1869 SEA OATS DR - SOLAR COLLECTION DRAWINGS 9 8 7 6 5 4
ENGINEER:
JOHN ALGER
JOB SITE ADDRESS: 4105 SAINT JOHN'S PARKWAY
.i F SANFORD,FL 32771
S OPE
WTC� OF WORK: Solar electric PV system Improvement/F etrofit- A
(i
Hyundai 355W mono modules mounted on Iron Ridge or Unirac rails PH 800-929-3919 X1 411
with Quickmount or equivalent Code Compliant flashings PROPERTY OWNER NAME: jaiger@theleveredge.com
A State License#74730
RAILS: BY UNIRAC OR IRON RIDGE
The scope of work is to verity that the solar electric Photovc Itaic MAJOR EQUIPMENT USED:
system specified in this document, meets the requirements Set forth in MODULES: HYUNDAI HiS-S355RI
and any other Local Utility requirements.
the 2014 NEC,the 2017 FBC 72 CELL MONOCRySTAL-LiNE GROUNDING: EXTERNAL FOR MODULES CONTRACTOR REOUIRED
TO INDICATE SYSTEM SIZE
;WA' T AND RAILS,#6 BARE COPPER ILIE��-
355 STC RATED OUTPU BY SELECTING THE
FOR EXPOSED AREAS, UNIFIED
CORRESPONDING BOX
INVERTER:SMA SUNNY BOY
I%=ftnoftra
3.0, 3.8, 5.0, 6.0, 7.01'and 7.7 US GROUNDING ON SAME GROUND BELOW. —.00
The Right Wi 5yl
GRID-TIED INVERTERS ROD AS MAIN BREAKER PANEL
NO BATTERY BACK-UP JUNCTION BOX:SOLADECK PHOTOVOLTAIC
Quick h Aclunt PV 5V SECURE UL 1741 LISTED SYSTEM SIZE:
B INCLUDES11 DRAWN=BY:
POWER SOURCE AND FIAPID SHUTDOWN COMBINATION,TRANSITION 2.84-3.55KW WITH JOHN ALGER,PE
A&HYUNDAI FROM PV OR USE-2 CABLE TO
KKAVY 1W,0t%TMS MLM, FLASHINGS: BY QUICKMOUNT PV, UNIRAC, 3.0 INVERTER
IFUNIRAC OR IRONRIDGE THWN-2 CONDUCTOR, Size to install:15'55'
INCLUDES SHINGLE,TILE HAS BUILT IN 18GA GALV STEEL #modules::
ROOF BRACKETS: BY S-5! FLASHING TO EXCEED FBC. 4.26KW WITH
V
F-1 3.8 INVERTER PROVIDER,
STANDING SEAM METAL ROOF
IRONRI )GE CKET FOR 5V ROOF THE LEVEREDGE
PROTEA BRA 1423 Gunn Highway C
j4.97-5.68KW WITH Odom,FIL 33556
5.0 INVERTER 813-403-5100
C Size to install: Certificate at
NOTES: Authorization#,.31930
5. Modules must be installed on 2 rails as shown per the module manufacturer's #modules::
1. Wind load calculations based on ASCE 7-10 Components&Cl,idding simplified method
and are multiplied by.6 to convert to ASD per 2017 FBC.As SL ch,the maximum elevation is instructions to obtain the listed wind rating.
ade use Exposure C and D only. d rail dead loads are under 4 psf. 6.39-7.1 KW WITH
30 ft with tables for exposures B,C and D. Broward and D 6. Combined module an F] 6.0 INVERTER
2. Wind force estimates are area dependant and per 2017 FBC 6t I Ed.,the area Size to install:
Hyundai 355 module. 7. Rail attachments shall be onto minimum 2x4 trusses or rafters spaced no further apart DATE:1114/2016 9:30 AM
used for calculations is 1 module or 21 sq ft for the 40mm frame than 24"on center. Attachments in roof zones 1 can be alternate from top to bottom at #modules::
48"on centers but attachments in Roof zones 2 and 3 or at the ends of arrays shall be 24" -SMA-HY355M
017 Florida Building and 2014 NEC codes 61=LDR-Sl
3. Installation must comply with all applicable 2 on center. '(refer to mechanical drawing#M-1 00). 7.81-8.52KW WITH Rev.12.15.17
from which these plans were based. (40mm frame) 8. These drawings are only applicable for flush mounting to a roof with an air gap between 7.0 INVERTER D
4. Modules installed per these drawings are for Hyundai HiS-S3551711 355 Watt Size to install:
ounting. Installation in pressure zones 2"to 10"between module and roof surface. This requirement eliminates the module and
listings with a maximum uplift of 40psf for side m ai for mounting racking from being considered as part of the building envelope. #modules::
D exceeding these ratings is not allowed.Consult the Hyundai installation manu REVIEWED FOR CODE COMPLIANCE
dimensions and alternate orientations. CITY OF ATLANTIC BEACH 9.23KW WITH
Page Title Content Rev Date Notes SEE PERMITS FOR ADDITIONAL S M 7.7 INVERTER
