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2850 S
. 36th S
t S
te A
-12
Phoenix, A
Z 85034
(1) S
MA
S
B7.0-1S
P-U
S-41
Project ID:
Mo
du
le
In
ve
rte
r(s)
DC
S
yste
m S
ize
Designer:
Scale:
Date:
De
sig
ne
d F
or:
AC
S
yste
m S
ize
TM
Ke
lm
R
esid
en
ce
350 Jingle B
ob R
oad
8.040
kW
(24) LG
LG
335N
1K
-V
5
7.00 kW
Kelm
3/27/2020
SKYFIRESD.COM
Wickenburg, A
Z 85390
24 LG LG335N1K-V5
SMA SB7.0-1SP-US-41
QTY
1
MODULE
INVERTER
ELECTRICAL
1
BALANCE OF SYSTEM60A AC DISCONNECTPV kWh METER
2
40A 2 POLE PV BREAKERPOINT OF INTERCONNECTION
200A BUS(E)MAIN SERVICE PANEL
200A MAIN BREAKER(E)
ATTACHMENT: ProSolar 6 FastJack
MOUNTING HARDWARE, ROOFING, AND FRAMINGRAIL: ProSolar 1.5
STRUCTURAL
ROOFING: F TileROOF PITCH: 20FRAMING MEMBER: 2X4 TRUSS @ 24" O.C.
PV 1 COVER SHEET
PV 2 SITE PLAN
PV 3 PV LAYOUT
PV 4 DETAILS & UPLIFT CALCULATIONS
PV 5 ONE LINE DIAGRAM
PV 5.1 THREE LINE DIAGRAM
PV 6 LABELS
PV 7 DIRECTORY
CS CUT SHEETS
1. EQUIPMENT SHALL BE INSTALLED IN ACCORDANCE
WITH THE 2005 NEC, 2012 IFC, AND ALL OTHER
APPLICABLE REQUIREMENTS OF:
JURISDICTION: Wickenburg
UTILITY: APS
2. PHOTOVOLTAIC SYSTEM SHALL BE INSTALLED
ACCORDING TO THE 2005 NATIONAL ELECTRICAL CODE
WITH REFERENCE TO THE FOLLOWING:
3. ARTICLE 690, AND SECTIONS 200-6, 210-6, 230-70,
240-3, 250-26, 250-50, 250-122 TO INCLUDE
REFERENCED SECTIONS AND TABLES
4. PHOTOVOLTAIC ARRAYS SHALL BE PROVIDED WITH
DC GROUND-FAULT PROTECTION. NEC 690.5(A) - (C).
5. DC GROUNDING ELECTRODE CONDUCTOR SHALL BE
SIZED ACCORDING TO NEC 690.47(B): NEC 250.166,
250.169, AND 250. 64.
6. DC GROUNDING ELECTRODE SHALL BE BONDED TO
THE AC GROUNDING ELECTRODE AND THE CONDUCTOR
SHALL BE NO SMALLER THAN THE LARGEST GROUNDING
ELECTRODE CONDUCTOR, EITHER AC OR DC. NEC 690.47
(C)(3)
7. THE AC GROUNDING ELECTRODE CONDUCTOR SHALL
BE SIZED ACCORDING TO NEC 250.66, TABLE 310.15(B)
8. OVERCURRENT DEVICES, WHERE REQUIRED, SHALL
BE RATED AS REQUIRED BY NEC 690.8(B)(1)(a) THROUGH
(1)(d).
9. GROUNDING SHALL BE CONTINUOUS AND INSTALLED
TO ALLOW FOR PANEL REMOVAL WITHOUT DISRUPTING
CONTINUITY. ALL MODULE GROUND CONNECTIONS NEC
690.4(C)
10. WORKING CLEARANCES AROUND THE EXITING
ELECTRICAL EQUIPMENT AS WELL AS THE NEW
ELECTRICAL EQUIPMENT WILL BE MAINTAINED IN
ACCORDANCE WITH NEC 110.26
11. ALL PHOTOVOLTAIC SYSTEM CONDUCTORS WILL BE
90 DEGREE C RATED. NEC 690.31B, TABLE 310.16, TABLE
310.17
12. WHERE DC CONDUCTORS ARE RUN INSIDE THE
BUILDING (OR ATTIC), THEY SHALL BE CONTAINED IN A
METAL RACEWAY. NEC 690.31 (E)
13. ALL EXTERIOR CONDUIT, FITTINGS, AND BOXES
SHALL BE RAIN-TIGHT AND APPROVED FOR USE IN WET
LOCATIONS. NEC314.15
14. ANY CONDUCTORS EXPOSED TO SUNLIGHT SHALL
BE LISTED AS SUNLIGHT RESISTANT NEC 300.6 (C)(1),
310.8 (D)
15. ALL METALLIC RACEWAYS AND EQUIPMENT SHALL
BE BONDED AND ELECTRICALLY CONTINUOUS. NEC
250.90, 250.96
16. ALL EQUIPMENT SHALL BE LISTED AND LABELED BY
A RECOGNIZED ELECTRICAL TESTING LABORATORY AND
INSTALLED PER THE LISTING REQUIREMENTS AND THE
MANUFACTURERS INSTRUCTIONS. NEC 690.9(A)
17. SIZE OF ALTERNATING-CURRENT GROUNDING
ELECTRODE CONDUCTOR. THE SIZE OF THE GROUNDING
ELECTRODE CONDUCTOR AT THE SERVICE, AT EACH
BUILDING OR STRUCTURE WHERE SUPPLIED BY A
FEEDER(S) OR BRANCH CIRCUIT(S), OR AT A
SEPARATELY DERIVED SYSTEM OF A GROUNDED OR
UNGROUNDED AC SYSTEM SHALL NOT BE LESS THAN
GIVEN IN TABLE 250.66, EXCEPT AS PERMITTED IN
250.66(A) THROUGH (C).
