1/2"C 70 3WG70 (3#4 + 1#8G)1"C 4WG70 (4#4 + 1#8G)1-1/4"C 60 3WG60 (3#4 + 1#10G)1"C 4WG60 (4#4 + 1#10G)1-1/4"C 50 3WG50 (3#6 + 1#10G)3/4"C 4WG50 (4#6 + 1#10G)1"C 40 3WG40 (3#8 + 1#10G)3/4"C 4WG40 (4#8 + 1#10G)3/4"C 30 3WG30 (3#10 + 1#10G)3/4"C 4WG30 (4#10 + 1#10G)3/4"C 20 3WG20 (3#12 + 1#12G)1/2"C 4WG20 (4#12 + 1#12G)3/4"C FEEDER IDENTIFIER COPPER CONDUCTORS IN EMT FEEDER IDENTIFIER COPPER CONDUCTORS IN EMT OC DEVICE SETTING THREE WIRE + GROUND FOUR WIRE + GROUND FEEDER TABLE NOT TO SCALE 1 ELECTRICAL ONE LINE DIAGRAM 100% CD DRAFT 12/07/2020 X29 RTU-3 145 480 1 C S 600 S 7292 1 28,467 2.0426 0.3287 9,356 X29 X28 RTU-2 130 480 4X C S 600 S 15082 1 28,467 0.8854 0.5304 15,098 X28 X27 RTU-1 310 480 3X C S 600 S 12844 1 28,467 2.4792 0.2874 8,182 X27 X26 RTU-6 265 480 350 C S 600 S 19704 1 28,467 1.3815 0.4199 11,953 X26 X25 PNL 'L1G' 3 208 4X C S 600 S 15082 1 4,359 0.0072 0.9928 4,328 X25 X24 XFMR L1G 480 208 75 T - 600 - 3.5 - 7,073 2.7441 0.2671 4,359 X24 X23 PNL 'H1G' 410 480 3X C N 600 S 13923 1 28,467 3.0249 0.2485 7,073 X23 X22 MAINTENANCE/TESTING 110 480 1 C N 600 S 7493 1 28,467 1.5080 0.3987 11,350 X22 X21 TOOL SHOP 40 480 1X C N 600 S 9317 1 28,467 0.4410 0.6940 19,755 X21 X20 PNL 'L1F' 10 208 500 C S 600 S 22185 5 15,107 0.0113 0.9888 14,937 X20 X19 XFMR L1F 480 208 500 T - 600 - 6.8 - 25,194 2.8487 0.2598 15,107 X19 X18 PNL 'H1F' 115 480 350 C N 600 S 22737 4 28,467 0.1299 0.8850 25,194 X18 X17 PNL 'L1E' 3 208 4X C S 600 S 15082 1 4,920 0.0081 0.9919 4,880 X17 X16 XFMR L1E 480 208 75 T - 600 - 3.5 - 12,335 4.7858 0.1728 4,920 X16 X15 PNL 'H1E' 340 480 500 C N 600 S 26706 1 28,467 1.3077 0.4333 12,335 X15 X14 PNL 'L1D' 3 208 1 C S 600 S 7292 1 2,210 0.0076 0.9925 2,193 X14 X13 XFMR L1D 480 208 30 T - 600 - 3.6 - 21,443 21.3930 0.0447 2,210 X13 X12 PNL 'H1D' 145 480 350 C N 600 S 22737 2 28,467 0.3275 0.7533 21,443 X12 X11 PNL 'L1C' 3 208 250 C S 600 S 16483 2 7,102 0.0054 0.9946 7,064 X11 X10 XFMR L1C 480 208 150 T - 600 - 5 - 20,909 5.7946 0.1472 7,102 X10 X9 PNL 'H1C' 320 480 350 C N 600 S 22737 4 28,467 0.3614 0.7345 20,909 X9 X8 PNL 'L1B' 3 208 500 C S 600 S 22185 5 14,669 0.0033 0.9967 14,621 X8 X7 XFMR L1B 480 208 500 T - 600 - 6.8 - 22,599 2.5553 0.2813 14,669 X7 X6 PNL 'H1B' 