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HomeMy WebLinkAboutProject SummaryDIRECTORY OF PAGES PV--1 PROJECT SUMMARY . PV-2 SITE PUN PV-3 SINGLE -LINE DIAGRAM PV4 SAFETY LABELS PV5 ATTACHMENT PLAN PV-6 ATTACHMENT DETAILS PV-7 FIRE SAFETY PUN ELECTRICAL CALCULATIONS MODULEDATASHEEr ARRAY WIRING BOX DATASHEEr ARRAY WIRING BOX DATASHEET X O DISCONNECT DATASHEET w INVERTER DATASHEET MOUNTING SYSTEM DATASHEEr MOUNTING SYSTEM ENGINEERING LETTER UL 1703 CLASSA FIRE CERTIFICATION UL 2703 GROUNDAND BONDING CERTIFICATION ANCHOR DATASHEET PROJECT DETAILS PROPERTY OWNER BERTALAN VECSEY PROPERTYADDRFSS 2113 DONALD AVE FORT PIERCE FL 34946 US APN 142B-703.WZ7.OM ZONING RESIDENTIAL USEANDOCCUPANCY CLASSIFICATION ONE ORTWO.FAMILY DWa-UNG GROUP(GROUPR3) AW UTILITY COMPANY FLORIDA POWER MLIGHT CO ELECTRICALCODE - 2014 NEC(NFPA 70) FIRE CODE 12015NFPAI CONTRACTOR INFORMATION COMPANY LUMA DYNAMICS UCE14SENUMBER CVC 57032(SOLAR) ADDRESS 895 DIPLOMAT DRIVE SUITE 106E DEBARY, FL32724 PHONENUMBER (407)72D-M CONTRACTOR SIGNATURE Donald Ave Donald Ave Donald Avo Donald Ave It FIDE COPY 1 PLOT ST.LUCIE COUNTY PV-i SCALE: NITS 'State Park BLDG: O l — : ) }` DATE: _ '' .Ra' - " EL I Y Treasure Coasts C, W I Ij International r u DATE: \, �{ Airport and' Nt IP. BUSMIQ54 PArk ,,;� Navy UDT _ PLUMS: t 0 St cie SEAL Museum -DATE: ,. F1Pi2r6e Inkl MECH: m - Fort Pieroe .State Park North DATE An9levillas. Csr ro1d Fort Piteice F D p \-_ _—�ll _Ly---__—__.___L y � ; T' 2 LOCALE �� IN. SETBACK RE awl SCALE.NTS FRONT SIDES CNR SIDES REAR NG. TECH. 0 DESCRIPTION DC RATING MODULE O�CELLS O.PEAK DUO BLIC-G5320 ARRAY WIRING (RDI CCH OAF 10`t07-60.2-US I UTILITY SERVICE 112024UV14) I I ELECTRICAL PANEL I� 9 1 SITE DETAILS ASHRAE EXTREME LOW 0-C (3YF) ASHRAE 2%HIGH 33'C(91-Fl CLIMATE DATA SOURCE ERO EACH MUNICIPALAIRPORT WIND SPEED 170 MPH (ASCE7-10) 14SKCATEGORY II WIND EXPOSURE CATEGORY B GROUNDSNOWLOAD 10PEP P-131902 17M PATERSON AVE DELAND, FL 32724 CERT OF AwHoRImum 30105 MIEMEL W03TUNLAK LU LU F- CO of LU Q M W LU C3 QQ LL. a z c) or �0LU O U) M a U) ED N LU > O LI.. P 1111111111/j ' � WOJT" 1 i r m ZI'1 LA '� � tv ���.1r1ry11 =t o q {1 y�OE i No 60 34 L • * — �IT F O Ft \ �C? ♦♦♦♦ PV-1 GENERALNOTES EQUIPMENT LIKELYTO BE WORKED UPON WHILE 1 ENERG12EDSRALL BE INSTALLED IN LOCATIONS THAT SATISFY MINIMUM WORKING CLEARANCES PER NEC 1f016. CONTRACTOR SHALL USE ONLY COMPONENTS LISTED 2 BY NATIONALLY RECOGNIZED TESTING LABORATORY FORTHE INTENDED USE CONTRACTOR IS RESPONSIBLE FOR FURNISHING ALL 3 EQUIPMENT, CABLES, ADDITIONAL CONDUITS. RACEWAYS, AND OTHER ACCESSORIES NECESSARY FOR A COMPLETE AND OPERATIONAL P/ SYSTEM, O O O O O O 1 SITE PLAN T PV-2 SCALE:I'=20" CONDUCTORS 3RHALL BE AC COMBIN01), RU UTNN LFOUTPUT CIRCUIT NC CONDUIT OVER ROOF NO CLOSER THAN O.S ABOVE ROOF SURFACE (E) MAIN SERVICE PANEL (MSP), OUTDOOR GRTRANSITION OOR, OUTPUT CUITCONDUCTOTSSS UroBE RUN IN FLE)aBLE STEEL CONDUIT THROUGH THE INTERIOR OF THE BUILDING PROPOSED ROOF -MOUNTED PHOTOVOLTAIC ARRAY. 4:12(1S SLOPED ROOF, 20 PV MODULES (BLACK FRAME, LACK BACKSHEET), ISO -AZIMUTH (E) UTILITY METER OUTDOOR LOCATED WITHIN 0FFTTOFUTILNYAC R(SNECT OUTDOOR ALL ARRAY CIRCUITS SHALL BE ROUTED THROUGH THE INTEMOROF THE BUILDING, AND WHERE POSSIBLE, ALONG THE BOTTOM OFLOAD BEARING MEMBERS NO CONDUIT SHALLSE INSTALLED ABOVE THEROOF. P-131902 SUPERIOR ENGINEERING 17W PATERSON AVE DELAND, FL 32124 CERT.OF AUTHORIZATION 303R5 MICHAEL W03MIAK i I F I1W T' FP,: ' �� O R 10. •` PV-2 Pmla mow /wMODUE :S 0A AI& ®A 0 DISCONNECTS OCPDS .. IOIY. YY[E NOYCGfi' IUIFD LVII4Hi YNIMr®KIiKE fl6. GiY. M]®LLWiBIi Y41V1iKE ]WI 1 FA]CH W}IIMB pxEPPI. ]G-- xWK CN] ] IfA xWIK vu -x ]sA xAwK Wl 1 .MU 31JVK srsTEM SUMNIARY NOTES YIN]i11 &T2 arlEpC/]p KCONECrORsa1HEE!]'INSEMJ0009 NUNEIniE11]auEE]FFPA�IIfHIlI81o45CMRLrIffANSNNlaP.13181e8ama5w N]Ir[L 9 {fABFNLII 10 6W.IxlE} KamsEYi la laC Kamer tAePn xINN a AFIEaiwlaVmlc]IwrcorurloYsrste]rxsKnwmlt»uwocaEslnrmEoausEHxwm1E]sc]¢umacewusEromlo]nalel]. ]ISYna:aon].oEratsovrvcaow�snru][rlavcannwrvuo nswccalaucra+sarnt:ilselrnm»:an'm,:rumwDa®rou�aswou]m] YsroK e.lave YTLP01Yc11 S.CIA 11EGHEE aV0FH5UA1®PAIHxf�41nE8NOMNPN a1 fAPYD0caO1C]Mt W 10Y Ac AOOTV Oo srs]Euocewmwrs0eavateeeaa]eaomuEaiav].ocvo'arrhvlweer�loxursunl�unociccnxl�awealtmrnerya rmKvwaNamvr mxp,aI, A.mTr ELAC Y"i°'®a"ap Au 1arK exxowns.1VAEWAYo, crMEs AIAI mPOSm xola+.wra3,rcemnr]D 11ETK vu]rs av Eauwa3A slMu eE waea®ro uxm es � er reexw.]KIVnvKnar¢crnrnexmmoEawmrtmousmacolmwransslYu�s®Kcamwororscsm.¢xlealarsumE]Ecmme arsreewusolenrtroaoo.ArlNumistrea.rleocmau]xmElamooeEwueEs®Kcolmsmroaolw K]nallowasm�rwaamrloaamooEsuueEwsruimwKcavnuc[mmlan sEcnm�sxvmwmxm.HwEsstlEsmurslncnuas n ® sort]mErc sEmEKAma]oeroDccmaEEavelras sEcrraxwaraeorAsmuloorrleuaurnsrtEClwvmm�cemuxaOrls:vtonsEs ExnRN ww]m O[smare n Ea.A1m mrin sr. K vw xEe �erlal amnM ® YA]pc WIiA[EawYCQIIEn DaEcim TOBEUNATo'e (o'c.xrcled.11AVF•AA36V•U.M14. a warstaascaleucrsuun=sutsmEnasaKEr]r�ascasosrnurnKCEss]a¢]xnromaRtarrlelnurctleoucasrcrawlsElaurm xsnlx lovroE u1AmleEret ® v9aaaFcoremlmnou LCK6]IE asFnvcEoncowasr.Ncamu]cEmmrasxaslxp>t.wlwrneo>umrmacxar<Amrxwwvxa 0 rxewM+tvsewLxoresuuamrmveuaTo]ir. 0 r�wm�uaOYuffAourmsrnecwosrteoafl¢eusawmaumEuralanrma CONDUCTORAND CONDUIT SCHEDULE WIELECTRICAL CALCULATIONS YNEr11LNO CC r .cWa1. ELL colt. iAIx ENr eAm cImI m rpUl W.Ot MTr 11PV1 coDWlo1 cOMNfI.•nc clWCranCOI cN Doc EOc vKTOM FKraa awa]r Dxs1] AMP.]sin. raP.wrNo rE1m.P,Arx9 18mm olmv cwan]r✓mE 1 1. to orow� a ICA t° � axe Drq Cl tas Im aw x]s.E ea•c uA m"m x 1 foAYArMNnr, os•CN11Fll®E A tyr ta]MV IMMH, a.ra Cwc) u Im Im IW CAM We NA M. cm,, CaVR 4rE8 1'.Ci}FA - x 1 10 0 osckD x COTi d 1A ACAICA —c AAemN4 aoSseetlte A 1 Comm asmw x mwm onA ;; ev z vA N GENERAL ELECTRICAL NOTES UTILITY HAS 24-HR UNRESTRICTED ACCESS TO ALL 1 PHOTOVOLTAIC SYSTEM COMPONENTS LOCATED AT THE SERVICE ENTRANCE. 2 IMODULES CONFORM TO AND ARE LISTED UNDER UL 1703. CONDUCTORS EXPOSED TO SUNLIGHT SHALL BE LISTED AS 3 SUNLIGHT RESISTANT PER NEC ARTICLE 300.6 (C) (1) AND ARTICLE 310.8 (D). CONDUCTORS EXPOSED TO WET LOCATIONS SHALL BE 4 SUITABLE FOR USE IN WET LOCATIONS PER NEC ARTICLE 310.8 (C). GROUNDING NOTES 1 ALL EQUIPMENT SHALL BE PROPERLY GROUNDED PER THE REQUIREMENTS OF NEC ARTICLES 2508690 PV MODULES SHALL BE GROUNDED TO MOUNTING RAILS USING MODULE LUGS OR RACKING INTEGRATED 2 GROUNDING CLAMPS AS ALLOWED BY LOCALJURISDICTION. ALL OTHER EXPOSED METAL PARTS SHALL BE GROUNDED USING UL4JSTED LAY -IN LUGS. INSTALLER SHALL CONFIRM THAT MOUNTING SYSTEM HAS 3 BEEN EVALUATED FOR COMPLIANCE WITH UL 2703 'GROUNDING AND BONDING' WHEN USED WITH PROPOSED PV MODULE. 4 ALL GROUNDING SYSTEM COMPONENTS SHALLBE LISTED FOR THEIR PURPOSE IF THE EXISTING MAIN SERVICE PANEL DOES NOT HAVE A S VERIFIABLE GROUNDING ELECTRODE, IT IS THE CONTRACTORS RESPONSIBILITY TO INSTALLA SUPPLEMENTAL GROUNDING ELECTRODE. AC SYSTEM GROUNDING ELECTRODE CONDUCTOR (GEC) 6 SHALL BE A MINIMUM SIZE#BAWG WHEN INSULATED.