The URL can be used to link to this page

Home My WebLink AboutBuilding Permit # 8/31/2015 r. BUILDING PERMIT TOWN OF NORTH ANDOVER APPLICATION FOR PLAN EXAMINATION Permit NO: Date Received Date Issued: P RTA T:Applicant must complete all items on this /7 r � / /l � iii r � / a TYPE OF IMPROVEMENT —P—ROPOSED USE Residential Non- Residential ❑ New Building ",, .One family El Addition Li Two or more family 11 Industrial ')S Alteration No. of units: r_1 Commercial El Repair, replacement 11 Assessory Bldg 11 Others: El Demolition 11 Other Identification Please Type or Print Clearly) Phone: 'date o OWNER: Name: t,.L(,LV0�6AV�A.,,V Address: )�axd KF Avtri C) ) S"i(S ARCHITECT/ENGINEER Phone: Address: Reg. No. FEE SCHEDULE:BULDING PERMIT.$12.00 PER$1000.00 OF THE TOTAL ES77MA TED COSTBASED ON$125.00 PER S.F. Total Project Cost: $ 4 YEE: $ )V Check No.: Receipt No.: fig NOTE: Persons cAIJ:6'ii ii!ii: with unregistered contractors do not have access to Fthe Klrantyfund ''of 60fo '1' hsture" ''re"d �g A` 9 -i tkORTH I 'lown ofEAndover ® OA No® ® " T Z h 4 , Y' O LAKE ver� ass, Two coc NIc News. y1• A�RATEo S u BOARD OF HEALTH Food/Kitchen ERMIT T L D Septic System THIS CERTIFIES THATVo* . . .. .. .... .. .. .. .. .. BUILDING INSPECTOR 4:;; has permission to erect ® Foundation p e t .......................... buildings o .................... ................. .............. ......... . Rough to be occupied as .............. ..®.. ....... .. ... ................ .. ............... ...................... ... .. Chimney chimney provided that the person accepting this permit shall in every respect conform to the terms of the a anon Final on file in this office, and to the provisions of the Codes and By-Laws relating to the Inspection,Alteration and Construction of Buildings in the Town of North Andover. PLUMBING INSPECTOR VIOLATION of the Zoning or Building Regulations Voids this Permit. Rough Final PERMIT I IN T S ELECTRICAL INSPECTOR UNLESS ARTS Rough Service ....... ..... ..... ....................................................... Final BUILDING INSPECTOR GAS INSPECTOR Occupancy Permit Required t® Occupy Building Rough Display in a Conspicuous` lace on the Premises — Do Not Remove Final Lathing or Dry Wall T® Be one FIRE DEPARTMENT Until Inspected and Approvedthe Building Inspector. Burner Street No. Smoke Det. t p Cazeault Solar& Home Email f msan �n(cs�r ai E �_E�cs. 20 Gee Avenue Corp. Office: (844)765-2746 Gloucester, MA 01930 Mark's mobile: (506)202-2027 .,ramie Brown Date: Estimate No. 35 Old Farm Road North Andover, 01845 07/09/15 070915SLR1148NADV (978)794-2004 Estimator: Mark Roberts, naticta-!-a- Description of work to be performed Costs Install a Best-In-Class-9.8%W Solar Power system using 35-280 watt Solar panels and 35 Enphase Energy M-250 Micro-inverters. Remove all related trash Cazeault to obtain all necessary Building Permits Panels and Inverters have a 25-year production warranty Cazeault 10-year Craftsmanship Warranty Payments:$1,000.00 deposit with signed agreement, 50%on materials order and remainder on installation completion mid signed off permit by the local inspector The below cost includes a new subpanel. MA State Tax Credit: -X1,0310.00 Upfront cost: $41,650.00 30%Federal Tax Credit: sL2.�' .14r t Net cost after rebate and tax credits, M I55.00 First year electrical savings and SREC income: = 5,851,00 $21,704.00 Net cost 1 year Follow us an Facebook Total 541,650.00 The above ,specifications,acrd conditions am satisfactory and hereby .You Paynvmt to be a as outlined above are ed d® work as s ifted. Acceptance of this proposal also gives Cazeault temporary,limited Power of Attorney to sign and apply for the required permits. The Power of Attorney is limited to this project alone and expires once the project is completed. In addition to the above;if Customer fails to make payt as set firth above,then Customer agrees to pay Pa Cazeault&Sys,Inc.all reasonable costs and fees (including,but not limited to Attorneys'fees)incurred in collecting payment from Customer. ustomer Siggatuiev 1 A4Date of Acceptance ryi Cazeault Solar,dz home Representative senta#ion Dafen August 21,2015 To: Building Department From: James A.Marx,Jr. P.E. Re: Engineer Statement for Brown Residence, 35 Old Farm Road.,N. Andover,MA for Solar Roof Installation I have verified the adequacy and structural integrity of the existing roof rafters of Main House and Garage for mounting of 35 solar panels and their installation will satisfy the structural roof framing design-loading requirements of the Massachusetts building code— 780 CMR Residential Code 8th Ed. For the installation of the solar mounting,the mounting rails will be anchored to the rafters with Hyundai modules with Quickmount QMSC flashings on the center of the rafters and will be securely fastened to the rafters with lag screws. The design is based on the added weight of the collectors,wind speed of 100 mph, exposure B and ground snow load of 50 psf. The Photovoltaic system and the mounting assemblies will comply with the applicable sections of the Residential Code and loading requirements of roof-mounted collectors. Thereby, I endorse the solar panel installation and certify this design to be structurally adequate. Sincerely, OF mASSpC �� James A. Marx,Jr.P.E. Professional Engineer MA Professional Engineer 36365 6 6� O / 10 High Mountain Road Ringwood,NJ 07456 ROFss1o��P�` cc:GAF Solar SOLAR ELECTRIC SYSTEM BROWN RESIDENCE NORTH ANDOVER, MA STRUCTURAL DESIGN CALCULATIONS FOR SOLAR ROOF SYSTEM JAMES A. MARX, JR. P.E. 10 High Mountain Road Ringwood, NJ 07456 v��pF MASS�S F� P � James A. Marx, Jr. �y,5g5 40w Professional Engineer 00 MA Professional Engineer License 36365 1 Customer is Jamie Brown 35 Old Farm Rd North Andover, MA 01845 Hyundai HiS-S280RG with Enphase microinverters mounted underneath on rails. Unirac Solarmount racking Roof attachment is the Quickmount QMSC Flashing Rafters are 2"x8" at 16"OC House array is 23 modules in portrait(8 modules wide and 3 modules high with a gap). House roof is a 40 degree pitch, 37.5ft at the ridge line x 19ft from ridge to gutter Garage array is 12 modules in portrait(6 modules wide and 2 modules high). Garage roof is a 40 degree pitch, 34ft at the ridge line x 16.42ft from ridge to gutter Code Compliance: Massachusetts Residential Code—780CMR 8th Ed. Design Criteria: Wind Speed: 100 mph Exp. B Ground Snow: 50sf p w4/A A:;� -s%4-2 x �.b? so d a•�Q�S� C�s7)�s.S� Ct.a � 13 2 �� .Z-C?.��1 Cas.. -�� •°' r� . 06 21 Engineering Report IBM UNIRAC P 3 Project Title: None July 14, 2015, 05:32 PM Project ID:aec5d796 Name: Designed by None Address: Unknown SOLARIVIOUNT City,State: North Andover,MA,01845 23-280 Watt Panels Module: Hyundai HiS-S280RG 405 Sq Ft. 280 Watts 6.4 kWs EVZOIN,ONNIONEERVERVONEM Legend:#Base System aftPart Accessory Part Suggested L Number Part Type Description Quantity Quantity 310168C Rail SM RAIL 168"CLR 12 12 BIND SPLICE BAR SERRATED 303018C Splice CLR 6 6 302022C End Clamp SM ENDCLAMP C CLR AL 12 12 302027C Mid Clamp SM BND MIDCLAMP BC SS 40 40 L-FOOT SERRATED W/T-BOLT, 304001C Roof Attachment CLR 64 58 004010D Flashing UNIRAC FLAT FLASHING 64 58 This design Is to be evaluated to the product appropriate Unirac Code Compliant Installation Manual which references International Building Code 2003,2006,2009,2012 and ASCE 7-02,ASCE 7-05,ASCE 7-10 and California Building Code 2010.The installation of products related to this design Is subject to requirements in the above mentioned Installation manual, 3101680 SM RAIL 168"CLR Rail Structural aluminum extrusion containing slots that accept module and roof attachment 12 hardware,electrical bonding accessories,and splice bars. 3030180 EIND SPLICE BAR SERRATED CLR Splice Aluminum extrusion for joining adjacent lengths of rail to one another.Can also function 6 as thermal expansion joint.Includes self drilling screws, 3020120 SM ENDCLAMP C CLR AL End Clamp Mounts 34-36 mm(1.64-1.42 In)thick PV modules to rail by clamping module frame 12 from above.Includes T bolt and nut.If mounting on short side of module frame, confirm this Is acceptable with PV module manufacturer. 3020270 SM BND MIDCLAMP SC SS Mid Clamp Located between adjacent PV modules,mounts 30.36 mm(1.18-1.42 In)thick modules 40 to rail by clamping module frame from above.Includes T bolt and nut.If mounting on short side of module frame,confirm this Is acceptable with PV 304001C L-FOOT SERRATED W/T-BOLT,CLR Roof Attachment Angle bracket connecting rail to roof or roof mounting accessory with serration on both 64 mounting surfaces.Lag bolts sold separately. 004010D UNIRAC FLAT FLASHING Flashing Includes flashing,attached gasket,washer,and square aluminum washer only.(12 in x 64 8 in).Lag bolt and rail attachment component sold separately. fit Engineering Report �/ ��e C Project Title: None July 14, 2015, 05:32 PIVI Project ID:aec5d796 Name: Designed by None Address: Unknown SOLARMOUNT City,State: North Andover,MA,01845 23-280 Waft Panels Module: Hyundai HiS-S280RG 405 Sq Ft. 280 Watts 6.4 kWs I'llai-i review Inspection Roof Point Load Up: Maximum Rail Span(Zone 1): Roof Point Load Down: Selected Rail Span: Total Number of Modules: 23 Product: SOLARMOUNT Total KW: 6.4 KW Module Manufacturer: Hyundai Rows/Columns: 3/8(with gaps) Model: HiS-S280RG NS Dimension: —16.1 ft Module Wafts: 280 watts EW Dimension: —26.6 ft Modulo Length: 64.57" Module Width: 39.29" Loads Used for Design Module Thickness: 138 Building Code: ASCE 7-05 Wind Speed- 105 mph Maximum Rail Cantilever: 12.00" Ground Snow Load: 60 psf Expansion Joints: Every 40' Seismic(Ss): 0.24 Rails Direction: EW -Wind Exposure: B Building Height: 30 ft. Loads Determined by Zip Roof Pitch- 12:12 City,State., North Andover,MA Roof Type: Shingle Wind Speed: 104 mph Ground Snow Load., 50 psf 45 MOUNIRAC Engineering Report SIR A A, Project Title: None July 14, 2015, 05:32 PM Project ID:aec5d796 Name: Designed by None Address; Unknown SOLARMOUNT City,State: North Andover,MA,01845 23-280 Watt Panels Module: Hyundai HiS-S280RG 405 Sq Ft. 280 Watts 6.4 kWs AY(l)U 1 2 3 4 5 6 7 8 1 319.1 2 319.1 3 319.1 193.7 193.7 193.7 193.7 1917 193.7 193.7 193.7 Row Modules Zone Rail Type Splices Roof Attachments 1 8 Zone I SM RAIL 168"CLR 1310168C 1$82(4) 2 20 2 8 Zone I SIM RAIL 168-CLR 1310166C 1$82(4) 2 20 3 7 Zone I SIM RAIL 168"CLR I 310168C 1$82(4) 2 18 Maximum Rail Span(Zone 1*): 38.00" Selected Rail Span: 36.00" Maximum Rail Cantilever: 12.00" Module Orientation: Portrait Rail Direction: EW *Zone 2 and 3 Rail Spans must be independently verified Engineering Report UN1iwdl.ii1RAIC Project Title: None July 14, 2015, 05:32 PM Project ID:aec5d796 Name: Designed by None Address: Unknown SOLARMOUNT City,State: North Andover,MA,01845 12-280 Watt Panels Module: Hyundai HIS-S280RG 211 Sq Ft. 280 Waits 3.4 kWs ONEMENSOMENNOMINNEEMM Legend:*Base,System$IPart Accessory Part Suggested Unit Price Number Part Type Description Quantity Quantity (USD) 310168C Rail SM RAIL 168"CLR 8 8 82.25 BND SPLICE BAR SERRATED 303018C Splice CLR 4 4 7.85 302022C End Clamp SM ENDCLAMP C CLR AL a 8 3.55 302027C Mid Clamp SM BND MIDCLAMP BC SS 20 20 4.15 L-FOOT SERRATED W/T-BOLT, 304001C Roof Attachment CLR 34 32 4,35 004010D Flashing UNIRAC FLAT FLASHING 34 32 14.00 This design is to be evaluated to the product appropriate Unirac Code Compliant Installation Manual which references International Building Code 2003,2006,2009,2012 and ASCE 7-02,ASCE 7-05,ASCE 7-10 and California Building Code 2010.The installation of products related to this design is subject to requirements in the above mentioned Installation manual, 3101680 SM RAIL 168"CLR Rail Structural aluminum extrusion containing slots that accept module and roof attachment 8 hardware,electrical bonding accessories,and splice bars. 3030180 BND SPLICE BAR SERRATED CLR Splice Aluminum extrusion for joining adjacent lengths of rail to one another.Can also function 4 as thermal expansion joint.Includes self drilling screws. 