HomeMy WebLinkAboutPROJECT INFORMATION9
8
7
6
5
4
3
E
1
A
B
SCOPE OF WORK: Solar electric PV system Improvement/Retrofit - Q-Cell 295
mono modules mounted on Iron Ridge or Unirac rails with Quickmount or
equivalent Code Compliant flashings. Inverter is Solar Edge with Optimizers.
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
6th Ed. and any other Local Utility requirements.
solar- • •
<_ t
0
The Right Wayl
r quick Mount PV'
RESPECT THE RDUP
10.0ELLS
a Hanwha cempany
. 1' etnsilitavi�oorir<cilK t
�- CA14{�RiER/FttCLOS!lIIE31
mom
_ IRONRIDGE
JOB SITE AnnR
PROPERTY OWNER NAME: - adt
MAJOR EQUIPMENT USED:
MODULES: HANWHA Q-CELL
295M 60 CELL MONOCRYSTALLINE
295 STC RATED OUTPUT
INVERTER: SOLAREDGE WITH OPTIMIZERS
3800, 5000, 7600, AND 10,000 WATT
GRID -TIED INVERTERS
WITH P320 OPTIMIZERS
NO BATTERY BACK-UP
INCLUDES RAPID SHUTDOWN
IN THE INVERTER CIRCUITRY
FLASHINGS: BY QUICKMOUNT PV, UNIRAC,
OR IRONRIDGE OR CODE COMPLIANT EQUIVALENT
INCLUDES SHINGLE, TILE
ROOF BRACKETS: BY S-51
S-5U OR EQUIV. FOR STANDING SEAM METAL ROOF
PROTEA BRACKET FOR 5V ROOF
C
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.
2. Wind force estimates are area dependent and per 2017 Florida building code 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 Florida Building 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
D with a maximum uplift of 55.6 psf for side mounting. Installation in pressure zones exceeding this
rating is not allowed.
K/Ubs
1
RAILS: BY UNIRAC
IRON RIDGE
SCANNED
GROUNDING: EXTERNAL FOR MODULES BY
AND RAILS, #6 BARE COPPER,9t Lucie Com
FOR EXPOSED AREAS, UNIFIED
GROUNDING ON SAME GROUND
ROD AS MAIN BREAKER PANEL
JUNCTION BOX: SOLADECK
UL 1741 LISTED
COMBINATION, TRANSITION
FROM PV OR USE-2 CABLE TO
THWN-2 CONDUCTOR,
FLASHING TO EXCEED FBC REQUIREMENTS
5. Modules must be installed on 2 rails as shown per the rail module manufacturer's instructions to
obtain the listed wind rating.
6. Combined module and rail dead loads are under 4 psf.
7. Rail attachments shall be onto minimum 2x4 trusses or rafters spaced no further apart than 24" on
center. Attachments in roof zones 1 can be alternate from top to bottom at 48" on centers but
attachments at the ends of arrays shall 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 details, system selection r
00/00
1
A-100
Roof
Wind pressure tables and "A" dimension calc
00/00
1
E-101
Electric Diagram
Electrical Line Diagram for Load Side Connection
00/00
1
E-101 A
Electric Diagram
Optional PV connection methods
00/00
1
E-103
Placards y ;
Warning labels and where used
00/00
1
E
S-101
Flashir o,
,Quick Mount flashings and S-5! cut sheets
00/00
1
S-102
La out ,
{^..
rail and module layout suggestions
00/00
1
S-103:
�,�h!rc` r-�Cut'sheets
eeral
and grounding notes on Unirac rails
00/00
1
S-104
1ronRuclge`�
Cut sheets and grounding notes on IronRidge rails
00/00
1
Z-10T
; FLASEA Letter
Engibeer certifications for 2.36 to 5.02, 5.31 to 6.97, 7.08 to 9.44, 9.74 to 11.51 kW systems
00/00
2
Z-102-
Module s
Cut Sheet for Hanwha Q-Cell 295W
00/00
2
Z03
;trt
,,;.Wt_Sheet for Solar Edge Inverter and Optimizers - 3800, 5000, 7600 "H" series
00/00
2
Z-104
Inverter, ;':
Cut Sheet for Solar Edge Inverter and Optimizers - 10,000 "A" series
00/00
2
F
1.'>
APPLICABLE CODES
- Florida Building Code 6th edition 2017
- National Electric Code 2014
- NFPA 101-2009
- NFPA 13-2007
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
ENGINEER:
JOHN ALGER
4105 SAINT JOHN'S PARKWAY
SANFORD, FL 32771
PH 800-929-3919 X1411
jalger@theleveredge.com
State License # 74730
01
CONTRACTOR REQUIRED TO INDICATE SYSTEM SIZE
BY SELECTING THE CORRESPONDING BOX BELOW.
PHOTOVOLTAIC
SYSTEM SIZE:
A
u2.36-5.02 jELUCIE COUN- B
8-17 modu e
iii # modules: WLAN_ REVIEW
BLDG:
DATE:
ELE .
X5.31-6.79 DRAWN BY:
18-23 mo JOHN ALGER, PE
# module
DATE:
MECH: C
DATE:
' PROVIDER:
THE LEVEHEDGE
1423 Gunn Highway
7.08-9.44 KW Odessa, R.33556
24-32 modules 813-403-5100 —
# modules: Certificate of
�;`, �• Authorization 0:31930
- DATE: 04/25/20171:30 PM
❑_ 9.74-11.51 KW D
33-39-modules ——61L-DR-SI-SEQC295M_ _
# modules: Rev. 02.05.18
:................................................................................................................
O `i
- j
I•r ` F-
.............
COVER
Table R301.2(2) Interpolated to effective area of Pgty 18sq ft module or collector
ExpoSofe 8, mean roar height 30 it and kni4e, Kd - .85, ,{tt -1
tcof
Roof
1W
1401
150I
1 1W
153
170I
1751
1.3001
Vtih
Z Tt6
dfivM
WUL
dNW
Wift
uplit
I d"'M
4om
d�-M
wii't
d*va)
WEit
do.'I
I %*FfI
dtrr1-1
uo[!t
1
10
-17.2
10
-20.2
93
-23.2
1 10.7
-26.2
11.4
-20.2
12
-30.2
113
-33
13.5
-35.7
"OU
2
10
-27.6
10
-31.9
93
-36.0
1 103
-42
1L4
-44.7
12
-47.2
SL3
-50.5
135
-53.7
3
10
-39.6
10
-45.8
93
-52.2
101
-59.4
11.4
-63.5
12
-67.6
113
-71.9
1--3_i
-76.1
1
10
-16
113
-18.2
13
-21.8
12.,3
-24.2
1 153
-25.7
1 163
-27.2
17.3
-29.3
18.8
-31.3
3-27dn
2
10A
-26.6
113
-31.4
13
-35.6
14.3
-40.8
15.8
A7,8
163
-54.8
173
-53.5
13.3
-52,1
3
10.1
-40,6
1L.3
-46.6
13
-53,8
143
-61
-15-3
-69
163
-77
17,3
-77.6
18.8
-78.1
1
163
-1712
139
-20.2
1 21.7
1 -23.2
24.7
-26.2
263
-27,8
276
-29A
27.6
-31.5
-M
-33.6
23-454rg
2
16:3
-20.2
139
-23.2
2L7
-27,2
2_-7
-30.4-
26,3
-32.4
27.9
-34.4
29b
-37
3L3
-39.5
3
163
20.2
13.9
23,2
2L7
47,2
2.7
30.4
263
32.4
27.9
-34A
296
37
31_3
39.5
I
I Ezposjoe c, mean roar height 15 h and under, Kd, .85,:itt-=1 lmd
PG�
turf
door
1.301
1401
1501
1601
1551
170I
EN
1301
O'ch
zolts
dm:7
WOOL
ftom
vpm
'W-M
t,ut
d>ww
%trout
d*wM
w ut
cw-m
uplet
rm
Z4IL
d0•ne1
OpEtt
1
12.1_
-2018_•
ILL
-24.4
11:3 A,
-28.1
M9
-31.7
13.3
-34.1
1.10
-36,5
1-}
9T.911
163
-43.2
4`7 deg
2
12;1'
31 a,
,-1'2 1
-38,5
1L. ;
-44,5
12.9
-50.8
13.3
-54A
V3
-5711
16
-61T
163
-65.0
3
12 1,
4? 9 _-
w ILI
-55A
11.3 `'
-63.2
12.9
-71.9
133
-76.8
14 5
-81.8
15 i
97r0
} 16:3
-92.1
1
17-1
-19.4
117
-22,0
1547
-26.4
17.9
-29.3
19.1
-31.1
20,2
-32.9
jjjj(
-3 ,5
) ZL7
-37.9
8 - 27
2
U-2 _
-32,2 `
"'] # 7
-38.0
15,7
-43.1
17.9
-49.4
111
-57.8
20:2
-66.3
ZL7
-63.0
3
12F2
-49,1'
347
-56.4
157
-65A
17.9
-73.8
19.1
-03.5
102
-93.2
Ir 21t-111
-f131
227
-94.5
1
1%7
-20.8 .
