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ion
<br />Short -Circuit and Voltage Drop Calculations Ve2.12
<br />Distances are for calculation purposes only and shall not be used for contractor takeoffs nor bidding - Contractor shall notify Engineer of any field condition that results in a change of 10% or greater circuit distance
<br />The following calculations are based on the "Point -by -Point" method where: VOLTAGE DROP (30):
<br />ISC (2) = ISC(1) x M(1) M= 1/(1+f) Feeder: f (30) = 1.732 x L x Isc XFMR: f (30) = IP(sca)x Vp x 1.73 x %Z IS(sca)= Vp x M x IP(sca) %VD = ((R x cos(arccos(pf)) + X x sin (arccos(pf))) x LJ# x I x 1.73) / E
<br />ISC (1) = short circuit current at fault point 1 C x E 100,000 x KVA Vs VOLTAGE DROP (10):
<br />ISC (2) = short circuit current at fault point 2 Feeder: f (10)= 2 x L x Isc XFMR: f (10)= IP(sca)x Vp x %Z %VD = ((R x cos(arccos(pf)) + X x sin(arccos(pf))) x 2 x L./# x 1) / E
<br />C x E 100,000 x KVA
<br />E = Line to line volts
<br />IP = Primary short circuit current
<br />Vp = Primary voltage
<br />IS= Secondary short circuit current %VD CUM = Cumulative Voltage Drop from Fault Point 1 to Fault Point #
<br />Vs= Secondary voltage R = resistance in ohms per LF
<br />L = Length of circuit X = reactances in ohms per LF
<br />C = "C" Factor from Bussman table where "C" = 1 / impedance per linear foot
<br />Feeder Types: NM - Non Magnetic Conduit, M - Magnetic Conduit, FB - Feeder Busway, PB - Plug-in Busway, TX - Transformer
<br />System Voltage: 480Y/277V - 3 phase Date of Calculations: 06/21/2023
<br />Fault
<br />Point
<br />(F#)
<br />Bus/Feeder Description
<br />Source
<br />(Fault
<br />Point)(am
<br />Phase
<br />S � c
<br />Feeder
<br />CCnValue�
<br />Busway Valt 'C'
<br />L-L
<br />Voltage
<br />(E)
<br />Circuit
<br />Length
<br />(L)
<br />F�� ��r
<br />�����
<br />Conductor
<br />Transformer
<br />f
<br />M
<br />Fault
<br />Current
<br />(amps)
<br />D�(oa
<br />Cumulative
<br />Voltage Drop
<br />(/oVD)
<br />Fault
<br />Point
<br />(F#)
<br />Conduit
<br />Type/ TX
<br />Material
<br />Quantity of Parallel Sets and Bus/
<br />Phase $ Neutral Size
<br />Resistance
<br />(R)
<br />Reactance
<br />(X)
<br />a'� (Pf)
<br />T�
<br />Degree
<br />Rise
<br />kVA
<br />�NewXt
<br />zXfmr
<br />Existing
<br />z
<br />Secondary
<br />Voltage
<br />T �n g
<br />(Radians)
<br />1
<br />Utility Service Point 33,914 at the secondary of the utility transformer Source Isc + 6X Motor Contribution = 33,914
<br />1
<br />Motor Contribution The connected full load motor amps (includes compressors) on the
<br />system
<br />2
<br />MSWB
<br />1
<br />3
<br />33,914
<br />NM
<br />AL
<br />10 Set(s) of 750 kcmil
<br />25976
<br />--
<br />480
<br />50
<br />0.9
<br />3,200
<br />0.000029
<br />0.000038
<br />0.451027
<br />0.024
<br />0.98
<br />33,134
<br />-0.25%
<br />-0.25%
<br />2
<br />3
<br />H1B2
<br />2
<br />3
<br />33,134
<br />M
<br />CU
<br />2 Set(s) of 500 kcmil
<br />22185
<br />--
<br />480
<br />15
<br />0.9
<br />640
