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Home My WebLink AboutSCOPE OF WORK- SOLAR ELECTRIC SYSTEMu A B c D 7 1 6 1 5 1 4 3 SCOPE OF WORK: Solar electric system Improvement/Retrofit - HANWHA OC PV with String Inverter The scope of work is to verity that the solar electric Photovoltaic system specified in this document, meets the requirements set forth in the 2011 NEC, the 2014 FBC and any other Local Utility requirements. CONTRACTOR INP T 9r� Property Addres- liC/ Customer Name: Basic Wind Speed from AHJ or ASCE M 0 tables: Exposure: Urban/Suburbanwith similar surrounding buildings and vegatation (Category C) or next to an open field, lake, mud .or salt flats, or the ocean (Category D)..State Category Elevation of roof: ( use mean elevation for pitched roofs ie the average height) ft Pitch of roof ( must be under 45 degrees): List building dimensions:, Length- ft Width Height ft List 10% of least horizontal dimension: 40% of eve height: ft List 4% of least horizontal dimension: l ft List.the smallest of those 3 dimensions but not. less than 3 ft: ft This is the 'W' offset Rafter or truss on center -spacing: inches O.C. Service Voltage verified as Volts AC HZ and Dhase• Main breaker rating is PV IMPP is - 1.2 x Buss Bar rating Is Main breakdr,mting + MPP rating < 120% of Buss Bar rating? Yes; then internal breaker can be used If no,then a separate fused disconnect box With double lugs or Polaris terminals will be required NOTES: 1 Wind load calculations based on ASCE 7-10 Components & Cladding simplified method and Include factors for 5. Modules must be Installed on 2 ralls as shown per the rall module manufacturer's Instructions to obtain the listed combined dead and windloads. As such, the maximum elevation Is 30 ft with tables for exposures B, C and D. wind rating. Broward and Dade use Exposure C. 6. Combined module and rail dead loads are under 4 psf. 2. ''Wind force estimates are area dependent and per 2014 Florida building code,the area used for calculations is 1 module or 18 sq ft for the 32mm frame O-Cell modules 290 through 300W. 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 In Roof- 3. Installation must comply with all applicable 2014 Florida Building and 2011 NEC codes from which these plans zones 2 and 3 or at the ends of arrays shall be 24" on center. '(refer to mechanical drawing CM-100). Were based. S. These drawings are only applicable forflush mounting to a•roofwith an air gap between 2" to 10" between 4. Modules Installed per these drawings are for O-Cell 290 through 300 Series, (32 mm frame) listings with a module and roof surface. This requirement eliminates the module and racking from being considered as part of maximum uplift of 55.6 psf for side mounting: Installation In pressure zones exceeding this rating is not allowed. the building envelope. INDEKOF DRAWINGS Page Title Content Rev Date Notes 1 Cover Site, plan, index, notes 00/00 1 2 . Wind Load Calcs Developed chart for combined loads 00/00 1 3-8 FSEC Certifications 00/00 2 8 Module Module tech and cut sheet 00/00 2 9 Inverter Inverter tech and cut sheet 00/00 1 10 F-leolrd Qiq m 2:90 KW modules FSEC certification 00/00 1 EI6dt iYDiagr tn, 3.48 KW modules FSEC certification 00/00 1 '.fleotty,c �• Dfrar -, 4.06 KW modules FSEC certification 00/00 00/00 1 1 13 m 1 lectric Dia�graln- 4.64 KW modules FSEC certification y'1 r e�Ctnc Dlagram, ,te �5.22 KW modules FSEC certification 00/00 1 i 15 Electr' Djagram ; 5.80 KW modules FSEC certification 00/00 1 Electric Diagram: Z 6.38 KW modules FSEC certification. 00/00 1 ct7ic'ia�grani r� 6.96 KW modules FSEC certification 00/00 1 -4 E(gotdc(Diagrarty �rt; 7.54 KW modules FSEC certification 00/00 1 19 r� y$4146 " -.0 a,�r�f�'? 8.12 KW modules FSEC certification 00/00 1 20 ^Elg5rklc iag`r'sm 8.99 KW modules FSEC certification 00/00 1 21 Racking Details Rack layout, cut sheets, flashings, by Unirac Black 00/00 1 22 Racking Details Racking attachment details 00/00 1 APPLICABLE CODES l 1f AT LUCIE - Florida Building Code 5th edition 2014 . BUILDINQ - Florida Electric CodeZth edition 2014 RIIiVIV - National Electric Code 2011 REVIEWEFOR C� q BY - NFPA 101-2009 DATE G - - NFPA 13-2007 PLANS AND MUST BE KEPT NO INSPECTrnu.•1 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 7 ENGINEER: JOHN ALGER 4105 SAINT JOHN'S PARKWAY SANFORD, FL 32771 PH 800-929-3919 X1411 jalger®theleveredge.com State License # 74730 PHOTOVOLTAIC SYSTEM SIZE: ❑LR-17-0145A 2.90 KW - see pg.10 for elec.-line drawing LR-17-02369 3.48 KW - see pg.11 for elec. line drawing ®LR-17-02370 4.06 KW - see pg.12 for elec. line drawing LR-17-0146A 4.64 KW -see pg.13 for elec. line drawing 0 RR-17-01466 22 KW -see pg.14 for elect line drawing LR-17-02371 5.80 KW - see pg.15 for elec..line drawing LR=17-0147A • 6.38 KW - see pg.16 for elec. line drawing ` ❑LR-17-0148A 6.96 KW - see pg.17 for elec. line drawing ElLR-17-02372 7.54 KW - see.pg.18 for elec. line drawing ❑LR-17-0149A 8.12 KW - see pg.19 for elec. line drawing ❑LR-17-0150A 8.99 KW - see pg.20 for elect line drawing 1 0 DRAWN BY: JOHN ALGER, PE PROVIDER: THE LEYEIIEDGE . - 1423 Gunn Highway Odom, FL 33556 613403-5100 .Ger6ncam or Aulhortra0on 11:31930 GATE 0724/201710'.!0 AM 611-DIP14-SMA-0C290M Rev. 04.04.17 I GA/V k• Via...,.....", -�� •'��C E NSF o OR MADE MADE = � ST OF f �' A : � I:- •��,�SS�.O R 10 p��`. ....................................................................................... PAGE 1 C E E F a P_".6D+.6W , F = i6 Tjuilia-fron b or from -Itxal AW 7 73KC 0 UJIMM11CU LURJJZ MULUMIUM ICILI JAUJUSMentta=t;;itoreievati=iS.through 30 ft) roof 134.ntph -- '-I, Juplift AWmph ,165,mph 170. mph 17.5 1 mpN I nofiii down -Jtjpllft'- ddi6 down . uplift down uplift down uplift .1down tiplift, Idown uplift _TZ1 . -1212 :43.9 13.11 461 :15.4 493 173 423 18.2 -24.01 :19.2 -25.6 20A -27.3 6.27 - P2Z 121 44, .8 '13.71 .