|
N
<br />N
<br />N
<br />Ver. 2014
<br />Utility Fault Current amperes
<br />kVA
<br />-
<br />3(0
<br />`m 1'ds corTtcast. net
<br />E
<br />=1
<br />208
<br />1= Vtrans.L k A x1_ fi0f3 »t sorts A r $ ans FLA
<br />1 '.
<br />E x 1.732
<br />hea = trans. FLA x 100 x PF
<br />PF
<br />=
<br />05°I1
<br />transformer Z
<br />Z
<br />-
<br />2.50-1
<br />Ise"= ampere short-circuit current RMS symmetrical,
<br />is
<br />35,063 amperes
<br />Point to Paint Method
<br />Three Phase 208112€t
<br />_.,.
<br />Length(distance)�r
<br />L
<br />O er in Nonmetallic Rc� a
<br />= ?0 to
<br />e 1.732 x L x l (ASC)
<br />f ` factor � �
<br />14L.t
<br />,
<br />NxCxE L-N # conductors r phase
<br />N
<br />=
<br />2.
<br />Phase conductor constant
<br />C
<br />20
<br />ease Conductor resit
<br />Volt Line to Line
<br />E L - L
<br />= 208
<br />.Volt
<br />.... , '.
<br />Neutral conductor Constant
<br />C
<br />=Rp Neutral Conductor F500 kernit
<br />Multiplier Volt Line to Neutral
<br />E L - N
<br />= 120 Volt
<br />f
<br />-
<br />M= 1
<br />+ n
<br />1 f Line to Line
<br />M
<br />- Q
<br />Lute to Neutral
<br />M
<br />Ov"601,
<br />Fault Current at Service Equipment
<br />Isca x M = fain currant at terminals of main disconnect L- L =
<br />amperes
<br />Isca x M = fault current at terminals of main disconnect L- N
<br />amperes
<br />Fault Current from M o P EL
<br />F corps in Metal Ra
<br />(y
<br />Three
<br />Phase Feeder Length (distance)
<br />L
<br />=F 12
<br />`ffactor =
<br />1,732x L x I (ASC)
<br />Inca
<br />Phase 17,57`' Neutral
<br />N x C x E L-N # conductors per phase
<br />N
<br />Phase conductor constant
<br />C
<br />= ' : ' I T ease C€ nductor �� aW .
<br />Volt Line to Line
<br />E L - L
<br />= Volt
<br />f
<br />T
<br />Neutral conductor constant
<br />C
<br />�..�Neutral Conductor 4/0
<br />Volt Lune to Neutral
<br />E L - N
<br />= Volt
<br />Multiplier
<br />f
<br />M = 1 Line to Line
<br />I + f Line to Neutral
<br />M
<br />M
<br />=�
<br />Isca x M =
<br />fault current at terminal of the pastel L- L =
<br />amperes
<br />Isca x M =
<br />fault current at terminal of the panel L- N =
<br />amperes
<br />Ver. 2014
<br />Utility Fault Current _ amperes
<br />kVA
<br />=
<br />300
<br />'rrl lids con ast net
<br />E
<br />208
<br />I = kVA x 1000 = trans. FLA trans. FLA
<br />E x 1.732
<br />Isca = trans. FLA x 100 x PF
<br />PF
<br />= OS°fn
<br />transformer Z _
<br />Z
<br />-
<br />2.5{i°l
<br />LC�a= ampere short-circuit current RAMS symmetrical.
<br />Isc<a
<br />w„ amperes
<br />Point to Point Method
<br />Three Phase 2C 712O �►
<br />Length (distance) FEET
<br />L
<br />= 0
<br />corner In Ntanmeta he c ay
<br />'f 'factor = 1.732 x L x I (ASC)
<br />N x C x E L-N # conductors per phase
<br />N
<br />-
<br />Phase conductor constant
<br />C
<br />-
<br />......:......e.a..._.,,.,,,,,
<br />Phase Conductor 15wkCM0 v
<br />Volt Line to Line
<br />E L - L
<br />208 Volt
<br />f
<br />Neutral conductor constant
<br />C
<br />Neutral Conductor kcm _ ,
<br />Multiplier Volk Line to Neutral
<br />E L - N
<br />= 120 Volt
<br />f
<br />0.095
<br />M= 1
<br />1 + f Line to Line
<br />M
<br />0323
<br />Line to Neutral
<br />M
<br />- 0.501'
<br />CurrentFault - - EquipmIent
<br />Is ., x M = fault current at terminals of main disconnect L- L
<br />amperes
<br />Isca x M = fault current at terminals of main disconnect L- N
<br />a€riperes
<br />Fault Current from P to PANEL A& C
<br />x sapper in Metal -Raceway
<br />Three Phase Length (distance)
<br />L
<br />Three. Phase �
<br />1.732 x L x i (ASC)
<br />`f factor =
<br />I a
<br />=
<br />2 ,,350 Phase 17,57? Neutral
<br />N x C x E L-N # conductors per phase
<br />N
<br />=
<br />1
<br />Phase conductor constant
<br />C
<br />-
<br />I
<br />1 002 Phase Conductor 4 .'
