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Ate--1 ___—PVMODULE MODULES GROUNDING NOTES P-89747 <br /> ' OPTIMIZER <br /> REF. ON. IAAKEANDMODEL PROP% Plc ISC IMP V0c 31 R TEI.P.0 c"'3 C? FUS 25A ALL EQUIPMENT SHALL BE PROPERLY GROUNDED PER THE <br /> PMf3] 23 SOLAR WORLDSW 290 MONO 290W 264W 9.97A 933A J9.9V J14V -0I2VEC(-0.JY✓'C) 25A <br /> 1 REQUIREMENTS OF NEC ARTICLES 250&690 <br /> pMi.y3 Q Q INVERTERS PV MODULES SHALL BE GROUNDED TO MOUNTING RAILS <br /> 1 2 FQN MAKE PNO MODEL AC VOLTAGE GROUND MAX RATING RATED PO'NER MA%OUTPUf CURRENT MA%INPUi CURRENT MA%WPUTYOLTAGE CEC Y7EIGHTEO EFFIGENLY <br /> uIx uw 11 USING MODULE LUGS OR RACKING INTEGRATED <br /> IS121l iSII'N �� fillI SOLAR EDGE SE760B4LSI2g0Y) 240V UNGROUNDED 49a e,3s9w 3z.aa z75A Sow 9rsx 2 GROUNDING CLAMPS AS ALLOWED BY LOCAL JURISDICTION. <br /> A5 IPOWER OPTIMIZERS ALL OTHER EXPOSED METAL PARTS SHALL BE GROUNDED <br /> L I REF. OTY. MODEL RATEDINPNTP0IYER M4KOUIPUTCURRENi Mq%WPUiISG MAXOCVOLTAGE WEIGHTOEFFIC�NCY USING UL-LISTED LAY-IN LUGS. <br /> 1 P0123 23 SOWREOGEP]20 320LY 1U I,.OA 48V 988% GROUNDING SYSTEM COMPONENTS SHALL BE LISTED FOR <br /> I I <br /> L DISCONNECTS OCPDS 3 <br /> j REF.I OTY.I MAKE AND MOO EL RATEOCURRENT MAXRATEDVOLTAGE REF. O1V. RATEDCURRENT MAXVOLTAGE THEIR PURPOSE <br /> I sw1 I EaloNDG222NRB oREOUIV. 60P z4GVAc Ft-z 2 4GA taovac �11`THE EXISTING MAIN SERVICE PANEL DOES NOT HAVE A <br /> 1 SYSTEM SUMMARY NOTES 4 VERIFIABLE GROUNDING ELECTRODE,IT IS THE W <br /> L-_ JUNCTION BOX STRW'GII1I STRING p2 CONTRACTOR'S RESPONSIBILITY TO INSTALL A F_ <br /> J87 PTIMIZERS MAX OUTPUT CURRENT ,54 ,SA THE OUTPUT VOLTAGE OF THE POWER OPTIMIZERS ARE REGULATED BY THE INVERTER.THEY ARE NOT <br /> �----' IMPACTED BY THE NUMBER OF MODULES IN THE STRING.THE CONTINUOUS CURRENT OF SINGLE STRING IS SUPPLEMENTAL GROUNDING ELECTRODE. <br /> PTMIZERS IN SERIES 12 11 <br /> UAL TO ME MAXIMUM OUTPUT CURRENT OF WE OPTIMIZER. �Ac SYSTEM GROUNDING ELECTRODE CONDUCTOR(GEC) .d <br /> 2 OAtINAL STRWGVOLTAGE ]`xT/ 350V <br /> INVERTER YOPERATINGCURRENT 9.9A 91A 5 SHALL BE A MINIMUM SIZE#8AWG WHEN INSULATED,#6AWG L O <br /> -- - YSTC POWER 6,670W THE SOLAR EDGE INVERTER IS EQUIPPED WITH A RAPID SHUTDOWN FEATURE WHICH CONFORMS TO NEC <br /> I 118,35OW YPTCPOWER SmSW �SECTION 690.TZ WHICH REQUIRES THATA RAPID SHUTDOWN FEATURE EXISTS TODE{NERGIZEPVSOURCE IF BARE WIRE. w ui M <br /> AS <br /> CURRENT yA CIRCUITS MOM ALL SOURCES TO LESS THAN X VOLTS WITHIN 10 SECONDS. EQUIPMENT GROUNDING CONDUCTORS SHALL BE SIZED <br /> ��6 7 AC PCNER B.]SOW <br /> 7HESPECIFlEDOPMZERCANBESUBSTUEOWRHAP<W.P405,P]TO,ORPSOSTHESEOPIMIZESHAVE ACCORDING TO NEC ARTICLE 690.45,AND BEA MINIMUM OF ¢ L� <br /> EPA <br /> ICECI AC POWER 5,843Y! 6 O <br /> L1 _ AN INPUT VOLTAGE WINDOW WDE ENOUGH TO ACCOMMODATE WE OUTPUT VOLTAGE RANGE OF THE MODULE <br /> #tOAWGWHENNOTEXPOSEDTODAMAGE,AND#6AWG _ <br /> AT THE DESIGN TEMPERATURES,HAVE A MAX INPUT CURRENT RATING THAT 15 ABOVE THE MAX OUTPUT US <br /> CURRENT OF THE MODULE.AND A MAX POWER INPUT THAT IS ABOVE THE RATED POWER OUTPUT OF WE SHALL BE USED WHEN EXPOSED TO DAMAGE <br /> i I MODULE. GROUNDING AND BONDING CONDUCTORS,IF INSULATED, J <br /> I UNGROUNDED SYSTEM OC CONDUCTORS SHALL BE COLORLODED AS FOLLOWS.DC POSITIVE SHALL BE RED 7 SHALL BE COLOR CODED GREEN,OR MARKED GREEN IF M = <br /> L <br /> �/71 (ORMARKEDRED)ANDDCNEGATIVESHALLBEBLACK(ORMAMEDBLACK) #4AWGORLARGER C �MAXDCVMTAGEOFARRAYIS FIXED BY THE INVEfRTERAT 350VREGMDLESSOF TEMPERATURE.THE M AX DC Q C'3 <br /> E VOLTAGE OF TIE MODULE AT I•C IS EXPECTED TO BE 42.BV(I•C-25•C)X-0.12VIC•39.9V•42.8V).4 WE SOLAR EDGE INVERTER IS NOWSOLATED.NEITHER THE NEGATIVE NOR POSITIVE CONDUCTOR IS GROUNDED AND THEREFORE NO DC GEC IS REQUIRED 6 INTEGRATED DC DISCONNECT IS PROVIDED WITH INVERTER DISCONNECT IS LISTED FOR USE IV"SOLAR <br /> EDGE UL 1741 LISTED STRING INVERTERS. <br /> AC SERVICEDISCONNECT GEC AND MAN DIST.PANEL ®PV SYSTEM PONT-OF-CONNECTION150.N THE SUPPLY SIDE OF SERVICE DISCONNECT. V <br /> (200A MSP W7200A MBR) <br /> CONDUCTOR AND CONDUIT SCHEDULE WIELECTRICAL CALCULATIONS <br /> Q CURRENT-CARFRYW TEMP.CORP. CONDUIT FILL CONT. MAX CURRENT BASE DEBATED TERM AMP.®TERM. VOLTAGE <br /> TYPICAL CONDUCTOR ODNOUR GCONOUCTORS IN OCPO EGC FACTOR FACTOR CURRENT (125%) AMP. AMP. TEMP.RATING TEMP.RATING LENGTH DROP <br /> KVYHR CONOUIT <br /> UTILITY METER 1 1 10AWGPVW1RE. FREEAIR WA WA I SAWGBPRE 071(56°OT 10 15A IB.7EA SSA 3905A 75•C 50A 79FT 054% <br /> 2401120V 1�.3W COPPER COPPER <br /> 2 1 10 AMID WH 2, 0.15-DIA A NIA IOAWGTHWN-Z 0.71(56•C) 0.8 ISA IS 75A 40A 2272A 75-C 35A 1BFT 0.19% <br /> COPPER EMT COPPER <br /> 3 1 10 AWGPVWIRE FREEAIR WA WA GAWGBARE. 0.71(56•C) 1.0 1SA IS TEA SEA 3905A 75•C 50A 72FT On% <br /> COPPER COPPER <br /> BAWGTRVN2 BS DA 10AWGWA%_z <br /> 4 I COPPER EMT 2 WA COPPER 0.96(34•C) 1.0 32A 40A 55A 52.BA 75•C SOA 1BFT 0.38% <br /> B AWG THWN-2, 05'010. 10 AWG THWN42 <br /> 5 1 COPPER EMT 2 40AX2 COPPER 096I34•CI 1D 32A 40A SSA 52%A 75•C 50A ,OFT 021% <br /> SINGLE-LINE <br /> DIAGRAM <br /> PROJECT ID:89747 <br /> DATE: 06101118 <br /> CREATED BY: S.S. <br /> CHECKED BY: <br /> REVISIONS <br /> SINGLE-LINE DIAGRAM <br /> PV-3 SCALE: NTS n\/-� <br /> MIS DOGIIUMMAS BEEN CRFA1EDfp1iNE WRiq]E CFDESCF®WG THE DE4GNDF/,PRJPOSm PWTOVOLTAIL POfhASYSTEMWIiH BMW DEfA6TODENOSTMiE CCNPLL4YCEVlIMDll MPNGBLEC00E5AND RFMLATIONS.WE DOCUMENT SHOULD NOT BE RELID UPM 4 A EUmM%TE FOR r V <br /> FCLOVM'G MWUFA URER WSTAIIATXIN MANUALS WSTALLER S1W1 WSTALLNl EQUIPMENT IN ACCOImM'CEWTH NANUFACNRER WST_MINMaNWLLS NOTXWO IN ENS MCUUENT WOULD BEINTERPRETED W AWAY MAT OVERRIDES TIE INEMUCMONS N MANUFACTURER WSTALATON l4WUNS <br />