860 Hibiscus St solar panel permit IFO
0 4%
GENERIC DRAWINE SET FOR .
0 kri,2 Zr=
Ln
Symbols: Abbreviations: LAj 00
HYUNDAI HIS 330 MODULE < : U-1
Shce!t where
se ton is located 71.
Section............ AC Alternating Current .0 z
10 %...
ABB CENTRAL IN' ERTER \1�107
4,,�,Detail ID Letter APPROX Approximate
Elevation........... heet where
UN'IRAC SOLARIVIOU T SYSTEM section Is located AWG American Wire Gauge 4-0
Detail ID Letter 0
CB Combiner Box 16-
Detail................ X 4-j
Sheet where E W W
SHINGLE ROOF I STALL section is located DC Direct Current CU 1= cc
4n' -6 E
u- 0 4
Detail ID Letter 4-0
3; *=
-a' DCD Direct Current Disconnect cu
T
Detail................ X g 4
rea to be enlarged r-1 In
X-xx
(Enlarged Plan) 9E!::j%
DISC Disconnect 0.
Sheet where E0 -c'44 �i
section is located L- eq �: W
Keyed note designation (E) Existing CW M r4 0 >
Keyed Notes.......... �E u �0; r, 0- 0
(D on applicable sheet EL Elevation M ca U
0 -0 CO
(U :3
(D >- a & 0
Ground Terminal..... EQ Equal tD >
0 Ci 0
4-4
J B Junction Box 0
A-00 Cover Page Grounding Point/rod.... .. MC13 Main Combiner Box I CL I
S-01 Structural Attachment Details And Schedule
E-01 Generic System 3-Line Riser Diagram MFR Manufacturer
E-02 Labels Solar Panel......... or 00---Module with Source MIN Minimum
Lo
DS-01 Data Sheet Circuit number
DS-02 Data Sheet MISC Miscellaneous LU
-i
0 y
0
U-
DS-03 Data Sheet Combiner Box.......... (N) New z LU cf) FO
CqQ
OCPD OverCurrent Protection Device LLJ M
DC Disconnect.......... Z OF-- Cz U!
— U to 0
POCC Point of Common Coupling Ce U-
U Z
<
z U
PV Photovoltaic LU 0
Main Distribution 00
Panel ...................... SF Squarefoot/feet C*4 LU
Fuse ...................... STC Standard Test Conditions
TBD To Be Determined PV SYSTEM
Overcurrent Breaker.. TYP Typical RETROFIT
OFFICECOPY1 Total output: 2.6-11.22 kW(DQ
VIF Verify In Field #Modules: 8-34
Inverter.................... WP Weather Proof Manufacturer: Hyundai
Model: HIS-330W Module
REVIEWED FOR CODE COMPLIAN E
Transformer............. CITY OF ATLANTIC BEACH SCALE: NTS
SEE PERMITS FOR ADDITIONAL DRAWN BY:JT
Automatic............... Ers] REQUIREMENTS AND CONDITIONS CHECKED BY: RC
Transfer Switch REVIEWED BY.--.L�'I- DATE.-I_),-,? DATE: 7/20/16
SHEET 1 OF 7
Revision: Sheet.
DWG#: HYABB1 A-00
NUMBERS SHOWN IN GENERIC HIP/Gj�BLE ROOF PLAN VIEW REPRESENT WIND ZONES. "a"DIMENSION DEFINED IN ASCE SPAC114G OF FLANGE CONNECTION SHALL BE FASTENED
7-10 IS 4 FT REGARDLESS PER 2014 FLORIDA RESIDENTIAL CODE. INSTALLATION OF MODULES SHALL BE LOCATED IN TO STRUCTURAL WOOD ROOF SUPPORT TYP.2 PLC 0
ROOF WIND ZONE 1 AND 2. WIND ZO YE 3 REQUIRES SITE SPECIFIC STRUCTURAL ENGINEERS APPROVAL PER SIDE OF MODULE AND BE CONNECTED<25%OFD Nkv too, 0
MODULE LENGTH.
00
W4r TYP. 4-V TYP.
Uj
USE ANTI-SEIZE AND TIGHTEN TO f Iq
ITORQUE PER MANUF.INSTRUCTIONS Lnn'
(2) 3
Fm 00
. 0 !w :d .1, C.>
a 0 110,
a. 72 CELL PHOTOVOLTAIC
MODULE TYP.
A,*HAI.->
;t GABLE END BUILDING C1 HIP END BUILDING ROOF ALUMINUM 00044 0 U; wr_
L-FOOT TYP SHPVLF- U;
ROOF WIND AREA ZONES WIND AREA ZONES ROOFV TYP.
1 2 EVERY ROOF
PENETRA71ON
i 6 HEX CAP ST
LIBOLT AND ST
STL SERRATED
31 FLANGE NUT TYP.
0
3
UNIRAC
SOLARMOUNT E
a. RAIL TYP. 0 -0
-1 LL 0 E
CENTER-CLAMP WITH :0 4-0 >
20 HEX CAP ST STL BOLT w 2 a) V)
;t 20 woo AND(1)ST STL SERRATED
F
SHEATHING FLANGE NUT TYP. -3: >r- E
C) — 3 V)
V400D ROOF 5/16*ST STL LAG SCREW. en — 0
TRUSS TYP. SEE SCH FOR EMBED. E rs!
DEPTH REQ.TYP.EACH 1-
L-FOOT M " 0
3 "5 V-4 a.
LOV U 4n T-i
r- " u 1 .2
w -0 Co M
TYPICAL PV SOLAR RAIL MID CONNECTION r_ C < m
W :3 �: ±_1
DETAIL r— —%Id 0
GENERAL INSTALLATION NOTES FOR FLORIDA BUILDING CODE COMPLIANCE FND-CLAMP W 20 HEX CAP ST STL D t.0 >
C.4 0
13OLT AND ST STL SERRATED END-CLAMP W1 4a
FLANGE-NUT TYP.END-CLAMP SIZE VAVP.
