|
02
<br />co
<br />W
<br />MOUNT* SURFACE
<br />1201208
<br />I
<br />3-PHASE, 4W
<br />I
<br />PANEL A
<br />CAPACITY: 400A
<br />INT CAP: 22KA
<br />0)
<br />W
<br />"-
<br />0
<br />LOCATION: BACK OF BLDG.
<br />LUGS: MLO
<br />DEMAND LOAD* 321A
<br />AV. FAULT: 12 KA
<br />I-
<br />0
<br />CKT
<br />LTG
<br />REC
<br />HVAC
<br />MISC
<br />NP
<br />DESCRIPTION
<br />AMP
<br />POLE
<br />�
<br />AMP
<br />POLE
<br />DESCRIPTION
<br />LTG
<br />REC
<br />HVAC
<br />MISC
<br />NP
<br />CKT
<br />1
<br />11.0
<br />RTUI
<br />100
<br />3
<br />A
<br />20
<br />1
<br />AUTOMATIC DOOR
<br />0.1
<br />2
<br />C
<br />3
<br />11.0
<br />8
<br />20
<br />1
<br />PHONE BOARD/BUZZER
<br />OA
<br />4
<br />C
<br />5
<br />11.0
<br />C
<br />20
<br />1
<br />ENERGY MANAGEMENT
<br />0.2
<br />6
<br />C
<br />7
<br />1
<br />11.01
<br />RTU2
<br />1001
<br />3
<br />A
<br />20
<br />1
<br />SPARE
<br />8
<br />9
<br />B
<br />20
<br />1
<br />OUTDOOR HVAC REC
<br />0.7
<br />10
<br />11
<br />11.0
<br />C,
<br />20.
<br />1
<br />OUTDOOR DRINK VEND
<br />0.2
<br />12
<br />13
<br />SPARE
<br />20
<br />1
<br />A
<br />20
<br />1
<br />SPARE
<br />14
<br />15
<br />SPARE
<br />20
<br />1
<br />B
<br />20
<br />1
<br />SPARE
<br />16
<br />17
<br />SPARE
<br />20
<br />1
<br />C
<br />20
<br />1
<br />INTERFACE EQUIP
<br />0.5
<br />Is
<br />C
<br />19
<br />1.7
<br />WATER HEATER #1
<br />20
<br />1
<br />A
<br />20
<br />1
<br />VSATSATA HUB EQUIP
<br />0.5
<br />20
<br />C
<br />21
<br />1.7
<br />WATER HEATER #2
<br />20
<br />1
<br />IBI
<br />20
<br />1
<br />CCTV EQUIP
<br />1.0
<br />22
<br />23
<br />0.2
<br />DRINKING FOUNTAIN
<br />20
<br />1
<br />C
<br />20
<br />1
<br />SECURITY REC
<br />0.2
<br />24
<br />C
<br />25
<br />0.2
<br />OUTDOOR ICE REC
<br />-R
<br />20
<br />1
<br />A
<br />20
<br />1
<br />OFFICE REC
<br />0.7
<br />26
<br />C
<br />21
<br />w5
<br />3 L-Wilm' r'
<br />'2-r
<br />2
<br />',-C
<br />B
<br />20
<br />1
<br />BREAK ROOM REC
<br />0.5
<br />28
<br />29
<br />2.5
<br />20
<br />1
<br />OFF/BREAKRM RECEPT
<br />0.9
<br />30
<br />C
<br />31
<br />3,2
<br />4 DOOR LOW TMP
<br />40
<br />2
<br />A
<br />20
<br />1
<br />BEAUlrf1COSMEnCS
<br />0.4
<br />32
<br />33
<br />32
<br />B
<br />20
<br />1
<br />ICE CREAM FREEZER
<br />0.8
<br />34
<br />C
<br />35
<br />SPARE
<br />20
<br />1
<br />C
<br />20
<br />1
<br />GATORADE RECEPT
<br />0.6
<br />36
<br />C
<br />SFIA
<br />2
<br />-1
<br />A
<br />200
<br />3
<br />PANEL B
<br />38
<br />39
<br />SPARE
<br />20
<br />'t
<br />B
<br />11.2
<br />1 0.0
<br />0.1
<br />26.2
<br />0-0
<br />40
<br />41
<br />SPARE
<br />20
<br />1
<br />C
<br />I
<br />PHASE BALANCE
<br />LOAD TYPE
<br />CONNECTED
<br />DEMAND
<br />DEMAND FORMULA
<br />TOTAL LOAD
<br />LIGHTING
<br />11.2 KVA
<br />14-0 KVA
<br />LOAD X 1251/6 NEC 210.19 CONTINUOUS
<br />CONNECTED
<br />DEMAND
<br />LOAD
<br />%
<br />RECEPTACLE
<br />4-9 KVA
<br />4.9 KVA
<br />I OKVA + 500% REMAINDER NEC 220 A4
<br />126.1 KVA
<br />11 &7KVA
<br />*
<br />28.8 KVA
<br />23%
<br />AC
<br />66.1 KVA
<br />52.9 KVA
<br />LOAD X 80% (USED MCA IN CALCULATION)
<br />350.OA
<br />321.1A
<br />*
<br />70.3 KVA
<br />56%
<br />MISC
<br />43.9 KVA
<br />43.9 KVA
<br />LOAD X 100% NEC 210.19 NON-CONT.