3120120 SM ENDCLAMP C CLR AL End Clamp Mounts 34-36 ram(1.64-1.42 In)thick PV modules to rail by clamping module frame 8 from above.Includes T bolt and nut.If mounting on short side of module frame, confirm this Is acceptable with PV module manufacturer, 3020270 SM BND MIDCLAMP BC SS Mid Clamp Located between adjacent PV modules,mounts 30-36 ram(1.18-1.42 In)thick modules 20 to rail by clamping module frame from above.Includes T bolt and nut.If mounting on short side of module frame,confirm this Is acceptable with PV 3040010 L-FOOT SERRATED W/T-BOLT,CLR Roof Attachment fi Angle bracket connecting rail to roof or roof mounting accessory with serration on both 34 mounting surfaces.Lag bolts sold separately. 004010D UNIRAC:FLAT FLASHING Flashing Includes flashing,attached gasket,washer,and square aluminum washer only.(12 in x 34 8 In).Lag bolt and rail attachment component sold separately. 0 Engineering Report aim UNIiSt RAC J�'Jf�/fj�'� i Project Title: None July 14, 2015, 05:32 PM Project ID:aec5d796 Name: Designed by None Address: Unknown SOLARMOUNT City,State: North Andover,MA,01845 12-280 Waft Panels Module: Hyundai HIS-S280RG 211 Sq Ft. 280 Watts 3.4 kWs 0101MIE00110011MMINIMINNEM I AYOUT 1 2 3 4 5 6 240.0 2 240.0 129.1 129.1 129.1 129.1 129.1 129,1 Row Modules Zone Rail Type Splices Roof Attachments 1 6 Zone 1 SM RAIL 168-CLR 13101680 1$82(4) 2 16 2 6 Zone 1 SM RAIL 168"CLR 13101680 1$82(4) 2 16 Maximum Rail Span(Zone 1*): 38.00" Selected Rail Span: 36.00" Maximum Rail Cantilever: 12,00" Module Orientation: Portrait Rail Direction: EW *Zone 2 and 3 Rail Spans must be Independently verified August 21,2015 To: Building Department SOLAR ELECTRIC SYSTEM From;James A.Mane,Jr.P.E. Re:Engineer Statement for Brown Residence,35 Old Farm Road.,N.Andover,MA BROWN RESIDENCE for Solar Roof Installation NORTH ANDOVER,MA I have verified the adequacy and structural integrity of the odsling roof rafters of Main House and Garage for mounting o05 solar panels and their installation will satisfy the structural roof filming design-loading requirements of tie Mnsauchusetts building code— 780 CMR Residential Code 8th Ed. For the insmllation of the solar mounting,the mounting rails will be anchored to the STRUCTURAL DESIGN CALCULATIONS ratters with Hyundai modules with Quiclmtoum QMSC flashings on the center of the FOR SOLAR ROOT SYSTEM rafters and will be securely fastened to the rafters with leg screws,The design is based on the added weight of the collectors,wind speed of 100 mph,exposure B and ground snow load of 50 psf. The Photovoltaic"am and the mounting assemblies will comply with the applicable sections of the Residential Code and loading requirements of roof-mounted collectors. Thereby,I endorse the solar panel installation and certify this design to be structurally JAMES A.MARX,JR.P.E. adequate. 10 High Mountain Road Sincerely, Ringwood,NJ 07456 r �°p nuaakM, 3 James A.Marx,Jr. James A.Manx,Jr.P.E. o`O`uaaav Professional Engineer gineer A24 Professional Engineer 36365 Professional En 3is s m � /�q 10 High Mountain Road $ Ringwood,NJ 07456 ss MA Professional Engineer License 36365 u:ou solar t„s A Engineering Report .r,L:r'; 1 En9Ineerin ort a6� U � �. 9 Report ._ Project Tio.Norio July 14,2015,05:32 PM Project Title!None July 14,2015,05:32 PM Pro)ect ID:aec!5096 Project 10:n®c-5096 NamO: OnNgnM by Nolta Namn: OaAnud t7 N— Md- Unknavn SOLARMOUNT AJAmea: Lhknom, SOLARMOUNT C0',S!AI, NMhAntlnvnn M1W,01!145 12�300'h'm'.Purrol4 OI,, Nash Anawar,tAA,0161!1 Y --.P...!. ModuloblyendM H138260RG 'II Sq FL M".An; 14yundal nlS.S.IWRG dab EqR 200 W.. d4 W. 2B0 Wonp 6AkWo l.npmldl�lSeeu 0yelpm-@:Pea AcodeWrA Pan u gge4tad UMPTI.. I J 4 I a i e UAA Number Pnn Type Doao0Wn Q-0ty C..ty (USO) q 31 U1-- Hall 6MRAILM-CLO f ' Olxl q 9 02.20 nND IN[CC f1AR MRRATED 0000IAC Ap!kx CLRI A 2.66 - 1191 g 4,1 JONIZ"p 6rn]Clomp SM @NDCLAMPCCI•R AL 0 E 250 , ym„ tm,r Ina, 1mr .m. Ia> Iof.r Io..r ]0302]0 LUd V1 SM"D WMAMP DC IS 20 20 V.16 L FOOT SCRFLITCU'Nf I-NOLI'. 9040010 ROef Ac:ncnmont MR. 34 92 496 Row MWUba Zeno Roil Type tlp110xb uoof AnpobmaMJ t UOJ010V plmNnO UNIrL1D RAT YIApNINO DJ OZ 14.90 i U eta' Sh1 RAh 100"CLR I 71Gi60014d2(4) 4 W RAIL 1II'CL11,31UI60C 19114) r A 3 T ' MI W,1L lflc"CLR1 3101CPC 180314) 2 10 M."d—R4110p4n lmna t•): 90.00' Thbdxulq,I.-Inrixm0l--bIhapiW,xlapprop11-Unirac C—Campuonl:nclvllonon m—,v .mf,—.Intompoonol EWAEmq .1—d Rall 0pu i 96.00' C,xlu2009,201W,2000,W12 o,d ASCCTA2.ASCE MS.ASCE T-10 mld C411fomb Bu ltllnq Codd 2010,Tnp Iw .1— abwa of Crooucle rolalud w sm.duWgn lu uubjcG b rogWramunlo In Ne ab0vo manllanad I"F A,vm mnnuol. fAasbnx,n AAII CxnUlwar. t2.OD” Mgdmo On4mouonl Ponmu Rml Dlmctlon; EN' 'Zona 2—S Rnll Sp—mum bu Indnpnndnndy vaifnd 7 Engineering Report '0= �• =198L BMRALi.-CiLR It Via' ..Iludure-e uminUm axlruelan mmnlnlnu dots Nnl xrept mods lc nlvl or vtbc trwnl t] Protect Title,auc Nane July 14,2015,O5:32 PM Projea Iv:BNcsar®e ,.;` n4.wn.n.n- ondNn��^nB I.,and nrlc^mra. � d,.% WA b Nomn; bvi0nud by flo,n �'6' 0000/00 ONO BPLICB BAR DBRRAT itO CLR lipiba Anil— Unk— SOLARMOUNT Aluminum wlruGan lor7Dinln0 atllaaapt langNa Mr0114 one onaNar.Cps ot.o fung0an d City,2W: Nmbl AnYowr.M,01.5 20 250Wen PPrmla o¢Neoral olgMvlen lolnl.InalYdea aan dNlln0 dcrvnn Mi Ula. HyYndal HIS.S26090 406 SC FL i I =20Z'L Bag CNOCI IPC CLA AL end Clamp 180\vake SA !^ MeunIn 0L80mm(11WA2In)Ih ek RV,,dd to rnl 6l.lampilrg nwd,Aa frul ru '2 tom nbnv.Iml—T holt and—It nmwil,on shun aide at-lb boor. COMM 00.Ia ocaoptable with PV modulo menWaetarvr M1 00202TC BM OND MIOCLAMP BC$B Mld GNnp 7 LO I.db "'atll—in PV mo840tl In—304G 11(1.t Uil In)thlo IYWUIao 40 b roll by damping modulo home hoot stew 11C.00a T telt obit n.1 D—flint,on R.. \LL.1n1 ICA.A.Inspection .Hon etch of mod Wo ammo.COMM INC le avanplable wnh PV Roorpdm LOm UpI „- Maximum Ren epos Rana 11 Root PdM Loud Duron: Halation RAI 3,C f. 3 01C L FOOT SM14%eD WI TAOLT.CLa Roof Attnallmunt - � Anglo b—.l COM anln0 retl m—lry trod m04nii,nccaaenry—ea11911Yn an WIh ed it _,C,cuHetna.Lao Molle sold w,POmtely, Total NYndiarof Mod,1— 27 Prad-: SOLARMOUNT .. Total HVJi oA HW Modulo Mama.amren H'.CA OOa0100 UNIRACFLATFLASMO FlapMnO Rowel Cal4mnD: D!0(wIN 9aD01 Model: HIS528DR0 MUUOaa Col dhvchad g8RMAt Woehdr,.0 paaam din,lrwm waah0f CM,t,1,n, W 81n).W9 b...0 roll att C-1 opmp..¢old aopora Ay. NO OImonWon; -10.1 f1 Module WM.: 200 r:nhn EW Dlmenmon! -26,6 f1 Module Len0lh: O4.07. MCOW Width: 0029' Load.NO.fur Da.lgn Modulo ThlcknwY; I'M .0411dlnD Coda: ASCD 1.5 ndOpaad: IM nip, Maalin—Roll CantllovaY; 12.00' Oround$I-Load: WpOf F.xpanA.n Join,.: [very 10' W.M.lDe)I p2u Ilofl.Dlrectbn: RV Wlad Bapoxrre: D 00,11.9 HvlOht: 70 A. lead.Dnlermlr,od by ZIP Roof Pitch: :2:12 -City,Slab', Noris And0var,MA Roof Type: Shingle .WIM Opead: 10.1 mpn Ground Snow Lood: Woof Engineering Roport $ Customer is Project Title:Nano July 14,2015,05:32 PM Jamie Brown Prgdct 10:aocsd;oe 35 Old Farm Rd Ndma m,a,w+ad�.N W1e North Andover,MA 01845 .odd,aaa: anewen sa.aaMooNr cny,nrma� Norma„rima.,Ma,0IMS 21.200 Wad P—W Hyundai HiS-S280RG with Enphase mieroinverters mourned underneath an mils. Maduq,'. HydWdl HIa.3200RO 40080 pt zea wawa 61d W1. Univac Solarmount racking Roof attachment is the Quickmount QMSC Flashing Rafters are 2"x8”at 16"OC L wd�4ama 9ynam-.,s;Pan aaaar. House array is 23 modules in portrait(8 modules wide and 3 modules logit with a gap). Pan ovoeeamd Nda,na, van Ty" omaarl Won edadaty ouam ry House roof is a 40 degree pitch,37.5ft at the ridge line x 19ft from ridge to gutter 3r0�HdC Reli aM RNl 1NP'C1R 17 12 Me aPLicn PAR CE—TEo Garage army is 12 modules in portrait(6 modules wide and 2 modules high), 303010C 9plka CLR 0 B 30200 End Chita, aM,NG.L4Mp c CLa NL 12 12 Garage roof is a 40 degree pitch,34ft at the ridge line x 16.42ft from ridge to gutter , w202rt Mld Clamp am aNe huaCIAMP Bc ss e0 40 Code Compliance: L FaeT s0FIATEo wr t.uaLr. Massachusetts Residential Code—78DCMR Sth Ed. OWa0,4 Rodf nYxnmont CLH u4 5(i 0b.w100 FI.Mna uNIRac NAT n—w c Design Criteria: Wind Speed:100 mph Burp.B Ground Snow:$0 psf A> S42X ?.a?s 7.2?j SY Tbivaawv„lumbo evaluolal menu -,I YpPn+f+naW Vntrw Coda Caa•plpnl'm U1Wn Manual�kdn raW.—Imem d.W BUIWrtIa �� }n ' Cada 20]3,2008,2000,2012 rind hECE TA2,ASCE TAS,ASCE T.10 and CaW-m,PUIICInq Cad.2010.Tam I—IddWn al maCadu; .�r�M� rmlamd Io talo tldNan b eublmu�a raRulramdnta In tna abmyd mmMpnad InctallW on mpndai. ^rF¢0 1 t!O.Q��1��')� w`q2'”a,me+LSG[071/.8s1 Ctoal /S,Lr P`'�2 orG•f �N!vy 1.2(7.v—>1[is.z5a1 !3'L� a iwJ n i rs Bry /Na�''en !�� tai/G✓+�y�T OT >•�! -" y 19,4-U I A Engineering Report 310MC SMRU1.1m'CLR Ran Project Tlllu Nona July 14,2015,05:32 PM ``."' sm,mnr"°umI"ama.n,"Inn w,doml daLna mWrm�,adwaav_mm awrelaram o Prolse110.Dud790 ;+��,^�s"'. IumwumNwuna uund�,y,w.,,vwnne.nN apuca twn. Name: O''wC"'"d OP it"na IM IC ONO SPLICE RM 5111 TOO CLR 0plloe .40d—: Unknorvn OOLARNIOUNT .Muminum artmWM terloMiryo4—tlallpma of mil l"INS.-h.,Gen ciao lunalbn 4 CIn,DIWa: NOM mS—,SMA,rNS" 12.280WS11Pmwla t mMormol aXpanelon talm.M"Iddoa Sod INNnp Screws M.dule'. HrvndPI HIS4200R0 211 Sq Pt ]00 WMSIC SM CNDCLAMP C CIA AL C,N Clamp S. :d,4 W1. IJonnb 04J0 mm(I.W,121i)Milk PV madulca lorwi by wwnping,nadwa lrarciS 0 Imre eu:v.,Sdudue TbellS�ul 1-Ith—VIS Pn short S1de of mndula 1remo, N onMnthlS is oaoaptablo with PV modWo manufacturer. h a0202)C SM OND MIOCLAMP OC tlO MW W—P Lccabd bWwo"n 003SS lVV ncdNoc nloMlo 2dh10 mm 11.1E4A211)thick mwlulne 20 ro mil oy domMaO mmwa Immo mom above Includae T bon and nw.tl mountln0 on Short lido or madula tramp,SSnllrm thln IS eemPMbla wile PY I a a a e 004001C L•PODTDcrtu OD Y!)T-0IoLT,CLR Rao(Atluchmunt I xaa.5 AS0ln brnckal--ml mit ro mal ci'rW mounNm2 acvx ,w4h eerraUl,on Nmtr 61��i� niou,N,lp au 1—.L.,ISSUS sold eepafuloly. � x1a a +:w., Ixo trrl +v.l x.1 lxol a04010D U.IRAC PLAT 11ASMN0 PISMIS, inm':Nae loohin00ltnchnd Wad WnahpY,end Squofa alum"num nmaheronly,1121n h 0d ROW Mod,dSa .ono Rall Typo tippy.. Roar A—h—ire, 81n).LeO POlt end roll attachment a"mporoM Wald neparafaty. 