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` I. _PVMODULE I MODULES GENERAL ELECTRICAL NOTES P-121451 L /�n��R REF. OTY. MAI(EANDMODEL PMAx Pic ISO IMP VOC vMP TEMP.COEFF.OFVOC FItSEPATNG UTILITY HAS24-HRUNRESTRICTEDACCESSTOALL PMtat 31 SILFABSLVOOM 70W1 Z/ON 971A 9/64 79BV 32BV 411NPC(-03%I'C) 264 PHOTOVOLTAIC SYSTEM COMPONENTS LOCATED AT THE PM1a1 INVERTERS SERVICE ENTRANCE. I I 300W &© REF iY MAKEPND MODEL AC YDLTAGE GROUND MAX OCPoRATING RATED POWEA MA%OUTPUT CURRENT MAX INPUTCURRENT MAX INPUTVDLTAGE CEL WEIGHTED EFFICIENCY 1 ISIN 1 ISIN &A I1 + SOAREDGESUEDDHIR 240V UNGROUNDED 404 7.BGGW 320A mw 46W 99.ox 2 MODULES CONFORM TO AND ARE LISTED UNDER UL 1703. 1sTwNO ISTwNO CONDUCTORS EXPOSED TO SUNLIGHT SHALL BE LISTED AS I I QQ POWER OPTIMIZERS I I 5 6 REF 1 ON.I MODEL Rg7EDINPUTPOWER MAX OUTPUT CURRENT MAXINPUTISC MAX DO VOLTAGE WEIGHTED EFFICIENCY 3 SUNLIGHT RESISTANT PER NEC ARTICLE 300.6(C)(1)AND BkYAR A EDGE 3zo" ISA "" 46 ARTICLE310.8(D). ^' I I PASS-THRU BOXES AND COMBINERS CONDUCTORS EXPOSED TO WET LOCATIONS SHALL BE r-- REF I OTY. I MAKE AND MODEL RATED CURRENT MAXRATEDVOLTACf JBt 1 GENERICGEHANBTB4a%OREOUIV. 30A 24avac7mDmc 4 SUITABLE FOR USE IN WET LOCATIONS PER NEC ARTICLE T DISCONNECTS OCPDS 310.8(C). �JUNOMON BOX REF OTY. MANE AND MODEL RATED CURRENT MAXRATEDVOLTAGE REF. OTY. RATEDWRRENT MAXVOLTAGE Lu w (__—^ SWI + EATON pGRd:R5M_V 00A 24wAC F7.2 2 40A 240VAC __ JBI CB1 a� 24wac GROUNDING NOTES U J 2 SYSTEM SUMMARY NOTES 1 ALL EQUIPMENT SHALL BE PROPERLY GROUNDED PER THE y- LZ � INVERTER STRING1 STRING2 Q1 OPTIMIZERS PROVIDE RAPID SHUTDOWN FUNCTIONALITY REQUIRED BYNEC6901Z REQUIREMENTS OF NEC ARTICLES250&690 C/3 p Lo TIMBER MAX OUTPUT CURRENT 15A 15A PV MODULES SHALL BE GROUNDED TO MOUNTING RAILS 13f C'7 I 177,6°OW MINAS IN SERIES 1fi 15 N I MINALSTwNGVq.TaCE Opp/ ©THE SPECIFIED OPTIMIZERCANSESUSSTIMEDWITHAP400,P405,PWO.P505.ORPM.THESEOPTIMIZEFS HAVE.INPUT VOLTAGE WINDOWWIDE ENOUGH TO USINGMODULELUGSORRACKINGINTEGRATED W W ACCOMMODATE THE OUTPUT VOLTAGE RANGE OF THE MODULE AT THE DESIGN TEMPERATURES.HAVE A MAX INPUT CURRENT RATING THAT IS ABOVE THE MAX � LL _ RMYOPERATINGCURRENT 1aA 1I2A