HomeMy WebLinkAboutSOLAR ELECTRIC PV SYSTEM9
8
- - 7
1 6 1 5 1 4 1 3
1 2 1 1
E
F
SCOPE OF WORK: Solar electric PV system Improvement/Retrofit -
Q-Cell 290 mono modules mounted on Iron Ridge or Unirac rails with
Quickmount or equivalent Code Compliant flashings
The scope of work is to verity that the solar electric Photovoltaic
system specified in this document, meets the requirements set forth in
the 2014 NEC, the 2017 FBC 6h Ed. and any other Local Utility
requirements.
CACELLS
The Right Way!
Quick Mount PV
ilar, sCgr rmn moor
JOB SITE ADDRESS: aj S(
�►2(-CQ_
W i rid (�1`t`� C-1 1(L'
f_�IoR�1 SL(gL(S"
-PROPERTY OWNER NAME:
��OA1.
rA- A- �)tg4(1 V A
St Lucie C
MAJOR EQUIPMENT USED:
RAILS: BY UNIRAC OR IRON RIDGE -
MODULES: HANWHA Q-CELL
290M 60 CELL MONOCRYSTALLINE
GROUNDING: EXTERNAL FOR MODULES
290 STC RATED OUTPUT
AND RAILS, #6 BARE COPPER
INVERTER: SMA SUNNY BOY
FOR EXPOSED AREAS, UNIFIED
3.0, 3.8, 5.0, 6.0, 7.0, and 7.7 US
GROUNDING ON SAME GROUND
GRID -TIED INVERTERS
ROD AS MAIN'BREAKER PANEL
NO BATTERY BACK-UP
JUNCTION BOX: SOLADECK
INCLUDES 115V SECURE
UL 1741 LISTED
POWER SOURCE AND RAPID SHUTDOWN COMBINATION, TRANSITION
FLASHINGS: BY QUICKMOUNT PV, UNIRAC,
FROM PV OR USE-2 CABLE TO
OR IRONRIDGE
THWN-2 CONDUCTOR,
INCLUDES SHINGLE, TILE
HAS BUILT IN 18GA GALV STEEL
ROOF BRACKETS: BY S-5!
FLASHING TO EXCEED FBC.
STANDING SEAM METAL ROOF
ST.LUCIS COUNfy
PLAN REVIEW
PROTEA BRACKET FOR 5V ROOF
-�--•�:
NOTES:
1 Wind load calculations based on ASCE 7-10 Components & Cladding simplified method and are
multiplied by.6 to convert to ASD per 2017 FBC. As such, the maximum elevation is 30 ft with
tables for exposures B, C and D. Broward and Dade use Exposure C and D only.
2. Wind force estimates are area dependent and per 2017 FBC 6th Ed., the area used for
calculations is 1 module or 18 sq ft for the 32mm frame Q-Cell modules 290 through 300W.
3. Installation must comply with all applicable 2017 FBC 6th Ed.and 2014 NEC codes
from which these plans were based.
4. Modules installed per these drawings are for Q-Cell 290 through 300 Series, (32 mm frame) listings
with a maximum uplift of 55.6 psf for side mounting. Installation in pressure zones exceeding this
rating is not allowed. Consult the Q-Cell installation manual for mounting dimensions and alternate
orientations.
DATE:
5. Modules must be installed on 2 rails as shown per the module manufacturers Q
instructions to obtain the listed wind rating. DA 2.37Y
6. Combined module and rail dead loads are under 4 psf. PLUMB:
DATE
7. Rail attachments shall be onto minimum 2x4 trusses or rafters spaced no f er apar`Y-
than 24" on center. Attachments in roof zones 1 can be alternate from topWtl;Quat
48" on centers but attachments in Roof zones 2 and 3 or at the ends of argshall be 24"
on center. `(refer to mechanical -drawing # M-100).
8. These drawings are only applicable for flush mounting to a roof with an air gap between
2" to 10" between module and roof surface. This requirement eliminates the module and
racking from being considered as part,of the building envelope.
Page
Title
Content
Rev Date
Notes
Cover
Cover
General notes, site address, system selection
00/00
1
A-100
Roof Pressures
Wind pressure tables and "A" dimension calculation
00/00
1
E-101
Electrical Diagram
Electrical line diagram for Load Side Connection
00/00
1
E-101A
Electrical Diagram
Optional connections and secured power wiring diagram
00/00
1
E-103
Placard6 � ` r,I-:.
Warning labels, and where used
00/00
1
r ),C-)
S-101
;)+las�idng ', t
Quickmount Flashings and S-5! cut sheets
00/00
1
`' 01,•,'c
•
r.
-
S-102 -
;U'eneral Layout
`-.General rail and module layout suggestions
00/00
1
�5� I
S-103 �
,Unirac '
- Cut sheets and grounding notes on Unirac rails
00/00
1
S-104
IronRidge
,--Cut sheets and grounding notes on IronRidge rails
00/00
1
Z-101
4.
FLa�SIA letter '
- FLASEIA letter in lieu of FSEC certification
00/00
1
Z-102
Motlui'ef'.
Cut Sheets on Q-Cell 290 modules
00/00
2
Z-103
Inverter
Cut Sheets on SMA Inverters
00/00
2
APPLICABLE CODES -
- Florida Building Code 6th edition 2017
- National Electric Code 2014
- NFPA 101-2009
- NFPA 13-2007
ENGINEER:
JOHN ALGER
4105 SAINT JOHN'S PARKWAY
SANFORD, FL 32771
PH 800-929-3919 X1411
jalger@theleveredge.com
State License # 74730
CONTRACTOR REQUIRED
TO INDICATE SYSTEM SIZE
BY SELECTING THE
CORRESPONDING BOX
BELOW.
DRAWN BY:
2.90KW WITH
3.0 INVERTER
Size to install:
# modules:: _
WITH
❑3.48KW
3.0 INVERTER
Size to install:
# modules:: -
4A6KW WITH
3.8 INVERTER
Size to install:
modules::
NOTES
1. Drawings, calculations, tables
developed requiring_a PE seal and
signature
2. Support documents, cut sheets, tables,
reprints from publications such as
ASCE 7-10, and shop drawings that do
not require a PE seal and signature
4.64KW WITH
3.8 INVERTER
Size to install:
modules:: _
❑5.22KW WITH
3.8 INVERTER
Size to install:
modules:: -
❑5.8KW WITH
5.0 INVERTER
Size to install:
modules:: -
❑6.38KW WITH
5.0 INVERTER
Size to install:
modules:: -
0-
PROVIDER:
THELEVEHEDGE
1423 Gunn Highway
Odessa, R.33656
813403-5100
Certificate of
Authorization !k 31930
A
DA-11/412016 9:30 AM
61 LDR-SI-SMA-QC290M
Rev. 12.15.17
C
r PHOTOVOLTAIC
SYSTEM SIZE CONT.:
❑6.96KW WITH
6.0 INVERTER
Size to install:
# modules::
7.54KW WITH
6.0 INVERTER
Size to install:
#. modules::
8:12KW WITH
7.0 INVERTER
Size to install:
# modules:: -
❑8.99KW WITH
7.7 INVERTER
Size to install:
# modules:: _
0
E
F
Table R301.2(2) interpolated to ettective area of 1gty lssq tt moauie or corrector
Exposure 8, mean roof height 30 ft and under, Kd =.85, Kzt=1
Roof
130.1401
150l
1601
165
170;
1
175.180;
Zones
down
uplift
down
uplift
down
uplift
down
uplift
down
uplift
down
uplift
down
uplift
down
uplift
1
10
-17.2
10
-20.2
9.3
-23.2
10.7
-26.2
11.4
-28.2
12
-30.2
12.8
-33
13.5
-35.7
2
10
-27.6
10
-31.8
9.3
-36.8
10.7
-42
11.4
-44.7
12
-47.2
12.8
-50.5
13.5
-53.7
3
10
-39.6
10
-45.8
9.3
-52.2
10.7
-59.4
11.4
-63.5
12
-67.6
12.8
-71.9
13.5
-76.1
1
10
-16
11.3
-18.2
13
-21.8
14.8
-24.2
15.8
-25.7
16.7
-27.2
17.8
-29.3
18.8
-31.3
2
10.1
-26.6
11.3
-31.4
13
-35.6
14.8
-40.8
15.8
-47.8
16.7
-54.8
17.8
-53.5
1 18.8
-52.1
3
10.1
-40.6
11.3
46.6
13
-53.8
1 14.8
-61
15.8
-69
1 16.7
1 -77
l7.8
77.fi
18.8
-78.1
1
16.3
-17.2
18.9
20.2
21.7
-23.2
24.7
-26.2
1 26.3
1 -27.8
27.9
-29.4
29.6
-31.5
31.3
-33.6
2
16.3
-20.2
18.9
-23.2
21.7
-27.2
24.7
1
-30.4
1 26.3
1 -32.4
27.9
-34.4
29.5
-37
1 31.3
-39.5
3
16.3
-20.2
18.9
23.2
21.7
-27.2
24.7
-30.4
1 26.3
1 32.4
27.9
34.4
29.6
-37
1 31.3
-39.5
Exposure C, mean roof height 15 ft and under, Kd = .85, Kzt =1 and lambda (adjustment factor) =1.21�
Roof
1301.
