Loading...
Item 7 - Plans SCOPE OF WORK DESIGN&DRAFTING BY: BRANDON DE LA TORRE NABCEP:PV-102216-015022 TO INSTALL A SOLAR PHOTOVOLTAIC(PV)SYSTEM AT THE '� Pal MERI&ALBERT CARRIZAL RESIDENCE, ' LOCATED AT 923 DOVE CREEK TRAIL IN SOUTHLAKE, 76092. THE POWER GENERATED BY THE PV SYSTEM WILL BE INTERCONNECTED REVISIONS �� Lake Dates WITH THE UTILITY GRID THROUGH THE EXISTING ELECTRICAL SERVICE EQUIPMENT. DESCRIPTION DATE REV THE PV SYSTEM DOES NOT INCLUDE STORAGE BATTERIES. CoppsrG you ORIGINAL 10/30/2020 A Boyd J:�.sln SETBACKS ADDED 1/5/2021 B 88110'N� Airara Doatle Oak SYSTEM RATING PIaDD Newark Rom Civb 22.77 kW DC STC ear 20.67 kW DC PTC 17.25 kW CEC-AC Pa .ACri♦ Hash! CONTRACTOR Addie°^ Raro - — Pftskan�Y TIC I PROJECT LOCATION Aa~ www......L...N---.--- � 1800 S.LOOP 288,STE 396#105 32.953841, -97.150505 DENTON,TX 76205 � NABCEP:PV-102 216-01 5 0 2 2 EQUIPMENT SUMMARY TE°`#3,393 BIua llnad � � 1 69 APTOS SOLAR TECHNOLOGY DNA-120-MF23-33OW PV MODULES Lalrnm I`\ N° InRi.N"d lus - II Hkod. Pk i 69 ENPHASE IQ7-60-2-US(240V)PV INVERTER(S) RlcHandHllN PROJECT NAME Oda ^:Dallas, Palk iR�YWa�hYstl�" SHEET INDEX eaekru NoLn W — (V � PV-1 COVER LLJ Q 01 PV-2 SITE MAP&PV LAYOUT ; Click and drag � 0 rn PV-2.1 ROOF 1 LAYOUT - PV-2.2 ROOF 2 LAYOUT T k �' LLI `Y O PV-2.3 ROOF 3 LAYOUT a` �.- 0 W O PV-2.4 ROOF 4 LAYOUT i \ � U PV-5.1 ELECTRICAL 1-LINE DIAGRAM LLJ M` PV-5.2 ELECTRICAL WIRE CALCULATIONSat,. .�it>, _ '� I-r1 Y rn PV-6 MOUNTING DETAIL&STRUCTURAL LOAD CALCULATIONS - p�; �.�♦y�_.p,, - ��� N LLJ Q � PV-7 SYSTEM LABELING DETAIL - N J O PV-8 EQUIPMENT SPECIFICATION SHEETS 1 ` "`.• �+ _ PV-8.1 EQUIPMENT SPECIFICATION SHEETS `� o •b.'R�4.-ti-rF1 PV-8.2 EQUIPMENT SPECIFICATION SHEETS �1 ` ..+ R - , _ r Q r) p PV-8.3 EQUIPMENT SPECIFICATION SHEETS - �! �R - �r N_ 11 — r 1r. � •yam CC LLJ GOVERNING CODES 2020 NATIONAL ELECTRICAL CODE SHEET NAME 2018 INTERNATIONAL BUILDING CODE/ INTERNATIONAL RESIDENTIAL CODE `'�I COVER UNDERWRITERS LABORATORIES(UL)STANDARDS *j � - +. OSHA 29 CFR 1910.269 ;y - a ♦- PAGE SHEET SIZE ANSI B 11 "x17" SHEET NUMBER . r PV-1 CONSTRUCTION SUMMARY DESIGN&DRAFTING BY: BRANDON DE LA TORRE (69) (APTOS SOLAR TECHNOLOGY DNA-120-MF23-330W) SOLAR MODULES TOTAL, 22.77 kW DC NABCEP:PV-102216-015022 (69) (ENPHASE IQ7-60-2-US (240V)) INVERTER TOTAL, 17.25 kW AC. (126)ATTACHMENT POINTS @ 72" O.C. MAX. Roof Type = Comp Shingle,Age Unknown, 2 Layer(s) REVISIONS Roof Structure = 2x6 Rafters @ 24" O.C.,%2" Plywood Decking DESCRIPTION DATE REV Roof/Array #1 44° Pitch, 231'Azimuth ORIGINAL 10/30/2020 A Roof/Array #2 33' Pitch, 231'Azimuth SETBACKS ADDED 1i5i2021 B Roof/Array #3 