<br />0.000029
<br />0.000048
<br />0.451027
<br />0.040
<br />0.96
<br />31,846
<br />-0.08%
<br />-0.33%
<br />3
<br />4
<br />H1A
<br />2
<br />3
<br />33,134
<br />M
<br />CU
<br />2 Set(s) of 350 kcmil
<br />19704
<br />--
<br />480
<br />10
<br />0.85
<br />480
<br />0.000039
<br />0.000050
<br />0.554811
<br />0.030
<br />0.97
<br />32,158
<br />-0.05%
<br />-0.30%
<br />4
<br />5
<br />113A
<br />3
<br />3
<br />31,846
<br />M
<br />CU
<br />2 Set(s) of 250 kcmil
<br />16483
<br />--
<br />480
<br />601
<br />0.85
<br />400
<br />0.000054
<br />0.000052
<br />0.554811
<br />2.095
<br />0.32
<br />10,290
<br />-3.18%
<br />-3.51%
<br />5
<br />6
<br />MDP1
<br />2
<br />1 3
<br />33,134
<br />M
<br />CU
<br />2 Set(s) of 350 kcmil
<br />19704
<br />--
<br />480
<br />313
<br />0.9
<br />480
<br />0.000039
<br />0.000050
<br />0.451027
<br />0.950
<br />0.51
<br />16,995
<br />-1.54%
<br />-1.79%
<br />6
<br />7
<br />TO XFMR TCH1
<br />6
<br />3
<br />16,995
<br />M
<br />CU
<br />1 Set(s) of 350 kcmil
<br />19704
<br />-
<br />480
<br />10
<br />0.9
<br />240
<br />0.000039
<br />0.000050
<br />0.451027
<br />0.031
<br />0.97
<br />16,482
<br />-0.05%
<br />-1.84%
<br />7
<br />8
<br />XFMR TCH1
<br />7
<br />3
<br />16,482
<br />TX
<br />480
<br />ETR DOE
<br />150
<br />225
<br />5
<br />208
<br />3.045
<br />0.25
<br />9,403
<br />-1.84%
<br />8
<br />9
<br />SDP1
<br />8
<br />3
<br />9,403
<br />M
<br />CU
<br />2 Set(s) of 250 kcmil
<br />16483
<br />-
<br />208
<br />10
<br />0.9
<br />400
<br />0.000054
<br />0.000052
<br />0.451027
<br />0.024
<br />0.98
<br />9,185
<br />-0.12%
<br />-1.96%
<br />9
<br />10
<br />CH1A
<br />9
<br />3
<br />9,185
<br />M
<br />CU
<br />1 Set(s) of 3/0 AWG
<br />12844
<br />--
<br />208
<br />20
<br />0.9
<br />160
<br />0.000079
<br />0.000052
<br />0.451027
<br />0.119
<br />0.89
<br />8,207
<br />-0.25%
<br />-2.21%
<br />10
<br />11
<br />CH1F
<br />9
<br />3
<br />9,185
<br />M
<br />CU
<br />1 Set(s) of 3 AWG
<br />4774
<br />-
<br />208
<br />15
<br />0.9
<br />80
<br />0.000250
<br />0.000059
<br />0.451027
<br />0.240
<br />0.81
<br />7,405
<br />-0.25%
<br />-2.21%
<br />11
<br />12
<br />CH1L
<br />9
<br />3
<br />9,185
<br />M
<br />CU
<br />1 Set(s) of 3 AWG
<br />4774
<br />--
<br />208
<br />10
<br />0.9
<br />80
<br />0.000250
<br />0.000059
<br />0.451027
<br />0.160
<br />0.86
<br />7,917
<br />-0.17%
<br />-2.12%
<br />12
<br />13
<br />MDP2
<br />2
<br />3
<br />33,134
<br />M
<br />CU
<br />2 Set(s) of 350 kcmil
<br />19704
<br />--
<br />480
<br />379
<br />0.9
<br />480
<br />0.000039
<br />0.000050
<br />0.451027
<br />1.150
<br />0.47
<br />15,412
<br />-1.87%
<br />-2.11%
<br />13
<br />14
<br />TO XFMR TCH2
<br />13
<br />3
<br />15,412
<br />M
<br />CU
<br />1 Set(s) of 2/0 AWG
<br />10755
<br />--
<br />480
<br />10
<br />0.9
<br />140
<br />0.000100
<br />0.000054
<br />0.451027
<br />0.052
<br />0.95
<br />14,654
<br />-0.06%
<br />-2.17%
<br />14
<br />15
<br />XFMR TCH2
<br />14
<br />3