1 8 c^"°. SM RAIL 198"CLR IMIMIC 1582(4) 2 10 t. imp. WRAIL Iil'CIA 8+011W,I roe(d) r 14 Maximum hall OPS,(Zeno 17: 70.00' Sal—d RAI @Pon: 14.00• M"Simum RSI!COMllwar: 12W MOdule Orlonmdan: PWwt ASH 01roo0o11 CV! 'Zona 2 arw J RNI 81.1 mucl be IMapanaenlly veMad l (N)AC COMBINER BOX ' ON R04DFTOP I (N)QUICM,OUNT (N)CONDUIT RUN WASC-AMOUNT _--- - I -THROUGHATTIC (N)UNIRAC SM RML ( / _._-.- _.. -_.- (N)J BOX (N)MICROINVERTER i l 1 i N PV WDULE (F)2 X 8`RAFTERS 16-OC /_ _-_-__ ____._..... r•-3 ___._f (E)2 X 8'RAFTERS —_- Qi6'OC -Z r ar r,ao crrs- 141 i ARRAY LAYOl1T___-_ 2 LEGEND__ SCALE 17Ff-' �f` 14TS - ,... s:vsswer ":wrvari�.oss cccaumrtt.crav _ , e�arna_ �, � ARRAY LAYOUT C'4; to 6nol-r 1 S1 Classic Composition Mount I MSC C stomer;s of V.11 a.F-a, y ewer,cc..�ovan5 I,vltie Brown -J 2:A / ROOF RLCE ' '� ✓�,YOi YNYWEO 35 Old Farm Rd -{s� North Andover,MA 01855 13r Hyundai H;S-S280RG Aith Enpha.'raiuninverter nwUnted underneath on rails. llnimc Solmnrount ratting Roof attacimtent is the Quickmount QMSC Flashing -m �ra Rafters are 2's8"at 16'OC s� r-1e-e nrv_ .eo.sssz esu i House army is 23 modules in portrait(8 modules wide and 3 modules high with a gap). ----1200 s , ecn u+ '44,�a5i AL nres I i n_ -ins..-_ra..cer fe<.:+cFm.e,r:.c.ie�u f Rause rW F is a 4i)d<+ pitch,3'.Sft a1&Sz ridge lire a 14fr from ridge to gutter j-� a E.wasr..sruuic.u,s�xa•.-oo.frcrA sc.c,;s; , Garage any is 12 modules in portrait(6 modules%side and 2 modules h;gl). i A ��_ s w,��n_r-it:stun>�soo:l;�rrcu i 1.30 —__ - --w,ss�s.,am�.v,e•o r r oo.r�s , Garage roof is a40 degree pitch,341t at the ridge line x 16.42h from ridge to gutter s wnxR-r-r❑-Leccuicu.�sxu 1 Quick Motxd N'✓ Code Compliance: une Massachusetts Residential Code-780CMR.8th Ed. -- t AMSC:CLASSIC COMPOSITION MOUNT Design Criteria: rrm eh�u_r1+ooTers-1f-a lV;rid Speed:100 mph ExT.B -- A 6 r- rurr,d Srwsr.50 r f S�:rcscr�ra,Po»�G zf,i36rz;Luka ii]a,�lliA `v�g'_'-eF '..' on+a..imc+4 WNaraE ac2cr sras3rr.NPd.�xv i T ` �\��_ Quick Mount PV, AIX, i CtrCTdGHY'. "1 RESIDENTIAL SOLAR INSTALLATION PLAN NORTH ANDOVER,MA xrFrno,rnsr=aQ�� + , Y' _ rrl a t �. rnmua�.a+ I,o ' rs t r - rvcvrer�rr.�c:r na.,m lr sY' - -W.mYb Lx�: 91ed UM Table rr=wl,mwv.u+r,Juo ort,uv.F..wscstn cnsswFcr ru.svm,:sn5. �. Sheet NunAa SAFFt Tice ��`'1 ,vmiv,axe Gt COVER SHEET aeFlm sr,xracxc ancrvnln x+cwss e«ennaEea G2 NOTES&BOM G3 SITE PLAN raw om Gd SIGNAGE sl ARRAY LAYOUT S2 STRUCTURALCALCULATMS MI ASSEMBLY DETAILS �>�:rc�nxrvn r M2 MOUNTATTACHMENT DETAILS Ef ELECTRICAL 3 LINE DIAGRAM E2 ELECTRICAL CALCULATIONS rnler,rt. urv.0 .nFxrslm.vaear nvuJor.rra+rmaF .rx E3 NARINGDIAGRAM 1r�uawrcanrvruFFsvv u+u„crrxFrxeFs iwsiswv rxsmwcav sv�rae 01 DATASHEETS-MODULE - 02 DATA3fEETS-INVERTERS 03 DATASHEETS-UNIRAC SYSTEM - rsrl0 ror•sxraxFrrv,ccr>,wuvuwra F�caRar�imttn�es rcFn�. cwlee COVER SHEET (,q aewsam (�a�eauC�C Su,J: ,n.vann -- `�'1 cr. cnrrrMcma.wucacrvvrmhrsrscaxlum.rKxrixxnnnarsr�r.QEes lonv»:rwcn�.a:or�cncrvcvvcgEvsreor�rn:r-�romsrF. cs ��>Errw,a`��iovrau�rsa�roaa-�'.l��erx®xrm�ca.��a�vc.e� euvor . rwmffia eu...a.eoay.0 ss e u. n,.i cru..wvcwx�v.Fwe rJ.,r<J ran�r4rzr�w r«nxm�ers�F.r,u.,.ur�sAvwaFc m.m•-+•. a .� uasrac amarmnrraar m ra e. e, xrrnrwnr-R;wucc�nrwnrruFaF.�ry r�r.:w,c,,..�r.Fw..r�,rssffs . aw,K ..,casts. a. e c, nv=cxrro�..rrn sr.�u�r�srr.rte-�.Eraaurrawx�rcer,sr:J,umnr;cresmcn�� l�"�ncr�su,ETr,r,rtrvresu3,srwcn� s alauee uaa�aa a e o e, vaz.��e�+.ucE�ag...nm'Rnrricncc,v.nosF�;as.r,�:x,erraxw.xcucs ereswnn ae rr;a�ssm vnm clr. uxumFsaueE swmur c�.sscau.,�lmcaslrvc�nar.zanu�o.,arnvas yam ro eJ�rnru.nm v.4vo-xar.Pn,uarr. r . r....®s,»rw.�. • o • Lf' ,sa.r. rsooro crn.+wuu . . e s YT..3+ m,v,. �a..o•cm,u•�w.� u a -xx raF..mcxaxo�uvrum esaunrvrsnmxsmxr.Fuvr<ry rxvwa mrRzx '• m>® • ...a,c� ,n a on o,aeen nErwixr@vtrnt��n�®<.-i-aearIeq a a - _ _ _ sacs-vrr,sle.u.nw ru+..0>_sce varo,arnor.eriurr �a � O°°Qto eouuror.roo.emrrmcr .re • e raysroFennaan s,n.+r+ 11--Y 9vaxa.a�rcwuro9nrraanmsvnnrsuror>Fcarsuuvca rz-a.sa.Errr, •a �`e, u��.nuemrm as e ra. Jnrurv�.zroav�iwrnnm tE rrxwxcssuaF ecmiroa.wu.FocFrezn,xti ” ��,�. mmu.l.x u•va�.rva >< o 112 e. ,,.E.rla„gra,�m.,r.rtmh_s.nroem�ss,w.sFWxrancarru,o.,�.v.m wa ese or veno-�.nafs nxrurw e..<mr.. �. - ,u...w.-rrw¢r yr��.nw.�cr�rrn„rwv.,,ser xorucica;rnrl�'�a.w >a_;vki�-iin,�wFxr • � a a wrorae� mc-ras-n]r0.�aip4�,rp=P � as ee.wN�! . o • mrtinercelo Feaume P IU_t skPlC�rUF.nWW4E id_,Fia'XFD T+�.�.xru£U.WEL.NrYx.:llcH.rEn cR 9.Er m�sscl/m•�RC9aliR-a mEVtura .• e'ou�Fy'T"ravl a e . Err CrAfACTino.wFs✓AtJFE,WFi.�E1C.('£C EOq r..^�WniHLNvl3ffitsrt4.rGN.CGwRcnrN.nm 9lJ[c^..mErcurS Cf®VN Ecce-'rF.rlE , vp cex f e a u2 Vcm.'£Se CtF/R�.'m 0.vt-,�µµrrL'P.i1�F xFF�CF.VT CUEe r[P A�9r� a li¢RUY; u 0 Iib,ail;fit•tlews u3 riA4.t_59t4,EEexsoalm rzlAvt2�rn iNaTRF.¢�ancr3rtr£rAV Pri6w�,.r cttKs.AIA<'�I VG v[FFn..SECtParIp PSFRFi.(A'f..a)]) r NOTES&BOM G 'y^) OLD FARM RD. _-__-__-__- ; -------------------------------- ----- ------- A \J (E)PROPERTY UNE JJJVVV�'^ � N d BOX } � MAIN ENTRANCE i I (N)TAP BOX INTERIOR EOP.STAGING AREA IN BASEMENT (E)MSP INTERIOR i (E)PROPERTY UNE IN BASEMENT GARAGE i 1ST STORY DR(VEV AY (E)UTILITY METER /! HOUSE I ' (N)AC DISCONNECT 2ND STORY Or ICL= i (E)COMP SHINGLE (N)PV METER I i ROOF LIALLD( I (N)ARRAY jj 12 MODULES /, I (E)PROPERTY i LADDER ACCESS AREA UNE ((.n GRAY 23 MODULES i (E)VENT (N)CONDUIT RUN THROUGH ATTIC I i i ON AG COMBINER BOX i , s:naa u:e I;nnaw ks^.,RrroucnnL, (/ \SITE PLAN oz(+u1tCx3 FlfLrac vr,l&.W)rr�a,wntn `.J SCAlP 1ne41• ts��To,o�AT�«; ugl;orros� SITE PLAN G3 n _ ONE= ,I $I S#1N StcNaTcowur S#2N �N�c�r�acNAi�Tm�� SAN sICNATac ascoragcr '. #3 SIGN .-ATI..ACDISCONNECT SIGN ...ACD{SCONfECT SIGN sI--Accor —PA— #4 AND TAP eox 1 SIGNAGE VLtDRDIN'G F—L �J NTS 1 1 1 1 1 aremaur ATCONOWT ATCO UT ATCOAWtT ATCONDUT AT c.—T JREAM ai w ur<Tm_ © (DursroE vaW 3 4 5 "wwx [YF5 6 (E) (N)PVNI)UTYAC DISCOPSiECT QtL'Ii DE BAS64ENn L NMtR ltl)PV UDOU.ES M K CO)AiNm wo (OUTSIDE YALLL) (—ROOF) Qi00FTOP) (OUTS WALL) (QN SEANCEPAE QNSTDE BASELIENT) -,wnt r.+2r axw�BerosrN.wnasvniFa ox aCrtt,�murvtvnrza A[rE3rF r Lwki rx+wv.EnvfKce.ni�.,r SMwtFa nw„t�BCVrrwr.,nE�.ESW,E rert -'LSIGNAC�LOCATIONS �n w,r�.,s�w rn�ro.F,o w wa�.��.osmre<rs.�.e,�.aa,.��.nmrna,e�..rsn,a U NTS eRc wromsuo cuene,s�+rs revw.xo nourrnu„+r nrTssnrwx.eeo.eu,oemnvenerrunu+. ,e xrnvrs�norw.v,.®evwwo,�.srw.sr�;cen �rF•c. nu .>n w o e� •n SIGNAGE G4 (N)AC COMBINER BOX ON ROOFTOP --------------- (N)OUI MOUNT CONDUIT RUN GA TH OMSMOUNT THROUGH ATTIC (N)UNIRAC SA RAIL IN J BOX I (t'T)MCROINVERTER I ci I°1 1 1 1 1 1 1 1 1J. I �` :. H PV MODULE (E)2 X 8'RAFTERS �,6'Oc (E)2 X W RAFTERS @16'OC -0— CARRAY LAYOUT � SCAIE:V r=r w LEGEND ARRAY LAYOUT S1 BTRUCTINJ/1 CALLS FW RJX)F A STRUCTJWAL CXCB FDR RDDF R DE9Ct�TiON IYIA UNIT IXINJTITY IIRBT MOp WEItiHi VW LRS WO,111F I 31,W LRS MUJ.LENGTH S.Jd FT IJOD,LE.NOTH 5 a FT NOG.WOTM 3v FT MOO WDTH 9Tl FT QUANTITY 3309 NO, WA•tiITY 12W No, H J!a4'<RIEel YJEKEIT 4.M __ No 9'MHHERYJEICJIT I.JJ LBS f2 T.YRTC3l PAINIPN ]399 H0 PNHJTEA(yllJIrT11' WEKRiTOF Rl8,5 17.x� lCS WEJ�JT OFRA45 �N lE5 '.. Wc%LHTOF RAJiPIG i8.in LE3 WE10HT pF FIAT l210 LPS 1 TOTAL YfFI."0.ii CF WSYSIEN ,ITT.W LSS TOTAL V,T3(YIT OFWSYSIIIJ 6Y l.95 LPS TOTAL ND DF ATTA�:JFNTPONTS 6110. 1DTAL NO.OF ATTAtlO.ENi PC9J15 Jim INl .. ... ..... ... ... WTPSi ATTAOJ�Ii POSIT' 1&Jm9l t89 YN PERATTACNMQR PUPJT' 1&D9 t& � IIIiI lilll 11 ' AREA CF(N OYvit]J 10.531 G[iR 4EA OFPV5�TQ1 TIt d1 SOFT ••,,•••• OSTRBUTED 4YT.O=PV 6YSlETJ ONTJOOf^ 291 LRSF.alLFT D61Poo'liTtD Wi.OF PV SYSTE)J ON 0.00F" 2.91 19b5¢FT I IIII �1 STRUCTURAL CALCULATIONS '.. �J NTS sJUI Cl. SITE PLAN �. NTS &er IRAC ENGINEERING RESULTS I / I cTv,(Reurs�nrr.. Io I � I anca+aenw I I cusaccovPHanlr - I 'o,a �l rrc.��oc,.Te�riF•�x,�rca vlr r,.�n rs r.�.:sw>ur-..cscn,.nvv rss�n I '�' ,l.,vl"rv+Hr A� I � .646•;;U[:SCAN �IIc-rtBMTPa,/.rno«31TNuruuru'mBJr»w2.3�T6N5rsrBA.MceBLN'MELLwIs I � �IHE,.c-a�.En�TvrIORVICA FWlNm t c,Fll.4 vaniU�En[Vpt�nl(M.lt�L^B D'�L•S 8 5 W GSFTir�LTn �1UNIRAC SOIARMOUNT+O UICKMOUNTPVCLASSICCOMPMOUNT LJ Nrs il :✓"-" - STRUCTURAL ,,,,M® na.xCALCULATIONS S2 ab wm a, lA� �� ' lnTti.tLXf .9rt9 C//1 !en tm ME W U n I (2t QUI CKIdOUNTCLASSIC COMPOSRIONMOUNT DETAILS HTS r` Mid Clamp t . End Clamp L toot BONDING MIDCLAMP ASSEMBLY BONDING RAIL SPLICE BAR SOLARMOUNT Rail Sul, e(1411,—y pe•,2 par M.—A"0 sleet SWdri u,g screws ddit aM M ce— —ddt frac- m Lnn to "'d 0Ir to spl ce bar erd MniN baW bet— y mads',to madvta thmcgh damp :puce baa and eechn1-«loon SOLARMOUNT Rail Serrated Range nasi bolls stun esx set!damp AWm'n pU bar spare across it gap m to ttyraass-1 Tbelt d Cre=te tm t boll.Raft en at tear one side n UNIRAC SOLARMOUNT DETAILS Sar.SQA�bcLt t.e Ptet, a1 xRCtdmi- e€s.K-':exreJ.t='q—,e-=_d. o bgxd Tb—err`drop,cd _s as to ge,"eswray UNIRACGR NDINGQETAIL-9 \J NTS ASSEMBLY DETAILS �a�e««ec M 1 Classic Composition Mounting Instructions Reference and Tips h.mllattonTadsPegvkeCtapertraem,ro.!96sl.duhlne,cwdRndri.aadkC.99w,s�!mlmrrpanHe WNmoftg mstMZls dril t,Ah»Tr wt9-tMr tra.draa tr,ect 9,nar;tn rrz•a-.p.ecsat i Proper Flashing Placement l ii i r ; 11. r II r a x r_-..dv W.wttaa.�.Juhv[,4 er✓f+IKa•nM3�F'i�+"d 8 �rrlN.eq ktxc tt✓d of.varr_Yd� (._ _... __. :__i-_ __.__ .:, _.:_ _.-_. se�lHst.rtMv...r.dJij..,eea d�.waa....rm.,�a.>,Roma�ra.•aa, ogwrtpey.dr'ala9eaMwill.�a . tuxes aabaaxi creme t�'hy+rtoNn]nmTZY:a hm0-d'n 3'!th-iN msv-mi bs� � ' na lld�Hahne CahpedgedtAa¢aa. t •• ••.•..• •• • d�3 I V l li Additiatal lips and mfc—aum fol instatltng meuntr. j � _ee Oasnc CGlnRo9Uon fAovntlnstarl and Quick Tips t4dcos on nalremoval,bolt prep,and mare xC - ":�N�. � wwx.gvickmovnyv.<om/suppartMdeoshtmt j '�' e itisnnt nemsuryor advisxhle to use natlzaather fastennsta setUrc the perimeter of '.. the ga,F—_ �t aThcQa lc ic-xaw'vcn n��ba�tc[n w:sk 11,s1��t6ztSa±+d high-z3z�mm ccap+Wt'mtu= Ua.;[�c1aA:bm�pba Mne irr r+y ara,,,a..lu,.e.amin Mtveh�-1 y,. r.ru p�.•,roa fryer l.aaa h3 aspna'tz:rd fsaod cnin)•er�sx:.2fi 5`[a�cfa cw[rte3 F:the rramrd arL aSMecautae r+e nL.-_rtxg mi a d:trc.