00/00 REQUIREMENTS AND CONDITION
Cover Cover General notes, site address, system selection 7ED.BY--_Lp DATE*,.�
FNIM-COPY....................................................:
A-1 00 Roof Pressures Wind pressure tables and "A" dimension calculation 00/00 1 REVIEWED DATE :..-0
00/00
m ;'or Load Side Connection APPLICABLE CODES
E-1 01 Electrical Diagram Electrical line diagra E
00/00 -Florida Building Code 6th edition 2017
E-1 01 A Electrical Diagram Optional connections and secured power wiring diagram
-National Electric Code 2014
00/00
Z
E Warning labels, and wt iere used NFPA 101-2009 Z
E-1 03 Placard�N,
00/00 NFPA 13-2007 --Z -
QuickMount Flashings and S-5!cut sheets
S-101
00/00
S-1 02 General rail and module layout suggestions
00/00 NOTES
Cut sheets and grounc ing notes on Unirac rails
S-10 Qrnira culations,tables
00/00 1 1. Drawings, cal
W
nRidge rails developed requiring a PE seal and _W
heets and grounding notes on Iro
S-1 0� r, AQEET,-��.; Cut S %
00/00 1 signature
I
F
FLASEIA letter in lieu(if FSEC certification
Z-1 01 2. Support documents, cut sheets,tables,
00/00 1
Cut Sheets on Hyundai HiS-S355RI modules reprints from publications such as ......................
F Z-1 02 1
............................................................................................
rawings that do
ASCE 7-10, and shop d
00/00
Cut Sheets on SMA Inverters COVER
Z-1 03 Inverter not require a PE seal and signatu
ENGINEER:
JOHN ALGER
�a-re�a _ ABLE AND FIGURE:
of iqty 21,sq ft moduleor collect� HOW TO USE THIS T 4105 SAINT JOHN'S PARKWAY
;Table R301.2(2)inteT ateo�peffectiv, SANFORD,FL 32771
170 175z
Roof 140, 160 down 165'upfift down uplift down uplift 1. Determine wind zones on roof from figure. "a" is 4 ft in all cases. PH 800-929-3919 X1411
t down Up jaiger@theleveredge-com
Zones down uplift Comm ft -32.1
1 10 -17 10 -20 13 101 26 113 1L9 12.6 2. Obtain the wind speed from the local authority having jurisdiction or State License#74730
10.6 40.8 11.3 1119 -45,8 116 -49
0-7 2 10 26.9 10 -30.8 5.8 -64A 12.6 �68.4 the ATC site.www.windspeedatcouncii.org
1-- 3 10 -37.6 10 3.6 9.5 10.b -56.5 11.3 1119
- 14A 15A -253 163 -27 17.3 -29 round DRAWN=BY,
10 -16 111 -18 12J -24
1 ig A2A 163 -",a 173 47.9 levation (height)of the roof and
A 14-4 .8 15,41 3. Note roof pitch and mean e
-25.9 1111 120 -72.4 JO
27 deg 2 10 -033 1 1115A 1 -07.8 17A up. Ex. 14 ft, use 15 ft. JOHN ALGER,PE
10 -39,9 13-1 -45 23 14A -59. 1514
3 16.2 -17 182 -19.9 zL6 - 4.6 24.6 -253 26.2 �27.4 27.7 29.9 29.4 31.9
1 9 241 1130 2&2 -32 ---T7-.7 43.9 29.4 -36.5
29-45 deg 2 .6. -30 261 �32 ---T7-.7 -365 4. Pick the table for exposure and mean roof height. h some flat
3 16.2 �20 61 Example: Category C exposure- site conditions wit
In -roof Wght 15 ft and under,go g5 1 Kzt 1 and WR&�a2dfustroent factm)=1.21 1751 areas and 15 ft means the mean roof height is no taller than 15 ft.
16S z 170
1601
rod Roof Im! 140 150 UpFft dmn uplift PROVIDER:
Zones down uplift down uplift down upt I down upuft down uplift dow �36.3 15�.2 48.9 for the wind speed and circle the down force DAIE-.11.10179:45AM
pitch 1. 1&7 -33,9 14,4 5. Locate the column THE LEVEREDGE
tcn 111 441 ILI 118 �3
12.1 �2ii 6 �7 - �55.4 15.1 -59.3 of pressure zones. 1423 Gunn Highway
ROVIDER'
E LIZEREDGE
ft 'upifft f rin Hig,_.,
1 423 G
417E�3
.8 1.5
AM 1,3.7 -52.4 14.4 and uplift pressures for the three ro Odessa,Ft.33556
2 12.1 -32.5 12.1 37.3 11.1 3.3 121 _ _100 61 LDR-SI-SMA-HY365M
99 .68� It 3 5
3 32A ASS ILI - 9,9 12�8 4 9 77 3.-2 IC4 -773 15,2 -92.8- 813-403-5100 Rev.12.15.17
is 1
!-A 114 -21.8 15A .2 17A g-6 -30'9 19'7 327 "1 6. Uplift pressures up to 40 psf are below the module rating and thus, Certificate of
Authorization#-:31930
1 -51.2 -54�2 20.9 �58-5
i - -3 3 13.4 -37.4 15.4 9 17A 2 20.9 -87.b modules may be installed in roof zones 40 psf or lower.