<br />14,654
<br />TX
<br />480
<br />ETR DOE
<br />150
<br />112.5
<br />5.35
<br />208
<br />5.794
<br />0.15
<br />4,978
<br />-2.17%
<br />15
<br />16
<br />SDP2
<br />15
<br />3
<br />4,978
<br />M
<br />CU
<br />1 Set(s) of 500 kcmil
<br />22185
<br />--
<br />208
<br />10
<br />0.9
<br />280
<br />0.000029
<br />0.000048
<br />0.451027
<br />0.019
<br />0.98
<br />4,886
<br />-0.11%
<br />-2.28%
<br />16
<br />17
<br />CH2F
<br />16
<br />3
<br />4,886
<br />M
<br />CU
<br />1 Set(s) of 3 AWG
<br />4774
<br />--
<br />208
<br />15
<br />0.9
<br />80
<br />0.000250
<br />0.000059
<br />0.451027
<br />0.128
<br />0.89
<br />4,333
<br />-0.25%
<br />-2.53%
<br />17
<br />18
<br />CH2L
<br />16
<br />3
<br />4,886
<br />M
<br />CU
<br />1 Set(s) of 3 AWG
<br />4774
<br />--
<br />208
<br />10
<br />0.9
<br />80
<br />0.000250
<br />0.000059
<br />0.451027
<br />0.085
<br />0.92
<br />4,503
<br />-0.17%
<br />-2.45%
<br />18
<br />19
<br />RTU-1
<br />4
<br />3
<br />32,158
<br />M
<br />CU
<br />1 Set(s) of 4 AWG
<br />3806
<br />--
<br />480
<br />470
<br />0.85
<br />52
<br />0.000310
<br />0.000060
<br />0.554811
<br />14.330
<br />0.07
<br />2,098
<br />-2.60%
<br />-2.90%
<br />19
<br />20
<br />RTU-2
<br />4
<br />3
<br />32,158
<br />M
<br />CU
<br />1 Set(s) of 6 AWG
<br />2425
<br />--
<br />480
<br />482
<br />0.85
<br />33
<br />0.000490
<br />0.000064
<br />0.554811
<br />1
<br />23.064
<br />0.04
<br />1,336
<br />-2.58%
<br />-2.88%
<br />20
<br />21
<br />RTU-4
<br />5
<br />3
<br />10,290
<br />M
<br />CU
<br />1 Set(s) of 8 AWG
<br />1557
<br />--
<br />480
<br />275
<br />0.85
<br />18
<br />0.000780
<br />0.000065
<br />0.554811
<br />6.558
<br />0.13
<br />1,361
<br />-1.25%
<br />-4.75%
<br />21
<br />22
<br />RTU-5
<br />5
<br />3
<br />10,290
<br />M
<br />CU
<br />1 Set(s) of 8 AWG
<br />1557
<br />--
<br />480
<br />253
<br />0.85
<br />18
<br />0.000780
<br />0.000065
<br />0.554811
<br />6.033
<br />0.14
<br />1,463
<br />-1.15%
<br />-4.65%
<br />22
<br />23
<br />RTU-6
<br />5
<br />3
<br />10,290
<br />M
<br />CU
<br />1 Set(s) of 8 AWG
<br />1557
<br />-
<br />480
<br />233
<br />0.85
<br />18
<br />0.000780
<br />0.000065
<br />0.554811
<br />5.556
<br />0.15
<br />1,569
<br />-1.06%
<br />-4.56%
<br />23
<br />24
<br />RTU-7
<br />5
<br />3
<br />10,290
<br />M
<br />CU
<br />1 Set(s) of 6 AWG
<br />2425
<br />--
<br />480
<br />209
<br />0.85
<br />33
<br />0.000490
<br />0.000064
<br />0.554811
<br />3.200
<br />0.24
<br />2,450
<br />-1.12%
<br />-4.63%
<br />24
<br />25
<br />RTU-8
<br />5
<br />3
<br />10,290
<br />M
<br />CU
<br />1 Set(s) of 10 AWG
<br />981
<br />--
<br />480
<br />152
<br />0.85
<br />18
<br />0.001200
<br />0.000063
<br />0.554811
<br />5.753
<br />0.15
<br />1,524
<br />-1.04%
<br />-4.55%
<br />25
<br />26
<br />RTU-9
<br />5
<br />3
<br />10,290
<br />M
<br />CU
<br />1 Set(s) of 8 AWG
<br />1557
<br />--
<br />480
<br />118
<br />0.85
<br />33
<br />0.000780
<br />0.000065
<br />0.554811
<br />2.814
<br />0.26