1401
150;
160j
165;
170j
a' 175;
(:
180
Zones
down
uplift
down
uplift
down
uplift
down
uplift
down
uplift
down
uplift j
R57W-nn
u6lIRK1
down
uplift
1
12.1
-20.8
12.1
-24.4
11.3
-28.1
12.9
-31.7
13.8
-34.1
14.5
36.5 1
ffls7sVF
3 97 11
16.3
43.2
2
12.1
-33.4
12.1
-38.5
11.3
-44.5
12.9
-50.8
13.8
-54.1
14.5
-57.1 '
15.5
Ei 6 I f
16.3
-65.0
3
12.1
-47.9
12.1
-55.4
11.3
-63.2
12.9
-71.9
13.8
-76.8
14.5
-81.8 j
&- {5ik;
a'87?0`J
16.3
92.1
1
12.1
-19.4
13.7
22.0
15.7
-26.4
17.9
-29.3
19.1
-31.1
20.2
-32.9 FI
r F2L5,71,
„�51
22.7
. 37.9
2
12.2
15.7
-43.1
17.9
49.4
19.1
-57.8
20.2
-66.3i'I
(; 21'Si
%-6747'1
22.7
-63.0
3
12.2
-56.4
15.7
-65.1
17.9
-73.8
19.1
-83.5
20.2
-93.2;N
21;5(
93•:9�
22.7
-94.5
1
19.7
*-32.213.7-38.0
-24.4
26.3
-28.1
29.9
-31.7
31.8
33.6
33.8
-35.61
�5.`9
;`{ 3851]
37.9
40.72
19.7
-28.I
26.3
-32.9
29.9
-36.8
31.8
-39.2
33.8
-41.0f
�35 8.
_ '1$�
37.9
47.83
19.7
-25.1
26.3
3 -9
29.9
36.8
31.8
39.2
33.8
�11.6y
�3�r8?1°
`-`�4;Bg
37.9
47.8
Exposure ure C, mean roof height 15 - 30ft, Kd =.85, Kzt=11deiid Lambda (adjustment foetal)
14
Roof
13w
1401
1501
160)
1651
,1701,:
175!
180...
Zones
down
uplift
down
uplift
down
uplift
down Juplift
down -
uplift- - •
down
uplift
down
uplift
down
uplift
1
14.0
-24.1
14.0
-28.3
13.0
-32.5
15.0
-36.7
16.0
-39.5
--16:8 `
-42.3
17.9
-46.2
18.9
-50.0
2
14.0
-38.6
14.0
-44.5
13.0
-51.5
15.0
-58.8
16.0
-62.6
16.8, -.
i-66.1
17.9
-70.
7R 0-
--75.2-
-3-
-14.0-
-55A-
14:0-
- s4:1-
:0-
-73:1-
-35.0
-133-
I6.0
- -88:9-
`16.8
-94.6
17.9
-100.7
18.9
-106.5
1
14.0
-22.4
15.8
-25.5
18.2
-30.5
20.7
-33.9
22.1
-36.0__
23.4
`-38.1
24.9
-41.0
26.3
-43.8
2
.14.1 1
-37.2 1
15.8
-44.0
1 18.2
49.8
20.7
-57.1
1 22.1
-66.9
23.4::
1 ;-76.7 1
24.9
1 -74.9
1 26.3
1 -72.9
3
14.1
-56.8
1 1.9,8
-65.2
18.2
-75.3
20.7
-85.4
1 22.1
-96:6-
-23.4
1 -107.8 1
24.9
1 -108.fi
1 26.3
1 -109.3
1
22.8
-24.1
-26.5
-28.3
30.4
-32.5
34.6
-36.7
36.8
-38.9
- 39.1' '
1' 41.2
41.4
44.1
43.8
-47.0
2
22.8
-28.3
26.5
-37-5
30.4
-38.1
34.6
-42.6
36.8
-45.4
39A
:•48.2
41.4
-53-8
1 43.8
-55.3
3
22.8
28.3
26.5
-32.5
30.4
-38.1
34.6
-42.6
1 36.8
245.4"'
"39.1
48.2
41A
-51.8
1 43.8
-55.3
i
1
!
I
I I
�
=f•�
i
�
-Tposure
D, mean roof height 15 ft and under, Kd = .85, Kzt=1 and Lambda ( adjustment factor) =1.47
Roof
1301
1401
150
1601
165_
1701
175
1801
Zones
down
uplift
down
uplift
down
uplift
down
uplift
dawn
uplift
down
uplift
down
uplift
down
uplift
1
14.7
-25.3
24.7
-29.7
13.7
-34.1
15.7
-38.5
16.8
-41.5
17.6
-44.4
18.8
-48.5
19.8
-52.5
2
14.7
-40.6
14.7
-46.7
13.7
-54.1
15.7
-61.7
16.8.
-55.7
17.6
-69.4
18.8
74.2
19.8
-78.9
3
14.7
-58.2
14.7
-67.3
13.7
-76.7
15.7
-87.3
16.8
-93.3
17.6
-99A
18.8
-105.7
19.8
-111.9
1
14.7
23.5
16.6
26.8
19.1
-32.0
21.8
-35.6
23.2
-37.8
24.5
-40.0
26.2
-43.1
27.6
-46.0
2
14.8
39.1
16.6
-46.2
19.1
-52.3
21S
-60.0
23.2
-70.3
24.5
-86.6
26.2
-78.6
27.6
-76.6
3
14.8
-59.7
16.6
-58.5
19.1
-79.1
1 21.8
-89.7
23.2
-101.4
24.5
-113.2
26.2`
-114.1
27.6
-114.8
1
24.0
-25.3
27.8
29.7
31.9
-34.1
36.3
-38.5
38.7
-40.9
41.0
43.2
43.5
46.3
46.0
-49.4
2
24.0
-29.7
27.8
-34.1
31.9
40.0
36.3
-44.7
38.7
-47.6
41.0
_50.6
43-5
-54.4
46.0
-58.1
3
24.0
-29.7
27S
-34.1
31.9
-40.0
35.3
-44.7
38.7
-47.6
41.0
_50.6
43.5
-54.4
46.0
-58.1
--
l Exposure D, mean roof height 15 to 30 ft, Kd = .85, Kzt =1 and adjustment factor =1.66
!