a-27 deg l&6 -77.2 15�1
3- 12.1 A&3 114 -55.5 -1b.4 73 17.4 -35, 35,fi 6
19A -M6 22.7 -241 26.1 918 29A -313 31.7 -33.2 333
1
19�6 -24.2 22.7 -27A 26A 2.5 29.8 -363 31.7 -38.7 33.5 Al. 35.6
28-45 deg 2 .363 --Tl-.7 --38.7 335 -41, 35.6 .2
25, 2S8 NOTES:
19.6 -24.2 223 -27 L=
nd I arinhff2(a 1justment factor)=L4
Exposure C,mean roof hwo ti AS,Kzt a
"1310Y1 140: 150' 1W 165! 170 Hit Pressures shown are applied normal to the surface,
roof Roof
UPIK down upfift UP
Zon 5 woft down upfln dow down -T 1-7,6 for exposure B,at h=30 ft(9.1 m).Adjust to other
-312 1617 A2.0 44,9
conditions using Equation 30.5-1.
1 14.0 -23.8 14�0 .28.0 12.9 -6D.6 16.7 -64A 17.6
--j4-0 �37.7 14M 43.1 1219 ----
�Wn.a - ?. Plus and minus Sig
2 �61.0 1219 .3 14.8 49.1 is's -90.2 11-b I ns signify pressures acting toward
-3 -T470- S2.6 14,0 24, -40�6 from the surfaces, respectively.
::r_ I and away
-37,8
45.2 17.9 4&9 20,2 -33.6 21,6 CD
-35
201 -55 21.6 155-.�2 2219 -62.7 2iL� �67A
i�"2iieg IN 43.9 .7 3. For hip roof angles less than or equal to 25 degrees,
51, A33 ITS _ -1U1A
14 5.9 is's I7,T1 �83J 71 fi 2218 -94.9 24.2
-643 1 2Q2 shall be treated as Zone 2.
24A7 40.5 41.2 "J ROOM
22.7 -23.9 263 -27.9 44.4 34A �363 LU
1 -37.7 34.4 AZO 473 .2 -51.1 VOLL$
�45-deg 22.7 29M 26.3 -32.2 30 34A -44,8 3" 47,5 4L Noon a,=4 fon iwaU ekw� h: Mean roof height,in feet(meters),except that
22� 4&0, 26.3 -32,2 30.2 -37.7 ed for roof angles<1 00.
Lambda(adjusmPent faclor) 1,471 eave height shall be us
Exposure 5,mom roo("ht 15 ft and under,Kd M,Krt-
CR
160 165 170 175
roof Rod 140 M 0: Angle of plane of roof from horizontal in degrees.
lift down domm
down muff down down q;5ft
pitch
13.5 M.8 -381 1&6
1 25.0 14,7 -29.
15,6
2 14.7 -39.5 14,7 133 �52.6 -6(10 04 1
A 11M,
,72 R
I I
143 - 14.7 13�5 1 � I b
E
163 lmf
143
1 16.3 -45A INJ -7T6 21,2 22.6_1 �621 24,0 -65.) 25A A
8-27deg 14.7 -38.1
3 14,1 -58.7 1 lb,3 1 21,2 �97,9 1 A,,18 74.0 44-
-413 403 2.5 431 9
1 23.8 -25.0 27,6 -2913 -36'2 3&2 39,5 .9 CD
1 43.2 �53.7
27,6 43A -39.5 3r.2 44.1 39.5 -47,0 40.7
29 45 de-g...... 2 23.8 3!L!8 A4.1 m.b A 0 40.7 9.8 431 -53.7 1
3 2318 .4 27,6 -33.8 31A 395 -4b..z I
actor., bb ....................................................................................
Exporm roof height 15 to 30 WtTadMtrnent f ............................................
165 170 175,
Frool, 140
down uprift dam I loift do" t down UP
-.3&2 --Y7-6 A3,2 18.8 -46.S 19's
1�6.6 -282 M6 .3 1
-59A 17.6 -67.7
7 deg 2 16.6 16.6 --
3 7K12 -17A �38
3 X t5,6 -7
-T
49.9
-51.3 211 -87.6 219
jr,,.6 -795
-12
19,0 219 -993 1 2,'S�t, �.Lus.q zl�l
40.9 401 45.5 4b,U
2619 2-1 31.2- -1 43-0
=T� -53.1 46,0
'�W - 3" -44.7 401 .49.8 43,5
2 2 .2 1[�--�- , -�R- -4U,-g --75fg-,8 -43,5 -53.1 4b.0 -503
L 3&9
26,9 -W2 31,21 1
4ft Code, tzken4s�tlfrsurfam area of L module or panel
ed for effective area
b 17 de BWW Q:idlit�q TdertJaI,6thEcdWffi 1(2Dl7)Page 25 as allow
lesinterpol d
ents in Table 3011.3
djustment coofficil
exp0swe IsIng 11 7
Pfthi and
1 Ta�ie values'have
I -"'-&j-"' ` ri qipd
haveai dVb*n-Zu c ift,
I - 1-11-1-11111 46 dicate upli
I slfivivif6es indicatie'dc wn forve,�negative va In
lVi4eigtvinin ftF(pounqRe`f**r0?e ...........