<br />2,698
<br />-0.98%
<br />-4.49%
<br />26
<br />27
<br />RTU-11
<br />5
<br />3
<br />10,290
<br />M
<br />CU
<br />1 Set(s) of 12 AWG
<br />617
<br />--
<br />480
<br />63
<br />0.85
<br />18
<br />0.002000
<br />0.000068
<br />0.554811
<br />3.791
<br />0.21
<br />2,148
<br />-0.71%
<br />-4.22%
<br />27
<br />28
<br />RTU-12
<br />5
<br />3
<br />10,290
<br />M
<br />CU
<br />1 Set(s) of 10 AWG
<br />981
<br />--
<br />480
<br />60
<br />0.85
<br />26
<br />0.001200
<br />0.000063
<br />0.554811
<br />2.271
<br />0.31
<br />3,146
<br />-0.59%
<br />-4.10%
<br />28
<br />29
<br />RTU-13
<br />4
<br />3
<br />32,158
<br />M
<br />CU
<br />1 Set(s) of 10 AWG
<br />981
<br />--
<br />480
<br />475
<br />0.85
<br />18
<br />0.001200
<br />0.000063
<br />0.554811
<br />56.186
<br />0.02
<br />562
<br />-3.25%
<br />-3.55%
<br />29
<br />30
<br />RTU-14
<br />4
<br />3
<br />32,158
<br />M
<br />CU
<br />1 Set(s) of 4 AWG
<br />3806
<br />-
<br />480
<br />469
<br />0.85
<br />47
<br />0.000310
<br />0.000060
<br />0.554811
<br />14.299
<br />0.07
<br />2,102
<br />-2.35%
<br />-2.65%
<br />30
<br />31
<br />RTU-15
<br />4
<br />3
<br />32,158
<br />M
<br />CU
<br />1 Set(s) of 10 AWG
<br />981
<br />--
<br />480
<br />446
<br />0.85
<br />12
<br />0.001200
<br />0.000063
<br />0.554811
<br />52.756
<br />0.02
<br />598
<br />-2.03%
<br />-2.33%
<br />31
<br />32
<br />RTU-19
<br />5
<br />3
<br />10,290
<br />M
<br />CU
<br />1 Set(s) of 4 AWG
<br />3806
<br />--
<br />480
<br />140
<br />0.85
<br />74
<br />0.000310
<br />0.000060
<br />0.554811
<br />1.366
<br />0.42
<br />4,349
<br />-1.10%
<br />-4.61%
<br />32
<br />33
<br />RTU-27
<br />4
<br />3
<br />32,158
<br />M
<br />CU
<br />1 Set(s) of 6 AWG
<br />2425
<br />--
<br />480
<br />470
<br />0.85
<br />33
<br />0.000490
<br />0.000064
<br />0.554811
<br />22.490
<br />0.04
<br />1,369
<br />-2.52%
<br />-2.82%
<br />33
<br />34
<br />RTU-29
<br />4
<br />3
<br />32,158
<br />M
<br />CU
<br />1 Set(s) of 12 AWG
<br />617
<br />--
<br />480
<br />60
<br />0.85
<br />18
<br />0.002000
<br />0.000068
<br />0.554811
<br />11.284
<br />0.08
<br />2,618
<br />-0.68%
<br />-0.97%
<br />34
<br />35
<br />RTU-31
<br />4
<br />3
<br />32,158
<br />M
<br />CU
<br />1 Set(s) of 12 AWG
<br />617
<br />--
<br />480
<br />50
<br />0.85
<br />12
<br />0.002000
<br />0.000068
<br />0.554811
<br />9.404
<br />0.10
<br />3,091
<br />-0.38%
<br />-0.67%
<br />35
<br />36
<br />RTU-32
<br />4
<br />3
<br />32,158
<br />M
<br />CU
<br />1 Set(s) of 12 AWG
<br />617
<br />--
<br />480
<br />156
<br />0.85
<br />18
<br />0.002000
<br />0.000068
<br />0.554811
<br />29.339
<br />0.03
<br />1,060
<br />-1.76%
<br />-2.06%
<br />36
<br />37
<br />RTU-33
<br />4
<br />3
<br />32,158
<br />M
<br />CU
<br />1 Set(s) of 12 AWG
<br />617
<br />--
<br />480
<br />190
<br />0.85
<br />18
<br />0.002000
<br />1 0.000068
<br />1 0.554811
<br />.]d35.733
<br />0.03
<br />875
<br />-2.14%
<br />-2.44%
<br />37
<br />A WARNING
<br />ARC FLASH AND SHOCK HAZARD.