V
Roof
130
1401
1501
1 1601
1 165_
1701
1751
18011
Zones
down
uplift
down
uplift
down
uplift
down
uplift
down
uplift
down
uplift
down
uplift
down
uplift
1
16.6 ,
=28.6
�1i5.6
' ,-33.5
i5A
383
17.8
43.5
18.9
46.8
19.9
50.1
21.2
-54.8
22A
59.3
2
16.6 `
-03i8 `
'lt�
i -52:? ,
15.4
61.1
17.8
69.7
18.9
-74.2
19.9
78.4
2L2
83.8
22.4
89.1
3
-16.6,
i �65.7,
,
:16.61-
.0'
15.4
-86.7
17.8
-98.6
18.9
-105.4
19.9
-112.2
21.2
-119.4
22.4
-126.3
1
18;fi `
, -26.d, �
=if3.8/
�30 `
, `11,6
-36.2
24.6
-40.2
26.2
42.7
27.7
-45.2
29.5
-48.6
31.2
-52.0
2,
: e.8'
-,44.2
18.8
'-sil
A6
59.1
24.6
67.7
26.2
79.3
27.7
-9L0
29.5
-88.8
31.2
-86.5
3-
16,8
67,4^
rt8.8 t
77.4
215
-89.3
1 24.6
-101.3
26.2
-114.5
27.7
1 -127.8
293
-128.8
31.2
-129.6
li
271.1
-28.6
31.4
-33.5,,
, 36.6-
-38.5
41.0
-43.5
43.7
46.1
46.3
-48.8
49.1
52.3
52.0
-55.8
2,
; 2y.1
-33.5
' -31A
, -38.5'
315A
-45.2
41.0
-50.5
43.7
-53.8
46.3
-57.1
49.1
-61.4
52.0
-65.6
31,
273
-33.8
--M-41
'' -38. s
z.22:0
-45.2
41.0
-50.5
43.7
-53.8
46.3
-57.1
1 49.1
-61.4
52.0
-65.6
Per Florldp'Bulidin-g �code, effectfve,area ttc, lye taken as the surface area of 1 module or panel
Tables i�Jcllated from f20171o�da !] tkdipgCod -Residential, 6th Edition (2017) Page 25 as allowed for effective area
Table values haee.been adjusted arCd'teEa dated for height and exposure using adjustment coefficients in Table 30.....
Table values AveFalready oeut m l6plfeii by ).6 to convert component and cladding pressures to ASD.
Values efven m PSEiI u5unds t+ersa ft oressurei. Positive values indicate down force; negative values indicate uplift
A-100
HOW TO USE THIS TABLE AND FIGURE:
1. Determine wind zones on roof from figure. "a" is 4 ft in all cases.
2. Obtain the wind speed from the local authority having jurisdiction.
3. Note roof pitch and mean elevation (height) of the roof and round
up. Ex. 14 ft, use 15 ft.
4. Pick the table for exposure and mean roof height.
Example: Category C exposure - site conditions with some flat
areas and 15 ft means the mean roof height is no taller than 15 ft.
5. Locate the column for the wind speed and circle the down force
and uplift pressures for the three roof pressure zones.
6. Uplift pressures up to 55.6 psf are below the module rating and thus,
modules may be installed in roof zones lower than 55.6 psf or lower.
0
0
Ur�J
�o
a1
v
0
'v
cc
ro
0
U.
E
w
c
Q
01
2
ii=9;3C?F'S
J
Ndte3.aaW4 fo&itCal [,e
ENGINEER:
JOHN ALGER
4105 SAINT JOHN's PARKWAY y
SANFORD, FL 32771
PH 800-929-3919 X1411
jaiger@theleveredge.com
State License # 74730
0
PROVIDER:
THE LEVEREDGE
1423 Gunn Highway
Odessa, R. 33556
813-403-5100
Certificate of
Authorization q: 31930
EDRAWN
E
DATE 02/23/2017 9. AM
61 LDR-SI-SMA-QC290M
Rev. 12.15.17
NOTES:
1. Pressures shown are applied normal to the surface,
for exposure B, at h=30 ft (9.1 m). Adjust to other
_ _ _ conditions_using_Equation-30� 1. - - - - -
' � ", ?. Plus and minus signs signify pressures acting toward
� ...s .and away from the surfaces, respectively.
3. For hip roof angles less than or equal to 25 degrees,
shall be treated as Zone 2.
°f�tQFS
h: Mean roof height, in feet (meters), except that
eave height shall be used for roof angles <100.
0: Angle of plane of roof from horizontal in degrees.
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—
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c
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'A, 0 UTDOWCONTHOLLER,
(1)#6.'13ARE:C0P.PER:GROUN0
0 'C NDUIT-REQUIREMENT$i.
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UGOW INVERTER
WMI tNTEGMTED
aplo-THWN4NEUTPAk
(1) 4:8 THWW1,13ROUKD
REHR TO PRAWIKG�
SUPPLY
Utxtfy �-
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MAIN ONCAKtRIN
RAN5L
Wf t1NG:MA1y- At- UPS IF NEEQMTOREDUCE, -VOLTAGE. MP
RT4.06AW-Strin.Onver-ter Retrofit.
ENGINEER CEIM10
14qty Hanwha Q-.Cefl 290 Mono Modules.;
SYSTEM Now—
SMA.Sunnyboy,Invefter
R
EX(SrIWG;BRWER PANEL
MINIMUM ICIO&EIM
.. .. ........ .. ...... ...
9.07A
hoct-r- fricult"twedrit
PhbtbvW.tak-.AC OUtopt
9. 6--'vA
117
R,
'0 ALgHIPRIZATI Nk
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M-lul
m_
ffitR
to
FOR ORr;.
MAIM
osin
rMAP
ME
CP
31
UQUID 11TE FLEXIBLE METAL CONIDUIT FOR USE
IN A DC CIRCUIT FOR A S"R PHOTOVOLTAIC
SYSTEM MAYBE USE-OPROVIDCJ) iTMEFTS TKEE
REQUIaEMENUS OF NeC'2014.118 FOR MLTAL
CLAD CABLE
EYPOSEO TO FREE -AIR.
$.%TED FOR OUTDOOR
(I E R-0 we CA X
;gala .4UTDOWN BOX
,%,I U,51 , 5f_ vil! HIN ;GIFT' OF
p"!
1D
SOX
<
3 suinos required
4 mcoule5 min number per string
14 modules max number per strn
31 modules totat required for system size
SOLADECKIM005LOMOR
EQUWAILENT UL17441 APPROVED
COMIIINMV614CLSURE TO
TRANSITION FROM PV CABLE TO
THWN-2 WIRE, NO FVSESPEQUIRE0
3/4" metar Cr flex melak conduit
143 # 10 THWN-2 conductors
(1) 0 9 THWNQ GROUND
System information
Q.PEAK-04.41 290%OV MONO (32MM) 011,AENSIONS: 65.7" X 39.4" X 1.26r
(31) QREAK-G4.1 29OW MONO (32MM) 8.99 KW STIC DC
RAPID SliUTDOWN REQUIRED TO MEET 2014 NEC
916 GA, 5 CONDUCTORS
(4) 12V X COMULT AHJ
F0) #8 TKAM-2GROUNV 0.4 CONDUIT REQUIAeMENTS
If ANY
SMA 50 7.7-1US (24M
795OW INVERTER
WITH IN TIGRATED
DC DISCONNECT
3W=1DUJT'.