#6AWG IF BARE WIRE EQUIPMENT GROUNDING CONDUCTORS SHALL BE SIZED ACCORDING TO NEC ARTICLE 690AS, AND BE A MINIMUM 01 7 #1OAWG WHEN NOT EXPOSED TO DAMAGE, AND #6AWG,- SHALL BE USED WHEN EXPOSED TO DAMAGE GROUNDING AND BONDING CONDUCTORS, IF INSULATM) 8 SHALL BE COLOR CODED GREEN, OR MARKED GREENS 94AWG OR LARGER T SINGLE -LINE DIAGRAM PV-3 SCALE: NTS rl¢oacurtxr Iwemml�rmmarl¢ vaoxa]oEwremcrlEasvl rFAva]vsm vw*aarKmmmm ralxoau arram avorslwre www¢mlxK wvlilaeaorsuo IaournarleoouAmlrswe wrff wanYwuAsesnrulx inn raanc vuuKrvanrsxuurwYwws K*KExwuvarKKEaAwOrt N]ccamuawmuuuA;nsnwnuurrNYVAws rorlaeN rlAsar.AmrrsaAn eEarmslErmNAmnw.iasumEa rl[ Y611AILIUBN nwr]evanels*Kerlin IIu]ws P-131902 1700 PATERSON AVE DELANDr FL 32724 CURT OF AUTHORIZATION 30105 MICHAEL NOITIINIAX D.E. C 6093A W Lu W Z m 3: Q Q LL- 1' W 2,U W p W c+� Co w W LLJ N p LL- C—V)L 111111�._ �. r No SBd1'E OF .14�1 Llnnln SINGLE LINE DIAGRAM PROJECT ID: 131902 PV I'll -TRANSITION BOX 1 EACH DISCONNECTING MEANS FOR SOLAOECK GTMFS W7M01812K O PHOTOVOLTAIC EOUIPMENT(JB1, Cl. SWI) O 11V61ARHIP[G III _ ELECTRIC SHOCK RAZARD?DO,NOT7TOIICH C1-AC COMBINER - TERMMWLSjLERRK.NA4:5ON,BOTHLINE'AND 10 COMBINER 1 L(V+D SIDES MAY DE EtfERGiZE01N1TFlE OPEN POSITION. ONEC 690.17(E) SW1-DISCONNECT O ACDISCONNECT(SWI,CB3WMSP) TON DP221 O O O MSP-MAIN SERVICE PANEL 0 0 0 0 0 NEC 690.54 O(D AC SOYA DISCONNECT(SNI, CB3 IN MSP) NEC6MIRB) OSEENOTENO.40") PHOTOVOLTAIC SYSTEM EQUIPPED , WITH RAPID SHUTDOWN u OPOOR-0FOITERCONNECTION OR AT MAIN SERVICE DISCONNECT(MSP) OSOLAR BREAKER(MSP) ItyVARA11NG,1 INVERTER (UTP,UT1CnhN£CLION. nnNnT EI.00ATE THIS OVERGURRENYDEVICE NEC 705.12(0)(2)(3)(B) LABELING NOTES 1 ALL PLAQUES AND SIGNAGE REQUIRED BY 2014 NEC AND 2015 NFPA 1 WILL BE INSTALLED AS REQUIRED. LABELS,WARMNG(S AND MARKING SHALL COMPLY WITH ANSI Z535.4, WHICH REQUIRES THATDANGER WARNING, AND CAUTION SIGNS USED THESTANDARD 2 HEADER COLORS, HEADER TEXT, AND SAFETY ALERT SYMBOL ON EACH LABEL THE ANSI STANDARD REQUIRES A HEADING THAT IS AT LEAST 50% TALLER THAN THE BODY TEXT, IN ACCORDANCE WITH NEC 110.21(B). A PERMANENT PLAQUE OR DIRECTORY SHALL BE 3 INSTALLED PROVIDING THE LOCATION OF THE SERVICE DISCONNECTING MEANS AND THE PHOTOVOLTAIC SYSTEM DISCONNECTING MEANS IF NOT IN THE SAME LOCATION IN ACCORDANCE WITH NEC 690.56(B). LABELS) WITH MARXING, PHOTOVOLTAIC SYSTEM EQUIPPED WITH RAPID SHUTDOWN.* SHALL BE LOCATED 4 AT POINT -OF -INTERCONNECTION OR AT MAIN SERVICE DISCONNECT THE LABEL SHALL HAVE 3V TALL LETTERS AND BE REFLECTIVE WITH WHITE TEXT ON A RED BACKGROUND P-131902 17" PATERSON AVE DELAND, FL 32724 CERT OF AUTHORIZATION 30105 , MICHAEL NOITUNIAK W 3 Lu ZLu 0 > inu-- CO CY3 a J C) W H W N ED > Z 0 CM r N 0 W d 0 J` J \\111111/ L W OJTV �•, I ;G F '• 9 No 609 4 ir 44/: 0 Fj % % SAFETY LABELS ROOF PROPERTIES ROOF MATERIAL COMPOSRION SHINGLE(1 LAYER) SLOPE 4/12(18.4') MEAN ROOF HEIGHT 13AFT DECKSHEATHING 15/32'OSB CONSTRUCTION TRUSSES (ZX4 TOP -CHORD), 241N OC MODULE MECHANICAL PROPERTIES MODEL O-CELLS O.PEAK DUO BLK-G5320 DIMENSIONS (AREA) 66.3IN X 39AIN X 1.31N (18.1 SOFT) WEIGHT 41.2LB MOUNTING SYSTEM PROPERTIES RAILMODEL IRONRIDGEXRIO ANCHOR MODEL IRONRIDGE FWFF2-001-8(FLASHED), 1.021N AIR GAP FASTENING METHOD 3.01NCH EMBEDMENT INTO TRUSSES WITH 1 FASTENER MAX ALLOW. RAILSPAN 48.01N (ZONES 1, 2, AND 3) MAX.MOUNTSPACING 48.01N(ZONES I, 2, AND 3) MAX ALLOW. CANTILEVER 19.21N(ZONES I, 2, AND 3) GROUNDINGAND BONDING INTEGRAL GROUNDING CERTIFIED TO UL 2703 REQUIREMENTS DEAD LOAD CALCULATIONS. LOAD CITY LBS ITOTALLBS MODULES 20 41.2 1824.5 MICROINVERTERS 20 1.1 121.6 LINEAR FEET OF RAIL 133 FT 0.4 57.9 ANCHORS 36 0.8 29.6 MISC. HARDWARE 7.0 7.0 TOTALARRAY WEIGHT 940.E LBS AREA NAME OTY SOFT TOTAL SOFT MODULES 20 18.1 _ 362.0 _ POINT LOAD(94D.6 LBS 136 ATTACHMENTS) 26.1 LBS DIST. LOAD (940.6 LBS 136ZO SOFT) 2.6 PSF NOTES TRUSS LOCATIONS ARE APPROAMATF6 ACTUAL 1 LOCATIONS MAY DIFFER AND CONTRACTOR MAY NEED TO ADJUST MOUNT LOCATIONS. IN NO CASE SHALL THE MOUNT SPACING EXCEED'MAX. MOUNTSPACING' 0 Emma ®®gym®1■ ��Nmm==m��mm ■�ggmmO0mA1lFm mmm monnom r�s3amsomsa•rm EAVE A ❑ WIND ZONE ❑ WINDZONEII WINDZONEIII DISTANCE a IS EQUAL TO 10%OF THE BUILDING'S LEASTHORQONTAL DIMENSION OR40%OF THE MEAN ROOF HEIGHT. WHICHEVER IS SMALLER BUT NOT LESS THAN 4%OF THE LEASTHORIZONTAL DIMENSION OR 3 FEET(ACSE 7- 10). THESE SETBACKS AREAPPLIED TO THE BUILDING FOOTPRNTAND PROJECTED TO THE PLANES OF ROOF CORNERS, RAKES, HIPS, EAVES, MANSARDS, AND RIDGES OF ROOF FACES. A=MAX(MW(0.4•MEAN ROOF HEIGHT, 0.1•LEAST HORIZONTAL DIMENSION, D.04•LEAST HORIZONTAL DIMENSION,3FT) 3.3 FT MAX(MW(0A • 13.4 FT, 0.1.33.0 FT), 0.04' 33A FL 3 FT) / t \ ATTACHMENT PLAN (ORTHOGONAL PROJECTION) PV5 SCALE: 313T = V P-131902 SUPERIOR ENGINEERING 17" PATERSON AVE DEMO, FL 32724 CERT OF AUTHORIZATION 30105 MICHAEL WOJTUNIAK M Lu U) C/) w Lu O a O U) 0 Lu I — CD Lu U W L ¢ ch L LL 0 0 LL.. O W 0 Cw C` 3 Ljj Ix > N O LL 1111111 W OJ N 8' 34 gl@4tbF �l ow\QP' PV-5 * (T1 RACKING ELEVATION (TRANSVERSE VIEW) PV-6 SCALE: NTS FASTENING OBJECT WITH STOPPER SLEEVE IRONRIDGE END CAP COMP. SHINGLE - ROOFING ROOF FRAMING SPACING /-' FASTENING ODJECT IRONRIDGE PV-6eRACKING ELEVATION (LONGITUDINAL VIEW) SCALE: NTS ATTACHMENTSPAN MODULE I PROOF FRAMING MOUNTING SYSTEM NOTES FLASHING SHALL BE APPLIED IN ACCORDANCE WITH MANUFACTURERS! INSTRUCTIONS. IF THERE IS ANY CONFLICT BETWEEN WHAT IS DEPICTED HERE AND INSTRUCTIONS 2 PROVIDED BY MANUFACTURER THE MANUFACTURERS INSTRUCTIONS SHALL SUPERCEOE. FASTENING OBJECT PV MODULES ONRIDGE %RIO RAIL IRONRIDGE FLASHFOOT2 COMP. SHINGLE' ROOFING ,-SLIDE FLASHING UNDERTHE3110 / COURSE OF SHINGLES ROOFUNDERLAYMENT / ROOF FRAMING ROOF DEC KING JJJ"' j -LAGISTRUCTURAL SCREWS EMBEDDED INTO ROOF FRAMING %_c_'� ATTACHMENT DETAIL (TRANSVERSE VIEW) P� SCALE: NTS IRONRIDGE- XRIORAJL COMP. SHINGLE 1 IRONRIDGE ROOFING �� I FLASHFOOT2 ROOF UNDERLAYMENT�` ROOF DECKING\ ROOF FRAMING `—__— LAGISTRUCTURALSCRE EMBEDDED INTO ROOF FRAMING iD-"\ ATTACHMENT DETAIL (LONGITUDINAL VIEW) P� SCALE UTS P-131902 SUPERIOR ENGINEERING 17M PATERSON AVE DELAND, FL 32724 CERT OF AUTHORIZATION. 30105 MICHAEL 403TUNIAK P.E. P 60934 2 W U) U) CL) WZ > LM LV Q J m m LL In J W 0 Of p W O vWiMO- co 0LIJ N W > O LL F 0 .�IIIIIIIU.. - j0 � ; l� i },A OF (U . Z � p��1`4�ONAx-E % ATTACHMENT PV-6 N o . P-131902 SUPERIOR ENGINEERING 1]00 PATE0.50N AVE DELAND, FL 32724' CERT.UF AUMRIIATIDN 30105 - - MICHAEL 101MNIAK _ P.E. A 609M Lu CO t Lu �U Z > c+3 �• T O 3.0 FT. WIDE SM010_-VENTILATION SETBACK PER NFPA - 1 Lu � Lu ¢ J 0 ' •111.10.2222 LL. t - PV MODULES INSTALLED ON ROOF WITH IRONRIDGE d W Q Lu ROOF MOUNTING SYSTEM. THE MOUNTING SYSTEM IS Q' Z o UL 1703 CLASS A FIRE RATED ON A402 SLOPED ROOF 0 WHEN INSTALLED WITH TYPE I OR 2MODULES. THE g 0 W Q-CELLS O.PEAK DUO BLRIiS 320 IS TYPE I. ll j WIDE FIRE ACCESS PATHWAY, PER NFPA I 0 .Cp CD d O3.0FT. 11.10.2221.2 Tn V i--' O3.OFT. WIDE FIRE ACCESS PATHWAY, PER NFPA I 0 LL1 N � > 11.10.2221.2 OS ROOFACCESSPOINT LL 0 O6 ROOFACCESSPOINT 0 11111II11/] .. THIS SYSTEM UTILLZFS MICROINVER7ERS THERE ARE ` ,- WOJ i. FIRE SAFEfY PLAN ] NO DC CIRCUITS OUTSIDE OF THE ARRAY PERIMETER . — •. / ••'. PV-7 SCALE: 1•=20' OR INSIDE THE BUILDING. , ALL ARRAY CIRCUITS SHALL BE ROUTED THROUGH THE INTERIOR OF THE BUILDING, AND WHERE % O 4 B POSSIBLE, ALONG THE BOTTOM OFLOAD BEARING Np MEMBERS. NO CONDUIT SHALL BEINSTALLED ABOVi.- I THE ROOF. - * Ivy,` - Jaicr� � � •�'�4OR\�PC���. ((1 FI PLAN DOC D' 1 DATE 215 0 CREATOR: D . REVIEWER.' REVISIONS PV-7 GENERAL NOTES ROOF ACCESS POINTS SHALL BE DEFINED AS AREAS WHERE FIRE DEPARTMENT LADDERS ARE NOT PLACED 1 OVER OPEMNGS ryVINDOWS OR DOORS), ARE LOCATED AT STRONG POINTS OF BUILDING CONSTRUCTION, AND ARE IN LOCATIONS WHERE THEY WILL NOTCONFlJCT WTIIi OVERHEAD OBSTRUCTIONS (FREE UM&S, WIRES, OR SIGNS). (NFPA 111.12227.3) PHOTOVOLTAIC MODULES SHALL BE LOCATED IN A THAT PROVIDESTW03FT WIDE ACCESS ZMANNER PATHWAYS FROM THE EAVETO THE RIDGE ON EACH ROOF SLOPEWHERETHE MODULES ARE LOCATED. (NFPA 1 11.10.2221.Z) '3 PHOTOVOLTAIC MODULES SHALL BE LOCATED NO LESS THAN 3 FT BELOW THE FUDGE (NFPA 111.102222) Conductor, Conduit, and OCPD Stang Validation 1. Mmdmum System Vabp Test U. Fnphtm ImreghrtgO"alls QM MDBC BLKM 3M(MW)s Arta PMPNsn krav Type MvaNvalerli system Dw#fon EExrmmhasallweltsrvr= Cees 17M DUO BU453N 320 . shoMb GPEAX OUO BLl(45320 320 M9hest met" Of modules N comes Na PVSouco CFcuit 1 Oe5 Low Te . O-C iddule Vac 40.55V Tem.Ccemdent Vac a1.114VC I1CCOde cokuN m A. Maximum Voltage of PV Source Circuit 43.41V se.69d7p NEC 690.T(CJ mgWres bat B Ne PY medWe mamdaMa pradtlea a tempaahse wemdad of opetMrtvA w3age, it mu # nd used to Tabun toNe PV arayentvinun ry#e alto wo AS IME Esttran WammJen roe rewnmaMltg Ne use of Ne ASHME Fa4ema Atmud Moan Mnlmmn Dean Dry Bub Tempass, m0wdesign tow to 43.41 ad using do NosevW to ma(O' ). (10.50V)wl Increase to 4J.41V aline design tow empwaNe (0'C). (O'C.25'C) X-0.114VC-4D.56V=43.41V The module Von at to design lea tempnalue Is 43.41V. 0.41VX I =QAIV NEC Code Ve3ldalloa Teets PVSmaw Circuit maximum Vac muslnot excead PASS 600V 43.41Ve Mnf=bue 2. Wifv, Cori and DCPD Code Compilenee Validation 11. ft AC Brimch Moth Twaldon Box to AC CDlnhllw Condudor IDAMTNW112,Cvppor E wtGlwmdCwduGar EGC IDAwOTN 2,Copixr OCPDS i5A RansayMable 0.5' ea. Fbxbb seal Lore#TermN#Tempwatxe Ratin 90'C Merman Wire Temperate. WC Polder So. Description Iran N111117 Ms mi.tlaa current 10A V.ftsw 24DV NEG CadeCekvWan A. Continuous Current 10A seeFhiri fm Equgmenl maxbnu m rated ou¢# wment la 10 X 1A = f OA B. Ampadty of Conductor 40A sus none JId. WWB/p6/ Ampadty(30-C) for a copper conductor With M-C Insulation In cond.ftabble40A C. Derated Ampacity of Conductor 24.32A sue 4rsAr3 %.. 