18. PHOTOVOLTAIC SOURCE CIRCUIT CURRENTS. THE
MAXIMUM CURRENT SHALL BE THE SUM OF PARALLEL
MODULE RATED SHORT CIRCUIT CURRENTS MULTIPLIED
BY 125 PERCENT. NEC 690.8(A)(1)
19. GROUNDED DC PHOTOVOLTAIC ARRAYS SHALL BE
PROVIDED WITH DC GROUND-FAULT PROTECTION
MEETING THE REQUIREMENTS OF 690.5(A) THROUGH (C)
TO REDUCE FIRE HAZARDS. UNGROUNDED DC
PHOTOVOLTAIC ARRAYS SHALL COMPLY WITH 690.35.
NEC 690.5
INVERTER W/
(INTEGRATED DC DISCO)
VICINITY MAP LEGEND
PAGE INDEX
SCOPE OF WORK
GENERAL NOTES
NTS
CO
VE
R P
AG
E
TRENCH
FENCE/BLOCK WALL
PROPERTY LINE
PV SYSTEM METER
ALL IN ONE - UTILITY METER
& MAIN PANEL
DC DISCONNECT
AC DISCONNECT (UNFUSED)
AC FUSED DISCONNECT
LOAD CENTER
CONDUIT
MAIN SERVICE PANEL
UTILITY METER
PV 1
2850 S
. 36th S
t S
te A
-12
Phoenix, A
Z 85034
(1) S
MA
S
B7.0-1S
P-U
S-41
Project ID:
Mo
du
le
In
ve
rte
r(s)
DC
S
yste
m S
ize
Designer:
Scale:
Date:
De
sig
ne
d F
or:
AC
S
yste
m S
ize
TM
Ke
lm
R
eside
nce
350 Jingle B
ob R
oad
8.040 kW
(24
) LG
LG
335N
1K
-V
5
7.00 kW
Kelm
3/27/2020
SKYFIRESD.COM
Wickenburg, A
Z 85390
UTILITY SHALL HAVE 24-HOUR UNRESTRICTED
AND UNOBSTRUCTED ACCESS TO THE UTILITY
DISCONNECT SWITCH.
UTILITY SHALL HAVE 24-HOUR UNRESTRICTED
ACCESS TO THE DEDICATED PHOTOVOLTAIC
SYSTEM kWh METER.
WORKSPACE IN FRONT OF AC ELECTRICAL
SYSTEM COMPONENTS SHALL BE IN ACCORDANCE
WITH APS AND NEC REQUIREMENTS.
VERIFY ELECTRICAL METER SEPARATION
BETWEEN WATER AND GAS AS REFEREED IN
SECTION 301.15 OF THE APS ESRM
NO LOCKED FENCES ON PROPERTY.