, _•2i:3
-24.4
25.3
-28A
29.9
-31.7
31.3
' -33.6
338
-35.6
1 158
18,1
37 9
40.7
23-45e'it
2
19:7`
-'2q,n .._Z2L9
-28,1
263
-32.9
29s9
-36.8
3L8
-39.2
118
41,6 i
358
MEOl
3
19.7..
_ 2a,4-
' `2L
28.1
25,3
-32.9
299
36.8
313
39,2
33.3
41,618
111
37.9
77,8
BcpoSure G, rrteaif roof Height 15 - 30R, Kra - ,85, Kit -1 and Larri 4 (ar7„tneot Factee) -1.4
acat
Roof
IN
=' ...1401
1501
150I
1651
1701
1751
1:*I
Otth
Zcres
detA I
tpFit
dp•A1,
wpitt
&wn
gram
d&wi
vpFit
dxwrt
gilt
dcrw
WUL
don••i
Wlilt
dowm
E+•'+iFiL
1
1•-A
=24.1
14,0
-283
13.0
-32.5
1a.0
-36.7
16.0
-39,5
163
-42.3
17.9
461
1&9
-50.0
C-7da3
2
14.0.
- -,38,6
=14.0
-44.5
11,0
-51.5
150
-58.8
16.0
-62,6
16-8
-66.1
17.9
-70.7
L39
-75.2
3
Sf.A
-55A
1.4:0
-64,1
1-3.0
-73.1
laA
- -83.2-
1&0
-88,9
153
- -9.6 -
17,E
-100.7
18.9
-10k.5
1
14A
-22A
153
-25.5
181
-38.5
20.7
-33.9
22;1
-36A
23,•S
-38.1
24J9
-41.0
26 3
43.8
8-27ft
2
1, 1
_37.2
153
-44.0
18.2
-4M
203
-57.1
22.1
-6619
23A
-763
249
-74.9
26.3
-72.9
3
14,1
-56 8
15-1.3
-65.2
182
-75.3
20.7
-85.4
22.1
-95.6
2314
-107.8
2-1,9
-108,6
263
-109.3
1
278
-24,1
26,5
-28,3
30A
-32.5
34.6
-36.7
36.3
-38.9
.39.1
41.2
41,4
-44.1
43.8
47.0
23-45ft
2
2L3
-28,3
t6.5
-32,5
30A
-38.1
34.6
-42.6
353
45.4
39.1
40.2
41.4
-51.8
418
-55.3
3
Ms
-28.3
265
-32,5
30A
-38.1
34.5
-42.6
35.3
45.4
39.1
-40.2
4LA
-51.8
433
-55.3
�xooiure t5, mean tootneir¢it 15 ri zeid c rider, 4d , 485w Kit * 1 and Lwbda I a#jdi[ nenR fattorJ -1.47
I
I
I
I
I I
ce*T
Roof
1301
140I
1-50I
1601
1551
1701
1751
L9t71
.).Etch
zones
down
vpL't
doom
vpEIE
dowel
vprit
down .
vpm
dowel
QP11l
d3un
vpm
d5wm
%qiE t
dxwo
v Ell
1
143
-25.3
14.7
-29.7
13.7
-34.1
153
-30.5
168
41.5
17.6
-44A
133
-48,5
�-19_8
-52.5
(47deg
2
14,7
-40.6
14,7
-1617
133
-54.1
13.7
-61.7
16-S
-65.7
17.6
-69A
13.3
-74.2
19=8
-78.9
3
147
-50.2
14,7
-673
1317
-76.7
117
-07.3
153
-93.3
MG
-99.4
13-8
-105.7
19-8
-111.9
1
14.7
-23.5
16.6
-2618
1%1
32.0
21.8
-35.6
232
-37.8
245
-40.0
26.2
-43.1
27Z
]6.0
8-27ft
2
143
1 -39.1
15.6
1 -46.2
19-1
-52.3
2L3
-69.0
23:2
703
NIS
-80.6
25.2
-78,6
27.6
-76.6
3
143
5?.7
154
-68.5
1%1
7911
ZL8
-89,7
812
-101.4
24,5
113.2
262
-114.1
27.6
-114.8
1
24.0
25.3
273
-29.7
.319
-3411
363
-38.5
38.7
-40.9
41:0
43.2
43a
46.3
46:0
47,4
28 - P,5 ft
2
240
2?,7
27.3
-34.1
3L)
-40.0
363
-44,7
38,7
-47.6
4LO
-50.6
435
54A
46A
58.1
3
240
29,7
27.8
-34d
31.9
-40.0
36.3
-44.7
R,7
-47,6
410
-50,6
43.5
54.4
46:0
58,1
I Ex11uii re D, me,;n toe hel_kM 15 w 30 it, Kd - .05, Ut ,1 and adjustment factor - L66
I
I
I
I
I I
tuaf
Roof
1301
140
1-501
1W1
1 1651
1701
1751
1801
3dy
zct s.
1cdt1� l
iOpf�4 1 ,
6WM
upT$
&AA
uPTJt
down,
UPUL
*t M
vpF/l
aWM
%out
down
V11I
dowel
vput
1
1SE >
-28,6
%15,6
-33,5
15A
-38.5
17.3
-43.5
18.9
-463
193
-50.1
2L2
-54,8
22,4
-59.3
C1-7deg _
2,r '
15.6'•
'.�Lf5,8:%�
16.5 -
-52,8
154
-61.1
17.8
-69.7
1&9
-74.2
199
-78.4
2L2
-Ule
ZL4
-8911
Fy5,7 :
' %ij�6 ;
- -76.0
L5:4
-86.7
17.8
-58.6
139
-105.4
199
-112.2
t1:1
-119.4
ZZ4
-126.3
Jl
16.6
-26t
1&I ".