32° Pitch, 141'Azimuth Q Roof/Array #4 34° Pitch, 51'Azimuth POOL ZI Q CONTRACTOR AGGR PAN CONCRETE TAC E�TE a DRIVEWAY D 1800 S.LOOP 288RSTE 396#106 O DENTON,TX 7605 2 NABCEP:PV-10216-016022 OTECL#31393 00 PROJECT NAME G,6,41 Q J DO 36-FINE—AL A. Q Ln TOTAL ROOF AREA: 4751 FT2 J a �� Y _ � CO N N TOTAL SOLAR AREA: 1242 FT2 00 i o ��D W Q Cr) ~ 36-F NE wAL A. TOTAL PERCENTAGE: 26.1% D a 0 0 U O W 00 J X O ow � � � � J M 00 00�0 0o = 0 O 0000 J � � a Q O bOdo 000 < ry) d ��v� �� � 01 � � � 0 Q � od 00 Q LU o ��7 D SHEET NAME O Pv a LAYOUT 0 O V O SHEET SIZE q ANSI B 11 "x17" CONSTRUCTION NOTES a 1 )ALL MANUFACTURER'S SHEET NUMBER ACTURER'S INSTALLATION INSTRUCTIONS.ACCORDANCE WITH THE O p�VE CR��KTRPIL \ 2.)ALL OUTDOOR EQUIPMENT SHALL BE RAINTIGHT WITH MINIMUM NEMA 3R RATING. P `r/—2 3.)ALL LOCATIONS ARE APPROXIMATE AND REQUIRE FIELD VERIFICATION. n CONSTRUCTION SUMMARY - ROOF 1 DESIGN&DRAFTING BY: BRANDON DE LA (27)SOLAR MODULES NABCEP:PV-10221 TO6-01505022 (52)ATTACHMENT POINTS @ 72" O.C. MAX. Roof Type = Comp Shingle,Age Unknown, 2 Layer(s) Roof Structure = 2x6 Rafters @ 24" O.C.,%" Plywood Decking REVISIONS Roof/Array #1 44' Pitch, 231'Azimuth DESCRIPTION DATE REV ORIGINAL 10/30/2020 A SETBACKS ADDED 1/5/2021 B ROOF 1 440 PITCH 2310 AZIMUTH CONTRACTOR 3'-3411 i �''Y 18" FIRE SE BACK RID ES TAC Q1800 S.LOOP 288, TE 396#105 DENTON,TX 76205 NABCEP:PV-102216-015022 TECL#31393 RAFTERS @ 24" O.C. RACKING RAIL PROJECT NAME ATTACHMENT POINT J SOLAR MODULE ~ Ln -6 l 16 Y � (\1 2 I' G 00 worn . 1 7'-7 `Q4�P ovw� O` N LU C4 � o = � ���P ' < rn �4 � a' U) 0 SHEET NAME 8" ROOF 1 LAYOUT '-6" 38'-4 " 4 SHEET SIZE 45'-1 I" ANSI B 4 11 x17 SHEET NUMBER PV-2.1 CONSTRUCTION SUMMARY - ROOF 2 DESIGN&DRAFTING BY: BRANDON DE LA (18)SOLAR MODULES NABCEP:PV-10221 TO6-01505022 (30)ATTACHMENT POINTS @ 72" O.C. MAX. Roof Type = Comp Shingle,Age Unknown, 2 Layer(s) Roof Structure = 2x6 Rafters @ 24" O.C.,%" Plywood Decking REVISIONS Roof/Array #2 33° Pitch, 231'Azimuth DESCRIPTION DATE REV ORIGINAL 10/30/2020 A SETBACKS ADDED 1/5/2021 B CONTRACTOR ROOF 2 TAC 33° PITCH www." "LaRA'oa"' 1800 S.LOOP 288 STE 396#105 231° AZIMUTH DENTON,TX16-05 NABCEP:ON,T 276-015022 TECL#31393 8" FI E SETBACK @ RIDGIiS RAFTERS @ 24" O.C. ATTACHMENT POINT O� QO RACKING RAIL SOLAR MODULE PROJECT NAME 12'-04 Ln I O w J N I I'-O2" �O� w Q rn ~ � O w Y -O QL ~ O (� W mO = O Q ^� p � N — E -6" 39'-4311 1-31 Q w 4 U I'-12" SHEET NAME ROOF 2 LAYOUT SHEET SIZE ANSI B 11 "x17" SHEET NUMBER PV-2.2 CONSTRUCTION SUMMARY - ROOF 3 DESIGN&DRAFTING BY: BRANDON DE LA TORRE (16)SOLAR MODULES NABCEP:PV-102216-015022 (25)ATTACHMENT POINTS @ 