[ �cpn@t-ri3t re4m9 rraa�M.dc s:.a era mtms n rv1...tun wv re'r Oatav:_mmx r...:a gat Qa Cxaa W. r.i d.ze M..;,v�u el edot ma wcna rneeds ti3s measurement you mayaaM trs,w_a3 f]�s.3c'.1s3te Mwne tnari. aea t.druvrsa_ •uepen d:ng xt Ute nasmu,dda,aare.Lma.,d r�admn>£scalGh;acrd gvaGfy of the shiny?cs, 1t seat tabs thatadhae thet€r:ngie err rsestegeAu may n efiecrrvJys 1 thedsingtes w the fltstergc U this u the ate.amply add tesmf quar[usixd d;dtz d manefaetura ac Rted sealant or asphxit turfing cetneN.meeU.ty ASTM D{SNA Type 11 betrvem the flash±ng xtil thx shing!a =dove. .lAoums should nd be installed in areas althe roa(syscepUh+e to ice damming 1'Iater ptxsdmg under the shingim<en reach tfie bolt pcnenation. - •Take are notto damayethe roofing material vrhile•.votiin4 mtthe roo{RanoNng stone granules aeeddev—t 4rdac rtk+y3s>a ary as trat,.4a+_:..c F4 ,tea clta u!,faq_ha ru w_ci tf:e a z its brett:q�sid hY� �-.2aa cf<=_rssdi'-is�ramea m. t-ysmv nLbn ea?,e serer na+g*Mt'an naq ere m1 is e�Mar,axs az ra4ag ___ _____ ____ _.. '. tla3 Llom to fa m>at tsn9 teras usn hmn tt4.+]n•alax+•n O.ttr3 nt.tamra dm N>ai> rawW!ra-+•v=snx�e"S' rort0.an Sy+'nit F<v6 m.1tt hpmta.Psv6 QUICKMOUNT PV-CLASSIC COMPOSITION MOUNT ATTACHMENT DETAILS FOR SLOPED ROOF ® MOUNTATTACHMENT a as a «�aeeu�E. itiatlR _ DETAILS M`L 5 3 I u1(RL'!T.'FhTEfES -- ---� I I i I I — I J ti .ti ti I z r_vx TAG Q scradnE PSPrt4NHV I:OlES R�M unRlF H CFCVrtS Ci 8.15.131/CARES C91eiA] u1}37�--':24 :C E]m'i1E_'£uAX]at�8>rbT.�he,r63fitreD CRa] pUd-eKtr•.N 6]v ;;ESS v,lYw,z;+ nnnc c(w,atc-n[c.: c�rn[e(x mfeall� - Pv a:curt a�,]Fr+s.za+Fsa P,u(z,.aEPsr�t..s.nmc e:Brrw P.Arrri.,, rx)PJrA�ERe, ,RErEa ux,s u;ArEly escRnlmir�soA=_GP.:(�wTe+. uceulF uuz- H�vrzaN e,uld� eaAca<caa�cr wnsmw¢r.ru�n.p�s]anz�s.e±An,iEs.'nml rvFmFPua>_t. v3snrna[<az vvl rAPrnx aJArEOGa�.u:uR srt�Ys�eP,cFiraPvsrsm< �ar.�rPbertttP-�anr+eP� e�uA� svr eevar Parnw aI ui+irc uETER uErEHs>wcu AxPwstraNiV0.w3E(•vPl 315v u4%p-OraO[FJ LI 2i]YI RJuvt��irdEPu.c. &6a®N ry yTp ud.¢,gSJYg! (FE]KIFC>_4i V(IiAGENfcI ABV 0.TAGE 3,JV 10 ARCDu4.GA1P.'¢.Y IEu+}rtJ aY Cn`e1ECiHl tOtaf�rf55 P9fIER S1CYTr4RCUR CU Srt(,CC) N Cu%Sirt Q HEE3NSE'(nCFf1 IS AA all[CRGCr£AlE 'ERIwAx) FO,4irPA[nR� =045 0.-c(kPilbll Gu1GE0.�IHinrHyPrFbx) ItliES T(JU di9vP .S<nY}i PdTta M9[z Pi wfE Yt,CTH�.ClEi4lvdK} _ - Y kla<rL-C 9� FAI+;E a,T:m.sn- ] r<Ixirnn:.c(-•aE vscn]( aux[I.maa.vo-ar[Kc•aRiw.(�ewmrm OU 1h31tu 133E 3T F� 3 4k4VLnF6AtA I GND 5 R,1 VJIa uE1F ES a(xraucT[tt3 umlGiwn� R:ITmw-3 J CInLUCT(RS•W I C�F(.M.UnI Y>'P!C CCIYWi 11HEC: OU IIS' ELECTRICAL neaull,l.a rt 3 LINE DIAGRAM El Xl-DESIGN CALCUATIONS External Branch(Home Run)Wiring Maximum Distance to Maintain 11 1%Vjfor240VAC Single-Phase uxxnlw=.w�sc FTaaninvettets per Branch far 240 VAC 9argEe-Phase c�-(asere�rrnAlx>nrn —T—G-112 2 3. 4 6'.. 6 7 B 9'G 10 111- 12 13'r 14 15 16 a mrt ASEeEnr�s.3rtus:X(>cx9,rw(�:.iu ,wl<nrE%c®z:m;c. AWG Mwdmum One-Way Wire Length(in Feet)to Maintain t%VRISE walEs;rHulea�r,rums,Gca:cua�-r.;nn(r�uanarns,lsrr<bnsr Arinxsr45•d®.ePocrun ua,iHEon—,H m/xer u m;c nH #12W 293 105 146 117 98 84 73 65 59 53 49 45 42 39 37 . #10 i 930-465 ,310 233 186,155 133 116 '1U3 93 '65 s 78 72< 66 •62 % 58 AI 13w.Y,9YEGCU]IZltn]fbugG9:3ut1rh[z®rA9EilR uobnEil•aM l,c ard°' a'iFsc'`"E"Psc"E`i[ne,'"'z"/'ai'sR.=uFa w:a= #8 1483 742 494 371 297 247 212 185 165 148 135 124 114 106 99 93 til@sz�r,�4,ar c,`o,El,<iG �eEt�l.b,A� P Fuoo„E„•nmlx #6 12353'1178 784 588 '.471 '392 336 294 i261 235 214 196 181- 168 157: 147 H _ #4 3738 1869 1246 935 746 623 534 467 415 374 340 312 288 267 249 234 •rH.dxxEs uco s wlx,�+E:r� uvi.�ws�Bi`e-.amw'�ar3u�'iT I=xa„x o=z]o>r, i3bx+rA..,,SH,ura,nn„rt,]7.Rf«ro r,I�,.ir..Tr�; (.\TACE V.srra[aw��.a rt,�KHbicx,r]=3�,'lx is=c(v,” �'l un W.�R]C(xllAsh 13 Nnna]m Y.v Fbx:�3 YmTA(E P4l.£R IH�atKHb P'.itt Ju([�rtES]y�rv. HCa1E?WGF(FLUN P =u(Lvtx;%TFua CCFEELTCN FtCrai P6tISC t811 =.94%1,1=631 V[4 Cl�tSrBIiCALCtMn(PL' ��wm�araxGPavw=Pnc arwrdwAnrix v.nP lec�]i�rsx X C bRNJC3 n ll'E PAC(CR C_�0.FT�a?7FW FP.VKH3=t WY,t3%133=1e ii1 1YS13 w E0.YA"£b2]Arnta.T7,T=ur]G.,cc x t A 9a A =I d EL A RK1[EPAE P(R vsE F M1LI FHE.COUne/rtR04 m3SeeOtrE R0.R'rafi ItRiHAeF}].'EF,tat=Sd CB:c r�PC�TaaiE eCTL<_Cr1Ce15,CTCaFHi Isc Jlo 1s caaor=ors wa2'.]N.miiRor�•.,Eu3ElsA eulres.J(%e In+]rH cr Iz<vrvbx rT�a;rwm aa�tTcs i�rRKrx.:rverre+sTbrt,n rzRo P[n rEcnn1s�11n. n4P%G(�zw�r<.a ci.,3xrAwix a=dw Arant.GreaP +r:.cra+ =.asxare=a3 av, 1s zse aEiHm rl n td(Fnw.ETHcbn==;mdacpq t..'.scxr�rr P=.rnun< nw.w t=nrdxt:s- r.H3=15lrZ fis H.A�CH3=I}p}Ax 133=15 viA unLLIn3PJ(E:W,P[o-'npiHF IIt P3agNlbl Cm^LUifSirt:.3il8E uua></LTF£i GKfu.43afnGH FBV otic Ns 13@gi) petE9�EP 5U5� ELECTRICAL s u 3r] creauEC dH P CALCULATIONS EZ C Ei rnso w,En rJR a 5+:£A£i1T R+ITM Box unfTti6R uC4 CCEa M I mw/E rrpRrl� lEl Ui0.RYlAEfER N5tiE1 cNT wurD�L�e.cxar�i wne,ma+eux i, ._v-wrnrarrR+ ellr�eticourrEcr R!!Rv n+Erm �1DCTOACBRANCHClRCLITWIRINGNAIL wrAGGnuBe+a, \_J rrts ca�x (NY COtSU+T RlW RIROUC-N ATi1C e+lacauxec R§WUETHx Af-1 Af A/-2 At-J AH Aid A1d -]At- X 8i 83128311 8318 839 838 B3] -p_ _p._ _.p. 10 -b--Q �T un�YUBTFR q D__ A2.0 A29 AbIB Al A2-12 11 A2-14 15 B31 B12 833 834 815 838 O O R!)N.IGROfIVERTER .. "1A2-5 A2-4 A2-1 A2.2 A2.1 l'ltR6ox� PGRRPN!H CRCUIT 11 1. RO Tzv bx e,� (gvarcE Ly 54:err+t - _ aK �1lcpRe.=arer+ —_ •�'�,Ta_„acrmEn ELECTRICAL EQP ELEVATION (;1 WIRING DIAGRAM HTs SCd LE i`_IV i 'wt WIRING DIAGRAM E3 an Hyundai it I I�:cam Solar Modul r %•. T�w;... I�Sveaec vwlTN,�r.rc n.: PERL >..a=L.��-.K�e-m-.rw..v+�.nr�,✓�5 _ IL�,�, a,.¢ar=.nl RG-Series « ;K HYUNDAI A HYUNDAI DATASHEETS a w �areauCt-,i1 �L MODULES D1 ET.1�e'N}50l1 rirN.i L:ii EwY�rdlackrVerien IHPUT PgIq(PCI N2WEtr2LL-32Li2]52a Pes-�<si Fryd R.mt$Tl__. 210 XilW Enphase° 25 �a�awm>a� ua s�v w�.a�Lrsaw ar-vd :La �s', r3c.aauow�,: iae eLs.@�,x.;if ux2d tSAIA lrsdlvcr'J daa^wd :1DA(AoteNrsrv'r.;i.esdu8 ' �to-y 93V/141 IJV 2bV/111�dV f'Z.l.� t4rriW Y�r.}"ra5a .�P/SK1Hz b]LIALI Hr ItJ Ci 's-.w3'Sd` Ersa�o-aznv�sYrsia' si-525 5]-R251h - kxru Nr3x :D95 � '?445: - 2a CA^xG�i t;F�K�f s/amu. Fl„, "�-au1r84/c xo-z sz[�k.'Pi�t<e�p!dm r3rstt ETLaCiry 4?Iu 10 7t>r En/l,as>M t._ s-.V�sie/drliw. ilo�ed aiygi'IvavYsi arJ m.Ar tlesgn and MCUTAuwu wT _ — — iota ar—#-ilywth Its a9-AG aw-d,%Mth Ih M250,UP DG IJI.A Ls Mated-di—Ated Mra nrsryr�.n>,rx,;r - -:-tram«s'c f—g n,d,m r Ground EkcR Ws Conductor(GEC)Is regWmd fa ft nii=bv ertec TT6 ws'c M1ad,ar�InlXf snu �tmn.eiwlctn safely.Axl sa:s al hlnrsWlrata'scw-s o=n.�cb t.�11>zt ni.,,..v31., 1—amara�9 uy nw Tree o»`—142:m sr.7tn sFaTri�y ua9ltrz Ewe`ca~ae,m&-Y'Go� Cie y`•c d E,wt-,', d El,,,sdh— ?R OG13Ci1!'E SIMPLE RELIABLE ;r �wyti "A=d..srrelU 1-tg�Jgv:i :.TemPGc«.t me-�F,e�y xaz Au u'9o-cvttlWarrp t, m-61s lW D.�d,>2�v9rtgrea33',.I iq�tl3Jlt d:cn lyya3 o115i+d ':Iw WIL-Trv{xaiy¢. W�fi@a fru 'v.,7�.�..P.rsv n:a�z..: n•.rd sdr-a;.c.a r..c�RL+n � cLCRI�:.a nraw.mc �naa�rd,r>ffib rtrt:resa r„caar�sxr. �rrr��nno15..�: -nsv-rrin��n�'.zvr_nLwe:s �-•m¢��'�'."� Cn:psea :L1Rtt<F$,ii2,WCFxrtliC�gGd:eh C1221rff Plbr, oG,el lMlal'-. r-. Jx,y-r �LC.r+h-J..Nr..stNYr�R.SA[y PaaliJ Mase* �•. �sr,r..�3 .s rsr>r-.tti.c�l :n r enp-hase,. J _ L Z3,-�:.:._.,,-. DATASHEETS �� Laedzr<Ct sJ.. a xlln INVERTERS pL e ®UNIRAC e :^UNIRAC e ::UNI€AC T'*• r. ��. 'tel ori. rs-. - .. '� .,,,..,.,�J.,2..�h,m,N:s :i a. „nr,.�.,, a.,,,..k.,r�.,.'•-r :,• p� exp CvY to >,aby4 varav .4+R s �r a•d+LW.a-suuM _ rsq m e ' r-�en:� zt P-nr mCa] eaa .. -.... .xrealwe. Ae++s•r � rffi'fl ham.+ P� _ _ ,•.ti...>n it xn >,.,�,: ar3 -e e.m c5>w - �n•ra 8'x latr F 1¢r�iTTa�idx amruarmr •FG -. mdvx•d3' E'r! .� r=1M+ evrrglPr � Smrrrrar�� Nuc �l n R-.xs3 �• S;n. Fri �� v,zr��+- pat,m.,--nn1®xxats:.malx_y urcsavlt-ice �� I 11�✓��.s.�k^tz•_��f.>Sa F+u/ ern �� RixNlcw � nnc_.. very � xst®.a _ _ ulr Lv a:.m ra n' "P im:'e-ea upsr 1.x.11 asr 'I}II ua DATASHEETS a' ° �� aeacdt .t3 a. 11•. UNIRAC SYSTEM p3 Enphase Mlcrolnverters 8 Ungrounded PV Arrays PV Grounding Terms Under NEC definitions In Article 100,two conductor types provide paths to ground.These are the Equipment Grounding Conductor(EGC)and the Grounding Electrode Conductor(GEC).Distinguishing between the EG•C and the GEC is lmportantwhen ensuring a photovoltaic array is code-compliant and Enphase Microinverters and Ungrounded PV Arrays sato,The following describes key terms from the NEC related to PV system grounding relevant to Enphase M250 and now NP-15 wiih Intejrated Ground-no ncod for a separow GEC Enphase Mlcrolnverters. For reference,grounding requiroments for mlcroinverters are covered In UL1741 while grounding requirements for photovoltaic systems are covered in the NEC undar Artrcie 250 wlth amendments In Overview Article 690.Always check with yourjurbdiction for Information about local amendments to the code, Enphase has developed a new mlcrolrwerferfamlly that Includeathe M250 and new M215 with Integrated Underwriters Laboratory(UL)Standard 1741 grounding requirement: (DC Isolated)ground.Because the DC circuit Is Isolated and Insulated from ground,these mlcrolnverters do not requlre a Gmunding Electrode Conductor(GEC)connected between each mlcroinverter.The In Spring 2012,UL Issued a documentamending UL 1741 to address Inverters for connection to Enphasa Mlcrolnverters with Integrated Ground are compatible with most Mcell PV modules(210W to ungrounded PV arrays,Enphase Microlmerters with Integrated Ground have been successfully 30OW STC or higher)and Install quickly end easily.They workwfth either three-phase 208 VAC or single- evaluated agalnstthis document Therefore,a grounding electrode terminal for the attachment o1 phase 240 VAC services.Enphose Mlcrolnverters shlp with integrated DC and AC cables and a GEC Is not required forthls mlcroinverter.All required grounding for Enphase Mlcrolnverters connectors.The DC connectors attach to the PV module,while the AC connector attaches to the with Integrated Ground Is met by the AC EGC supplied by the Engage Cable system and meets Engage*"Cable.No additional cabling Is needed. both NEC and UL requirements. An ungrounded array,when coupled with sophlsticatad features of the Enphase Mlcrolnverters with National Electric Code grounding definitions: Integrated Ground,offers greater safety for the Installer,system owner,and malmenance personnel.In addition to enhancing safety,the Integrated ground technology streamlines,simplifies,and economizes The Grounding Electrode System:Described more fully In NEC Article 250 Part III,the the Installation process for Installers and Inspectors of all projecttypes. grounding electrode system provides a network of conductors,bus bars and bonding within a facility through which a direct connection to earth is established.The grounding electrode system This document clarifies solar grounding terminology and describes NEC(National Electrical Code) is comprised of the equipmentground conductor,the grounded conductor,the grounding compliant grounding methods for Enphase®Microlnverters with Integrated(DC Isolated)ground.The electrode conductor,and the grounding electrode. 