(2) 08 TKI *94,2 CONDUCTORS
(1) Pa TH1' N-2 ninim
(1) 99 THWN-2 GROUND
REFER TO DRAWING
C-10100f(WIRING LOF
SECURED POWER
ule Make Fianvina-Q-1ceil 290 Iftvefter make SNIA
ule Model 0.ppak-6913 TaTvrter Model S37.7-US
power 29ow MaX Output 1 F%,W 795o Watt
Cirrail Current 1 4.63 Amps I J,�Kx AC Current :,' 2A
N"M
WMIN6 MAY BE
164FT MAX DISTANCE FROM
CONT901. BOX TO SHUTDOWN
Box
0 900
L 0
RAPID SHUT1DOk%tN CONTROUli 0
NIAOUNTED OUTSIDE IN ACCESSIBLE
LOCATION NCXTTO ELECTRIC METER
OR OPTIONAL PV AC DISCONNECT
3WCONDUM.
(2) 07MM-2 CONDUCTORS
(1) #a ThMq INEUTFIAL
(1) 48 THWN�2 GROUND
KEFER b DRAWING
E-101A FOR OPTIONAL
CONNEC110AIMMODS
PV
PERFORMANCE
METER
4SEE UWE 9)
91=
UPLWYI�MTIER
240142W
SSf. PHASE
40Aj2p
RN
IN
Fo ""a I'
ForME3 Wd;Ri-W 201-1 Handbook 2152(A)(4)
ChaR 3131
Vd = 777R71 M 7 r1_0;; 27014 E 9(t eS)
i'" R up 7
Wife Run,
v.-up
Imp
Ft
wvp S*ae
PV Strings to Combiner Box
r5e -b
CombTner box to Inverter
FInvcrtartg
447.4
447�4
28.14
18'14
2.24
1,24
35 1.. 7
so 2.25
ol 41;
I ?ter to
rivertef to Interior
2.1.0
32
0.869
30 1.55
0.65%
Inturcionnectlar;
240
32
0.809
40 1 107
1 0-86%--R- 49
Inter
32
0,.504�
J- -
4S 3 3
0, 1% 'Its.
Inv fte
inverter to intercwnection
inverter to inter �E
�2,1
0,49
MCMCAL NOTES:
t. CONTMCIOR RESPaNISIBLE! FOR COMPLYING WITH ALL
LOCAL OR NAWOMI CODE RE10UiRr;&'ZNT.9 AND
EQUIPMENT INSTALLATIM4 INSIRUCTIOft
2, ALL COMPONENTS MUST BE GROUNDED PER NEC 69OA3.
3. EACH MOVU16 MUST BE GROIA1090 ACCOR01MG TO PV
MAWFACTURER USER WSTRUICTIONS,
4. Kit N E c 6 90.4 CD). k, L Ci2 UtMENT FOR U St 1,4
PHOTOVOLTAIC POWER SYMV6 SHALL 05 MMMFMD
AND LIVED FOR THE APPLICATION.
6 USE 110AWO TYPE FVWM (144 CONNECTOR, UOUBLe
JACXEM) SUPPLIED FOR CONNECTING 1400ULE STRING&
5a THWN-2 IN METALLIC CONDUIT IS ACCEPTABLE
6. PER NEC 6MIT, PROVIDE A WARNING SrGNAT ALL
LOCATIONS WHERE TERFAINALS OF TIC OlsCORNECTING
MEANS MAYBE ENERGIZED IN THE OPEN POSMON, SIGN
SHALL RM*WAFNNG-ELVCTRtCAL SKOCKKkZARD-00
NOT YOUCH TERLIAW&S -TERMINALSON SOTHUNE AND
LOAD 9t0%MAYBEENRR=OIN OPEN POSIVOWOR
CCWJAL15NT.
7. PER NEC 70110. PRWAOS A PER144NE-14T PLACIUBOR
DIRECTORY 5140VANO IXTRICAL POYMA SOUROGS
01 TM P All M IS E 65. ATZA F_ 04TRAN CE.
PER 1(7), UNLESS 11M PANEL BOARD 19 RATED
j7THAN TKF SUM OF THE X4PERA RATING OF ALL
A PANEL BOARD $KALL Of. POSITIONED AT THE OPPOSIM
JLOAD) END FROM THE INPUT FESCER LOCATION OR MAIN
CIRCUIT LOCATIOW
AC DISCONNECT ANDIOR PV METIER MAY OR MAY NOT BE
REOUIR ED BYTHE AW ANDIOR. UTUM FOR
10. WIRE SIZE AS=WS THAT CONDUIT WILL BE RUN IN ATTIC
SPACE OR LESS Ttfl" IV IS EXPOKO TO SVNUW PER
NZC3I4.1S(AVjE& WIRE GAUGE MAY NEED TO BE
INCREASED IF RUN IN =DUIT ON THE ROOF FOR MORE
THA14 IV PER NlEC3I0.15(S4)j#
11. PER N -C 600,31. M- At CONW1 OR TYPE VA CAIILE MUST
SE USED W4ENEVER THE CC CONDUCTORS ENTER A
BUILOM BEFORE THE FIRST READILY AVAILABLE
DISCONNECTWO MEANS.
12, PER NEC GWal. EXP=0 RACEWAYS, JUNCTION BOXES
AND C M*UIT BODIES $N VftC,4 A14Y OF THE AVAILABLE
CONDUIT OPEKW,59 ARE USED MST BE MARKED WITH
TPG V?OAD,1;K3'PKOT0VOLTA!,0 POWER SOURCEBy
Antcd MP? CUMN1L
Rated MPP Voltage
447.4V
Max Systern Voltage
Short Circuit Current
193A
Ptiotovolmic AC Output
32A
aIIAeft
71,1
CEFITIFICATE OF
AUTHOIRMATION#
31930
PROFESSIONAL WOWEER
FL LICENSE 1!40. 74730
REWSIONS
8.99 kW String Inverter Retrofit Aw- --am- ay DEISCAIPTION- DAW-. ==7
ENGINEER CERTIFIED WPM"
31qty Han ha Q-Cell 290 Mono Modules
1423 Gunn WgIffty SYSTEM
Odmij,FL 3390 E-101
`7 Sunnyboy 7.7-US Inverter
E-101
from
inverter
House
Circuits
unified
Ground
PV-Sreaker + Miln.breaker
mutt ble:5 !'2'0%S,bf bu'ts -rating
evolta.ge'drop.
SMA 3.0 TO 7.7 US INVERTER
SMASewred Power supoy (SPS)
rated 12A425V
0Q.ercurrent by the IntqSM SPS lag!et!6�
No additlan4l: overcur rent -protection required,
NEC-00-1010) and 69D.61
ISA 3 prong outlet
Wre
�-%c 49*4f� on/off VMtch
M
House
circuitt
froin
,inv erter
ExistitiOAC
d1sW bution panel
Pon ftmdooA
121NNOV-1 01t
miy be r"Wred by
tocal
Uniffied
PV Breaker between Ground
main and. bottorn of
buss
PV Breaker. + Main breaker
must -be 9 100% of buss, MUng
SECORED-ROWER SOURCE WIRING
C�
6* OPTIONAL CONNECTION DETAILS
L E
14230mn uftwal" AND WIRING FOR SECURED
Cdessa� FL wh MMIM cA the Up aw SHC.