VARIES. ILE J"-20 HEX CAP 0
1.APPLICABLE CODE;2014 FLORIDA BUILDING CODE(STH EDITION)&ASCE 7-10 MINIMUM DESIGN LOADS 2 0/0 ST STL BOLT
FOR BUILDING AND OTHER STRUCTURES. 6' AND ST STL a-
2.LAG SCREW DIAMETER AND EMBEDMENT LENGTHS ARE DESIGNED PER 2014 FLORIDA BUILDING 3RDRAJL LOCATION TYP.(IF 72 CELL PHOTOVOLTAIC SERRATED
CODE(STH EDITION)REQUIREMENTS.ALL BOLT CAPACITIES ARE BASED ON A MODULE TYP. FLANGE-NUT
SOUTHER YELLOW PINE(SYP)RESIDENTIAL WOOD ROOF TRUSS AS EMBEDMENT MATERIAL. REQUIRED-SEE STRUCTURAL ALUMINUM L-FOOT TYP.
3.ALL WIND DESIGN CRITERIA AND PARAMETERS ARE FOR HIP AND GABLE RESIENTIAL ROOFS, PLAN ON SHEET S-01 TYP EVERY ROOF END-CLAMP
CONSIDERING FROM A 7'TO A MAXIMUM 45"(2/12 TO A MAXIMUM 12/12 PITCH)ROOF IN SCHEDULE. PENETRATION SIZE VARIES.
CONTRACTOR TO FIELD VERIFY THAT MEAN ROOF HEIGHT DOES NOT EXCEED 30'-0'. ASPHALT SHINGLE
4.ROOF SEALANTS SHALL CONFORM TO ASTM C920 AND ASTM 6511,AND IS THE RESPONSIBILITY U I.-
ROOFING TYP. 16 HEX CAP ST
OF THE CONTRACTOR TO PILOT DRILL AND FILL ALL HOLES. STL BOLT AND ST LO
S.ALL DISSIMILAR MATERIALS SHALL BE SEPARATED WITH NEOPRENE WASHERS,PADS,ETC OR SIMILAR. STL SERRATED _J C14
6.ALL ALUMINUM COMPONENTS SHALL BE ANODIZED ALUMINUM 6105-TS UNLESS OTHERWISE NOTED. FLANGE-NUT TYP. r- LO
7.ALL LAG SCREW SHALL BE ASTM A276 STAINLESS STEEL UNLESS OTHERWISE NOTED. 'U"
U_
8.ALL SOLAR RAILING AND MODULES SHALL BE INSTALLED PER MANUFACTURER INSTRUCTIONS.
C14
9.CONTRACTOR SHALL ENSURE ALL ROOF PENETRATIONS TO BE INSTALLED AND SEALED PER 2014 UNIRAC Z Uj FO
FLORIDA BUILDING LOVE(5TH tull ION)OR LOCAL U307MNINO MEIL. SO RMOUNT m () g-, 0
of
RAIL P. ASPHALT SHINGLE
04
ROOFING TYP. UJ *
< 0 U
GENERALWIND SPEED I ZONE INSTALLATION SCHEDULE SHOWN ON THIS PAGE REPRESENTS REQUIRED WOOD- WOOD 5/16"STSTLLAG Z 0 'V Uj
EMBEDMENT DEPTH AND MAX RAIL SPAN/CANTILEVER ALLOWED FOR WIND ZONES I AND 2.SOLAR PV SHEATH NG SHEATHING SCREW.SEESCH U 0 _j
MODULES LOCATED IN WIND ZONE 3 REQUIRE SITE SPECIFIC STRUCTURAL ENGINEERS APPROVAL. TYP. FOR EMBED DEPTH LL Uj
MOD ROOF z
J'-16HEXCAPST TRUSS TYP. RECI.TYP EACH
STL SO,T AND ST L.FOOT z < C)
I STL SEF RATED UJ 00 V) 0
FLANGE NUT TYP. TYPICAL PV SOLAR RAIL END CONNECTION ce)
GENERAL WIND SPEED ZONE INSTALLATION SCHEDULE DETAIL N LU
ULTIMATE WIND EXPOSURE B WIND EXPOSURE C WIND EXPOSURE D EMBE UN RAC
WIND SPEED MAX SPAN,MAX MAX SPAN,MAX MAX SPAN,MAX DE T SOLARMOUNT
P RAIL TYP.
V.k(MPH) CANTILEVER CANTILEVER CANTILEVER RE0_j
HINGLE PV SYSTEM
ROOFING
110 V-0"O.C.,V-9'O.C. 61V O.C.1 11-9"O.C. 4'-D'O.C.,V-7'O.C. T' NOT RETROFIT
SHOWN
120 6'-0'O.C.,V-9'O.C. 4'.0'O.C.,V-7"O.C. V-D"O.C.,V-7"O.C. 3-0 FOR Total Output: 2.6-11.22 kW(DC)
CLARITY
130 4'-D-C.C.,V-7-O.C. 4'-0'O.C.,V-7"O.C. 4-V O.C.,1'-7"O.C. 3"* HYUNDAJ HIS 33OW TYP. #Modules: 8-34
AL JMINUM L-FOOT Wy PHOTOVOLTAIC
140 4'-0'O.C.,V-7'0,C. 4'-0"O.C.,V-7"O.C. 4'-0"O.C.,1'-7"C1.C. T'* 5/1 r ST STL LAG WOOD ROOF MODULE TYP. S.Y.P.2X4 LOCATE BETWEEN Manufacturer: Hyundai
SCIEWTYP.REFER TRUSS TYP. TRUSSES AND NAIL WITH
150 4'-D'C.C.,V-7-O.C. 4%0"O.C.,1,-r,O.C. 4'-0'O.C.,V-7"O.C. 3"- TO SHEET S,01 FOR 2-16D NAIL PATTERN AT EACH Model: HIS-330W Module
TH�EADED END TO VMD TRUSS
EN BEDMENT DEPTH CENTER-CLAMP WITH 20 HEX CAP
160 4'-0'O.C.,V-7'0,C. 4'-0"O.C.,V-7"O.C. 4'-0"O.C.,V-7-O,C. 3 * RE 2UIRED IN MOD ST STL BOLT AND(1)ST STL
170 4'-D'O.C.,V-7'O.C. 4'-0"O.C.,V-7"O.C. 2--O"O.C.,9"O.C. 3"* TR JSS. SERRATED FLANGE NUT TYP. DIA ST STL SCALE: NTS
ALL-THRD
17S 4'-0'O.C.,V-7'O.C. 2'-O"O.C.,9"O.C. V-13"O.C.,51-C.C. 3"- ROD W1 NUT- DRAWN BY:JT
WASHERS-LOCTITE
SCHEDULE REFLECTS COMPONENTS AND CLADDING(C&C)NOMINAL WIND PRESSURES WITH ALL NUTS TYP.
