Laserfiche WebLink
TABLE. A DC STimNG CONMOURATION <br />CONDUCTOR CONDUCTOR LOCATION NUMBER OF SHORT CIRCUT NOMINAL <br />ID SOURCE CIRCUTS MODULES IN ISC (A)MFF (Aj YOLTAGE (DC) <br />SERIES e OPT.02 INV. AT ©PmilZER <br /> MODULE TO.ANCTION BOX 16 8.83 A 13 A 33ev <br /> JUNCTION BOX TO INVERTER 16 8.83 A 13 A 33.eV <br /> MODULE TO JUNCTION BOX 17 8.83 A 13 A 35ev <br />JUNCRON BOX TO INVERTER I 1 8.83 A 13 A 350V <br />TAmLE m. AG CONDUCTOR AND CONDINT IC,mmFICATION <br />CONDUCTOR VOLTAGE PWASEs 3 12 cNOBLTCONDUCTOR LOCATION (VOLTS AC)UMPS) <br />INvERTER TO Pv LOAD CENTER 240 IF'H UP)le A 2, N, GNI <br />INVERTER TO PV LOAD CENTER 140 IPH (214 le A 2, N, eli <br />PV LOAD CENTER TO MAIN PANEL BOARD 240 IPH OP)4.e A 2, N, Ghil <br />TEMPERATURE INFORMATION <br />39• C = 102' F- ABSUMED HIGHEST TEMPERATURE <br />4025eM-24/85 SOLAR MODULES -1' C= 20° F- ASSUMED LOWEST TEMPERATURE <br />ELECTRIC UNTS TEMPERATURE MODULE RATED TEST CONDMON .41OH <br />DATA COEFFICIENT OUTPUT TEMPERATURE TEMP. <br />5/°C)(8 STC TEMP)(•C)(°C) <br />POWER(PMT=r=VIPP •IMPP )WATTS -e.4 221.9 26 39 <br />OPEN CIRCUIT vOLTAGE (Voc) <br />SHORT CIRCUT CURRENT OK)AMPS -e.04 8.83 25 35 <br />CONDUT CORRECTIONCONTOR CONDUCTOR C©WEUT FACTOR AT 66·c (lee·F) <br />(Awe)TY·PE <br />(EMT)PEER NEC 310.13(2)(2XC) <br />NEC 690.31(C) <br />ie (Pv 11[RE) USE-2 NIA (•le ATIBe°MeA X513=23.2.4 <br />te THWN-2 3149 (Gle AT Ide°)4eA X56=23.24 <br />le :Pv CARD USE-2 HIA Cole AT 15094*A X53=23.24 <br />le THUM-2 314'(•le AT 15294eA X58=23.2A <br />0 CONDUCTOR CURRENT CARRYING NEUTRAL EQUIPMENT GROU, <br />8 TYPE CONDUCTOR SIZE WiRE CONDUCTOR <br />Se°C CAWB)(Awe)(Eec) <br />THWN-2 une ine 08 <br />THWN-2 me me •a <br />THUJU-2 08 08 4 <br />WIGH TEMPERATURE CORRECTION LOW TEMP <br />CWANGE CORRECTION'CORRECTION CORRECTED LOW CHAN{ <br />IN TEMP.(9) (INDICATED OUTPUT,IEMP.IN TEr <br />(·C)UNTS)(•C)(•C) <br />14 -5.6 lil4 214.16 -1 -32 <br />-4.2§-0.588 3583 1 -32 <br />14 -0.56 -0.045448 8.88 1 -32 <br />NOTE: EXP'OBEC? CCNDUCTORS SHALL DE <br />THWN-2/USE-2 SUNUGHT RESISTANT. <br />EXPOSED CONDUCTORS SWALL SE <br />FASTENED TO MODULE FRAMES 082 <br />RACKING FOR PROTECTION¢ SUPPORT. <br />ALL CONDUIT TO BE 2 I/2' OFF THE ROOF. <br />PEER NEC 310.15(,3)2XC) <br />ING GROUNDING ELECTRODE CD¢Dh[C>LIT <br />CONDUCTOR <br />(eEc) <br />•6 <br />4 3/4* <br />06 1. <br />RATURE CORRECTION <br />E CORRECTION CORRECTION SORRECTEC <br />ts) (INDICATED OUTPUT <br />UNTS) <br />12.23 22.5 me <br />%60%e.esi,46399 <br />I.28 I.W 8.83 <br />RENESOLA .14250,1-24/138 MODULES INCLUDE 012 AU.le OUTDOOR RATED MCA CONNECTORS FOR MODULE <br />INTERCONNECTION. DO NOT REMOVE ™E QUCK CONNECTS, OTHERWEIVE THE MODULE WARRANTY AND ™E UL USTING <br />IJALL DE INVALIDATED. <br />05 AUUG BARE COPPER GRNNIC> WILL SE USED AS AN EQUIPMENTk GROUND FOR THE MODULE FRAMES. USE <br />MODULE GROUNDING METHODS PER THE MANUFACTURERe INSTALLATiON REQUIREMENTS. TWE MODULE <br />EQUPMENT GROLNE> SHALL GROUND ALL OTHER EQUIPMENT AND SWALL TERMINATE IN THE INVERTER <br />CABINET. NOTE: GROUNDINB LUGS USED FOR GROUNDING: SEE GROUNC>ING DETAILS FOR SPECIFICAPONS. <br />NEMA 3R JINCMON BOX LISE WEATHERPROOF STRAIN RELIEF TO BRINGs (F>v WIRE) USE-2/TNWN-2 SOURCE CIRCUIT <br />CONDUCTORS INTO THE .ANCTION BOX TRANSITION TO THWN / THWN-2 CONDUCTORS IN JUNCTION BOX USE TO <br />PULL OUTPUT aRCUT CONDUCTORS TO GOLAREDGE INvERTERS GE,aeaA-US (24ev) ¢ SE38eeA-US (24ev) <br />SOLAREDGE INvERTER ts REMA BR RATED WITW UL !141 USTING INCLUDING INTERNAL. ANTI-IBLANDING <br />PROTECTION FEATURES. UL114l USTING INCLUDES C01PUANCE WITH IEEE.513 FOR POWER QUALITY, IEEE.928 <br />FOR INTERCONNECTION SAFETY AND THE NATIONAL- iELECTRIC CODE TIED TO ExISTING FACIUT·r GROUND. <br />INVERTER WAS INTERNAL DC DISCONNECTION MEANS. INVERTER IS U.L USTED AS A UNT. UN]T 19 EQUPPED <br />UJITH UU14I APPROVED GROUND FAULT DETECTION DEVICE THAT MEETS NEC 259.122 REQUIREMENTS FOR <br />EQUPMENT GROUNDING. NOTE· SEE ATTACHED CUTSHEETS FOR DETAILS. <br />Pv LOAD CENTER To To BE PLACE BETWEEN INVERTERS MAIN PANEL SOARb SEE SINGLE <br />UNE DIAGRAM FOR AMPERAGE RAANG AND MANUFACTURERS SPEC[FICATIONS <br />PV GENERATION METER- TO BE PLACED BEnUEEN PHOTOVOLTAICE LOAD CENTER TO Pv DISCONNECT <br />METER SOCKET MODEL: COOPER m-UNE ell <br />Pv SYSTEM DISCONNECT UTIUrr OPERATIONS - TO BE PLACED BETWEEN INvERTER AC OUTPUT AND <br />CONNECTION To UTILITY TO COMPLY WITH NEC 699.£4 AND LAEC 93.elel. TO BE A VISIBLE OPEN BLADE, <br />LOCKABLE TYPE DISCONNECT LISTEDi FOR ITS USE. <br />SOLAR EDGE POWER OPTIM]ZER (OF'250-LV) RATED) DC INPUT POWER - 250 WATTS, INPUT VOLTAGE RANGE <br />- 5 TO 53 VOC, MAMMUM INPUT CURRENT - le ADC, MAXIMUM OUTPUT CURRENT - 15 AC>C, STRING <br />UMITATIONS - 8 TO 25 OPTIMZERS, 5259 WATTS STC PER GTRING MAMMUM (525eul / 15 ADC = 350 vDC) <br />MAXIMUM Py CURRENT le CALCULATED IN ACCORDANCE WITH ARTICLE BSe.8 AND 15 EQUAL TO 1.25•ISC== <br />1.23*8.83 = 11.04 ADC. THE POLUER OPTIM]ZERS INCLUDE AN INTERNAL CURRENT