OUTPUT CURRENT OF THE MODULE.AND A MAX POWER INPUT THAT IS ABOVE THE RATED POWER OUTPUT OF THE MODULE 2 GROUNDING CLAMPS AS ALLOWED BY LOCAL JURISDICTION. O vJ ARRAYSTCPOINER S30Mw z T _ — ALL OTHER EXPOSED METAL PARTS SHALL BE GROUNDED ...L L^ -- MY PTC POWER 8,3BAY ®UNGROUNDED SYSTEM DC CONDUCTORSSMU.BE COLOR-CODED AS FOLLOWS DC POSITIVE SHALL BE RED(OR MARKED RED)AND DO NEGATIVE SHALL BE BLACK AD (OR MARKED BLACK) USING UL-LISTED LAY-IN LUGS. O F— r.J ACCrowEROUTPIR 76MW 3 IMODULE. TALLER SHALL CONFIRM THAT MOUNTING SYSTEM HAS � LZIZJ ERATEDACPOWEROUTPUT 7,600W ALL METAL ENCLOSURES,RACEWAYS,CABLES AND EXPOSLDNONCURRENTCARRYING METAL PARTS OFEONPMENTSHAULBE GROUNDED TO EARTH ASREWIRED EN EVALUATED FOR COMPLIANCE WITH UL2703 BY NEC 2504(B)AND PART III OF NEC ARTICLE M)AND EQUIPMENT GROUNDING CONDUCTORS SHALL BE SIZED ACCORDING TO NEC 69045 THE GROUNDING ELECTRODE SYSTEM SHALL ADHERE TO 69147(B)AND 250169 THE DO GROUN01NO ELECTRODE SHALL BE SZEO ACCORDING TO 2`5DIW ROUNDING AND BONDING'WHEN USED WITH PROPOSED O J Lo ___ r a CA) O PV DISCONNECT AN AODMONAL ARRAY GROUNDING ELECTRODE SHALL BE INSTALLED IN ACCORDANCE WITH NEC SECTIONS 250 52 AND 250 54 UNLESS THE ARRAY SiRUMURE IS ALL GROUNDING SYSTEM COMPONENTS SHALL BE LISTED p I � FI.2 ®SUITABLE TO SERVE ASA GROUNDING ELECTRODE AS PER NEC SECTION 250Z THE LOAD SERVED BY THE ARRAY IS INTEGRAL WITH THE ARRAY,OR THE PRE 4 ES MIS L_ 40A A EXISTING WIRING ELECTRODE IS LOCATED WITHIN SF wT,ASPERNECSECTION690A7(D) FOR THEIR PURPOSE p w sWt IF THE EXISTING MAIN SERVICE PANEL DOES NOT HAVE A T J MAX DC VOLTAGE OF ARRAY FIXED BY THE INVERTER AT 4MV REGARDLESS OF TEMPERATURE THE MAX DO VOLTAGE OF THE MODULE AT I-C IS EXPECTED TO BE 4 I 60A 5 ®427VL1•c-25•C)X.012VIC-MEW-4Z7V) VERIFIABLE GROUNDING ELECTRODE,IT IS THE p � NNNS 5 CONTRACTOR'S RESPONSIBILITY TO INSTALL AC81 B PV SYSTEM DISCONNECT SHALL BE A VISIBLE KNIFE-BLADE TYPE DISCONNECT THAT W ACCESSIBLE AND LOCKABLE BY THE UnUTY THE DISCONNECT SHALL BE 40A LJ� Q IE)2101MIk LOC ATED CATEDWITHN 10FTOF UTILITY METER SUPPLEMENTAL GROUNDING ELECTRODE. 