EXPOSURE"B"-"C"-"D-,RISK CATEGORY 11,ENCLOSED BUILDING AND h<60'-0"PER ASCE ALL CONNECTIONS CHECKED BY: RC
7-10"MINIMUM DESIGN LOADS FOR BUILDING AND OTHER STRUCrURES"AND 2014 F.B.C. Y
*LAG BOLT DEPTH REQUIRED IN WOOD MEMBER EXCLUDES ANY ROOF DECKING THICKNESS, OFFICE (00P
*0 3RD RAIL IS REQUIRED PER ROW OR COLUMN FOR SPECIFIED WIND SPEED AND EXPOSURE. DATE: 7/20/16
2X PT S.Y.P.WOOD OR SHEET 2 OF 7
UNISTRUT CONT.ALONG
ARRAY Revision: Sheet:
GENERIC MODULE ARRAY ROOF PLAN ISOMETRIC SCHEDULE TYP SPANNER CONNECTION DETAILS(IF
SCALE:N/A REQUIRED) S-01
POWER TABLE:SYSTEM A-SINGLE STRING CONFIGURATION ONLY GENERAL DIAGRAM NOTES: GENERAL PHOTOVOLTAIC 3-LINE DIAGRAM SPECIFIC FLAG NOTES: "A
__-N
DCaDE UA 0�80 DC-SIDE (D) ACaDE % IS
1)THIS 3-LINE ABB-PVI-4.2/HYUNDAI HIS 330W MODULE OBTAIN ALL PERMITS AND APPROVALS FROM GOVERNING AGENCIES 41* 9 1
PV MANUF INVERTER LABEL BREAKER PER NEC 690.54,705.12(D)AND 705.10. > 4;-144
PV MODULE 1 8A2 DIAGRAM SHOWS THE MAXIMUM SYSTEM AND APRIOR TO THE COMMENCEMENT OF WORK A
HYU NA ABB PV14.2 -dc- 00
SERIES; I 8THRU12 NDAI IS MEANT TO REPRESENT A RANGE FROM A 2.6 kW EE
1 PV MODEL NA 8 MODULE SYSTEM UP TO A MAXIMUM 4.62 kW-dc.A EQUIPMENT SHALL BE INSTALLED PER THE 2011 NATIONAL ELECTRICAL PV BACKFEED CURRENT PLUS MAIN BREAKER RATING MUST BIM
)B
PARALLEL SMALLER PV MODULE COUNT-WIRE SIZE-BRANCH OR EQUAL TO 120%OF MAIN SERVICE BUS RATING ANI IREA U1r uj
POWER 330 WP-dC 2.6-3.96 kW I HIS'33OW 4600 W(MAX) POWER CIRCUIT COUNT MAY BE USED WITH CONTRACTOR CODE(NEC),ALL APPLICABLE OR GOVERNING CODES,MANUFACTURER MOUNTED AT OPPOSITE END OF MAIN BREAKER PER NEC 7135.4t( in
VOC 46.3 VDC 370.4-553.2 VDC 240 VAC VOLTAGE RESPONSIBLE FOR SIZING WIRE BASED ON REQUIRED AREQUIREMENTS OF AND PER THE GOVERNING UTILITY COMPANY.
AMPACITY AND VOLTAGE DROP.
ISC 9.3 A 9.3 A/STRING 20 A(MAX) CURRENT 2)START UP VOLTAGE FOR THE ASS PVI-4.2 FOR THIS IF PV BACKFEED CURRENT PLUS MAIN BREAKER RATING EXCEED1129W116 M
LISTING AGENT NAME AND NUMBER SHALL BE INDICATED PER NEC MAIN SERVICE BUS RATING,CONTRACTOR SHALL LOCATE ADEQL16TE41T 46.
VMP 38.0 VDC 304-456 VDC 60 HZ FREQUENCY STRING RANGE CONFIGURATION$114ALL BE ADJUSTED at 0�_
110.3(8). SIZED FUSED DISCONNECT BETWEEN SUB PANEL AND SUPPLY SIDE
TO 120Vdc MINIMUM. ZL CONNECTION AND COMPLY WITH NEC 2 U; :3
IMP 18-7 AMP 8.7 A I STRING 40.21(B)AND NEC 705.12(l(ro-
ISC X 1.25 X 1.25 PER NEC REQUIREMENTS CONDUCTOR WIRE SIZES SHOWN BASED SOLELY ON AMPACITY
STC CELL TEMPERATURE AT 25 DEGREES C,SPECTRUM AM 1.5, A REQUIREMENTS.TO PREVENT AN INCREASE IN AC VOLTAGE LEVEL AND
IRRAMANCIP AT JWQ WIM2 Zj\ OMITTED
POWER TABLE:SYSTEM A-DUAL STRING CONFIGURATION ONLY AVOID ANY NUISANCE FAULTS,IT IS RECOMMENDED TO SIZE CONDUCTOR
FOR A TOTAL VOLTAGE DROP OF 2%PER INVERTER MANUFACTURER.