-.29.2 15,4 43.8 17,2 -98.8 182 -411 39.Z -44.3 20.4 4Z0 aeS P73 122 313.3 1331 15A e5l.l 17,2 9 5 .3 -18.2 .-63A 1 191 .._21 D4, NoMt 181 -15.1 .121,41 `47.9 241 40.9 271 :424.1 :28.8 .425.9 -30.4 -47.7 32.1 .29A]4 ,45 PZZ: -.18,7 -18.2 • :21A `24.11 45.01 271, 48.8 1 _28.8 -30A tX4 -324 `32.11 -35.0 I.-PZ3 .18:71� _49,2 '21,4:1 �715 1 1411 �4;D 1 27,1,1 -78.91 29:8 - .809 30,41 2SI 32,11 a351 wire 9 uthao/surban conditions with similar height buildings and vegetation on,all sides (SURE C FORAUT Eim-noNs (A-tiu-s-im ntfactarr 1.21, Ktt n1 flatterrain) tool' .13011-mah 1 140, 1 f6h 154lmph 166 mph 165 ,mph 170Imph To zorie dawn... " L -i-s! upoft down�:_-. uplift down uplift. down Uplift Idown uplift PZ 14,3144%�7S. 403 -24.0 10A 47.7 21,6 -29.7 AB A1.7 i r-44,31 -1621 :46:0 18.2 A1.6 20.4 '47.1 21.6 s51.1 22.8 64A I re-7.5-9 I !es PZ3 1451 417.2 - 16.2 :-35.1 18.2 P631 20.4 T 21.6 _22,8 I - 1_22a- -two. -Nal 0 TZII-= 11.3 48,9 455 45.9 '315 49.3 '34.5 -32.0 36.5 44,2 fi_&S 45 :FZZ 223 22.6 25.5 A6.7-1 --2&8 -31.01 3251 `35. 61 34.5 a3e.! 1 -3 6.5 40.6 "9,5 01 !05 P23 22-3 -42.6 -253 46.7 .211,81 '31.01 32S -3511- -34.5. `�38.11 -163, --40.6 JM, - wre 0: open areas nEaubdilding like fields SURE.MFO0TTELEW-10-16 ( Adjuftentfat:t6r=_'1'A*k' 411 1`06f; :'1301milli_ I . 140.1triph. na i moh . .160jmph 10.mph 170..mph 175 1m0h, zone e down uplift I downuplift _-24_��l own 1-2 upliftdown jy�_ uplift _ down uplift down uplift down uplift 4DA =821 __ 27.61 :27. ' PZ2 _PZ3 46,11: -16,11 -353 -,-18.31 41.0 20.6 4813 :23.1 �55.3 245 99.2 .15, 9[ 1 es 44.6 -18.3 438 Tt& .5 7363 131 2s, 2710 P2 .1321 .251 -22.1 28.9 -261 32.8 317.0 34.7.. S9.4 -37.2 A9.1. :444, -42.1J 45 -PZ2 251 -45A &91 41,01 318 -301 .37.0 .41]3� -t:39 4 44.1 .4116 0.64 471 44,0 50. es- PZ3 -2.5.2 46A _41.Dl .12.9 .36.01 37.0 -41.31 39.4_:Zl 41.6 -47.1 44.0 r50.0 uto like fields T WRE D FOR is ELEVA71ONS (Adjustment fador x1.47, Kttt_ 1 flat terrain roof -330.imph'; 140irriph 150imph 160 i mph 165.!mph 1701mph 175 i mph zone down uplift down,:-. down uplift down uplift down uplift Idown . uplift I down . uplift rLi 16,7 21.5 19,01 45A 2L5 29.5 24.1 253 -363 27.0 38.7 29,8 Al-211 9.5 to 27 PZ2 161 37.6. .19.01 A3.9 - _. AIS _2L5 40.7 24.1 58.1 2515 -62.1 _2777mw W L degrees PZ3 16,7 -57A 19.11F 24.1 _;IM Z.5 -27.0 *t 4 `� PZ-1 16.31 302 a27A 1 :34,3, 383, -3U 4LI -39.:0 43.5 413: - A6.0 2840AS ?Z2 ;32;61 -34 7:8 "38 7] 1 -4 -46A :43,5 49A --.46.0 degrees FZ3 •A2.61 343 711 .,.38.71 -43A 4 1 49A 1 46.0 Exposure 0;: buildinV41 IthnoWind protection _ul of, roof ff .1301mph 140; Ito 10 moh 160fmph;." 65imph 170,mph 175 mph tch zond.... doyen Lpn uplift down 4W ft' down - down uplift down Uplift :_Jdown uplift- -T AJ 82L3 1 qV1 24.1 27.11 ABA 28.7 41-15 30.4 443 -32.4 5 to 27 PZ2 -43.0 , -1,2L i.Z _'_ 00.2, 24.1 57.9 271 - - 33.4 ' 'A & - 32.4 ?grees PZ3 .241 77= MM A woo. :27. .28, 7 R-,"' 7il 30.4 PZ1 -31,5 38.6 ; -36.4 43.6 -41.8 46.4 -44.7 49.I 47.7 51.9 =50.6 Ito 45 PZ2 _;'131j& -0-"C X4 0 -37A '381 43.3 43.6 4161 4 417•sm -7- 1 49.1 .56.s 51.9 •so.9 ?grees PZ3 29.6 -31.9 34.0 -37A 1 38.61 43.31 43.6 -.49.61 A6,41 .53.11 49.11 -56.51 51.91 •60.01 ,posure 0 = buildings.next to lakes, oceansi salt or mud flats with no wind protection HOW TO USE THIS TABLE AND FIGURE: 1. Determine wind zones on roof from figure. Minimum "a" is 3 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. -Pick1he table for exposure and mean roof height. Example: Category C -exposure - site.cond-itions 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 zo nes. 6.1 Uplift pressures;'B4 -psf or less (41 psf or less forendmount) are acceptable. For pressures greater than 64 psf side mount or 41 psf end mounti;consult,'With The LeverEdge Engineering Department. . Gable Roof 17* <0:545') Interior Zones End Zones Corner Zones W14MI/WA-21114 UA-I_VWA.� Reprinted with written permission of ASCE ENGINEER: JOHN ALGER 41 os SAINT JOHNS PARKWAY SANFORD, FL 32771 PH 800-929-39119 X1 411 jailger@theleveredge.com State License # 74730 (.PROVIDER: :THE LEVEREDISE ;DATE. 02MV2017 8:46 AM 14236mmillahway Odesia,FL33556 613403-5100 61LDR-SI-SMA-QC290M carliticata Of Rev. 04.04.17 AUtho rkmthn k 31930 J NOTES: 1. Pressures shown are applied normal to the surface, fore posure_B,-at-h=30-ft-(9.1rn).-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 roofs with 0 0_-q251, zone 3 shall be treated as Zone 2. 4., For effective wind areas between those given, value May be Interpolated, otherwise use th6 value associated with the lower effective wind area. 5. -Notation: ....a: -10 percent of least -horizontal dimension or 0.4h. whichever is smaller, but not less than either 4% of least horizontal climiahilon or 3 ff-(01.9m). h: Mean roof height, -in feet (meters), except that eave height shall be used for roof angles <1 0'. 0: -Angle of plane of roof from horizontal in degrees. ps VO G A Ar 8-.0 C E IV - % 0 % Z •No Z. STATE OF A�• 0 V 0.6 'ONAL PAGE 2 % 1* a .................. FSE W Modules. and Array g PY Module Manufacturer: PV Module Model Number: FSEC Module Registration Number: Irsting to UL 1703 Verified' :Power Conditioning.Equipment (inverter) inverter Manufacturer Inverter Model Number. Listing .to,uL 1741:Verified: jCharge Controller and Batteries Charge Controller Manufacturer. .Charge Controller Model Number: Listing to:UL1741 Verified: Battery Bank Configuration i Number"in Each Series String: Photovoltaic System Approval Certificate _.T.._ _ LR-17-0146B .