1— $1340341100 b rw F"ft.4L I I I 115V POWER SOURCE
4
Re4uWd bekable -
fL=d Mratqd
disconnM Rao
slze�detemnlnid
W 125% of
max, coritinuous
invaderoufput
from
Inverter
Omundwi#* to connod
dire cily to.9mund ro dand
notto 41swnn6ct:or panel
Sir . � to avoid pawal
Line side connection required,whe PVqver-current
n.
device + Maln. panel breaker > 1601% of.buss rating
2- Wire from disconnect to connection point to be #6
THWN - 2. Distance from connection point to
disconnect panel not to exceed 10' and must comply
with NEC 2011 240.21 (B)(1).
3- Line side taps may be made with double lugs in the
box or meter can or with polaris taps. Rating of the
connections must be rated at least 125% of maximum
inverter output current.
4- NEC 2011 705,12 (A). The sum of the overcurrent
protection devices from the PV system connected to
the service conductors, cannot exceed the service
conductor's rating, when using line side connections.
REFER TO DRAWING
E-101AFORWIRING
OF SECURED POWER
SUPPLY
CEIRMIFIOATE OF
AUTHORIZATION#
31030
MR94-im
-am—
C;7N—,JN
4
SCAW-
E-11 On 1 A
00'
E-101A
DANGER <== STOP
DO NOT DISCONNECT
UNDER LOAD
dev+ Labei
A WARNING LABEL TO BE AFFIXED TO RAIL OR
ON SIDE OF PV MODULES IN CONSPICUOUS LOCATION
MWWAOR,10
ELECTRICAL SHOCK HAZARD a
IFA GROUND FAULT 48 W=ATED TM
ROft54AL1.YCRd1ROED 6Ot N.ICTORS
MAY CC UNGROUNDCO AND 64iER=M DC VI
B AFFIXED ON COMBINER BOX
ELECTRICAL SHOCK HAZARD
DO TQUC" TERTR ALA
TEALS S OH BOTH LUMAtiO..
LOAD SIDES NLIY BE EtaE46fT4
INTKE OIMN POSR
DC V'DL3AGE.JSAI=T8 F`MMNT
WHEN SCALAR U00=5
AEY.P88 TQ 3iatfliGk{T
,
�,
4
I
d�1
�
C INVERTER LABEL TO BE FILLED OUT WITH SYSTEM SPECIFIC
DATA AND PLACED ON THE INVERTER OR CHARGE CONTROLLER
Must be reflective per
NEC 6.30.31 & ,. s
PFC 605.11.1.2
D REFLECTORIZED LABEL TO BE PLACED ON ALL CONDUITS AND
RACEWAYS THROUGHOUT THE SYSTEM TO ALERT FIRST
RESPONDERS NOT TO CUT CONDUIT WITH AN AXE DUE TO RISK
OF ELECTRICAL SHOCK (IFC 605.11.1.1)
I_1
I E..
E POLARITY OF CABLES MUST BE LABELED AT
OR NEAR THE COMBINER BOXES AND
INVERTER CONNECTIONS ON THE DC SIDE
F DC DISCONNECT LABEL AFFIXED ON OR BESIDE
INVERTER'S DC DISCONNECT SWITCH PER NFPA
0
x t
ELECTRICAL SHOCK HAZARD
OO NOT TOTICH TERMINALS
' i n �u TERMINALS ON BOTH UN€ AND
LOAD SIDES MAYBE ENER09ED
LN THE OPEN POSn ION
G SOLAR DISCONNECT SWITCH ON AC DISCONNECT SWITCH IF
USED. REQUIRED ANYTIME LINE SIDE TAPS ARE USED FOR THE
POINT OF CONNECTION
190
ELECTRICAL SHOCK 14AZAPM
If AC&M MO 91AULT434iWCATED
t=VAL4YGf tN"CQNDo CUM
WAYDE WKWOU110EDAd40 ENEFb RED
H AFFIX TO INVERTER
INVERTER
WITH INTEGRATED
DC DISCONNECT
H C, E D
B, E F t " '
dLINGFROMPVUON Box
PV
TRFF{ i�TI -
�A � PYACCISCONYECT PERFORMANCE
IRE T THW -2
A"dtRE i�t Tlt��a-z
30A, 24w 2•PoLE METER
(SEE NOTE 91 (SEE NOTE 9)
r--1 G Le ,
E
��
'. NOTI6E5, _
�• '+ N' 1"iw31+�!''Ar.xetiNaoa +, s+�d I y REV DATE BY REVISIONS DESCRIPTION
rwTalAmda,oc4sr PLACARDS FOR TYPICAL
'peupe'.jtY atTtx3 'Cci`¢�£tlprTleo_�fpd �
1A23Gunn Hl�rNay LeiIIase cali_h�l2ar�&aw.
Cl,L STRING INVERTER PV SYSTEM
it.nmx,
PHOtOV*k:UAIC-SY=M GtRi iFITI5 BACKF.ED
I AC SIDE OF SYSTEM DENOTING THAT
THE PANEL IS DOUBLE SOURCED AND
UTILITY WETER THIS MUST AFFIX NEXT TO THE PV
01120V BREAKER INSIDE THE PANEL
SINGLE PEE
CERTIFICATIE OF
AtT6HOR17AT ON#
31930
ENGINEER OF RECORD
JONNI L. ALGER
PROFESSIONkIL ENGENEER
FL LICENSC NO.74730
ORAVANG I€ rom,%T"
DATE.
6 28AZI17
pF.0.vapt Rr:
—
st=Eruo_
E-103
AC SIDE OF SYSTEM BY PV
BREAKER IN PANEL
Pox
ELECTRICAL SHOCK HAZARD
IFAGROOM FAULT IS INDICATED
NORUALLY C.EGUK+tD£D GOaP6l7GTdA3
0AT89 UW,iORAC14 GDA.A'ST.Pa£ii£0T4R,•
K AFFIX ON METER CAN FOR
BI-DIRECTIONAL METER
E-103
S- and barrel Tile Standing Seam Clamp
t48a o univws t "rtio Mount /amoTMshown)
Composition Shingle Flat Tile
(E/1Pount /QMaE Shom) (06ase Un€ wsal Tile Mount /QMUTM Shown)
SCALE: NTS
• Alternate Tile Strategy. Quick Mount Tile Replacement Mounts (QM`M-BM)
WoT=R • , a
12
L7@SCR1PTSdh GtPf.1E:t:}
i
FVSHNG, 9 X I r X JM , SM. PAU
2
09L0CK. CLA=. AUD CASrA'- MLL
S
}LUG, #EAVXCk, $t1r X 7ta". UOP-11 W SS
4
LAG•$CR$ti4';HL7f}iEAG.SIib"3FSi;^"i.1$8SS'
b
WASHER, "CM W16" IT7 X 1-1P� Gk�. F8853 P
RACKING COMPONENTS
j
ia---
(S iA& vlotardPVI
IMF:
GM$ -LAG' QMF'V B-MtOLIN1
WITH LAG BOLT
u!ck Mount
WWI
OMUcM: OBASE UNIVERSAL TILE
MOUNT
ta'
P1PA°aantx2�A� �e�:l6a tle �e3em9
S-51.1 and Mini Protea
STANDING SEAM TRAPEZOIDAL
Metal roofs are made by several manufacturers using several different styles from standing
seam to 5V and others. S-51 makes clips for each particular roof style. It is the contractors;
responsibility to determine the particular brand and model of roof and select the proper S-5
clip for their particular installation. Check the S-51 web site at www.s-5.com. Installers can
access the tools and procedures for proper installation of the clips at www.s-5.com/tools.