.................................................................................................................
A-100
ELECTRICALDIAGRAM ftec"MAl. COMKYWG�M"ALL
rF 7711 mWAA1c=RESMWSL9-f0R: ANO
Ott f0tAL CONVU11 fOR VA, HYUNDAI HjS.$MRj M.ONO(4()MM)DjMENS*N& ORNAnow cm,RROUlAamwTs
UQUID Tf1 E FLEXI
#fAtKClRCWTPORASM_ 0Pf4WOVOL1" (8.10)WUNDAI HIS-S356RI MONO(40MM)-2.84TO 155kW$TO DC c0NTMX9AXT0V4V""t4- Z PERNEOWAI
AOCOMM 1-0
sox WETER
RAPID SKUTWWR 9)X�
�I`OF
MUST St witHIN 10 0,jHUjOOVMREjTjjAE TOMEV2,014SEC VWAE ARW
tWCAW
jxposeo to fREE-mR ................................ ............ .......... s, uwowwrypt PV Vm 0"Cc*xcTWo0U"
m
(21 fog!sl$ft 01k,0)i OV #16,GA,5,CONOUCTORS JACK9160)SUPPIAD F"C00&0VWWM"$M%G&
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9 (41,910 THW2 ON CONDUO 0OUIRmENT's
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t LOCATION N M- 70 EV517MICM064
gARE VWPE#GMUND
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30DOW INIARTER SICES "pftTIDWOR
W11#4 IWEGRATIO 314v PVC CONGLIT WWVALEW1 r
V=NNECT �(2)Jao Tmwwl CoNOUCTOM MR*X?O&sa�NOME A MWANENT PLAOUL
Oc I ( , MiNU)DA MAIN BREAK
A E f ER To IAAW 1 N 6 NEUT-PA,
IWAPAM
E-101AVORWIAINCOF rm",2 GMUND Tjo-PRfV*ft AT URWA III RATED
PER WC 205,10(7),UNL04S TW PAWA BOARD
OF THE AMPM 9UkTjW(W ALL,
NOT Lm Vw9e
SVWRW PowfR WER TI DRAWING 0MR-Q~DWM SUPPLY" IN
WOOLY POR OPT101M
A PAWL,WARO SWIL BE POSIMNSD Al TME OPPOSM
comNECTION,MEMM
I Z 111im rV 01WA04 T() f TIM,
ORWO tom
4 MCOVItS MIMMOMW W�nff jurt pAAKLA PANE L Wlfft KW OR MWOOT 99
py MOUNVOPROWIf # fog
10 mod'ams ffm W wkV MWORMAUCr wwoum 10"ALISS,
a to 10 total for Vpwft size JIDA,240%ZPME IN WXL%t IRU14*ATM
(mt Nam In 10SUNUMt PER
vo fW70",
TO
10
�Whl�V CA C91 TYPE Mc oat mm
MAN , , 11� PIMA Net
WWN-11 VaRt,40 ruse,;qR01 itRf D a U990 w4twwg THE Do 0001micyon Ew"A
WWf a tg#M TK RW r&)M'V AVAILAK9
k cot d,%#T jle PVCCONDUft
jj4"M0%fW4eXM0W OWF
#10 rNwN condw on (21#10 THWN4 CONOW09S WfitIkU MAY Ot UPbUtV tV
til 40 THWN4 NEUTRAL Woo,IN"ft"ANY00TH9 I AVA""
so tww"40otm Amboomow
CON"Opowt"
WOR"O 10i401oV%TAW.POWER SOURW by
MEA49 Of KAMANENTLY AFAXW LA99M
prac
Voltage Diop catcul~i
21!�2(AX4)V R
PV sorm,4 9,1
91 10, 040% 'fit
�twl fto cmy""w
F71V,
-44" 911 OFFICE COPY
fw4-ot MOW Box
curmm r aaw m WNOW, '194.45 18.2 124 50 2_2� 6'" *10
k An a M&
25
40 Z_n
WA,
35
LabWs- 10'M0dU10S,1
kW
18.2,A
0.1 A alwo
194,15 V
EM94MR Cf RECORD
412" hla* 40ME AWWA
cwmw
47�3
gq4mwNtl A C V080jk
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4,6 A,
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2�84
CON TION METHOD, (8-10)Hyundai H&$365RI 355 Mono Modules SHEET
NEC
E-1 I
bfq,*-. See E-10 1 A SMA Sunnyboy 3.0-US Inverter
E-101
M M M , 3
4
Main ROWW WSW main
Main Nw OOA rawd
&Wont"FUN
by 126%of
House 00MMMKA
Hous It circuft kwwUrou0A cjtcub
24
MW be M*imd*
-0M
low oft Existing AC
AC Invedw
Syjs*q AC distribudonpansi distribution PM*
debit)USM Panel 0 P 0 bo dko"W 120*40 V I PN
1201240 V i Pit
12D/240 V I PH, rm KaW 30A
240 V raftd 040XV006d 89
t
mty be,mqukod 4
kKW Uft
Inveft
UnMW
I
UnWA)d Pv SmAer betften GOwnd V*#to WWMK*d
J""'Gmund
Pv snalow main and bottom"Or
opposft awn weww buse
erwX10 to O"w pamw
ur&nft thm no"wir's Lbw side conr=*m required when PV ovw 0~
Pv areakv+Main breaker