<br />Volt Line to Line
<br />E L - L
<br />=
<br />Volt
<br />f
<br />68€
<br />Neutral conductor constant
<br />C
<br />1 2 Netttral Conductor 410
<br />Volt Line to Neutral
<br />E L - N
<br />= $Volt
<br />Multiplier
<br />f0
<br />M - 1 Line to Line
<br />M
<br />Q 73.
<br />1 + f Line to Neutral
<br />M
<br />0 334
<br />Isca x M =fault current at terminal of the panel L- L
<br />Iwoamperes
<br />Isca x M = fault current at terminal of the panel L- N
<br />amperes
<br />AMPS: 225
<br />MOUNT: RECESSED
<br />c
<br />PANEL:
<br />MAN LUGS ONLY
<br />ENCLf SUR NEMA I
<br />,
<br />14COEL:
<br />NO
<br />AIC: 22,000
<br />SERVICE: 12(/ 208 V. 30, 4W
<br />LOCATION ROOM 140
<br />CKT
<br />BREAKER
<br />CONNECTED LOAD iKilA)
<br />BREAKER
<br />NUM
<br />DESCRIPTOR
<br />CODE
<br />A
<br />P
<br />A
<br />B
<br />C
<br />A
<br />B
<br />C
<br />A P
<br />COME
<br />EESCRVIiN
<br />1
<br />DISPOSAL
<br />MTR
<br />20
<br />1
<br />1.92
<br />2,8a
<br />5Q 2
<br />EQ
<br />COOKTOP
<br />3
<br />SPACE
<br />00
<br />2.I Q
<br />50
<br />Eta
<br />COOKTOP
<br />5
<br />SPACE
<br />000
<br />4.80
<br />50 i 2
<br />ED
<br />WAIL OVEN
<br />7
<br />J1#CC TSAR
<br />_
<br />REG
<br />20
<br />1
<br />0,54
<br />a.)
<br />5ct i
<br />EQ
<br />Y1ALL 6�EI=1 __
<br />'J
<br />Rt11 A 5
<br />REC
<br />20
<br />1
<br />72
<br />0, .
<br />.7`
<br />0 1
<br />ZO i
<br />REG
<br />1
<br />RM 27
<br />T11
<br />IM 129
<br />REC
<br />20
<br />1_,,..
<br />0.72
<br />1,00
<br />20 i 1
<br />REC
<br />RM 140REFWERA OR
<br />13
<br />RM 123
<br />REC
<br />20
<br />1
<br />a,91D
<br />0.90
<br />20` 1
<br />REC
<br />RM 124
<br />15
<br />RAI 124
<br />REC
<br />20
<br />1
<br />0 e4
<br />0.36
<br />20 1
<br />REC
<br />RM 120
<br />1-
<br />RAt 140
<br />REC
<br />20
<br />1
<br />rO 72
<br />1,00
<br />20G i
<br />REC
<br />KITCHEN DSFI+n'ASi-tEFt
<br />19
<br />RM 140TV
<br />REC
<br />20
<br />1
<br />0.38
<br />`,i
<br />1,7?
<br />20 1
<br />REC
<br />RM 142
<br />21
<br />HOOD 140
<br />REC
<br />26
<br />1
<br />Q,00
<br />0 S0
<br />EM
<br />20 1
<br />REC
<br />RM 122
<br />237
<br />RM 120
<br />REG
<br />2p
<br />1
<br />4.72
<br />0.72
<br />2€1 1
<br />REG
<br />RM 114
<br />25
<br />ml 101
<br />-
<br />REC
<br />20
<br />i
<br />C18
<br />1.08
<br />20 1
<br />REC
<br />RM 110a
<br />27
<br />RA4 110
<br />REC
<br />20
<br />1
<br />s
<br />i1..0
<br />,,
<br />0 y6
<br />20 1
<br />REC
<br />JUICE BAR
<br />29
<br />UNG REFRIGERATORJUiCE BAR
<br />REC
<br />20
<br />1
<br />1'00
<br />0.54
<br />20 1
<br />REC
<br />RM 112
<br />31
<br />JUICE E3.AR
<br />REC
<br />20
<br />1
<br />0 54
<br />0.72
<br />20 : 1
<br />REC
<br />R141107
<br />33
<br />RAi 122
<br />RX
<br />20
<br />1
<br />1
<br />141
<br />35
<br />KITCHEN
<br />REC
<br />20
<br />1
<br />0,a4
<br />0,54
<br />70 - 1
<br />R EC
<br />RTd 146
<br />3'
<br />SPACE
<br />MISC
<br />€}.ta
<br />p,0#O
<br />20 ; 1
<br />t+i3 C
<br />'FtwE
<br />39
<br />SPACE
<br />L11C
<br />fl.00
<br />0 y0
<br />20 s 1
<br />MISC
<br />SPARE
<br />41
<br />SPACE
<br />AtiSC
<br />___....