__---------_--- Awarded roc LeverEdge 1423 Gunn Highway Odessa, FL 33556 For The Phorovbttaic System Designated: Array%.onngurauvn Hanwha.Q Cells America Total Number of PV Modules: 18 Q.PEAK=G4, .1290 Series Strings/Branch Circuits: 2 1ZC17-NT90-0181 Modules Per Series String/Branch Circuit: 9- Yes Array Nameplate Power Rating: 5 220 SMA iS83T8°ISP=NJSv40� Yes N/A N/A N/A N/A Inverter DCVoltage Window: - Ad Power Rating' AC Nominal Voltage Output: Max PV Array Power Per Inverter: Battery Manufacturer; M Battery Model -Number: Battery Type: Battery Capacity (C/20 rate): Total Numberof Batteries Number of Series Strings: 100 V to 550 V 3,800 W 20B/240 V 4,000 W N/A NIA N/A NIA N/A N/A t y !Electrical Design (Vert th6 tonowing items for agreement between the installed components and the supplied electrical "schematic.) t D Size; type and location of:all conductors in -the PVsystem; Cdnduit, racewaysi junction boxes; and combiner boxes; n Size, current rating, voltage ratings, and.location of all over current protection devices; i ❑Rating and location all disconnects; ❑ Point of connection to the utility; V 0 PV module and,lequipment°grounding systerri.(including conductor. size), ❑ PV DC circuit and system grounding (including grounding eledubde-coriductorsize); ❑ Ground fault detection & interrupter (GFDI) rating and location; ---o Battery wiring and cable sizes (if applicable)— ;Inspection Inspector Name (printed) Inspector Signature Ilnstaller Information and Certification I Company Name: Webslte: I i '.Address is l Address 2: j State: Zip. City: ! Phone Number: Fax Number: Florida Contractor License Number: Florida Contractor License Type: (.) Solar (...) Electrical O Other, please specify: hereby certify that this PV system has been installed in full accordance with the National Electrical Code. htstagerName (printed) InstellerSignarore _Date lNote: FSEC approvals do not replace or exempt any requirements of electrical utilities or local jurisdiction authorities in matters such -as permitting, iinspecdons;:orudliry interconnection agreements as required for-PV system installations:, when referring to FSECrapprovals in any documentation +produced by the supplier; including technical or marketing information, the following statement shatl tte'included: ^Thephotowltak system design described in th man ; whe periy installed and rnai adned, meets the minimum recommendedpractices established by rite Flonds Solar iEnergy'Cenler. This' does not imply a nt or anry of dus. product bydte Fbdda Solar Energy Center or the State of F/ada:' '- Provided by:' 2017-02-22 SolarTe ing &Certiiicatton Coordinator Date PHOTOVOLTAIC SYST011 APPROVAL CERTIFICATE ` Em Aw=EDTO: .CERTIFICATION fk LR-17-02371 Ltv►�erEdge DESIC41AT)ON: CIPUKO-W20-290-Mono TS1423 Gunn Highway SYSTEM SIZE: 5.8110 wdc Odessa. FL 335556 DATE: 2017413-17 htlp'lhrr—Aiieieveredge.-ml EXPIRATION: 202243317 .fir --�-- tea..., carttraaerlttetrtt� t�gBt:atdrwalibtlilr B�tetyreodel jt7�ra6si}_. t WA IWA IWA INCA IRA N'A I�vla� c smWand iocdon txao mitlrmrs In lne Vv t yaetrt d0�4�rdls.Jmafmttoaes:3ld®tedYtab000'r ' csCa~—airamis -Mtge m&dA- and =Mnorati aaa=letdpn>�mon F Rallwald Iodlon or ail dlwo� ntl c �Po9ilar txitste�ie Dothe ra(Ihr, cPvrtnoueattfec ttrtsit9 9 �( 9��k` _ cPtlnc�drasia>dt�it.9�9.(��9t�� l' - - rxGrottndtatEdelecdlon8${o�1�9a�� ' aea�ell'v�truY9atdr�te�st�app�b�)_ , M[I I_ atx»itoet�l ttte?t;fiorta i3ebdtal4ade_ --- - —-rheA'�.oR�sls�m r�1De�htr115lnanral,MRA9n itsf�lk�d2t7d meerSMe Ir1YiYaull rEcgtlrtter�dedp�e�b�ltedGy3ae Fiarld3 Soar �[ .Th��t3�es.rtatJnp}' e,>rtrsat�rr.Q�ra�arly ararsporr�x oyihe rriodde sbra8� �rmraahe sfatearFli odd3.- . t SalarTe $'Cettafitaftion baby M r ban titetotbatxj PAGE 5 PV :Modules.and _Array. it PV Module'Manufacturer. Hanwha.Q CellsAmerica i PV. Module Model Number. Q.PEAK-G4.1290 FSEC Module Registration Number: ,QC17-NT90-0181 Listing to UL,1703 Verified: Yes. Power Conditioning Equipment (Inverter) _ _ Inverter Manufacturer: S_ _ Inverter.Model Number. SB5.0 P-US-40 Listing to;UL.1741:Verified: Yes Charge Controller. and Batteries Charge Controller:Manufacturer: NIA Charge Controller Model Number: NIA Listing to UL 1741 Verified: NIA Battery Bank Configuration Nuhiberin Each Series String. NIA ;Comments i Photovoltaic System Approval Certificate ^ -LR 17 0147A r rnt Awarded to: LeverEdge, FSEC a `t fin. 1423 Gunn Highway ��'�F:�•_ Odessa, FL 33556 For The vohaicsystern Designated: UPVKCI-QC22490-Mono j Array Configuration I Modules Array Total Number of PV Modules: 22 i PV Module Man rer: Hanwha Q Cells America Series Strings/Branch Circuits: 2 i PV Module Model Nu er: Q.PEAK-G4.1290 Modules Per Series_5tringfBranch Circuit _.11_.. _ _ ! FSEC Module Registratio umber. QC17 NT90-0161 'Array Nameplate Power Rating: 6;3 f' listing to UL 1703 Verified: Yes _ .Inverter DC Voltage Window: r — 0 V to 600 V Mower Conditioning Equipment (1 rter) AC Power Rating: , _ _ . - _ _ _ 5,000 W f Inverter Manufacturer: _ _ _ _ _ SMA AC Nominal Voltage'Output: 240 V Inverter Model Number: SBB:O-1$P-US 40 Max.PV Array Power Per In r: 5,300 W Listing to UL i741 Verified: Yes W_ Battery Manufacturer: N/A i.Charge Controller and Batteries Battery Model.Num N1A ? Charge Controller Manufacturer: N/A BatteryType: N/A ! Charge -Controller Modef.Number: NIA Battery Cap (C120 rate): NIA I Listing to'UL1741 Verified: NIA Total Nu rof Batteries N/A ;Battery Bank Configuration Num r of Series 5trmgs. N/A Numberin Each Series String: ;NIA Electrical Design. Nerltythe following Itemsfor agreement bet/be stalled components and the plied electrical , matic.) n Size, type and location of all conductPV system; o Conduit,'•raceways, junction boxes, ainer boxes; ❑ Size, currenrrating, voltage ratings, aion of all o r-currentprotection devices; p Rating and location of all .disconnects D Point of connection to the utility: t7 PV module and equipment.grounding' eluding conductor size); D PV DC circuit and system grounding g grounding electrode conductor size); ❑ Ground fault detection & interrupter (ting and location;D Battery wiring and cable:sizes (ff app Inspector Name (printed) !Installer Information and Certification Company Name: Address'1:- Address 2: City:. Ph N b Website: State: one um er. Fax Number: Florida Contractor Licens Number: Florida Contractor U se Type: ( ) Solar ( ) Electrical O'Other, please specify: I hereby certify that s PV system has been installed in full.aceordance with the National Electrical Code. Zip: taOerName (printed) Installer Signature ;Note: FSEC�/,tility s do not replace or exempt requirements of electrical utilities or local jurisdiction authorities in matters such as permitting, iinspetxions, aterconnection agreements as required for PV system installations. When referring to FSEC approvals in any documentation )produced by the suppliers including technical or marketing information, the following statement shall be included: ;^The photovoltaic system design described in tb man , whe perry installed and maintained, meets the minimum recommended practices established by the Florida Solar IEnergyCenler. 71vs .epprovar does not b^ph' e t or ty of this product by the Florida Solar Energy Center or the State of Florida.' Provided by: 2017-02-22 Solar Te ' ing & CertficatiorcCoordinator Date PAGE 6 Photovoltaic system Approval Certificate - -- LR-17-0148A ...__. . Awarded to: LeverEdge 1423 Gunn Highway Odessa, FL 33556 For The Pbotwoltaic System Designated: WY� 61PVKCI-QC24-290-Mono Array Configuration Total Number of PV. Modules: 24 Series Strings/Branch Circus 2 . Modules Per Series Stri /Branch Circuit 12 Array Nameplate P er Rating: 61960 W Inverter DC Vo ge Window: V 100 to 600 V AG Power ng._ _ - . .: __6,000 W AC No al Voltage Output 240 V M V Array Power Per Inverter: —_.- -attery 7,500 W �N/A Manufacturer: Battery Model Number: N/A Battery Type: NIA Battery Capacity (C120 rate): NIA 'Total Number of Batteries NIA Number of Series Strings: N/A !Electrical Design (Verify the following items for agreement between the aped components and the supplied el ''cal schematic.) DSiie, type and location of all conductors i the PVsystem; ❑ Conduit, raceways; junction boxes, an combiner boxes: n Size; current rating, voltage ratings d.locatiomof:allower-current protection devic C) Rating and location of all discon cts; ❑ Point of connection to the utili ; O PV module and equipment rounding.system (including conductor size); DPV DC circuit and syste grounding (including grounding electrode conductor.size); . ! s p Ground fault detectio interrupter(GFDI) rating and location; o Battery wiring. and le sizes ('if appl-ticable). -- - - -- --.__- - -- -----_--_—— - - -__- --- f ilnspection Date i inspector N printed) InspmWr Signature ilnstaller Information an rtification—�--_____._.._.._ Company Name: Website: ...Address 1: i Address'2: City: State: s 'Phone Num r: Fax Number: Florida Co tractor License Number. Florida ntractor License Type: ( ) Solar ,( ) Electrical O Other, please specify: I here certify that this PV system has been installed in full accordance with the National Electrical Code. Zip: Date ( i InstatlerName (printed) Installer Signature Date IN te: FSEC approvals do not replace or exempt any requirements of electrical utilities or local jurisdiction authorities in matters such as permitting, li pections, or utility interconnection agreements as required for PV system installations. When referring to FSEC approvals in any documentation roduced by supplier, including technical or marketing information, the follming statement, shall be included: The photovoltaic system design described in fh man , wh dy msralled and maintained, meets fhe minimum; recommended prances established by the Florida Solar iEnergy center. This 'approval does not Imply t or ryor tfds product by the Ronda Solar Energy Cemeror die State ,of Florida.- i Provided by: 2017-02722 F, Solar Te ing & Certification Coordinator Date iiiiiiiiiz-j To Fig I. 11i .--- -- With Its top performance and 'completely blackdesign ;the new Q.PEAK HIK-G4,1-is the Ideal solution.for all residential rooftop applications thanks to its Innovative cell technology 4-ANTUM. ULTRA. The world -record cell design was developed to achieve the hest performance' under real con- ' ditions - even with low radiation intensity and on clear', hot summer days. LnNf TiRet'Nta/v'6k7/ENartON costs ' Higho yick, p-sun.ce ui-and lower SOS cosh thanks to - higher pqY classes and an eniclencT rate of up to 18.3%. INNOVATIVE ALL-INEATfIFR TECHNOLOGY .. . optimal yields. wllntevor. 1110 weather wllti eicouent law-NP,ht one t.mrw.atora.Eohavior- . E"DURING HIGH PERiOHMANCE - I.rg-term'ymte zeeurity.wah Anti -PLO Tech ology', �' Hd,Sp.t-Pr9toct.rut T_dbro almtily Tn Cf` .• _ , Ex1RE.E MA INERRATu(G ♦♦♦ High -loch 1 kann atroy f .f te: eorlili.0 Iu Mgh (6C00.Pa) and wine load .(POOCIPa)Tegaiding LEG' - IAIUM COST ftEOUCTiDN S. ( i9Ucetnta tluatp hi he maa�lu ' a lower 6 1 Upm 76 . cnp.Cly per iraL P :1 ESTTJtE (T Incsivo 12N-yVea waluct wANdn b ontl 25-Y _ _ "Rku,AULE IeMfaRGe.guoranter. , .. ' aPr r.sl'w,n. Inal'•tSeaV '.. THEIGEJILSOLUTION.faRr m�tralenrer.4 rrveule •ua.:e. 25-G - • ter�naetPu,naen,mr,rutmri.- - knwmmrm. CELLS Engineered in GennaifY _ - - � - - � - 65.7m>< 39.41. K 136r 1 tR rmmaf •'s'•-r. •, 3 m � 7 m laooa+m ' 1G Om •t we _ d9.a51tn(lasw �-; ' Irtt i t '.In •mi.Nien-ion Mcnrolam� _ 3m(32 mmtrtnmallY Pa`alreifed'IOm_f:M irenr c•rw 0.1 �'Q"•'-' bade c..e `rxn,rmroinm - - _ .�r''- Jv 7=: ni � •-• - "emmsree a4nnlnum_. 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WIRElUSE-2 (RATED FOR OUTDOOR USE) (1) #6:BARE COPPER GROUND SMA.SB3:0-US(240V) . 3000W:INVERTER "I STRING .OF(10)290W MONO WITH INTEGRATED 314'_CONDUIT: MODULES IN SERIES DC;OISCONNECT #10THWN-2•CONDUCTORS .:(2) {1) #10THWN-2 NEUTRAL -:(1) #8 THWN 2 GROUND - PATCH CABLE TO NETWORK '/ ROUTER 20Al2P JUNCTION BOX TRANSITIONINGFROM PV PV.AC=DISCONNECT PV PERFOR WIRETQ.THiNN•2. 30A.240V;ZROLE ME ISEE NOTE°9) (S OTE 9) 3/4'-CONDUIT: 8/4- CONDUIT:. 