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1 :STRING OF 9 MODULES <br />2 STRINGS OF 8 MODULES <br />SAX CAPITAL: SMX250P, 250W <br />TOTAL OUTPUT: 6,250 WATTS <br />- (2) #10 AWG USE-2 <br />(1) #8 BARE CU EGC <br />@ <br />J-BOX <br />r-(2) #10 THHN/THWN-2 (6) (1) #8 THHN/THWN-2 EGC <br /> 1/2" EMT CONDUIT <br />INVERTER <br />POWER ONE <br />PVI-6000-OUTD-US <br />240VAC <br />WITH INTEGRATED DC DISCONNECT <br />UL 1741 LISTED, GFP. <br />(3) :#8: THHN/THWN-2 <br />(1) #8 THHI/THWN-2 OROUND <br />3/4" EMT CONDUIT <br />MAX CURRENT: 358 <br />NEW <br />200 AMP <br />ELECTRICAL <br />SERVICE ENTRANCE <br />AND LOAD CENTER <br />1 <br />Bl-DIRECTIONAL <br />UTILITY METER <br />240V 200A <br />0, 18 <br />J-BOX <br />(4) #1:0 AWG USE-2 (4) :#10 THHN/THWN-2 - <br />(1) #8' BARE CU EGC :(1) :#8 THHN/THWN-2 EGC <br />3/:4" EMT CONDUIT <br />A <br />DC DISCONNECT 50 / <br />ITRON -1APHOTOVOLTAIC SYSTEM \ <br />KILOWATT-HOUR METER \ <br />100A/240VAC (TYp) ® <br />/ AC 2P60A 240V <br />AC DISCONNECT <br />L(6) #10 THHN/THWN-2 <br />0) #8 THHN/THWN-2 EGC <br />3/4" EMT CONDUIT < <br />11 (N)mE 50) <br />WO <br />)92P200A 3 g Cj © gWQMO <br />e CE:2=0 %-4w>t<to <br />(N)2P40A Fal# dit.$»Ce©+imogo' i <br />T \dwSWM <br />0 Lurle-O <br />I <br />WIRE TYPE SHALL BE 90° C <br />WET AND CONTINUOUS RATED <br />NOTES: <br />1. ALL PV SYSTEM COMPONENTS SHALL BE LIS1ED BY A RECOGNIZED <br />TESTING AGENCY' Ge., UL 1741, ETC). <br />2. WIRING MATERIALS SHALL BE SUITABLE FOR THE SUN EXPOSURE AND WET <br />LOCATIONS. FIELD APPLIED PROTECTIVE COABNGS ARE NOT ACCEPTABLE. <br />3. WHERE THE TERMINAL OF THE DISCONNECnNG MEANS MAY BE ENERGIZED <br />IN THE OPEN POSITION, A WARNING SIGN SHALL BE MOUNTED ON OR <br />ADJACENT TO THE DISCONNECnNG MEANS HAVING THE FOLLOWING <br />WORDS: "WARNING-ELECTRIC SHOCK HAZARD, DO NOT TOUCH TERMINALS. <br />TERMINALS ON BOTH LINE AND LOAD SIDES MAY BE ENERGIZED IN THE <br />OPEN POSITION' <br />4. SIGNS SHALL BE POSTED ADJACENT TO EACH PV DISCONNECT AND <br />INVERTER TO INDICATE "PHOTOVOLTAIC SYSTEM' <br />5. ALL PV MODULES AND ASSOCIATED EQUIPMENT AND WIRING MATERIAL <br />SHALL BE PROTECTED FROM PHYSICAL DAMAGE. <br />6. ALL FIELD INSTALLED JUNCnON, PULL AND OUTLET BOXES LOCAED <br />BEHIND MODULES OR PANELS SHALL BE ACCESSIBLE DIRECTLY OR BY <br />DISPLACEMENT OF A MODUL-E(S) OR PANEL(S) 'SECURED BY