135 480 500 C N 600 S 26706 2 28,467 0.2596 0.7939 22,599 X6 X5 PNL 'L1A' 3 208 4X C S 600 S 15082 1 5,434 0.0090 0.9911 5,386 X5 X4 XFMR L1A 480 208 75 T - 600 - 3.5 - 27,262 10.5770 0.0864 5,434 X4 X3 PNL 'H1A' 8 480 250 C N 600 S 18594 1 28,467 0.0442 0.9577 27,262 X3 X2 MDS 95 480 500 C N 600 S 26706 1 44,858 0.5758 0.6346 28,467 X2 X1 SECONDARY METER... 15 480 500 C N 600 S 26706 12 45,200 0.0076 0.9924 44,858 X1 X0 2000kVa XCEL PAD XFMR 45,200 X0 VOLTAGE VOLTAGE KVA... (C OR A) T=XFRMR (V) RUNS UPSTREAM PRIMARY SECONDARY XFRMR TRANSFORMER (S OR N) CLASS (S OR T) VALUE PARALLEL AVAILABLE DESCRIPTION LENGTH/ VOLTAGE/ WIRE SIZE/ WIRE MATERIAL/ CONDUIT VOLTAGE WIRES C OR Z # OF Isc f M I(sc Fault) PROJECT NAME:PRECISION TECHNOLOGY PROJECT NO: 1009200... BY: DOC SHORT CIRCUIT SCHEDULE E. NOT ALL FEEDER SIZES ARE UTILIZED AS PART OF THIS PROJECT F. NOT ALL TRANSFORMER SIZES ARE USED WITH THIS PROJECT. E. CONDUIT SIZES BASED ON EMT TYPE AND THW/THHW/THW-2/TW WIRE INSULATION. D. CONDUCTORS ARE COPPER WITH 60° C TERMINATIONS UP TO #1 AWG AND 75° C TERMINATIONS FOR LARGER CONDUCTORS PER N.E.C. 110.14. C. SUPPLY SIDE BONDING JUMPER SIZED PER TABLE 250.102(C)(1) OF 2020 N.E.C. B. EQUIPMENT BONDING JUMPER SIZED PER TABLE 250.102(C)(1) OF 2020 N.E.C. A. GROUNDING ELECTRODE CONDUCTOR SIZED PER TABLE 250.66 OF 2020 N.E.C. NOTES: T9 500 600 750 2[(3#500KCMIL & 1#1/0G)3"C] 1388 1600 5[(4#400KCMIL & 1#250KCMIL-G)4"C] #3/0 T8 300 360 450 2[(3#4/0 & 1#2G)2"C] 833 1000 4[(4#250KCMIL & 1#2/0G)2-1/2"C] #2/0 T7 225 270 350 (3#500KCMIL & 1#3G)3"C 625 700 2[(4#500KCMIL & 1#2/0G)3-1/2"C] #2/0 T6 150 180 225 (3#4/0 & 1#4G)2"C 416 500 2[(4#250KCMIL & 1#1/0G)3-1/2"C] #1/0 T5 112.5 135 175 (3#2/0 & 1#6G)2"C 312 350 (4#500KCMIL & 1#1/0G)3-1/2"C #1/0 T4 75 90 125 (3#1 & 1#6G)1-1/2"C 208 225 (4#4/0 & 1#2G)2-1/2"C #2 T3 45 54 70 (3#4 & 1#8G)1"C 125 150 (4#1/0 & 1#6G)2"C #6 T2 30 36 45 (3#6 & 1#10G)1"C 84 100 (4#1 & 1#6G)2"C #6 T1 15 18 25 (3#10 & 1#10G)3/4"C 42 50 (4#6 & 1#8G)1"C #8 FLA OCP (A) FEEDER (PRI) SEE NOTES: B, D, E FLA OCP (A) FEEDER (SEC) SEE NOTES: B, C, D, E KEY KVA 480 VOLT, 3 PHASE DELTA - PRIMARY 208Y/120 VOLT, 3 PHASE, 4W - SECONDARY GROUND ELECTRODE CONDUCTOR (GEC) SEE NOTE: A DRY TYPE TRANSFORMER SCHEDULE