72" O.C. MAX. Roof Type = Comp Shingle,Age Unknown, 2 Layer(s) Roof Structure = 2x6 Rafters @ 24" O.C.,%" Plywood Decking REVISIONS Roof/Array #3 32' Pitch, 141'Azimuth ROOF 3 DESCRIPTION DATE REV 320 PITCH ORIGINAL 10/30/2020 A SETBACKS ADDED 1/5/2021 B 1410 AZIMUTH 18" IRE S TBAC @ RIDGES CONTRACTOR TACRAFTERS @ 24" O.C. aoA��oM RACKING RAIL 800 S.LOOP 288,STE 396#105 L \ DENTON,TX 76205 \ NABCEP:PV-102216-015022 \ \ \ ATTACHMENT POINT TECL#31393 SOLAR MODULE PROJECT NAME 21 I-O L I' Ln L U =� m IC, p LLJ 0 0 01- r` Z. 02 NwQ � -7 > J O ��� �.�� �. N � O '0 U W o � o T SHEET NAME ROOF 3 5'-0�4f LAYOUT SHEET SIZE ANSI B 11 "x17" I III I II 24-62 -I I SHEET NUMBER 28'-1 1" PV-2.3 CONSTRUCTION SUMMARY - ROOF 4 DESIGN&DRAFTING BY: BRANDON DE LA TORRE (8) SOLAR MODULES NABCEP:PV-102216-015022 (14)ATTACHMENT POINTS @ 72" O.C. MAX. Roof Type = Comp Shingle,Age Unknown, 2 Layer(s) Roof Structure = 2x6 Rafters @ 24" O.C.,%" Plywood Decking NC REVISIONS Roof/Array #4 34' Pitch, 51'Azimuth 1' DESCRIPTION DATE REV 11 ORIGINAL 10/30/2020 A SETBACKS ADDED 1/5/2021 B ROOF 4 340 PITCH 510 AZIMUTH . CONTRACTOR °���,, TAC W-TAOSOLA1800 S.LOOP 288R STE 396#105 DENT ON,TX 76205 v7 NABCEP:PV-10 2 21 6-01 5 02 2 ��//� 51_2311 E 1 ���^�� 4 TECL#31393 PROJECT NAME J RAFTERS @ 24" O.C. � 18" FIRE SETBACK @RID S RACKING RAIL � 0- o M 16'- I I �I' v ~ � o ATTACHMENT POINT 4 > w F o U W M SOLAR MODULE 1 1 1_01 II > ¢ o 2 0 a: N 110 Q LU U SHEET NAME ROOF 4 QII v LAYOUT 91 ?311 -�II Q I II SHEET SIZE `74 b ✓2 ANSI B 32'-bql 11 11 "x17" SHEET NUMBER PV-2.4 TOTAL SYSTEM SIZE 22.77 kW DC STC APTOS SOLAR TECHNOLOGY DNA-120-MF23-33OW DESIGN&DRAFTING BY: Isc= 10.51 A BRANDON DE LA TORRE Imp= 10.02 A NABCEP:PV-102 21 6-01 502 2 1 q Voc= 40.27 VDC Branch Circuit One(BC1) Vmp= 32.91 VDC 16 Modules;Micro-Inverters in REVISIONS Parallel Source Circuit Voc Temp Coefficient -0.31%"2C DESCRIPTION DATE REV ORIGINAL 10/30/2020 A SETBACKS ADDED 1/5/2021 B 1 q Branch Circuit Two(BC2) 2 � SOLAR ARRAY: 22.77 kW DC STC 9 16 Modules;Micro-Inverters in I 17.25 kW AC CEC G Parallel Source Circuit I I CONTRACTOR IJ To Grid Branch Circuit Three(BC3) 1 q D TAC 3 16 Modules;Micro-Inverters in E 6 Www.TADso�Aa ANDAD.DOM 3 Parallel Source Circuit 1800 S.LOOP 288.STE 396#105 DENTON.TX 76205 L2- L1 NA CEP PV-102216-015022 )) L2-1) L1 Connection made with a Line TELL#31393 1 Side Tap using(2)Insulation Branch Circuit Four(BC4) q 2 I Piercing Hot Tap Connectors 15 Modules;Micro-Inverters in I inside Service Panel. Parallel Source Circuit PROJECT NAME ——— — — — ———— — — ——— EXISTING GROUNDING 2 ELECTRODE SYSTEM _J Ln B = _ 3 3 4 5 5 F Y