<br />FILENAME:
<br />C
<br />1 27.0 KVA
<br />. 21%
<br />NP
<br />0.0 KVA
<br />0.0 KVA
<br />0 NONCOINCIDENTAL LOADS NEC 220-60
<br />DGZephyrhills FLPaneISc1
<br />NOTES:
<br />A. AIC RATING: SERIES RATED AT 200,000 AMPS WITH BUSSMANN JJN FUSES.
<br />B. BREAKERS FOR HVAC UNITS SHALL BE SIZED PER MANUFACTURER REQUIREMENTS. ENTS.
<br />C. BREAKER LOCK
<br />D. ISOLATED GROUND BUS.
<br />EQUIPMENT
<br />SCHEDULE
<br />PLAN
<br />MARK
<br />EQUIPMENT
<br />SERVED
<br />LOAD
<br />VOLTI
<br />PHASE
<br />FED
<br />BY
<br />I DISC
<br />BY
<br />MCA
<br />MOCPD
<br />FEEDER
<br />REMARKS
<br />RTU I
<br />ROOFTOP UNIT
<br />33.10KVA
<br />20813
<br />A
<br />EC
<br />92.OA
<br />100A
<br />(3)#3,#100,1 1/4 "C
<br />PROVIDE100A/3P NIF
<br />DISCONNECT
<br />RTLI 2
<br />I
<br />ROOF TOP UNIT
<br />f
<br />33.10KVA
<br />20813
<br />I
<br />A
<br />EC
<br />92.OA,
<br />I
<br />100A
<br />I
<br />(3)#3, #100,1 1/4 "C
<br />I
<br />PROVIDE 100A13P NF
<br />IDISCONNECT
<br />I FILENAME:
<br />DG Zaphyrhills FL Panel
<br />Schedules.xis
<br />I
<br />1201208
<br />3-PHASE, 4W
<br />PANEL LOAD
<br />I CAPACITY: 400A
<br />LOAD TYPE
<br />CONNECTED
<br />DEMAND
<br />DEMAND FORMULA
<br />LIGHTING
<br />11.2 KVA
<br />14.0 KVA
<br />LOAD X 125% NEC 210.19 CONTINUOUS
<br />RECEPTACLE
<br />4.9 KVA
<br />4.9 KVA
<br />I OKVA + 60% REMAINDER NEC 220.44
<br />HVAC
<br />66.1 KVA
<br />52.9 KVA
<br />LOAD X 80% (USED MCA IN CALCULATION)
<br />MISC
<br />43.9 KVA
<br />43.9 KVA
<br />LOAD X 100% NEC 210.19 NO WCONT.
<br />NP
<br />0.0 KVA
<br />0.0 KVA
<br />10 NONCOINCIDENTAL LOADS NEC 220.60
<br />400A DISCONNECT: PROVIDE 600V/3P,
<br />400A/400A BUSSMANN JJN FUSES IN MAIN
<br />HEAVY DUTY SERVICE DISCONNECT
<br />SWITCH. COORDINATE LOCATION WITH
<br />UTILITY COMPANY AND DOLLAR GENERAL.