-30.2
21,6
-36,2
1 24,,6
-40a
25.2
42,7
27.7
-45.2
29.5
-4016
.3L-2
-5210
8 - 27 ft
2
,16.3'
A4'
i&-3
-52.1
2L6
-59A
24,6
-67.7
25.2
-79,3
27.7
-91.0
29=5
88.8
312
-8615
3
163
67.4
138; .
' -77,4
2L6
-89.3
24.6
-101.3
M2
-114,5
27.7
-127.8
29
-128.8
3L:2
-129.6
1 -
, �7. '
:' .8;F
31,4
`-33,5
35.0
-30.5
4L O
-43.5
4L7
-46.1
•453
-40.8
49.1
52.3
S2A
55,8
23 - 45 �. ;",
"1
27.1
-33�5
• 31 t
� 38,5
W-D
-45.2
•41,0
-50.5
413
-53.8
46:3
-57.1
49.1
61.4
SL-0
65.6
,'•27)2
,
�•3 .$
31
38.5
W-0
1 45.2
4L0
-50.5
4L7
-53.8
46.3
-57.1
49.1
-61A
52,b
-65.6
Per Ffdrid"a Building Code, effective area to be taken as the surface area of 1 module or panel
fables inwrpolated_from 2017 Florida Building Code -Residential, 6th Edition (2017) Page 25 as allowed for effective area
Table values have been adjusted and recalculated for height and exposure using adjustment coefficients in Table 301.2.3
Table values have already been multiplied by .6 to convert component and cladding pressures to ASD.
Values given in PSF (pounds per sq ft pressure). Positive values indicate down force; negative values indicate uplift.
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.
is
0
Cn
0
0
0
UJ
W
d
.3
c3
I
e
m
�o
e
0
.0
E
n
W
MALLS
A�
GAtSt B FtpgFS
7* eOy:4k'
a
a � = -�-
2F Q- 0
� r
657•
t,
L3ABLE R0¢PS
8..7•
Note -a ¢.4-feet in all busts_
1
HIP fWW's
7•4Ds27'
I
ENGINEER: < <
JOHN ALGER
4105 SAINT JOHN'S PARKWAY
SANFORD, FL 32771
PH 800-929-3919 X1411
jalger@theleveredge.com
State License # 74730
O
PROVIDER:
THELEVEREDGE
1423 Gunn Highway
Odessa, R.33556
813-403-5100
Certificate of
Authorization #: 31930
=BY:
DATE: 02/23/201 99:45 AM
61 LDR-SI-SE-QC295M
Rev. 02.05.1 a
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 30.5-1.
2. Plus and minus signs signify pressures acting toward
and away from the surfaces, respectively.
3. For hip roof angles less than or equal to 25 degrees,
shall be treated as Zone 2.
h: Mean roof height, in feet (meters), except that
eave height shall be used for roof angles <101.
O: Angle of plane of roof from horizontal in degrees.
..............................................................................................................:
A-100 =
ANY COMBINATION OF
MODULES FROM 8 MINIMUM
PER STRING TO 17 MAXIMUM
PER STRING USING 18 TO 23
TOTAL FOR SYSTEM SIZE; 2
STRING REQUIRED
sals d9eTtwerOpQmtrer
PM
Rated CC IrWdPower- 320 W8ft
Maelmni ft"VoRage -48Vdc
MPPT Range-Sto 4lift
Modm m inptd Cunard -10 Aft
Natslman Output Burred-15Adc
String UmRatlocs - 9 to 17 Opthtthem,
RN Watts STC perString tMsdunmr
ELECTRICAL DIAGRAM
Q.PEAK BLK-G4.1295W Mono (32mm) DIMENSIONS 65.7" x 39.4"x 1.26"
(18-23) Q.PEAK BLK-G4.129SW Mono (32mm) = 5:31 to 6.79kW STC DC
o a o 14 1f
PVVW1 nFmAir
Nte.10AWSCo wiro aach
(rabd go dog 0)
Positive, Maladies
Sam Copper80 or
hnsutalad EfC in conduit
Keep under 2%voltagedrop
Nominal
as Barn
CopperWlra
Sdaleck model
0T "' orequlvaled
Co �nullinclosureto
tremRlanfrmnUSE-2
PVCablatolifW112
wtre. No fuss ragWred.
1N901.2 wire in conduit
MbL 10AW8 Sw wbr eao
(rated 90 deg C)
posift Mason
BeroCopper66tta'
ktetdatad EOC In eansktK
Keay urMer2%voltegadrop
240 agsmvwaocmmww
tttaxkrntmOutput Current -Z<Amps
w MmdmumI pottprred-13SAAdo
Nournd Urdu protecllan provldad
> o 0 o per NEC arftda Gem
j Solar PACATCSaf*SWteh
j 440Vac6 60 amps ca Claim
600Ydo, 38S amps aontintam
Opens a0 unpmtmded conductors
perNECarticle69035
IMainsun t0AWB Ou Wire
L1dog C)
, t2, and neutral
10AWBSrotmdwba
Keep under IS%voldp drop
OPTIONAL.
Lockable, Nan -fussed
FVAC Illwarteat
30A, 24M 2-Pole
(See Natos6 & 9)
ELECTRICAL NOTES:
1. CONTRACTOR RESPONSIBLE FOR COMPLYING WITH ALL
LOCAL OR NATIONAL CODE REQUIREMENTS AND
EQUIPMENT INSTALLATION INSTRUCTIONS.
2. ALL COMPONENTS MUST BE GROUNDED PER NEC 690A3.
3. EACH MODULE MUST BE GROUNDED ACCORDING TO PV
MANUFACTURER USER INSTRUCTIONS:
4. PER NEC 690A(D). ALL EQUIPMENT FOR USE IN
PHOTOVOLTAIC POWER SYSTEMS SHALT. BE IDENTIFIED
AND LISTED FOR THE APPLICATION.
6, USE 10AWG TYPE PV WIRE (H4 CONNECTOR, DOUBLE
JACKETED) SUPPLIED FOR CONNECTING MODULE STRINGS
5a THWN-2 IN METALLIC CONDUIT 18 ACCEPTABLE.
6. PER NEC 690.17 PROVIDE A WARNING SHIN AT ALL
LOCATIONS WHERE TERMINALS OF THE DISCONEECTING
L1 L2 N
MEANS MAY BE ENERGIZED IN THE OPEN POSITION, SIGN
SHALL READ "WARNING - ELECTRICAL SHOCK HAZARD. DO
NOT TOUCH TERMINALS - TERMINALS ON BOTH LINE AND
LOAD SIDES MAY BE ENERGIZED IN OPEN POSITION° OR
EQUNALENT DISCONNECT MUST BE LOCATED IN AN
ACCESSIBLE LOCATION FOR UTILITY PERSONNEL OR NEXT
TO UTILITY METER.
7. PER NEC 705.10, PROVIDE A PERMANENT PLAQUE OR
DIRECTORYSHOWING ALL ELECTRICAL POWER SOURCES
ON THE PREMISES AT SERVICE ENTRANCE.
B. PER NEC 705.12(0)M. UNLESS THE PANEL BOARD IS RATED
NOT LESS THAN THE SUM OF THE AMPERE RATING OF ALL
-
OVER -CURRENT DEVICES SUPPLYING IT, A CONNECTION IN
A PANEL BOARD SHALL BE POSITIONED AT THE OPPOSITE
(LOAD) END FROM THE INPUT FEEDER LOCATION OR MAIN
CIRCUIT LOCATION.