UM]nNG FUNCTION ANC) WAVE <br />BEEN EVALUATED FOR CONTINUOUS OPERATION. THE MAXIMUM SUGGESTED MODULE ISC 15 THEREFORE le <br />AMPS. USE OF HIGHER CURRENT MODULES WILL NOT DAMAGE TWE POUIER OPTIMIZER BUT COULD RESULT IN <br />REDUCED ENERGY YIELD DUE TO CURRENT UM]TING. (PER MANUFACTURERS INSTALLATION esal CAD <br />•• PLEASE NOTE - SYSTEM VOLTAGE ADJUSTMENT FOR LISTED MODIUS AND DEVICE ARE MADE IN <br />ACCORDANCE WITH THE MANUFACTURERS INSTRUCTIONS. <br />*f Amefican <br />1--1- Solar mreel <br />PROJECT DEVELOPER: <br />American Solar Direct Inc <br />LICENSE B/C10/C46 #941069 <br />- 11 1 ERICAN SOLAR DIRECTING. <br />lili 11 lilli [170.SUITE 500 <br />1 11 LES, CA 9002S <br />1 H lili 14·6700 <br />1 11 11 -1+8750 <br />U 1 1/6•,EERI,le,AMERIC,NsaRimrCT.CO,1 <br />ILL. htWwww.amencarmotalact.com <br />iD (EAT) <br />3/40 <br />VOLTS -e.sem 31.4 25 39 <br />TWIS GCHEMATIC ONLY DEPICTS TWE FLCXU OF POWER OR WORK FROM THE PHOTOVOLTAIC SYSTEM. <br />IT ALSO DEMONSTRATES TWE INTERCONNIECTloN TO THE UnUT¥ GRID. INSTALLATON METHODS <br />ANC)/OR LOCATION OF= EQUPMENT MAT VARY DEPEEM[CANe ON RELD GONE,InONS AND vARIATIONS <br />16 - 250 WATT Py MODULES <br />I NVERTER 1 - STRING 1 <br />2 3 0 <br />L-U--11--U---- <br />0 60 <br />/5 <br />RENESOLA <br />SOLAR' MOPULES <br />MODEL· JC23eM-24/BB <br />NEMA SR <br />1 ENCLOSURE <br />SOLAREDGE 6238eeA-110 INvERTER <br />/98% CEC EFFICIENCY 0 248 vAC <br />3840 WAC CONTINUOUS <br />4150 MAX AC POWER OUTPUT <br />/ / MAMMUM OUTPUT CURRENT BAMPS <br />/ GROUND-FAULT PROTECTION PROVIDED <br />PER NEC ARTICLE 890.35 <br />/ $ INTER@RATED ARC FAULT PROTEC™oN <br />(HAX= le A (T'rPE I) FOR NEC 2611699.11 COMPUANCE <br />DC AC REDGE DC/AC SAFETY GUITCHW I 08 300 vAC, 32 AMPS CONTINUOUS <br />Bee VDC, 32 AMPS CONTINUalSt ly ° ff OPENS ALL UNBROUNPED CONDUCTORS/ 11 1 11 PEER NEC ARTICLE E>Se.35 <br />e <br />(N) leeA Pv GENERATION <br />Pv LOAD CENTER METER <br />Pv SYSTEM DISCONNECT <br />UTIUTY OPERAMONS <br />OO <br />ZCC C <br />UPGRADE ENSTINe tee,A <br />MAIN HOUSE PANEL TO NEW <br />11/240¥ 103 URRE SERVICEE IUITH <br />NEW SERVICE BUS RATING AT 2ee A <br />DISTRIBUTION |MAIN <br />SECTION ,BREAKEl <br />UnUT·r METERING <br />2 SECTION <br />8.25KW PV <br />FHEET TITLE: <br />SINGLE UNE <br />(M) <br />24ev IPH;24 7 <br />COOPER B--UNE <br />MODEL: en i <br />IO <br />unul-r <br />1.1 <br />3C <br />,1-30 A <br />HOFFMAN I EC <br />MODEL· ABRa4(ex£*4) <br />MODEL: HOM®121.JeeR@ <br />be A TO 1 2.. A DIAGRAM <br />CHIEF ELECTRICIAN <br />MAIN DANNY McINTYRE <br />SCE METER· <br />2220Ia-!92194 £».1/N™REGAMERJCANSOLARDIRECT.CON <br />(424) 214-6700 <br />24eV IMU» 1 o Signature - Danny McintyreNON FUSEC> 0.