<br />AVAILABLE SHORT
<br />CIRCUIT (TYPICAL) 9,753
<br />(2) SETS OF (4)#3/0 CU, 2-1/2"C �
<br />CT'S/ METER CABINET
<br />PER UTILITY COMPANY
<br />REQUIREMENTS
<br />(3) SETS OF (4)#500, AL, T-C UNDERGROUND
<br />SERVICE ENTRANCE PER UTILITY AND SITE
<br />SPECIFIC CONDITIONS. REFER TO SHEET ES1
<br />FOR LOCAL UTILITY CO. POLE/TRANSFORMER
<br />LOCATION. G.C. SHALL COORDINATE WITH
<br />CIVIL FOR THE EXACT LOCATION OF THE POLE
<br />MOUNTED TRANSFORMERS AND MAKE ANY
<br />CHANGES TO THE SERVICE ENTRANCE WIRING
<br />SIZE IF THE CONNECTION POINT IS DIFFERENT
<br />THAN WHAT IS SHOWN.
<br />NOTE: REFER TO THE ELECTRICAL
<br />SPECIFICATIONS ON SHEET El FOR
<br />CONDUCTOR TYPES AND INSULATION.
<br />1/0 SYSTEM GROUND,
<br />SEE DETAIL #2/E6
<br />EXTERIOR
<br />(4)#3/0 CU, #6G, #61G, 2-1/2"C
<br />A 8
<br />N 9,311 . N
<br />G G
<br />IG IG
<br />9,601
<br />(2) SETS OF (4)#3/0 CU,
<br />#3G, #31G, EACH IN 3"C
<br />INTERIOR
<br />-ELECTRICAL PANEL SCHEMATIC
<br />Scale: NTS
<br />MOUNT: SURFACE
<br />1 120/208
<br />3-PHASE,-4W
<br />PANEL B
<br />CAPACITY: 200A
<br />INT CAP: 22KA,
<br />0
<br />LOCATION: BACK OF BLDG.
<br />LUGS: MLO
<br />DEMAND LOAD: 112A
<br />AV. FAULT: 12KA
<br />0
<br />CKT
<br />LTG
<br />REC
<br />WAC
<br />MISC
<br />NP
<br />DESCRIPTION
<br />AMP
<br />POLE
<br />Q_
<br />AMP
<br />POLE
<br />DESCRIPTION
<br />LTG
<br />REC
<br />HVAC
<br />MISC
<br />NP
<br />CKT
<br />B,C
<br />I
<br />OA
<br />NIGHT LTS
<br />20
<br />1
<br />A
<br />20
<br />1
<br />PWR TERM BROW N
<br />1.2
<br />2
<br />C
<br />B,C
<br />3
<br />02
<br />RECEIVING LTS
<br />20
<br />1
<br />B
<br />20
<br />1
<br />PWR TERM BROWN
<br />1.2
<br />4
<br />C
<br />B
<br />5
<br />0.8
<br />704/a SALES LTS
<br />20
<br />1
<br />C
<br />20
<br />1
<br />PWR TERM GREEN
<br />1.2
<br />6
<br />C
<br />B
<br />7
<br />0.9
<br />1
<br />1
<br />701% SALES LTS
<br />20
<br />1
<br />1 A
<br />20
<br />1
<br />PWR TERM GREEN
<br />1.2
<br />8
<br />C
<br />B
<br />9
<br />1 1.4
<br />70% SALES LTS
<br />20
<br />1
<br />B
<br />20
<br />1
<br />PWR TERM GREEN
<br />1.6
<br />10
<br />C
<br />B
<br />11
<br />1-3
<br />70% SALES LTS
<br />20
<br />1
<br />C
<br />;A,
<br />1,
<br />1121-
<br />1jr__
<br />B
<br />13
<br />1.4
<br />30% SALES LTS
<br />20
<br />1
<br />At
<br />20
<br />1
<br />COLD DRINKS COOLER
<br />0.8
<br />14
<br />C
<br />B
<br />15
<br />0.6
<br />30% SALES LTS
<br />20
<br />1
<br />Ell�
<br />20
<br />1 1
<br />2 DOOR STAND ALONE
<br />1
<br />0.8
<br />16
<br />C
<br />17
<br />SPARE
<br />20
<br />1
<br />20
<br />2
<br />1
<br />MAX COLD FREEZER
<br />0-9
<br />is
<br />C
<br />C
<br />19
<br />0.1
<br />EPA ERGENCYIEXIT LTS
<br />20
<br />1
<br />_C1
<br />A0.9
<br />20
