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<br />Na me: A Volta�ge: 12CV208V-304W Buss: 200A Typie: SQUARE D Name- B Voltage: 1201208V-304W Buss: 200A Type: SQUARE D Name: G Voltage- 120/208V-10-3W Buss- 100A Type: SQUAREE ID
<br />Spaces: 42 Location: MCB: M1.0. KWD- 3&6 Spaces: 30 Location- MCIB- M-L-0- KWD: 47A Spaces: 24 Locatioru MCB�- M,L'0' KWD- 10.7 z
<br />CKT DESCRIPTION LTG REG FSEQ WAG MSC CJB PH CtB MISCIHVAC FSEQ REC LTG DESCRPTION CKT CKT DESCRPTION LTGNVH REG FSM HVAC MSC C/B PH CIB MISC DESCIRIPTION CKT DESCraPTION LTG FSEQ HVA MSC 06 PH C16 MSC HVX. FSEQ DESCRIPTION
<br />.-T., X
<br />. ... ... ........ . ...
<br />I '11,01M il, A
<br />A 1`4111
<br />`:� ,. 2
<br />R'
<br />. . ..... .
<br />.. . .... .
<br />7 20120 0.50 CREANICE OOF'33Z/JJ
<br />-3
<br />B
<br />3
<br />C 2011 0.98 BNB1 RB'25 .1' 6
<br />CA LYXIW 6 5
<br />2.8& 201
<br />7 Gom,.ET.rE'33NN33NN A KE BLENQER'$0SB' 8 A 8 -7 B
<br />..... . . . . 8
<br />. . . . . . . . . . . . . ...........
<br />9 CAPPUaNO'33PP 1AID 20/1 B 12011 0,60 SHAKE FREEZER,42sr 10 9 CASHIER REC 0.36 2011 B
<br />10 A
<br />11 CAPPL)CIND'38PP 1-80 20/1 C 2011 1,08 STEPUPWARM'33LU 12 11 CASHIM. REC 0.36 20/1 C 12
<br />I - �w 11 B
<br />420S 14
<br />46"
<br />2 i3f A
<br />13 3 SPOT BREW'33EE 1.78 2011 A 2G/1 0.49 DISP. CASE 141 j 14 7. A
<br />13
<br />%
<br />16
<br />16 15 E rv'� -
<br />fm
<br />1. B 15 _B
<br />%
<br />17 3 SPOT BREW'33EE 1.78
<br />18 17 CASHIER REO 1.08 2CV20 C 17
<br />I/ , '1111/ 1 is A MUM 18 No 65109
<br />19 SPARE 2011 B 20'
<br />19 1�wws 0.40 20/ A 20 ME
<br />CASHIER REG 0-36 201
<br />I 1111' ON MINE 19 A 20 20fl SPARE
<br />21 B(HAUSTFAN'EH3' 078 �2011 B 0,68 BEV 110E MA KE'258tl 10' 22 21 CASHIER REC 0.36 2011 8 2012 1.42 CASH REG CASH REC 22. SPA
<br />21 SPACE A 22
<br />23 CASH REOCASH REG 1�42 2012U C 2012 0,20 ATTIC PLUG/SFA RE 24 23 SPACE B, SPACE 24
<br />23 20,11 0_45 SGL DOOR FRD3'43DIiiA' 24
<br />IWO' STATE OF
<br />..........
<br />TOTALS (KW)
<br />mm A 2).11 1,21 SGL:DOOR.FRZ'44A.M 26
<br />2 76 26 1 ITOTALS (KVV) O�00 0,00 0,00 0.00 1 4,30 PH 1 1 6.401 0,001 0,,00 10.00
<br />zo 1,44 IT-L-mv rxrRESH'12C
<br />zu/ I
<br />..... ......... 1 1,58 DBL DOOR FFV-'448,M 28 ...................................................... 0 R %'C
<br />(3 2 27 WALK IN COOLER CONE 2,75 5W� 13 12011 1.46, CONVENIENCE'1213.1' 28
<br />29 CELING 5EC, 0.72 2011 C 20120 0.56 COiEPRINT 30 . ..........................
<br />2 29 2_75 C 120/1, 0.901 RECIRCULATION PLINIP 30 LOAD SUMMARY PANEL DATA TOTAL LTG REG FSEQHVAC MSC
<br />31 ATWSFEMAAY'94]8W 0.85 20120 A 20120 2.50 DELI CASEI CLREVP,',34V' 32 77 -_ a W.
