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" 'rJ <br /> `PVMODULE MODULES GENERAL ELECTRICAL NOTES _ 19725 <br /> OPTIMIZER REF. OTY. MAKE AND MODEL PMAX PIC ISO IMF VOC VMP TEMP.ODEFF.OFVOC FLEE RATING ' <br /> PUI4B 2B sILFaB9ATarA 3URT vav 971A a+eA 3aev 326/ OIZV�C(-03%fC) , �UTILITYHAS24HR UNRESTRICTED ACCESS TO ALL <br /> 1 PHOTOVOLTAIC SYSTEM COMPONENTS LOCATED AT-THE <br /> PMI-26 INVERTERS SERVICE ENTRANCE. <br /> I I 300W &� n WV(EANDMODEL ACVaTAGE GROUND MAxOCPDRATMG RATEDIOWER MAIK U UICURRENI MAxINPUTa1RRENT MAxLNw7wLracE acrmartmaFTaEtxcY 2 MODULES CONFORM TO AND ARE LISTED UNDER UL 1703. <br /> I f3IN 113M %+I'S <br /> ISTRMG saa+EnGEscWooNo i—YI 2s0J UNLRaw°m 4ao 6,a00W zsaoI IB6n I 4a0V ED CONDUCTORS EXPOSED TO SUNLIGHT SHALL BE LISTED AS <br /> POWER OPTIMIZERS 3 SUNLIGHT RESISTANT PER NEC ARTICLE 300.6(C)(1)AND BAY R <br /> PEF. On MODEL RATED INPUT PMWR MACaNRJI WRfENI MAXINRnISC YALOCVOLTKE riDGHTEDEFFIGEICr <br /> Polifi m saAR mr£rim 3RN 1v, n.DA 4BV ARTICLE 310.8(D). <br /> L- I CONDUCTORS EXPOSED TO WET LOCATIONS SHALL BE <br /> 1 <br /> REF. an. MAKE, MOce1 PASS THRU BOXES AND COMBINERS RATED CURRENT MAXRATEDVOLTAGE 4 SUITABLE FOR USE IN WET LOCATIONS PER NEC ARTICLE <br /> ' JBI I GENPRCGENAW TH44XOREaM. 70A 240VACItaTJDC 310.8(C). L <br /> —JUNCTIONBOX DISCONNECTS OCPDS Ell W <br /> 1>ff. On. MAKEANDMODEL RATEDCURRENT MAXRATEDVOLTME IiEF. OTY. AAIEDaJPAEM MAXVOLTAf>E <br /> MI swl , FATDNDrza aoREDuv. OA z4wAc M 2 354 z4wAc GROUNDING NOTES Z <br /> I J 2V1.111-1-T <br /> SYSTEM SUMMARY NOTES i ALL EQUIPMENT SHALL BE PROPERLY GROUNDED PER THE >- W �- <br /> INVERrER STRt l STRNG2 II omrzE7LSPRONOERAADSWTDONNFUNCTIQMTYFEDU1RE°BYNEC69012 REQUIREMENTS OF NEC ARTICLES 250&690 p � <br /> OU T""WURENTIM15APV MODULES SHALL BE GROUNDED TO MOUNTING RAILS � cM <br /> / II6,ODOW SERES 13 13 TREYECIFIEDOPRMRERCMIBESUBSPMEDWRHAP40°,P405,P370,P54ORRXLTHESEOPfUUZERSHAVEANINPUTVOLTAGE'MNDOWW1DEENOIIGHTO USING MODULE LUGS OR RACKING INTEGRATED W W MGVOLTAGE 3B0J 3B0/ ACCOMMODATE THE OUTPUTVOLTAGE RANGEOF THE MODUEATTHE DESIGN TEMPERATURES,HAVE A MAX INPUTCURENT RARNOTHATISABOVE THE MAX _JTINGCUREIR ta34 t034OUTPUT RRENOFTHEMODULE.ANDAMA%PoWERINPUTTHATISABOVETIERATEDPOWEROIITPUrOFTHEMODULE 2 GROUNDING CLAMPS AS ALLOWED BY LOCAL JURISDICTION. �N <br /> WER 7,030W UIKtAlR9EDSY5T DCCCPD=FttS H BEWILACO EDA FMIIA5.0CPOSTLVESHMUBERM(ORMARKMP.))AI DCWGATIVESH4LLBEBIACK ALL OTHER EXPOSED METAL PARTS SHALL BE GROUNDED �(OR UAR LED BLACK) USING UL-LISTED LAY-IN LUGS.a1TIM BOoDN INSTALLER SHALL CONFIRM THAT MOUNTING SYSTEM HAS W J <br /> ERATEDALPOSEROUINT fi,00011 ALL METAL ENGLOSUiES,RACEWAYS,CABLES AND EOPOSED NCCUR8NTCAWNG MET&PARTS OF EQUIPMENT SHAU.BE GiOLMED TO EARTHASREOURED Q <br /> �BYNW2504(B)ATAPAA7IIIOF NEC ARTICLE ZAMIDEDUPMENTGROUNCNG CONDUCTORS SHALL BE SIZED ACCJMINGTO NEC 6M4S TIE GRdIINDBNG 3 BEENEVALUATEDFORCOMPLIANCEWITH UL2703 J W = <br /> ELECNCDESYSTQASPALLADFEPET00DO47(B)AND250.1BB THE DOGRONNDING