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(N)200A RATED MSP <br /> (N)21-SLAM 300 300W • <br /> 240V,3W, 1-PHASE <br /> SBA300-W(MADE IN WA) LOCATED:OUTSIDE TO UTILITY <br /> GRID <br /> SILFAB ENERGY MODULES <br /> WITH P320 SOLAREDGE (N)SE XXOOH-US (N)60A <br /> OPTIMIZERS SOLAREDGE INVERTER NON-FUSIBLE AC <br /> 1 STRINGOFII MODULES MAX AC OUTPUT=XXA DISCONNECT (E)200A <br /> 410 <br /> kwa raw, wori way LINT E 0 LINE .6 F <br /> Smart energy today° <br /> L R <br /> ibliai• tag afilb flail 5) NEMA 3R T <br /> i--I C D 9e e ......... ,..... . so <br /> ® • . • DC -'TT-�� r— AC LOAD ,.... LOAD �.,,,, �,,,.,,,, ,r <br /> +t <br /> 1 STRING OF 1 1 0 MODULES rs. e*— <br /> 1 <br /> WITH INTEGRATED DC VISIBLE,LOCKABLE <br /> DISCONNECT AND EXTERNALLY RATED <br /> /—.% ."--% 1001 COOPER POINT <br /> s w w__wRD SW,STE 140-290, <br /> b•. If•�' ��I lie WITH AUTOMATIC RAPID 60A RATED <br /> ••O Pfel .. . 4.1 WV SHUTDOWN UPON AC GRID 240V,NEMA 3R "Th /ti OLYMPIA,WA 98502 <br /> -� ��•� �•� -�, DISCONNECT ULLIDG22ST DB (E)40A PHONE:360-637-4343 <br /> i_o �_I .A_A •. <br /> Ie A t___ _n HEIDI PASCHAL <br /> MIIIIFA a �� � ill � E PROJECT MANAGER <br /> __J ` ' E <br /> (5)EARTH <br /> GROUND <br /> INVERTER DC INPUT VOLTAGE IS r 6.300 DC KW <br /> REGULATED BY SOLAREDGE OPTIMIZER, <br /> STRING VOLTAGE IS 380VDC NOMINAL, 6.000 KW CEC-AC RATING <br /> 48OVDC MAX(NEC 690.7) CENTRAL INVERTER SYSTEM <br /> INVERTER DC INPUT CURRENT IS 23° 270° <br /> REGULATED BY SOLAREDGE OPTIMIZER, <br /> TILT AZIMUTH <br /> MAX STRING CURRENT IS <br /> 6300/380=16.58 AMPS IIIIIIIIIIIIIIIIIMIMMIE <br /> WITH A MAX SHORT CIRCUIT OF 30A(15A <br /> PER STRING)[NEC 690.8] 4706 GLENWOOD AVE <br /> EVERETT, <br /> WA 98203 <br /> CHRISTOPHER CONNAIR <br /> (937)305.5812 <br /> APN:00505700003905 <br /> 125%OF INVERTER MAX AC OUTPUT WIRE/CONDUIT SCHEDULE <br /> MAX AC 125% RESULT OCPD SIZE <br /> OUTPUT(AMPS) (AMPS) TAG DESCRIPTION CONDUCTOR TYPE/SIZE/QUANTITY CONDUIT SIZE/TYPE <br /> 25.00 1.25 31.25 40A <br /> A ARRAY TO JUNCTION BOX (4)#10 AWG PV WIRE&#6 AWG SOLID COPPER(G) FREE AIR DATE DESCRIPTION <br /> SERVICE LOAD CALCULATIONS NEC 705.1 2(D)(2)(3)(B) • <br /> BACKFED 120%RULE-PER 705.12(D)(2)(3)(B) WHERE TWO SOURCES,ONE A UTILITY