Proper installation is critical to achieve the rated pull and slide off values listed.
CAP SCREW MD(H�l�+X SAC18 X 314'UNC•a,+'+. Gi,ADE}i�..
c3Wfi-1.tXafC&, Je1W6WAW-AWACAVAL
1
I
SAG ENJ. 11CR1tCA0.`PCX4r: PING
2
SUB,m1 ffPZG, coNr- nrxowmr, 3LrI7b AL 1, ra
1
FLASIMCL CONE 1B'X "037. =3 AL },1iLL
COUAt . CS7WaER PWHNG, 1.114`11 VIDY4
I
1
FOX I-WOD X 61$ }4516063-t6. P.tki
1
WAAH€Pi.S£AILW', 3116'OX 1=t1<'Gt1.EFDM.W DOZ
1
WAIMMPF#v1aM511CID Xi'OD.18.8SS
--•---
1
WA;HMSM-LOGK.S/161D.168$'S
I I
4:kkPSCRE..W.HQtHrAE65116-IBXI-UW-- A I" SS
7
otes on Flashings and Attachments:
1 Contractor is responsible for compliance with any and
all local and National codes and equipment installation
instructions.
2 PV modules are mounted to aluminum racking
components and rails and attached to the roof using
Quick Mount PV flashings or other flashings and
attachments approved by racking manufacturer as
appropriate to the installation.
3 Maximum span between attachments to be 48" or less.
For the attachments on the ends of the rails each side,
the span, can not exceed manufacturer's
4 Contractor is responsible for ensuring watertight
penetrations and for sealing, trimming, cutting roof
shingles and membranes in a neat, professional, and
workmanlike manner.
Note: Protea is limited to 40psf when used with
an equal number of PV clips in a 24 ga steel roof.
See LeverEdge Engineering for higher uplift loads.
..1 ..REVISIONS
The LeverEdge
? +t CARTE I BY D£sCFi1pnom 1�tk � tt152917
z
1423 Gunn Highway Certaficate of AL}thwization#: a1u,�a Lar
Odessa, FL 33556 31930 ScAr KT.s,
cClsl sctSFi,,a93 813-4033-6100 S-101
i3 13
S-101
I
role] m A-1 I 10 1 a i " W Z 11111: a I ra I
- THIS LAYOUT USES (2) ADDITIONAL SPLICES
OPTIONAL LAYOUT
.
Scale: NTS
nTm
to
tit TiQtT
61 QD 113, �EPUMMA
10 F-Mom
.1 _ att__
7__�LMIVERVI T&E WONT FU
001:. IMAIr yu
I
•-JOY
jjk,j 0] :2 IfAl I
GROUNDING LUG
(SEE NOTE 9)
#6 BARE CIT GRO,11 AD
FOR MODULE GROUNDING
(SEE NOTE 9)
PV TRANSITION BOX
4'
Typ.
MODULE GROUNDING LUG (SEE NOTE 9)
RAIL
L-BRACKET &
QUICK MOUNT ROOF PENETRATION
SPLICE CONNECTOR
MECIIANICALNOTIM,
i CONTRACTOR RESPONSIBLE FOR. COMPLYING WITH ALI, LOCAL OR NATIONAL CODE REQUIREMENTS AND EQUIPMENT INSTALLAITDN INSTRUCTION&
2 ROOF MEMBER SM=Rj; 2- X 4" WOOD RAFTERS AT 24- ON CENTER
3 ROOF CAN BE COMPOSjkON Si%19�..E OR TILE WITH A PITCH BEIVIEEN 9 AND 45 DEGREES. ALL OTHER ROOF TYPES PLEASE REFER TO SUPPLEMENTALALTERNATE AITACHMENTIFLASHINO STRATEGIES.
4 NT0DULfS?6TOUWE" DT9b4tNUI�1i ISMG SYSTEM AND ATTACHED WITH OIJECKMOUNT PV MOUNTING SYSTEM OR OTHER FLASHINGfArfACHMENT SYSTEM APPROVED BY THE RACKING MANUFACTURER.
5 DISTANCE Wn'I'EENAM-ZtiMEqTr3t4TOEXCEED 4.00FT.
6 HAIL OVEAHAA NG- Ft IM A
�nkpli,MEN IFICA IONS.
U��f,.TO EXCEED RACKING MANUFACTURER'S SPEC T
7 PRECAL)TIONSWIIIEN PREPARING ROOF FOR RACK INSTALLAMN BUILIANG, STRUCTURAL INTEGRFTY AND WATERPROOFED PEN97TtMONS$tfALL BE THE RESS MUSIBILRYOFTHE INSTALLER,
8 ADJUSTMEWMAX13JENEQUIRED 6UtTCr6JS`nNG ROOF LAYOUT: DIFFERENT ROWS AND COLUMNS ARE PERMISSABLE SO LONG AS THE ATTACHMENT REQUIREMENTS SPECIFIED IN NOTE OSARE MErAND T14ATTHE MAXIMUM
RAIL OVE-610'iG ANb'MODULE OW'R1iANVGrROAA END$ QO NOT EXCEED MANUFACTLIFIER$ SPECIMATION&
9 FOR woR�gMN ArID,�OILS=04 GROuNDING OF THE SOLAR MODULES AND RACKING SYSTEM PLEASE REFER TO THE SPECIFIC RACKING MANUFACTURER'S INSTRUCTIONS.
REOS40NS RCMWTtQN CtRunciucor
:ATE 6y o2smpnm Ims=T
Am al wo
f4'o GENERAL RACKING LAYOUT
SWELCERM
M
S-102 74
m
wz,Tiw�.
I r_*
ARRAY DETAILO
Scale: 1/4!' = 1'
S-102
GROUND LUG OPTIONS
,SEE NOTE 9)
WOOD
SHEATHING
(TYP•)
.ai s3�av �atiie.43#�.xxi4ts7�:vY..�
'EYEf[[+ AL SPUM &BAR DETAIL
A thermal break Is required every 40 feet of continuously connected
rail. Bonding connection for splice used as a thermal break. Option
shown uses two Ilsco lugs (Model No. GBL-40' PIN GBL -40137 -
see product data sheet for more dulls) and solid coppeT wire.
THERMAL MANSION ,JOINT
Notes on Racking:
MID -CLAMP
ASSEMBLY
L SRACK,ET
WITH SONLINOT-BOLT
AND NUTASSENIBLY
Only approved racking components shall be used to meet wind load ratings.
Contractor is responsible for compliance with any and all local and National codes
and equipment installation instructions.
PV modules are mounted to aluminum racking components and rails
and attached to the roof using Quick Mount PV flashings or other attachment and flashings
approved by the racking manufacturer as appropriate to the installation.
Maximum span between attachments to be 48". For the attachments on the ends
of the rails each side.
Rail overhang from laq h,meni<slto roof to be less than 16".
Contractor is res orisiEiRg:fi��re sdring'watertight attachments and for sealing, trimming, cutting roof
shingles and r emb a es jh_ahegt 06ofbssional and workmanlike manner.
Different rows•anlj)colurn7ts i6/perrrrisOsq le as long as the attachment requirements listed
in K maxirrsirnrail overhang, and nihm6uo module overhang from ends, does not exceed
manufacturer's?ecomr�gQe ii&6. =
� 2S GiT
LE
ir��'atl�4!