<br />4iiQ
<br />t?.00
<br />20 I 1
<br />MtSC
<br />SPARE
<br />43
<br />RAI 126
<br />REC
<br />20
<br />1
<br />a.72
<br />2.5a
<br />30 t 3
<br />H NC
<br />DS4
<br />45
<br />LIGHTS KIT CI NIU3t1IOFFICEaAh1
<br />LTG 1
<br />20
<br />1
<br />1.<3
<br />2.50
<br />30 ,
<br />HNC
<br />DS4
<br />47
<br />LIGHTING RECRONTIOPPICE
<br />U
<br />20
<br />1
<br />I.02
<br />2.51i
<br />30
<br />HNC
<br />L1$4
<br />49
<br />LIGHTING OUTDOOR
<br />LTG
<br />20
<br />1
<br />0 28
<br />4.71
<br />50 3
<br />H NC;
<br />D55
<br />51
<br />_... __.... _.__
<br />LIGHTS OUTDOOR
<br />_
<br />LTG
<br />20
<br />_
<br />1
<br />0.14
<br />� � �°�
<br />4,71
<br />_
<br />50
<br />_.
<br />HNC
<br />-___--
<br />DS5
<br />53
<br />LIGHTING OUTDOOR
<br />LTG
<br />20
<br />1
<br />g
<br />0.99
<br />„`""
<br />4.71
<br />50
<br />HNC
<br />RS5
<br />55
<br />LHTW tiUr[DDOf3
<br />LTA
<br />20
<br />1
<br />20 1
<br />REC.
<br />PROJECTOR
<br />5.`
<br />L1,Sfi�
<br />HNC
<br />40
<br />3
<br />T��
<br />3.46
<br />U.18
<br />20 I i
<br />REC
<br />SCREEN
<br />59
<br />DS6
<br />H NC
<br />40
<br />.d(
<br />1.92
<br />20 ' 1
<br />Ea
<br />DISK)SAI_
<br />6t
<br />DS3
<br />H Ne
<br />All
<br />3 48
<br />(la
<br />20G 1
<br />EQ
<br />66H AS14,
<br />63
<br />D$18
<br />EQ
<br />15
<br />3
<br />0„1
<br />C, <t?
<br />20 1
<br />LTG
<br />GFFICE
<br />65
<br />0518
<br />EO
<br />15
<br />-
<br />0.31
<br />0,00
<br />20 1
<br />SPARE
<br />67
<br />DS18
<br />EQ
<br />15
<br />i}.31
<br />a.00
<br />20Rm
<br />FARE
<br />69
<br />SPACEAvE
<br />71
<br />SPACE
<br />........._...,
<br />(}.0f#
<br />v,. �
<br />G.OG
<br />_
<br />SPACE
<br />73
<br />SPACE
<br />6.00
<br />0.00
<br />SWE.
<br />7
<br />75
<br />SPACE
<br />O.�;I�
<br />a Iro
<br />SPACE
<br />77
<br />FACE
<br />0130
<br />Y;
<br />0,0€1
<br />SWE
<br />79
<br />SPACE
<br />Q,0()
<br />0 00
<br />3tO 3
<br />I41SC
<br />SPD
<br />81
<br />SPACE
<br />O,iG
<br />M ,"
<br />€i.00
<br />IJ iSC
<br />5T'D
<br />83
<br />SPACE
<br />0.00
<br />0.00
<br />14lSC
<br />SPD
<br />1 w
<br />7.8
<br />10,4
<br />191
<br />13.8
<br />17A
<br />C€iNNECT"D
<br />DEMAND
<br />DLMAND
<br />A1P h1 C
<br />MCI NEC
<br />LOAD (KVA)
<br />FACTOR
<br />LOAD
<br />KVA)
<br />LOAD (KVN
<br />LOAD (AMPS)
<br />LIGHT4,PG (LTG)
<br />6-6
<br />1.25
<br />6,6
<br />8.2
<br />PER NEC 215.3
<br />RECEPTACLES(RM
<br />2111
<br />1€66
<br />154
<br />PER NEC22OA4
<br />AC (NON 0014G )(AC,NC)
<br />0.0
<br />1.0
<br />0.0
<br />OX
<br />PER NEC 220,63
<br />HEAT (NON COI'ICID)(H NO
<br />32.0
<br />1.0
<br />320
<br />32.0
<br />` PER NEC 2204)
<br />MAC (CONCID)(HVAC C)
<br />0.0
<br />1.0
<br />0-0
<br />0.0
<br />EQUIPMENT (FO)
<br />18.S
<br />1.0
<br />18.5
<br />8,5
<br />MOTORS (MTR)
<br />H
<br />1,0
<br />00
<br />OX
<br />LARGEST MOTOR
<br />1.9
<br />1.25
<br />1,9
<br />2A
<br />'PER NEC 430,24
<br />MISCEL�ANEOUS (MrC)
<br />0-0
<br />1,0
<br />0.0
<br />ox
<br />TOTAL
<br />401
<br />74:5
<br />06,6
<br />2123
<br />MAPS
<br />CEILING
<br />IEXISTING
<br />TRANSFORMER
<br />AND PADI F
<br />t I
<br />I I
<br />I
<br />---
<br />„tt:
<br />OII
<br />II I
<br />II I
<br />II I
<br />II I
<br />II I
<br />II I
<br />II I
<br />II I I
<br />III I
<br />I
<br />II I
<br />I
<br />I
<br />II I
<br />111110M
<br />76
<br />79
<br />80
<br />82
<br />AMPS'00
<br />MOUNT' SURFACE
<br />PANEL:
<br />MAIN: LUGS ONLY