1 (2) 410THW CONDUCTORS (2) #107HWN-2CONDUCTORS (1) 410 THWN-2 GROUND (1)#.10THWN'1 NEUTRAL (1) tt8 THWN-2 GROUND GEC und'- System Information :PV Module Ratings. :. Inverter: gs pModule'M ake Hanwha-.Q-:411:290 Inverter Make SMA Mo a Q.Pea.1G4.1 Inverter Moe SI31i0:5 Max Power 290:W, Max.Out , .ower ;3000 Watts Open Circuit Voltage 39.2 volts Max •, .o tage 600 Max Power point Voltage 3196 Volts minal:AC_Voltage 240 ShortCircaitCurrent 9:63Amps Max ACCurrsnt - 12:5A ax ower•, . o. n Current . mps nve . er. �ctency ELECTRICAL NOTES:. , 1 CONTRAOT!E RESPONSIBLE_FOR:COMPLY_ ING tOCAU OR NATIONAL CODE REf]UIREME_6 EQUIPMENT'INSTALLATION INSTRU S -2. AI ''COMPONENTS MUST BE NDED PER NEC 680.43. 3.. EACN.MODULE MUST OUNDED AGGOROING`TO'RV M PH_ ULFIANSTRUCTIONS ERNE4 C" '-EQUIPMENT-FOR, USE1N LTAICPOWERSYSTESSHALLBE:IDENTIFiED STIED FORTHEAPPLICATION: USE10AWG`TYPE PV WIRE (H4,CONNECTOR DOUBLE JACKETED)SUPPUED,FDR CONNECTING. MODULE -STRINGS. va: THWN=2IN:METAMIC CONDUIT ISAGCEPTABLE. '6. PER NEC890:17) PROVIDE A WARNING SIGN ATALL LOCATIONS INHERE TERMINALS OF THt DISCONNECTING MEANS MAY k'EtNERGin IJ IN THE OPEWPOSITION, SIGN SHALL.READ "WARNING - ELECTRICALSHOCK HAZARD - DO NOT TOUCH TERMINALS -'TERMINALS ON BOTH.LINE'-AND LOAO,51DE5MAY BE ENERGIZED.IN OPEN`POSMON':OR EQUIVALENT. 7. PER. NEC 705:10 PROVIIJEA PERMANENT. PLAQUE OR DIRECTORY.SHOWING ALL`ELECTRICAL-POWER SOURCES ONTHE PREMISES,ATSERVICE:ENTRANCE. 8. PER`NEC705°!2(D)(7) 11NLESSTl1EPANEI'BOARD'.IS',RATED NOT.LES8,THAN THE SUM OF'THE AIiAPERE;RATING OF ALL OVER CURRENT-DEVIEES.SUPPLYING IT, A CONNECTION'IN A`P.ANEL'86ARI)SHALL. i3E`OOSITiONED'AT7HEOPPOSI rE (LOAD) END FROM THE INPUT FEEDER:LOCATION OR MAIN EXISTING CiRCUiTLOCATION. . 200A MAIN 9 AC DISCONNECT AND/OR PV METER MAY:OR'MAY NOT BE SWITCHBOARD :REQUIRED:BYTHEAHJ ANU/OR.UTILITY FOfi INTERCONNECTION.. 10. WIRESIZEASSUMES:THAT_CONDUITWILL se -Ruh INATi1C- -- - SPACE OR tLtSS-THAN"10 IS`EXPb5ED T SSUNCICi i4 PER NEC31015(Ax2)Ex: WIRE -GAUGE MAY NEED,TOSE INCREASED'IF RUN IN CONDUIT ON:THE°ROOF'FOR MORE THAN 10 PER NEC3'1015(8)(3)(c). 11 PER NEC 690 31 METAL CONbbrr ORIYPE'MC CABLE MUST BE:USED WHENEVER: ,, - E'DCCONDUCTQR$ ENTER A BUIL lNG.BEFORETHE:FIRSTREADILYAVAILi48LE 'DISCONNECTING MEANS. d2 PER.NECB90.31 'EXPOSED RACEWAY$; JUNCTION BOXES AND CONDUIT-BOD)ES IN WHICHANY'OF•THE'AVAILABLE CONDUIT OPENINGS ARE USED, MUSTBE;MARKEDWITH THE'JNOROING 7HOTOVOLT M POWER SOURCE" 8Y `MEANS OF -PERMANENTLY -AFFIXED LA9ELS. • �:91 1:84 0.7.796 :#8 nve er o.n erconne on , labels . Rated:MPP Current 9.07A Rated MPR:1/o tage 318:6 V Max'System :Vo oge 496 V Short CircuitCqrrent -9.63 Photovoltaic AC:Output C Output Current 12.5 A o a o; age Formula ased;per NEC�2011 Handbook 215 2(A)(4) Vd =.24L#Rii/1000 :(Rfrorn-1014 NEC C S'( table'9), Wire Run Vmp Imp R L Vd Vd Wire Size PV-Strings to Combiner Box 319.6 9.07 114 35 -0.79 0: IY10 Com iner ox tobverter. .319.6 9.07 1.24 50 1.13 0.35% ttTO Inverter to Interconnection 240 12.5 1:98 35 7. 3 76 72 2 Inverter to Interconnection '240 12.5 1.24 57 1.77. 0.74% . #10 Inver00- ter to Interconnection 240 12:5 0:8091. ENOWEEROFREC O JOHNL A];ER F, % ,,,11111111/'g4 00 �. u 7 73 Poe PROFESSICNAI ENGINEER • • * • • FL LICENSE N0.74730 � • NOTI!CE3: .REVISIONS DRAWINGINFORMATION I. � QF � 2.90 kW String Inverter Retrofit , � STAY.- • �, Th•tn•uphts."a la.••.•p,.•••a DRAWING TITLE: v REV DATE BY DESCRIPTION DATE: �t IMI? i � 0 'hm whhln n• 1hooWunWe LR-17-0145A ' - DRAWN 9Y' _ •��,� •. �� 0 R , P• �� ,* aw•nrotTh,,.veredo.Tea�• 10gty Hanwha Q-Cell 290 Mono Modules N.T.S. F 23 Gunn Highway oTthn m•bHah Wtthew the II S Odessa,FL3 6 "h`'";" �°;ForBX° (FSECAPPROVED) SMA Sunnyboy.3.00-U$ Inverter SHEET..PAGE 10 ��ONA � ♦♦ ;)I 813403.5100 . PAGE 10 ELECTRICAL NOTES:. , 1 CONTRAOT!E RESPONSIBLE_FOR:COMPLY_ ING tOCAU OR NATIONAL CODE REf]UIREME_6 EQUIPMENT'INSTALLATION INSTRU S -2. AI ''COMPONENTS MUST BE NDED PER NEC 680.43. 3.. EACN.MODULE MUST OUNDED AGGOROING`TO'RV M PH_ ULFIANSTRUCTIONS ERNE4 C" '-EQUIPMENT-FOR, USE1N LTAICPOWERSYSTESSHALLBE:IDENTIFiED STIED FORTHEAPPLICATION: USE10AWG`TYPE PV WIRE (H4,CONNECTOR DOUBLE JACKETED)SUPPUED,FDR CONNECTING. MODULE -STRINGS. va: THWN=2IN:METAMIC CONDUIT ISAGCEPTABLE. '6. PER NEC890:17) PROVIDE A WARNING SIGN ATALL LOCATIONS INHERE TERMINALS OF THt DISCONNECTING MEANS MAY k'EtNERGin IJ IN THE OPEWPOSITION, SIGN SHALL.READ "WARNING - ELECTRICALSHOCK HAZARD - DO NOT TOUCH TERMINALS -'TERMINALS ON BOTH.LINE'-AND LOAO,51DE5MAY BE ENERGIZED.IN OPEN`POSMON':OR EQUIVALENT. 7. PER. NEC 705:10 PROVIIJEA PERMANENT. PLAQUE OR DIRECTORY.SHOWING ALL`ELECTRICAL-POWER SOURCES ONTHE PREMISES,ATSERVICE:ENTRANCE. 8. PER`NEC705°!2(D)(7) 11NLESSTl1EPANEI'BOARD'.IS',RATED NOT.LES8,THAN THE SUM OF'THE AIiAPERE;RATING OF ALL OVER CURRENT-DEVIEES.SUPPLYING IT, A CONNECTION'IN A`P.ANEL'86ARI)SHALL. i3E`OOSITiONED'AT7HEOPPOSI rE (LOAD) END FROM THE INPUT FEEDER:LOCATION OR MAIN EXISTING CiRCUiTLOCATION. . 200A MAIN 9 AC DISCONNECT AND/OR PV METER MAY:OR'MAY NOT BE SWITCHBOARD :REQUIRED:BYTHEAHJ ANU/OR.UTILITY FOfi INTERCONNECTION.. 10. WIRESIZEASSUMES:THAT_CONDUITWILL se -Ruh INATi1C- -- - SPACE OR tLtSS-THAN"10 IS`EXPb5ED T SSUNCICi i4 PER NEC31015(Ax2)Ex: WIRE -GAUGE MAY NEED,TOSE INCREASED'IF RUN IN CONDUIT ON:THE°ROOF'FOR MORE THAN 10 PER NEC3'1015(8)(3)(c). 11 PER NEC 690 31 METAL CONbbrr ORIYPE'MC CABLE MUST BE:USED WHENEVER: ,, - E'DCCONDUCTQR$ ENTER A BUIL lNG.BEFORETHE:FIRSTREADILYAVAILi48LE 'DISCONNECTING MEANS. d2 PER.NECB90.31 'EXPOSED RACEWAY$; JUNCTION BOXES AND CONDUIT-BOD)ES IN WHICHANY'OF•THE'AVAILABLE CONDUIT OPENINGS ARE USED, MUSTBE;MARKEDWITH THE'JNOROING 7HOTOVOLT M POWER SOURCE" 8Y `MEANS OF -PERMANENTLY -AFFIXED LA9ELS. • �:91 1:84 0.7.796 :#8 nve er o.n erconne on , labels . Rated:MPP Current 9.07A Rated MPR:1/o tage 318:6 V Max'System :Vo oge 496 V Short CircuitCqrrent -9.63 Photovoltaic AC:Output C Output Current 12.5 A o a o; age Formula ased;per NEC�2011 Handbook 215 2(A)(4) Vd =.24L#Rii/1000 :(Rfrorn-1014 NEC C S'( table'9), Wire Run Vmp Imp R L Vd Vd Wire Size PV-Strings to Combiner Box 319.6 9.07 114 35 -0.79 0: IY10 Com iner ox tobverter. .319.6 9.07 1.24 50 1.13 0.35% ttTO Inverter to Interconnection 240 12.5 1:98 35 7. 