REMOVABLE <br />FASTENERS. <br />7. EACH SIDE OF A POWER TRANSFORMER SHALL BE CONSIDERED AS <br />PRIMARY AND PROTECTED IN ACCORDANCE WITH CEC 2013. <br />8. REMOVAL OF INVERTER OR OTHER EQUIPMENT SHALL NOT DISCONNECT <br />THE BONDING CONNECTION BETWEEN THE GROUNDING ELECTRODE <br />CONDUCTOR AND THE PHOTOVOLTAIC SOURCE AND/OR OUTPUT CIRCUIT <br />GROUNDED CONDUCTOR. <br />9. THE CIRCUIT CONDUCTORS AND OVERCURRENT DEVICES SHALL BE SIZED <br />TO CARRY NOT LESS THAN 125% OF THE MAXIMUN CURRENT AS <br />CALCULATED IN CEC 2013. <br />10. 11·IE OVERCORRENT PROTECTION OF OUTPUT CIRCUITS MTH INTERNAL <br />CURRENT LIMITING DEVICES SHALL BE NOT LESS THAN 125% OF THE <br />MAXIMUM LIMITED CURRENT OF THE OUTPUT CIRCUIT. THE CONDUCTORS IN <br />SUCH AN OUTPUT CIRCUIT SHALL BE SIZED IN ACCORDANCE WITH CEC <br />2013. <br />11. PHOTOVOLTAIC SOURCE CIRCUITS, OUTPUT CIRCUITS, INVERTER OUTPUT <br />CIRCUITS AND EQUIPMENT SHALL BE PROTECTED IN ACCORDANCE MTH <br />THE REQUIREMENTS OF THE CEC 2013. <br />12. MODULE FRAMES AND RACKING SYSTEMS SHALL BE GROUNDED AT <br />UL-LISTED LOCATION PROVIDED BY THE MANUFACTURER USING UL LISTED <br />GROUNDING LUGS. THE REMOVAL OF ONE PANEL iSHALL NOT INTERRUPT <br />THE CONTINUITY OF THE GROUNDING SYSTEM FOR THE REST OF THE <br />PANELS OR RACKING SYSTEM. CEC 2013 <br />13.ALL CEC REQUIRED PV SIGNAGE (690.17, 690.53, 690.56, <br />705.10) WILL BE POSTED. <br />14.ALL GROUNOING ELECTRODES SHALL COMPLY WITH <br />REQUIREMENTS CEC 250.32 <br />SYSTEM OUTPUT: <br />DO (STC) RATING: 6.25kW <br />(25) SMX CAPITAL: SMX25OP, 250 WATT MODULES <br />(1) POWER-ONE: PVI-6000-OUT[)-US INVERTER <br />PV SYSTEM CALCULATIONS: <br />DC SIDE <br />MAXIMUM DC SYSTEM VOLTAGE: <br />37.91V x9x 1.12 = 382.1V <br />MAXIMUM PER DC SOURCE CIRCUIT CURRENT: <br />8.84A x 125% x 125% = 13.8A <br />AC SIDE <br />MAXIMUM AC SYSTEM VOLTAGE: 240V <br />MAXIMUM AC TOTAL SYSTEM CURRENT: <br />28 x 1.25= 358 <br />MODULE INFORMATION: <br />SMX CAPITAL: SMX250P, 250W <br />PEAK POKER: 250 WATTS <br />Voc: 37.91 Vdc Ist: 8.84A <br />Vpm: 30.11 Vdc Imp: 8.30A <br />MAX SERIES FUSE RAnNG: 20A <br />INVERTER INFORMATION <br />POWER ONE PVI-6000-OUTD-US <br />Compliance: IEEE-1547, UL 1741. <br />22 <br />DC MAXIMUM VOLTAGE - 600V <br />MAXIMUM INPUT CURRENT - 36A <br />PEAK POWER TRACKING VOLTAGE - 120-580V <br />PV START VOLTAGE - 120V <br />AC <br />@XIMUM OUPTUT POWER - 6000 watts <br />OPERATING RANGE, UTIUTY VOLIAGE - 211 - 264V @ 240V <br />MAXIMUM CONT]NUOUS OUTPUT CURRENT - 28A @ 240V <br />FREQUENCY OPERATING RANGE - 60 Hz / 59.3 - 60.5 Hz <br />MAXIMUM EFFICIENCY - 97.1% <br />SIGNAGE <br />NOTES: <br />ALL LABELS WILL BE ON RESISTANT MATERIAL SUITABLE FOR THE ENVII <br />ALL LABELS SHALL HAVE A RED BACKGROUND WITH WHITE LETTERING. <br />0 <br />WARNING <br />PHOTOVOLTAIC CONNECTION DUAL VOLTAGE SYSTEM <br />RATED AC OUTPUT CURRENT: <br />28 AMPS <br />NOMINAL OPERATING AC VOLTAGE: <br />240 VOLTS <br />SOLAR BREAKER <br />DO NOT RELOCATE <br />CAUTION: SOLAR ELECTRIC SYSTEM CONNECTED <br />@ <br />WARNING <br />ELECTRICAL SHOCK HAZARD· THE DIRECT CURRENT <br />CIRCUIT CONDUCTORS OF THIS PHOTOVOLTAIC <br />POWER SYSTEM ARE UNGROUNDED BUT MAY BE <br />ENERGIZED #TH RESPECT TO GROUND DUE TO <br />LEAKAGE PATHS AND/OR-GROUND FAULTS. <br />SOLAR <br />AC DISCONNECT <br />PHOTOVOLTAIC CONNECTED <br />DUAL VOLTAGE SYSTEM <br />RATED AC OUTPUT CURRENT, <br />28 AMPS <br />NOMINAL OPERATING AC <br />VOLTAGE, <br />240 VOLTS <br />PV Solar DC Disconnect <br />WARNING <br />ELECTRIC SHOCK HAZARD <br />DO NOT TOUCH TERMINALS <br />TERMINALS ON BOTH THE LINE AND <br />THE LOAD SIDES MAY :BE ENERG 1ZED <br />IN THE OPEN POSITION <br />OPERATING CURRENT,24.9A <br />OPERATING VOLTAGE: 271V <br />MAXIMUM SYSTEM VOLTAGE, 382.!V <br />SHORT CIRCUIT CURRENT, 33,2A <br />UTILITY GRID <br />120/240V <br />SINGLE PHASEBUILDING <br />GROUNDING <br />ELECTRODE: <br />BREAKER SHALL BE POSITIONED AT -1 4 <br />OSITE (LOAD) END FROM THE INPUT 0 <br />)CATION OR MAIN CIRCUIT LOCATION h <br />0 <br />Z Z <br />LOAD CALCULATIONS CD W <120% OF 200A = 240A 2 0 <br />PV INPUT BREAKER = 40A I <br />MAIN BREAKER UTILITY = 200A *<C.TOTAL SUPPLY AMPS = 40A + 200A = 240A I Z <br />Z G< <br />TO BE PLACED ON ALL INTERIOR & EXTERIOR :8< <br />DC CONDUITS, RACEWAYS, ENCLOSURES, CABLE Q A <br />ASSEMBLES, EVERY 10 FEET, AT TURNS AND Z <br />ABOVE AND BELOW PENETRATIONS AND ALL <C <br />DC COMBINER AND JUNCTION BOXES 0 <br />CAUTION: SOLAR ELECTRIC <br />SYSTEM CONNECTED & <br />ENERGIZED <br />0 <br />IF A GROUND FAULT IS INDICATED, THE NORMALLY <br />GROUNDED CONDUCTORS MAY BE ENERGIZED AND <br />UNGROUNDED <br />Issue Date <br />3-13-2014 <br />Draw;ing <br />1-LINE <br />Sheet No. <br />P \/-4