15/By(7/(41 TeN. 3W W. f3iB)(J/(se,, mdA2Ye I00 Tha tompwa fadsfu90'CNwNSonat53'CIs0.29. The 11 radAr fur a condu0kabb 0ml hna 4 W cos to 0.a. Theampectydwaedfa CondA nsofUmieOreproMdofNe conductor anpc* (40A) muNpled by Ne tompon=f.dw (O.M) and by NefiOector(O.9). MA X0.36X D.S=24.32A D. Ma, Curtent for Terminal Temp. Rating 40A ss na u/cl ThB toNB9tl0mpPldtiee rmlf#Solo Lo11dYLtw at®Iy lwmbm110n 19 s0'G U.Ng NematodeporJl hII0,14(C),NemmLwmaarenlpwmEted W awe N#N. daubs brain#tomperaoae doe. not exceed ea90'C rahig would In the wnountreforenad In to W-0 coburm In Tabs 310.15(B)(16), WhIch I, MA E. Mnimum Allowed OCPD Rating 12A ss M4 NEC 690.9(B) rsqunas NatNo OCPD be rated for no leas than 115 ones to Continuous cumem of Ne abcuX 10A X 125=12.54 romMed doom to 72A F. MaXimum Allowed OCPD Rating 30A seo M4fq/ NEC2 AID) requcos Nat OCPD rating net exceed 30A when Mooning aCoppw 10 AWG axvlucicr. G. Mnimum Required EGC Size 10 AWG ses150.112(B/ M. conductors cue owrdzed, to EGC mu# In oversized by the eartro onto. Table 250.122, asses enInInmn EGC am of 14 AWG Mubpbed by the wazelze rate, Me *0a 6.53329ongl corresponding to IOAWG (I0.3Bbwm116.53bondg X 4.11ban9= 6.53321a l H. Mnimum Recommended Conduit Size 0.5' dia sea JLV 11 The total Sea of cue coodwlore is 0.1266N'. With a ma dmean fig role of OA. the recommended cotMdt Nmmer is 0.5. o 'don she i Awa iBd Asa 4 CatlisNr WA. Tf(VM-2 n.@tttr2 D.Oavcrr 2 11DAM 1TN 2 10.02110 0.04i e I o.lN 0.1266in' 10.4 = 0,31 Wn• (Com spmWNp to a coroner of 0.51 NECCode VeDdat arI OCPD rating must be at least 125%olContinuaus PASS Curmnt(240.4) i5A>=IOAX 125=true Created amDacity mustaceed OCPD rating.or PASS rating of next smaler OCPD (240.4) 24.32A I= i5A (OCPD Rating) = true OCPD rating must not awed max CCPD mtmg PASS formnductor(240.4) ISA(OCPDR")s=30A =tow berated Ampadty mustbe greater than or equal to PASS the COnfinuous Cunent(Aidde 100) 24.32A>=10A=he Conductor Ampacity must be at least 125%of PASS Continuous Current (215.2(A)(1)) 40A> IDAx 1.25=sue Max anent for terminal must be at least 125%of PASS the Continuous Current (110.14(C)) 40A s= IDAX 125 -bw EGC must meet coda requirements for min'onum PASS sae (Table 250.122) 10AWG>=14AWG=bu. Conduit must meet code recommendation for PASS minimum sae (300.17) 0.5N>=O.Sm.=true 72 f2: AC Brimch CuWtj Tremltloll Bozro AC Combiner Conducts l0AWGTHWN.2,Coppor em4ouMCOMudar GC fOAWC TMNN-2C OCPDa Im Rawer A:abb O.Sda Pbtlble emel Wxed Trmdnal Temperwea nation W-C Madman Wre Tom sham WC Power So. Desoiptan Branch of 1010740141a m cxsmxo teen Cement 1DA V.. 240V nECCoM C40NIrdala A Continuous Current 10A ssealtcb Ias Equ'mmeld maximum rated output curent is 10 X 1A=1DA B. Ampacity of Conductor 40A sae ra J1a 15(8Jl16) NnpacBY (30'C)IorawpPorcoMUM WN 80'C Nsubtlw in conduidwbb Is 40A C. Demted Ampacity of Conductor 24.32A sea r."Jfa ls(Bl/1J/eJ, rs*no.. 15/BJ(3)(4t aox Ak b7M The temperate. factor for W-C Insulation at 53•C b 0.76. The fit taM for a wnduehabb Nat h w / vkes la o.0. Th. anpadV aerated M Cmdtlow ai Use is Ne plodud of Ne conductor anpetly (40A) IlutlpEed by Ne te mperaNe lacta (0.70j ad bymafi0lacdor (0.8). 40AXO.76X0.B-24.. D. Max Current for Terminal Temp. Rating 40A see, ffa f4to) The bnost mmperatue Met IN dus comudor at my terminates is 90•0. UeNg Nm medlad ap.dtled b 110.14(Cf 1b. maxoum crmentpermltlea m en sue N at the debw tertnbd temperehsa ewer not excoee N m'C rating w.ub be the anermtre/amend N the AO'C coblrJl m Tabb mals(Bpte), wnkhmaoA E. Minimum Allowed OCPD Rating 12A ere7laf NEC6W.9(B)rt h.Nat N.00PDbmramd N.Nan 125 Moss Me Con W uws consist of the drwil 10AX US-125A rounded users, to 12A F. Maximum Allowed OCPD Rating 30A s.e2talp) NEC 2W.4(D) requhes Nst OCPD rating Not exceed WA when pmbc6rg a Copper 10 AWG conductor. G. Minimum Required EGG Sae 10 AWG me 150.111/BJ Vlhelew.T&bswen,gNe3 mEn muatbeorvelzadW. eamerete. Tabb 250.112, ghma mhdmsm EGC sW of 14AWG. 1010AWCd by NeweNxe rate, We ybba6.53RkanOwlroapoMing m AWG (10.38k=11653kadq %A l l kcrnd = 6.5332kamil H. Minimum Recommended Conduit Size 0.5' der. sue JW.. f7 The total was of all conduce s Is 0.1106b'. will a meaum IS ram of 0.4, Ole rewmmer e a l wnddt dalremr is 0.5. ON 1 5OA4 M.11 Ma a Gi Widi nazINM 2 IG d 110AM 1TthYN.2 0.0211IM 10.04M_ 6 alsoI 0.1268in'/OA=0.3105m'(Corresponding m a dwruter of 0.51 NECCod4VBYdotbn7ato OCPD rating must be at least 125%of Continuous PASS Current (240.4) Im13IDA x 1.25=Quo Derateaampaciymustexceed OCPDrating,or PASS rating of next smaller OCPD (240A) 24.32A>-15A (OCPD R.Mg) = true OGPIJ rating must not exceed max OCPD rating PASS for conductor (240.4) ISA(o Oltno =30A =hue Derated Ampacity must be greater man or egad to PASS the Continuous Current (Article 100) 24.32A1210A=Qua Conductor Ampacity must be at least 125%of PASS Continuous Current(215.2(A)(1)) 40A> 10Ax 1.25= We Max current for terminal must be at Is 125%ol PASS the Continuous Current (110.14(C)) 400=10A%1.25 =true EGCmuslmeelcodDrequiremenm for minimum PASS size (Table 250.122) 10 AWG r_ 14 AWG-tree Conduit must meet code recommendation for PASS minmum size (30D.17) aeon. >=0.5h -sea 2-%p1 AC Combt14wOutput AC Combinwb BBOIy DWonnmd CDeItlSWlon Prop a llr Conductor 1OAWGT 2.CWper equipment Ground Conductor 1OAWGTWMr4C Memo) 25A Racow Cobb 0.5•do. LFNC Ioeast TerMnal Temperetise Ratin 75•C Madman We.Tom abvo We Power ac. Description Ehasaimerrerwldl oCels G ENr DUO 311I453ID s Cement 20A Voltage 240V NECCO&C"4f s A Continuous Current 20A awaaw m0 Eplenenlmadenm rated autulcwment is 20A B. Ampacity of Conductor 40A . rWe Jln 15(B)rf6J AmpaMy(30.0) for a copper cmducmr wlN WC insum6en In wntluNcabbis4l. QDeraled Ampacity of Conductor 30.4A sre reeresfa fYeJl1/!U, r�.J1o. urelp/!y, eafAKW fat The mmperaQee corca9 le Menbtim ore, I1.0.70. The 81 lacbrfdeawdINconb Mal bw2 Is sbro 1. Theectrcity arederamd Ice condition of Use Is Me les, ct leofthe cerMudm anpadly (40A) rlultipred by Na mmpera0re latter (0.76) and byte. fillactar(1). 40A%0.76 X 1-WAA D. Max Current for Terminal Temp. Rating 35A see 1fa Pro) The Ic..t onxeraus, long for Oda conductor at my te0.11s, Is 75•0. Uslrg Me method spxOwd in 1/D.14(C). Me maxmwm amentpelinged m ensue met N. dwiw temNal temperate. awe notoxwad Ba75•C ra gwmubb.Dwmlmmtrammnwdb No75•CwWenbITobb 31D.15(B)(I6),w1Mchb3% E Minimum Allowed OCPD Rating 25A aee140.4 NEC 600.9(B) re,,ke s Nat me OCPD be rand for no W.M. 115 mesa Ne CenNwwa Comm of Ne dreuil 20AX 125=25A F. Maximum Allowed OCPD Rating 30A ses240.4(D) NEC 24G4(D) requires met OGPD rating net exceed 30A Men pmtMNg acopper 10 AWG coldudor. G. Minimum Required EGG Sae 10 AWG sae 7iW; 150.111 Then ,tEMsloea0w.wais IOAWGfa OCPD,W930A accordngtoTabb250.122. H. Minimum Recommended Conduit Sae 0.5' die. seo JOa17 Do btd sea of ag wnawmra la 01841in'. WM a aaxumm fig rut. of 0.4, maraaanmandeawWddiameter 1a0.5. ON De Pv ste IT. le,ee idtl Nea 2 LwdwW 10AWg 1iaygfL2 10,0211 O.OI2L9 1 Neutral 10AWG 1T 2 100211m' 0.0211'vy 1 E Gored ItOAM 1TIA 2 10,011vy D.021Ih9 a o.oe4c,r 0.08441010.4 = 0.211 W (Coempondng to a darra ss, of 0.51 rECCodsiVeddrlonTwh OCPD rating must be atInsl 125%ofCanOnuous PASS Current(240.4) 30A>=20AX125-raw Cooled ampacity inustexceed OCPD rating. or PASS rating of next orals rOCPD (240.4) I mAA >= WA (CCPD Fixing) =true OCPD rating must not exceed max OCPO rating PASS formndoctor(240.4) WA(OCPOMN) <-WA=Que De rated Ampadly must be greater than or equal to PASS me Comnueus Cument(Artide 100) 30.40n20A=hue Conductor Ampacity must be atlent 125%0l PASS Continuous Current (215.2(A)(1)) 40A> 20A x 1,25 -Ne Max currant for terminal must beat lent 125%of PASS the Coldinuous Cunene (110.14(C)) a5A>-20A%125 -her, EGC must meet code requirements for minimum PASS size (Table 250.122) ID AWG>-10 AWG =hue Conduit must meet code recommendation for PASS minimum size(30D.17) 0sm.