3 76 72 2 Inverter to Interconnection '240 12.5 1.24 57 1.77. 0.74% . #10 Inver00- ter to Interconnection 240 12:5 0:8091. ENOWEEROFREC O JOHNL A];ER F, % ,,,11111111/'g4 00 �. u 7 73 Poe PROFESSICNAI ENGINEER • • * • • FL LICENSE N0.74730 � • NOTI!CE3: .REVISIONS DRAWINGINFORMATION I. � QF � 2.90 kW String Inverter Retrofit , � STAY.- • �, Th•tn•uphts."a la.••.•p,.•••a DRAWING TITLE: v REV DATE BY DESCRIPTION DATE: �t IMI? i � 0 'hm whhln n• 1hooWunWe LR-17-0145A ' - DRAWN 9Y' _ •��,� •. �� 0 R , P• �� ,* aw•nrotTh,,.veredo.Tea�• 10gty Hanwha Q-Cell 290 Mono Modules N.T.S. F 23 Gunn Highway oTthn m•bHah Wtthew the II S Odessa,FL3 6 "h`'";" �°;ForBX° (FSECAPPROVED) SMA Sunnyboy.3.00-U$ Inverter SHEET..PAGE 10 ��ONA � ♦♦ ;)I 813403.5100 . PAGE 10 labels . Rated:MPP Current 9.07A Rated MPR:1/o tage 318:6 V Max'System :Vo oge 496 V Short CircuitCqrrent -9.63 Photovoltaic AC:Output C Output Current 12.5 A o a o; age Formula ased;per NEC�2011 Handbook 215 2(A)(4) Vd =.24L#Rii/1000 :(Rfrorn-1014 NEC C S'( table'9), Wire Run Vmp Imp R L Vd Vd Wire Size PV-Strings to Combiner Box 319.6 9.07 114 35 -0.79 0: IY10 Com iner ox tobverter. .319.6 9.07 1.24 50 1.13 0.35% ttTO Inverter to Interconnection 240 12.5 1:98 35 7. 3 76 72 2 Inverter to Interconnection '240 12.5 1.24 57 1.77. 0.74% . #10 Inver00- ter to Interconnection 240 12:5 0:8091. ENOWEEROFREC O JOHNL A];ER F, % ,,,11111111/'g4 00 �. u 7 73 Poe PROFESSICNAI ENGINEER • • * • • FL LICENSE N0.74730 � • NOTI!CE3: .REVISIONS DRAWINGINFORMATION I. � QF � 2.90 kW String Inverter Retrofit , � STAY.- • �, Th•tn•uphts."a la.••.•p,.•••a DRAWING TITLE: v REV DATE BY DESCRIPTION DATE: �t IMI? i � 0 'hm whhln n• 1hooWunWe LR-17-0145A ' - DRAWN 9Y' _ •��,� •. �� 0 R , P• �� ,* aw•nrotTh,,.veredo.Tea�• 10gty Hanwha Q-Cell 290 Mono Modules N.T.S. F 23 Gunn Highway oTthn m•bHah Wtthew the II S Odessa,FL3 6 "h`'";" �°;ForBX° (FSECAPPROVED) SMA Sunnyboy.3.00-U$ Inverter SHEET..PAGE 10 ��ONA � ♦♦ ;)I 813403.5100 . PAGE 10 Formula ased;per NEC�2011 Handbook 215 2(A)(4) Vd =.24L#Rii/1000 :(Rfrorn-1014 NEC C S'( table'9), Wire Run Vmp Imp R L Vd Vd Wire Size PV-Strings to Combiner Box 319.6 9.07 114 35 -0.79 0: IY10 Com iner ox tobverter. .319.6 9.07 1.24 50 1.13 0.35% ttTO Inverter to Interconnection 240 12.5 1:98 35 7. 3 76 72 2 Inverter to Interconnection '240 12.5 1.24 57 1.77. 0.74% . #10 Inver00- ter to Interconnection 240 12:5 0:8091. ENOWEEROFREC O JOHNL A];ER F, % ,,,11111111/'g4 00 �. u 7 73 Poe PROFESSICNAI ENGINEER • • * • • FL LICENSE N0.74730 � • NOTI!CE3: .REVISIONS DRAWINGINFORMATION I. � QF � 2.90 kW String Inverter Retrofit , � STAY.- • �, Th•tn•uphts."a la.••.•p,.•••a DRAWING TITLE: v REV DATE BY DESCRIPTION DATE: �t IMI? i � 0 'hm whhln n• 1hooWunWe LR-17-0145A ' - DRAWN 9Y' _ •��,� •. �� 0 R , P• �� ,* aw•nrotTh,,.veredo.Tea�• 10gty Hanwha Q-Cell 290 Mono Modules N.T.S. F 23 Gunn Highway oTthn m•bHah Wtthew the II S Odessa,FL3 6 "h`'";" �°;ForBX° (FSECAPPROVED) SMA Sunnyboy.3.00-U$ Inverter SHEET..PAGE 10 ��ONA � ♦♦ ;)I 813403.5100 . PAGE 10 ENOWEEROFREC O JOHNL A];ER F, % ,,,11111111/'g4 00 �. u 7 73 Poe PROFESSICNAI ENGINEER • • * • • FL LICENSE N0.74730 � • NOTI!CE3: .REVISIONS DRAWINGINFORMATION I. � QF � 2.90 kW String Inverter Retrofit , � STAY.- • �, Th•tn•uphts."a la.••.•p,.•••a DRAWING TITLE: v REV DATE BY DESCRIPTION DATE: �t IMI? i � 0 'hm whhln n• 1hooWunWe LR-17-0145A ' - DRAWN 9Y' _ •��,� •. �� 0 R , P• �� ,* aw•nrotTh,,.veredo.Tea�• 10gty Hanwha Q-Cell 290 Mono Modules N.T.S. F 23 Gunn Highway oTthn m•bHah Wtthew the II S Odessa,FL3 6 "h`'";" �°;ForBX° (FSECAPPROVED) SMA Sunnyboy.3.00-U$ Inverter SHEET..PAGE 10 ��ONA � ♦♦ ;)I 813403.5100 . PAGE 10 STRINGS'OF OF:(q)29bW. MONO' -MODULES IN SERIES Ll 1:JUNCTION BOX TRANISITIONINGFROM PV _WIRE TO THWN-2 'ELECTRICAL DIAGRAM 'GREAK-134.1 29OW -MbNo' (32MM) DIMENSIONS: 65.7 X 39.4"X1.2611 (1.8) Q.PEAK-G4.1 290W MONO(32MM) - 5.22- KW.STC DC !XPO_6ED TO FREE -AIR; q #1 (1 fiv -W1REAJSE,-2 RATED FOR OUTDOOR USE) 1) *6,BARE COPPER GROUND SMA SB 3.'87US (24OV), 3800W INVERTER UITKINTEGRATED 314'CONDUIT.' XDISCONNECT 1(2) #10,THft-2CONDUbTORS (1),#10 THWN42. NEUTRAL VIM THWN-2:13ROUND PATCH CABLE TO NETWORK -ROUTER AA 0 0 a 00 Ov Mi PYAC DISCONNECT PERFORMANCE. LW 30A.-240V,:2;POLE ..METER (SEE.NOTE:9) -(SEENOTEa) 314"CONDUIT. (2) *10 THWN4 CONDUCTORS t1)W10.TI4WW2_NEUTRAL (1) *8 THWN=2 GROUND In-tormation PV-,M0dJ;i1eAatIng5' ']Nomlna(AtVohge -IMax -inverter Ratings Modu!o--Make H.anwhaf-QwCell 290.. Inver-t-e-r-M-aIR-77 -SMA Module Model Q.PeakwGdl.l lnvvrterModel .3. K.. U S Max.Powet--- -290 W Max Qutoutftwiir 3800W Open CirdiltVoltage - :39.2 Volts Mb)(DCV461ta e :60OV'- Max Power p&l fit:V61teige 31.06-V.61ts 240V Shorttircult'Current '9,63,Amps AC,.Current 16.0A. Max Power, PoinKurrent 9.07Amps CEC InverterEfficiency 96.50%- XL 7. -7hetimu - ilft'vhd Ideas expressed DRAWING TITLE: him vAhIn ""`'"dual"' LRA 7-m0146B prDpany afThe LeverEdge 7U use . afthose,moted"whhoutthe .1423 Gunn kiihway seftnecement of the LE or SHC, Odeksiz,-FL 33S56 (FSEC APPROVED) 81348MI00 ELECTRICALNOTES: 1. CONTRACTORIkESP64SIBLt*FOR .COMPLYING WITH ALL LoPALOR NATIONAL CODE REQUIREMENTS'AND kGPIPMENT INSTALLATION INSTRUCTIONS. Z ALL COMPONENTS MUSTBE GROUNDED PER NEC 690.43. UTILITY METER 3. EACH:MOIjULE MUST 8EGR6dNDED L ' ACCORDING-T 0 PY * 240?120V - MANifFAC.tUR.E.01US,tftiNiSTRUCTIO�g., SWGLSPHASE 4, PER NEC 690A(D), SE, ALL15QUIPMENT FOR UIN . I . PHOTOVOLUIC00WER SYS TEMS;SHAL L BE IDENTIFIED , r MD11STE D FOR THE APPLICATION. S. USE10AWG TYPE 0V:WIRE 1H4, CONNECTOR; DOUBLE JACKETED) -SUPPLIED FOR CONNECTING MODULE STRINC, ,Pa.