ELECTRODE 94AUBE SIZED ACCORDING T0250+� "GROUNDING AND BONDING"WHEN USED WITH PROPOSED 0 U W <br /> s <br /> 3 ANAWIDONAL ARRAY GCUNDiNG ELECTRODE SHALL BE INSTALLS INACCORDANCE WNH NEC SECTIONS 25052 AND 250&UNLESS THE ARRAYSTRCTIRE IS PV MODULE. �. <br /> Q SUITABLE TOSERJE7SACRailDM EECTR70EAS PER IECSECTION=THE LAADSEINEDBYTHEARRAYISINIEGTTMWITHTHEMNAY,ORTH�EPf@ASES 4 ALL GROUNDING SYSTEM COMPONENTS SHALL BE LISTED <br /> p Q W <br /> �PV SYSTEM E USTMG W R%EECMME IS LOCATED WTH N6FT,AS PERNEC SECPON6W47p) FOR THEIR PURPOSE W <br /> OISCONNECT <br /> svw MAX DO VOLTAGE OFPRRAYRXED BYTHE INJERTERAT 380VREGARDUESS OF TEMPERATURE TIE MAXDCVOLTAGEOF THE MOOIAEAT I-CIS EXPECTED TO BE IF THE EXISTING MAIN SERVICE PANEL DOES NOT HAVER H Cl N <br /> ®427V(1'G-25•C)XL12✓[C.SBB6V"42714 VERIFIABLE GROUNDING ELECTRODE,IT IS THE <br /> p <br /> ° 5 CONTRACTOR'S RESPONSIBILITY TO INSTALLA J <br /> MBPWRDOA MOB) LOCATEEMgHN 10FT FUTILITYMETBIBLEKwFE81A0ETWEDISCOwVECT7NAT ISACLESSIBLEPND LOCNABLEBYIIE UIIUn TFE DISCONNECT SHALL BE CD U <br /> LOCATEDWITUNIOFroFLrRRYMEIER SUPPLEMENTAL GROUNDING ELECTRODE. � <br /> ®PGNT-0FCOMECnONISONTHESLPRYSOEOFSEFUCEDISCOMNECT,ATALO=YJJ'PRDVEDCa'MECVMFOW,USINGLOCALLY-APRROVEDMEKWAND JAC SYSTEM GROUNDING ELECTRODE CONDUCTOR(GEC) <br /> LOAD HARDWARE INCONPUANCEWITHNED7o512 6 SHALL BEA MINIMUM SIZE HBAWG WHEN INSULATED,NSAWG <br /> IF BARE WIRE. <br /> Q CONDUCTOR GG CONDUIT SCHEDULE WIELECTRICAL CALCULATIONS EQUIPMENT GROUNDING CONDUCTORS SHALL BE SIZED <br /> CONDUTI CIFONDUCTRS ING TEMP.CORP. FILL CON'. MAID CURPENi BASE BERATED TERM AMP.®TERM. 106% <br /> DER Q n%caL c0rmucroR � C CONDUET% ocPO EGC FACTOR FACTOR CURRENT UZ5A) AMP AMP. TEMP.MTNG TEMP.RAnNG GTM 7 ACCORDING TO NEC ARTICLE 690.45,AND BE A MINIMUM OF <br /> 24on0iov lq,3y 2 DAncwmRE AMR wA wA BAWD nn c) 0 5n a sc E6n Cosa 76ro sDn BgT #10AWG WHEN NOT EXPOSED TO DAMAGE,AND p6AWG 1 i I I• ' <br /> IOAWGT�IMNz 075.OA oavH�Wwz SHALL BE USED WHEN EXPOSED TO DAMAGE <br /> 2 1 COPPER UrC 4 NIA COPPER 0]1(56'C) 08 15A IBTSV 40A 2272A gn 40A SOFT GROUNDING AND BONDING CONDUCTORS,IF INSULATED, <br /> 3 + B COPP z os0wCFTC 2 WA t0 COPPER z nss(3Nc) +0 25A 3t M SSA USA 75-c SIR 0IT 8 SHALL BE COLOR CODED GREEN,OR MARKED GREEN IF r <br /> 4 + BAWGTHWN2, 05'DIA LFNC 2 354%2 IOAWG'—Z 996P4*C) 10 25A 31254 55A 52BA 75-C 56A 1ffT #4AWG OR LARGER <br /> COPPER COPPER I <br /> SINGLE'-LIN'Et)AGRAM <br /> PROJECT ID:119725 <br /> DATE: 08102119 <br /> CREATED BY: S.S. <br /> CHECKED BY: <br /> REVISIONS <br /> SINGLE-LINE DIAGRAM <br /> PV-2 SCALE: NTS <br /> i19sI10LIWENfIYSI1@1CRFAr®FORTIERIRP65EOFOE50M31NOT1EOE51GNOFAHIOftlSF➢AgT0.4rNc{VM1EA SY51B1N1MBWIGNOEfMrooELONSrPATEC01i4MCEN11HN1MRIf18FN0ISMDRELLLAn016.1NEIlOC14IMSpUDxm BE1®1®urtlx ASA511B511TUlEra11 PV_2 <br /> wLlumlmueNuvAn+uraEr+msru7A7ronwwuxs misrNLrssxuLMsrnLaLEaulcMemMAaoalaxLEvmmuAwFAcnmDRlNsruulroxuMvxsxolwxalxrwslwr aRTNuuneewlEav�I®IxAvurTlwroveumes7xelnsmlrcnauwMAxuFA>:ruRmlxsrauTrolRMAwas <br />