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PVMODULE P-100054 <br /> l MODULES GENERAL ELECTRICAL NOTES <br /> • OPTIMIZER REF. Qn. MnxEaxoMODEL vMAX PTc ISC IMP voc N.1P IEN3.CAEFF.OFVOC FUSE RATING UTILITY HAS24-HRUNRESTRICTEDACCESSTOALL <br /> PMwr ai souRwosmswz9sMONO 29m x6m mean e.ASA do.av 3+5V -0.Izvrcwawc) 25A 1 PHOTOVOLTAICSYSTEMCOMPONENTSLOCATEDATTHE <br /> f PM147 NVERTERS SERVICE ENTRANCE. <br /> F TV lAAKE AND MODEL ACVOLTAGE GROUND MAX OCPD RATING RATEDPOWER MAXOUTPUTCURREM MAX INPUT CURRENT MAXINPUTVOLTAGE CECWEIGHTEDEFFICIENCY <br /> 1 M14 1191N I BIN 1 295W�� 11 I SOLAR EOGESE,000OMUS xaOV UNCROWDED 60A 10,000W dx.OA 2r 0A ASOV 99.0°S 2 MODULES CONFORM TO AND ARE LISTED UNDER UL 1703. <br /> I <br /> ISTIUNG ) I POWER OPTIMIZERS <br /> ISMINGI ISTRINGI CONDUCTORS EXPOSED TO SUNLIGHT SHALL BE LISTED AS <br /> I QQ <br /> I REF. I OTY.I <br /> MODEL RATED INPUT POWER MAXOUTPUTCURRENT Mq%INPUTISC MA%GCVOLTAC-E WEIGHTED EFFICIENCY 3 SUNLIGHT RESISTANT PER NEC ARTICLE 300.6(C)(1)AND <br /> Po1�r dr sciAR EGCE P32D 3zov+ ISa n.DA dBv 9a.e% ARTICLE 310.8(D). <br /> i I I DISCONNECTS OCPDS CONDUCTORS EXPOSED TO WET LOCATIONS SHALL BE <br /> REF. Ott. AIAKE AND MODEL RATEOCURRENT MAXRATEDVOLTAGE REF. Qtt. RATED CURRENT AW(VOITAGE SUITABLE FOR USE IN WET LOCATIONS PER NEC ARTICLE <br /> SYl1 1 EATNN 00222Nn OREGUIV. 60A 24WAC F1-2 2 BOA 210VAC 4 <br /> L_ <br /> j 1 SYSTEM SUMMARY NOTES 310.8(C). m <br /> JUNCTION BOX STRING I STRING STRLNG3 QI OPTIMIZERS PROVIDE RAPID SHUTDOWN FUNCTIONALITY REQUIRED BY NEC 690.12, LLl <br /> F-ACCURRENT <br /> RANI OUTPUT CURRENT ,5A ,s4 ISA GROUNDING NOTES ~ <br /> J81 WSERIES 20 19 8 U3 <br /> RING VOLTAGE d00V COON 400V THESPECIFIED OPTIMIZER CAN BE SUBSTITUTED WITH A P370 oR P505.THESE OPTIMIZERS HAVE AN INPUT VOLTAGE WINDOW WIDE ENOUGH TO <br /> B ACCOMMODATE ME OUTPUT VOLTAGE RANGE OF THE MODULE AT THE DESIGN TEMPERATURES.HAVE AM INPUT CURRENT RATING THAT IS ABOVE ALL EQUIPMENT SHALL BE PROPERLY GROUNDED PER THE CV <br /> 2RATING CURRENT Id.BA idA s.9A THE MAX OUTPUT aRRENTOF ME NOME,AND AMAXPORVER INPUT THAT ISABOVE THE RATED POWER OUTPUT OF ME MODULE. 1 REQUIREMENTS OF NEC ARTICLES 260&690 u W <br /> WVERTERPowER ue5rv! LC7 <br /> -�� POWER 'x,615TY ®UNGROUNDED SYSTEM DCCONOUCTORS SMALL BECOLOR-COOED AS FOLLOWS.DOPOSRNE SHALL BE RED(OR MARKED RED)AMIDONEGATIVE PV MODULES SHALL BE GROUNDED TO MOUNTING RAILS w Z W M <br /> I 111o,C00W ENT 4M 6HALLBEBIACK(ORMARKEDBLACK) USING MODULE LUGS OR RACKING INTEGRATED'ERMAXDCVOLTAGEOFARRAYFIXEDBYTHEINVERTERATd00VREGARDLESSOFTEMPEMTURETHEMAXDCVOLTAGEOFMEMODULEATI•CIS 2 GROUNDING CLAMPS AS ALLOWED BY LOCAL JURISDICTION. QECIAC POWER 10,0005'! Q LL <br /> EXPECTED TO BE 42 9V(I-C-25'C)Xd1.'ZV/C•40V=42BVH Q <br /> ALL OTHER EXPOSED METAL PARTS SHALL BE GROUNDED m 2 <br /> L IL INVERTER IS NON-ISOLATED.NO OC GEC IS REQUIRED. USING UL-LISTED LAY-IN LUGS, W N J <br /> r� J <br /> I ®PoIF7T#SONNECTIgY IS ON THE SUPPLY SIDE OF SERVICE DISCONNECT.IN LOMPLUVICE W7M NEC 705.12I/0. INSTALLER SHALL CONFIRM THAT MOUNTING SYSTEM HAS — <br /> 3 BEEN EVALUATED FOR COMPLIANCE WITH UL 2703 1 N p = <br /> CONDUCTOR AND CONDUIT SCHEDULE W/ELECTRICAL CALCULATIONS "GROUNDING AND BONDING'WHEN USED WITH PROPOSED OO f3r, <br /> i I ^J - GIRRENTLA(iRYW TEMP.CCRR. CONWRFILL COM. MAXCURRENT BASE DERATED TERM. AMR- TERM VOLTAGE PVMODULE. � Q M = <br /> TYPICAL CCNOUCTOR COKDLIT GCONDUCTORSIN GCPD EGO FACTOR FACTOR CURREM (125%) AMP, AMP. TEMP.EATING TEMP.RATING LENGTH DROP <br /> CONDUIT ALL GROUNDING SYSTEM COMPONENTS SHALL BE LISTED m <br /> i"' Ff2 '- I I 10AWGFYW'INE, FREE AIR MIA NSA 6AWGBARE O.i1(56'C) 1.0 1FU '8.75A SSA 39.OSA 75'C 'AA 137FT 172% 4 FORTHEIRPURPOSE Lu Q <br /> L— 504 COPPER COPPER m W <br /> 1.• �SW1 • 2 1 IDAWGTXWK2, 0.75'OIA, 6 WA 10AWGTMl.N-2, 0.71(Sfi-C) ae I5A fe.rsa a0A 2za2A sD•C 9Da saFr Ba% IF THE EXISTING MAIN SERVICE PANEL DOES NOT HAVE H N <br /> t fi0A COPPER EMT COPPER VERIFIABLE GROUNDING ELECTRODE,IT IS THE <br /> 3 1 IOAWGMWIRE, FREE AIR MIA NIA 6AWOBAPE' 0.71(56-C) 1.0 15A 18.T5A SSA 39MA 75-C 50A 125FT 1.17% 5 <br /> _i_ s COPPER COPPER CONTRACTOR'S RESPONSIBILITY TO INSTALL A <br /> ---- 10AWG PV WIRE, 6AWG BARE <br /> ° 1 COPPER FREEAR WA WA COPPER 071(56-C) 1.0 15A 1B.75A SSA 3SOSA 75C SON 52FT Des% SUPPLEMENTAL GROUNDING ELECTRODE. (' <br /> AC SERVICEDISCONNECT 6AWGTHWNn, 0l5-DIA N-2,10AWGTHW AC SYSTEM GROUNDING ELECTRODE CONDUCTOR GEC <br /> GEC AND MAIN DIST.PANEL 5 1 COPPER Fir MA COPPS 09613a'C) 10 32A 52.M 7S4 TEA 60•C 55A 'OFT 0.17% (GEC) <br /> (2DDA MSP W1200A MSR( 6 SHALL BE A MINIMUM SIZE#8AWG WHEN INSULATED,#6AWG <br /> 6 1 6AWG MIN 2, 0.75'DIA. 2 60A%I 10AWGTWI 2, OA(3A•C) 1D 42A 52SA 75A 72A 75-C 65A 'OFT O.li% <br /> 11 AS COPPER EMT COPPER IF BARE WIRE. <br /> EQUIPMENT GROUNDING CONDUCTORS SHALL BE SIZED <br /> M7'.MR ACCORDING TO NEC ARTICLE 69OA5,AND BE A MINIMUM OF <br /> 2400/120 METER 7 #1OAWG 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 DIAGRAM <br /> PROJECT ID:100054 <br /> DATE: 10/18/18 <br /> CREATED BY: S.S. <br /> CHECKED BY: <br /> REVISIONS <br /> SINGLE-LINE DIAGRAM <br /> PV-3 SCALE: NTS THS OOLUMENT HAS BEEN CREAM FOR THE PURPOSE OF OESCRRB THE OEBRW OFA PROPOSED PH—POWER SYSTEM NITM ENOUGH OETAA TO OENON—TE CONRtUNCE WIM ALL APPUN—E CODES ANO REODUMNB ME DOOUMSHOUL�NOT BE RELIED UPON AS A SUBS—E FOR D"_•••///�����, <br /> � <br /> FOLLDMNOMM'UFACNREA WSIRMARON NANUMS.WSTALER—WSTAMALLEOUPMENT IN ACCORDNICE IVIM NANUFACTURER RISTA ROX MMOAS.NVINNG IN TNA DOOUMEM SHOULD BE WTERPRETEO IN A WAY TUT OYERWOES THE INSTRUCNONS W NNAFMMRER WSTAWTION MANUALS I V <br />