40A 3°°mm AC SYSTEM GROUNDING ELECTRODE CONDUCTOR(GEC) O NMWINSIR MEA ®POINT-OFOONNECTION IS ON LOAD SIDE OF SERVICE DISCONNECT,IN COMPLIANCE WITH NEC 70512(D).OUTPUT IS BACKFED THROUGH BREAKER IN MAIN PANEL � J 6 SHALL BE A MINIMUM SIZE#BANG WHEN INSULATED,#BANG 1 ®THE PVBREAKERSHALL NOT BE MARKED FOR'UNE•AND'LOAD. IF BARE WIRE. -1_ LOADS EQUIPMENT GROUNDING CONDUCTORS SHALL BE SIZED (E) — 200A Q® THEW BREAKER SHALL BE LOCATED AT THE OPPOSITE END OF THE BUSBAR FROM THE MAIN BREMER 7 ACCORDING TO NEC ARTICLE 690.45,AND BE A MINIMUM OF A0 '( ' GEC ® CONDUCTOR AND CONDUIT SCHEDULE W/ELECTRICAL CALCULATIONS #10AWG WHEN NOT EXPOSED TO DAMAGE,AND#6AWG ) CONOUITI CURRENT-CARRYING TEMP.CORR FILL cans MAXCMRET4T BASE BERATED TERN AMP. VOLTAGE SHALL BE USED WHEN EXPOSED TO DAMAGE II % (/,• , ,'•' ', TYPICAL CONDUCTORCONDLICTORSIN COPS EGO LENGTH CAS COwIDIT7CABLE FACTOR FACTOR CURRENT (125%) AMP. AMP. TEMP RATING TEMP RATING DROP GROUNDING AND BONDING CONDUCTORS,IF INSULATED, KWHR UTILITY METER 10AWGRVVnRE. I ( I 1,•\',`t 1 7 COWER FREE AIR WA WA COPPER 6AM BARE, o,n WC) 1° 154 19754 559 39TaA 7s•c 50A 1osFr o9ex 8 SHALL BE COLOR CODED GREEN,OR MARKED GREEN IF 2 1 10AWGTIIWNQ 0.75-CIA EMT 4 NIA 10 AWG THWW2, 071(56•C) OB 15A 1B75A 40A 2Z72A ED'C AGA SOFT DAM #4AWG OR LARGER COPPER COPPER .- tOAWGPVWIRE, fiAWG BARE, ) 10 1S4 IB.7SA 55A 39.O5A 75'C 50A 9BFT 091% '3 7 COWER FREE AIR WA WA COPPER 07115CC 4 1 BAWWTHEWMZ 0V DA EMT 2 d0A 70 WGTHM&Z O98(B4'C) 10 32A 40A 55A 52 SA 75'C GOA 1OFT 021% 1 (5 I ) BAWGTHWW2, 10AWGTHWW2, ' COPPER 5 7 05'DIA EMT 2 404 0,(34•C) 10 MA 40A 55A 62 SA 75'C 50A 10FT 021% COWER COPPER �1 Jc)I)'-I\)r S I N,,G L E'Ll N E ID�AGIIRAM PROJECT ID:121451 DATE: 10/01119 CREATED BY: S.S. CHECKED BY: REVISIONS SINGLE-LINE DIAGRAM PV-2 SCALE: NTS ` ' •/�� MSDOO.IMFNT N15IIfH40iE4TED FORIHEPIR(K6EOF D6OwNNO1HECEx4NOFA PROPOSED RpiO.OL1A�C roMFR SYSTENlN1NF}CUG40ETNLTODEYONSIPATEOJUPLIAAIlEW,1NayAPpMG9LEpJpFSANp RE(LIATgtS THE 0001MOR5HQADNOTBE REUEDUPoNASAbIIBSOMETM D V_L WLLQMNGMA`14'AOf1ARR W6ialARQ4 YANN15.IN5W1D15141LPLttaLaLEgAMFM WPWOfRMICELNiH YAN5AGf10iElT WSTAWTON VAMWS NOfHNGW 1HS000AJFM 51141iD BE WIFAPIEim INA WAYTI4Ai0VE1dd01S T1�P6IPoKIIONi W YAN6AO11WEA WSTANAII W MU4ALS I