JC\J N -- wQa' ^ --- ------------ - � � 0M Branch Circuit Five(BC5) 1 q U ~ ti 0O 8 Modules;Micro-Inverters in Y 3 j W X o 3 Parallel Source Circuit O W � N ---- Lid rn r` rry W Y 2 I >0 2 0 J 0 F B = _ N -- -- Q w U 3 3 Wire and Conduit Schedule Requimd SHEET NAME Marker Description cuap-fty Component Notes Ampacy ELECTRICAL Solar Panel:APTOS SOLAR TECHNOLOGY DNA-120-MF23-330W. 1 (1)6AWG Bare Cu Ground. 1-LINE A Typical of 69 2 (2)12AWG Cu PV Wire.Existing Manufacture Installed Wire 15.53 DIAGRAM B ENPHASE IQ7-60-2-US (240V) Microinverter. Typical of 69 3 (2)12AWG Enphase Wire.(1)6AWG Bare Cu Ground. 20.00 C NEMA 3 Junction/Transition Box. sHEEr slzE Aggregate Panel-125 A MLO-(4)20A;(1)15A Breakers for Inverter 4A 3/4"EMT.(4)10AWG Cu THWN-2.(1)6AWG Cu THWN-2 Ground. 28.17 A N S 1 B D Interconnection E AC PV DISCONNECT:Lockable 100A 2-pole 240V.NEMA-3 w/90A Fuses. 4B 3/4"EMT.(6)10AWG Cu THWN-2. 28.17 11 rr X1 (7 rr Accessible,Visible,Lockable,Labeled,within 10'of Utility Meter F Existing Load Center:200A Bus,with 200A Main Breaker. Line Side Tap 5 1 1/4"EMT.(3)3AWG Cu THWN-2.(1)6AWG Cu THWN-2 Ground. 86.25 SHEET NUMBER Interconnection. G Existing Utility Meter. 6 Existing Infrastructure PV-5.1 ELECTRICAL NOTES CALCULATIONS FOR CURRENT CARRYING CONDUCTORS DESIGN&DRAFTING BY: #2 Existing Manufactured Installed AWG #12 Wire BRANDON DE LA TORRE 1.) ALL EQUIPMENT TO BE LISTED BY UL OR OTHER NRTL, AND LABELED FOR ITS APPLICATION. #3 Microinverter Output Wire Ampacity Calculation - Branch 1, 2, 3, 4, 5 NABCEP:PV-102 21 6-01502 2 2.) ALL CONDUCTORS SHALL BE COPPER, RATED FOR 600 V AND 909C WET ENVIRONMENT. Branch Output Circuit OCP Calc. (Inverter Imp)+(# of Inverters)*(1.25) = 20.0 A Using largest ampacity of separate branches for calculation REVISIONS 3.) WIRING, CONDUIT, AND RACEWAYS MOUNTED ON ROOFTOPS SHALL BE ROUTED DIRECTLY DESCRIPTION DATE REV TO, AND LOCATED AS CLOSE AS POSSIBLE TO THE NEAREST RIDGE, HIP, OR VALLEY. Branch Output Circuit Imax (Inverter Imp)*(# of Inverters) = 16.0 A ORIGINAL 10/30/2020 A 4.) WORKING CLEARANCES AROUND ALL NEW AND EXISTING ELECTRICAL EQUIPMENT SHALL AWG #12, (Derated Amps=25)*(Temp Der.=0.91)+(CND Fill Der.=1) = 22.75 A SETBACKSADDED 1/5/2021 B COMPLY WITH NEC 110.26. 22.75 A > 16.0 A, therefore AC wire size is valid. #4A,4B Junction Box 1 Output Wire Ampacity Calculation 5.) DRAWINGS INDICATE THE GENERAL ARRANGEMENT OF SYSTEMS. CONTRACTOR SHALL Using largest ampacity of separate branches for calculation = 16.0 A FURNISH ALL NECESSARY OUTLETS, SUPPORTS, FITTINGS AND ACCESSORIES TO FULFILL APPLICABLE CODES AND STANDARDS. AWG #10, (Derated Amps=35)+(Temp Der.