1423Gum IbEg" l of�sYkarr�ca
Odessa. FL 336&f3 r ac Cac
f1t3.dtt3-�ff� 1 �c��a
<ti
The LevwEdge
1423 Gunn Highway
' Odessa, FL 33556
8134MI-6100
Certilfimte sAuthorization 31930
PHOTOVOLTAIC
MODULE (TYP)
RAIL (TYP.)
rrr •err
UMEREZ
ASPHALT SHIN
ROOFING O YP,)
8 Modules are not permitted to be installed in roof pressure zones with an estimated uplift
that exceed the limitations specified by the module manufacturer (please refer to the module specification
sheet and installation manual for more details).
9 Grounding lug options are required if not using approved integrated groundin gmicroinveters.
Please refer to manufacturer's installation instructions for both WEEB and ILSCO products.
10 The Enphase M215 and M250 microinverters have integrated grounding capabilities built in. In this case,
the DC circuit is isolated from the AC circuit, and the AC equipment grounding conductor (EGC) is built in
to the Enphase Engage integrated grounding (IG) cabling. No additional EGC grounding cables are required,
as all fault current is carried to ground through the Engage cable. The Enphase IQ6 and IQ6+ inverters have
a nonconductive base and do not require grounding. The Q-Cable, however, does not contain a ground, so
modules and rails must be grounded externally and grounded at the breaker panel ground rod in unified
grounding.
��
-Ir11�o17
a.�
Es S-103
3rd RAIL LOCATION
(TYR - IF REQUIRED,
SEE STRUCTURAL)
ENPHASE M-215,
M-250, IQ6, AND
IQ6PLUS
MOUNTING DETAILS
(SEE NOTE 10)
S-103
XP'10MPLC-1"
ctr XR100eorszEasettcE
lt�*
GROUNDING LUG
(SEE NOTE 9)
Notes on Racking:
1 Only approved racking components shall be used to meet wind load ratings.
2 Contractor is responsible for compliance with any and all local and National codes
and equipment installation instructions.
3 PV modules are mounted to aluminum racking components and rails
and attached to the roof using Quick Mount PV flashings or other attachment and flashings
approved by the racking manufacturer as appropriate to the installation.
4 Maximum span between. -attachments to be 48".
5 Please refer to mandfacturer,'s Installation instructions for rail cantilever distance from roof attachment.
6 Contractor is,resporisi6le'fot'ens6r dg watertight attachments and for sealing, trimming, cutting roof
shingles and- membrapes,lr ne&,� 6fessional and workmanlike manner.
7 Different rtiv+cs`and, columns are•periwssable as long as the attachment requirements listed
in K maximrUm rail overhang,,,and maximum module overhang from ends, does not exceed
manufactur4% reco'in�er datidns.
$TOPPER SLEEVE
IRONRI GE XR100 SPAN TABLE
72" Spans we permitted only under the fallmvinr3 conditions.
AR others are ICsstSted to 48' spans
For E9sures 8 and i<only. FxpmtQ 0 rNuires "Ingering evalijallorL
Wind Speed
Conditions
I XMph
Zane 1 and 2 a0 roofp tshes 5 to 45 deg, Zone 3 p0ehes 30 to 45 deg
t40,mph
Zone I all roof pitclia 5 to 45 deg?, Zones 2 and 3, 30 to 45 deg
i somph
.'Wtal[roof pitches(5to45degh Zono2and ?34toa5deq
Wmph
Zone 1 wty, all root pit hm S tu-"S &9"S
Cantdewr 11mited to 40%ofspan and no spurts 0 cantilmr.
SEu le and tog reofsonly-Plctatrefireti roe i.n erltt a tualr'enbarearl!off
s l Malri K
8 Modules are not permitted to be installed in roof pressure zones with an estimated uplift
that exceed the limitations specified by the module manufacturer (please refer to the module specification
sheet and installation manual for more details).
9 Grounding lugs are only needed on one rail per row of modules. Grounding lugs can be installed anywhere
along the rail and in either orientation.
0 IronRidge systems using approved Enphase microinverters eliminate the need for lay -in lugs and field
installed equipment gounding. This solution meets the requirements of UL 2703 for bonding and
grounding and is included in this listing. Specifically, the Enphase IQ6 and IQ6+ inverters have a
nonconductive base and do not require grounding. The Q-Cable, however, does not contain a ground,
so modules and rails must be grounded externally and grounded at the breaker panel ground rod in
unified grounding.
Nc `lr�.` Tim ftLVt49 6" aYa ra# fi6'. matt Qi QES RfpTl4N
attiiYrpra��:s.�Ta.
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1423 Gunn HowW
Odessa, FL 33566 arttts smairn cy12 ca lC
$13rt03-5100
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S-104
June 28, 2017
Dear building official,
On June 23`d of 2017 Governor Rick Scott signed HB 1021 amending 377.705 of Florida Statute
authorizing solar energy systems manufactured or sold in the state to be certified by professional
engineers. In effect a Florida Solar Energy Center, (FSECj certification is no longer required by state
statute for materials or systems to be sold or installed in the state of Florida.
. On page 6, lines 138-144 read;
All solar energy systems sold in the state must meet the standards established by the center and shall
display accepted results or approved performance tests in a manner prescribed by the center, unless
otherwise certified by an engineer licensed pursuant to chapter 471 using the standards contained in
the most recent version of the Florida Building Code.
u
1, 2017
n to 377.705 will go into effect July
If you have any questions, please feel free to contact FlaSEIA at (407) 339-2010 or (800) 426-5899
Regards,
The Board of Directors of FlaSEIA
System Certification by a Florida L censed Engineer
System Size (STC DC)
2.9kW
3.48kW
4.06kW
4,64W
5.22kW
SAW
PV MOiDULES AND ARRAY
Module Brand
tiara a
Flan a
n5'nw a
Ir 5; a
aM-95
Han►at a
a u e S e ma3 a
TTPea - 290
-0,Pea - 4.1290
Q Pea -64.1290
tr;.Pea -G4. 290
Q,Pea -G4.2 290
Q Pea-G4.1290
Module FSECg
QC17-NT90.0182
QC17-NT9"181
QC17-NTSO-0181
QC17-NT90.0181
Q.C17 W90-0183
QC17-@+3190.0181
asta Number PV Ntodu as
_
eras- rigs ranc ri�ul s
1(I
S9r -rings
12
_ _
or rings
is
or s rIg-
16
rigs
18
rings
Z
3F strings
o tr ng
Is-FingM
Is-rag
I s ng BY 4
rng o _
string
string 0
ring o
ng ing
r ay
s Ing o .
ng
- Ing o
nng to
s rl s -0
s gs 5
POWER CONDITIONING (inverter)
Irauer it Bran
Sunny Boy
Sunny soy
sunny Boy
Stanray Beiy _
Sunray say
sunny Bay'
Inverter mcaei number
MUMS—
S0.5-US
563.8-U5
S93.8-us
SB .5t-u
Ses.0-lis
scrag to UL 1741 Ve-difledyes
G;e- ier DC Vts tegE n o;
125*6til7V
yes
1 S-6
yes
225-600V
yes ........... .
234 I
yes
1,25=00V
- yes
9 25=BYit}V
AC Power tln,g
3000
300OW
300V1
3800W
3800Wd
50tF W
C Nomfna V-o tage Output
240V
240V
240W
240V
v
V _
Max PV army carverper Inverter
uM- UFF ® Y rive Rers ass
CHARGE CONTROLLER AND BATTERIES
[BATTERY BANK (CONFIGURATION
N/A
N/A
N/A
N/A
N/A
N/A
NIA
N/A
N/A
NIA .
