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SOLAR MODULE SPECIFICATIONS Voltage rise in Q Cable from the Microinverters to the Junction Box �( <br /> MANUFACTURER / MODEL Q CELLS Q.PEAK DUO BLK ML-G10+ 400W <br /> VMP 37.13 V For branch circuit #1 of 11 IQ 8+ Micros, the voltage rise on the 240 VAC Q Cable is 0.55% a w Q <br /> IMP A <br /> VOC 405.3 V Voltage rise from the Junction Box to the IQ Combiner Box •� o <br /> J CO <br /> ISC 11.14 A VRise = (amps/inverter x number of inverters) x (resistance in ohms/ft.) x (2-way wire length in ft.) co <br /> TEMP. COEFF. VOC -0.27%/K o <br /> = (1 .21 amp x 11 ) x (0.00205 ohms/ft) x (53 ft x 2) <br /> PTC RATING 376.55 W <br /> MODULE DIMENSION 74"(L) x 41.1" w = 13.31 amps x 0.00205 ohms/ft) x 106 ft <br /> PANEL WATTAGE 400 W = 2.89 volts <br /> SYSTEM INFO <br /> INVERTER SPECIFICATIONS %VRise = 2.89 volts _ 240 volts = 1 .21% Q.PEAKIDUOBQ CELLS <br /> LKML-G10+ <br /> MANUFACTURER / MODEL ENPHASE IQ8PLUS -72-2-US 240V The voltage rise from the Junction Box to the IQ Combiner Box is 1 .21 % (11)EN HASE <br /> MAX DC SHORT CIRCUIT 15 A IQ8PLUS-72-2-US 240V) <br /> CURRENT Voltage rise from the IQ Combiner Box to the Non Fused AC Disconnect DC SYSTEM SIZE:4.40kWDC <br /> AC SYSTEM SIZE:3.30 kWAC <br /> CONTINUOUS OUTPUT 1.21 A VRise = (amps/inverter x number of inverters) x (resistance in ohms/ft.) x (2-way wire length in ft.) REVISIONS <br /> CURRENT DESCRIPTION DATE REV <br /> _ (1 .21 amp x 11 ) x (0.00051 ohms/ft) x (5 ft x 2) <br /> AMBIENT TEMPERATURE SPECS = 13.31 amps X 0.00051 ohms/ft) X 10 ft <br /> RECORD LOW TEMP -5°C = 0.07 volts <br /> Signature with Seal <br /> AMBIENT TEMP HIGH TEMP 2% 26°C %VRise = 0.07 volts - 240 volts = 0.03% <br /> CONDUIT HEIGHT 7/8" The voltage rise from the IQ Combiner Box to the Non Fused AC Disconnect is 0.03% <br /> ROOF TOP TEMP 90°C <br /> CONDUCTOR TEMPERATURE RATE 48°C Voltage rise from the Non Fused AC Disconnect to the MSP <br /> MODULE TEMPERATURE COEFFICIENT OF VOC -0.27%/K VRise = (amps/inverter x number of inverters) x (resistance in ohms/ft.) x (2-way wire length in ft.) <br /> PERCENT OF VALUES NUMBER OF CURRENT CARRYING = (1 .21 amp X 1 1 ) X (0.00051 ohms/ft) X (5 ft X 2) PROJECT NAME&ADDRESS <br /> CONDUCTORS IN EMT <br /> 0.80 4-6 = 13.31 amps x 0.00051 ohms/ft) x 10 ft <br /> 0.70 7-9 = 0.07 volts0 < <br /> 0 .50 10-20 %VRise = 0.07 volts = 240 volts = 0.03% > D o <br /> The voltage rise from the Non Fused AC Disconnect to the MSP is 0.03% w m M <br /> fr w 1-- N CD <br /> o CD <br /> = <br /> Z 0 M CD <br /> Total system voltage rise for all wire sections w � < 00 <br /> U Q It <br /> 0.55% + 1 .21% + 0.03% + 0.03% = 1 .82% <br /> LU� � > � <br /> _ wz <br /> U co w Q <br /> U-5 > <br /> W <br /> DATE:6/23/2022 <br /> SHEET NAME <br /> SPECIFICATIONS <br /> & NOTES <br /> SHEET SIZE <br /> ANSI B <br /> 11" X 17" <br /> SHEET NUMBER <br /> PV-7 <br />