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-PVMMIZER MODULES GENERAL ELECTRICAL NOTES P-95689 <br /> I` I OPTIMIZER <br /> REF. CTY. MAXEANOMODEL PMA% PTC ISC IMP VOC VMP TEMP.LOEFF.OFVOC FUSE TING UTILITY HAS 24-HR UNRESTRICTED ACCESS TO ALL <br /> PNt-A 7f SOIAHWORIDSWS%MONO 295W S6BW t0.f0A 9ASA IO.OV ]1.S1 Q12VPC(J)J1V'L) 25A 1 PHOTOVOLTAIC SYSTEM COMPONENTS LOCATED AT THE <br /> PM1J4 INVERTERS SERVICE ENTRANCE. <br /> �Qz REF Tv MAitEANDMWEt AcvaracE GROUND MA%OCPoRATING MimPOMT]i MAXOUTPUiCUMENT MA%wPUTCURREM MW(DIPUTVOLTAGE LELWEIGHTEOEFFICIENCY MODULES CONFORM TO AND ARE LISTED UNDERUL1703, <br /> Rw 11r IN 295W QQ Il 1 SOIAR EDGE SET600NLM 210V UNGROUNDED IOA ].60Pw ]20A 20AA IBOV 59A% 2 <br /> (STRING(STRING B ° POWER OPTIMIZERS CONDUCTORS EXPOSED TO SUNLIGHT SHALL BE LISTED AS <br /> i t <br /> REF. OTY. MODEL RATEDINPUiPOWER MAXWTPUTCUWiEYT MAXINPUTISC MA%OCVOITAGE WEIGHTEOEFFICIENLY 3 SUNLIGHT RESISTANT PER NEC ARTICLE 300.6(C)(1)AND <br /> ' Fol 1 N SOLAISEOGEP3N 3z0w 15A +f.a IRv sae% ARTICLE 310.8(D). <br /> i <br /> DISCONNECTS OCPDS CONDUCTORS EXPOSED TO WET LOCATIONS SHALL BE <br /> REF. QTY. MANEANDMOM RATEDWRRENT MAXRATEDVOLTAGE REF. an. PATEDcuRRENr MAXVOLTAGE SUITABLE FOR USE IN WET LOCATIONS PER NEC ARTICLE <br /> H SWI 1 EATON DG222NRB OR EOUN. fi0A 210VAC FLS 2 apq YAOVAC 4 <br /> I T SYSTEM SUMMARY NOTES 310.8(C). <br /> JUNCTION BOX STRWGI STRINGS Q OPTIMIZERS PROVIDE RAPID SHUTDOWN FUNCTIONALITY REQUIRED BY NEC 690.12. W <br /> L--1 PTIMIZERSMAXOUTPIRCURRENT 15A 15A GROUNDING NOTES ~ <br /> PTIMIZERS IN SERIES +T +7 THESPECIFIED OFWZFA CAN M SUBSTITUTED NTH A P370 OR PSM THESE OPRMMS RAVE AN INPUT VWTAGEVANDOW WIDE ENOUGH TO ACCOMMODATE ME N <br /> r l OMINAL STRING VOLTAGE IOOV IOOV <br /> OUTPUTVWTAGERMGEOFTIiEl.HWULEATiHE DESIGN lEXUPEMTUPES,HAVEAV•AXwPNiWRREMTtAIUJG THAT ISABWETNE MAX OUTPUT WR/EEMOF111E ALL EQUIPMENT SHALL BE PROPERLY GROUNDED PER THE <br /> 2 YSTCPOWE CIIRRmT f25P 125A MODULE AND A MAX POWER INPUT THAT IS ABOVE THE RATED POWER OUTPUT OF THE MODULE 1 <br /> REQUIREMENTS OF NEC ARTICLES 250&690 ,J <br /> I I INVERTER YPTCPOWER I9.>76Ww UNGNOUNDmSYSTEMDCfANWCrORSSWLIBECOlORL00E0ASFp10WSOCPOSITNESHALLBERmI0RM4RNEDREDIPNODCNEGATNESHAU.BEBIAC%(OR PV MODULES SHALL BE GROUNDED TO MOUNTING RAILS � W <br /> r / Il Tsaow ACCURRENT 32A ®MARKED BLACK) USING MODULE LUGS OR RACKING INTEGRATED W U <br /> A%AC POWER 7.60OW <br /> QS ELATED ILEL)AC POWER 1,600W Q MAXDCVOLTAGECFAARAYFI%ED BY THE INVERTER AT AOOVREGARDLESS OF TEMPERATURE.THE MAX DC VOLTAGE OF ME MODULE AT VC IS EXPECTED TO BE42.9V 2 GROUNDING CLAMPS AS ALLOWED BY LOCAL JURISDICTION. � W � <br /> �(_ i (1'C-2S'C)X-0,12VIC.10V-4Z9Vr. ALL OTHER