B JBOX TO INVERTER (4)#10 AWG THHN-2(2+&2-)&(1)#8 AWG THHN-2(G) 3/4"EMT&LMFC <br /> • <br /> BUS RATING SIZE MUTIPLIER(120%) RESULT AND THE OTHER ITEEARE C INVERTER TO AC DISCO (3)#8 AWG THHN-2(L1,L2&N)&(1)#8 AWG THHN-2(G) 3/4"EMT <br /> LOCATED AT OPPOSITE ENDS INVERTEROF A <br /> 200 1.20 240 BUSBAR THAT CONTAINS LOADS,THE D AC DISCO TO PROD.METER (3)#8 AWG THHN-2(L1,L2&N)&(1)#8 AWG THHN-2(G) 3/4"EMT <br /> SUM OF 125%OF THE INVERTER(S) <br /> MAIN BREAKER SIZE INVERTER+125% RESULT OUTPUT CIRCUIT CURRENT AND THE E PROD.METER TO EXIST BREAKER PANEL (3)#8 AWG THHN-2(L 1,L2&N)&(1)#8 AWG THHN-2(G) 3/4"EMT TE <br /> 200 31.25 231.25 RATING OF THE OVERCURRENT DEVICE DATE <br /> 4/23/19 <br /> WPROTECTING THE BUSBAR SHALL NOT . <br /> 240A>/=231.25A=OK - EXCEED 120%OFTHEAMPACITYOFTHE E DRAWN BY: PD <br /> BUSBAR. <br /> PHOTOVOLTAIC SYSTEM DISCONNECT -LABEL INFORMATION MAXIMUM SYSTEM DC VOLTAGE ELECTRICAL <br /> MODULE VOC FOR SINGLE-MODULE OPTIMIZER CONFIGURATIONS(WITH 80V AFCI CAP)(NEC 690.7 AND 690.11) <br /> A OPTIMIZER MAKE AND MODEL# SOLAREDGE P320 SINGLE <br /> RATED MAX POWER POINT (TOTAL#MODULES X PMAX)/38OVDC 16.5 B OPTIMIZER MAX DC OUTPUT CURRENT 15 AMPS (FROM OPTIMIZERS SPECIFICATIONS) <br /> CURRENT <br /> C OPTIMIZER MAX DC OUTPUT VOLTAGE 48 VOLTS (FROM OPTIMIZERS SPECIFICATIONS) LINE DIAGRAM <br /> RATED MAX POWER POINT D MAX#OF OPTIMIZERS IN AN INPUT CIRCUIT 11 8 MIN TO 25 MAX PER STRING <br /> NOMINAL DC INVERTER INPUT VOLTAGE 380 <br /> VOLTAGE E OPTIMIZER MAX DC INPUT VOLTAGE 48 VOLTS (FROM OPTIMIZERS SPECIFICATIONS) ,-n <br /> F OPTIMIZER MAX DC INPUT POWER 320 WATTS (FROM OPTIMIZERS SPECIFICATIONS) $ € <br /> G SILFAB MODULE VOC 39.85 VOLTS (FROM MODULE SPECIFICATIONS) <br /> MAXIMUM SYSTEM VOLTAGE MAXIMUM INVERTER INPUT VOLTAGE 480 a s „' 1' <br /> H #OF MODULES PER OPTIMIZER 1 (FROM OPTIMIZERS SPECIFICATIONS) tI "4, <br /> . ` <br /> I VOLTAGE CORRECTION FACTOR 1.12 , ,,., <br /> #OF STRING/S X 15 AMPS(MAX OUTPUT1 <br /> SHORT CIRCUIT CURRENT 30.0 J MAXIMUM SYSTEM DC VOLTAGE 44.63 VOLTS MODULE VOC X#OF MODULES PER OPTIMIZER X VOLTAGE CORRECTION FACTOR MSI <br /> CURRENT) NOTE:"E"MUST BE LARGER THAN"J" 60V >44.63V=OK THE VALUE CALCULATED MUST BE LESS THAN OPTIMIZERS MAX DC INPUT VOLTAGE <br />