DC-SIDE G DC-SIDE AC-SIDE EXISTING ELECTRICAL SERVICE EQUIPMENT ASSUMED TO BE 120/240 V 0
#PV MODULE 1 14 PV MANUF INVERTER LABEL DEVICE PER NEC 690.14(C)(2),AND SECURE PER NEC 690.7(D), SINGLE PHASE 60 HZ AC POWER SYSTEM. CONTRACTOR RESPONSIBLE TO L_
10 4-A
SERIES 7 HYUNDAI NA ABB PV14.2 A Zo W W
CONTACT ENGINEER OF RECORD FOR SITE SPECIFIC REQUIREMENTS FOR
DIFFERENT POWER SYSTEMS. cc E
NA F
PARALLEL 2 PV MODEL 0 -0 L_ 4.j M
ILL. 0 0) A E %_
POWER 330 WO-do 4.62 I(W HIS 33OW 4600 W(MAX) POWER +1 > 0) to
W in 4,
VOC 46.3 VDC 324.1 VDC 240 VAC VOLTAGE Lr) > 4-
ISC 9.3 A 9.3 A I STRING 20 A(MAK) CURRENT 00 r- E
VMP 38.0 VDC 266 VDC 60 HZ FREQUENCY en - 0 -Nd
m W
E
IMP 7 AMP 18.7A/STRING - +-' L_
--- __J _j C M
I C X 1.26 X 1.25 PER NEC REQUIREMENTS W - .j
S L) 0 0
STC,CELL TEMPERATURE AT 25 DEGREES C,SPECTRUM AM1.5, V) V-4
IRRADIANCE AT 1000 WIM2 ca U I U E
(D -0 Co aj
PHOTOVOLTAIC MODULE E a T 4-J
#12 AVVG,PV VinRE
A g
0
4-0
0
4 /,;Z% AnD INVERTER OUTPUT CIRCUIT CABLE
A (3)#10AM,INSULATION:THHNrrHVM-2 CL
PHOTOVOLTAIC ARRAY
PV OUTPUT CIRCUIT CABLE PER STRING (1)#10 AVM,GROUND CONDUCTOR
(2)#12 AWG,INSULATION:THHN/THWN-2 ABB CONDUIT SIZE:3/4"MINIMUM
------- (1)#12 AV4G,THHN/THWN-2 GROUND CONDUCTOR A INVERTER
CONDUIT SIZE:t'MINIMUM d
01
ul
C14
LO
Uj
A
6 04 -
PV ARRAY STRING Z LU cy) 00
OUTPUT C ikBLES PVSOURCE ELECTRICAL - 0
,y 0 0,
#12 AWG. 31V WI RE CIRCUIT CABLE 7 30 AMP RATED(MINIMUM) 7 SERVICE - co C, LL 4
(4)#12 AWG, NON-FUSED PANEL LJLJ N
ft CY
PV WIRE 6 DISCONNECT EACH LLJ < U
r�,I- W !�?
INVERTER OUTPUT A8 �Le) __ ill
ULU _j
uj tn
SYSTEM A 6 (IF REQUIRED) U
W ILL
8 �rpE R
25RAEA (.) Z
SEE NOTE
A z U
Ll 7&8 UJ 00 V) 0
A ce) I
od
04 Uj
SECOND STRING OPTIONAL. SEE POWER TABLE
FOR SECOND STRING REQUIREMENT
#6 AM SOLID CU EQUIPMENT- E rail
TOYOVIPFTOP JUNCTION BOX NEMA 311 ENCLOSURE
GROUND TO WEEB-LUG ON PV SYSTEM
RAILS. MODULES GROUNDED #6 AV4G.SOLID CU EQUIPMENT RETROFIT
TO RAILS WITH WEEB WASHERS GROUNDING CONDUCTOR Total Output: 2.6-11.22 kW(DC)
OR EQUIVALENT CONT.RUN TO JUNCTION BOX
#Modules: 8-34
Manufacturer: Hyundai
Feeder Taps Must Model: HIS-330W Module
Comply with NEC
240.21(8) Youble Lug or Polaris tap
OF PV ARRAY STRING To ABB
01 TPUT CABLE Inverter 2n5A SCALE: NTS
#1 AWG.PV VARE Li
utility DRAWN BY:JT
�2�70 I
New
n"
A'AWG SOLID CU EQUIPMENT jN1 CHECKED BY: RC
#10 BI-Directional
-LUG ON M t
(ROUND TO WEEB New 30A Lj THHN/THTWN-2 Meter(DEC
S"', DATE: 7/20/16
F ILS.MODULES GROUNDED A8 Supplied)
Fused
RAILS NTH WEEB WASHERS Disconnect conduit To Main
R EQUIVALENT Distribution Note:If required by utility-place 240 VAC SHEET 3 OF 7
Supply Side Single Phase Meter Socket wl Name 311 Enc.
SOLAR PHOTOVOLTAIC 3-LINE DIAGRA A) Connection Option Panel between Inverter and Fused Disconnect. OFFICE COPY Revision: Sheet-
E-01
SCALE:NTS
4Sr
V
WARNING PHOTOVOLTAIC
DUAL POWER SOURCE
of Ln
am,
00
Z Ln
SECOND SOURCE IS PV SYSTEM
CO 's
PHOTOVOLTAIC SYSTEM
AC �)ISCONNECT
CIRCUIT IS BACKFED
-PROVIDE AT EITHER LU
LABEL PER NEC 705.12(D)(4)-PROVIDE AT MAIN PER NEC 69C.14(C)(2)&690.15 V
%
EXTERNAL A DISCONNECT OR PV SYSTEM BREAKER 0
SERVICE PANEL LUJ
IN SERVICE PANEL RATED MAX POWER-POINT CURRENT:
WARNING! PHOTOVOLTAIC RATED MAX POWER-POINT VOLTAGE:362.4 fjf�-
ELECTRIC SHOCK HAZARD MAXIMUM SYSTEM VOLTAGE: 447,6 Vdc,�*'P1.8,
PHOTOVOLTAIC AC DISCONNECT MAXIMUM SHORT CIRCUIT CURRENT:27,64 Adc
THE DC CONDUCTORS OF THIS (PER NEC 690.52)-PROVIDE AT INVERTER 4-J
MA N PV SYSTEM
MAXIMUM AC OPERATING CURRENT: 20A PHOTOVOLTAIC SYSTEM ARE DC DISCONNECT INTEGRATED AC/DC DISCONNECT 0-
MAXIMUM AC OPERATING VOLTAGE: 2QV UNGROUNDED AND MAY BE NOTE:LABEL SHOWN IS GENERIC AND SUBJECT TO
(PER NEC 690.54-PROVIDE AT EXTERNAL AC D SCONNECT PER NEC 690.14(C)(2)&690.15-PROVIDE AT EITHER CHANGE BASED ON SITE SPECIFIC REQUIREMENTS
ENERGIZED. -- .T E
DISCONNECT) INVERTER INTEGRATED AC/DC DISCONNECT OR J 16- = (V
0 -0 16- +.5
PER NI C 690.14(2)-PROVIDE AT MAIN DC VOLTAGE IS ALWAYS LiL 0 (V (A -6 E
I EXTERNAL DC DISCONNECT t > r
SERVICE PANEL 4A - a)
PRESENT WHEN SOLAR 4-0
MODULES ARE EXPOSED TO 3: r>-
0
SUNLIGHT 0 -!kd
PHOTOVOLTAIC AC DISCONNECT WARNING (PER NEC 690.17�4)AND 690,35)-PROVIDE AT INVERTER E c-4
AND NET METER(IF NET METER IS APPUCCABLE)-ONLY Lm- " 3: M
INVERTEF OUTPUT CONNECTION-DO NOT — '_q 0 _J
MAXIMUM AC OPERATING CURRENT: 28A NEED FOR UNGROUNDED PV SYSTEMS U 0 CL
REL006TE THIS OVERCURRENT DEVICE (A
ca
MAXIMUM AC OPERATING VOLTAGE: 240V LABEL PER N C 7OS-12(DH7)-PROV
I IDE AT MAIN SERVICE PANEL CO M M
(PER NEC 690.54-PROVIDE AT EXTERNAL AC 4-A
DISCONNECT) 0
3: >
0
CIR,ImWUIT DIRECTORY 4.-A
BREAKER DO$CRIPTION BREAKER-DESCRIPTION 0
.0
30A S�STEM A OUT. 20A SYSTEM 8 OUT. 0-
WARNING S�STEM A OUT, SYSTEM B OUT, PHOTOVOLTAIC POWER SOURCE
ELECTRIC SHOCK HAZARD. DO NOT TOUCH NOTE:PROVIDE AT ALL DC CONDUIT,RACEWAY,ENCLOSURES,CABLE
TERMINALS. TERMINALS ON BOTH THE LINE
AND LOAD SIDES MAY BE ENERGIZED IN THE ASSEMBLIES AND JUNCTION BOXES PER NEC 690.31(E)(3)
I J 0
OPEN POSITION 0.