Pv Breaker+Mah breaker - device+Mat,",penal bnVjW-*100%of buss rab.ng
must be!k,100%of buss rating
must be S 120%of bm raft
-TA
LINE SIDE PS
PANEL CONNECT OPPOSITE,MAIN PANEL CONNECT BETWEEN
HOUSE CIRCUITS
voltage drop table,
I Wire sized per
2-Wire from disconnect to connection point to be#6
w ually,#10 or#8 based on 126%of THWN -2. Distance from connection point to
rn a)dmum continuous inverter ouW amps. disconnect panel not to exceed 10' and must comply
U nizing of wire from#10 to#8 is permitted
with NEC 2011 240.21 (13)(1).
to,reduce,voltage drop.
3- Line side taps may be made with double lugs in the
SMA 3.0 TO 7.7 US INVERTER box or meter can or with polaris taps. Rating of the
connections must be rated at least 125% of maximum
MW 11A U5V inverter output current.
owmu"wkit by fla kkagail SPS ksk drA
No sddW4#W ovoommt PrOMOM mO W
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.
Mawke
Or aw" Cfj3TIFICATE OF
on/cINSWRth AUTHOWATIOW
REFER TO DRAWING
E-101AFORWIRING
OF SECURED POWER
SUPPLY PW)F9SSK*4AL 0OW&A
7,�
FL,MEMW MCL 74M
'N
SECURED POW�F NG
REVISIONS
DAM'
OPTIONAL CONNECTION DETAILS
M%"OIL,
AND WIRING FOR SECURED
11 5V POWER SOURCE E-101A
E-101A
00
---------- ---- ---------
<= CITOP
S TMMNALS ON BOTH UM AM
DANGER &W a ISHMAIM
DO NOT DISCONNECT E POLARITY OF CABLES MUST SE LABELED AT
ES AND
UNDER LOAD OR NEAR THE COMBINER BO)(
INVERTER CONNECTIONS ON THE DC SIDE
A WARNING LABEL TO BE AFFIXED TO RAIL OR 4 solo
ON SIDE OF PV MODULES IN CONSPICUOUS LOCATI)N r'.W
G SOLAR DISCONNECT SWITCH ON AC DISCONNECT SWITCH IF
E USED FOR THE 00 MOT WSCH TIRMALI
USED.REQUIRED ANYTIME LINE SIDE TAPS AR
POINT OF CONNECTION LOAD SO"
6 NWTOL4MT ERMNALS
go AN* TWW(Wr VMTOVOUAIC
FF[[n In IBM
'gem=�
pro""
mc000ly*AOL AC010300"NECT
0c,WC&TA"a WORKINO DRA00-PAMM
owes"
AC SIDE OF SYSTEM DENOTING THAT
B AFFIXED ON COMBINER BOX THE PANEL IS DOUBLE SOURCED AND
THIS MUST AFFIX NEXT TO THE PV
V"UjYM1MR
BREAKER INSIDE THE PANEL
24NI20V
F DC DISCONNECT LABEL AFFIXED ON OR BESIDE H AFFIX TO INVERTER
INVERTER'S DC DISCONNECT SWITCH PER NFPA 41
K
_D
A
J.1-T WfTH[NnORAM
Dc 0mcmNF_cT
Q* 4144_40, D
C,E AC SIDE OF SYSTEM BY PV
BREAKER IN PANEL
H
WOW
C INVERTER LABEL TO BE FILLED OUT WITH SYSTEN SPECIFIC 9A OFFICE COPY
DATA AND PLACED ON THE INVERTER OR CHARGE CONTROLLER B,E F Pv 200A kW1H
JUNCTION aox pepFrommme sv9m"OA"
TRANSITIONING ffm Pv -3K 2,40V,241" WETER
(SEE NOTES() (SEE NOTF 9)
Must be reflective per A AL
NEC 63031 &
IFC 605,11�7.2 D D
K AFFIX ON METER CAN FOR
D REFLECTORIZED LABEL TO BE PLACED ON ALL C NDUITS AND arc BI-DIRECTIONAL METER
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)
cErmFKATE(,)F
AUTHORIZATtON#
31930
F,~�Fn OF f4f,'CORD
J"L ALGER
FL,
I t-vislIoNs
N T's
PLACARDS FOR TYPICAL
low
E-103
STRING INVERTER PV SYSTEM
!423 Gim Kno-w
E-103
!n"
VIC T�
&LqRA&,W��CONE TWAAWsMr 3MALAAL
1 KMAW-,V'.'(12"X 2`W,-VAI k4KL -N
FLAVWin,COW, 300 AL*-WA
2 QkOCCCLA=AWCASTA�,
COILA9,000010 FLW1V4C- 971
.. ......... M
L6,0$C",MX MAM UWX S-11r,1164Z t $3
A WA0411t,$M*n,S116"O X 1�F`l't 00-
WAX"K,rd*XW,sti 4'V 9 9 w1cm�wwr io x r co.is
2
to WIMMW
RACKW3 COMMWHIS
w)T 04CI W)FU
Notes on Flashings and Attachments:
am Barrel Tile Standing Seem ClamP
TM moum AMUTM%own)
1 Contractor is responsible for compliance with any and
all local and National codes and equipment installation
instructions.