=0.71)+(CND Fill Der.=0.8) = 19.9 A 6.) WHERE SIZES OF JUNCTION BOXES, RACEWAYS, AND CONDUITS ARE NOT SPECIFIED, THE 19.9 A > 16.0 A, therefore AC wire size is valid. CONTRACTOR CONTRACTOR SHALL SIZE THEM ACCORDINGLY. #5 Aggregate Panel Output Wire Ampacity Calculation 7.) ALL WIRE TERMINATIONS SHALL BE APPROPRIATELY LABELED AND READILY VISIBLE. Output Circuit OCP Calc. TAC (Inverter Imp)*(Total # of Inverters)*(1.25) = 86.25 A8.) MODULE GROUNDING CLIPS TO BE INSTALLED BETWEEN MODULE FRAME AND MODULE Agg Panel Imax (Inverter Imp)+(Total # of Inverters) = 69.0 A www' LO.P2HSTE'" .1.7 1800 S.LOOP 288,STE 396#105 SUPPORT RAIL, PER THE GROUNDING CLIP MANUFACTURER'S INSTRUCTION. DENTON,TX 76205 AWG #3, (Derated Amps=100)*(Temp Der.=0.91)+(CND Fill Der.=1) = 91.0 A NABCEP:PV-102 216-01 5 0 2 2 TECL#31393 9.) MODULE SUPPORT RAIL TO BE BONDED TO CONTINUOUS COPPER G.E.C. VIA WEEB LUG 91.0 A > 69.0 A, therefore AC wire size is valid. OR ILSCO GBL-4DBT LAY-IN LUG. 10.) THE DC SIDE OF THE PV SYSTEM IS UNGROUNDED AND SHALL COMPLY WITH NEC 690.35. PROJECT NAME 11.) INSTALLATION SHALL BE ACCORDING TO THE 2017 NATIONAL ELECTRIC CODE AND ALL STATE AND LOCAL STANDARDS AND CODES. _I 12.) LABELS SHALL BE INSTALLED ON ALL NECESSARY EQUIPMENT AS PER NEC, INCLUDING , INVERTERS,SWITCHES, LOAD CENTERS AND ALL OTHER ENCLOSURES. It W J N ti 13. ALL ELECTRICAL WORK WILL BE INSTALLED AND INSPECTED BY A MASTER ELECTRICIAN AND w Q m ALL LOCAL AUTHORITIES. U O 14.) PROPERLY SIZED SURGE PROTECTION SHALL BE INSTALLED ON THE LOAD SIDE(SOLAR SIDE) > w X O OF THE FUSED AC DISCONNECT. QO ~ 15.) CONTRACTOR IS RESPONSIBLE FOR ENSURING INSTALLATION IS FIELD VERIFIED,AND IS �-, w Y INSTALLED PER NEC REQUIREMENTS&MANUFACTURERS DESIGN SPECIFICATIONS. O = o 16.) CONTINUOUS GROUND IS REQUIRED. IRREVERSIBLE COMPRESSION CLAMPS ARE REQUIRED AC SYSTEM SPECIFICATIONS _J ES *� FOR ALL GROUND SPLICES. Q `"' O 17.) IF APPLICABLE, CTs MOUNTED IN VERTICAL OR HORIZONTAL POSITION ON MOUNTING BAR AC Output Current 69.0 A 1 m J) PROVIDED IN CT ENCLOSURE. CTs MOUNTED EQUAL DISTANCE APART&CENTERED. Operating AC Voltage 240 V Q w U 18.) ALL EQUIPMENT(TERM INALS,LUGS,& DEVICES)ARE LISTED& IDENTIFIED FOR 75°C CONFIGURATION CONDUCTORS MINIMUM. Modules per String 1 19.) ALL EQUIPMENT SHALL BE LISTED& IDENTIFIED FOR APPLICATION. PV MODULES SHALL BE SHEET NAME CERTIFIED TO UL 1703. INVERTERS, CONVERTERS, &COMBINERS SHALL BE CERTIFIED TO UL1741. Strings per Inverter 1 ELECTRICAL SYSTEM SIZE Number of Inverters 69 WIRE DC System Size 2 2.7 7 kW Record low temp -109C CALCULATIONS AC System Size 17.25 kW Voc Temp Coefficient -0.31%/°C