LABEL PER NEC 690.17-PROVIDE AT MAIN SERVICE PANEL 4 Ln
LU
LABEL PER NEC 70S-10 SHOWN IS AN EXAMPLE.CIRCUIT DIRECTORY 0
COIENT AND LOCATION SUB)ECT TO CHANGE. U
Z UJ (y) 00
LABEL FOR AC SIDE OF SOLAR PV SYSTEM () __J g: 0
1.0RDC SIDE.01SOLAR PV SYSTEM E2 - _J
A NTS 04 U 4
GA
U.J U
< Ce !ii
0
U 0
rx U_ UJ LU
Z
<
z U
UJ ' C/')
co 0
Cn :2
Note: Labels shall contain red background U CN 04
LU
ce
w/ white lettering,, Labels shall not be NOTICE
handwritten per NEC 110,91(B) unless PV SYSTEM
THIS BUILDING CONTAINS RETROFIT
labels are subject to chan es. Contractor Total Output: 2.6-11.22 kW(DC)
DUAL POWER SOURCES. #Modules: 8-34
responsible to provide location of breakers THE SECOND SOURCE IS A Manufacturer: Hyundai
PHOTOVOLTAIC SYSTEM. Model: HIS-330W Module
for PV system in panelboa d directories. All DISCONNECTS FOR THIS SCALE: NTS
labels shown subject to change based on SYSTEM ARE LOCATED IN DRAWN BY:JT
actual field installation, MAIN DISTRIBUTION PANEL CHECKED BY: RIC
L_ I DATE: 7/20/16
Labels I/�, LABEL TO BE PLACED AT METER SHEET 4 OF 7
C1 rM COPY Revision: Sheet-
SCALE:1:1 E-02
tot I ji.0,0,
AFAr
'Ar
LLJ
1b 0
www.hhi-green.com/solar/en
00
In
X
Multi-crystalline Type W
Hyu nd '"% I
1 W.6 IS I Z
...........
Nominal output(Pmpp) W 3GO 305 310 00
'0*0 Lj C
Solar Module Voltage at Pmax(Vmpp) V 35.8 36.0 36.1
_j
Current at Pmax(Impp) A 8.4 8.5 8.6
Open circuit voltage(Voc) V 44.9 45.1 453
Hyundai Heavy Industries was founded in 1972 and is a Fortune 500 company.The company employs more than 48,000 people,and has a global
leading 7 business divisions with sales of 51.3 Billion USID in 2013.As one of out core businesses of the company,Hyundai Heavy Industries is Short circuit current(Isc) A 8.7 8.8 8.9
committed to develop and invest heavily in the field of renewable energy. Output tolerance % +3/-o
Hyundai Solar is the largest and the longest standing PV cell and module manufa:turer in South Korea.We have 600 MW of module production No.of cells&connections PCs 72 in series
0
Cell type 11-
capacity and provide high-quality solar PV products to more than 3,000 custome s worldwide.We strive to achieve one of the most efficient PV 6'Multi-crystafline silicon(Hyundai cell,Made in Korea)
Module efficiency % 15.3 15.6 15.8
modules by establishing an R&D laboratory and investing more than 20 Million US D on innovative technologies, E (D
all cc
Temperature coefficient of Pmpp %/K -0.43 -OA3 -OA3 0
Temperature coefficient of Voc %/K -0.32 -0.32 -0.32 L.L 0 W in E
4.0 t: >
Multi-crystalline Type Temperature coefficient of Isc %/K 0.048 0.048 0,048 1 a) CA
4-J
XAi,djTjjj SIC(,twd��rd Tjybc cnonqmw�t�.or QFLiorrrx,,,. >
HiS-M300TI I HiS-M305TI I HiS-M31 OTI r- E
= V)
0 _W L_
TI-Series Mono-crystalline Type Mono-crystalline Type '0 Ln
en L- E N W
fA 4- _ N
HiS-S325TI HiS-S330TI HiS-S335T] M
0
4-0
r4 0
mmminind M__ �lmumm*mmmmmmgwmmmmm
I illi:ii � �
U
Nominal output(Pmpp) W 325 330 335 L. M Co U I U
"1 1 ai 1 4) 'a Co M M
Voltage at Pmax(Vmpp) V 37.8 3&0 38.2
Current at Pmax(Impp) A 8.6 8.7 8.78 0
998 mm(39.29)(W)x 1,960 mm(77.17')(L)x 50 mm(1.97')(H) Open circuit voltage(Voc) V 46.1 46.3 46.5 %D >
C� 0
Approx.23.2 kg(5 1.1 lbs) Short circuit current(Isc) A 9.2 9.3 9A 4-0
72 cells in series(6 x 12 matrix)(Hyundai cell,Made in Korea) Output tolerance % +3/-0 0
Jc
4 mm'(1 2AWG)cables with polarized weatherproof c(nnectors, No.of cells&connections PCs 72 in series
IEC certified(UL listed),Length 1.2 m(47.2") Cell type W Mono-crystalline silicon(Hyundai cell,Made in Korea)
IP67,weatherproof,IEC certified(UL listed) Module efficiency % 16.6 16.9 17.1
Temperature coefficient of Pmpp %/K -0.45 -0.45 -OA5
3 bypass diodes to prevent power decrease by partial �hade Temperature coefficient ofVoc: %/K -0.33 -0.33 -0.33
Front:High transmission low-iron tempered glass,3.2 nm(0.126') Temperature coefficient of Isc %/K 0.032 0.032 0.032 0
psulant:EVA Back Sheet:Weatherproof film 0�
All 0IS-C 6[an'jard Test kvve dta rnay be 1,C),,�e. 04 L0
Clear anodized aluminum alloy type 6063
U.1
Module Diagram (unit:mm,inch) IN Curves 0 rZ� CL
C" ua, t v
Z LLJ Cf) CO I
IEC 61215(Ed.2)and IEC 61730 by VDE 0 0
UL listed(UL 1703),Type 1 for Class A Fire Rating 6 -1
LU C14
LU <
Output power tolerance+3/-0% X 07-LI I HOLES ce C)
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ISO 9001:2000 and ISO 14WI:2004 Certified DETAIL A Z 0 CX q .