EXPOSED METAL PARTS SHALL BE GROUNDED d Q Z <br /> L-•^ 6NVERTER IS NONISOLATED.NO DC DEC IS REWIRED. USING UL-LISTED LAY-IN LUGS. (/D U <br /> I JIf I ®PDIxr-DF<oluxecnoN CD <br /> IS ON THE SUPPLY SIDEQFSERVCE DISCONNECT.w COMPLIANCE WITH NEC 706.12(AM INSTALLER SHALL CONFIRM THAT MOUNTING SYSTEM HAS ¢ W <br /> II I BEEN EVALUATED FOR COMPLIANCE WITH UL 2703 J 0' <br /> CONDUCTOR AND CONDUIT SCHEDULE WIELECTRICAL CALCULATIONS 3 "GROUNDING AND BONDING"WHEN USED WITH PROPOSED a Q <br /> I WRPENT.CARRYIN TEMP.CORR CONDUIrFU CONT. MAX.WRRENT BASE DERATED TERM. AMP.®TERM. VOLTAGE PVMODULE. ~ N <br /> B TYPICAL CONDUCTOR CONDUIT GCWDUCMR.RIN OTTO EGC FACTOR FACTOR CURRENT (125%) AMP. AMP. TEMP.RATING TEMP.RATING LENGTH DROP Q Lo <br /> CONDUD ALL GROUNDING SYSTEM COMPONENTS SHALL BE LISTED p U-> <br /> F1-2 1 2 +OAWGPV WIRE, WA WA 'CI to 6AWGEARE, Oil 15A 1075A 5SA ]9.OSA 75'C SOA 112FT I'M% 4 FOR THEIR PURPOSE W � C.fl <br /> L— °Da COPPER COPPER <br /> r swi z 1 10AWGMWN-2 07YO ° WA 1DAW;THwNz, o.n(Ss�T oB +u 187sA IOA 2z.ru wro ]DA SOFT o./7x IFTHEEXISTING MAIN SERVICE PANEL DOES NOT HAVE A F-- <br /> I 60a COPPER EM COPPER VERIFIABLE GROUNDING ELECTRODE,IT IS THE Q <br /> 3 1 BAWD TNW$-2, O.S DIA - <br /> 2 WA tOAWGMWN-2 096(NC) 1.0 32A 40A 55A 52.BA 60'C 40A LOFT 021% 5 <br /> i.... ° COPPER EMT COPPER CONTRACTOR'S RESPONSIBILITY TO INSTALL A <br /> ° i 6A'MWN-2, OF DIA 2 �XZ IDAWGTHJM-2. 096(30'C) 1A 32A /D4 5S4 52BA 75'L SOA fOFT 017% <br /> AC SERVICE DISCONNECT OUPPER EMT COPPER SUPPLEMENTAL GROUNDING ELECTRODE. Qq <br /> GEC AND ICEMAI DICONNE T AC SYSTEM GROUNDING ELECTRODE CONDUCTOR(GEC) <br /> (200AMSP VW2OOAMBR) 6 SHALL BE A MINIMUM SIZE#8AWG WHEN INSULATED,#6AWG <br /> © IF BARE WIRE. <br /> EQUIPMENT GROUNDING CONDUCTORS SHALL BE SIZED <br /> NWHR ACCORDING TO NEC ARTICLE 690.45,AND BE A MINIMUM OF <br /> 2401720V Im�w 7 #10AWG WHEN NOT EXPOSED TO DAMAGE,AND#6AWG <br /> SHALL BE USED WHEN EXPOSED TO DAMAGE <br /> GROUNDING AND BONDING CONDUCTORS,IF INSULATED, <br /> 8 SHALL BE COLOR CODED GREEN,OR MARKED GREEN IF <br /> #4AWG OR LARGER <br /> SINGLE-LINE <br /> DIAGRAM <br /> PROJECT ID:95689 <br /> DATE: 08123118 <br /> CREATED BY: S.S. <br /> CHECKED BY: <br /> REVISIONS <br /> SINGLE-LINE DIAGRAM <br /> PV-3 SCALE: NTS ❑`V/�J <br /> THSWCL'MEWWBER1WE OFORINEgYVO5E0FMWMMGTHEDESIGNOFAPROP0.5FDWWTOVOLTMCPONERSYSTEMYi1M GHDE TOOEMONS T LOMPMANCEwTHAll APF.GMILEC00ESANO HEGULATONS THECOGIM.ENTSHJULD NOT SEIREJ—PON ASASUBSTITUTE MR <br /> r <br /> FOLLOWINGW FACN MSTAllATONNANUALS.MST&MRSH NSTALLXLEDUPMEMINACOORWNCE1 MMUFACNPFRMSTAWMMINWLS.NOTHINGIN SOMUMW5110UMBEMTERPREIEDWAWAYTHATOVERRMESTH INST2,ICTONSMM FAGNRFAMSTALLATMNANCOLS <br />