<br />ENCLOStRE_ NEMA 1
<br />MODEL: NO
<br />AIC: 22,000
<br />SERVICE. 120t 208 V. 30, 4W
<br />LOCATION' ELECTRIC ROOM
<br />CKT
<br />BREAKER
<br />CONNECTED LOAD (KVA)
<br />BREAKER
<br />CKT
<br />NUM
<br />DESCRIPTION
<br />CODE
<br />A j
<br />RWA
<br />C
<br />A
<br />8 C
<br />A
<br />R
<br />CODE
<br />DESCRIPTION
<br />NUM
<br />1
<br />RM 153
<br />REC
<br />20
<br />1
<br />054
<br />20
<br />1
<br />REC
<br />RM 154
<br />2
<br />a
<br />RM 151
<br />REC
<br />202
<br />1
<br />'��
<br />7
<br />0 2
<br />1
<br />REC
<br />RM i54
<br />4
<br />5
<br />RM 152
<br />REC
<br />20
<br />1a
<br />9D
<br />ii.72
<br />20
<br />1
<br />REC
<br />':RM 1027
<br />Rid 104
<br />REC
<br />20
<br />1
<br />0.72
<br />20
<br />1
<br />REC
<br />':RM 103
<br />8
<br />9
<br />RAAA 902
<br />REC
<br />20
<br />1
<br />0.3C
<br />L 5_
<br />10
<br />1
<br />REC
<br />m
<br />I:RAM1 102 REFI2f1SEitAt(7R
<br />1tl
<br />11
<br />DS2
<br />H t 1C
<br />50
<br />3ugly
<br />4.71
<br />fl.=z1
<br />15
<br />3
<br />EQ
<br />'DS+17
<br />12
<br />13
<br />L't52
<br />H NO
<br />50
<br />4 71
<br />0,31
<br />15
<br />EQ
<br />OS17
<br />14
<br />15
<br />DS2
<br />HNC
<br />50
<br />4 i t
<br />031
<br />15
<br />EQ
<br />DS17
<br />16
<br />17
<br />DS1
<br />H NO
<br />80
<br />3
<br />�
<br />7 21
<br />y,
<br />0.31
<br />15
<br />3
<br />EQ
<br />aS16
<br />18
<br />19
<br />DS1
<br />H NC
<br />60
<br />'.21
<br />0.31
<br />15
<br />Ed
<br />D516
<br />20
<br />21
<br />DS1
<br />HNC
<br />80
<br />7 21
<br />0.31
<br />15
<br />EQ
<br />DS16
<br />22
<br />23
<br />DS9
<br />AC NO
<br />35
<br />3
<br />210
<br />3.37
<br />50
<br />3
<br />AC NC
<br />D88
<br />24
<br />25
<br />DS9
<br />AC NO
<br />35
<br />2.1fl
<br />3 37
<br />%''°'
<br />50
<br />AC NC
<br />DS8
<br />26
<br />27
<br />E1S9
<br />AG NC
<br />35
<br />21 CF
<br />t x.;
<br />�
<br />3.7
<br />ACNG
<br />DS8
<br />28
<br />23
<br />LiS10
<br />ACNC
<br />30
<br />3
<br />80
<br />�
<br />?.
<br />1.44
<br />25
<br />3
<br />AG NC
<br />d511
<br />30
<br />31
<br />Ds10
<br />AC NC
<br />30
<br />:
<br />1 8€1
<br />144
<br />b,%,
<br />25
<br />AG NC
<br />Ds11
<br />32
<br />33
<br />'DS10
<br />AC NC
<br />30
<br />!
<br />18Q
<br />?
<br />1t4
<br />25
<br />AC NC':DS11
<br />34
<br />35
<br />i2
<br />AC NC
<br />35
<br />3
<br />210
<br />� ' '
<br />1.1'
<br />20
<br />1
<br />LTG
<br />(LIGHT GAER0BiCSFNkbbWJFPICE
<br />35
<br />37
<br />DS1 2
<br />ACNC
<br />35
<br />',
<br />2.1G
<br />0,96
<br />20
<br />1
<br />LTG
<br />LIGHTING E1REA[KiOFFICE:tICEsS
<br />38
<br />39
<br />':DS12
<br />ACNC
<br />35
<br />21a
<br />✓ s-'s'
<br />122
<br />20
<br />1
<br />LTG
<br />LIGHTNGOFFICEILOBBY/1-OUINGE
<br />44
<br />41
<br />SPARE
<br />MISC
<br />20
<br />1
<br />>'>
<br />0 Q®
<br />a ,
<br />0.00
<br />SPACE
<br />42
<br />__.
<br />43
<br />DS14�__
<br />-
<br />AC NC
<br />15
<br />--
<br />3
<br />1 fl8
<br />�,;
<br />`'-
<br />18G
<br />3t1
<br />3
<br />#C NC
<br />__..... _ _ w._.
<br />D513
<br />_
<br />_ 44
<br />45
<br />DS14
<br />AC NO
<br />15
<br />C 8
<br />84
<br />30
<br />AC NC
<br />D513
<br />46
<br />47
<br />DS14
<br />AC NO
<br />15
<br />t 08
<br />1 80
<br />30
<br />ACNC
<br />0513
<br />48
<br />49
<br />DS3
<br />HNC
<br />45
<br />3
<br />4 23
<br />z QC
<br />30
<br />2
<br />EQ
<br />DRYER
<br />50
<br />51
<br />...._.._........