-1 1 4eA PV LICENSE B/Clo/C46 #941069 <br />SQUARE'D | | <br />MODEL: DU222 Re| <br />GEC 4 ,4//gpo <br />Il - 259 WATT Pv MODULES <br />INvERTER 2 - STRING i <br />,--- - --FOF-&51-1 <br />1 1* 9 e lie NEMA 3R <br />ENCLOSURE <br /> MODEL:UU,xeD)(4) <br />SOLARE[Dee BE38eeA-*15 INvERTER <br />/389 CEC EFFICIENCY 1 240 VAC <br />/ 3849 WAC CONTINUOUS <br />/ 4159 MAx ACPOWER OUTPUT <br />,/MAMMUM OUTPUT CURRENT leAMPe <br />/ GROUND-FAULT PROTECTION PROWDED <br />= / PER NEC ARTICLE 650.35 <br />/ 1 INTERGRATED ARC FAULT PROTECTION <br />..,·rii.x= ie A (TYPE I) FOR NEC Zell 690.11 COMPUANCE <br />I GOLAREDGE DC/AC 6AFET· SWITCH <br />300 vAC, 32 AMPBCONTINUOUS <br />bee vOC, 32 AMPS CONnNUOUS <br />PENS ALL UNGROUNDED CONDUCTORS <br />/ 11 1 PER NEC ARTICLE 890.35 <br />11 1 21 3 <br />e <br />3 <br />N <br />T <br />;71 0 <br />(06 AWB) | <br />rk4-- COPzzROD -'4 <br />MIN <br />-- SYSTEM GROUNDING2 TO SE GRAINDED AT <br />ENSnNe UFER, SERVICE <br />F PANEL GROUND BUS AND/ <br />OR VERIFIABLE <br />GROUNDING ELECTRODE <br />C-ty Rev s'on/Issue I <br />111 NET ENERGY METERING (NEM) INFORMATION <br />U <br />U GROUP PANEL <br />MODEL- <br />N <br />INvERTEFe <br />MODEL; <br />1 V, EGE RENESOLA 601.AREDGE <br />1 22Se,1-2488 SEBeeeA-US <br />(2409) <br />SYSTEM LABELS <br />MAMMUM DC vOLTACE = See vec RENESOLA SOLAKEDGE <br />NOMINAL OPERATING VOLTAGE = 330 v[X 2 JOIMM-24*38 6- <br />NUMBER PTC RATING INVERTER AC <br />EFFICIENCY NAMEPLATE • P. V CIRCUIT <br />(WATTS) CS)WATTAGE BREAKER <br />AIC RATING= leKA <br />16 22-Le 98 3513.41 MAIN SERVICE BUS RATING PER <br />NEC 690.64,103.12(D)(2) <br />200AX 120% = 24eA <br />11 2219 98 3186.81 <br />TOTAL elle LOAD= 24eA S 240A <br />THIS DRAWING'IS PR TY OF: <br />CAN D RECTINC. ™ S <br />DRAW NG IS CON 'AND IS <br />ONLY TO BE USED N CTION <br />WN WORK DES G 'ATED By <br />AMERICAN SOLAR D.RECT NC NO <br />PART OF ™JS DOCUMENT IS TO BE <br />DISCLOSEDTOO™ERS Wr™OUT <br />THE PRIOR WRITTEN PERMISSION <br />OFAMERICAN SOLAR DIRECTING. <br />CAD Revisions <br />JEC-CAF/2.19.14 <br />JS/PS/03/11/14 <br />TOTAL AC <br />33 NAMEPLATE WATTAGE 1310.29, <br />hITS SheetSINGLE UNE DIAGRAM AND CALCULATIONS - 8.23KW SYSTEM - (33) RENESOLA JC25eM-24/Ba MODULES / (2) SOLAREDGE INVERTERS SE38eeA-US (24ey) 22Dite: <br />---