9. AC DISCONNECT AND/OR PV METER MAY OR NOT BE
REQUIRED BY THE AHJ AND/OR UTILITY FOR
INTERCONNECTION.
o i AC LoadCatter
10. WIRE SIZE ASSUMES THAT CONDUIT WILLBE RUN IN ATTIC
i-2 poi 30 atop
SPACE OR LESS THAN IW IS EXPOSED TO SUNLIGHT PER
b t
NEC310.15(I M Eta WIRE GAUGE MAY NEED TO BE
i
INCREASED IF RUN IN CONDUIT ON THE ROOF FOR MORE
THAN IW PER NEM0.150)(3)(c).
" G
11. PER NEC 690.31, METAL CONDUIT OR TYPE MC CABLE MUST
BE USED WHENEVER THE DC CONDUCTORS ENTER A
BUILDING BEFORE THE FIRST READILY AVAILABLE
DISCONNEC71HO MEANS.
12. PER NEC 690.31, EXPOSED RACEWAYS, JUNCTION BOXES
6F6 0ror
AND CONDUIT BODIES IN WHICH ANY OF THE AVAILABLE
CONDUIT OPENINGS ARE USED MUST BE MARKED WITH
8round _
THE WORDING °PHOTOVOLTAIC POWER SOURCE"By
MEANS OF PERMANENTLY AFFIXED LABELS.
VOLTAGE DROP CAC TtONS
Vd 02• R11 3 0D ro-in 2014
NECC ap9,
taale8)
Wire Run
Vmp
Imp
R
%Vd
YYireSsze
PV Strfngs to Cam lner Box
3 0
15
50
3.86
0.53
Combiner box to Inverter
3SO
35
1.24
' 50
1,86.
0.53%
010
Inverter to Interconnestfon
240
21
1.
30
2.5624
5S
10
Inverter to Interconnection
240
21
124
45
2.3436
0198%
RIO
Inverter to Interconnection
240
1 21
0.778
60
1 2.96056
0.1
d8
Inverter to Interconnect on
240
1 2
a. 1 I90
1 1.85598
1 0,77%
Solar EdOe Inverters and Optimizers
meet the requirements of 201A NEC
for rapid shutdown with no additional equipment
Label$
Rated M P Current
9.27A
gated MPP Voltage
3 0
Max System Voltage
48DV
$ oat circuit Current
19.4A
Photovoltalr AC Output
AC Output Current
21A
Nomsna o age•
2 DV
s:r:c:+etR 0 rtrmnu
A14LN. P 6
Ft. MUM NJ :372p
IMF: F ,rxt-tutF
CtRMICATE Cr
a,utr+r,rtt,attc,N
r�0.3t43".
REvrsl£NS -
UpT7CEE:
[�RAth11NIG TITLE:
5.31 to 6.79kW String Inverter Retrofit
� KF� t�xt�
Lt-r J
itNltP✓}YU�IIAY�.bV•Ii11HNd
Mr• mnx nt•tlto acanr�+
er,mrLv�,.iepe
P)'{QTOVOLTAIC PLAN
(13-2$),gty Rancho "ell 295 Mono Modules
pwyb,sy
rr.,,..�ctr+.•,w,.,a,
ENGINEER CERTIFIED
;Ita��ttwa,;�
SolarEdge SE5000H-US Inverter
E-101
E-101
Optional locket
non fused 3(
rated disconnected;
may be required
local utit
1
21
frt
in,
Opposite main breaker
House
Circuits
Existing AC
stribution panel
2=40 V 1 PH
ad
ind
PV Breaker + Main breaker
must be S 120% of buss rating
PANEL CONNECT OPPOSITE MAIN _
17� -
�° �'� . � ' � tTtwlPteug+'r!r End Idra9 o%ptOtsrd
{+it?.wRfiln tin th�olctAus+n
,ob( erry of TM L nfEdgn The use
1423 CL= Higtiway of then. mo-Eds. r.W-NA the
^ Ottessa, FL 335&6 ` MW consent of the LE or SHC,
b not pNroiflo�R
8t3-�03�STQ0
1
240 V
from
inverter
Optional lockable
non fused 30A
rated disconnected as
may be required by
local WRY
PV Breaker between
main and bottom of
buss
1- Wire sized per voltage drop table,
usually #10 or #8 based on 125% of
maximum continuous inverter output amps.
Upsizing of wire from #10 to #8 is permitted
to reduce voltage drop.
House
Circuits
Existing AC,
distribution panel
120/240 V 1 Pit
Unified
Ground
PV Breaker ¢ Main breaker
must be s 100% of buss rating
PANEL CONNECT BETWEEN
HOUSE CIRCUITS
3
4
2
Required lockable
Main
fused 60A rated
�Br88kA
disconnect Fuse
size determined
by 125% of
House
Max. continuous
Inverteroutput
Circuits
from
lJ
f
Inverter
Existing AC
It
distribution panel
120/240 V 1 PN
Ground wire to connect
dfractly to ground rod and
not to disconnect or panel
grounds to avoid parallel
grounding lhru neutral wire
Line side connection required when PV over current
device + Main panel breaker > 100% of buss rating
LINE SIDE TAPS
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 2014 240.21 (13)(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 i 25 oof maximum
inverter output current.
4- NEC 2014 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.
CERTIFICATE OF
AUTHORIZATION#
31930
ENGINEER OF RECORD
JOHN L. ALGER
PROFESSIONAL ENGINEER
FL LICENSE NO. 74730
REVISIONS CRAWNGINFORMATI)ON
OPTIONAL CONNECTION DETAILS
REV DATE I 8Y DESCRIPTION DATE 7nsn1
7
DRAWN BY,
SCALE'
SHEET.'*.
E-101 A
/
I
A
DANGER a STOP !
DO NOT DISCONNECT
UNDER LOAD
A WARNING LABEL TO BE AFFIXED TO RAIL OR
ON SIDE OF PV MODULES IN CONSPICUOUS LOCATION
®DARNING
WAWNONIN' O,
ELECTRICAL SHOCK HAZARD
ELECTRICAL SHOCK HAZARD
DONGTTOUCHTERMIALS
IFA OROIIND FAULTIS INDICATED
TER&WEALS ON BOTH LINII AND
LOAD SLOES MAY 0E CXZRGLTEO
NORLALLYCAOUICIEO CONDUCTORS
IN THE OPEN M9iT10N
14000UNGROUNOWANDENERGISED
OC VOLTAGE IS ALWAYS PRESENT
NMEN SOLAR MODULES
ARE EXPOsm 70 9UNLIOHT
B AFFIXED ON COMBINER BOX
`A WARNING
ELECTRICAL SHOCK HAZARD
DO NOT TOUCH TERMINALS
TeRUNALS ON DOT" LH@ AHO
LOAD SIDES MAY BE ENERGIZED
IN THE OPEN POSMN
DC YOLTADE MALVMYS PRESENT
LYHEN SOLAR MODULES -
ARE EYPOSEO TO SUNLIGHT
i • •
i ,
•
C INVERTER LABEL TO BE FILLED OUT WITH SYSTEM SPECIFIC
DATA AND PLACED ON THE INVERTER OR CHARGE CONTROLLER
Must be reflective per
NEC 630.31 &
IFC 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)
-,a
E POLARITY OF CABLES MUST BE LABELED AT
OR NEAR THE COMBINER BOXES AND
INVERTER CONNECTIONS ON THE DC SIDE
4.Vr 6
I14S.ilj ■
im
® DC Disconnect
I.