<br />DS3
<br />.
<br />_....
<br />HNC
<br />4-�3
<br />2.00
<br />30
<br />_..m...
<br />E0,
<br />_ _ . _ ...
<br />DRYER
<br />52
<br />53
<br />DS3
<br />H NC
<br />4.23
<br />fl.00
<br />SPACE
<br />54
<br />55
<br />RECEPTACLES
<br />REC
<br />20
<br />1
<br />09f1
<br />_ O.bC
<br />SPACE
<br />56
<br />57
<br />,SPACE
<br />0 Csv
<br />0.00
<br />SPACE
<br />58
<br />5'3
<br />SPAC E
<br />O.Ofl
<br />4.00
<br />_ -
<br />SPACE
<br />60
<br />61
<br />SPACE
<br />Q 0C1
<br />' O.aQ
<br />!SPACE
<br />62
<br />63
<br />SPACE
<br />a 0C
<br />SPACE
<br />64
<br />65
<br />SPACE
<br />0:00 -
<br />_0.L10
<br />0.00
<br />SPACE
<br />66
<br />67
<br />SPACE
<br />4 ill
<br />5 1C
<br />SPACE
<br />68
<br />69
<br />SPACE
<br />va
<br />0
<br />SPACE
<br />70
<br />71
<br />SPACE
<br />0.00
<br />-
<br />0 00
<br />SPACE
<br />72
<br />73
<br />SPACE
<br />a.f Q
<br />` ` '
<br />o a©
<br />SPACE
<br />74
<br />75
<br />SPACE
<br />0 00
<br />mm
<br />0.fl7
<br />SPACE
<br />76
<br />77
<br />SPADE
<br />�`
<br />(J 0U
<br />'�':
<br />O.tO€i
<br />SPACE __....
<br />78.-
<br />79
<br />SPACE
<br />0,00
<br />O t}a
<br />30
<br />3
<br />MISC
<br />SPD
<br />80
<br />81
<br />SPACE
<br />€1.00
<br />000
<br />A4ISC
<br />SPD
<br />82
<br />83
<br />SPACE.
<br />0.00
<br />000
<br />MISC
<br />ISPD
<br />84
<br />25.8
<br />24S
<br />24.1
<br />U1,5
<br />117
<br />1 91
<br />CONNECTED
<br />DEMAND
<br />DEMAND
<br />A1INNEC
<br />MNNEC
<br />LOAD (KVA)
<br />FACTOR
<br />LOAD (KVA)
<br />LOAD (KVA) LOAD (AMPS)
<br />LIGHTING (LTG)
<br />3.3
<br />1,26
<br />3.3
<br />4A
<br />' PER NEC 215.3
<br />RECEPTACLES (REC)
<br />8.2
<br />8,2
<br />8.2
<br />PER NEC 220,44
<br />AC (NON COINCII),;AC NC)
<br />41.1
<br />1.0
<br />0.0
<br />0,0
<br />' PER NEC 22a.60
<br />HEAT (NON COINCD)(H NC)
<br />48.5
<br />1.0
<br />48.5
<br />48.5
<br />`PER NEC 220.60
<br />HVAC (COINCIi)(HIIAC C)
<br />0.0
<br />1.0
<br />0.0
<br />0.0
<br />EQUIPMENT (Eli)
<br />5.9
<br />1.0
<br />5.9
<br />5.S
<br />MOTORS(MTR)
<br />00
<br />10
<br />0o
<br />0:0
<br />LARGEST MOTOR
<br />0.0
<br />1,25
<br />Ok
<br />0.0
<br />'PER NEC 430.24
<br />MISCELLANEOUS(MISC)
<br />0.0
<br />1.0
<br />0.0
<br />0.0
<br />1069
<br />65,8
<br />66.7
<br />10.0 AMPS
<br />6" X 6" X 21 WIREWAY
<br />xxxxxx
<br />2 1/2" EMT W/4 4/0 THHN CU & 1 #2 CU G.
<br />#2/0 CU IN 3/4" PVC WHERE EXPOSED
<br />#3 CU IN 3/4" PVC TO TBB TELEPHONE BOARD
<br />#3 CU IN 3/4" PVC TO DATA RACK
<br />#2/0 CU IN 3/4" PVC TO METALLIC COLD WATER PIPE
<br />2"X12"X1/4" CU GROUND BAR INSTALLED ADJACENT TO MSB
<br />WITH ISOLATION MOUNT & COMPRESSION LUGS
<br />#2/0 CU IN BUILDING STEEL IF APPLICABLE
<br />#2/0 CU IN TO CONCRETE ENCASED STEEL
<br />#2/0 CU IN 3/4" PVC WHERE EXPOSED
<br />#2/0 CU CONNECT ALL GROUND RODS
<br />EXOTHERMIC CONNECTION, TYPICAL
<br />5/8"X10' COPPER CLAD GROUND ROD, TYPICAL
<br />ELECTRICAL RISER DIAGRAM - 208Y/120V 3+
<br />PANEL A
<br />2 1 /2' EMT W/4
<br />4/0 THHN CU &
<br />1 #2 CU G.