inum racking
2 PV modules are mounted to alum
2 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.
allickMot"M----A
ess.
3 Maximum span between attachments to be 48" or I
QmSC-LAG-QM.Py E-MIOUW nnf�
i MALnLE For the attachments on the ends of the rails each side,
WITH LAC,BOLT QMUTM:QBASE UNIV
MOUNT the span can not exceed manufacturer's
recommendations.
Composition Sttingle
pswo,urivem;T
AMP
1*14t�mffll onsible for ensuring watertight
4 Contractor is resp
X trimming, cutting roof
IL 'e, ot"r-A"A' i"--, penetrations and for sealing,
*#Am* nal, and
shingles and membranes in a neat, professio
LW
SCALE-NTS
Alternate Tile$VateW.Ouick Mount Ille ounts(OMTR-B" LW workmanlike manner.
K
"NMI Note: Protea is limited to 40psf when used with
an equal number of PV clips in a 24 ga steel roof.
See LeverEdge Engineering for higher uplift loads.
_2
-T1 Rom
Protea
S-51.1 and Mini
STANDING SEAM TRAPEZOIDAL
I manufacturers using several different styles from standing
Metal roofs are made by severa each particular roof style. It is the contractors;
seam to 5V and others. S-5! makes clips for of roof and select the proper S-5
responsibility to determine the particular brand and model
clip for their particular installation. Check the S-51 web site at www.s-5.com. Installerscan
w.s-5.com/tools-
access the tools and procedures for proper installation of the clips at ww
pull and slide off values listed.
Proper installation is critical to achieve the rated
FLASHING CUT SHEETS
�AJ
OuiCk Mount Flashings
A
REMSIONS
REV DATE -by
'the,LeverEd90
1423 Gum KW WVY Carfificam of Authwiz�� seat
AA
Odom 319M S-101
FL 335�A
0AM"k"PL 813-40-51 DO
L
L-tz
---- ------
S-101
EXAMPLE OF RACKING LAYOUT
NTRACTOR
ACTUAL RACKING LAYOUT DETERMINED BY CO
TOP wmo PV TRANSITION BOX
4� PV MODULE
MAX
SPACES 0 rprm
MOUN-TING FIA 'Co S
WASM, F-1
mov
__--L-F001
A,
A-i 61
tj
F10MA WAMOR
HEX MJ7 10U.CKMOLOC
1,MtVe"AL T"WWt RASFIES
PV FL46
RAI TILE
m
L
r
TILE PENETRI-I I
,&Tit'%N DETAIL
""""MP PENETRATION DETAIL
Scale: NTS
scate: N 17S
GROUNDING LUG
(SEE NOTE 9)
#6 BARE CU GROUND r
FOR MODULE GROUNDING
(SEE NOTE 9) ARRAY DETAILS
scaje- 1/4" - V
.............. UFFICE COPYJ
MODULE GROUNDING LUG (SEE NOTE 9)
RAIL
L-BRACKET
THIS LAYOUT USES (2) ADDITIONAL SPUCES OUICK MOUNT ROOF PENETRATION
SPLICE CONNECTOR
OPTIONAL LAYOUT
Scale: NTS
ANL)LQuIPMeNT INSTALLATILDN JNSTRUCTIONS�
RANJC�01 NOTE$: 4>�4WA%poMPLYtNG WITH ALL LOCAL OR W10NAL CODE NeW
CONT ff C"RAFTEM AT W ON C FN MFL DFGREES�ALL OTHER FK)OF TYPES P LEASE REFER TO SUPPLEMENTAL ALTERNATE ATTACH M ENTIFLANSHNG STRATEGE-q-
ROO] APPT9)VED Oy 1"E RACKING MANUFACTURE"`
-1 - A,NE UNI PV mo
ROOF C E
T TM
3 TJLEWffH A MCK BETWEEN DAND 46 LpNj,jt46 SWfW On 0THtR FL
r rj.A L*j M k4 g WS,CA C V,N G ALSHINCLIATTACHMEAT SYSTEM
4 MOOLAZ""MmL "TEIA AND At I _0 WITH*JDCKMO
8ZJ*tEh 01" -X'w_EXCEED 4,00 FT. _IKSTALLE I p"
5 DMTAW�E, EXCE MAMJ FAC rUfl efl'S SPECI F4CA110NS- ION RUILDINOt SIAuCTURAL,WT1FCi.RM ANQWATMppoWp pFWTpApoN
$1,A41AI L Re THE RrVzORFAVMt Dy OF THt
........... _WRACKIW, T THE M
6 PAIL 051*f*Aug)r� k ppgpApjNn RMF FOR PACK MSTA"T SLE so LONG AS THE ATTACHVIENT REOVIREMENTS SREC'FIED NOTE#6 ARE MET A14D TRA V" LIM