>=0.5hx=Qum U R4: UfOUy Dhfbnl ed OuOlk WHY DWonlndb Kiln Sand@ P1uwl Conductor IOAWGTtA 2,Copw uI ant GewdCondu#ar M 1DAWGTHMM2 OCPO a MA Racew A;abb 0.5'6a IFNC Luxe#Tamp#Tempxalre Mno 75-C Naxnnun W4m Tem alre 334C Poxes Source Desaiplon Enphaaahaerler.20 Gte6a a UK DUO BUK45320 3 Anent MA V.. 240V XECCade GIa1111Wns A.Continucus Cogent 20A seeA5E4 /as EqulpmeM madmen rated auyutamaMia 20p B. Ampauty of Conductor 40A ,ao ra+xJ,dsyelf er Ampxfty(30'0)faawppawrduchrwi WChaul m In cmtluAkabbh400. C. Deleted Ampacity of Conductor 30.4A see Te 310.M(8)(21r0 raft M..15(B/rnry, mdNWe too ThahvnpaaOaefs f W'Chvhfionat55'CIs0.78. The Al Ixln far a mnduekabh tlut has 2 wtre e h 1. Tha ampaily daaled fur UMtio a of U. h the"M d Me caduclxampady(40A)mu3lpledby Nefm pmabeef d (0.78)aM by1hefialecta(7). 40AX0.79X1=30.4A D. Mm Current for Terminal Temp. Rating 35A see Ito. 1l/C/ The bxo#fempaahee ImbM tlds uoMuota#ary ramhrmon h 7s'C. Uabg tho method g"%d In 110.14(C), des maW mm anent pmmcled h an eras thM raw dedw lamb# bmpaolxe dose not exeeed Ha 75'C reWg WOWI bra Mo h efaencad MDd 75'Crolum h Tabb ] 10.15(B$14), xlddi h b3,%350. E. Minimum /dl wed OCPD Rating 25A sse 1IO.I NEC fi50.9(B)reWtreethMAre OCPO bs raed W no bss Men 1.25 lines 9N ConhNe ecor entofthodircut 20AX 1.25=25A 1 M (um Allowed OCPD Rating 30A seellO.I(O/ N EC 24OA(D) requtroe In M OCP D rating not exce ed WA when gotocing a Copps 10 AWG caMuclor. G. Mnimum Required EGC Size 10 AWG see refs 2M 122 The anale#EGC alma abxed Is I AWG for OCPD rating 30A aowdug h To%25o.122 H. Mnimum Recommended Conduit Size 0.51 des. see JM.. lr The tolalaea of amnolu age 1e 0.0844W. Wilk a maxirean fig rah of OA, the rewmmeMetl wMuK tliambx Ira 0.5. 0 'Gm She i Mee iotd Nees 2 Cad�sEu 1h AM 7 M 2 0.e2110 e.0e29a- 1 Natral tOANG iFNMt O.o211'rt 0.0211iM 1 Gund 10 ANG 1{M1mY2 ea211've a02114V e.904a5r o.084gM / 0.4 = 0211 h' (CarespoMiig N a Samafa a10.5� NECCO&WIdedINTab OCPD rating must beat lent 125%of Continuous PASS Cumenl(240.4) 304>=20AX I25=hue Dented ampoedy must exceed OCPD rating, or PASS rating of nextsmaler 0CP0 (240.4) I 30.4A>=30A(OCPO Rabg)-true rating must not exceed max OCPD rating PASS WOCPD far conductor (240.4) 30A (OCPDP N)e-30A-true Derated Ampadlymust be greater than or equal to PASS the Continuous Cunent(AxWe 100) 30.M>=P7A=hue CondudorAmpacity must be alleast 125%of PASS Continuous Current (215.2(A)(1)) /OA>200.a 125=hues Max current for terminal must be at least 125%of PASS the Continuous Current. (I IO.14(C)) 35A>=MAX725 =true EGC must meet code requiremen6 far minimum PASS size (Table 250.122) 10 AWG>-10 AWG=ft. Conduit must meal cede recommendation for PASS minimum size (300.1 n O.shc>=O.Sut=bus The new O.PEAK DUO BLK-135 solar module from 0 CELLS impresses with iti outstanding visual appearance and particularly high performance. on a small surface thanks to the innovative O.ANTUM DUO Technology. U ANTUM's world -retard -holding cell concept has now been combined with state-of-the-art circuitry half cells and a six-busbar design, thus achieving outstanding performance under real conditions - both with low -intensity solar radiation as well as on hot, clear summer days. © D.ANTUM TECHNOLOGY: LOW LEVELIZED COST of ELECTRICITY Higher yield per surface area, lower BOS costs, higher power classes, and an efficiency rate of up to 19.3%. ' INNOVATIVE ALL-WEATHER TECHNOLOGY Optimal yields, whatever the weather with excellent law -light and temperature behavior. ENDURING HIGH PERFORMANCE Lan -term yield security with Anti LID Technology. If� R Y Y Anti PID Technology', Hot -Spot Protect and Traceable Quality Tra.O^". EXTREME WEATHER RATING 1 High-tech aluminum alloy frame, certified for high snow, (5400 Pat and wind loads (4000 Pal regarding IEC. p A RELIABLE INVESTMENT Inclusive 12-year product warranty and 25-year linear performance guaranleea. STATE OF THE ART MODULE TECHNOLOGY O.ANTUM DUO combines cutting edge cell separation and innovative wiring with D.ANTUM Technology. THE IDEAL SOLUTION FOR ®ROY4a nMl reLduYiL.Nug, Engineered in Germany .. QCEIIS _twvnory 2D18 r ' APT tmt conditions acimdiag to IEf/E5628011:2015, MIOW B (-150OV, 168h) • See data sheet anm4r In further, Nfa.b.r. G CELLS i FmmN 663h x 39.41n A 1.261.(Trotidlna T.ma) tars ram. 1WOmm x 32mm1 Wtl2q 6131Et (10.)1g1 I BmICwn _ O.I31n(3.2mm)thermaOP nsseas[44 pax wth aNHahclm ftorop Iv[x Cenl Cm:Eoilee Nm rnva elakenWizM aluminum GN _ 6x20 lwn mU016 O.xMUM so le, Aalf<ella Im[En aw 2763.351n x 1.972761n. 0.5TIA3 In---- - r9A5m _56)ammxl3'M mm1.OeceMnllm4_IP6) _ Cvely 4mIN Solnr;(.Ix43.31n Q IWNm1,1-1 x4331,inIMmm1 C4mIeaW MulliCanIxtII 11`68 POWER CUSS _ ]W_ 205 _ ]I0 _ JIS_ _ 220 MINIMUM PERIOANxNCE AT STANDARD Ton CONOMONS, STO(PUMA TOURNICE 15W/-0WI P4xv PP` M M P.. IWI 300 _ 305 sh, 315 _ _ 320 , a. CYml cmoN' GI 9.72 9.28 _ 9.0 _ - _9. 6_ 9_94 ___ SI PomC'u[upp Vo�n[e' _4 Ye In- 39_d6 39.)5 40.02 6039_ _-_60.56 Cm,MtlYPP _ _ 9.47 YWCvaIMPP -�J V___ In _� 32.63V_ 32.78 .33A2 33A6 33.80 [N4M.dY' h I%1xV.e _ _x18.1 x18_4_ x18.)x19.0 PeweIM YPP Pa. L 1 324.1 22)_N 01.6 _ 235.3 _e39.i g Lw1CLn0 Como _ _ 1. _ ou 7", Tea _ 1.92 ___.97 __ 8.01 5 Opm Clrtul Y4Np_ _ _ Ye IYI -_ 37.l5 3)40 __3)b6 J _ 3).91_ _38_U CwnNtlYPP tar GI7_28 ).3Z 7_37 7A1 )AS V41m0ut MAP 'Mar ryl 30.79 31.11 31,44 _ 31.76 _32.0 'MmmanxMnvox_n�a4x:IfY x.stt 1� MN 1".iu-UN, N.6'AWS..eW wmJ....T_rpvun nEE_n5 P[RLOCN4NC[W_tR_WHIT ___ ___PLRfOAMAN[E_AL_loW lxxx014xC[__ __ IVt.-ap"bWP dlvbn fnL2Y. Ahwaannmm. as4,"Uuu:w Pw I : �2. ...._.. ._...........:.. uIW 93.1xol m:Yw µvupm lo3rar• a_ , : _ _ _____ NImLLaSY OI mnWlpav upm25yw - ' p ' : A4ap MINn lwnm.m.m mw.Pss-'r---_ -; e• 5 a Pm PM,. PNq1.n elia MN-up.Weercf ae NpsuNuln:eImanNmW:uN 3 ING :rmeomlu..'I _ • m Tinlaa a^1 eunh,balnsllm:u[wtlubmin o:Mo1-m41t[mai1be125Y.IWaw/mA TEMPGATURECOEFFICMNTS LmAtmonv cwlhYN at y a _ 1%11I _r0.04 TamAm6m C.nkhn 0 Yw - -p _ 1%/EI _-- _--0_2a Tompruxure l[Ynlal Par Y I%/EI -0.3) RmulOpmEq MMUNINT aka NMin- __19__ IWP5.4 (43 sM). ..chum Rraaa V.rtat. vi, _ m _ IOW UEcv IWO(UIJ M. Wa1.o Surat.M1n-ii _ IA OCI - 20 Pin 9a015 _ C IIECl/ TYPE I(OU _ WA NMtn ln4 P.Y/PopIYUa 10MX1 75136WPa1/55(2667Pa) Ym.iedsl.M lnpmm. -40•F up 10 H85'P 1^Tatlbad�PoN I Pau MY Imnxq 113154001`4184(4000 Pao 1.1 iralletbn manual _ U1I7ai:NTE6uvnnuid:CEcwn0lan4 IEC6121S2016:IEC6V3D2016,x 'g b cl-A M.. NO MMA&M pnPm N:nWVYFapwv SJ•1nlm 32 ___ __ _30 DVE C E C��W p 4WHijbio WIPI.n W sngP.M1maw hlW 6beubvn•e.N) 26 693W x45.31n x46.91n i (1760mm x 1150mm x 1190mm) 1 w . Pal_Wv1Y:1 14151be0642W Aare Imnnatim IreMllaemu9 b IWYned. Sn N. hl[IaYa1Rn M gatllnpmmual v[mWl mt[Nnlul [wb deWllrenl iv IWM Nlmmtllm m µpgea ImIJIWM m4 un Phan ] I. Xanm.ALnl9Am 3W Sp[Irvm Ct. Mn,.. enla Boos 12'A.IM,e.CA92610, Usk T r1949 76859961 [tlaI1I111ryaw.9<an..1an loft awa.9[tlh. Data Sheet Enphase Networking Enphase P.Combiner 3 (MID-AM7-240-3) U� TolualeearrnOmore about Enphase offerings, visit enphase.com The Enphase IQ Combiner 3' with Enphase IQ Envoy" consolidates interconnection equipment into a single enclosure and streamlines PV and storage installations by providing a consistent, pre -wired solution for residential applications. It offers up to four 2-pole input circuits and Eaton BR series busbar assembly. Smart Includes IQ Envoy for communication and control • Flexible networking supports wi-FL Ethernet. or cellular • Optional AC receptacle available for PLC bridge • Provides production metering and optional consumption monitoring Simple • Reduced size from previous combiner Centered mounting buckets support single stud mounting • Supports back and side conduit entry Up to four 2-pole branch circuits for 240 VAC plug-in breakers (not included) eO A total PV or storage branch circuits Reliable • Durable NRTl,,gmfisd NEMAtype 311 enclosure Five-year warranty ULlisted n. ENPHASE- Enphase IQ Combiner 3 MODEL NUMBER 1O Combiner 3 Xd0-AM1-240-3 10 Combiner 3wlm Enphase lO assay "printed clrcult board forimegreted revenue grade :CELLMODE_WO3f4G/12-year data plan) Plug and play Industrial grade cellular modem with data plan for systems up to 60 CELLMODEW01(3G/ 5year data plan) micrommorters.