<br />" PH 1 0,90 �31 20 KWC DF
<br />'74 0�00 TOTALS (KW)j KWD I X 425-1. AMPS Phase A- 60.8 0,0 O�O 0,0 0,0 7.3
<br />33 ICE IVIERa-i'88EY88E 2,40 20/20, B 20120 1.25 HID EQ.PAqW 24ZI14311 01' 34 LTG 0.0 1�3 0.0 AMPS Phase B- 15.8 0-0 0�0 0,0 0.0 1.9 STIPULATION FOP, I/U5E
<br />2 35 PASTRY IFRZ REC'58W 0,92 201201 C 2011 1,30 DBIL DOOR FRZ44D.M 36 LOAD SUMMARY PANEL DATA TOTAL TG1w REG FSEQ HVAC MISC REC 0,0 NEC 0 TI-115 DRAWING WA5 c5PF(-,Ir1CA1_I Y
<br />37 MICROWAVETIF/i 3-50 20120 A 2011 0.49 SGL DOOR FRDG42A' 38 KWC DF KWD X 1250A AMPS Phase A- 199.0 2.7 0�4 4.2 16.3 0.4 FSEQ 0.0 0-7 O.G PKEPARED FOR U5L IN REGARDS TO THE
<br />PERMITTING AND CON5TKLJCTION Of TH15
<br />f;F-C. 0,72 2011
<br />39 BACK COIJNTER B 40 PROJECT AND 15 NOT 5UITABLE FOR. U5E
<br />I olll,,ol LTGNVH 4�9 1-3 6A AMPS Phase B.: 1633 0.0 0-7 5-8 12.9 0.4 1HVAC 0.0 1,0, 0.0 FOR. ANY OTHER PROJECT. _15E Of TH15
<br />41 CASH COWAANG.'60QIR 10.401 1 2011 C 42
<br />. . . . . . . . ... '0.7 DRAWING FOR, REFERENCE OR EXAMPLE
<br />REC 41 NEC 4-14 AMPS Phase C: 151,8 2,3 3.1 2�8 9-3 O�9 m is, C 1.01 10.1 1 ON ANOTHER PROJECT FECUIPE5 THE
<br />TOTALS (KW) 2.40 1A2121,3910.0012,00 PH 3,00 0,00 17,44 0,80 0.80 TOTALS(KW)
<br />FSEQ 12�6 0.7 8.8 JOTAL 10,7 10.7 13.4 5EKVICL5 Of FKOPEPLY LICEN5ED
<br />APCHITECT5 AND LNGINEEP5,
<br />HVAC; 38.4 03 2&9 AMPS 51.4 51A 64�3 KEFKODUCTION 01' TH15 DRAWING FOP,
<br />LOAD SUMMARY PANEL DATA TOTAL LTG REC FSEQ WAC MSC
<br />PEU5E ON ANOTHER FROJECT 15 NOT
<br />MISC 1,7 0.71 1,19 AUTHOKIZLE) AND MAYBE CONTRARY TO
<br />KWO DF KWD AMPS Phase A: 148.3 O�8 0A 15.4 O�O 1,2 TOTAL 61J 47.1 58,9 THE LAW,
<br />1,6 0,0 14,2 0,0 2,3
<br />LTG 3-2 1,3 4,0 AMPS Phase B: 150.5 AMPS 171-2 163.5
<br />130.8
<br />RIEC 1-5 NBC 1_02 AMPS Phase C_' 109�1 0,8 t5 9.3 0,0 1,5
<br />FSEQ 38,8 01 27,2
<br />jHVAC 0,0 1'0 040
<br />M18C 5 0,7
<br />3.5
<br />TOTAL 49-0
<br />3&6
<br />.0 v
<br />wx
<br />ONE/
<br />JAMPS 135.9 101-6
<br />xmm'
<br />Name: MDP Voltage. 120/208V-30-4W 3uss: W0A Type: SQUARED
<br />Spaces.- 42 Location, vICB� 60013 KWD: 141-9
<br />_91Z _,,0gqkPjj,0� _T� _R
<br />_E� CRIPTION CKT
<br />I ODOLER CONDENSER D02 COW. 2 �0
<br />3 2 3 CL)-1 C
<br />APS
<br />5 6
<br />Name- L Voltage- 1201208V-30-4W Buss: 200A Type: SQUARE D
<br />9
<br />spaces: 30 Location: MCB: M.L.O. KWD: 16,3
<br />001
<br />CKT DESCRPTION LTG REC FSEQIFIVAC MBC 0B I PH GIB MSG WAG FSEQ REC LTG DIESCIRIPTION CKT ..........
<br />13 14
<br />2
<br />A 20/1 SPARE
<br />16
<br />3 SPARE 2011 B 4
<br />MOM
<br />C
<br />6
<br />A ��EWACHINE
<br />2,012 20
<br />5
<br />19
<br />............... ............
<br />CONDENSER110WR
<br />7 00
<br />8
<br />22
<br />10 __ .......... ..............
<br />9
<br />NINE, B
<br />C 2012 ICEMACHINE 24
<br />t, ft
<br />C
<br />1i . ................ . ... ... .
