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(E)SPLIT BUSS MSP (E)UTILITY METER <br /> 240V,3W, 1-PHASE 240V,3W, 1-PHASE <br /> POINT OF CONNECTION EAST EXTERIOR WALL <br /> (N)30-IT-300-SE 300W. LOCATED:INSIDE TO UTILITY A <br /> GRID <br /> ITEK ENERGY MODULES <br /> WITH P320 SOLAREDGE (N)SE 7600H-US (M 60A <br /> OPTIMIZERS SOLAREDGE INVERTER FUSIBLE AC <br /> DISCONNECT SUPPLY SIDE <br /> 1 STRING OF 1 5 MODULES MAX AC OUTPUT=32 A CONNECTION <br /> LINE TAP <br /> ILSCO energy <br /> i;. 411•4 wvi,e•4 • • .•i 11•4 nom <br /> LINE LINE I t IPcaioS O • e�lTii today' <br /> ,--.. ,--, A <br /> �:� ��=� �5� ��� q NEMA 3R B DC r., �_ <br /> � � _�_I �_� �_ ,� Q C D 40A <br /> --.. S 0 L R <br /> ee 1 1 i-�,- <br /> i El El •• • PA gi ,_____._____ ___. AC �� t LOAD LOAD .: <br /> v ^— - illy <br /> 1 STRING OF 15 MODULES �`' "^\ k <br /> WITH INTEGRATED DC VISIBLE,LOCKABLE CONNECT NEW SOLAR CIRCUIT TO <br /> DISCONNECT AND EXTERNALLY OPERABLE . �1 EXISTING ELECTRICAL SYSTEM VIA 1001 COOPER POINT <br /> �_� ��_� 64., ow WITH AUTOMATIC RAPID 40A FUSES;60A RATED -- RD SW,STE 140-290, <br /> !•! L-•' •• • ,-•, �•!' SHUTDOWN UPON AC GRID 240V,NEMA 3R /'^s. /'\ LINE SIDE TAP; OLYMPIA,WA 98502 <br /> .!. 1 !d it"! <br /> ! !! UL LISTED LOAD SIDE OF NET METER AND PHONE:360-637-4343 <br /> DISCONNECT DG222NRB SUPPLY SIDE OF MSD CODE <br /> -� �-�� --� --� tt 705.12(A),230.82(6), <br /> e e e e L . G I 690.13(C)&690.15 HEIDI PASCHAL <br /> PROJECT MANAGER <br /> --J <br /> (E)EARTH .11.11111111111111111111111.11 <br /> GROUND <br /> INVERTER DC INPUT VOLTAGE IS 9.000 DC KW <br /> REGULATED BY SOLAREDGE OPTIMIZER, <br /> STRING VOLTAGE IS 400VDC NOMINAL, 7.600 KW CEC-AC RATING <br /> 480VDC MAX[NEC 690.7] CENTRAL INVERTER SYSTEM <br /> INVERTER DC INPUT CURRENT IS <br /> 23° 90°, 180°,270° <br /> REGULATED BY SOLAREDGE OPTIMIZER, TILT AZIMUTH <br /> MAX STRING CURRENT IS <br /> 9000/400=22.50AMP5 <br /> WITH A MAX SHORT CIRCUIT OF 30A(15A MMIIIIIIIIIIIIIIIIIIIIIII <br /> PER STRING)[NEC 690.81 2201 COLUMBIA ANE <br /> EVERETT, <br /> WA 98203 <br /> ANNA HAALA <br /> (206)321.9355 <br /> APN:00545001701700 <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 /> 32.00 1.25 40.00 40A <br /> A ARRAY TO JUNCTION BOX (4)#10 AWG PV WIRE&#6 AWG SOLID COPPER(G) FREE AIR DATE DESCRIPTION <br /> B JBOX TO INVERTER (4)#1 0 AWG THHN-2(2+&2-)&(1)#8 AWG THHN-2(G) 3/4"EMT <br /> C INVERTER TO PROD.METER (3)#6 AWG THHN-2(L1,L2&N)&(1)#8 AWG THHN-2(G) 3/4"EMT <br /> D PROD.METER TO AC DISCO (3)#6 AWG THHN-2(L1,L2&N)&(1)#8 AWG THHN-2(G) 3/4"EMT <br /> E AC DISCO TO EXISTING BREAKER PANEL (3)#6 AWG THHN-2(L 1,L2&N)&(1)#8 AWG THHN-2(G) 3/4"EMT DATE 1/14/19 <br /> DRAWN: <br /> DRAWN BY: PD <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 PONT (TOTAL#MODULES XPMAX)/400VDC 20.0 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 i E D I /l G RAll A <br /> RATED MAX POWER POINT D MAX#OF OPTIMIZERS IN AN INPUT CIRCUIT 15 8 MIN TO 25 MAX PER STRING 11 ll G I!-1 fC IV1 <br /> VOLTAGE NOMINAL DC INVERTER INPUT VOLTAGE 400 E OPTIMIZER MAX DC INPUT VOLTAGE 48 VOLTS (FROM OPTIMIZERS SPECIFICATIONS) <br /> F OPTIMIZER MAX DC INPUT POWER 320 WATTS (FROM OPTIMIZERS SPECIFICATIONS) <br /> MAXIMUM SYSTEM VOLTAGE MAXIMUM INVERTER INPUT VOLTAGE 480 G ITEK MODULE VOC 39.8 VOLTS (FROM MODULE SPECIFICATIONS) <br /> H #OF MODULES PER OPTIMIZER 1 (FROM OPTIMIZERS SPECIFICATIONS) <br /> I VOLTAGE CORRECTION FACTOR 1.12 <br /> #OF STRING/S X 15 AMPS(MAX OUTPUTE <br /> SHORT CIRCUIT CURRENT 30.0 J MAXIMUM SYSTEM DC VOLTAGE 44.58 VOLTS MODULE VOC X#OF MODULES PER OPTIMIZER X VOLTAGE CORRECTION FACTOR M.1 <br /> 1 <br /> CURRENT) - ' <br /> NOTE:"E"MUST BE LARGER THAN"J" 60V >44.58V=OK THE VALUE CALCULATED MUST BE LESS THAN OPTIMIZERS MAX DC INPUT VOLTAGE f <br />