(Available in the US. Canada. Mexico, Puerto Rico, and line US Virgin Island3. To learn more about Enphase offerings, visit enphase.com �mlaep aaeO g ulrNMar d ann d m kam6 adaintM1.dxw mtpm nsmm aymcr pm m r. -%M. ENPHASE. 2018n413 RSTC Enterprises, Inc. 2214 Heimstead Road Eau Claire, WI 54703 715-830-9997 CSQ0LADECK FLASHED,PV ROOF -MOUNT . COMBINER/ENCLOSURES Outdoor Photovoltaic Enclosures ComposiSon(Cedar Roof System ETL listed and labeled Report # 3171411 PRT-002 Revised May, 2018 • UL50 Type 3R, 11 Edition Electrical equipment endosures • CSA C222 No. 290 Nema Type 3R • Conforms to UL 1741 Standard 0799 series Includes: 0799-2 Wve size 210-14 0799-5 Wm size 14-6 0799-D Wuesizel" Models available in Grey, Black or Stainless Steel Basic Soeclfieations Material options: • Powder coated, 18 gauge galvanized 90 steel (1,100 hourssaltspray) • Stainless steel Process - Seamless draw (stamped) Flashing-15.25' x 17.25' Height -3' Cavity- 255 Cubic inches Base Plate Fastened to base using toggle fastening system 5 root deck knockouts • Knockout sizes: (3) .5', (1) .75' and (1)1' 8', 35mm slotted do fail • Ground Block Pas rthrough and combiner kits are available for either AC or DC applications. 0799 Series J FXeN Powering Business Woddwide Eaton general duty cartridge fuse safety switch DG221NRB UPC:782113120317 Dimensions: • Height: 6.88 IN • Length: 11.29 IN • Width: 7.25 IN Weight.6.18 LB Notes:Maximum hp ratings apply only when dual element fuses are used. 3-Phase hp rating shown is a grounded B phase rating, UL listed. Warranties: • Eaton Selling Policy 25-000, one (1) year from the date of installation of the Product or eighteen (18) months from the date of shipment of the Product, whichever occurs first. Specifications: • Type: General duty, cartridge fused • Amperage Rating: 30A • Enclosure: NEMA 3R • Enclosure Material: Painted galvanized steel • Fuse Class Provision: Class H fuses • Fuse Configuration: Fusible with neutral • Number Of Poles: Two -pole • Number Of Wires: Three -wire • Product Category: General duty safety switch • Voltage Rating: 240V Supporting documents: • Ealons Volume 2-Commercial Distribution • Eaton Specification Sheet - DG221 NRB Certifications: • UL Listed pe.eaton.00m Product compliance: No Data © 2016 Eaton. All rights reserved. Data Sheet Enphase Microinverters Region: AMERICAS Enphase IQ 7 and IQ 7+ Microinverters A To learn more about Enphase offerings, visit enphase.com The high-powered smart grid -ready Enphase IQ 7 Micro' and Enphase IQ 7+Micro"' dramatically simplify the installation process while achieving the highest system efficiency. Part of the Enphase IQ System, the IQ 7 and IQ 7+Microinverters integrate with the Enphase IQ Envoy', Enphase IQ Battery'", and the Enphase Enlighten' monitoring and analysis software. IQ Series Microinverters extend the reliability standards set forth by previous generations and undergo over a million hours of power -on testing, enabling Enphase to provide an industry -leading warranty of up to 25 years. Easy to Install • Lightweight and simple Faster installation with improved, lightertwo-wire cabling Built in rapid shutdown compliant (NEC 2014 82017) Productive and Reliable Optimized for high powered 60 cell and 72-cell* modules More than a million hours of testing Class II double -insulated enclosure UL?rated Smart Grid Ready • Complies with advanced grid support, voltage and frequency ride -through requirements - Remotely updates to respond to changing grid requirements • Configurable for varying grid profiles • Meets CA Rule 21 (UL 1741-SA) -The la )e Macho Is required to Support 7TCCII Madura, n. ENPHASE -- y The ACand DCconnectors have be enev'Iuabedandapproved by UL(orusea=llhat ad�brea] disconnect required by NEC 690. Part 15 Class B, ICE9-0o00 Class B. Listed as PV Rapid Shot Down Equipment and conforms with NEG2a14 and 59012 and C22.1-2015 Rule 64-218 Rapid Shutdown of PV Systems, for AC ..when Installed accordion manufacturers Instructions. 1. No enforced CC/AC man.See the mmpallbt, calculator athonanvernman, �nmun�.rtdennnrmnnin.. 2. Nominal voltage range can be extended beyond normal if required by the utility. 3. Nmha may vary.Refer to local requirements to define the number of mlc,oinvenefs per branch in Tom area. To learn more about Enphase offerings, visit enphase.com O^01e Enphau Energy Alt hers reserved In oademihs or its used are Nepopmy of Fnphass even.Inc. 20181119 n ENPHASE. O/k IRONRIDGE Built for solar's toughest roofs. Datashset Flush Mount System IronRidge builds the strongest mounting system for pitchedroofs in solar. Every component has been tested to the limit and proven in extreme environments. Our rigorous approach has led to unique structural features, such as curved rails and reinforced flastdngs, and is else why our products are fully certified, code compliant and backed by a 25-year warranty. ©Strength Tested All components evaluated for superior structural performance. ®Class A Fire Rating 1� Certified to maintain the fire resistance rating of the existing roof. UL Listed System Entirere system and components meet newest effective UL2703 standard. PIE Certified Pre -stamped engineering letters available in most states. �. Design Assistant Online sohware makes it simple [o ® create, share, and price projects. XR Rails XR70 Rail XR700 Ball XR11000 Ball Bonded Splices A low -profile mounting rail The ultimate residential Aheavyweight mounting All rails use internal splices for regions with light snow. solar mounting rail. rail for commercial projects. for seamless connections. • 6'spanning capability • 8'spanning capability 12'spartning capability Self -chilling screws • Moderate load capability Heavy load capability Extreme load capability Varying versions for rails • Clear and black finish Clear and black finish Clear anodized finish Forms secure bonding Clamps B Groundings® UFOs Stopper Sleeves CAMO Grounding Lugs f L ILL Universal Fastening Objects Snap onto the UFO to tum Bond modules to mils while Connect arrays to bond modules to rails. into a bonded end clamp staying completely hidden. equipment ground. • Fully assembled 8lubed Bonds modules to rails Universal end -cam clamp Low profile • Single, universal size Seed to match modules • Teol-less installation Single tool installation -• Clear and black finish • Gear and black finish Fully assembled Mounts in any direction — Attachments(9 FlashFoot2 Conduit Mount Slotted L-Feet Bonding Hardware Flash and mount XR Rails with superior waterproofing. • Twist -on Cap eases install • Wind -driven rain tested • Mill and black finish Resouroes Flash and mount conduit, strut, or junction boxes. • Twist -on Cap eases install • Wind -driven rain tested • Secures W or 1'oonduit Drop -in design for rapid rail attachment. • Secure rail connections • Slot for vertical adjusting • Clearand black finish .Bond and attach XR Rails to cool attachments. • T a Square Boll options • Nut uses 7/16• socket • Assembled and lubricated Dea'Bn A'Sh" nt NABCFP Certified Training 25-Year Warranty Go from rough layout to fully NABCFP Earn free continuing education credits, Products guaranteed to be free -engineered system. For m/dese. while teaming more about our systems. of impairing defects. Go to IronRldga.coMtlesign Go to ImnBitlge.eom/training 0 