<br />C
<br />C
<br />21
<br />0.2
<br />0.1
<br />BREAK[OFFICELTS/EFS
<br />20
<br />1
<br />40
<br />2
<br />4 DOOR LOW TEMP
<br />3-2
<br />22
<br />B
<br />23
<br />0.3
<br />BUILDING SIGN
<br />20
<br />1
<br />1
<br />3.2
<br />24
<br />B
<br />25
<br />0.9
<br />PYLON SIGN
<br />20
<br />1
<br />1
<br />15
<br />2
<br />5 DOOR MID TEMP
<br />1.3
<br />26
<br />C
<br />1
<br />B
<br />27
<br />SPARE
<br />20
<br />1
<br />1 k
<br />1
<br />1.3
<br />28
<br />B
<br />1 29
<br />1 02
<br />SITE LIGHTING
<br />20
<br />2
<br />C
<br />15
<br />2
<br />5 DOOR MID TEMP
<br />- - - - - -
<br />1.3
<br />30
<br />C
<br />31
<br />0.2
<br />A-
<br />1.3
<br />32
<br />B
<br />33
<br />0.8
<br />EXTERIOR LTS
<br />20
<br />1
<br />B
<br />20
<br />1
<br />SODA COOLERS
<br />1.6
<br />34
<br />C
<br />B
<br />35
<br />0.7
<br />FRNTWALUCANPYLTG
<br />20
<br />1
<br />C
<br />20
<br />1
<br />DRINK COOLERS
<br />1.6
<br />36
<br />C
<br />B
<br />39
<br />SPACE
<br />B
<br />SPACE
<br />40
<br />B
<br />41
<br />0.8
<br />EXTERIOR DUSK/DAWN
<br />20
<br />1
<br />C
<br />SPACE
<br />II
<br />PHASE BALANCE
<br />LOAD TYPE
<br />CONNECTED
<br />DEMAND
<br />DEMAND
<br />FORMULA
<br />TOTAL LOAD
<br />LIGHTING
<br />11.2 KVA
<br />14.0 KVA
<br />LOAD X 1251% NEC 210.19 CONTINUOUS
<br />CONNECTED
<br />DEMAND
<br />-5
<br />LOAD
<br />%
<br />RECEPTACIL E
<br />0.0 KVA
<br />0.0 KVA
<br />I 0KVA + 50% REMAINDER NEC 220.44
<br />37.5 KVA
<br />40_3KVA
<br />A
<br />10.6 KVA
<br />2 8%
<br />HVAC
<br />0.1 KVA
<br />0.1 KVA
<br />LOADX80% (USED MCA IN CALCULATION)(
<br />104AA
<br />11 1.8A
<br />B
<br />13.0 KVA
<br />351%
<br />MISC
<br />262 KVA
<br />26.2 KVA
<br />LOAD X 100% NEC 210.19 NON-CONT.
<br />FILENAME:
<br />C
<br />13.9 KVA
<br />37%
<br />NP
<br />0.0 KVA
<br />0.0 KVA
<br />0 NONCOINCIDENTAL LOADS NEC 220.60
<br />DGZephyrhills FL Panel Scl
<br />NOTES:
<br />A. AIC RATING: SERIES RATED AT 200,000 AMPS WITH BUSSMANN JJN FUSES.
<br />B. ROUTING TO THE EMS PANEL.02
<br />C. BREAKER LOCK.
<br />D. ISOLATED GROUND BUS_
<br />This ih-ouid-b-eChiGe-to-iine These are uncoated copper or aluminum
<br />voltage for multi -voltage and conductor sizes with CU/AL 60C AmP8cItY Load current in amperes
<br />3 phase systems. For a listed at 30C ambient for reference,
<br />120/240V single phase system
<br />select 240V. For other single
<br />phase systems select the line- [jiurjWtZr conductor �Uc!��
<br />to -neutral voltage.
<br />IV
<br />gT-p-hasez �_V NEC tables assume'/ pper�tiug
<br />temperature. If conductor Is oversized a
<br />lower temperature can be used but this
<br />temperature should always be higher than
<br />ambient. This value only used for adjusting
<br />conductor resistance.