-,THWN-2.lN4MET-A'W'dZON.DUIT*[S-ACCEP'rABLE; 6. PER'NEC'610'17�PR6�q6t�-A;ViARNIN6':SI'GN'�kTALL _,I r-I&A SHALL�.READ"WARNINO - ELECTRICAL SHOCK. HAZARD -bl) -NP!rT,60CH'*EkM[NALS�TERMINALS ONSOTHIINE AND LoAD.Obm. mAybit-ENERwaEo. IN, oPEW.06sITION' OR 16CIUMALENT.. A PERMANENT -PLAQUE ,bR R DIkiC7.0kYAHbWING ALL ECECTRI&ALTPOWER SOURCES :ON THE PREMISES ES)'AT SERVICE ENTRANCE. RANCE. 8. O#R2Ntd #5_ (- " I NLESS-TH9,P k 9OA- RD'IS RATED .30A/2P -NQTLESSTHANTHE SUM cFTHF.AM0ERE;RAj1NG 60 ALL OVERiCURRENTMEVICES SUPPLYINGIT,A.CONNE6iiOk IN -kPANkL.-86AAD sHALL-bE,PObITiONED 4TTHE'OPPdSlTE (LbAb),ANb!FROM1 THE INPUTFtEbEk LOCATION, OR MAIN EXISTING -CIRCUIT Br. AC .'E!fqCO , NNE , CT.AND/OR _'PVMETER MAYORMAYNOTBE BWTCHBOARD �PtQ . UIRED,BY 'THEAHMIND1.0 R . LtT-Y7FQR 10.WIFMSIZE,ASSUMES THAT-CONDurr vALL 9ERUN IN ATTIC �SPAdt:OkLEt§THAN 10' SUNLIGHTPER PER *,*INCREASED :IF , RU . N. IN CONDUIT ON THE 46ORFOR MORE 'THAN 111. PER NEC PgD.11,-,ME,TAL"-Co.146U.ITOATYPE -MCL"dAJ§LE"MUST PEPSEDWHENEVER THE.DCZONDUQTORS ENTER A BUILDING BEFORE ,.THE�FIRST,.READILYAVAILABLE DISCONNECTING MEANS IGE[ iz. Pg_"E 600.31,- VACEWAYS,JUNCTION-BOXES .':E�PPPED P VOLIAGE DROP CALCULATIONS Fdr.m-ula!usedper--UEC-2011:Handb lc-219.�r(4)(4)Vd�2*L*R'� pq iGQQ (Rfrom,201 -hapfl1abi 8 4 NEqC e .) Wire Run - :Imp 'R .:L-. Vd - * ..-,%Vd - Size Wire:Size PV. Strings to Combfiner .Box 287Z 9.07 - 1.24 R 1.12468 039%', . #10 Conibine'r,b6x to inverter 187.6 -.18.14 --4,24 - !W -224995: :0. �8%. 410 ' Invertertci. Interconnedlon :146 16 A-98L 37 2.34431: :0.98%, ..4!121 I nverter to Interconnection 240 16- 1.24 60 23808 .0.99%-, A10 InVerteftcrinterconnection :1240 -16, -:0 05 9 PQ j 2329921 0.07% #8 Inverterto Interconnection 240 16. U.492, .150 'A, 2.355§ j Q93yc: 46 '. . L'. Labels Rated-MPP.-Current -181 Rat 7MPPVoltage 24710V7 Max'System-Yoltage *447 V,.:: Short Cirdult-Curfent 19.3 A: <Ph6tovditaicAC.Output ACOutput.C-urrent I I&OA: Nominal,AC-Valta ge.. I.... _ _ __ _ 1: 407 - T �ENGINEEROF RECORD �JOKN L.AL4bER .1 PROFESSIONAL ENGINEER FL:LICENSEN.07473D REVISIONS opwmo wrviimcm REV DATE BY DATE 1 17 S aNdf fff yug-rrter-80, -F, DESCRIPTION UM Eli, 18qtV Hanwha Q-Cell 290 Mono modulesN.T.S. . SHEET NO., PAGE 14 pr.1OG 0 N iAN % 4Q, VA_7!10 0 STATE OF 44/ Z V!. A' X% 0 Fk ON Ap{��`VV°°®° , 14 •2 STRINGS`OF (8)'29OW MONO MODULES IN'SERIES ELECTRICAL DIAGRAM O.PEAK-G4:1 29OW.MONO (32MM) DIMENSIONS: 65.7" X 39.4" X 1.26" (16) Q.PEAK-134.1 290W MONO (32MM) - 4.64 KW-STC DC UTILITY METER 240f12ov SINGLE PHASE EXPOSED, TO FREE -AIR: (4) #10 PV WIREIUSE-2$kATED FOR M (1BARE CO PER GROUND OUTDR USE)1 1 JUNCTION BOX TRANSITIONINGFROM PV WIREfOTHWN-2 L .2/4";CONDUIT: (4) ,41A THWN=2 CONDUCTORS (1) #10 THWN-2 GROUND SMA:SB 3-8-US (24OV) 3800W INVERTER H INTEGRATED 3W, CONDUIT: DC NNECT (2) #10 THWN-2 CONDUCTORS 0 (1) #10 THWN-2 NEUTRAL (1) #8 T14WN-2:GROUND N - PATCH CABLE TO ETWORK I R _ R 25Af2i000 (2) #tO THWN-2 CONDUCTORS (1)#10 THWN-2 NEUTRAL .(1) #16.THWN=2GROUND System Information PV Module, Ratings Inverter Ra Module'Make Hanwha Q=Ce11290' Inverter.Make. -SMA Module Model CI Peak-G4.1- Inverter Model 18-US Max Power - ' . . 29OW : Max Output wer 3800W Open Circuit -Voltage. 39.2 Volts Max D tags 600V Max Power point -Voltage 31.96'Volts . N InaI AC`Voitage 140V Short Circuit Current 963.Amps ak AC Current .16A-. ax Power Point -Current S. AMPS 7, CEC InverterefficiFeR-cy PV PV AC DISCONNECT 30A,.240V,<2=POLE '(SEE NOTE 9) 9) Ground EXISTING 2DOA MAIN :.SWITCHBOARD Forrnula.used per NEC.2011 Handbook215:2(A)(4) Vd=-2'L*R'I/1000'(RfromZ014. NEC Chap 9:(,table:8). Wire:Run: Vmp . Imp R L Vd,: �.%Vd Wire Size PV Strings to Combiner Box 255:7 9 07 1:24 50. 112: 0.44% #10 Combiner box to. Inverter `255.7 18 4 L24 50 .2:28 b13935 #i0 Inverterto Interconnection 240 16 1.24 _ 50 1.98 0.83%. #10 , Inverterto'Interconnection 240.: 16 0:809 - 75 1.94- '0:81% #8 Inverter to Interconnection 240 16 0.809 100 2:59 :1:08% #8 nve er o n emonne Ion • " DRAWING TITLE: 4.64.kW String. Inverter Retrofit 1Mthoupht• nd lWn a"m•ed _ `'"'• the excl„•rw 17-0146A prep&4gTh.L•wtEdD.Thtu•. LR- 16gfiy Hanwha' Q Cell Z90 Mono modules 3 GUM Hill wa orthop ttnt�ld. w(thoutth. : Was,convantofth•LEoiSHCr FSEC APPROVED dessa,FL'a3s56 �>.etjwemimd ( SMA..Sunny Boy 3.8-US Inverter 813403�510D ELECTRICAL NOTES: I. CONTRACTOR RESPONSIBLE FOR COMPLYING WITH ALL LOCALOR.NATIONAL CODEREQUIREMENTS AND EQUIPMENT INSTALLATION INSTRUCTIONS. 2 ALL COMPONENTS: MUST.. BE GROUNDED PER NEC 690.43. 3. EACH MODULE MUST BE GROUNDED ACCORDING TO PV MANUFACTURER USER INSTRUCTIONS. . 4. PER'NEC 690.4(D), ALL EQUIPMENT FORUSE PHOTOVOLTAIC 'POWER SYSTEMS:jW64MCDENTIFIED AND'LISTEO FOR THEAPPLI 5. USE 10AWG TYPE PV CONNECTOR, DOUBLE JACKETED) SUPP FOR CONNECTING MODULE STRINGS. 5a. THWN-2 ALLIC CONDUIT IS ACCEPTABLE. 6. PER. 90.17, RROVIDE A'WARNING SIGN ATALL TIONS.WHERE TERMINALS OF THE DISCONNECTING 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 EQUIVALENT. 7. PER NEC 7,65M., PROVIDE A'PERMANENT PLAQUE OR DIRECTORYSHOWING'ALLELECTRICAL POWER SOURCES ON THE PREMISES AT SERVICE ENTRANCE: 8. PER -NEC T05.12(D)IM, UNLESSTHE PANEL BOARD 1S 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:DISCONNECTANDIOR PV METER MAY OR MAY NOT BE REQUIRED BYTHEAHJ ANDIOR UTILITY FOR -INTERCONNECTION., -. 10. WIRE: -SIZE ASSUMES THAT;CONDUIT WILL BE•RUN IN ATTIC_ - -- - - - - - - - - ON THE ROO 11. DISCONNECTING MEANS. 12 PEWNEC N'631,:EXPOSED RACEWAYS ;JUNCTION'BOx6 -AND,CONDUIT'BODIES IN WHICH ANY,OF THE AVAILABLE CONDUIT OPENINGS ARE USED MUST BEMARKED'WITH THE WORDING'PHOTOVOLTAIC'POWER`SOURCE°. BY MEANS OFPERMANENTLYAFFIXED LABELS. labels - ted-MPP.Current . 18:14 A - Rat PP:Voltage- 255.7 V = . Max Syst . Voltage 397 -V Shortrt,Circuit': _ ent- .. 