Wig ronWEBe. I=. All rfBMs,s s US.PalsnY:BB.a33'.93k 01h. I. Pendlrlsv.,on 1W AAk I RON RI DGE 1495 Zephyr Avenue Hayward, CA94544 1-8f)(6227-9523 ImhRidg....3 IronRitlge.mm Attn: Corey Geiger, COO, IronRidge Inc. Date: September i, 2018 Re: Structural Certification and Span Tables for IronRidge Flush Mount System This letter addresses the structural performance and code compliance of IronRidge's Flush Mount System. The Flush Mount System is a proprietary rooftop mounting system used to support photovoltaic (PV) modules installed in portmit or landscape orientation and set parallel to the underlying roof surface. PVmodules are supported by extruded aluminum XR Rails and secured to the mils with IronRidge mounting clamps. The XR Rails are side mounted to a selected roof attachment with 3/8' stainless steel bonding hardware and then attached directly to the roof structure or to a stanchion that is fastened to the underlying roof structure. Assembly details of a typical Flush Mount installation and its core components are shown in Exhibit EX-0015. The IronRidge Flush Mount System is designed and cortified to the structural requirements of the reference standards listed below, for the load conditions and configurations tabulated in the attached span tables. ASCE/SEI 7-10 Minimum Design Loads for Buildings and Other Structures (ASCE 7-10) 2015. International Building Code (IBC-2015) Florida Building Code 6m Edition (2017) Building .. 2015 Aluminum Design Manual (ADM-2015) The tables included In this letter provide the maximum allowable spans of XR Rails in the Flush Mount System for the respective loads and configurations listed, covering wind exposure categories B. C, & D. roof zones 1, 2 & 3, and roof slopes from 0° to 45-. The span tables are applicable provided that the following conditions are met i. Span is the distance between two adjacent roof attachment points (measured at the center of the attachment fastener) 2. The underlying roof pitch, measured between roof surface and horizontal plane, is 45- or less. 3. The mean roof height, defined as the average of the roof save height and the roof ridge height measured from grade, does not exceed 30 feel. 4. Module length shall net exceed the listed maximum dimension provided for the respective span table and module width shall not exceed 48'. 5. All Flush Mount components shall be installed in a professional workmanlike manner per IronRIdge's Flush Mount installation manual and other applicable standards for general roof construction practice. 0201e ImnRWg.. Ino. R. Flush Mount System Certi0oa0an leaer-1 A&k IRONRIDGE 1495 Zephyr Avenue Hayward. CA 94544 1-800-227-9523 ImnRidge.com The span tables provided in this letter are certified based on the structural performance of IronRidge XR Rails only with no consideration of the structural adequacy of the chosen roof attachments, P l modules, or the underlying roof supporting members. It is the responsibility of the installer or system designer to verify the structural capacity and adequacy of the aforementioned system components in regards to the applied or resultant loads of any chosen army configuration. Sincerely, Gang Xuan, PE, LEED AP Senior Structural Engineer 020101mnRidge, Ina. ft Flush Mount system CeNOwtiun LOW -4 //� IRONRIDGE Background All roofing products are tested and - classified for their ability to resist fire. Recently, these fire resistance standards were expanded to include solar equipment as part of the roof system. Specifically this requires the modules, mounting hardware and roof covering to be tested together as a system to ensure they achieve the same fire rating as the original roof covering. These new requirements are being adopted throughout the country in 2016. IronRidge Certification IronRidge was the first company to. receive a Class A Fire Rating —the highest possible rating —from Intertek Group plc., a Nationally Recognized Testing Laboratory. IronRidge Flush Mount and Tilt Mount Systems were tested on sloped and flat roofs in accordance with the new UL 1703 & UL 2703test standards. The testing evaluated the system's ability to resist flame spread, burning material and structural damage to the roof. Refer to the table below to determine the requirements for achieving a Class A Fire Rating on your next project Class A Fire Rating Test Setup Sol ar rlodafn Solar modulesamgiven a Typo masshls an cased on Net maMneh arty temiludbn. Mo rdmg System to" Mslem Masted s panoft system se d 11re' es ryroof oose ed moddes erq Oramted roof mwNg. Roof CoveMg Roof awhg produda we gNen a . Fire Clew RaWg dA, B or Cbased on tier tasted Ba resktarire. Burning Brand Test A boning wooden bkca is placed on module as afar blows at 12 neh. Flame caamt be seen an urdeiaW of mot In N miles. Spread of Flame Test Rana at so dram edge of roaf Is ached ap the roof as afan blows at 12 rreh Trio naive anrof spread feet of more in 10 nalNb. Flush Mount �- =SlopeType 1, 2, & 3 Class A Tilt Mount s S Degrees Type 1, 2, & 3 Class A Frequently Asked Questions What Is a -module type•? The new UL1703 standard Introduces the concept of a PV module type, based on 4 construction parameters and 2 fire performance parameters. The purpose of this classification is to car* mounting systems without needing to test it with every module. What roofing materials are covered? At fire rated roofing materials are covered within this cerfiflcetion including composition sningle, day and cement tile, metal, and membrane roofs. What It 1 have a Class C roof, but the jurisdiction now requires Class A or B? Generally, older roofs will typically be'grandfathered In', and wilt not require reroofing. However, if 50%or more of the roofing material Is replaced for the solar Installation the code requirement will be enforced. Where Is the new fire rating requirement code gsted? 2012ISC. 1509J.2 Fffe dassificaton. Rooftop mounted photovoltaic systems shall have the same fire dassifim lion as Me roof assembly required bySecton 1505. Where is a Class A Fire Rating required? The general requirement for roofing systems in the IBC refers to a pass C rim rating. Class A or B is required for areas such as Wildland Urban Interface areas (WUI) and for very high fire severity areas. Many of these areas are found throughout the western United States. California has the most pass A and B roof fire ruling requirements, due to wild fire concerns. Ara standard mid clamps covered? Mid damps and end damps are considered part of the PV -system', and we covered in the certification. — More. Resources Installation Manuals visit our website for manuals that Include UL 2703 Using and Fire Rating Classification. Go to IronRidge.com Tech Brief What attachments and flashings are deemed compatible with Class A? Attachments and their respective flashings are not constituents of the rating at this lime. All code -compliant flashing methods are acceptable from a fire rating standpoint What mounting height Is acceptable? UL fire testing was performed with a gap of 5-, which is considered worst rase in the standard. Therefore, the rating is applicable to any module to roof gap. Am 1 required to Install skirting to meet the fire code? ' No, IronRidge achieved a Class A fire rating without any additional racking components. What determiners Fire Classification? Fire CAassification refers to a fireresistance rating system for roof covering materials based on their ability to withstand fire exposure. Class A- effective against severe fire exposure Class B = effective against moderate fire exposure Class C - effecMre against light fire exposure. What if the roof covering Is not Class A rated? The IronRidge Class A rating will not diminish the fire rating of the roof, whether Class A, B. or C. What tilt Is the tart mount system fire rated for? The tit mount system is rated for 1 degrees and up and any roof to module gap, a mounting height Engineering Certification Letters We oiler complete engineering resources and pre�stamped certification letters. Go to ImnRidge.com 0 M16n Rude..11c.AsH,hanxrvM.