Ti*v JT.DIFFERENT
-"I , Alk NE -,A
7 Gov-1, Cw_ ROWS AND 0DLUMNS ARE PEFMSSA
SPFCIFK'A'nON&
a ?Tt; MAI,4AJ� *1RtDDMTD 'EFD~VFAG
XC -SpECIFICp
MODULES AND RACKING SYSTEM PLEASE S"pu TOTHE ACWNS,MANUFACTURER'S IRSTROUCT l�
FOAV940
SCALE,
STAM Mgrge
RAL RACKING LAYOUT S-102 74M
GENE
S-102
I-t*01PTIONIS UNIRAC SOLARMOUNT RACKING SYSTEMS
WEF,13 LUG--\ (Ase NOTE 9)
F PHOTOVOLTAdc -215,
MODULE(TYP,) ENPHASE M
M-250,IQ6,AND
AR IQ6PLUS
MOUNTING DETAILS
(SEE NOTE 10)
MOUNTING
RAIL(TYP)
ASPHALT SHINGLE
ROOFING(TYP�)
END CLAMP
ILSCU LUG AS"SLY
7-
BONOM SPUCE MAIL W=
SHEATINNO
(I YP.)
TyW-a WEE,W KTAX
A theartaii break Is required every 40 W ofc0r&RhX4dY COWWWW MID-CLAMP
ralt.Banding,connection W SPk0 used OS S"Wrael break Option ASSEMBLY
shown uggs two Ilsoo hip O&xW No.GBLADBT PO4 GOL-40ST-
we product dau WVW for mom detaft)and Sow copper wilre.
3rd RAIL LOCATION
(TYR-IF REQUIRED,
SEE STRUCTURAL)
W RDOF
TAU"ITYPI)
>
LDRACKET
VWM"DING'T-BOLT
AND NUT ASSEMBLY
THERMAL EXPANSION JOIW UNIRAJC
am UTE DETAJL
Notes on Racking: 8 Modules are not permitted to be installed in roof pressure zones with an estimated uplift
I Only approved racking components shall be used to meet 6vind load ratings. that exceed the limitations specified by the module manufacturer(please refer to the module specification
2 Contractor is responsible for compliance with any and all I)cal and National codes sheet and installation manual for more details). roinveters.
and equipment installation instructions. 9 Grounding lug options are required if not using approved integrated groundin gmic
3 PV modules are mounted to aluminum racking components 3nd rails Please refer to manufacturer's installation instructions for both WEEB and ILSCO products.
and attached to the 0 ' k Mount PV flashings or )ther attachment and flashings 10 The Enphase M215 and M250 microinverters have integrated grounding capabilities built in.In this case,
r ' u'c unding conductor(EGC)is built in
roMM5 the DC circuit is isolated from the AC circuit,and the AC equipment gn)
approved by the rQsOiq mapu"ttypr as appropriate to the installation. re required,
AWej,',L�-� e4ttjo be 48".For the attachments on the ends
4 Maximum spanbe to the Enphase Engage integrated grounding(IG)cabling.No additional EGC grounding cables a
age cable.The Enphase IQ6 and IQ6+inverters have
rried to ground through the Eng
of the rails eac, as all fault current is ca
-1 to be less than 16'. contain a ground,so
bjb,6 a he Q-Cable,however,does not
5 Rail overha(Vf�bm-AW6IhMdkkt
.1' nonconductive base and do not require grounding.T anel ground rod in unified
6 Contract&isMsponsible for ensurifig;katortight attachments and for sealing,trimming,cutting roof nally and grounded at the breaker p
modules and rails must be grounded exter
ii��av�dat,pgofesswnal and workmanlike manner.
shingles and membr"'i grounding.
)ermissAbI as long as the attachment requirements listed
7 Different owp,and columnAare f mw module over iang from ends,does not exceed
in#4,maxim6mirail Q�!,-ham
N _,%.and maxi 7�
manufacttl�gr'_%pzom�6endations.