<br />LpyC..cqnduii
<br />conductors per pi �n rallel
<br />See NOTE I below
<br />Length of cable In feet done -way distance)
<br />---- - ------ Calculate Vc:�I�D� Reset
<br />Estimated voltage drop
<br />See NOTE 2 below
<br />SERVICE FEEDER VOLTAGE DROP
<br />Scale: NTS
<br />02
<br />02
<br />Available Fault Current Calculation
<br />t� =mar Ver. 6.6
<br />Utility Symmetrical Fault Current amperes
<br />kVA
<br />= 150
<br />E
<br />= 208
<br />1 = kVA x 1000 = trans. FLA trans. FLA
<br />416
<br />E x 1.732
<br />Isca trans. FLA x 100 x PF
<br />PF
<br />1 100%1
<br />transformer Z
<br />Z
<br />2.00kloI
<br />Isca = ampere short-circuit current RMS symmetrical.
<br />lxa
<br />20,819 amperes
<br />Point to Point Method
<br />Three Phase 208/120
<br />---
<br />Length (distance) FEET
<br />w] L
<br />Aluminum in Nonmetallic Raceway
<br />. ......... ................................ . ....
<br />1.732 x L x I (ASC)
<br />6-
<br />..
<br />20,819
<br />N x C x E L-N # conductors per phase
<br />N
<br />=1 31
<br />Phase conductor constant
<br />C
<br />21,3911 Phase Conductor 500kcmil
<br />.... ... .. .....
<br />Volt Line to Line
<br />tL-L
<br />= Volt
<br />f
<br />= 1.108
<br />Neutral conductor carts#ant
<br />C
<br />= 21,391 INeutral Conductor Soo kcrnil
<br />Multiplier Volt Lme to Neutral
<br />E _N
<br />= 120 Volt
<br />f
<br />M= 1
<br />1+f Line to Line
<br />M
<br />0.474 Fault Current from
<br />Line to Neutral
<br />M
<br />0.342 Transformers to
<br />Fault Current at Service Equipment I
<br />Main Disconnect witch
<br />Isca ,.. fault current at terminals of main disconnect L- L
<br />0 9,878 amperes
<br />Isca... fault current at terminals of main disconnect L- N
<br />to 7,130 amperes
<br />Fault Current from
<br />Copper Lm Metal Raceway •
<br />Three Phase
<br />Three Phase Feeder
<br />Length (distance)
<br />L
<br />1.732 x L x I
<br />(ASC)
<br />Isca
<br />= 9,878 Phase 7,130 Neutral
<br />N xCx EL-N
<br /># conductors per phase
<br />N
<br />=2
<br />EJ
<br />Phase conductor constant
<br />C
<br />12,84� Phase Conductor 310 1W
<br />Volt Line to Line
<br />EL-L
<br />= 208 Volt
<br />f
<br />= 0.016
<br />Neutral conductor constant
<br />C
<br />= 1r844 Neutral Conductor 3j0 ................
<br />Volt Line to Neutral
<br />EL-N
<br />= 120 Volt
<br />Multiplier
<br />f
<br />= 0.020
<br />M I
<br />Line to Line
<br />M
<br />0.984 Fault Current at
<br />I+f
<br />Line to Neutral
<br />M
<br />0.980 Panel 'A'
<br />Isca x M = fault current at
<br />terminal of the panel L- L =
<br />9,722 amperes
<br />Isca x M = fault current at terminal of the panel L- N =
<br />6,990 amperes
<br />Iranch Circuit Fault from
<br />copper in meal Raceway
<br />- - ---------- -- . .....