2008,2011 and 2014 editions of the NEC allow for ungrounded PV arrays based on the provisions specified In NEC article 690.35. Grounding Electrode:Is a conducting object through which a direct connection to earth is established perthe requirement outlined in NEC 250.52.Typical examples of a grounding electrode are a ground rod,burled metal pipe,plate electrode,concrete encased ground(UFER), and/or a ground ring. P23tt1 res Equipment Grounding Conductor(EGG):Provides a conductive path to connect normally non- integrated ground eliminates the need for a GEC:Enphase Mlcrolnverters with Integrated current-carrying metal parts of equipment together,E GCs are also found In traditional household Ground isolate the DC conductors from ground,This has the slgnhlmnt advantage of eliminating wiring and connected to the rounded contact In a three-hole,grounded wall socket.The Er,Is the need for a GEC connection between microlnverters. also used In the PV industry to connect all exposed metal parts such as PV module frame, racking structure,wiring enclosure(combiner and junction bones),and the mlcrolnverter chassis. Ground fault detection on board:Enphase Mlcrolnverters with Integrated Ground offer With Enphase Mlcrolnverters with Integrated Ground,the Ec.c Is supplied through the Engage advanced features to detect DC ground faults on either DC post lve or negative conductors and Cable system. always check the Insulation resistance before exporting power.This ellminates the hidden ground faults that often go undetected with less mature microlnverter technologies. Grounded Conductor:The NEC defines the grounded conductor as a current-carrying Smart disconnects:As on all Enphase Mlcroinverters,the AC and DC connectors are rated and conductor that Is Intentionally grounded.Examples are the Neutral conductorfound In an AC listed as disconnect devlcoa under load per the NEC requirements.This simplifies design and system ora grounded DC conductor found in many PV systems.The point at which the current- eliminates the need for redundant and hard-to-tocate disconnect devices. carrying conductor is connected to ground must be connected to the grounding electrode with a GEC. Ruggedized DC wiring:Each Enphase Mlcroinverter with Integrated Ground Is built with PV (Photovoltaic)Wire for all DC conductors.This provides double Insulation for protection against Grounding Electrode Conductor(GEC):The purpose of the GEC Is to provide a conductive wire damage and meets all wlring requirements of NEC 690.35.The PV module must also use path to connect the common grounding point of the power system(AC or PV power systems)to PV Wire. the grounding electrode or to a grounding electrode system.AC or PV power system grounding Is established when a current-carrying conductor Is Intentionally connected to ground by a GEC, 2 .-......m..=._..............a»...o 2014 Enphese Enerte Inc.A11 right,rs,srved,� �J—ey,2014 1 o 2014 Enphase Energy Mc.Al rights mmne1 January 2014 Enphase Microlnverters&Ungrounded PV Arrays Enphase Mlcrolnverters&Ungrounded PV Arrays Fully integrated Microinverter System Ground Building Arrays with Grounding in Mind Like the Enphase M190 and the prevlous-generation M215,the Enphase Mlcrolnverters with Integrated Many methods are available for Installing PV systems that enable a variety of approaches both to system Ground are utility-Interactive mlcrolrlverters.All Enphase Mlcrolnverters use transformer coupling to design and to system grounding.We discuss two common methods and place emphasis on specific Isolate the DC and AC circuits,The major difference between the grounded and integrated ground grounding requirements. models Iles within the DC Input stage of the mlcroinverter,where DC powerfrom the module enters the Wire EGO The PV modules are mounted to the racking platform with mechanical clamps and microinverter.Enphase Mlcrolnverters with Integrated Ground do not ground the DC Input,as did their predecessors.By Isolating the DC conductors from ground,Enphase Mlcrolnverters with integrated clips,As per NEC 690.43,all exposed metal must be grounded,An 1--Gr provides a conductive Ground enable the Installer to create an NEC-compliant Ungrounded PV Power System(690.35,690,41), path forthe racking and PV module frames.The EGO Is connected to each PV module frame and all racking members.The EGC tram the array can be connected to the AC EGO that then With the Enphase Mlcrolnverters with Integrated Ground,the grounding requirement is satisfied with an connects to the AC ground system. I r;.:';,so a GEC Is not required.The GGC Is provided through the Engage Cable system that has been certified and listed for this application. Main k �..,�j�Llnvi , Panel Boa d ( - J— Line1 N"'a NaUil t orndmp+'on G(e11nQ tsar p4cl rbC AC r cIM I Lacuvtl DC 0 Enphase Mlcroinvem^rs-tli In r.y tared GrOaad wlrh EGG Cunncctiny PV Prames and Enphn9e lA1lerolnverterS Ni ill;n"g'ntid Ground GfeUndoc-'F r-"' • WEEBsI WEEK equipment bonding washers can be used m connectthe PV modules to each In previous models,the DC Input was bonded to ground through a GFDI circuit.This essentially grounded other or to the racking for the purpose of equipment grounding.NEC 690.43 and 250.136(A) the PV module's output.Thls construction required connection from this point to the grounding electrode allowforthe equlpmerd ta be electrically connected to mounting structures that are themselves using a GEC.However,since Enphase Microlnverterswith Integrated Ground Isolate the DC conductors grounded,and the electrical connection bonds the equipmentframe to ground.To be considered from ground,only a simpler EGC Is required.The F_GC Is provided within the Engage Cable system, grounded,the mounting structure must be connected to an equipment-grounding conductor. which connects seamlessly to the AC power system output of the mlerolmerter, WEEBs can only be used as partof the EGC system. Enphase Mlcrolnverterswith Integrated Ground detect ground faults In e0therthe DC positive or negative M conductor of the PV module by dotecting the Insulation resistance of each conductor to ground.Also new panel 8osrd to Enphase Microlnverters with Integrated Ground Is the Insulation Monitor(IM),which measures the insulation resistance of the DC circuit with respect to ground.Together,these features offer greater safety than previously possible In any Inverter technology. ^^ u19r'"•�- a.umrvewrat9m c,on•d Acronyms and Definitions oomvr ram G:arnO bar AC Alternating Current �•�� "" DC Direct Current ti.?C Equipment Grounding Conductor - Engage Cable Enphase cable system listed for use with Enphase product cEC Grounding Electrode Conductor _ GFDI Ground Fault Detection and lnterruptlon IM Insulation Monitor NEC National Electrical Code PV photovoltaic "nphasr Mlcrolrnrerrer ,w,lntagnted Ground-th,,EEE Ground Jump='Z WEEB Washer,Electrical Equipment Bonding 4.,� .v.,s•.•.••.._•,•.•.•__ v 2014 Enphase Ener,Inc.All right,naarved._a�....Y._.....m,.-..tea J.—,2014 5-...-..a�,..4w.........v.�..,.=.n,:�,�,.s,._..2014 Enphase Energy Inc.NI Hants reserved.v✓...«_ January 2014 AHYUNDA H6AVY INUUSTmP3 CU.,l I www.hh4g raen.com/solar o INSTALLATION MANUAL Enphase Microinverws 1mith integrated Ground (iG) Effective February 1,2014 Enphase's latest generation mlcrolnvertere feature Integrated(DC Isolated)Ground.Because the DC circuit Is Isolated and Insulated from ground,these mlcrolnverters do not require a Grounding Electrode 1. Introduction Conductor(GEC)connected between each microlnverter.This means you don't need to attach a separate copper grounding conductor to each mlcroirlverter orworry about a continuous run to ground, This Installation manual contains Information regarding the Installation and the safe handling method The result Is faster Installation with lower materials costs and a safer system. of the photovoltaic module(hereafter referred to as"module")supplied by Hyundai Heavy Industries co.,Ltd,(hereafter referred to as'HHr7. Integrated Ground and Code Requirements System Users and Installers should read and understand this manual before handling,installing the module.For any questions,please contact Customer Support department or our local representatives Solar Installers must comply with the National Electrlml Code(NEC)when Installing Enphase for more detailed Information. Mlcrolaverters,Enphase Mlcrolmorters with Integrated Ground moetthe requirements specified for Before Installing a solar photovoltaic system,mechanical and electrical requirements for the total Ungrounded PV Pourer Systems In sections 690,35 and 690.41 of the 2008,2011and 2014 NEC.It also system should be checked as well,Keep this manual In a safe place for future reference. meets the Undelwraers Laboratory(UL)Standard 1741 grounding requirements. The installer should conform to awry safety precautions specified In this manual and local codes For further Information,referto the whltepaper on Enphase Mlcrolmerters and Ungrounded PV Arrays and other materials atwwwy onohase com/Groundina, when installing a module, Hill modules are tested and certified for instollatlon worldwide,Different reglons may have different regulations for solar PV installations,In this manual,hereafter"IEC any Is used to refer to regions Identifying Microinverter5 _ eo"v�ra°almm�a where IEC standard applies,e.g.Europe,Middle East,most of Asia Pacific countries;"UL only'Is •-^pith Integrated Ground mad to refer to regions where UL standard applies,e.g.United States,Canada;all other references Installers and Inspectors can easily __ Plaelkl are global. identity Enphase Microlmerters with - Integrated Ground. 