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loW.load I.M0 WAIV
Advanced Mechanical Test(5,400 Pa)Passed(IEC) Z.) 0
T_ OP�X"qCATem-s-c _J V)
901 SLOT THRU Opw*ri9CeITelp:25C LL_ LU Uj
032" Opem.9COTwV�45,C
Mechanical Load Test(40 lbs/ft')Passed(UL)
Z
Ammonia Corrosion ResistanceTest Passed Z < U
VdL"-[V)
IEC 61701(Salt Mist Corrosion Test)Passed clast LU co 0
DETAILD
4
"4XO4.2 -25'C UJI
-qc"t v
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40.32
Delivered ready for connection
IEC(UL)certified and weatherproof connectors
1151
Integrated bypass diodes
IDETAILC
--------- -------- -5 m 1'5 25 4'1 4�� PV SYSTEM
V-%arlvl
10 years for product defect Installation Safety Guide RETROFIT
10 years for 90%of warranted min.power 46-C t 2 Total Output: 2.6-11.22 kW(DQ
25 years for 80%of warranted min.power Only qualified personnel should install or perform maintenance. -40-85-C
Be aware of dangerous high DC voltage. DC 1,000 V(IEQ #Modules: 8-34
x important Notice on Warranty Do not damage or scratch the rear surface of the module. V(UL) Manufacturer: Hyundai
WarlalltieS�Ipply Offly TC)rht�FIV modules Pv�lh l,yundii Heavy rsdust'ies Co'I id's Do not handle or install modules when they are wet. 15A
logo bc-low)ary product senal�!urnoerx)iL, Model: HIS-330W Module
SCALE: INTS
Sales&Marketing
AHYUNDAI l4th Fl.,Hyundai Bldg,75,Yulgok-roiongno-gu,Seoul 110-793,Korea DRAWN BY:JT
Lam a I AHYUNDAI
HEAVY INDUSTiliS FS(; Tel:+82-2-746-8406,7422,8525 Fax:+82-2-746-7675 HEAVY INDUSTRIES CHECKED BY: RC
DATE: 7/20/16
SHEET 5 OF 7
Data Sheet OFFICE CMOY Revision: Sheet:
SCALEATS DS-01
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Additioina�h;qhhahts AAddlt�onai h2, Oak
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- RS-485 communication interface - RS-485 communication interface(for 0,0.0 11, ;APV
(for connection to laptop or data connection to laptop or data logger) .10 04', LU 1A
logger) .10 U
me - Available with the optional VSN300 .10 10 U!
- Available with the optional VSN300 X22 wa&_ Will Logger Card for easy and A99
I W
Wifi Logger Card for easy and affordable wireless monitoring
affordable wireless monitoring Compliant with NEC 690,12 when
- Compliant with NEC 690.12 when
used with ABB's Rapid Shutdown R
used with ABB's Rapid Shutdown OL 101%
device
0
device
Comes standard with DC Arc Fault
- Comes standard with DC Arc Fault
Circuit Interruptor(AFCI)to comply
Circuit Interruptor(AFCl)to comply with NEC 690.11 (1) 2
with NEC 690.11
0
b- 4-0
0 W 0 'D E
t > *c W
W 2 V CA (D 4-0 4-J
> 4-0 Ln
3� c E 3: >-
Techr,,ica!,d,1t;j-jo�j jypes r C) - :3
I *§ M - 0
p`Vi-10 OIL17D�,S PV!3 8 OUTD-US RV, 4,_-flnic dn'ta and t Vries
M
General specifications L. N (D V)
PVl-"0"1"'1-0 U ro-US PVI;1010�00i`11,-U.:� M
Nominal output power 3300 General Specificallons
&Z V) r M
30Ww 3f Dow w 380OW 420OW 0 4_J
30�00 3800� -Moo 41'W� 8 N
Morninal outputPower, 5"W
4�60:46001 46ob*, axii-rum output power 6obbW 601w1w
Maximum output power wattage U 0 M
\fv w w W (A
W W W W w w w w 600OW
V R _AC volta, 20 240V 27TV 208V 240V CIO
qLrid_AC_voltage 208V 240V 277 208V 240V MV 26sV 2�6V 208V 245V 2!Jr� ge_ U
ated grid
hi side(DC) - 19 cc M M
PQ -------
Nymber o independent MPPT channels 2 Number of incle ------------ <
2 M' channels
................... 2 a) Z
axirnum usable power for eac channel
Maximum usable power for each channel DOW 30DOW 300OW h' 400OW 0
;kbs'ojuj' mi' '' *"' "L "' '' 11 r' , _ -ILL, .I L". 'L 1 1.1. LL'..".... 'L '''""'' '" L., 111-11 �................................