SIT
E P
LA
N
(N) UNFUSED UTILITY
DISCONNECT
(N) LOAD CENTER
(COMBINER PANEL)
TRENCH
FENCE/BLOCK WALL
PROPERTY LINE
(N) FUSED UTILITY
DISCONNECT
(N) DC DISCONNECT
MAIN SERVICE PANEL
(MSP)
ALL-IN-ONE UTIL. METER
& MAIN SERVICE PANEL
CONDUIT
LE
GE
ND
(N) PV SYSTEM
PRODUCTION METER
(E) UTILITY METER
(N) INVERTER (W/
DC DISCONNECT)
(E) SUB PANEL
1/16" = 1'-0"
PV 2
350 Jingle Bob Road
DRIVEWAY
FRONT OF
HOUSE
GATE
UTILITY AC DISCONNECT
AND UTILITY PV METER
CUSTOMER DISCONNECT
2850 S
. 36th S
t S
te A
-12
Phoenix, A
Z 85034
(1) S
MA
S
B7.0-1S
P-U
S-41
Project ID:
Mo
du
le
In
ve
rte
r(s)
DC
S
yste
m S
ize
Designer:
Scale:
Date:
De
sig
ne
d F
or:
AC
S
yste
m S
ize
TM
Ke
lm
R
esid
en
ce
350 Jingle B
ob R
oad
8.040
kW
(24) LG
LG
335N
1K
-V
5
7.00 kW
Kelm
3/27/2020
SKYFIRESD.COM
Wickenburg, A
Z 85390
13'-4"
5'-6
"
20'-0"
5'-6
"
A
PV4
26'-8"
ARRAYROOF
AZIMUTH:
PITCH:
ROOFING:
MP 1
MP 2
AZIMUTH:
PITCH:
STORY:
AZIMUTH:
PITCH:
ROOFING:
AZIMUTH:
PITCH:
STORY:
NOTES
190°
20°
F Tile
190°
20°
1
190°
20°
F Tile
190°
20°
1
1. EXISTING PLUMBING VENTS, SKYLIGHTS, EXHAUST
OUTLETS, VENTILATION INTAKE AIR OPENINGS
SHALL NOT BE COVERED BY THE SOLAR
PHOTOVOLTAIC SYSTEM.
2. DC CIRCUIT THAT RUNS INTERIOR TO THE
STRUCTURE SHALL BE IN RIGID OR ELECTRICAL
METALLIC TUBING AND LOCATED A MINIMUM OF 18"
BELOW THE ROOF OR ALONG THE BOTTOM OF
LOAD BEARING MEMBERS.
STANDOFF SPACING: 6'-0" (TYP.)
PARALLEL RAIL SPACING: 3'-3" (TYP.)
(N) UNFUSED UTILITY
DISCONNECT
(N) LOAD CENTER
(COMBINER PANEL)
TRENCH
FENCE/BLOCK WALL
PROPERTY LINE
(N) FUSED UTILITY
DISCONNECT
(N) DC DISCONNECT
MAIN SERVICE PANEL
(MSP)
ALL-IN-ONE UTIL. METER
& MAIN SERVICE PANEL
CONDUIT
LE
GE
ND
(N) PV SYSTEM
PRODUCTION METER
(E) UTILITY METER
(N) INVERTER (W/
DC DISCONNECT)
(E) SUB PANEL
PV
L
AY
OU
T
1/8" = 1'-0"
PV 3
MP 2MP 1
3' FSB
3' FSB
2850 S
. 36th S
t S
te A
-12
Phoenix, A
Z 85034
(1) S
MA
S
B7.0-1S
P-U
S-41
Project ID:
Mo
du
le
In
ve
rte
r(s)
DC
S
yste
m S
ize
Designer:
Scale:
Date:
De
sig
ne
d F
or:
AC
S
yste
m S
ize
TM
Ke
lm
R
esid
en
ce
350 Jingle B
ob R
oad
8.040
kW
(24) LG
LG
335N
1K
-V
5
7.00
kW
Kelm
3/27/2020
SKYFIRESD.COM
Wickenburg, A
Z 85390
MODULE: LG LG335N1K-V5
RAIL: ProSolar 1.5STANDOFF/STANCHION: ProSolar 6 FastJack
SNOW LOAD (PSF): 0
EXPOSURE CATEGORY: CBASIC WIND SPEED: 115
RAFTER/TRUSS SIZE: 2 X 4
ZONE: 2
GEOGRAPHY
SHAPE: PitchedPITCH: 20°
MEAN HEIGHT: 15'
CONTIGUOUS SQ/FT: 84 - Largest Array
RAFTER/TRUSS SPACING: 24" O.C.
MATERIAL: F Tile
ARRAY
MOUNTING HARDWARE
ROOF
FRAMING MEMBER
ORIENTATION: Portrait
Scale: 1' 1/2" = 1'
STANDOFF DETAIL
A
PIPE FLASHING & SEALANT
(E) F Tile
(E) ROOF DECKING
(E) 2X4 TRUSS @ 24" O.C.