2. General Information This manual provides the Installation Information for HHI modules,Each Individual module has a Inp_'a ins I6rlioYo in VBRE'I"S Prediei1yl unique sena number, viith Integrated Giound a _ _ - �"°"°'^ Enphase Microinverters ship with DC and Serial number:YYMMDD-XX-SxxxRG-0001(-9999)(Ex•140317.21-S260RG-0001) AC cables and connectors.The DC connectors attach to me PV module,while the AC connector attaches dlrecty to the EngageTM Cable.Its that simple:no additional cabling is needed. YYMMDD:Production date XX:Production line ?,bout System Grounding Sxx%RG:Model(xxx:module power range) Electrical code requlrestwo types of grounding conductors;the Grounding Electrode Conductor(GEC), 0001(-9999):Production number which Is mad between the grounding electrode and the pointwhere a normally current carrying conductor Is Intentionally bonded to ground and the Equipment Grounding Conductor(EGC),which grounds non- 2.1 Disclaimer of Liability currontcarrying metal parts of the system,such as the racking and module frames. Because Enphase Mleroinvelters with Integrated Ground have DC Integrated ground,they do not require The Information In this manual Is based on HHI's knowledge and experience and Is believed to be a GEC.However electrical code still requires that exposed metal In the array be grounded(NEC 690.43 reliable;but any Information Including product speciflcatlon(without limitations)and descriptions do and 260,136(A)).This requirement Is manor Ne microinverar because the ground conductor Internal to not constitute over a warranty, the Engage Cable acts as the EGC,It may be met for racking and modules with use of an EGC or HHI reserves the rights for any change the technical specification Including the PV production,the WEEBs to provide bonding to this ground system. specifications,or the product Information sheets without prior notice. The Installation techniques,handling and use of this product are beyond company control. HK does not have any responslWItty and the liability for loss,damage,Injury or expense resulting from Improper Installation,handling cruse, .D 2014 Enphaeo Energy lne. 91 dghta roamvod, -� January 2014 Saltie omce Page 1 of 15 factory 12th Fl,Hyundai BldgSolo. , 313, SaFmyaoo aon,Eumng-pun. 76,Yulpck-ro,Jangna-pu, Chunp haamgbuk-do386872,Kora Saul 116783,Kora. AHYUNDA AHYUNDAI Hruk NousTmes co.t! www.hhl-green com/solar INDUSVelis COX.. -Ahl-green.com/solar 4. Specifications 4.1 Notes on Specification nh Bair The electrical characteristics are wlthlntl0%ofthe indicated values ofisc,Voc,Impp,Vmpp. Flal wa-Wf!;6-il Standard Test Condition(STC):IrmdlaUon 1,000 W/ni,Cell Temperature 25°C,1,5AM. I f ran:a Electrical Characteristics;HIS-Mxx RF(Multi-Crystalline Si Type,3 Bus Bar Type,54 Ceiis) Fla-was,,eroz l6mm1 Item HIS-MxxxRF(xxx;NorinalPower Value): Normal Power(Pmax) 215 220 225 230 235 240 245 - Val4geatPmax(Vmpp) 27.5 27,6 27.8 27,9 28.0 E2&2 28.3 Spring wa+nor(6mm} Current at Pmax(Impp) 7.8 80 8.1 8.2 8,4 8.7 Open circuit voltage(Voc) 33,4 33,5 33,7 33,8 34.0 34,3Short circuit current(Isc) 8.48.58.7 8,8 8,9 9,2 Module efficiency 14.6 14.8 15.2 16.6 15,9 16.6 M6 Nut Temp,coefficient of Pmpp[96/K) -0,43 Temp.coefficient of Voc(%/K -0.32 Temp.coefficient of Isc 196/KI 0.056 Output tolerance[%) +3/-0 Maximum system voltage(Vdc] 1,000(IEC)/600(UL) Cell quantity in series[pcs) 54 Picture 3.Mounting Hardware Bypass diodes[peal 3 Cell Type 6inches,Multi-crystalline Silicon Cell Safety Qualification a Class IEC 61215,UL1703&Class 11 Maximum Series Fuse Rating[Ai 15 Fire Class rating I Class C Electrical Characteristics;HIS-S xxRF(Mono-Crystelllne SI Type,3 Bus Bar Type,54 Cells) +onuLE Item - HIS-sxxxRF(xxx;Normal Power Value) Normal Power(Pmax) 225 230 235 240 245 250 255 takla Voltage at Pmax(Vmpp) 27.8 27.9 28,0 28,2 28.3 28.5 28.6 re at Pmax Int 8.1 8.2 8.4 8,5 8,6 8.8 8,9 END CLAMP Cu r m ( pp) DErAIL A Open circutvolage(Voc) 33.9 34.0 34.2 34,3 34.5 34.6 34.7 Short circuit current(Jac) 8.7 8.8 8.9 9.1 9.2 9.4 9.5 Module efficiency 15.2 15.6 15.9 18.2 16.6 16.9 17.2 Temp.coefflclantof Pmpp[%fKj -0.44 cMnuNEL looso Temp.coemclent of Voc[%/K) -0.34 Temp,coeffklent of isc(%!K) 0,082 ke output tolerance(%] +31-0 Maximum system voltage Ndc] I,000(IEC)/600(UL) Cell quantity In series[pcs] 54 Bypass diodes[pee) 3 Dorno a Cell Type 6lnches,Mono-crystalline Silicon Cell Safety Qualification&Class IEC 61215&Class II Picture 4.Installation Method using clamping Maximum Series Fuse Rating[A] 15 Fire Class rating Class C sm.oma. Page 7 of 15 Factory aeras omca page 6 of 15 Factory 17th FI.,Hyundd Bldg.. 313,Sd-.Sri-myon,Eumasonpgun, 12th Fl..Hyundd Bldg, 313,56-ro,Soi-my.an,Eumwanp-yn. 76,YNgdwo,Jongna-y. Chunaah.ong0uk-0o 369-872,Karoo 75,Yulgak..,Jon,,,., Chunechaonghuk-do 369.8M,K- S-1 110-723, arooS-11101703.K... Soul 110-783,Koro. HaA ND.s-Es CO,. wwwhhl-greencom/solar NeaVY INDUVMS N,aM v.1h1hi-green.com/solar Mechanical Characteristics(HISMxxxRF/HIS-SxxxRF) Electrical Characteristics:HISMXXXRG(M Wt-Crystalline SI Type,3 Bus Bar Type,60 Cells) Description "H1s4MxxxMFIHISS1mxMF`- hem '`HIS-MxxxRG(xxx;NOtmal Power Value) Normal Power(Pmax) 240 245 250 255 260 265 270 Length,mm(Inches) 1,480(64.8) Voltage at Pmax(Vmpp) 30.6 30.7 30.9 31.0 31.1 31.3 31.4 Width,mm(Inches) 998(39,3) Current at Pmax(Imp) 7.9 8.0 8.1 8.2 8.4 8.5 8.6 Depth,mm(inches) 35(1.38) Open circuit voltage(Voc) 37.1 37.3 3T4 37.6 377 37.9 38.0 Short circuit current(lac) 8.4 8.5 8.7 8.8 8.9 9.1 9.2 Weight,kg(pounds) 15.4(34.0) Module efficiency 14.7 15.0 15,3 15.8 15.9 16.2 16.6 Mechanical Chamcterlstics(HIS-MxxxRG/HIS-SxxxRG) Temp.coefficient of Pmpp(%/K) -0.43 Temp.coefficient:of Voc%/K) -0.32 Description - HIB-MxxxMG/H18.9xxxMG Temp.coefficient of lsc[%/K) 01056 Length,mm(Inches) 1,640(64.6) Output tolerance 1%] +31-0 Maximum system voltage[Vdc) 1,000(IEC)/600(UL) Width,mm(Inches) 998(39.3) Cell quantity in series(pce) 60 Depth,mm(Inches) 35(1,38) Bypass diodes[pool 3 Call Type 61nches,Multi-crystslllne Silicon Cell Weight kg(pounds) 17,2(37.9) Safety Qualiticaaon&Class IEC 61215,UL1703&Class I I The specifications In the datasheot Is tested under STC condIllons. Maximum Series Fuse Rating[A) 15 In ambient condhlon,PV modules may have higher levels of voltage and current comparing with the Fire Class rating Class C data in STC conditions.According to 1EC61730-1,all electrical charecterisacs such as Iso,Voc must be considered 25%more at the design stage for the nominal voltage,the conduction capacity,the •Electrical Characteristics;HISSxxxRG(Mono-0rystalline SI Type,3 Bus Bar Type,60 Cells) fuse size the controller capacity,etc, --'item '-HISSxxxRG xxx•Normal Power Value". " Amblent Temporature Normal Power Pmax 250 255 260 265 270 275 280 Celsius(eC) Fahrenheit(IF) Correction Factor Voltage at Pmax(Vmpp) 30.9 31.0 31.1 31.3 31.4 31,6 31.7 25-10 _ 77-50 1,06 Current at Pmax int 8.1 8.2 6.4 8.5 8.6 8.7 8.8 9-0 49-32 1.10 Open circuit voltage Voc 37,6 37.8 37.9 38.1 38.2 38.4 38.5 -1--10 31-14 1,14 Short circuit current Isc 8.7 8.8 8.9 9,0 9.2 9.3 9.4 -11--20 13-4 1.18 Module efficiency 15.3 15.6 15.9 16.2 16.5 16.8 17.1 -21-40 -5-40 1125 Temp,coefficient of Pm pp JWKI -0.44 Temp.coefficient of Voc(%M) -0.34 Temp.coefficient of Isc[%/Kl 0.052 4,2Mechanical Loading Output tolerance% +31-0 As the octuret,picture2 shows,a PV module has 2 mounting holes and 2 NOT USED HOLE at each Maximum system vorage[Vdcl 1,000 IEC y 600 UL aids,a total of B holes.Please select outside mounting holes at each side.This can resist nominal load CeII SpasIn series s BD on the module surface of 5,400Po(5,400N/m2,550kg/m2,112lbM)at maximum, ss s diodes s 3 ______2SLTj_pe 6lnches Mono-crystallIne Silicon Cell Safety qualification&Class IEC 61215,UL1703&Class II 5. Wiring Maximum Series Fuse Ratio A 15 61 General Fire Class rating Class C All wiring should be matched with proper electrical codes,NEC(USA)or CEC(Canada). All wiring work should be done by a cortlfled and authorized engineer, All wiring should be connected safely In order to prevent any hazard, All PV modules for one serial connection must be identical In terms of output, In types and manufacturer of solar cells, Do notconnect PV modules directly In parallel without the)unction box. sees Office Page 9 of 15 Factory sero.omca Page 8 of 15 Pactory 12th FI.,Hyund.l MS., 313.Soi-m,Sci-myean,Eumeoane gun, 14th R.Hyundai Bids, 313,Sol-ro,Sol-myeon,Eurnmong-gun, 76.Yul9ok-r0.Jongnugu, Chungohaanghuk-do 36&672 Koro. 76,YulgoWro JmW,-gu, Chungcha.nghuk-do 39&672.Korea Saul 116763,Kama Seal)110-793,Kama HEAVY INDUSTRIES ML! wwwhhl-greencom/solar H""INDUSTRIES M,ao, www.hhl-green.mm/solar 6.5 Module Terminations 6,2 Module Wiring The Installer should connect cables using the same cable connector equipped In Each PV module,For Maximum system voltage should not exceed 1000[VJfor IEC&600[Vj for UL. more Information about electrical connection,contactan authorized engineer of HHh •The maximum number of modules In parallel connection depends on Inverter's capacity, PV modules are not designed to be connected to load directly.Therefore,a proper Inverter must be 5,6 Junction Box&Terminals connected. Bypass diodes are Installed on the modules at the factory.Wrong connection may cause damage to A PV module has the plus and minus connectors and a Junction box with bypass diodes,On the the bypass diodes,cable andjunction box. Junction box,the polarity Is clearly marked(See the picture 12). Fuse rating:Use 15A max serles fuse,Fuse capacitance is calculated by using Ise-1,56, 1) Protection Degree:I P65 2)Temperature Range:-40'C^+85'C 6,3 Array Wiring 3)Wire Size:4.Omm2(AWG 12) 'Array Is defined as a module arrangement with combined elecbkal connection.The array must be 4)The cable must not be bent or crushed on the direct exit of the cable screwJoint.A minimum bending Insulated to resist against the possible maximum open-clrcult voltage.Also,solar Inadlation-proof radius Fay x cable diameter must be maintained.The cable must be routed In a cosy that tenslle copper wires must be used for array wiring,Installers must check the focal electrical specifications,In stress on the conductor or connections Is prevented order to prevent cable drooping,Installers should rix cable using wire or duct OK Nn ---"'--- 6,4 Earth Ground Wiring To prevent electric shock and fere,an earthing must be done on the cremes of PV modules and array. The any Prams must be earthed according to NEC Article (250(USA)or CEC(Canada).Thera Is an Iw earthing hole In the module frame;by using these holes,an earth conductor and the module frame must be connected and earthed.(See picture 6) Picture 7.Cable Routing .. 5)When connect connectors,insert connector until locking hook catches the hostler and clicks.Pull each connector gently and make euro connectors are not disconnected,pq_ � - -. �..�qs �ILI� Plctu re 5.Grounding Hardware t J Grounding using Lay-in Lug Picture 8.Connect connectore It Is necessary to ground module at earth hole(4.2mm/all frame)wing GBL-4DBT Lay-In lug of 8)Do not give between the connector and cable a strong pull(over 10kg). ILSCO or a product certitled of quality above.In order to connect module frame and Lay-In-lug electric 7)Do not apply external stress to the body of connector, more effectively,Installers should use external saw tooth type washer or sawtooth type Lug and torque wronch(Torque level:1.5 N-M). 