Absolute ma imum voltage(Vri 600V >
0 aximum volt ge(Vmax) 600V ............... D
Staii y9it (Vstart 200V(a0j:120-350) 0
voltage(ystart) 2 .. .......... .......
00v(adl.120-35OV) r%iii 4-A
Fu I power MPPT voltage range. 160-530V lk.53bv ''", -'- '1'' ""'' L L" ,L, ," ,'',__ , �yll p9wir MlPff yqfil�ge
.......... 4_SW� 140-53 V . 145-530V
q- ... ..�9, . ._._ Operatn M Tvoltagarange ........ ........................ 0
Operating MPPT voltage range 0.7 X VS art-580V(,tgi 'g s an-.5 OV(2:90v)
L..................... .......
f&ti MPPI'16 Maximum current(ldcmax)for both MPPT in paral&I Jc
Ilef 20A UA 32A M- ... 36A'
PE" 32A 0-
18A
Maximum usable current per channel 0A' .11 6A. 16A i6A MaxiTrium s.h.or.t..c.i.r.cu,!.t...c.u..rre.titL.D.e.r.c.h.ann.e.l. 22A
Maximum short circuit currvt limit per ...... .......... ..........
Number of wire landing
12.5A 20.0A 20.OA 20.OA ......, terminals per channel 2,P ir 11 1 1
.......... ....... ...... .............................. ............... .....................
Number of wire landing terminals per chan I net 2 1. Array wiring termination Terminal block.pressure Clamp,AWG20-AWG6
Array wiring termination pairs ---------------
.......... ......... --------------- -dW-
Termi clamp.AWG20-AWG6 Split-W 10/2W
.......... .......... Grid connection type
ide(AQ 10/2W '10/2W
-____.1__-- ------- Itaigeran e(Virnin-Vatax) '83-228V
Grid connection type plit- I pill_ ------- 221-264V 244-304V I -304V
244
Nit- Pli : I Grid
1,
W 6OHz
........ _?w 0/3W 2W 2w 0,3W 2W 2 O/3W 2W 2W . ............ ..........
:-j'83'�jj 0/3W 2W
Adjustable voltage range(Wriin-Virnax)(A 181- justable god fir e cy range -60.5Hz
944' i 6�-' 1 l- �44- ��44 equ n �7A ...... �OA Ln
911- 57
Maximum current A 24A
44yL 304V. .228V 264VJ 304V 228V 264V 304V 228V 264V 304V .......... .......
Gqq IrequPric Power ija >9.99��adjust.to I to
....... 0 LU
Adjustable grid frequency range f6taf harmonicdistori ion at rated pow <2%
57-50,51-1z air
Contrioutory fault Current' S6-2.5 A A S' 'Y A' 2 A 36.6 A�, 31 75 A
Maximum current(G_,.) 14.5A 14.5A 12.OA 17.2A If_0A 16.OA 16.OA 16.OA 16.OA 20.OA 20�,)A 20,OA 25' 5' 1.5 / U r-,
....... ....... 25.81��J _R2.45A' 25&U' 2�.8 HAM ... Cq
ower factor >-0''99'5.ad,j.u'stable't'o t'0-6' .......... Grid wiring termination type 'W& cia O-AWG4 Z LU Cn Fo
Terminal block,pressure mp,
Total harmonic distortion at rated power Input 0
Tan' averse polarity protection _J
Gf: <2% 0
ld wiring termination type minat t lock,Pressure clamp,AWG20-AWG6 In of
V -------------- ------- ------- ................
In
protection devices Over-volt jonotec on LLJ C'4
!�g!k liji"",�( Varistor,2 for each channel
rpt�lr.......... .......... ........... .11.1-1 1 V)
_A_evefse,Rqlarit prot ti n PV array ground fault delectbin Pro start-'up R_and d'y'n'am!'c''G.FDI('r'a'q'it'fi r'P.is L"floa.t.in.g ar.rays) .................. Ci <
y eCL'o Yes
6'*pr-yqlt ..p 9.ac I ti.ont.X.pe ...........L......L Output UJ < U
"Y L" age arislor,2 for each channel 0
PVArray ground fault detection Pre start-up Anti-islanding protection -----------L" ------
R.and dynamic GFDl frequires floating arrays) UL1741 IEEE1547 Tq.yiremerts z L11) 0
0 p1oU0on clevices. ------- Ova-voltage protection type ...... U
rn...... ............. Varistor,2(L.-L2/L�- U UJ J
r
------- Max, ............
Jmu AC OCPD rat
Anti-islanding pirpipc1ion Meets ULl 741 1 IEEE1 547 requirement ------30A 25A 35A 30A
Ov r-v,)It ,protection.type 'L Va rist.1 to I r,2(L L, I L,- Efficie -----------
G� ------------------
�C)A "'"'' '"L, U z
aximum AC OGPD rating _20A 20A 15A 25A 2)A : 20A 20A 25A Maximum efficiency 97,11%
------- 20A 2: <
Efficiency CEC efficient y 96% ......
............. ........... ........ ........ -.91 96.5% 96.5%
in ser interface ...... LU 0
ax ..........a.Cy _,96.9% 97% 97% Graphic display
CEC efficiency 96% Operating performance
Stand-by Consumption ---------------- CN UJ
<8Wdv5 <8
Nighttime Consumption N!9.hqlm con umption 0.6w <0 6W
e s
0 6w <
Ste _orn ......
-------------
< irr�unicati
----------- ........ ----------- ------- ------------
Communication User-interface 16 char cters x 2 fines LCID display
a'
VSN700 Data ................