F DC DISCONNECT LABEL AFFIXED ON OR BESIDE
INVERTER'S DC DISCONNECT SWITCH PER NFPA
• • • �' 1WARNING011
ELECTRICAL SHOCK HAZARD
DO NOT TOUCH TERMINALS
• TERMINALS ON BOTH UNS AND
LOAD SIDES MAY BE ENERGBEO
DI THE OPEN POSITION
G SOLAR DISCONNECT SWITCH ON AC DISCONNECT SWITCH IF
USED. REQUIRED ANYTIME LINE SIDE TAPS ARE USED FOR THE
POINT OF CONNECTION
WA WARNIN,=
ELECTRICAL SHOCK HAZARD
IF A CROVNO FAULT IS IADICAT96
NOMIALLY GROUNDED CONDUCTORS
MAY BE UNGROIDIDEDANO ENEkGa f UTILITY METER
24(V120V
H AFFIX TO INVERTER SINGLE PHASE
D K
- — — -- INVERTER
WITH INTEGRATED
DC DISCONNEcF
D �(
—L—rL— IC, E n J AC SIDE OF SYSTEM BY PV
H BREAKER IN PANEL
I 30A1ZP
ACAUTION
PHOTOVOLTAIC SYMM CIRCUIT IS EULCKFED
OWARNING IOUaL POWER SOURCE
sEcorlo_souRe� rs PHorovotriuc sv�1E>~t
III AWARNINOW
ELECTRICAL SHOCK HAZARD
DO HOT TOUCH TERMINALS
TERMINALS ON BOTH LINE AND
LOAD SIDES MAY HE ENERC ZED
IN THE OPEN POSITION
■AZINA--NNG'
TURN OFF PHOTOVOLTAIC
AC DISCONNECT PRIOR TO
WORKING INSIDE PANEL
I AC SIDE OF SYSTEM DENOTING THAT
THE PANEL IS DOUBLE SOURCED AND
THIS MUST AFFIX NEXT TO THE PV
BREAKER INSIDE THE PANEL
B, E F _ _ _ PV EXISTING
JUNCTION FROM
BOX PV AC OISCONNEGT PERFORMANCE 200A MAIN
TRANSiTWIRE 3 THIN -2 30A, 240V, ZPOLE METER
WIRE TO THWN 2 SWITCHBOARD(SEE NOTES) (SEE NOTE 0)WA -01MG
ELECTRICAL SHOCK HAZARD
ff a OAW JND FAULT C9 OIDIOATm
NORMALLY GROUNDED CONOIDCTORS
D D YAAY DD UNGROLIM1I0 AND UNERGULO
K AFFIX ON METER CAN FOR
GEC BI-DIRECTIONAL METER
Ground
CERTIFICATE OF
AUTHORIZATIONii
31930
ENGLNEER OF RECORD
JOHN L ALGF.R
PROFESSIONAL ENCANM
FL. UCE9SE NO.747M
> ' N/srlcss? REVISIONS DRAYnNGIKFCRMA=N
REV I DATE BY DESCRIPTION DATE 0f2aR017
'..•[iile�wi'.hL!RnCM.acWsivs DRAWN BY. —
u1 �, atY,,., d�Tlw, PLACARDS FOR TYPICAL _
1423 Glmn Highway _ olll.o..mr«wlti+,dHa.lui. SHaErNO:
wmm consent of ttlo LE m w1c, STRING INVERTER PV SYSTEM E;
Odessa. FL 3355G is e t P«mp•d.
s,3-4o3�Ioo
E-103
A BariMl Tile
(09asu rsal Tilu Mount IQMUTM Shown)
Clamp
F
C
Composition Shingle Flat Tile
(Emount !Q`ASE Shawn) (aerie Universal Tile Mount IQMUTM Shown)
ROOF MOUNTING DETAIL
SCALE: NTS
Alternate Tile Strategy: Quick Mount Tile Replacement Mounts (QMTR-BM)
�< 4_774
y t _
NOTICES!
nK..r�u«,Lnl�raal..
_ cr
el7�nrtul11111f.�rt7o
t4231`:'uia�.Filg:�tvLy
x/csn oonF Lo1;t,�t�wlNO,
h e�1 gm`a-'d
Odayaal. FL 33556
813-403.6100
ITEM
NO
DESCRIFTON
DTY.IPDX
1
I FLAS"G,rX12-XL40,M52,MILL
1
2
OBLOCKOLASSIC.A140CAST A!,MILL
1
3
PLUM, SEAUKG. S/16' X 7ff. EPDI.1 / 1"55
1
4
tAGSCREW,HE7tFIEAD.5116 x51/7.I"SS
1
5
WASHER, FENCER. WIS-IDX 1-11-C 00, 18-5 SS
1
RACIGNG COMPONENTS
NOT INC1,1MED
n
Quick Mount M
IMF:
QMSE-LAG: QMPV E-MOUNT
WITH LAG BOLT
me bolls
rxeaa ur tT3"*Vn)
hum &PGfW,
119r
O-W
3 I�
2
_Quick Mount PV
--
QMUTM: ABASE UNIVERSAL TILE
MOUNT
F.1mYAPPfled
S Uill
CIT.
- CAP SCREW, HEX HEAo.5116-•16 X Vr VNC•7A. GRACE 3
1
OBASC I•I/{'E7.rG.45116'IIl�CD'tYhR€. h960.1 CAS1 hL
1
LAGSCXEW.IIEXIIL-D.S1ICX:C.1INC
2
SUB-FIAS WG. CCNE 7X9rlf.(CO'/-=7.3(W AL MILL
1
FLASH: SC, CONE 15116'X.037. 30M AL MILL
1
COLLAR, COWFIER FLASHING 1.1 Ar 13 EPOM
1
POST, 1.75'OD X 6S, 60644516063-U. MILL
I
WASHER, SEALING. 5116-30XI-Ils•OD,EPQu9011E®SS
I
WASHER- FENDEFL 511 C ID X I.OD. I"SS
1
WASMERAPLIT-LOCK.5/16'0.I&ASS
1
CAY SCREW, HEX HFA¢, 5I16-16 X 1'UNCy7A. I" SS
1
lotes 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
recommendations.
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.
:' — °r
>-5r
l� �7 �'� PI4.w mAr. A7 miasunmeets ui fu:aGdfl m IP8 aeemsd 4iemnl plies
S-511.11 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-5! 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.
J.
FLASHING CUT SHEETS
Quick Mount Flashings
REVISIONS oPAWINa WTp 71'av
The LeverEdge FLEv oA1E BY DrE—SCR11Mau DAM IJIV2017
1423 Gunn Highway Certificate of Authodzation#i: cFtnnv"Y'
Odessa, FL 33556 31930 sc�L E C; N.T S
813-403-5100 S-101
S-101
+CLAW
SPACER
MOUNTING
ER r
FENDER WAWA SHERHER
f�5 UICSC;IOUNi PV FLASHING 1
' �'�:% POE
SHINGLE
COMP PENETRATION DETAIL
Scale: NTS
TILE PENETRATION DETAIL
Scale: NTS
* THIS LAYOUT USES (2) ADDITIONAL SPLICES
OPTIONAL LAYOUT
Scale: NTS
102" (2,
GROUNDING LUG
(SEE NOTE 9)
#6 BARE CU GROUND
FOR MODULE GROUNDING
(SEE NOTE 9)
EXAMPLE OF RACKING LAYOUT s
ACTUAL RACKING LAYOUT, DETERMINED BY CONTRACTOR
PV TRANSITION BOX
g" MAX.)
l9' 9V4
4' — PV MODULE'
TZ71
Xr
I
I.