<br />PHASE 2
<br />KEY NOTES
<br />PANEL C
<br />CEILING
<br />GRADE
<br />AFAPS 225
<br />......_..... ............. ,... , _..............
<br />MOUNT: RECESSED
<br />PAS
<br />MAIN. LUGS ONLY
<br />ENCLOSURE. NEMA 1
<br />MODEL: NQ
<br />AIC: 22,000
<br />SERVICE: 12G!' 208 V. 34> 4A
<br />LOCATION:- ROOM 158
<br />CKT
<br />BREAKER
<br />CONNECTED LOAD (KVA)
<br />AKER
<br />CKT
<br />NUM
<br />DESCRIPTION
<br />;ODE
<br />CODE
<br />DESCRIPTION
<br />NUM
<br />A i P
<br />A Et G A
<br />B
<br />C
<br />P
<br />1
<br />RM 150
<br />REC
<br />20 ! 1
<br />0.54
<br />0.54
<br />F2O
<br />1
<br />REC
<br />RM 150
<br />2
<br />RM t50
<br />REC
<br />20 ! 1
<br />7
<br />1
<br />REC
<br />RIA 150
<br />4
<br />RPr1 159
<br />REC
<br />20 1
<br />; °; 0 54 ; , , ,
<br />1 08
<br />1
<br />REC
<br />RM 157
<br />6
<br />7
<br />RM 156
<br />REC
<br />20 t
<br />C90 ;, 0.54
<br />2G
<br />1
<br />REC
<br />RM 156
<br />8
<br />9
<br />DS15
<br />E£)
<br />9i# 3
<br />1 8.0D n'
<br />iO.72
<br />20
<br />1
<br />REC
<br />RM 156
<br />10
<br />11
<br />._._-,
<br />DS15
<br />EQ
<br />90 [
<br />�{ � 8,00 sa" :
<br />0.0J
<br />20
<br />1
<br />EQ
<br />AUTOMATIC DOOR
<br />12
<br />13
<br />..............
<br />DS15
<br />EQ
<br />._.e._...M....
<br />90
<br />--_,
<br />8 00 0.00
<br />''
<br />r..
<br />„': x
<br />-.._
<br />20
<br />1
<br />EGi
<br />FREADt4 L
<br />14
<br />15
<br />TREADMILL
<br />EQ
<br />20 € 1
<br />J.0C
<br />G.OG
<br />20
<br />1
<br />EQ
<br />TREADMI L
<br />16
<br />17
<br />TREADfALL
<br />EQ
<br />2Q 1
<br />,.:
<br />000
<br />m"
<br />0.00
<br />20
<br />1
<br />EQ
<br />TREADMILL -
<br />18
<br />19
<br />TREADMILL
<br />EQ
<br />2(} € 1
<br />Ot}0
<br />7' 0.Go
<br />20
<br />1
<br />EQ
<br />TREADMILL
<br />20
<br />21
<br />TREADMLL
<br />EQ
<br />2Ci 1
<br />100, � <
<br />0,00
<br />20
<br />1
<br />EO
<br />TREADMILL
<br />22
<br />23
<br />LIGHTING OF�:CUSTORITECHILOCKER
<br />LTG
<br />--
<br />20 € 1
<br />U, 1 86
<br />~).€ 00
<br />0,00
<br />20
<br />1
<br />REC
<br />TREADMILL
<br />24
<br />25
<br />LIGHTING WEiGHTIGYM
<br />y
<br />y, „ ,;' '
<br />20
<br />1
<br />REC
<br />SPADE
<br />28
<br />27
<br />LIGHTINGWEiGHTIGYAI
<br />LTCx
<br />20 I 1
<br />1,87
<br />0.00
<br />20
<br />1
<br />REC
<br />SPACE
<br />28
<br />29
<br />RECIRCULATING PUMP
<br />REC
<br />20 € 1 _
<br />10 0
<br />`"�' s 0 56
<br />I 1
<br />r 003
<br />',
<br />0,00
<br />20
<br />1
<br />REC
<br />SPACE
<br />30
<br />31
<br />SKYLIGHT
<br />L)GH
<br />LTG
<br />F
<br />20 , 1
<br />2 0
<br />1
<br />REC
<br />E
<br />SPACE
<br />32
<br />33
<br />CEILING FANS
<br />EQ
<br />20 1
<br />1.0C g'I
<br />0.00
<br />20
<br />1
<br />REC
<br />_
<br />SPACE
<br />34
<br />35
<br />SPARE
<br />REC
<br />20 I 1
<br />O GO
<br />G:DO
<br />20
<br />1
<br />REC
<br />FACE
<br />36
<br />37
<br />SPARE
<br />REC
<br />20 1
<br />1 0.00
<br />20
<br />1
<br />REC
<br />SPACE
<br />38
<br />39
<br />SPACE
<br />„%t
<br />0.00✓'s
<br />0,00
<br />SPACE
<br />40
<br />41
<br />SPACE
<br />G.GG
<br />0.00
<br />SPACE
<br />42
<br />43
<br />SPACE
<br />0.00
<br />I 0.00
<br />SPACE
<br />44
<br />45
<br />SPACE
<br />Q.Oa
<br />0,00
<br />SPACE
<br />46
<br />47
<br />SPACE
<br />'` 0.flu
<br />O.flOI
<br />ISPACE
<br />48
<br />49
<br />SPACE
<br />0.00
<br />0.00
<br />SPACE
<br />50
<br />�.