5/16 LAG BOLT - MIN
2.5" EMBEDMENT
LG LG335N1K-V5
SOLAR MODULE
MID/END CLAMP
PRO SOLAR 1.5"
ALUMINUM MOUNTING RAIL
PROSOLAR FASTJACK
6" ALUMINUM STANDOFF,
ATTACH W/ (1) 5/16" LAG SCREWS
2
UPLIFT CALCULATIONS
p q G C
qz
SOLAR ARRAY
Velocity pressure, , evaluated at height shall becalculated by the following equation:
z
z
q 0.00256 K K K V I (psf)zt d
ztK =1.00 dK =0.85 V =115 I =1
n
n
= x x x x x
6.5.8: GUST EFFECT FACTOR
G = 0.85 C = -1.47 (UPLIFT PRESSURE)
(DOWNFORCE PRESSURE)
DEAD LOAD CALCULATIONSFigure 6-19(A)(B)or(C)
POINT LOAD CALCULATIONS
MODULE WIDTH (W) = 3.25'
MODULE WEIGHT (Mm) = 39.68 (lbs)HARDWARE WEIGHT (Mh) = 2.00 (lbs per module)MODULE LENGTH (L) = 6.46'
Amax: 19.39 (psf)Pu: 30.49
max
max
6.5.13.3: COMPONENT AND CLADDING ELEMENTS
6.5.10: VELOCITY PRESSURE
K =0.85
The net design wind pressure for component and cladding elements of mono-sloped, pitched,and troughed roofs shall be determined by the following equation:
z
NET PRESSURE COEFFICIENT
q = 24.46
C = -1.47
zz
nh
ASCE 7-10 CHAPTER 6 WIND LOADING
= x x
DESIGN WIND PRESSURES
DESIGN LOADS
= 30.49 (UPLIFT)
DEAD LOAD = 16.59 (psf)
nh
p
p = q x G x C (psf)p u
DL = (Mm + Mh) / (L x W)
d
MAX UPLIFT FORCE
MAX TRIBUTARY AREA
PL = Amax x DL (lbs) LAG SIZE x LENGTH: 0.3125" x 4"LAG PULLOUT CAPACITY (Cmax): 984 (lbs)LAG BOLTS PER STANDOFF (NI): 2 (per standoff)
BETWEEN PARALLEL RAILS (Y): 3' - 3"
(SINGLE STANDOFF)
STANDOFF SPACINGBETWEEN RAFTERS/TRUSSES (X): 6' - 0"
up = A x pmax max
DL = 1.99
A = X x Y (sqft)max
A = 19.39max
A = 19.39Dead load (DL) = 1.99 (per module)
PL = 38.50
p
Factor of Safety = C x NI / pmax
Factor of Safety = 3.33
= 10.40 (DOWNFORCE)
LIVE LOAD = 0.0 (psf)
max
= 591
DE
TA
IL
S &
SEE DETAIL
UP
LIF
T C
AL
CU
LA
TIO
NS
PV 4
28
50 S
. 36
th S
t S
te A
-1
2
Pho
enix, A
Z 85
034
(1
) S
MA
S
B7
.0
-1
SP
-U
S-4
1
Project ID:
Mo
du
le
In
ve
rte
r(s)
DC
S
yste
m S
ize
Designer:
Scale:
Date:
De
sig
ne
d F
or:
AC
S
yste
m S
ize
TM
Kelm
R
esidence
35
0 Jin
gle
B
ob
R
oa
d
8.0
40 kW
(2
4) L
G L
G3
35
N1
K-V
5
7.0
0 kW
Kelm
3/27/2020
SKYFIRESD.COM
Wicke
nb
urg
, A
Z 8
53
90
A1
B1
GND
GFP/
GFCI
INVERTER 1
SMA
SB7.0-1SP-US-41
A1
G1
MODULE SPECS
INVERTER 1
ARRAY > JUNCTION BOX
DC
INVERTER 2
DC
INVERTER 3
DC
INVERTER(S)
JUNCTION BOX >
DC
COMBINER PANEL OR POI
AC
COMBINERINVERTER(S) >ARRAY > JUNCTION BOX ARRAY > JUNCTION BOX
CO
ND
UC
TO
RS
&
C
ON
DU
IT
PANEL > POI
WIRE SIZING NOTESTEMP SPECS
B1
GND
60A
PV SYSTEM
DISCONNECT
SWITCH
G1G1
GND
G1G1
PV SYSTEM
UTILITY
kWh METER
GND
60A PV
SYSTEM
UTILITY
DISCONNECT
SWITCH
G1G1
GR
OU
ND
NE
UT
RA
L
TO UTILITY GRID
240 VAC 1ɸ
BI-DIRECTIONAL
UTILITY METER
TOP FED MAIN
SERVICE PANEL
(E) 200A
40A
(E) 200A
120% RULEELECTRICAL PANEL SPECSNOTES GROUNDING NOTESAC CALCS
4 7
12
1112
2
5 7
6 12
4 LABEL "PHOTOVOLTAIC SYSTEM UTILITY DISCONNECT SWITCH." SWITCH COVER TO BE LOCKED AT ALL TIMES. SWITCH TO BE VISUAL OPEN AND ACCESSIBLE PER UTILITY REQUIREMENTS.