`ANi wxviamivleoe.cam a, toll l-e M-9523 ve1alam120 FRAMELESS MO DULE KITS /lr Insert Frameless Kit T-belt In top rall slot Place sW washer over T-bo0, allowing it to rest on top of rail. Secure module damps with a box nut and torque to 80 in-lbs. 9 Tested or ov"ted molds damps: • SUNoraan airs or WWI SF54RM 20kB)mW and SDS UfEF1ea(B) eb clamps. Sunpramedoss Nsa mX'W writ or 7. 4tlrput numbma750at., where la1,00d err]. • ImnRes. FMIr c,001- rah Wed arM damEon M.WI*Y't oumbma F1dlS%G0a1-Y where'%' Is E or M end'Y' h B or front 9 Follow module msrlufadmaYa Instal coon Immuceons to ln" me module ciampa 7 Fromeless modules require uehg a GrourMtig Lug on wary mil. 9 For Sumsonto Modules only: If required to use Wide prorerNon hardware, see Module Slide Prereneon AdderAum (Vanier \ J 1 MODULE The Flush Mount System may be used to ground and/or mount a PV module complying with UL 1703 only when the specific module has been evaluated floc grounding andfor mounting in compliance with the included Instruction. Unless otherwise noted, Soot refers to the module power rating and both black and sfiver frames are included in the cerfificetion. err Amensclar Ame schir modules with 35,40 and 50 ram frames AS-bYmrZ Where'V can be 5 or 6;'Y' can be M. - P. M27, P27, M30, or P30:'xW Is the module powerrating; and Z' can be blank. W or WB Asbonergy modules with 30.35. 40 and 45 mm frames aaSMbbyyC/zt-xxx Whero'ea' can be CH or Astronegy Solar A;'bb' can be 60, 66. or 72;'W can be dank, 10 or 12;'C' can M. P, M(SL), M-HC, M(BL -HC, P-HC, (DG); or (DGT);'zf can be blank, HV, F-B, err F-BH : and'mt' Is the module power rating . Astronegy frameless modules CHSM6610P(DG).=Where -x)W is the module power rating Auxin Auxin modules with 40 mm frames AXN6y6zAlmt Where 'Ycart be, M or P; Y can be 08. 09. 10. 11. or 12;'A' can be ForT. and'mf is the module power rating - Aide; Modules with 35 and 40 mm framesAC-=Y/aeZZb Where ',W Is the module power rating: 'Y" Axitee can be M, P or MH:'aa' car, be thank 125-or 156-;'ZZ' can be 54. 60.7Z 120, or 144; W can be S or SO Bewet Soviet modules with 40mm frames BVM66aaYY-toot Where 'ass can be 9, 10 or 12:'YY' is M or P; aixt 'not' Is the module power rating BYD VMwe'mC is the module power rating:Ir can be M. P or MH; late can be blank 125- or 156-;'ZZ' can be 54, 60, 7Z 120, or 144;'b' can be S or SB Canadian Solar modules with 30.35 and 40 ram frames CSbY-=(Z More'b' can be.1, 3 or 6;'Y' can be H. K. P. U, V,- W or X;'x)W refers to the module power rating: and T can be M, P, MS. PX. M-SD. Canadian Solar P-AG, P-SD, MB-AG, PB-AG. MS -AG. or MS -SD Canadian Solar frameless modules CSbY-nu-Z Where-b- can be 3 or 6;'Y' Is K, P, U, or X;'Mw Is the module power rating. and -Z' can be M-FG. MS-FG, P-FG, MB-FG, or PB-F(9 Cenalnlreed CertainTeed modules with 35 and 40 framesCT=YZZ-AA More'xmr is the module power rating;'Y' can be M, P or HC;'2Z' can be 00,01, 10, or 11; and 'AA' can be 01. 02, 03 or 04 CSUN Csun modules with 35 and 40 mm interest YYxiai-zrAbb Where'YY' is COLN or SST; ref is the module power ratinii Is blank, 60, or 72; and 'A' is blank. P or M; Ibb' Is blank, BB, BW or ROOF Ecesalegy medWest with 35, 40 and 50 mm frames ECOmYzzA-bbD Where 'x W is the module Power Ecosolagy mtlng:'Y' can he A, H, S, or T,'zi' can be 125 or 156;'A' can be M or P;'bb' can be 60 or 72; arM'D' oar be blank or B 'JT MODULE ET Solar modules with 35. 40 and 50 rare frames Er-yltzbDsAA more'Y' can be P, L. or M:'Z2' ET Solar can be 60 or 72; Soot refers to the module Power rating; and'AA'can be Wit, WW, BB, WOO, WING, WRAC, WBCO, WWCO, WWBC0 or BBAC Flex modules with 35, 40 and 60 mm frames and model Identifier FXS-mYY-M: where're[' is the Flex module power mfirg:'YY' can be BB or BC; and 'Zr can be MAAIB, MAAI W, MASI W, SAA1 B. SAAIW, SACIB, SACIW SADIW, SBAIB, SBAIW SBCIB, or SBC1W GCL modules with 35 ram and 40 in. frames GCL-a6fYY Was Where -a' can be M or P;'YY' can be 60. GCL 72 or 72H: and rat is the module power rating GigaWattSolar Glgawat modules with 40 mm frames GWcc YY YJhere'xW refer to the module power rating; and . 'YY' can be either PB or MB Hanel modules with 35 and 40 frames HSMYY-u Where'not' Is (he module power -rating: -Yr can. Hansel be PB, PD. PE, TB, TD, US. UD, or UE: and W can be AN1, AN3, AN4, HVI, or JH2 Hanwha Solar Hanwha Solar modules with 40.45 and SO mm homes HSLaaPe YY-1-mZ Where'aa' can be either 60 or 72;'YY' can be PA or PB;'mt' refers to the module power rating; and T can be blank or B Hanwha O CELLS Modules with 32 35. 40 and 42mm frames and model Idemifier aaYY-ZZ-lam where 'aa' can be Q. or B.:'YY" can be PLUS. PRO, PEAK, LINE PRO, LINE PLUS, or PEAK DUO; and 'ZZ' can be G% G3.1, G4, G4.1, L-GZ L-G2.3. LG3, LG7.1, L-G3Y. L-34. L-G4.Z LG4y, LG4.2rrAA. Hanwha 0 CELLS BFR-G3. BLKG3, BFRG3.1, BLKG3.1, BFR-G4, BFR-G4.1, BFR G4.3, BLK-GAIA, G4/SC, 134.11SC; G4.1frAA, G4.11MAX,.BFR G4.lfrAA, BFR G4.IIMAX, BLK G4.1/rAA, BLK G4.1180, ECG4.4, G5, BLKGS, LGS, LG5.1, LG5.2 LG5.21H„LG5.3, GO. GI SLKG6. LG6, LG6.1, LG6.Z LG6.3, G7, BLKG6a, BLKG7, G7.Z GB, BLKGB, GO+. BL(G8+LG7, LG7.1, LG7.Z LG7.3, LGB, LG8.1; . LG8.Z or LG8.3; and'X)W is Ole madtde power rating . - Helie s, modules with 40 mm frames YYZDaa Where'YY' can be 36. 60, 7Z or 96;'Z2' can be M. F. Heliene or MSLK: and -me- is the module power rating - Hr-SAAE. _ HrSAAE modules with 40 min frames HT72-ISBZ-nu Where T can be M. P, MG, PG, MIS). M(VS). M(V), P(V), M(V)-C. P(V)-C; and rxxk' Is the module power rating Hyundai modules with 33. 35, 40 and 50 mm frames HiYSm2Z Where -Y- can be A, M or S;'x w Hyundai refers to the module power rating: and -=can be HG, Hl, KI, MI, MF, MG, RI, RG(BF), RG(BK), SG. TI, or TG Kok Modules with 40 and 50 ram frames Fr-mt-YY Where'mf Is the module power rating; and'YY' Itek can be dank. HE or SE. orSE72 JA Solar modules with 35.40 and 45 mm frames JAyyzz-bbvneouc /aa Where -W can be M. P. M6 or JA Solar P6:,Zr earl be blank. (K). (L). (R), (V), (BK), (FA). (rG). (FA)(R). (L)(SK), (L)(TG). (R)(BK), (R)(rG). (V)(BK), (BK)(TG), or (L)(BK)(TG); -bb' can be 48, 60, or 72;'ww` can be Sol, 502, So. 509, or S10; _ Soot' is the module power rating; and'aa' can be MP, SI, SC, PR, 38B, 4BB, 4BBME, 5BB Jinko modules with 35 and 40 ram frames JKMYmZZ-aa Where M can either be thank or S;'mw Is the module power rating: 'ZZ' can be P. PP, M; and'aa' can be Hank, Oil, Boa 60H, 60L, 60BL, 60HL Jinko 60HSL, 60J4, 60BJ4, 60B-EP, 60(PNs), 60-V, 60-MX, 7Z 72-V, 72H-V, 72L-V, 72HL-V or 72-MX Jinko frameless modules JKM=MP-DV Where'mf is the module Power rating Kyocera Modules with 46mm frames KYmtZZ-AA Where'Y' can be O or U: steer is the module Power Kyocem mfing:= can be blank, GX, orSX: and -AA- can be LPU. LFU, UPU, UPS. UPS. LFB. LFBS. LFBZ LPBZ 3AC, 3BC, 3FC, 4AC, 48C, 4FC, 4UG, SAC, SOD, SFC. SUC. 6BC, 6FC, eeC, 6MCA, or 6MPA LG modules with 35. 40 and 46 mm frames LG co YaZ-bb Where're Is the module power rating:'Y' LG canbe A,E,N,O,S;'a'canbe Tor2;'Z'canbe C,KTor W;and-bb'canbe A3,A5,B3;G3,G4. K4, or VS Long] modules with 30, 35 and 40 ram frames LRa-YYZZ-x1aM Mesa 'or can be 4 or 6;'YY' can be Longi blank, 60 or 72:'2Z' can be blank, SK BP. HV, PB, PE, PH, HBD, HPB, or HPH:'mt' Is me module power rating Mission Solar modules with 40 mm frames MSEb;..2Zaa Where -W can be blank or 60A:-XCC is the Mission Solar module Power rating;'Z2' can be blank, MM. OF SO or SO, and'oe can be blank, 1J. Q. 4S, 5K 5T. 6J, 6S, 61N. 8K ST. or 93 Mitsubishi modules with 46 ram framesPV-MYYmtZZ Where'YY' can be LE or JE; nn is the module Mitsubishi power rating; and'ZZ' con be either HD, HDZ or FB , . MODULE®ram Motech IM and XS sedesmodules with40, 45 end 50 mm frames . Nee Solar Power modules with 35 mm frames D6YxxxZZaa Where'Y' can be M or P; mar Is the Neo Solar Power module power rating; -ZZ- can be. 83A; 84A, E3A, E4A, 1-13A, H4A; and-aa' can be thank, (TF), ME or ME (IT) ' - - Panasonic modules with 35 and 40 Ram frames BHNMYYZZA Where Soon refers to me module Panasonic power rating;'YY' can be either KA. SA or ZA;'ze can be either 01. OZ 03. 