<br />51
<br />_
<br />SPACE
<br />..
<br />`.
<br />O.Oa
<br />0.0G
<br />_ _
<br />_..
<br />�„-PACc
<br />52
<br />53
<br />SPACE
<br />w: G.QO
<br />0.00
<br />SPACE
<br />54
<br />55
<br />SPACE
<br />- -�t.Op
<br />-
<br />SPACE
<br />56
<br />5i
<br />.�
<br />SPACE
<br /><< ,o il
<br />0100
<br />0.00
<br />SPACE
<br />58
<br />i,-
<br />SPACE
<br />O G0
<br />0.00
<br />SPACE
<br />60
<br />61
<br />ISPACE
<br />i
<br />000
<br />0,00
<br />SPACE..- -
<br />62
<br />63
<br />ISPACE
<br />D Ou°
<br />0,00
<br />SPACE
<br />64
<br />65
<br />SPACE
<br />f .flC
<br />O.OD
<br />SPACE.
<br />fib
<br />6i
<br />SPACE
<br />-
<br />D 00
<br />0 00
<br />_.
<br />SPACE
<br />68
<br />65
<br />SPACE
<br />I
<br />O.Ov
<br />C.00
<br />SPACE
<br />70
<br />71
<br />SPACE
<br />G €10
<br />0.00
<br />FACE
<br />72
<br />73
<br />SPACE
<br />_.
<br />SPACE
<br />74
<br />75
<br />SPACE
<br />I
<br />0 0C
<br />ti.OU
<br />SPACE
<br />76
<br />77
<br />SPACE
<br />°' 0,00;,
<br />-O.flO
<br />SPACE
<br />78
<br />79
<br />_81
<br />SPACE
<br />6 0C
<br />" 1 ; ` ' 0.00
<br />30
<br />3
<br />MISC
<br />SPD-....__._...__�
<br />80
<br />SPACE
<br />--
<br />.., .. "
<br />0.0
<br />r. "-
<br />0,00
<br />MISC
<br />SPD
<br />82
<br />8a
<br />SPACE
<br />-
<br />I
<br />"
<br />000
<br />0.00
<br />M ISO
<br />SPID
<br />E4
<br />12.0 € 11,6 11.0 1 1.1 _ 1.8 1.1
<br />CONNECTED DEMAND DEMAND MIN NEC MIN NEC
<br />LOAD (KVA) FACTOR LOAD (WA) LOAD (KVA) LOAD (AMPS)
<br />LIGHTING (LTG) 63 1,25 6.3 T9 'PER NEC 215.3
<br />RECEPTACLES (REC) 7.2 17.2 T2 'PER NEC 220.44
<br />AC (NON COINCID)(AC NC) 0.0 1.0 0.0 0.0 PER NEC 220.50
<br />HEAT (NON COINCIO){H NC) 01 I'D 0.0 0.0 PER NEC 220.50
<br />HVAC (COINCO)(HVC C) 0.D 1.0 0.0 010
<br />EQUIPMENT(EQ) 25.0 1.0 25.0 25.0
<br />MOTORS(MTR) 0.D 1.0 0.0 0.0
<br />LARGEST MOTOR 0.D 1,25 0.13 0,0 'PER NEC 430.24
<br />MISCELLANEOUS(MISC) 0.0 1,0 0.0 0,0
<br />TOTAL 38.5 38.5 40.1 111.3 AMPS
<br />AMPS: 800
<br />MOUNT: SURFACE
<br />PANEL: MDPMODEL'
<br />MAIN' LUGS ONLY
<br />ENCLOSURE` NEMA t
<br />NO
<br />AIC' 30,000
<br />SERVICE: 120? 208 V, 30. 41A'
<br />LOCATION: ELECTRIC ROOM
<br />CKT
<br />BREAKER
<br />CONNECTED LOAD(<VA)
<br />BREAKER
<br />CKT
<br />NUM
<br />DESCRIPTION
<br />CODE
<br />A P
<br />A
<br />_$-
<br />C A_ 0
<br />C_
<br />A
<br />P
<br />CODE
<br />DESCRIPTION
<br />NUM
<br />1
<br />JPANEL A
<br />Eli
<br />225
<br />3
<br />29-50
<br />% ?°_'
<br />225
<br />EQ
<br />PANEL B
<br />2
<br />3
<br />PANEL A
<br />ECl'
<br />Ei3
<br />PANEL 8 -
<br />4
<br />5
<br />PANEL A
<br />EQ
<br />25.9C
<br />33. 4
<br />iz{1
<br />PANEL B
<br />6
<br />7
<br />PANEL C
<br />EQ
<br />225
<br />3
<br />SPACE
<br />8
<br />9
<br />PANEL G
<br />EQ
<br />SPACE
<br />1'
<br />PANEL C
<br />EtD
<br />1 ;r
<br />L1,Lfl
<br />SPACE
<br />12
<br />13
<br />SPACE
<br />C
<br />»
<br />0,0f
<br />30
<br />3
<br />MISC
<br />SPD
<br />14
<br />15
<br />SPACE
<br />0 i),I
<br />O.OG
<br />M€SC
<br />SPD
<br />16
<br />r_
<br />17
<br />„
<br />SPACE
<br />0.00
<br />0.00
<br />_...._
<br />.