2 BI-DIRECTIONAL UTILITY METER INSTALLED BY UTILITY COMPANY (AS REQUIRED).
6 LABEL "PHOTOVOLTAIC SYSTEM METER." METER ENCLOSURE AND SOCKET PROVIDED AND INSTALLED BY CUSTOMER PER APS ESRM. METER PROVIDED BY CUSTOMER
(AS REQUIRED).
7 PROVIDE WARNING SIGN READING "WARNING-ELECTRIC SHOCK HAZARD-DO NOT TOUCH TERMINALS-TERMINALS
ON BOTH LINE AND LOAD SIDES MAY BE ENERGIZED IN THE OFF POSITION."
8 LABEL "WARNING INVERTER OUTPUT CONNECTION. DO NOT RELOCATE THIS OVERCURRENT DEVICE" AND LOCATE
BREAKER AT OPPOSITE END OF BUS FROM MAIN BREAKER LOCATION.
9 METALLIC CONDUIT SHALL BE USED WITHIN BUILDING.
10 LABEL "DEDICATED PHOTOVOLTAIC SYSTEM COMBINER PANEL" AND "DO NOT ADD LOADS TO THIS PANEL."
11 GEC TO BE INSTALLED AS REQUIRED BY MANUFACTURER INSTRUCTIONS.
12 EQUIPMENT SHALL BE LISTED, TESTED AND MARKED TO WITHSTAND THE AVAILABLE SHORT CIRCUIT CURRENT.
1 EQUIPMENT SHALL BE INSTALLED AND LABELED IN ACCORDANCE WITH THE NEC AND ALL APPLICABLE REQUIREMENTS OF THE SERVING ELECTRIC UTILITY COMPANY AND OF THE LOCAL AUTHORITY HAVING JURISDICTION.
3 LABEL "WARNING - A GENERATION SOURCE IS CONNECTED TO THE SUPPLY (UTILITY) SIDE OF THE SERVICE DISCONNECTING MEANS. FOLLOW PROPER
LOCKOUT/TAGOUT PROCEDURES TO ENSURE THE PHOTOVOLTAIC SYSTEM UTILITY DISCONNECT SWITCH IS OPENED PRIOR TO PERFORMING WORK ON THIS DEVICE."
5 LABEL "PHOTOVOLTAIC ARRAY DC DISCONNECT DEVICE ". LABEL WITH OPERATING CURRENT, OPERATING VOLTAGE, MAXIMUM SYSTEM VOLTAGE, AND SHORT
CIRCUIT CURRENT. SWITCH TO BE LOCKED [PLEASE SHOW SWITCH INTERNAL WIRING CONFIGURATION PER MANUFACTURER'S REQUIREMENTS.]
PV 5
NTS
ON
E L
IN
E D
IA
GR
AM
28
50 S
. 36
th S
t S
te A
-1
2
Pho
enix, A
Z 85
034
(1
) S
MA
S
B7
.0
-1
SP
-U
S-4
1
Project ID:
Mo
du
le
In
ve
rte
r(s)
DC
S
yste
m S
ize
Designer:
Scale:
Date:
De
sig
ne
d F
or:
AC
S
yste
m S
ize
TM
Kelm
R
esidence
35
0 Jin
gle
B
ob
R
oa
d
8.0
40 kW
(2
4) L
G L
G3
35
N1
K-V
5
7.0
0 kW
Kelm
3/27/2020
SKYFIRESD.COM
Wicke
nb
urg
, A
Z 8
53
90
A1
B1
GND
GFP/
GFCI
INVERTER 1
SMA
SB7.0-1SP-US-41
A1
G1
MODULE SPECS
INVERTER 1
ARRAY > JUNCTION BOX
DC
INVERTER 2
DC
INVERTER 3
DC
INVERTER(S)
JUNCTION BOX >
DC
COMBINER PANEL OR POI
AC
COMBINERINVERTER(S) >ARRAY > JUNCTION BOX ARRAY > JUNCTION BOX
CO
ND
UC
TO
RS
&
C
ON
DU
IT
PANEL > POI
WIRE SIZING NOTESTEMP SPECS
B1
GND
60A
PV SYSTEM
DISCONNECT
SWITCH
G1G1
GND
G1G1
PV SYSTEM
UTILITY
kWh METER
GND
60A PV
SYSTEM
UTILITY
DISCONNECT
SWITCH
G1G1
GR
OU
ND
NE
UT
RA
L
TO UTILITY GRID
240 VAC 1ɸ
BI-DIRECTIONAL
UTILITY METER
TOP FED MAIN
SERVICE PANEL
(E) 200A
40A
(E) 200A
120% RULEELECTRICAL PANEL SPECSNOTES GROUNDING NOTESAC CALCS
4 7
12
1112
2
5 7
6 12
4 LABEL "PHOTOVOLTAIC SYSTEM UTILITY DISCONNECT SWITCH." SWITCH COVER TO BE LOCKED AT ALL TIMES. SWITCH TO BE VISUAL OPEN AND ACCESSIBLE PER UTILITY REQUIREMENTS.