<br />APPROPRIATE PERSONAL PROTECTIVE
<br />EQUIPMENT (PPE) REQUIRED.
<br />NOTES:
<br />A. ALL SWITCHBOARDS AND PANELBOARDS SHALL
<br />HAVE A COMMERCIALLY PRODUCED PERMANENT
<br />LABEL APPLIED, SIMILAR TO THE ABOVE, TO WARN
<br />OF POTENTIAL ARC FLASH HAZARDS, IN
<br />ACCORDANCE WITH NEC 110.16 AND NFPA 70E.
<br />B. LABELING MAY BE COMPLETED BY EQUIPMENT
<br />MANUFACTURER, EQUIPMENT VENDOR/SUPPLIER, OR
<br />THE CONTRACTOR. THE CONTRACTOR SHALL VERIFY
<br />THAT ALL SWITCHBOARDS AND PANELBOARDS ARE
<br />PROPERLY LABELED IN THE FIELD.
<br />ARC FLASH DETAIL
<br />NTS
<br />IF IT IS NECESSARY TO REMOVE A METER, RTU
<br />SERVER, CT OR DISRUPT THE COMMUNICATION OF THE
<br />SYSTEM, THE CONTRACTOR IS RESPONSIBLE TO
<br />RESTORE THE SYSTEM TO THE SAME LEVEL OF
<br />OPERATION THAT EXISTED PRIOR TO THE WORK BEING
<br />INITIATED. THE EXISTENCE AND FUNCTIONALITY OF THE
<br />SYSTEM SHALL BE VERIFIED BY CALL WALMART
<br />BUILDING PERFORMANCE TEAM AT 479-204-0432
<br />BETWEEN THE HOURS OF 7 AM UNTIL 5 PM CT.
<br />BUILDING ELECTRICAL SERVICE LOAD SUMMARY
<br />SERVICE OCCUPANCY TYPE: M
<br />SERVICE SQUARE FOOTAGE: 205,831
<br />SERVICE DESCRIPTION:
<br />480Y/277V, 3PH
<br />LOAD DESCRIPTION
<br />Connected
<br />Demand
<br />Demand
<br />KVA
<br />FACTOR
<br />KVA
<br />EXISTING PEAK DEMAND LOAD @ 0.9 pf
<br />1133.33
<br />125%
<br />1416.67
<br />HVAC - SUMMER
<br />179.87
<br />0%
<br />0.00
<br />HVAC - WINTER
<br />255.00
<br />100%
<br />255.00
<br />RECEPTACLES
<br />3.24
<br />100%;50%
<br />3.24
<br />MOTOR LOADS
<br />129.26
<br />100%
<br />129.26
<br />LARGEST MOTOR LOAD
<br />0.00
<br />125%
<br />0.00
<br />SUPPLEMENTAL ELECTRIC HEAT
<br />0.00
<br />100%
<br />0.00
<br />MISCELLANEOUS EQUIPMENT
<br />1 0.00
<br />100%
<br />1 0.00
<br />REFRIGERATION EQUIPMENT
<br />39.41
<br />100%
<br />1 39.41
<br />EXISTING LOAD TO BE DELETED
<br />1 342.60
<br />100%
<br />1 342.60
<br />TOTAL LOAD
<br />1397.51
<br />KVA
<br />1500.98
<br />TOTAL AMPACITY
<br />1680.95
<br />AMPS
<br />1805.40
<br />SERVICE AMPACITY
<br />4000
<br />AMPS
<br />4000.00
<br />SPARE CAPACITY
<br />AMPS
<br />2195
<br />"PER METERING REPORT WITH PEAK DEMAND OF:
<br />---� EXISTING 1,500KVA
<br />UTILITY TRANSFORMER
<br />480Y/277V, 30, 4W SEC
<br />33,914
<br />1020 KW May-2023
<br />33 134 - - - -
<br />MSWB ELEC ROOM 1 EXISTING
<br />I I
<br />I
<br />4000 AMPS
<br />480Y/277V 30 4W
<br />�600A 800A 600A
<br />�3P C3P
<br />600A
<br />�3P
<br />3P
<br />600AT
<br />800AT
<br />600AT
<br />600AT
<br />I
<br />I
<br />I
<br />I
<br />ETR
<br />ETR
<br />ETR
<br />ETR
<br />I
<br />I
<br />EXISTING
<br />EXISTING
<br />PNLBD
<br />PNLBD
<br />32,158
<br />H1A
<br />111132
<br />I
<br />I
<br />I
<br />480Y/277V
<br />480Y/277V
<br />31,846
<br />�
<br />I
<br />I
<br />I
<br />I
<br />I
<br />ELECTRICAL ROOM 1
<br />I
<br />I
<br />I
<br />EXISTING
<br />PNLBD
<br />10,290 H3A
<br />480Y/277V
<br />ELECTRICAL ROOM 3
<br />REPRESENTS THE AVAILABLE FAULT
<br />CURRENT IN RMS SYMMETRICAL AMPS
<br />AT THE RESPECTIVE TRANSFORMER,
<br /><\/i
<br />PANELBOARD, OR EQUIPMENT.
