Laserfiche WebLink
352-(&71$0( <br />'DWH <br />3D H <br />352-(&7 1$0( <br />'DWH <br />3D H <br />&RQWUDFWRU6LJQDWXUHBBBBBBBBBBBBBBBBBBBBBBBBBBBB <br />6,1*/(/,1(',$*5$0 <br />35 -(&71$0( <br />'DWH <br />D  <br />,1 /(/,1(',$5$0 <br />3DJH( <br />&RQWUDFWRU6LJQDWXUHBBBBBBBBBBBBBBBBBBBBBBBBBBBB <br />352-(&7 1$0( <br />Imax = A <br />( ) # THWN-2 <br />(1) #8 Gnd <br />in Conduit <br />MSP <br />BUS <br />VAC P W <br />Electrical Service Entrance <br />From Utility <br />Imax: <br />AC SIDE: <br />Continuous Current = Imax x 1.25 (690.8(A)(3) and 690.8(B)(1)) <br />= x = A <br />Derate Ampacity = 90deg Rating of Conductor (T-210.15(B)(16) for # AWG) <br />x 75deg Temp Correction Factor (T-310.15(B)(2)(a)) x Conduit Fill Factor (T-310.15(B)(3)(a)) <br />= A x .87 x = A <br />So that, Derate Ampacity > Continuous Current <br />A > A >> OK! <br />And Derate Ampacity > Overcurrent Device Rating <br />A > A >> OK! <br />Voltage Drop % = Imax x ohms/kft (T-8) x One-Way Distance x 2 / 1000 / Vmin x 100 <br />= A x ohms/kft x 15 ft x 2 / 1000 / 240 VAC x 100 = % < 3% >> OK! <br />PV Combiner <br />OCPD A 2P <br />backfed circuit <br />breaker to be <br />installed at the <br />opposite end from <br />the input feeder <br />Per 705.12(B)(3)(2) <br />(N) Enphase IQ <br />Combine 4 Box <br />No Main Breaker <br />(1) 20A OCPD <br />for Each Branch <br />(1) 15A or 10A OCPD <br />for Monitoring <br />Nema 3R <br />(Per Enphase <br />Installation <br />Instructions) <br />Imax: <br />NOTES: Complies with CEC2022 and NEC2020 <br />1. NET SYSTEM INFORMATION: <br />INVERTER MFG & MODEL NO: <br />EFFICIENCY RATING: 97% <br />CEC-AC RATING = Nmodules x CEC Rating-PTC x Eff (%) <br />= x x 97% = kw-AC <br />2. THE SYSTEM IS A FUNCTIONALLY GROUNDED ARRAY. <br />3. WIRE AND CONDUIT SIZES ARE AS INDICATED OR LARGER. <br />4. ALL EQUIPMENT IS BONDED BY MECHANICAL MEANS OR BY A GROUNDING CONDUCTOR <br />5. THE GROUNDING ELECTRODE CONDUCTOR SHALL BE #8 AWG COPPER GROUND WIRE <br />AND BONDED TO THE EXISTING GROUNDING ELECTRODE SYSTEM. <br />120/240 1 <br />14 <br />30 <br />200 <br />200 <br />3 <br />340.92 4.630 <br />3/4" <br />(E) GES <br />16.94 <br />40 <br />21.1834.8 <br />21.18 <br />34.801.0 <br />30 <br />16.94 1.24 0.26 <br />7/26/24 <br />MSOLAR TXS6-365120BB <br />7 <br />34.80 <br />10 <br />10 <br />Enphase IQ8Plus-72-2-US <br />W-STC Photovoltaic Module <br />For Each Module: <br />VOC = <br />VMP = <br />ISC = <br />IMP = <br />J.TANDrawn By: <br />GEC <br />Revision:0 <br />EXISTING #4 AWG <br />#2/0 <br />EXISTING <br />Microinverters <br />Nominal Output Current: A <br />Nominal Voltage: 240V <br />Max Units per Branch: <br />Max DC ISC: A <br />Max Input Voltage: V <br />En hase IQ8Plus-72-2-US <br />1.21 <br />13 <br />15 <br />60 <br />En hase IQ8Plus-72-2-US <br />En hase IQ8Plus-72-2-US <br />7 <br />7 <br />7 <br />14 14 <br />8.47 <br />8.47 <br />FOR EACH BRANCH: <br />(1)Bus Trunk Cable <br />Free Air <br />(2) #10 PV Wire <br />(1) #6 Cu Bare <br />(N) Junction Box - NEMA3R <br />16.94 <br />(N) Non-Fusible <br />AC Disconnect Switch, <br />Lockable, <br />A, 240V, <br />2 Pole, NEMA 3R <br />(RSID) Rapid <br />Shutdown Initiation <br />Device <br />EMT <br />South West Solar, Inc. <br />9752 Eton Avenue, Chatsworth, CA 91311 <br />(310) 340-7946 <br />License Number: 1012298 517 ROSITA ST, SANTA ANA, CA 92703 <br />30 <br />A <br />A <br />1.25 <br />FROM JUNCTION BOX: <br />( ) # THWN-2 L1/L2 <br />(1) # 8 Cu Gnd <br />in EMT Conduit3/4" <br />104 <br />Conduit Notes: <br />1. Conduit Height shall be more than or <br />equal to 7/8 inch from finish roof. <br />2. All Conduit shall be painted to match <br />color of surroundings. <br />End Fed <br />Main Breaker <br />Ronald Krofta <br />5.110 kW-DC 4.060 kW-AC 4.630 kW-AC CEC Photovoltaic System <br />MSOLAR TXS6-365120BB <br />40.80 <br />34.00 <br />11.33 <br />10.74 <br />365 <br />MSOLAR TXS6-365120BB <br />517 N Rosita St <br />9/30/2024