2 BI-DIRECTIONAL UTILITY METER INSTALLED BY UTILITY COMPANY (AS REQUIRED).
6 LABEL "PHOTOVOLTAIC SYSTEM METER." METER ENCLOSURE AND SOCKET PROVIDED AND INSTALLED BY CUSTOMER PER APS ESRM. METER PROVIDED BY CUSTOMER
(AS REQUIRED).
7 PROVIDE WARNING SIGN READING "WARNING-ELECTRIC SHOCK HAZARD-DO NOT TOUCH TERMINALS-TERMINALS
ON BOTH LINE AND LOAD SIDES MAY BE ENERGIZED IN THE OFF POSITION."
8 LABEL "WARNING INVERTER OUTPUT CONNECTION. DO NOT RELOCATE THIS OVERCURRENT DEVICE" AND LOCATE
BREAKER AT OPPOSITE END OF BUS FROM MAIN BREAKER LOCATION.
9 METALLIC CONDUIT SHALL BE USED WITHIN BUILDING.
10 LABEL "DEDICATED PHOTOVOLTAIC SYSTEM COMBINER PANEL" AND "DO NOT ADD LOADS TO THIS PANEL."
11 GEC TO BE INSTALLED AS REQUIRED BY MANUFACTURER INSTRUCTIONS.
12 EQUIPMENT SHALL BE LISTED, TESTED AND MARKED TO WITHSTAND THE AVAILABLE SHORT CIRCUIT CURRENT.
1 EQUIPMENT SHALL BE INSTALLED AND LABELED IN ACCORDANCE WITH THE NEC AND ALL APPLICABLE REQUIREMENTS OF THE SERVING ELECTRIC UTILITY COMPANY AND OF THE LOCAL AUTHORITY HAVING JURISDICTION.
3 LABEL "WARNING - A GENERATION SOURCE IS CONNECTED TO THE SUPPLY (UTILITY) SIDE OF THE SERVICE DISCONNECTING MEANS. FOLLOW PROPER
LOCKOUT/TAGOUT PROCEDURES TO ENSURE THE PHOTOVOLTAIC SYSTEM UTILITY DISCONNECT SWITCH IS OPENED PRIOR TO PERFORMING WORK ON THIS DEVICE."
5 LABEL "PHOTOVOLTAIC ARRAY DC DISCONNECT DEVICE ". LABEL WITH OPERATING CURRENT, OPERATING VOLTAGE, MAXIMUM SYSTEM VOLTAGE, AND SHORT
CIRCUIT CURRENT. SWITCH TO BE LOCKED [PLEASE SHOW SWITCH INTERNAL WIRING CONFIGURATION PER MANUFACTURER'S REQUIREMENTS.]
PV 5.1
SEE DETAIL
TH
RE
E L
IN
E D
IA
GR
AM
2850 S
. 36th S
t S
te A
-12
Phoenix, A
Z 85034
(1) S
MA
S
B7.0-1S
P-U
S-41
Project ID:
Mo
du
le
In
ve
rte
r(s)
DC
S
yste
m S
ize
Designer:
Scale:
Date:
De
sig
ne
d F
or:
AC
S
yste
m S
ize
TM
Ke
lm
R
esid
en
ce
350 Jingle B
ob R
oad
8.040
kW
(24) LG
LG
335N
1K
-V
5
7.00
kW
Kelm
3/27/2020
SKYFIRESD.COM
Wickenburg, A
Z 85390
INVERTER OUTPUT CONNECTION
DO NOT RELOCATE THIS
OVERCURRENT DEVICE
AC DISCONNECT
PHOTOVOLTAIC ARRAY
OPERATING VOLTAGE:_____ V
PHOTOVOLTAIC DISCONNECT
FOR UTILITY OPERATIONS
THIS SERVICE ALSO SERVED
BY A PHOTOVOLTAIC SYSTEM
MAIN SERVICE PANELAC DISCONNECT
CONDUIT, RACEWAYS,
ENCLOSURES, CABLE
ASSEMBLIES
& JUNCTION BOXES
Warning: Photovoltaic Power Source
240
WARNING
ELECTRIC SHOCK HAZARD.