ACV
1�
�l
Ej
I
I
j
I
1.
MODULE GROUNDING LUG (SEE NOTE 9)
RAIL
L-BRACKET & —J
QUICK MOUNT ROOF PENETRATION
SPLICE CONNECTOR
WIECIIAII)CAL NOTES. -
1. CONTRACTOR RESPON;.`BL, fcs'Oii ('t0)dl,,.rNO WITH ALL LOCAL OR NATIONAL CODE REQUIREMENTS AND EdU]PMENT INSTALLATION INStRUCT10N3.
2. ROOF MEMBER STgUCTUP,y - V,)' 0 MdOAAMIEFIS AT 24^ ON CENTER.
3. ROOF CAN BEGOfAFOSITIC-N5HINCGL40 TIL�-,JWTH A PfTCH BETWEEN 9 AND 45 DEGREES, ALL OTHER ROOF TYPES PLEASE REFER TO SUPPLEMENTAL ALTERNATE ATTACHMENTMLASHIVG, STRATWE&
4, MODULES MI„JNSED40, l;!ddINJ6r FfkCK9f2 ,S�YS?EMAND ATTACHED WITH QUICKMOUNT PV h1GUN IMO SYSTEM OR OTHER FLASHING/ATTACHMENT SYSTEM APPROVED ELY THE RACKING MANLWACTURER.
S. DISTANCE Ba:TMEN P"ESR�ON' �WO�T/TO q.VEEU4.00 FL
6. RAIL OYERFWIG+FROMOENETRATIONS h�T4 Dtl,—EEi9RACKING?AANUFACTURER'S SPECIFICATIONS.
7. CONTRACTOR -SHALL TAIAAif PRECAUTIONS WHEN PREPARING ROOF FOR RACK INSTALLATION BUILDING. STRUCTURAL INTEGRITY AND WATERPROOFED PENETRATIONS SHALL BE THE RESPONSIBILITY OF THE INSTALLER.
S. ADJUSTMENTS MAYBE REQUIRED DUE TO EXIATING ROOF LAYOUT.
-• �aaTiee�
:�
L'R�-0H7�L?1Id/H2XC1F�lbI.
� F- �
'�
IQa�iNtul�t+.?AAn1W
tlL7[o9W+l cTIML'i)r SNT,� i�T
� 'Tti25 bii:-ta Highevoy
'� Alt Gi FL 33554
(
03.6100
GENERAL RACKING LAYOUT
CRAWD4 NICRVAMN CERTIFICATE OF
DATE my"IT AUT1%7 ZAnOft
[WRAW19Y: _ 3193o
SCALE [LT3
6t .E,o STATE LXMISE
S-102 74730
ARRAY DETAILS
Scale: 1/4" = 1'
I.
S-102
GROUND LUG OPTIONS
tSEE NOTE s)
BONDING SPLICE DETAIL
Y
n as i+e�a as tw cs xq.t��u+o
TYPICAL SPLICE aA0. DETAIL
SHEATHING
(TYP.)
A thermal break Is required every 40 feet of continuously connected
call. Banding connection for splice used as a thermal break. Option
shown uses two Ilsco lugs (Model No. GBL-4DBT PIN GBL -4DBT -
see product data sheet for more details) and solid copper wire.
THERMAL EXPANSION JOINT
Notes on Racking:
MID -CLAMP
ASSEMBLY
L BRACKET
WITH BONDING T-BOLT
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 toofwusing Quick Mount PV flashings or other attachment and (lashings
approved by the racking rn"QTgcturer as appropriate to the installation.
4 Maximum span betvri en-atta�h►ger}ts to be 48". For the attachments on the ends
of the rails each.Wde '�` t r.
5 Rail overhan5efro[n �ttactiments,toCroof-to be less than 16".
6 Contractor;i�s'resj 6nsible for ensuring 14atertight attachments and for sealing, trimming, cutting roof
shingles:. and membr',a6eXin`a'neat; professional and workmanlike manner.
7 Different rows and columns are permissaible as long as the attachment requirements listed
in #4, maximum rail.,ouerp�ae ; and maximum module overhang from ends, does not exceed
manufacturer's recommendations`
UE�_ T"wl�tet+k+i6lF���+id
h" wiRtin'+e gw.v to _�o
PRave+TY deiarj c's�aaE�pa Tne iae
1423 Gunn Highway
Odessa, fL 33556 wMan eoasmA 0# LE SM the w
rW4 POMiVA4
813403-51100
The LeverEdge
1423 Gunn Highway
Odessa, FL 33556
813-403-5100
PHOTOVOLTAIC
MODULE (TYP.)
WOOD ROOF
TRUSS (TYP.)
UNIRAC SGLARMOUNT RACKING SYSTEMS
MOUNTING
RAIL (TYP.)
ENPHASE M-216
AND M-250
MOUNTING DETAIL
(SEE NOTE 10)
ASPHALT SHINGLE
ROOFING (TYP.)
END CLAMP
ASSEMBLY
f UNIRAC
SM LITE DETAIL
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.
REVISIONS DRAWING INFORMATION
Rev ®ATE BY DESCRIPTION GATE >rI I/MIT
Certificate of Authorization #: OMWN By.
SCALE N,T3.
31930 WEET` No,
S-103
3rd RAIL LOCATION
(TYR - IF REQUIRED,
SEE STRUCTURAL)
- � f
I
S-103
MICROINVERTER KIT
(SEE NOTE 10)
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 napf, using Quick Mount PV flashings or other attachment and flashings
approved by the` ra !ki manufacturer as appropriate to the installation.
m 4 Maximuspan be'tweeh attachments to be 48".
5 Please refer to'ma6ufacturer'sinstallation instructions for rail cantilever distance from roof attachment.
6 Contracter is responsibl; far,ens lag_watertight attachments and for sealing, trimming, cutting roof
shingldsriAd membranes irl,a neat, professional and workmanlike manner.
7 Different rows anti,coOTlris ere permissAble as long as the attachment requirements listed
in #4;-maximum rail overhang, and rti ai ximum module overhang from ends, does not exceed
manufacturer's recorr Ms,- dtions.
RON RIDGE RAIL DETAILS
Fl%$Z vG
STOPPER SLEEVE
i L' ■I l . 1
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.
REVISIONS DPAWM INFORM%7DON CUMFICATE OF
rr».u+o! �Maz�F pr�•L7r REV @ATC BY OESCRIPPON DATE, ufvtm7 'umrUa� IOrre
'•wn.T1."f°rtl nt tM amc7ulM 0.'rAW7J 8Y: —
��apnlyofTD.e1m C�7tI+T�� SCAM N,T,S, .xE.�.►ol-Fi. -ko*�
1423 Gunn Hitlhway 4> cxe+#a :+►�*isn..araoa rns SH€U NO,
Odessa, FL 33%6 wtmee emrsem mths LE a BIiC,
a13an3s1oo r.—rr,.m:r,� -104
rnnrc:rrc.ati oa:uccn
R r1GLIa:L NO. NTA
IRONRIDGE XR100 SPAN TABLE
72- Spans are permitted only under the following conditions.
All others are limited to 4W spans.