<br />MSC
<br />_ -
<br />SPD
<br />18
<br />41.6
<br />33A
<br />37A 36.1 1 36.9 i
<br />33.5
<br />CONNECTED
<br />DEMAND
<br />DEMAND
<br />MIN NEC
<br />MIN NEC
<br />LOAD (KVA)
<br />FACTOR LOAD (KVA) LOAD WA) LOAD (AMPS)
<br />LIGHTING (LTG)
<br />0.0
<br />1.25
<br />0.0
<br />0.0
<br />'PER NEC 2153
<br />RECEPTACLES (REC)
<br />0.0
<br />0.0
<br />0,0
<br />PER NEC 220.44
<br />AC (NON COINCID)(AC NC)
<br />0.0
<br />1'0
<br />0.0
<br />0.0
<br />' PER NEC 220.60
<br />HEAT (NON CONCID)(H NCI
<br />0.0
<br />1,0
<br />0.0
<br />0,0
<br />PER NEC 220.60
<br />HVAC (COINCiD)(HVA!-C)
<br />0.0
<br />1,0
<br />0.0
<br />O.0
<br />€QJIPMENT (EQ)
<br />219,5
<br />1'0
<br />219.5
<br />219.5
<br />MOTORS (MTR)
<br />0.0
<br />1.13
<br />0.0
<br />0-0
<br />LARGEST MOTOR
<br />0,0
<br />1,25
<br />0-0
<br />0.0
<br />'PER NEC 430)4
<br />MISCELLANEOUS (MISC)
<br />0.0
<br />1,0
<br />0.0
<br />0.0
<br />TOTAL
<br />215.5
<br />21915
<br />219,5
<br />6013 AMPS
<br />O1 INTERCEPT EXISTING UNDERGROUND SIGN CIRCUITS AND EXTEND TO NEW PANEL VIA TIME
<br />CONTROLS
<br />O INTERCEPT EXISTING OVERHEAD SITE LIGHTING CIRCUITS AND EXTEND TO NEW PANEL VIA TC.
<br />Q
<br />0
<br />I rlw% LEN
<br />ENGTH
<br />GTH
<br />120V BRANCH CIRCUIT
<br />CIRCUIT
<br />LCIAD NTE
<br />kVA
<br />#12 THHN Cu
<br />Max. Length % VD VD
<br />#10
<br />Max, Length
<br />THHN Cu
<br />% VD
<br />VD
<br />0,18
<br />405
<br />20%
<br />24
<br />0.36
<br />202
<br />2.0%
<br />2.4
<br />0.54
<br />135
<br />2.0%
<br />2.4
<br />0,72
<br />101
<br />Z.O%
<br />2.4
<br />_ i61
<br />2_0%
<br />2.4
<br />0.90
<br />81
<br />2.0% 1
<br />2.4
<br />129
<br />2.0%
<br />2.4
<br />1,08
<br />67
<br />2.0%
<br />2,4
<br />107 _
<br />2A°Jo
<br />2.4
<br />1.26
<br />58
<br />2.0%
<br />2.4
<br />92
<br />2.0%
<br />2.4
<br />1.44
<br />51
<br />2.0%
<br />2.4
<br />80
<br />2.0%
<br />2.4
<br />PANEL
<br />VOLTAGE DROP
<br />9.73 x tC x I x L
<br />VD = CM
<br />TRA d5Ft3RER
<br />MDP
<br />MDP MDP
<br />PANEL A PANEL B
<br />AZP
<br />PANEL C
<br />_K= _ 12.91 For Copper
<br />1 W
<br />12.9
<br />800
<br />12.9 _ ..IZ9 ,_..
<br />225 225 ...
<br />12.9
<br />.225
<br />L = Lenqth
<br />70
<br />120 120
<br />10
<br />CM Circular Mills
<br />1,000,000
<br />211,600 211600
<br />211.600
<br />V = 1 VoUW, Three Phase
<br />208
<br />ma 208
<br />208
<br />VD = ` Volta Drc
<br />1.2
<br />2,8 2.8
<br />0.2
<br />% VD % of 208
<br />0.60%
<br />1.37% 1.371%
<br />0A l %
<br />NCWARD
<br />c i47 ��pc of.
<br />1
<br />40193
<br />KPI I�` � � C.
<br />PROFESSIONAL ENNIEERS
<br />SM QUEEN PALM DRIVE
<br />TAMPA. FUNUDA 33619
<br />PHONE (813) 241-64M
<br />��FAX 613 241_®via
<br />Project No. 151010
<br />NOT FOR CONSTRUCTION
<br />E5,0
<br />02015 BH/PK Architects, Inc.
<br />Z:\BH-PK Architects\151010 - FH (Zephyrhills) - Wellness Center\Design\151010_E5.0.dwg Mo doy, February 14, 2011 3:34:45 PM Shawn Jeffrey
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