THE DC CONDUCTORS OF THIS
PHOTOVOLTAIC SYSTEM ARE
UNGROUNDED AND MAY BE
NEC 690.35(F) UNGROUNDED SYSTEMS JUNCTION BOX
NEC 690.31(E)(3) CONDUIT
ENERGIZED.
NEC 705.12(D)(7)
LABEL TO BE INSTALLED DIRECTLY NEXT TO PV BACKFEED
BREAKER. IF INSTALLED ANYWHERE ELSE ON DEADFRONT
THEN A PERMANENT ARROW FROM LABEL POINTING TO
PV BACKFEED BREAKER REQUIRED.
NEC 705.12(D)(4)
NEC 690.54
NEC 690.14(C)(2)
PHOTOVOLTAIC DISCONNECT
FOR UTILITY OPERATIONS
NEC 690.14(C)(2)
WARNING
WARNING
PHOTOVOLTAIC POWER SOURCE
OPERATING AC VOLTAGE: _____ V
MAXIMUM OPERATING AC OUTPUT
CURRENT: ______ AMPS
240
NEC 690.54
OPERATING CURRENT: _____ A
INVERTER #1
WARNING
ELECTRIC SHOCK HAZARD.
THE DC CONDUCTORS OF THIS
PHOTOVOLTAIC SYSTEM ARE
UNGROUNDED AND MAY BE
ENERGIZED.
NEC 690.17(4) UNGROUNDED SYSTEMS
PHOTOVOLTAIC DISCONNECT
FOR UTILITY OPERATIONS
NEC 690.14(C)(2)
PHOTOVOLTAIC ARRAY
DC DISCONNECT
OPERATING CURRENT: ______ A
OPERATING VOLTAGE: ______ V
MAX. SYSTEM VOLTAGE: ______ V
SHORT-CIRCUIT CURRENT: ______ A
NEC 690.53
414
10.31
536
9.72
SMA SB7.0-1SP-US-41
29.20
29.20
PV 6
NTS
NOTES
Only install applicable labels. Marking is required on all interior and exterior PV
conduit, raceways, enclosures, cable assemblies, and junction boxes to alert the fire
service to avoid cutting them. Marking shall be placed every 10', within 1' of turns or
bends, above and/or below penetrations, and at all PV combiner and junction boxes.
Reflective weather resistant material suitable for the environment (durable adhesive
materials must meet this requirement)
Marking Content and Format:
-Red Background
-White Lettering
-Minimum 3/8” Letter Height
-All capital letters
-Arial or similar font, Non bold
LA
BE
LS
28
50
S
. 3
6th
S
t S
te
A
-1
2
Ph
oe
nix, A
Z 8
50
34
(1
) S
MA
S
B7
.0
-1
SP
-U
S-4
1
Project ID:
Module
Inverter(s)
DC
S
ystem
S
ize
Designer:
Scale:
Date:
Designed F
or:
AC
S
ystem
S
ize
TM
Ke
lm
R
esid
en
ce
35
0 Jin
gle
B
ob
R
oa
d
8.0
40 kW
(2
4) L
G L
G3
35
N1
K-V
5
7.0
0 kW
Kelm
3/27/2020
SKYFIRESD.COM
Wicke
nb
urg
, A
Z 8
53
90
PV 7
NTS
DIR
EC
TO
RY
CAUTION
POWER TO THIS BUILDING IS ALSO SUPPLIED FROM THE
FOLLOWING SOURCES WITH DISCONNECTS LOCATED AS SHOWN:
PHOTOVOLTAIC BACK-FED CIRCUIT BREAKER IN MAIN ELECTRICAL
PANEL IS AC DISCONNECT
- OPERATING VOLTAGE = 240VMAX CURRENT = 29.20A
FRONT
OF HOME
AC DISCONNECT
PHOTOVOLTAIC
INVERTER AND DC
DISCONNECT
SERVICE POINT &
UTILITY METER
AC DISCONNECT
SOLAR
PHOTOVOLTAIC
LG335N1K-V5
About LG ElectronicsLG Electronics is a global leader in electronic products in the clean energy markets by offering solar PV panels and energy storage systems. The company first embarked on a solar energy source research program in 1985, supported by LG Group’s vast experience in the semi-conductor, LCD, chemistry and materials industries. In 2010, LG Solar successfully released its first MonoX® series to the market, which is now available in 32 countries. The NeON® (previous MonoX® NeON), NeON®2, NeON®2 BiFacial won the “Intersolar AWARD” in 2013, 2015 and 2016, which demonstrates LG’s leadership and innovation in the solar industry.
Enhanced Performance Warranty
LG NeON® 2 Black has an enhanced performance warranty. After 25 years, LG NeON® 2 Black is guaranteed at least 90.08% of initial performance.