CRK~
ONS
REV DATE By
The LoverEdc.e
1423 Gunn H ghway CertirrAW of Auftdzatlon#:
Est&-
Of OWN ffiabmh� ow Odess;a,FL 3�6%
S-103
Ode"k FL SMM bow
S-103
pHOTDvMTA1Q IRON RIDGE RAIL DETAILS
M00ULIE(WP)
BONDED
SPUCE DETAIL
MOUNTING
ML(TYP,)i
oo� WMAL CNWR*�G
ASPHALT SHINGLE
ROOFING(TYPI
STOPPE:R SLEEVE
T�ex W Aw Sn4f WOOD—
SHEATHING F I T
I � RqNRIDGE XR100 SPAN TABLE
MR)
permAted only under ft fultitammg onWi6ont.
"Wr AM others we 1�fplted to 4W spam
whm S. d Cditions
GROUNDING LUG
h Zane I and 2 49 400f Oak+#%S to,45 d eg,Ztew I Oat IMa 30 an 45?A,*
(SEE NOTE 0
UNIVERSAL j4WePn zono 1411 mot p*,+&%IS wo 45 2 AW- &30 t*45 deg
j FASTENING
OBJECT Zona,I ot riW pitelne-(5 to 4�deq 0t04$d"
Zoon Z and X3
MICMNVERTER KIT 16&"Ph Zooe,I oqioy,Aj poef pdd*%5 W45 devrote
NDTE 10) car
ttgewt knitod w 40% and M 3p(lrein cor§WeM,
�ty-"Attall=fs rvoqtartr""Ing ovelloolon llor pail OK
1 9*1*I'M'Ile 101, law
LPETAtL-
WALE:1,16
1-ZZZ
WOOD ROOF
L-FOOT TRUSS(TYP)
SPECLAL GROUNDING BOLT&NUT
10R100
RAIL
U NFICE CO
Notes on Racking: 8 Modules are not permitted to be installed in roof pressure zones with an estimated uplift
1 Only approved racking components shall be used to meei wind load ratings.
2 Contractor is responsible for compliance with any and all local and National codes that exceed the limitations specified by the module manufacturer(please refer to the module specification
and equipment installation instructions. sheet and installation manual for more details).
3 PV modules are mounted to aluminum racking components and rails 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.
and attached to the roof using Quick Mount PV flashings or other attachment and flashings p' icroinverters eliminate the need for lay-in lugs and field
10 lronRidge systems using ap roved Enphase In
approved by the racking manufacturer as appropriate to It ie installation.
installed equipment gounding.This solution meets the requirements of UL 2703 for bonding and
4 Maximum span between attachments to be 48". grounding and is included in this listing. Specifically,the Enphase-lQ6 and 106+inverters have a
5 Please refer to Noq55�,X%r's installation instructions for rail cantilever distance from roof attachment.
nonconductive base and do not require grounding.The Q-Cable,however,does not contain a ground,
6 Contractorii *§Pn-nsUef �iqsuring watertight attachments and for sealing,trimming,cutting roof
so modules and rails must be grounded externally and grounded at the breaker panel ground rod in
shingles am-1 professional and workmanlike manner. unified grounding.
as long as th)attachment req
7 Differer*rowsi'hrrd C,�Awraft,"Fr4thissable uirements listed
in#4 6�ehi�qj,,arxL ftximum module ovei hang from ends,does not exceed
man�jiGQntr S rp�qr d t o4�
__�en a i
REVISIONS ~3M Coll WICAO'k"XI
7 %
12,1100111
hue wain 4-vQ&
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437%
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June 28,2017 1*40fs
MW to r" 00
MOWSM 4MUMW
Dear building official,
On June 23 d of 2017 Governor Rick Scott signed HE 10�1 amending 377.705 of Florida Statute M&AW%W
authorizing solar energy systems manufactured orsold in the state to be certified by professional W"fty: SWIV 8"
engineers. In effect a Florida Solar Energy Center,(FSEC,)certification is no longer required by state kw&*Mold roty S113M Sam ; Sam-
sold or instal ed in the state of Florida. yes Yes yes Y6
statute for materials or systems to be usmw 125401 In4w
76M
70DOW
On page 6,lines 138-144 read; 3WW 30W
20 20 20 N 24N
All solar energy systems sold in the state must me et the standards established by the center and shall )W
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 Coo ie.
WA N/A
tached for your convenience.This modification to 377.705 will go into effect July
Please find HB 1021 at N/A #/A NIA
WA
1, 2017 N/A NIA K/A MIA PJA
if you have any questions,please feel free to contz ct FlaSEIA at(407) 339-2010 or(800) 426-5899 IN N/A WA N/A MIA
WIA
Regards, lit"Wro.1110M NIA t#A WA MIA
N/A KJA
WA WA
NtA
The Board of Directors of FlaSEIA WA
WA
MIA
WA
Florida Solar Energ V Industries Association
(FaSEIA)
2555 Porter Lake Dr.,Suite 106
—C Saraso a,FL 34240
DATE X
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