For Exposures B and C only. Exposure 0 requires englnwrIN evaluation`
Wind 5peed
Conditions
130mph
Zone land 2 all roof pitches 5 to45 deg,2one 3 pitches 30 to 45 deg
140mph
Zone_ 1 all roof pitches 5 to 45 deg), Zones 2 and 3,30 to 45 deg
1 SOmph
Zane 1 all roof pitches t5 to 45 deg), Zones 2 and 3.30 to 45 deg
16oroph
Zone 1 only, all roof pitches 5 to 45 degrees
Cantilever limited to 40% of span and no splices in Cantilever,
Shingle and tde roofs only. Metal roofs require englneering evaluatlon for pull A
Pr
S-104
fiFiaSEIA
n
June 28, 2017
Dear building official,
On June 231 of 2017 Governor Rick Scott signed H81021 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, (FSEC,) 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 chapter471 using the standards contained in
the most recent version of the Florida Building Code.
Please find HB 1021 attached for your convenience. This modification to 377.705 will go into effect July
1, 2017
If you have any questions, please feel free to contact FlaSEIA at (407) 339-2010 or (800) 426-5899
Regards,
Florida Solar Energy Industries Association
(F1aSEIA)
2555 Porter Lake Dr., Suite 106
Sarasota, FL 34240
j j System Certification by a Florida Ucensed Engineer I;
I QC295with Solar Edge
Inverter i
stem Sire (STC DC) 1 1
2.36 to 5.02kW
15.31 to 6.79kW
7.1 to 9.44kW j
9.74 to 11.51kW {
r MODULES AND ARRAY "
!
I
! I
I I
odule Brand i {
Hanwha Q Cell
Hanwha Q-Cell
Hanwha (I -Cell j
Hanwha Q-Cell j
odule Size &model i ;
295W Q.Peak BLK-G4.1
295W 0,Peak BLK-G4.1
295W Q.Peak BLK-G4.11
195W 0,Peak BLK-G4.1!
odule FSECIN! I
QC17-NT9D-M771
QC17-NT90.0177
QC17-NTSO-0177 +
QC17-NT90.0177
I
Ital Number of PV Modules
8 to 17 I
18 to 23 j
24 to 32 $ i
33 to 39 I
I
ries Strings/Branch Circuits
1 or 2 strings 1
2 strings j
2 or 3 strings {
3 strings j
I
attest String I i
2 string of 8 {
1 string of 8
1 string of 8 j
1 string of 8
{
ngest String
1 string of 17 I
1 string of 1S
1 string of 16
1 string of 17
I
rav Nameplate Power Ratins !
2360 to 5015W 1
5310 to 679OW
7080 to 944OW
9735 to 11505W
1
>WER CONDITIONING (Inverter)
I
I I
I i I
I
I
Irerter Brand
Solar Edge with optimizers
Isolar Edge with optimizers
Solar Edge with optimizers
Solar Edge with optimizers
uerter model number
SE-380OH-US j
SE-SOOOH-US
SE-7600H-US
SE-SOOOOA-US
Ring to UL 1741 Verified I
Yes j,
yes $
Yes I ;
Yes
uerter DC Voltage Window l
380V to 480V {
380V to 480V
400V to 480V j
400V to 480V j
: Power Rating i
380OW j
5000W j
760OW '
10000W {
: Nominal Voltage Output i
240V j
240V j
240V I ;
240V I I
ax PV array Power per inverter s'
590OW j
775OW {
11800W I . {
1350OW {
ember of inverters used $
1
ewer Optimizer used i
P320 i
P320 1
P320 I
P320 j
Ited Input DC Power f
320W
320W I
32OW I I
320W j
volute Max input voltage F
48VDC ;
48VDC j
48VDC I
49VDC {
PPT operatin Range I r
8-48V I
8-48V (
8-48V :, I
8-48V I
ax DC input current ;
13.75 j
13.75
13.75 $ I
13.75 i
ax DC output Current
15A I
15A j
15A R I
15A
ax-outoutvoltaRe
60VDC I
6OVDC I
6OVDC I i
6OVDC I
Impannle wan an solar Eage inverter.
fARGE CONTROLLER AND BATTERIES
MERY BANK CONFIGURATION I
ti
Yes
NOT I CC 5: REVISIONS cRAMNO LS'F077A&TTON
00
1.. .—tti Th, thwoMs and ldo—gc wd ORAV6WREV QATE BY V [>vgCRIpT14Y [LATE. ff217-
herewt7hlnaspreasd'cnln SCALe; t3Y_
property of She L.—,t4g. Th. o.- B SHFET N.T.2
o/6, .'W'.7al.,vM1wAth. s11eETno-
7J23 Gunn Fllr,,hway .HNsn eon l of M. LE of 8HC. Z-101
Qdeasa, FL 33556 I■ not permtthd.
Z-101
l
powe"red by'
irmm
!�11)
:j 07
:i�:!!tLl�i�.i:Il
With its top performance and completely black design the new
QYEAK 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 an clear, hot summer days.
LOW ELECTRICITY GENERATION COSTS
Higher yield per surface area -and lower BOS costs thanks to
higher power classes and an efficiency rate of'up to 183%,
A
INNOVATIVE ALL-WEATHER TECHNOLOGY
Optimal yields, whatever the weather with excellent low -light
and ternperature'behavior.
ENDURING HIGH PERFORMANCE
't
9B�
Long-term yield security with-Anti-PID Technology',
Hot -Spot -Protect and Traceable, Quality Tra.Q"A.
EXTREME WEATHER -RATING
High-tech aluminum alloy frame, certified -for high snow
(5400Pa) and wind loads.(4000Pa) regarding IEC.
MAXIMUM COST REDUCTIONS
Up to.10 % lower logistics costs due to higher module
capacity per box:
A RELIABLE INVESTMENT
Inclusive 12-year product warranty and 25-year
linear performance guarantee'.
;f
-"; lyti,162AC SOLUINOWFOR4,
,i_� fiodt. ptatraYl bn � -
.'- Fa"sid��0`I tiuyaings' �.
r_y
1.
`,Jingine?r)ed,Jfjl \iCF7L1E711
PV MODULE PE ICATIONS
III
EUPD-RESE :AOH
610DVtf5
t
AVA.M.1
quality Tested
I1)..'400325V
�AYn rro Ttcurromcr
Iwn
✓1101dP■T PRef[et
I16P1
�/Tuctmrt Daum
n�R°•1
Ahntnn li
ClcftlSr i
.9.0 poryery6t5nior;
-:dafir mululer20n4d t
APT test conditions; Cells at -1500V
against grounded, with conductive me-
tal foil covered module'_surface, 25.•E,
168h
2 See data sheet onrear for further
information.