<br />12
<br />25 FROZEN BEVERAGE 249 A 1.66 CONDENSER 112' 26
<br />13 B(TEROR REC�. A 14 3U2 -
<br />27 DISPENSER80H 2.49 B SPACE 28
<br />15 SPACE B .................... __1
<br />17 SPACE C I&I SPARE ", . ...... 18 29 FROZEN BEVERAGE 2.49 3Qf2 C SPACE 30
<br />19 SPACE A SPACE 20 31 DISPEIS,,ISER'80H 2,49 A SPACE 32
<br />21 SPACE SPACE 33 SPACE B SPACE 34 q
<br />B 22 0, 7
<br />23 SPACE C SPACE 24 35 SPACE C: SPACE 36
<br />in m m
<br />25 SPACE A SPACE 26 37 SPACE A SPACE 38 -.6
<br />B C)
<br />39 SPACE SPACE 40 1-
<br />27 SPACE B ISPACE 28 1 1 1
<br />41 SPACE SPACE 42
<br />29 SPACE C ISPAGE 30 C
<br />m in
<br />�TOTALS (KW) 6-00 1-80 G-00 0-00 H no �00 fin TOTALS (KW) ITOTALS(KW) &20 10.40 123.131 O�00 15920 _PH 2.78.38.40 1&55 5�941 16.50 1 TOTALS(KW)
<br />LOADSUMMARY PANEL DATA TOTAL LTG REC' FSEQWAC MISO LOAD SUMMARY PANEL DATA TOTAL TG1W REG FSEQFfVAC MSC
<br />KWC DF KWD AMPS Phase A: 558.2 7.5 2-5 1&8 16.3 23.9
<br />KWC DF KWD X 125% AMPS Phase A- 48-3 4.0 1,8 0.0 0.0 07 In
<br />0
<br />LTG 11.6 1.3 14-5 AMPS Phase B: 30-0 8�6 0,0 0.0 0.0 0.0 LTG[WH 19�7 1.3 24.6 AMPS Phase B_' 437.1 52 07 14.1 12.9 19,6
<br />Lu ui Lu
<br />0
<br />REC 1,8 NEC 1.8 AMPS Phase C: 33,3 4,13 O�O 0.0 0.0 0.0 REC 6.3 NEC &34 AMPS Phase C: 460.9 71 31 1T5, 9.3 18,61 -
<br />FSEQ 0-0 0.7 0,0 IFSEQ 41,7 0.7 29,2
<br />C, UL/ 0 0 0
<br />HVAC 0 EVAC 38A I.Q, 38A
<br />0 1-01 0�0 >
<br />0-7 0.7
<br />0 misc 61 �98 41 86
<br />MISC 0 ()z ]z Qz
<br />ez 0z C)z
<br />JOTAL 13A 16.3 20.4 TOTAL 168A 141,9 tu
<br />(D FANFL 5CHEDULE KEYNOTE5: MINIMUM WIRE & CONDUIT
<br />AMPS 466-6 393,9 m2
<br />�AMPS 37,2 45,2 56.6 SIZES FOR CIRCUIT
<br />10 10 1 0 1 1 �n
<br />BREAKERS AND FUSES
<br />I . EX15TING LOAD ON TH15 CB TO BE REMOVED DURING DEMOLITION. REMOVE 0
<br />EXISTING CE3 AND FROVIDE NEW CB(5) AS INDICATED. AMPS FEEDER SIZE GROUND CONDUIT r
<br />2. EXISTING LOAD ON THIS CB TO BE REMOVED DURING DEMOLITION. UTILIZE FOR 15 #12 #12 3/4" (S)
<br />NEW LOAD A5/IF INDICATED. Lu
<br />20 #12
<br />3. FROVIDE HACR CIRCUIT BREAKER. #12 3/4" :D
<br />>
<br />25 #10 #10 3/4" 1
<br />CD __j
<br />30 #10 #10 3/4" _j LL_
<br />_j
<br />35
<br />#8 #10 _j
<br />_j <
<br />40 #8 #10 Q)
<br />R/
<br />45 #8 #10
<br />50 #8 #10 ill LLj
<br />U-i 1
<br />60 #6 #10 1-1/4" IN LLJ
<br />1
<br />70 #4 #8 1-1/2" 5TORE OR
<br />BLDG NO. (S(55(5
<br />80 #4 #8 1-1/2" VEP51ON OR
<br />90 #3 #8 1-1/2" PROJECT ID 751 193-0 1
<br />5CALE 0 4'
<br />100 #3 #8 1-1/2"
<br />1/4" = 1'-0"
<br />PROVIDE THE FOLLOWING QUANTITIES: Df5IGN TIAV DATE
<br />1 POLE CIRCUIT - 1 HOT, 1 NEUTRAL, 1 GROUND
<br />2 POLE CIRCUIT - 2 HOT, 1 GROUND DGNK.
<br />3 POLE CIRCUIT - 3 HOT, 1 GROUND
<br />r'V
<br />3
<br />low
<br />WIM/MW
<br />a
<br />C. .....
<br />A
<br />2011
<br />1 POLE IG CIRCUIT - 1 HOT, 1 NEUTRAL, 1 F.MGP. WH5 OG.24.2015
<br />GROUND, 1 ISOLATED GROUND. RVWK. WH-9
<br />DRWG. NO.
<br />41
<br />Q
<br />U)
<br />LLJ
<br />CO
<br />Ln
<br />U-i
<br />LL
<br />LU N
<br />Ln
<br />E
<br />Lu
<br />0
<br />N
<br />19)
<br />(S) >
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