Size (STC
XON11111
Nominal
240V I 240V I 240V
NIA I WA { N/A
Florida Solar Energy Industries Association
1 r i 4 (F1aSEIA)
2555 Porter Lake Dr., Suite 106
Sarasota, FL 34240
a: c� REVISIONS
aa�s es. c ariHgpyw%i1R$3�R4fd�f�'37m®�
.. Frad4 iH1K0 tum"t tlPciti'9�
3423 0~ H' = 31 a z,�a�a�'tea` aMa
Clfaam FL 3351% �:�er�#�a,y�v �osbelasr OUC
Z-101
Z-101
4
1
With its top performance and completely black design the new
G.PEAK BLK-G4.1 is the ideal solution for all residential rooftop applications
thanks to its innovative cell technology, Q.ANTUM ULTRA. The world -record
cell design was developed to achieve the best performance under real con-
ditions - even with low radiation intensity and on clear, hot summer days-.
LOW ELECTRICITY GENERATION COSTS
t *�p �e a
Higher yield per surfac area and lower BOS costs thanks t
higher power,classes and an efficiency rate of up to 18.3%.
INNOVATIVE ALL-WEATHER TECHNOLOGY
Optimal yields, *whatever the weather with excel lent. low -I ight
and temperature behavior.
ENDURING HIGH PERFORMANCE
Long-term yield security with Anti-PID Technology',
Hot -Spot -Protect and Traceable. Quality Tra.Qtm.
EXTREME WEATHER RATING
High-tech aluminum alloyframe, certified for high snow
(5400Pa) and wind loads (4000Pp) regarding IEG.
MAXIMUM COST REDUCTIONS
Up to 10-,�_Jower logistics costs due to higher module
capacity per box.
A RELIABLE INVESTMENT
Inclusive 12-year product warranty and 25-year
linear performance guaranteez.
THE IDEAL SOLUTION FOR:
RODA-P arrays On
residmital buAdings
Engineered in Germany
O cum CELLS:
ID. 40032587
I APT test-6onditions: Cells at -1500V
against grounded, with conductive me -
tar foil covered module surface; 25C,
168 It
2 Set, data sheet on rear for further
information.
ONLY USE DATA FOR 290W MODULE
. L:0 r, A 1-
Format 65.7 in x 39.4in x 1.26in (including frame)
(1670mm x 1000mm x 32mm)
Weight 4 1.45 lbs (1-8.8 kg)
Front Cover 0.13 in (3.2mm) thermally pre -stressed glass with anti -reflection technology
Back Cover Composite film
Frame Black anodized aluminum
Cell 6 x 10 Q.ANTUM ULTRA monocrystalline solar cells
Junction box 2.60-3.03 in x 4.37-3.54 in x 0.59-0.75 in (66-77 mm x 111-90 mm x
15-19mm), Protection class IP67, with bypass diodes
Cable 4 mrna Solar cable: W ;t39.37 in 41000mmI, W k39.37 in (1000mm)
Connector Multi -Contact MC4 or MC4 intermateable, IP68
T
EL�PIWOAL WRACT ERJSTI�S
POWER CLASS
296,
205,300
MINIMUM PERFORMANCE AT STANDARD TEST CONDITIONS, STC' (POWER TOLERANCE +SW/-DW)
Power at MPP Pus,
290
295
300
Short Circuit Current* 1, [A]
9.63
9.70
9.77
Open Circuit Voltage Voc IV]
39.19
39.48
39.76
Current at MPP* 1', [A]
9.07
9.17
9.26
Voltage at MPP. VW?
31.96
32.19
32.41
EfficiencyZ
17.4
>_ 17.7
18.0
MINIMUM PERFORMANCE AT NORMAL OPERATING CONDITIONS, NOW
Power at MPPZ P" 11N]
214.4
218A
221.8
Short Circuit Currem*
7,77
7.82
7.88
Open Circuit Voltage* VW M
36.65
36,92
37.19
Current at MPP* I'm [A)
7.12
7.20
7.27
voltage at MPP* Vie IV]
30.12
30.30
30.49
1100OW/ml. 251C, spectrum AM I.SG tMeasuremerit tolerancesSTO *3%; NOC &5% 1800WIM4. NMT,
spectrum kM 1.5G valum mual values may differ
_QCELLS PERFORMANCE WARRANTY
PERFORMANCE AT, LOW IRPAOIANCE
At least 98 % of nominal power during first year.
Thereafter max. 0.6 % degradation per year,
At least 92.6 % o to 10
of nominal Dower D years.
At'east 83.6%of nominal power upto 25 years.
Ei
--------------
All data within measurement tolerances.
---------------
Full warranties in accordance with the warranty
terms of the Q CELLS sales organisation of your
respective country,
2W 4M sm ON
I=
IRRADINCE WWI
10 M X j
ss
AVsk
_TEMPERATURE COEFFICIENTS
Temperature Coefficient of I. cc
Temperature Coefficient of Pwp Y
[*/Qliu +0,04
10/6/19 -0.39
typical module performance under low irradiance conditions in
-is (25'C, 1000W/m2).
comparison to STC conditim
7--
Temperature Coefficient ofV. f3 W.IK] -0,28
Normal Operating Cell Temperature NOCT VFI 113:i-5.4 (45±3C)
IF, ROMTIES',' 64 $YSTW_,'DE-S11K,
f
4
Maximum system Voltage V., [VI
1000 OM) f 1000 (UL)_
Safety Class
II
Maximum Series Fuse Rating (A DC]
20
Fire Rating
C (I EC) TYPE I (UU
Design load, push (UL)-' LlbsffPl
75 (360OPa)
Permitted module temperature
-40*F up to +185'F
on continuous duty
(-401C up to +855°C)
Design load, pull (ULF [lbs/ft2l
55.6 (2666 Pa)
2 see installation manual
UL 1703; VIDE Cikwfity Tested; CE-compliant;
Number of Modules per Pallet
32
EC 61215 (Ed,2): I EC 61730 (Ed. 1) application class A
Number of Pallets per 53' Container
30
DVE CE
Number of Pallets per 40'Contaiver
L W H
26
68.7 in x 45.3 in x 46.1 in
0 - w
Pallet Dimensions ( x x
(1745mm x 1150mm x 1170 mm)
Pallet Weight
1435 (bs (651 kg)
NOTE. Installation Instructions must be followed. See the installation and operating manual at contact out technical service department for further
information on approved installation and use
of this product.
Hanw 1
h Q CELLS America Inc.
300 Spectrum center Drive. Suite i250, Irvine, CA 92618,
USA I TEL +1 949 748 59 96 1 EMAIL
inquiryOus,q-cells-com I WE[Iwvu/A-cells.us
Z-102
N
w
SUNNY BOY
3.0-US 13.5-Us / 5.v-US / 6.0-U / 7.0-US / 7.7-us MOMPOU
... ............ _.
NO10
bo a uw!!
n INVERTER SPECIFICATIONS
SCALE. NITS
SUNNY BOY
3.0-US / 3.8-US / 5.0-US / b.o-US / 7.0-US / 7.7-US
Reduce costs across your entire residential business model
The residential P/ market is changing rapidly, and wa understand that your bottom lino matters moro than war. Thot's
why wave designed a superior residential solution that will help you decrease ebsis throughout all stages of your
business oporaitons. The Sunny Bay 3.0•US/3.0•US/5.0•US/3.0•US/7,0•US/7,7-US join the SMA lineup of fiold.prown
seta, technology backed by the w Id's kl service team, along with a wealth of Improvements. Simple design, Improved
stocking and ordering, volue driven sates support and sbreamNaad Instaliotlon ore lust some of the ways that SMA is
working to help your business operate more efficiently.
Useldata only for the S133.0 and S135.0 inverters as
applicable per the wiring diagrams. No other inverters
used in this plans set. All systems are residential, 240V
single phase, grid tied with no battery back up.