6.7 Conduit The material for Dot,nut,washer and lug should be stainless steel, For conduit application,It Is necessary to follow the regulation Tor outdoor Installation of conduit,All fixing parts should be protected from any damage and moisture, �y 6. Diodes — r f I . When there Is partial shade on a PV module,reveme-voltage can circulate inside PV module,In order to protect this phenomenon,the diodes are normally Installed In a Junction Box.HHI PV modules are equipped with bypass diodes.it Installer wishes to apply additional diode,he or she should Inform an authorized engineer of HHI, Picture 6.Lay In Ground Lug am"office Page 11 of 15 Factory aalas Omce Page 10 of 15 F.cto y 12th R.,Hyundvl Bldg.. 313,Sd-m,Sd-myeon,Eum.00nppun, 12th Fl..Hyund.l Bldg- 313,Sal-m.SW-neon,Eumnong-gun, 76,Yulaok-ro,J.ng—gu, Chungheongbuk-do 3e8-872,Kane 7e Yulook-,Jonpi gu, Chungchaongbuk-do We-872,Kon. Seoul 114783,Kae. Seoul 110-783,Koro. nNmC0. � AYNacv! . wwwhhl-green w mso lar rew+vw.hhl-green.com/solar a 7. Operation and Maintenance It Is required to perform regular Inspection and maintenance of the modules,especially within warranty _ - scope,It Is the user's responsibility to reportto the supplier regarding the damages found, 11 11 HIE o H 7.1 Cleaning HHI modules are designed for long life and require very Ilttle maintenance.Under most weather condttlons,normal rainfall Is sufficientte keep the module glass surface clean. Do nottouch the glass since}Inger prints or stains will easily mark the glass. For AR coaang HHI modules Alin special materials to Increase energy harvest,Aways use gloves when handling the module,never touch the glass with bare hands.If dirt bulks-up becomes excessive, - clean the glass surface only with no heated water only.Normal water pressure Is more than adequate. _ •Do not use harsh cbaning materials such as scouring ponder,steel wool,scrapers,blades,or other o_ar v..cr nu�usharp Instruments to clean the glass surface of the motlule.Use of such materials or cleaning without - �� 'I consultation will invalidate the product warranty. 1 '[t , u PV modules that are mounted Nat should be cleaned more often,as they will not"self-clean'as effecavely as modules mounted at a 15°dR or greater. Do not clean the back of the module.If cleaning the back of the module is required,please contact DETAIL DETAILS local representatives for more detalled Information, A,(1nONr-1 SECTION D-D Picture e.Standard modulo Layout&Ground position(HIS-MxxxRFlSxxxRF) 7.2 Visual Inspection of Modules _ __ _ •Inspect the Modules visually to find whether there are appearance defects,the following need to be — �-i paid more attention especially; 1)Whether the glass is broken 2)Corrosion along the cells'bus-pat 3)Whether there Is burning vestige on the back-sheat. �-- 7.3 Inspection of connector and Cable In order to ensure proper operation of the system,please check all wiring connections and the condition of the wire Insulation periodically. 9 �i -- lilt II I DETAIL DETAILS SCCTICN C-.^, SECTION D-O Picture 10.Standard module Layout&Ground position(HIS-MxxxRGIMxxxRG) 8a1as dmea Page 13 of 15 Factory ashes Omce Page 12 or 15 Factory 12th FI.,Hyundai Bldg., 313,Sal-m.Sd-.Yoan,Eumvaanggun. I3th Fl„Hyundvl Bldg., 313,Soi+,Soi-myaon,Eumvaa�gun, 75,Yulgdoro,JaIa—W, ChuracmNngbuk-do3Bg-S72,Karma 75,Yulgolwo,Jongno.gu, Chungd,-nbukE 36&672,Koro* Seoul 116783,Kaes Savul 110.793,Kom* HEAVY INDUSTRIES co.a wwwnhi-greencom/sciar WAV,INDUSTRIES co.lam www.hhl-green.com/ve(ar Appendix)Module Installation Instruction(HIS-MxxxRF,HISda%xxRG,HIS-S—RF,HIS-S—RG) The imnallatlon methods which are described in Hyundai Heavy Industries Installation Manual are 4 i1J covered by 2,400Pa Warranty. Method 2400 Pa 5400PaAM © Bolting Long Bar 1 ip' L14 l Picture 11.YJB46 Junction box t 100mm U2 Long Bar i 1 Clamping p:Clampingarea [2:Addidenol pfm 1 support bar CID mping Area 1114 area4 u� p:Additional L Tf- Clamong area for Sipping L/81 Clamping Area sLA snow t100mm I r— U2 s/a ala' �. i p Short Bar i Clamping Area SS/4 L 5/81 Clamping Area SSA Picture 12.YJB-35 Junction box Note 1)The certified mounting method is bollmg method by TOV Rheinland, 2)The Mounting method has been qualified by Hyundai Heavy Industries,and the mechanical load tests are based on IEC61215 ed.2. am.e omce Page 15 of 15 Factory amas Me. Page 14 of 15 Factory 121'Fl.,Hyundel Bldg.. 313.Sal-,Sd-nryean,Eurr—ogun, 12h R.Hyundai Bldg., 313,Sabra,Soka yeen,Eummong-gun. 76.YWg k,A Jongnogl, Chungcheangbuk-0a 38&972,Koroe 76,Yulgok-ro,Jangno-gu, Chungc'eorgbuk-da 36&972,Korea Seoul 110.793.Karoo Seoul 110-7a3,Kora. NAVY INDUSTRIES MLTD. vvwwhhI-gteen.com/soIar HEAVY INDUSFUCIES CO.,LT,, www.hhl-green.com/solar 3.4 Mounting Method 3,2 Notes on Installation All modules are feed using mounting hobs of long frame, Space between PV module frames and Installation objects Is nocessaryfor cooling air circulation.Do Each module must securely fastened ata minimum of 4 points on two opposite sides,using the most not seal this space. outer mounting holes. •Minimum 4 Inch(10.14cro)of standoff height Is necessary based on UL Fire Class C. If additional wind loads are anticipated for this Installation,additional mounting points should be used, •The minimum distance between two fbed modules for linear thermal expansion of the module frame System designer and Installer are responsible for load calculations and for proper design of support supports should be 5mm.Nevertheless,the recommondod distance between two modules Is 20mm structure. to allow wird circulation,In order to reduce pressure loads and Improve module ventilation. When Installing modules In snowy area,additional clamping or supporting parts should be attached to •The minimum distance between a module frame and a sidewall of clamp for linear thermal expansion the middle of the lower long side frame to prevent possible damages from slipping snow. of the module frame supports should be 2,5mm,in order to reduce pressure loads. All the junctions on the conductive connection must be fixed.Metal containing Iron In the conductive Detailed mounting method Is described In'module Installation instructon'm the appendix, connection should be made with stainless steel or be treated agafnst corrosion by anodizing,spray- s____._,_ painting,or galvanization to prevent rusting and corrosion, Modules that feature antlreflective coated glass are prone to visible finger print marks If touched on the heart glass surface.HHI recommends handing modules wfth anti-reflective glass with giovea or _ - limiting touching of the front surface.Any}Inger print marks resulting from Installation will naturally ' 1` disappear over time or can be reduced by following the washing guidelines In Section 7.1. f 3.3 General Operation Condition PV modules will be operated under General Operation Condition(GOC).Do not install PV module at It site beyond General Operation Conditions or under specific condition. l 1) General Operation Conditions J , The alta condition for the sea level and wind load should be matched the following requirements. ^ "- _^� (i)Soo level of site:Below 1,000m(3,2801t) (2)Maximum Instantaneous wind Speed <RG Sarbs> <RF Serlea> I Below 5,40OPa(5,400N/m`,550kg/m2,1121be)on the front module surface Picture 1.HIS-SxxxRF f-M1ox:RF/-Sx%xRG/-MxxxRG Hole Position Below 2,40OPa(2,40ON/m2,225kg/m2,461bte)on the back module surface x If the wind strength Is not ever than 2,40OPa(2,40ON/m',225kg/m',4 Ib/flz),the Installation site Channel nor Modena Inctc9 \ over 1,000m(3,280h)above sea level Is permitted, mors en Installations under the contlitlon of wind strength specified above are allowed only when the \ - — methods of installations comply with Module Installation Instruction(Appendix 1,) MG.1-25 DOLTr 2) Specific Site Condition — \ (1)Actual site wntlttlon should be checked for adequate Irlstellatlons. _ 1)Chloride Is an important factor to be considered, �\ '\ 2)Hall,heavy snow,and sand are Important factors to be considered. -"•'°-`HES av MODULE 3)Air pollution,chemical gas,acid rein,and smoke are Important factors to be considered (2)Environmental conditions. 1)PV modules shall not be Installed In salty area wlthin 500m from a body of salt water and/or area where salty wind hit directly. `�pV+.INO n�asHtH es HYUNDAI modules have passed the IE061701 test(Batt Mist Corrosion Test) 16 Nur 2)PV modules shall not be Immersed In water and shall not be continually exposure to Water from a sprinkler,fountain,etc. Picture 2,Installation Method using bolt&nut 3)PV modules shall not be installed In sulfurous area near sulfurous volcano and sulfurous spring, sobs omea Page 5 of 15 Factory seise omen Page 4 of 15 Factory I"'Fl.,Hyundd Bldg., 313,Sal- Sd myem,Eumaam"a 12th R.HyuMW Bldg.. 913,Sel-n,Sol-myean Eumwong-gun, 76,Yulgdx-ro,Jangnogr, ChungchmngWi,do 39&872,Kara, 75,Yulook-n,Jangno-gu, Chungchaongbuk-do 389.872,Kana Saou1110-793.Kam .,soul 110.791 Kona AHYUNDAI HEAVTI......'.. —hhl-greencom/solar HEAYNDUSTalE3 COrr1! —.hhl-green.com/solar 2.5 Q� 2.2 Notice In order to prevent any performance drop,damage,or Incapability,do not use paint and adhesive •Installing solar photovoltaic systems requires specialized skills and knowledge,and should only be material to the module surface, performed by qualified persons. Do not leave modules In pieces where flammable gases can be generated or collected. •Each module has a junction box for permanent cable connection.HHI can provide customers with Do not leave un-fkod and unsafe PV modules unattended. f lied cables for easy Installation.Installers should secure the safe Installation status Including all Do not wear metallic rings,watchbands,ear,nose,lip rings or other metallic devices while Installing electrical hazards, photovoltaic systems. PID(Potential Induced Degradation)Is not covered by Hyundai Limited Warranty for PV Modules.To prevent the PID phenomena,it Is recommended to design the system to avoid PID or use the PID- &8 General Safety tree products, The following requirements should be kept during Installation and Inspection. Check the inspection requirements by authorized personnel. 2.3 All PV module system must be earthed.When Installing the system,abide by all local,regional and •installers should secure the Installation status,without limitation.Including the risk of electric shi national statutory regulations. Back sheet of PV module should be kept safe from any damage or scratch to prevent mechanical or System designer and Installers should secure safe Installation of PV modules.All Installation must be electric shock. contormed to all fire salary regulations.Additional structures can be applied for Installation. It •Do not disassemble or remove any part of a PV module or such actions may cause electric shock, additional equipment Is applied,n Is necessary to check the fuse status,earth error and system fire or damage. Isolation. •Keep safety regulations for all components used in the system, Including wiring and cables, Do not use different types of PV module in a same module array connectors,charging regulators,Inverters,storage batteries and rechargeable battedes,etc. Abide by the safety regulations for all other components within the total system, 2.4 2.7 UL Listing Information Before Installation,prevent the module from exposure to direct sunlight or other light source.