<br />FAULT CURRENT CALCULATIONS ARE BASED ON
<br />AVAILABLE CURRENT OF 33,914 AMPS AT
<br />SECONDARY TERMINALS OF TRANSFORMER AS
<br />PROVIDED BY THE UTILITY COMPANY.
<br />COORDINATE CHANGES TO ELECTRIC SERVICE
<br />AND METERING WITH UTILITY COMPANY.
<br />STORE ADDRESS:
<br />7631 GALL BLVD
<br />ZEPHYRHILLS, FL 33541
<br />UTILITY:
<br />DUKE ENERGY
<br />CONTACT:
<br />CUSTOMER SERVICE
<br />PHONE:
<br />800-544-6900
<br />EMAIL:
<br />CIRAY.OVERHOLZER@DUKE-ENERGY.COM
<br />BARBARA.BLASKO@DUKE-EN ERGY.COM
<br />EXISTING EXISTING
<br />PNLBD PNLBD
<br />16,995 MDP1 15,412 MDP2
<br />480V 480V
<br />( ) 482 TCH1 (PRI) 14,654 TCH2
<br />PRI 16, 225KVA 112.5KVA
<br />480V- 480V-
<br />208Y/120V 208Y/120)
<br />(SEC) 9,403 (EXISTING) (SEC) 4,978 (EXISTING)
<br />I - � I = I
<br />EXISTING EXISTING
<br />PNLBD PNLBD
<br />9,185 SDP1 4,866 SDP2
<br />208Y/120V 208Y/120V
<br />EXISTING EXISTING EXISTING i EXISTING EXISTING
<br />PNLBD PNLBD PNLBD PNLBD PNLBD
<br />CH1A CH1F CH1L CH2F CH2L
<br />208Y/120V 208Y/120V 208Y/120V 208Y1120V 208Y/120V
<br />I I I I
<br />8,207 7,405 7,917 4,333 4,503
<br />COMPRESSOR HOUSE #1 COMPRESSOR HOUSE #2
<br />PARTIAL ONE -LINE DIAGRAM
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<br />ISSUE BLOCK
<br />CHECKED BY: JDS
<br />DRAWN BY: RR
<br />DOCUMENT DATE: 06/30/23
<br />THIS ITEM HAS BEEN
<br />ELECTRONICALLY SIGNED
<br />AND SEALED BY JOHN D.
<br />STOWELL ON THE DATE
<br />LISTED BELOW USING A
<br />DIGITAL SIGNATURE.
<br />PRINTED COPIES OF THIS
<br />DOCUMENT ARE NOT
<br />CONSIDERED SIGNED AND
<br />SEALED AND THE
<br />SIGNATURE MUST BE
<br />VERIFIED ON ANY
<br />ELECTRONIC COPIES.
<br />JOHN D. STOWELL
<br />LICENSE # 91727
<br />0. STO
<br />No. 91727
<br />e ,k
<br />:trz
<br />e 3� • STATE OF ' 4:
<br />O •• A,
<br />'•. < O
<br />S
<br />06/30/2023
<br />PARTIAL
<br />ONE -LINE
<br />DIAGRAM,
<br />DETAIL, AND
<br />SCHEDULES
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