.................... ��qloternqn
1.6,c haracters x 2 lines LOD cliajplay� ------ VSN300 WILL ;kr t
R��(�te qrnitonng_�Ix S�k!�Lnq) VSN700 Data Enviro
la�c qqerjqp�.),VS�[ 0 1 0.2.Ue --
Environmental
n C) --------
-t aw r-e p a- -3'-F. o- -1-4-0'-F 2-5-'C--t-o-- ------ At bient air operating temperature range 1 3'F to+1 401F 25'C to 4-60, -60* )vvith
61 with derating abov a ove.122'F,��Q'q)
a 122'F "ing.0 PV SYSTEM
Ambient air storage tem
Ambient air st a e te ra ure ran 'R Perature ran a -40'F to+1 761F(-40'C to 801
r!" . ...... -40'F to+1 76'F(-40-C to+801di .. ........ C) ..-40 F to+1 76*F(-401C to+80*C)
eiathoe humidity elatNe humi it H condensing -100%RH condensing
0-100%RH condensing Y 0_1o0%LA
"i-' L'"' L '' . , L . - , '�- ''.. �'' - ' - M RETROFIT
�qqyst�iic nciise�emisision'lev.el, .................... <5o dib lA)at dim
<50 db(A)
o9stic noise emission leve
........... ......... .......... ...... Ma irrium operating afti u e
6560ft(2000m) _i u 6560ft 000m
651(2000m)
Maximum op�raiifi6 without deratinR-- 'W t derail Total Output: 2.6-11.22 kW(DQ
I-Capai enabled at norninal AC voltage and with sufficient DO power available.
#Modules: 8-34
2 ABB solar inverters I Product flyer for PV1-3.0/3.6/3.8/4.2-TL-0UTD 2 ABB solar inverters Product flyer for PVI-5000/6000-TL-OUTO Manufacturer: Hyundai
Model: HIS-330W Module
SCALE: NTS
DRAWN BY:JT
CHECKED BY: RIC
DATE: 7/20/16
Data Sheet SHEET 6 OF 7
Revision: Sheet:
SCALEATS OFFICE COPY DS-02
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SOLARMOUNT Technical Datasheets son"U N I RAC SOLARMOUNT Technical Datasheet UN I RAf coo
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SOLARMOUNT Beams
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SOLARMOUNT Technical Datasheet Part No.310132C,310132C-8.310168C,310168C-B.310168D see U! :5
Pub 130817 310208C.3102OBC-B.310240C,31024OC-B. 310240D,
410144M,410168M,410204M.410240M
4-A
SOLARMOUNT Module Connection Hardware........................................................... I
Bottom Up Module Clip............................................. ...................................................I Properties Units SOLARMOUNT SOLARMOUNT HD 0
Mid Clamp................................................................ ...................................................2
4"'
Beam Height
in 2.5 3.0 E
End Clamp...................................................................................................................2 0 -0 1`7
LL. L_ 4.j
SOLARMOUNT Beam Connection Hardware............ ..................................................3 Approximate Weight(per linear ft) plf 0.811 1.271 0 (1) E
L-Foot.......................... ................................................................................................3 152 7t a,
Total Cross Sectional Area in 2 V) 4) +j 4-J
> 4
r i� 0
SOLARMOUNT Beams....................................................................................................4 0.676 1.059 >
Section Modulus(X 0
-Axis) in 3 0.353 0,898 1 3: E V)
4-
r L_ Q: M
Section Modulus(Y-Axis) in 3 0.113 0.221 0 4-J
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Moment of Inertia(X-Axis) irV4 M co U - 0
0.464 1.450 CO
Moment of Inertia(Y-Axis) in 4 0.044 0.267 0
>
SOLARMOUNT Module Connection Hardware 0
Radius of Gyration(X-Axis) in 0.289 1.170 4-0
0
-C
SOLARMOUNT Bottom Up Module Clip Radius of Gyration(Y-Axis) in 0.254 0.502
PartNo.302000C Rails are extruded using these aluminum alloys:6005-T5,6105-T5,6061-T6
Washer Bottom Pp Clip material:One of the following extruded aluminum
Bo j alloys:6)05-T5,6105-T5,6061 J6
Vut (hidden-s" U
Ultimati tensile:38ksi,Yield:35 ksi
UP n
N
'lear Anodized
LO
Finish:1.
Bottom Jp Clip weight:-0.031 lbs(14g) 0 LLI
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Boom Allowabi and design loads are valid when components are 04 U_
assembi d with SOLARMOUNT series beams according to Z ui cf) FO I
authorizi UNIRAC documents 0 ..j '>' 0
n U_
Assembl with one%"-20 ASTM F593 bolt,one%"-20 ASTM F594 SLOT FOR T-BOLT OR UJ C4=
1.7 6 'f
serrated ange nut,and one%"flat washer I SLOT FOR T-BOLT OR ED ft cle U
Y4 HEX HEAD SCREW !/4"HEX HEAD SCREW <).- -
Use anti.-seize and tighten to 10 ft-lbs of torque Z 0 V)
'00' - V U LU o _j
0 LL_ u.J
Resistance factors and safety factors are determined according to 2X SLOT FOR SLOT FOR Z
part 1 section 9 of the 2005 Aluminum Design Manual and third- BOTTOM CUP 2.500 Borrom CUP Z U <
party test results from an IAS accredited laboratory r- V) U
Module(dge must be fully supported by the beam LLJ 00 0
3.000 cr) :E
Cie
NOTE 0 4 WASHER:Install washer on bolt head side of assembly. T L U CN ui
DO NOT install washer under serrated flange nut 1.316
SLOT FOR
C' "v
fl, Rj
Applied Load iverage Allowable Safety Design Resistance HEX BOLT SLOT FOR 1.385
Direction Itimate Load Factor, Load Factor,
'/8' HEX BOLT PV SYSTEM
lbs(N) lbs(N) FS lbs(N) 0 .387
io
Tension,Y+ 1566(6967) 686(3052) 2.28, 1038(4615), 0.662 RETROFIT
Y Transverse,X* 1128(5019) 329(1463) 3.43] 497(2213) 0.441 .75 Total Output: 2.6-11.22 kW(DC)
A 1.875
am.X Sliding,Z* 661292) 27(119) 2.44 41(181) 0.619 Y Y #Modules: 8-34
A
X No-X Manufacturer: Hyundai
Dimensions specified in inches unless noted SOLARMOUNT Beam SOLARMOUNT HD Beam Model: HIS-330W Module
Dimensions specified in inches unless noted SCALE: NTS
DRAWN BY:JT
CHECKED BY: RC
DATE: 7/20/16
Data Sheet SHEET 7 OF 7
OFFICECOPY Revision: Sheet:
SCALE:NTS DS-03