(If The following requirements should be considered carefully during Installation to meet UL requirements, modules are exposed directly to sunlight without connection,each module generates over DC 30V, It Is necessary to use single or non-hollowed copper wire.For module connectlon,It is necessary to which Is potentially hazardous,) use Irradlabon-proof cables, Modules are heavy.Be sure to have more than two persons with anti-slip gloves on carry each PV It Is necessary to read carefully all technical requirements for installation and specitcatlons specifled module.Do not throw and drop PV modules. In this installation manual •Do not sk stand,step,walk and/or Jump on the module,Including the frames, All module frames must be earthed over 6 mm2(10 AWG)cable with adequate terminal connectors. Do not drop or place objects on the modules.Do not place excessive loads on the modules or twist the module frame. 3. Installation All Installation equipment and PV modules must be kept In dry condition during Installation. Check the current and the voltage before connecting the line.There Is potential hazard In case of 3.1 General higher voltage In series connection and higher current In parallel connection. Before Installing and operating HHI PV system,Installer and operator should follow the requirements All PV modules must be earthed by Laing earth device.Safety check for all other parts of systems specified In this manual, should be finished before Installation to prevent any electric hazard. Do not drill additional holes In the frame of the modules,This additional hole will void the warranty. •Do not use any damaged PV module,where it may cause fire,electric shock or injury. Rotor to the mounting profile In Plcturel,Pictum2. Do not focus light on a PV module,where it may cause fire and damage, Secure the module using mounting holes provided and Wnch(6mm),stainless corrosion resistant •Do not touch live parts of wires,cables,connectors,or junction boxes,In order to prevent electric material,Locking washers should be used for long-term security, shock and Injury.Be sure the circuit breaker is ort V Its applicable,Always use appropriate safety Appropriate materials should be used for mounting structure In order to prevent the module frame, equipment(Insulated tools,Insulating gloves,etc.) mounting structure from corrosion. •Do not re-arrange bypass diodes,where It may cause electric shock and Injury, Installation materials must be resisted against any corrosion of module frame,Installation structures, Do not disconnect the cable when the load to module Is engaged, When Installing the system,it to necessary to avoid any shade caused by buildings or trees nearby, •Check applied Class for module after Installing the module. For more Information about the Installation,please contact local representatives for mora detailed •Do not use mirrors or other magnttiem to artificially concemnate sunlight on the modules. Information, •Do not remove any labels. Galea am'. Page 3 of 15 factory Gala.amca Page 2 of 15 Factory 12th Ft.,Fyundd Bldg., 313,Salem.SN-myoan,Eumaam Cg fah Fl.,Hyuntld Brdg., 313,Sol—.SOFmyoan,Eumwong-pm, 78,Yulaok+e Jmgnuy, Chungchwngauk-do396-072,Koro* 7e,Wpk-ro,Jonw, gu, Chungtlwongtuk-do 38&872,Koroa Saau1110.793,Kar. Saw1110.7g3,Koroo The Commonwealth ofHassachusetts Department oflndustr'ialAccidents 1 Congress Street,Suite 100 Boston,MA 02114-2017 www.mass.gov/dia Workers'Compensation Insurance Affidavit:Builders/Contractors/Electricians/Ptumbers. TO BE FILED WITH THE PER YKI TING AUTHORITY. ADMicaut Information Please Print Le 'bl Nalne(Business/Organization/Individual): p ` ()' tt Address: City/State/Zip: Qr L�. j Phone#: ) r Are you an employer?Check the appropriate box: Type of project(required): 1, am a employer with _employees(full and/or part-time).* 7. ❑New construction 2.❑I am a sole proprietor or partnership and have no employees working for me in 8. Remodeling any capacity,[No workers'comp.insurance required.] 3.Q I am a homeowner doing all work myself.[No workers'comp,insurance required.]t 9. ❑Demolition 10 n Building addition 4.❑I am a homeowner and will be hiring contractors to conduct all work on my property. I will ensure that all contractors either have workers'compensation insurance or are sole 11.0 Electrical repairs or additions proprietors with no employees. 12.0 Plumbing repairs or additions 5.❑I am a general contractor and I have hired the sub-contractors listed on the attached sheet 13. Roof repairs These sub-contractors have employees and have workers'comp.insurance. ( 6.Q We are a corporation and its officers have exercised their right of bxemption per MGL c. 14.Q Other l�, 152,§1(4),and we have no employees_[No workers'comp.insurance required.] *Any applicant that checks box#1 most also fill out the section below showing their workers'compensation policy information. t Homeowners who submit this affidavit indicating they are doing all work and then hire outside contractors must submit a new affidavit indicating such. #Contractors that check this box must attached an additional sheet showing the name of the sub-contractors and state whether or not those entities have employees. If the sub-contractors have employees,they must provide their workers'comp.policy number. I I am art employer tltat is providing ipot•Irers'compensation irtsurmrce for my employees. Below is the policy and job site irtforrnation. Insurance Company Name: (� Policy#or Self-ins.Lic.#: Expiration Date: ( Job Site Address:_-? (� �� Farm K, _ City/State/Zip:_ Attach a copy of the workers'compensation policy declaration page(showing the policy number and expiration date). Failure to secure coverage as required under MGL c. 152,§25A is a criminal violation punishable by a fine up to$1,500.00 and/or one-year imprisonment,as well as civil penalties in the form of a STOP WORK ORDER and a fine of up to$250.00 a day against the violator.A copy of this statement may be forwarded to the Office of Investigations of the DIA.for insurance coverage verification. I do h erebyeerp#under t/ Ins and penalties of petywy that the information provided above Is true and correct Si ature: r C Date: Phone#: Official use only. Do not sprite In this area,to be completed by city or town official City or Town: Permit/License# Issuing Authority(circle one): ; 1.Board of Health 2.Building Department 3.City/Town Clerk 4.Electrical Inspector 5,Plumbing Inspector 6.Other Contact Person: Phone#: ® C TIFICAT F LIABILITY INSURANCE DATE(MM/DD/YYYY) 8/14/2015 THIS CERTIFICATE IS ISSUED AS A MATTER OF INFORMATION ONLY AND CONFERS NO RIGHTS UPON THE CERTIFICATE HOLDER. THIS CERTIFICATE DOES NOT AFFIRMATIVELY OR NEGATIVELY AMEND, EXTEND OR ALTER THE COVERAGE AFFORDED BY THE POLICIES BELOW. THIS CERTIFICATE OF INSURANCE DOES NOT CONSTITUTE A CONTRACT BETWEEN THE ISSUING INSURER(S), AUTHORIZED REPRESENTATIVE OR PRODUCER,AND THE CERTIFICATE HOLDER. IMPORTANT: if the certificate holder is an ADDITIONAL INSURED,the policy(les)must be endorsed. If SUBROGATION IS WAIVED,subject to the terms and conditions of the policy,certain policies may require an endorsement. A statement on this certificate does not confer rights to the certificate holder in lieu of such endorsement(s). PRODUCER DOWLING&O'NEIL INSURANCE AGENCY INC NCONACT AME: 973 IYANNOUGH RD PHONE xt a No PO BOX 1990 HYANNIS, MA 02601 ADDRESS: INSURER(S) AFFORDING COVERAGE NAIC# INSURER A- LM Insurance Corporation 33600 INSURED INSURER B: PAUL J CAZEAULT&SONS INC 1031 MAIN ST INSURERC: OSTERVILLE MA 02655 INSURER D: INSURER E: INSURER F: COVERAGES CERTIFICATE NUMBER: 25970916 REVISION NUMBER: THIS IS TO CERTIFY THAT THE POLICIES OF INSURANCE LISTED BELOW HAVE BEEN ISSUED TO THE INSURED NAMED ABOVE FOR THE POLICY PERIOD INDICATED. NOTWITHSTANDING ANY REQUIREMENT, TERM OR CONDITION OF ANY CONTRACT OR OTHER DOCUMENT WITH RESPECT TO WHICH THIS CERTIFICATE MAY BE ISSUED OR MAY PERTAIN, THE INSURANCE AFFORDED BY THE POLICIES DESCRIBED HEREIN IS SUBJECT TO ALL THE TERMS, EXCLUSIONS AND CONDITIONS OF SUCH POLICIES.LIMITS SHOWN MAY HAVE BEEN REDUCED BY PAID CLAIMS. INSR TYPE OF INSURANCE ADDL SUER POLICY EFF POLICY EXP LIMITS LTR POLICY NUMBER MMIDD/YYYY NMWDD/YYYY COMMERCIAL GENERAL LIABILITY EACH OCCURRENCE $ DAMAGE TO CLAIMS-MADE �OCCUR � � PREMISES a occurrence $ MED FRCP(Any one person) $ PERSONAL&ADV INJURY $ GEN'L AGGREGATE LIMIT APPLIES PER: GENERAL AGGREGATE $ POLICY❑jE Q [7]LOC PRODUCTS-COMP/OP AGG $ OTHER: $ AUTOMOBILE LIABILITYCOMBINED SINGLE OMIT 0 $ a aocklent _ ANY AUTO BODILY INJURY(Per person) $ ALL OWNED SCHEDULED AUTOS AUTOS BODILY INJURY(Per accident) $ HIREDAUTOS NON-OWNED PROPERTYDAMAGE $ AUTOS er acckient UMBRELLA LIAB OCCUR EACH OCCURRENCE $ EXCESS LIAB CLAIMS-MADE AGGREGATE $ DED RETENTION $ A WORKERS COMPENSATION WC5-31S-386670-025 8/10/2015 8/10/2016 1 STATUTE ER AND EMPLOYERS'LIABILITY Y/N ANY PROPRIETOR/PARTNER/EXECUTIVEE.L.EACH ACCIDENT $ 1000000 OFFICER/MEMBER EXCLUDED? ❑N NIA '.. (Mandatory in NH) E.L.DISEASE-EA EMPLOYE $ 1000000 If yes,describe under DESCRIPTION OF OPERATIONS below E.L.DISEASE-POLICY LIMIT $ 1000000 DESCRIPTION OF OPERATIONS/LOCATIONS/VEHICLES(ACORD 101,Additional Remarks Schedule,may be attached if more space Is required) WORKERS COMPENSATION INSURANCE COVERAGE APPLIES ONLY TO THE WORKERS COMPENSATION LAWS OF THE STATE OF MA. This certificate cancels and supersedes all previously issued certificates,only as they relate to workers compensation coverage. CERTIFICATE HOLDER CANCELLATION CAZEAULT SOLAR&HOME SHOULD ANY OF THE ABOVE DESCRIBED POLICIES BE CANCELLED BEFORE 200 GEE AVENUE THE EXPIRATION DATE THEREOF, NOTICE WILL BE DELIVERED IN GLOUCESTER MA 01930 ACCORDANCE WITH THE POLICY PROVISIONS. AUTHORIZED REPRESENTATIVE Q �• �� (� LM Insurance Corporation / VVVV ©1988-2014 ACORD CORPORATION. All rights reserved. ACORD 25(2014/01) The ACORD name and logo are registered marks of ACORD 25970916 1 1-306670 1 15-16 WC I Rartik Wali 8/14/2015 10:57:43 AM (EDT) I Page 1 of 1 �=.� ,� � �' d��P�l�?•�rC7t'�r� C� c�. l�.�� ?i�filt`? �/,�-' .. _ Office ce of Consumer Affairs and business Regulation 10 Park Plaza a Suite 5170 Boston, Massachusetts 02116 Home Improvement. Contractor Registration Registration: 103714 Tvpe: Supplement Card Expiration: 7/9/2016 PAUL J. CAZEAULT& SONS, INC: RUSSELL CAZEAULT 1031 MAIN ST ®STERVILLE, MA-02658 Update Address and retum card.Mark reason for change. SCA 1 4 2DM-.ffi i 1 'E) Address 0 renewal ❑ Employment ❑ Lost Card a�antnnontrxcca�a��C��id�tic/u{:fclGJ Office of Consumer Affairs&c Business Regulation License or registration valid for individul use only t.- ip 067E IMPROVEMENT CONTRACTOR before the expiration date. If found return to: tration: X037 € of Co Affairs and R Regulation Te: 14 Park Plana-giiiite 5170 Expir tto ::;.7i 12066:- s ern ward Boston,ice.02116 PAUL J.CAZEAUC,7',13i`'SOt4%--jNC RUSSELL CAZEAULT' 1031 MAIN ST OSTERViLLE,ISA 02858 Undereretarp Not valid w itko aturu t 'Massachusetts -Department of Public Safety Board of Building Regulations and Standards construction supen-kor i_:cense: 5-1157 RUSSELL CAZEA(LT;- ,4 Y 2071&UP q ST RIFT Brewster KA 02631 .a I Commissioner 11 018