<br />Three Phase Branch
<br />Length (distance)
<br />L
<br />Three Phase
<br />=5
<br />1,732 x L x I
<br />(ASC)
<br />Isca
<br />9,722 Phase 6,990 Neutral
<br />N x C x E L-N
<br /># conductors per phase
<br />N
<br />f I
<br />Phase conductor constant
<br />C
<br />=L12,844 / JPhase Conductor 30
<br />Volt Line to Line
<br />EL-L
<br />= 208 Volt
<br />f
<br />= 0.032
<br />Neutral conductor constant
<br />C
<br />= [_12,8441 Neutral Conductor 3/0
<br />Volt Line to Neutral
<br />EL-N
<br />120 Volt
<br />Multiplier
<br />f
<br />0.039
<br />M= I
<br />Line to Line
<br />M
<br />0.969 Fault Curren at
<br />I + f
<br />Line to Neutral
<br />Mt
<br />0.962 Panel 'B'
<br />Isca x M = fault current at terminal of the panel L- L =
<br />9,425 amperes
<br />Isca x M = fault current at terminal of the panel L- N =
<br />6,726 amperes
<br />FAULT CURRENT CALCULATION
<br />Scale: NTS
<br />MAIN BONDING JUMPER NEUTRAL BUS
<br />BARE COPPER
<br />CONDUCTION GROUND BUS (1)#6 TO PHONE BOARD
<br />PER NEC 800-40(D)
<br />MINIMUM OF 20'-0" OF 1/2"
<br />REBAR IN BUILDING WALL
<br />FOOTING, (NEC 250-50C) -
<br />BARE COPPER GROUNDING
<br />ELECTRODE CONDUCTOR
<br />(NEC 250-66)
<br />\_CADWELD BONDING JUMPER TO
<br />PANELBOARD ENCLOSURE SIZE
<br />CADWELD PER NEC 250-122
<br />OPTIONAL FOR EXISTING
<br />SLAB LIFER. 3/4" X 10'
<br />GROUND ROD (NEC VALVE,
<br />250-52) METER SUPPLY
<br />OR SIDE
<br />UNION
<br />BUILDING STRUCTURAL
<br />STEEL (NEC 250-52(A)(2)
<br />PIPE CLAMP
<br />ENTRANCE (PROVIDE SIMILAR (TYP.) CADWELD
<br />COLD WATER SERVICE
<br />CONNECTION TO FIRE
<br />PROTECTION WATER SERVICE
<br />ENTRANCE), (NEC 250-50A) JUMPER
<br />NOTE: ALL GROUNDING SHALL BE INSTALLED
<br />IN ACCORDANCE WITH ARTICLE 250 OF THE
<br />NATIONAL ELECTRICAL CODE.
<br />GROUNDING DETAIL
<br />Scale: NTS
<br />CONSULTANT:
<br />SEAL: SEAN PATRICK PIC-KELL, PE 83946
<br />``RICK P/
<br />E N
<br />Z Do No.83946
<br />_0. STATE OF
<br />10p.
<br />11
<br />A A
<br />THIS DRAWING SHALL NOT BE USED FOR
<br />CONSTRUCTION PURPOSES UNTIL THE SEAL AND
<br />SIGNATURE OF THE RESPONSIBLE REGISTRANT
<br />APPEARS ON THE DRAWING, AND PROPER PERMIT
<br />FORMS AND RELATED FEES ARE TRANSMITTED BY
<br />THE OWNER, OWNERS AGENT OR CONTRACTOR
<br />TO THE AUTHORITY HAVING JURISDICTION.
<br />DATE
<br />ISSUED FOR
<br />REV
<br />09/27/2018
<br />PEMB COORDINATION
<br />12/18/2018
<br />PERMIT SUBMITTAL
<br />01/11/2019
<br />OWNER REVIEW
<br />02/07/2019
<br />BID SET
<br />03/04/2019
<br />ADDENDUM 01
<br />06/07/2019
<br />BULLETIN 01
<br />02
<br />Project Manager
<br />Drawn
<br />L. LONG
<br />G. COLLINS
<br />Project Leader
<br />Checked
<br />L. LONG
<br />M. GOOD
<br />Date
<br />Dept Mgr Approval
<br />08/07/2018
<br />M. GOOD
<br />Client
<br />PALMETTO ZEPHYRHILLS-20th St, LLC
<br />P.O. BOX 1615
<br />THOMASVILLE, GA 31792
<br />Office: (229) 226-0682
<br />Contact: John Tate
<br />Project
<br />DOLLAR GENERAL
<br />38965 CR 54
<br />Zephyrhills, FL 33542
<br />(City of Zephyrhills)
<br />Store #: 20360
<br />Drawing Title
<br />THREE PHASE
<br />ELECTRICAL PANELS
<br />DO NOT SCALE DRAWING
<br />Project No.
<br />Drawing No.
<br />JCDT. 18.02 3 3
<br />E5
<br />
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