OCELLS
USE DATA FOR QC 295 MODULE
SPECIFICATIONMECHANICAL
Format 65.7 in x 39.4 in x 1.26 in (I ncluding frame) `mm
(1670 mm x 1000 mm x 32 mm)
° �•e. a,r�r „„'I.ral °
Weight 41.45lbs (18.8kg)
Front Cover 0.13in (3.2mm) thermally pre -stressed glass with anti -reflection technology
Back Cover Composite film
�� -
Frame Black anodized aluminum
+� =fir•,;,;"
I oar .,
Cell 6 x 10 Q.ANTUM ULTRA monocrystalline solar cells
.;..,e
Junction box 2.60-3.03in x 4.37-3.54in x 0.59-0.75in (66-77mm x 111-90mm_x
15-19mm), Protection class IP67, with bypass diodes
Cable 4 mmz Solar cable; (+) 2:39.37 in (1000mm), (-) a39.37in (1000mm)
Connector Multi -Contact MC4 or MC4 intermateable, IP68
a n.,,,,,•mrmru '•"" i'-
ELECTRICAL CHARACTERISTICS
POWER CLASS 290 295 300
MINIMUM PERFORMANCE AT STANDARD TEST CONDITIONS, STC' (POWER TOLERANCE +5 W /-OW)
Power at MPP` Pr [W] 290 295 300
Short Circuit Current' 1, [A] 9.63 9.70 9.77
_ Open Circuit Voltage* V. IV] 39.19 39.48 39.76
Current at MPP• I■,P [A -1 9.07 9.17 9.26
Voltage at MPP' IV] 31.96 32.19 32.41
Efficiency' r) [%] 217.4 217.7 a 18.0
MINIMUM PERFORMANCE AT NORMAL OPERATING CONDITIONS, NOW
Power at MPP' P, 1W] - 214.4 218.1 221.8
e Short Circuit Current* Ire [A] 7.77 7.82 7.88
Open Circuit Voltage" V. IV] 36.65 36.92 37.19
Current at MPP" _ I- [A] - - 7.12 7.20 - 7.27
Voltage at MPP' V„n IV] 30.12 30.30 30.49
'1000W1m1, 25°C. spectrum AM LEG 7L1easurememfc1erances STC:3%; NOC:5% 1800W/m2, NOCT, spectrum AM LEG •typical values, actual values may diff!
Q CELLS PERFORMANCE WARRANTY PERFORMANCE AT LOW IRRADIANCE
Tvt0 -anon At least 48%of nominal '-10 r----r-----r-----I----
>a _ paver during first year, st i i i
�,„,-,,�„d,,s„-„e,,,,,y Thereafter max. 0.6% degradation per year.
a "--"--^----"- At least 92.6% of nominal power up to 10 years.
s '°° --`-----'
At least 83.6% of nominal power up to 25 years.
W
a: All data within measurement tolerances. m-------r_____,___-_-___----
Full warranties in accordance with the warranty
9 terms of the Q CELLS sales organisation of your
,y o respective country. 00 em into
IRRADUACE [W.11
•aw.l.�w°...a.w l`t°w•."� rugs
Typical module performance under low irradiance conditions in
-'^'�'s+++"+•r•••c•h��r•c-.. r..�e.mur
comparison to STC conditions (25"C, IOCOW/m').
' TEMPERATURE COEFFICIENTS
Temperature Coefficient of lu a
[%/K] +0.04
Temperature Coefficient of V. p
[%/K] -0.28 A
Temperature Coefficient of P,,,.P y
1%]K1 -0.39
Normal Operating Cell Temperature NOCT
[°F] 113 t5.4 (45 s3 °C)
PROPERTIESr• SYSTEM DESIGN
Maximum System Voltage Vm [V)
1000 (IEC) / 1000 (UL)
Safety Class
II
Maximum Series Fuse Rating [A DC)
20
Fire Rating
C (IEC) / TYPE 1_(UL)
Design load, push (UL)2 [lbs/ff21
75 (360OPa)
Permitted module temperature
-40°F up to+185°F
on continuous duty
- - --------- ----- -
(-40°C up to+85°C)
Design load, pull (UL)2 Ilbs/N']
55.6 (2666 Pa)
- - -
2 see installation manual
QUALIFICATIONS t
INFORMATION
UL 1703; VDE Quality Tested; CE-compliant;
Number of Modules per Pallet
32 ,
IEC 61215 (Ed.2); IEC 61730 (Ed.1) application class A
- - - - - - - -- -- -- -
Number of Pallets per 53' Container
30
Number of Pallets per 41Y Container
26
Cher
OVE c a.�>� �
Pallet Dimensions ( L x W x H)
68.7 in x 45.3 in x 46.1 in
Q
(1745mm x 1150mm x 1170mm)
Pallet Weight
14351bs (651 kg)
NOTE Installation Instructions must be followed. See the installation and operating manual or contact our technical service department for further information
on approved installation and use
of this product.
-
Hameha Q CELLS America Inc.
300 Spectrum Center Drive, Suite 1250, Irvine, CA 92618, USA I TEL+1 949 748 59 96 1 EMAIL Inqulry®us.q-cclls.com I WEB www.q-cells.us
SCALE- NTS
Z-102
solar =@@ uz
SolarEdge,- Single Pha'se Inverters:
for. NorthAmerica
-SE300OH-.US/SE3800,H-US'/-SE5000-H-,U,S/ $E6NOHA.S,/
'SE7600H-US
ft
0 m . d -in _�tallaffft pwith', Hq7WAveAdchn61O_gv'
Otih i&
a integrated ArcTault.protecttan and Rapld'Shutdown-for Ntc!014and''017',,per-ardcle.�690.:I-I Rnd'690_12-
UL:17441,SA certitiMl for, QUC Rule 21- Arid compliance. ;,T%
Extremely small an,
— High reliability without
- Built-in.'modulL-level monitoring wave
- optional: Revenue grade data, -ANSI C12.20-Class 01-5 (0.5%, U.M-uracY) I
-PJR'44 Y-SOU__H AF
Sola Single -11hase Invert.'ers-for .Ndith Anierfic'a__
P S E a0 Op ti - u S.1 s E 3 8 ub H, -. U, S / S E 50 QO H - us.-/ .S 16 0 60 H, u S'i S, EJ 6 [la H - u S
Rt.d., PotiYerC>utputnw. IV,
Max. AC-PoL%ver.Out ut
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STANDARD COMPLIANCE
Ut;.L741.UL174-LSA;UL1699P,,CSA- .1accordi -OV.
......... .
kc. Pan 15 dass Ek
1.
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................
22/18
........... 2S.T/ 1L4
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........... ....... ............ .
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Z-103
=@@
Single Phase Inverters fo'rftoeth•Amedca
solarSE3000A-US
/ SE380OA-US-1 SE6a0d0A-US l SE6000A-US /
SE:7600A-US / SEi0000A-US'!•SEi 1400A-US
SE300OPUS.3 DOA-U-S v
lE10600A- US SE11404-u5
0UTRUV
l�aminalACl'�rerDutpuc
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11�
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4150 57w [at203V GOtla 8350
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Yes
R7aximvmDCPrvrr+k•(5TL}
400
510D I. -'675a 1Qi50
135fn7 1535D
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ADDITIONAL FEATURES•
Supp&red&in'irnlcettinln:�rfacei
R¢vemre Glade Data hN51 L12 2t3
_.... ..............ft548S.8S232,Etlernet,�$®ee.{aptonall
_OptionaJ� .................
_....------ -•---•-----•. ' -_
......
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Yes
`STANOARD�CCIMPLIANGE _
-
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.Ut1741.UL•17A15hr ULI0996 kIL1298, CSA ZZ:Z.
GrklConn acffon,S�nd rds ___....
_
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FCC purul 'ciass a
INSTALLATION SPECIFICATIONS
i Cautput conduitsize / AWG renpaeminimurti7
Y6.6 AYfG _......................I.3f+t°niinlmumr<1=3strings.%
3/S i:imimursf / &3 A�"dG
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-
30:5 x 12S x 7 .1/'775 x 315 x 181
3a.5 x 12 5 x 10.5 j
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83 41401
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Natural
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Coaling
Natural'Canveitian and Internal
Fans {user rept=reable{
Pan (wet
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