Roof Aesthetics
LG NeON® 2 Black has been designed with aesthetics in mind using thinner wires that appear all black at a distance. LG NeON® 2 Black can increase the value of a property with its modern design.
Better Performance on a Sunny Day
LG NeON® 2 Black now performs better on sunny days, thanks to its improved temperature coefficient.
Enhanced Product Warranty
LG has extended the warranty of the NeON® 2 Black to 25 years including labor, which is top level in the industry.
Features
335W The LG NeON® 2 is LG’s best selling solar module, and is one of the most powerful and versatile modules on the market today. Featuring LG’s Cello Technology, the LG NeON® 2 increases power output. New updates include an extended performance warranty from 86% to 90.08% to give customers higher performance and reliability.
60
KM 564573 BS EN 61215 Photovoltaic Modules
TM
yrs25Warranty
When you go solar, ask for the brand you can trust: LG Solar
LG335N1K-V5
LG Electronics Inc.Solar Business Division2000 Millbrook DriveLincolnshire, IL 60069
www.lg-solar.com
Product specifications are subject to change without notice.LG335N1K-V5_AUS.pdf
© 2019 LG Electronics. All rights reserved.
I-V Curves
General DataCell Properties (Material/Type) Monocrystalline/N-type
Cell Maker LG
Cell Configuration 60 Cells (6 x 10)
Number of Busbars 12EA
Module Dimensions (L x W x H) 1,686mm x 1,016mm x 40 mm
Weight 17.1 kg
Glass (Material) Tempered Glass with AR Coating
Backsheet (Color) Black
Frame (Material) Anodized Aluminium
Junction Box (Protection Degree) IP 68 with 3 Bypass Diodes
Cables (Length) 1,000mm x 2EA
Connector (Type/Maker) MC 4/MC
Electrical Properties (NMOT)Model LG335N1K-V5
Maximum Power (Pmax) [W] 250
MPP Voltage (Vmpp) [V] 32.3
MPP Current (Impp) [A] 7.75
Open Circuit Voltage (Voc) [V] 38.6
Short Circuit Current (Isc) [A] 8.29
Temperature CharacteristicsNMOT* [°C] 42 ± 3
Pmax [%/°C] -0.36
Voc [%/°C] -0.27
Isc [%/°C] 0.03
*NMOT (Nominal Module Operating Temperature): Irradiance 800 W/m2, Ambient temperature 20 °C, Wind speed 1 m/s, Spectrum AM 1.5
Packaging ConfigurationNumber of Modules per Pallet [EA] 25
Number of Modules per 40ft HQ Container [EA] 650
Packaging Box Dimensions (L x W x H) [mm] 1,750 x 1,120 x 1,221
Packaging Box Gross Weight [kg] 464
Dimensions (mm/inch)
Operating ConditionsOperating Temperature [°C] -40 ~+90
Maximum System Voltage [V] 1,000(UL), 1000(IEC)
Maximum Series Fuse Rating [A] 20
Mechanical Test Load (Front) [Pa/psf] 5,400/113
Mechanical Test Load (Rear) [Pa/psf] 4,000/84
*Manufacturer Declaration according to IEC 61215:2005Mechanical Test Loads 5,400 Pa/4,000 Pa based on IEC 61215-2:2016 (Test Load = Design Load x Safety Factor (1.5))
+
+-
-
Certifications and Warranty
Certifications
IEC 61215-1/-1-1/2:2016, IEC 61730-1/2:2016,
UL 1703
ISO 9001, ISO 14001, ISO 50001
OHSAS 18001
Salt Mist Corrosion Test IEC 62701:2012 Severity 6
Ammonia Corrosion Test IEC 62716:2013
Fire Rating Class C (UL 790)
Solar Module Product Warranty 25 Years
Solar Module Output Warranty Linear Warranty*
*Improved: 1st year 98%, from 2-24th year: 0.33%/year down, after 25th year: 90.08%
Voltage (V)Cu
rren
t (A
)0.0
0.0
2.0
4.0
6.0
8.0
10.0
12.0
10.0 20.0 30.0 40.0
Electrical Properties (STC*)Model LG335N1K-V5
Maximum Power (Pmax) [W] 335
MPP Voltage (Vmpp) [V] 34.5
MPP Current (Impp) [A] 9.72
Open Circuit Voltage (Voc 5%) [V] 41.1
Short Circuit Current (Isc 5%) [A] 10.31
Module Efficiency [%] 19.6
Power Tolerance [%] 0 ~ +3
*STC (Standard Test Condition): Irradiance 1000 W/m², Cell temperature 25°C, AM 1.5, Measure Tolerance: 3%.+-