19.3�A ' -Photovolta ' CO.utput .., AC;Output'Currerit 16:OA omrne o age ENGINEER.OF.RECORD JOHN L.ALGER PROFESSIONAL ENGINEER BL LICENSE NO.74730 REVISIONS DRAWING INFORAMATICN REV DATE I BY DESCRIPTION -0ATE: 112112CtT - DRAWN BY: .. •- SCALE: N T.SSHEET Na PAGE 13 `,ttt11111/�� %% LO •GA/V :��® ��.r •�.• ENS •q�C' �`�a NO 74 �•••'�� i o gip: S ArE O �;:• � F .moo L'**;-- 0 aiaelttttt PAGE 13 S-'and:Barreh:Tlle Standing Searrii.Clamp (QBase UniversaLTile Mount/QMUTM Shown) Composition Shlr (EnToLint Show FROOFMOUNTING-DI SCALE : NTS -Alternate. v gle Flat Tile I)(QBaseUniversalTileMount /QMLITIi ShoWn) - .TAIL ITEM DESCRIPTION QTYJBOX NO. 1 FLASHING, r X 12 X -040", 5052. MIU, 1 2 OBLOCK, CLASSIC, A360CAST AL. MILL 1 3 PLUG, SEALING, 5/16"X 7/8". EPDM / 188 SS 1 4 LAGSCREW.HEX HEAD, 5/16"xSl/2",18ASS 1 ` 5 WASHER, FENDER. 5/16-IDX1-1/4-OD, 18$SS 1 I RACKING COMPONENTS NOT INCLUDED I 5 r. 4 . tl� { 3 i Quick Mount PV" QMSE-IAG: QMPV.&MOUNT WITH LAG -BOLT I 9 Quick Montt PV"TffLF- QMUTM: QBASE UNIVERSAL TILE t . MOUNT. `0 0 DESCRIPTION - CITY. CAP SCREW, HEX HEAD. 511 C-18 X 3/4' UNC-2A. GRADE 8 1 GTBASE. IA14"I0. FOR 5/16-HARDWARF-A360.1 CASTAL I LAG SCREW. HEX HEAD. 5/16" X 3-. ZINC 2 SUB -FLASHING. CONE 9-X9-XXV-037.3003 AL MILL I FLASHING, CONE IBXI87I.032. 3003 AL MILL 1 COLLAR" COUNTER FLASHING, 1-1 /4' ID EPDM I POST. 1.25'OD X 6.5". 6063-7516663-16, MILL 1 WASHER. SEALING, 5/16' ID X 141/4' OD, EPDM BONDED SS I WASHER. FENDER, 5/1 C ID X I- OD, I" SS 1 WASHER, SPLIT -LOCK. 511 6"ID. I H SS 1 CAP SCREW. HEX HEAD, 5/I67-18 X I" UNC-2A. I" SS 1 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 Q-Cell and Solar World modules are mounted to Unirac + aluminum racking components and rails and attached to the roof using Quick Mount PV flashings as appropriate to the installation. 4 Maximum span between attachments to be 48" or less. For the attachments on the ends of the rails each side, the span to be 24". Attachments in HVHZ zones to be 24" OC maximum. 5 Rail overhang from penetrations<24". . 6 Contractor is responsible for ensuring watertight penetrations and for sealing,. trimming, cutting roof shingles and membranes in a neat, professional, and workmanlike manner. 7 Different rows and columns are :permissable as long as the attachment requirements listed in #4, maximum rail overhang and maximum module overhang from ends, does not exceed manufacturer's recommendations. 8 Modules are riot permitted to be installed in roof pressure zones with an estimated uplift greater than 83 psf. 9 Pending approval. by AHJ, grounding WEEB clips may be used every other or on every midclamp. �. x.� was r,•�'"',� x . v � -. . r' ` rt *fit •P_ ,1: 5` �'�.s'' . �TAli -.—9WGHTRAIL OEM RACKING AND MOUNTING SCALE: NTS y= �r RACKING and FLASHING CUT SHEETS - �` Quick Mount Flashings r �� r•: Unirac racking � To fit Hanwha Q-Cell 260-30OW 62 cell modules with 32mm frame and Solar World 260-30OW 62 cell modules with 33mm frame (39.37" x 65.75") .NOTICES: - - REVISIONS .DRAWINGINMRMATION TINT tMuphbalM ld•u.apm..d a The LeverEdge • REV DATE BY .DESCRIPTION �DATE:.` .Yfl5n017 `N""Umn MIM"must" _ 1423 Gunn Highway Certificate of Authorization#: ° . I N.T.S. proprq of71�• l�r.d?d9•TFu,w• ormw�aruu•rmnomu�. 1423 Gunn Highway Odessa,.FL33556 31930 SHEETNO, wdnm eoncud oiN• LE orEHC, 'Odessa, Fl. • 33556 Is nd-prt lied. 813-a0"100 813-403-5100 PAGE 21 % LOGA/U No 73 : 0 S WE OF • •A\ 111818e►1►►►®° rAur- zi SPLICE DETAIL .. .IJ ✓<;.11 NLL 55 KeEWS DgLYDED TYPICAL SPLICE BAR DETAIL LIGHT RAIL ECOODS TRUSS HD-5/16.18 X 0.75- / NDING JUMPER DETAIL WOOD SHEATHING (TYP.) C.90427L-EIRACKIETS + . {See Note #10ENPNASEMICROINYERfER DD01 T-BOLT MSX20 0499 FLANGE NUT. MS A2 FP2 CLR ANO ., MECHANICAL NOTES: 9, Do NorATTACHANY HARDWARE ON TOP OF RAIL DIRECTLY UNDER SOLAR NODULE. DOING SONAY=0 MODULE WARRANTY. 10. INSTALL ENPHASE INVERTERW/ITH N1S'AND Me HARDWARE AS SHOWN.TOROUE ENPHASE MOUNTING HARDWARE TO IS FT4SS/AINDAULL ENPHASE MOUNTING DETAIL RATED UP TO 113PSF. ENPHASE MOUNTING DETAIL SCALE: 6f1 = V-0" 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 Q-Cell and Solar World modules are mounted to Unrac +•aluminum racking components and rails and attached to the roof using Quick. Mount PV flashings as appropriate to the installation. 4 Maximum span between attachments to 4e48" For the""attachments on the ends of the rails each side and for FIVHZ:locations; the span to be limited to 24" OC. PHOTOVOLTAIC MODULE (TYP.) Z MID CLAMP ASSEMBLY— — O L BRACKET Wl T-BOLT AND NUT ASSEMBLY ATTACHMENT DETAIL SCALE 116 - MOUNTING RAIL (TYP.) P—M s WOOD ROOF TRUSS (TYP.) — ASPHALT SHINGLE - - ROOFING (TYP.) .. see ��: Np 473 • • • • M OF r �o S O N N\ o� NOT IC E W - REVISIONS DRAWING WFOWAT10N. TM umupasdnd Ideas•APo•asd The LeverEdge .REV DATE BY I DESCRIPTION MTE 1n52017 hieswWMamtMexcld.IY•. 1423 Gunn Highway Certificate of Authorization#: DRAW. — PmPNIT OITIu Lm1Ed2•Thi u,. . SCALE: 'N.TS. ofthm st'dals.ii0vAD'• 1423 Gunn Highway Odessa, FL 33556 31930 WOMC SOMofth•LEdrSHC, Ode5sa,FL`33556 SHEET NO: I•dotpural0•d. 813-403-5100 813-403-5100 PAGE 22AA PAGE 22 5 Rail overhang from attachments to roof to be less than 24". 6 Contractor is responsibleforensuring watertight attachments and for sealing, trimming, cutting roof shingles and membranes in a neat, professional and workmanlike manner. 7 Different rows and columns are permissable as long as the attachment requirements listed in #4, maximum rail overhang, and maximum module overhang from ends, does not exceed manufacturer's recommendations. 8 Modules are not permitted to be installed in roof pressure zones with an estimated uplift greater than 64 psf for Solar World 33mm frame and 55.3 psf for Q-Cell 33mm frame. 9 Pending approval by AHJ, grounding WEEB clips may be used every other or on every midciamp.