04, 06, 068, 11. 113. 15. 15B, 16; 16B, 17. or 18; arid "A' can be blank E or - Peimar Peimar modules with 40 mm frames SGxxxYn Where Soon is the module power rang;'Y-cam be M or P; and 7Y can be blank, (BF), or (FS) Phone Solar Phone Solar modules with 35.40 and 45 met frames PSmY-ZZ/A Where i xx forms to Me module . powerrating:'Y'canbe Mor P;'ZFcanbe20or24;and'A'canbe F,TorU Prism Solar Prism Solar frameless modules BiYY-mBSTC Where'YY' can be 48. 60, 60S, 72 or 72S; and 'm' lithe module power.ratirg RED modules With 30.38 and 45 mm frames RECmYYZZ Where'icur is the module power REC Solar rating;'YY-can be AA, M. NP, PE. PE72, TP, TPZ TP2M, TP2SM, orTP2S; and-ZZ-can be blank Black, BLK BLK2, ELM or72 ReneSola modules with 35. 40 and 50 rem frames JC=Y.ZZ Mere -xxlr refers to the module Renesela power rating:-Y- can be F M or S; and -ZZ- can be Ab. A", Abh, Abh-b, Abv, Abv-b, Bb. Bb-b, Bbh; Bm-b, Bbv, Bbv-b, Db, or Db-b Renogy Renogy Modules with 40 and 50 mm frames RNG-mY Where'm• Is the module power rating; and'V'canbe DorP Risen Modules with 35 and 40 mm frames RSMyyfi-mrZZ Where W Can be 60 or 72;'mr is the Risen module power rating; and'= can be M or.P Frameless modules RSMW6-mQZ Where'yy can be 60 or 72; -AW is me module power rating; _ and'2Z' can be MDG or PDG S-Energy S-Energy modules With 40 frames SNimY-ZZ Where'mr is the module power ratirg;'Y' can be Mor P;and'ZZ'cenbet0.or15 - Seraphim Energy Group Seraphim modules with 35 and 40 men frames SEG-GYY--mZZ Mere -YY' can be MA, MB. PA; or PB;'m' Is the module power rating: md'2Z' can be BB, BW WB 0r W W Seraphim USA Seraphim modules with 40 and 50 mm frames SRP-m-6YY Where 'me Isthe module power - rating; m d'YY' can be MA. MB, PA. PB, OA-XX.XX. and OB-XX-XX Sharp Sharp modules with 35 and 40 Ram frames NUYYm Vdhere'YY' can be SA or SC: end'x a is the module power rating Silfali Saab Modules with 38 mm frames SYY-Z.m Where'YY' can be SA or LA; SG or LG;'P can be M, P, or X; end Soar Is the module power rating . Solana Solaria modules with 40 mm frames PowerXTmY-ZZ Where 'me is themodulepower rating:'Y' can be R or Q ant ZZ' can be AC, BD, Sit, BY, PD, PK PZ, WX or WZ Solarcity, Solareity modules with 40 Ram frames SDmYY Where Nor is the module power rating; and'YY' can be blank Bf or B2 - SolarTech Solayrech modules with 42 mm frames STU-mYY Where Smr Is me module power rating; and 'YY-can be PERC or M SolarWedd AG y SolerWbdd Sunmodule Plus, Protect &sun, XL Sislat XL may be followed by mom. poly, duo, Industries GmbH black, bK or Gear; modules with 31. 33 or 46 mm frames SW-m Where'mr Is the module power rating SolarWodd Americas Inc. Solar oild Sunmodule Plus, Protect Blum. XL Sham XL may be followed by mom, poly, duo, black. bK or clear; modules with 33 mm Names SWA-m Where'mr Is the module power rating Sum Sum Thin film modules with 35 men frames STD-m or STO-=A Thin film frameless modules STL-m or STL-mrA WTere'x W Is the module power rating SunEdison Modules with 35,40 and 50 mm frames SE-YmZABCDE Where'Y' can be B, F. H. P. SunEdimn R,orZ;'na'refers to the module power rating; 2'can be 0or 4;'A' can be B,C,D,E,H,I,J,KLM, or N ;'W can be B or W;'C' can be Aor C;'D' can be 3, 7; S. or 9; and'E' can be 0,1 or 2 MODULE COMPATIBILITY Suniva modules with 35. 38, 40. 46 and 50 mm frames OP1ma-AA-&YYY-Z MVXiom-AA-B-YYY-Z Suniva Where'nY'Is the module power murg:'AA'Is either 60 or 72;'13' Is either 4 or 5:'YYY' Is either 100.101.700.1SO. 0r IB7; and T Is blank or B Senpower standard (G3 or G4) or InwsiMount (135) 40 and 46 mm frames SPR-Zb-m-YY Where Sunpower 'Z is enter A.F Por X:'V can be blank.17,18,19,20.21. or 2Y SDW is the module power rating and'YY' can be blank, BLK, COM, G-AC, D-AC, E-AC. GAO, BLK-GAG, or BLK-D-AC Sunpreme Sunpreme frameless modules GX&mYY Where'm' Is the module power mbrg; and -YY-can beblankor SL Sunspark Sunspark moddw;wi0140mm frames SYY-)eZ Where.-YY-can be MXorST,'xnt is the module power rating: and'Zoar be P or W - Suntech - Vd, Vem. Wdb,:Me. and Wd series modules with 35,40 and 50 mm haloes ' Talesun Telex modules with 35 and 40 frames Tle6yyZo -A Where W can be 60, 7Z H60 or H7Z Z' can be M. or P;'mt' is the module power rating; and'A' can be blank B. orT Tdna Moduleswith30,35,40and46mmframes TSM-mYYZZVOe 'm'fstllemodulepower mtirg; NY' can be DDO5, DD06, DE14, DEIS, DEG75, PA05, PC05, PDO5, PDD6, PA14, PC14, PD14, PE14, or PETS ; and -ZZ- can be blank, .05, A8_10 :18_080_18D, 0.82.002_00S, 05S, Trina CBS. A. A,05. A.08, A.10, A.18, Alto, A.05(I1), A.09(0), A.082(I1), A.10(I1), A.18(I1), H. Hill), H.05(10. H.ae(Ip. HC.20(10, HC,20(18, or M Frameless modules TSM-mYY Where'Y)' can be either DEGS(Ip, DEG5.07(I1), DEG5.40(I1), DEG5.47(Iq, DEG14(10, DEG14C(1), DEG14C.07(u). DEG14.40(10, PEGS; PEG5.07; PEGSAO. PEG5A7, PEG14, or PEG14.40 Ydirem solar modules with 40 mm frames Syy.ZZ.AAA.bb Where'yy can be K P. MBB, MH, MS," Mkmm MHBB, or PBB;'Zr can be 60 or 72;'AAA'Is the module power Rating; and'bb' can be 03.04 or Winelco Wnaieo mm m modules with 35 and 40 mframes Wsy-z6 Y Where'can be either P orT..'mr is the "' module power rating;and -e can be either M or P- - - Yngll Panda YGE and YGE-U series modules with 35; 40 and S0 mmlRames 02019 IRONRIDGE, INC. VERSION 2.1 FLUSH MOUNT INSTALLATION MANUAL-13 020191RONRIOGE, INC. VERSION Z1 _ FLUSH MOUNT INSTALLATION MANUAL -14- ZAL IRONRIDGE FlashFoot2 Installation Features The Strongest Attachment in Solar IronRidge FlashFoot2 raises the bar in solar roof protection. The unique water seal design is both elevated and encapsulated, delivering redundant layers of protection against water intrusion. In addition, the twist -on Cap perfectly aligns the rail attachment with the lag bolt to maximize mechanical strength. twist -On Cap Fl shFoot2's unique Cap design encapsulates Ina lag heft and locks into place with a sieve, Mill. Tire Cap helps FlashFoot2 aelhar superior structural strelglh, by aligning the rail and lag boil in a colcererlo load path. Single Socket Size A cus[omdesign lag heft enm you In install FlashFoot2 with areeame7nGsocketslue ' used on other Flush Abuts System Consonants. Three-Tter water seal FlashFod2'a seal architecture utilizes three layers of protection. An elevated platform dNeds rater amy, while a slack of rugged components raises W seal an enure Inch. The seal is then fdraercapusiated by the Cap. FlashFoot2 is ale rust solar attaMment to pass the TAS-100 wfiM-Driven Rain Test Water -Shedding Design An elevated planorre diverts water amy Irohn the water seal. D Benefits of Concentric Loading Traditional solar attachments have a horizontal offset between the rail and lag bolt, which introduces leverage on the lag bolt and decreases uplift capacity. FlashFool2 is the only product to align the rail and lag bolt. This concentric loading design results in a stronger attachment for the system. Testing $ Certification 0 Alignment Markers Quickly align the flashing with chalk lines to find pilot holes. QRounded Comers Makes it easier to handle and insert under the roof shingles. Q Reinforcement Ribs Help to stiffen the flashing and prevent any bending or crinkling during installation. 1100 -----_ _ -- Ions, Z. a00� m ar,d�oaq.um. a can - Able. •- vro.wloa,�wwea J 2� .__�. -- ---..� 0 1 g 3 Rail -to -lag Offset (In) Structural Certification Designed and Certified for Compliance with the International Building Code & ASCEISEI-7. Water Seal Ratings Water Sealing Tested to UL 441 Section 27 "Rain Test' and TAS 100-95 °Wind Driven Rain Test' by Intertek. Ratings applicable for composition shingle roofs having slopes between 2:12 and 12:12. UL 2703 Conforms to UL 2703 Mechanical and Bonding Requirements. See Flush Mount Install Manual for full ratings. 0ions 1ra Ptlpe, I.. Mi,iph. rosale. 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