SHEET SIZE DC STRING CALCULATIONS DC SYSTEM SPECIFICATIONS ANSI B =(Inverter Imax DC Input) Operating Current n/a 11 "x17 =(Regulated Voltage from Power Optimizer) Operating Voltage n/a SHEET NUMBER =(Max Voltage from Inverter) Max. System Voltage n/a PV-5.2 =(Max Isc from Power Optimizer)*(# of Strings) Short Circuit Current n/a LOAD CALCULATIONS(ROOF-1) LOAD CALCULATIONS(ROOF-2) STRUCTURAL NOTES: DESIGN DRAFTING BRANDON DE LA TORRERE TOTAL#OF TOTAL#OF 1. INSTALLATION OF IRON RAIL CONNECTION SYSTEM SHALL BE PERFORMED IN NABCEP:PV-102216-015022 MODULES 27 MODULES 18 COMPLIANCE WITH MANUFACTURER'S RECOMMENDATIONS &CRITERIA. 2x6 RAFTER TOTAL#OF TOTAL#OF 2. THE EXISTING ROOF SUPPORT FRAMING STRUCTURE HAS SUFFICIENT @ 24" O.C. STANDOFFS 52 STANDOFFS 30 CAPACITY TO WITHSTAND NEW SOLAR ARRAY SYSTEM AS PRESCRIBED. ALL REVISIONS LINEAR FT OF 207 FT LINEAR FT OF 144 FT BUILDING/ROOF STRUCTURE FRAMING COMPONENTS ARE EXISTING, RAIL RAIL DESIGNED BY OTHERS, ASSUMED TO BE IN GOOD CONDITION, MINIMUM DESCRIPTION DATE REV MODULE WEIGHT 43 LBS MODULE WEIGHT 43 LBS GRADE #2 SOUTHERN PINE OR BETTER, REMAIN IN ORIGINAL STATE & IT'S ORIGINAL 1oi3oizozo A STANDOFF 2.0 LBS STANDOFF z.o LBS INTEGRITY HAD NOT BEEN COMPROMISED BY MODIFICATIONS, CUT OFFS, SETBACKS ADDED v5/2021 B WEIGHT WEIGHT TERMITES, BLACK MOLD & ETC. LBS/FT LBS/FT RAIL WEIGHT 0.9 LBS RAIL WEIGHT 0.9 LBS TOTAL MODULE 1161 LBS TOTAL MODULE 774 LBS WEIGHT WEIGHT ALL FLASHINGS SEALED WITH TOTAL STANDOFF 104 LBS TOTAL STANDOFF 60 LBS CONSTRUCTION & FLASHING SEALANT WEIGHT WEIGHT OR METAL ROOF SEALANT TOTAL RAIL 186 LBS TOTAL RAIL 130 LBS WEIGHT WEIGHT (TT-S-00230C (TYPE II)CLASS A,ASTM TOTAL ARRAY 1451 LBS TOTAL ARRAY WEIGHT WEIGHT 964 LBS C-920 TYPE S,GRADE NS,CLASS 25, 2 TOTAL ARRAY 472.5 FT' TOTAL ARRAY 315.0 FT2 CONTRACTOR AREA AREA POINT LOAD 27.9 LBS POINT LOAD 32.1 LBS DEAD LOAD 3.07 LBS/FT' DEAD LOAD 3.06 LBS/FT' TAC 2x6 PURLIN LOAD CALCULATIONS(ROOF-3) LOAD CALCULATIONS(ROOF-4) 1800 S.LOOP 288, TE 396#105 TX TOTAL#OF 16 TOTAL#OF B NABCE DENTON,02 16-05 MODULES MODULES TECL#31393 15022 TOTAL#OF 25 TOTAL#OF 14 STANDOFFS STANDOFFS LINEAR FT OF 176 FT LINEAR FT OF 52 FT RAIL RAIL MODULE WEIGHT 43 LBS MODULE WEIGHT 43 LBS PROJECT NAME STANDOFF 2.0 LBS STANDOFF 2.0 LBS WEIGHT WEIGHT 2x4 PURLIN SUPPORT RAIL WEIGHT 0.9 LBS RAIL WEIGHT 0.9 LBS @ 48 O.C. LBS/FT LBS/FT J TOTAL MODULE 688 LBS TOTAL MODULE 344 LBS 0� WEIGHT WEIGHT 1-- Lr) TOTAL STANDOFF 50 LBS TOTAL STANDOFF 28 LBS 't WEIGHT WEIGHT Y J N TOTAL RAIL TOTAL RAIL LU (\1 f\ WEIGHT 158 LBS WEIGHT 47 LBS W Q 6l TOTAL ARRAY 0 gg6 LBS TOTAL ARRAY 419 LBS M WEIGHT WEIGHT (� ti Q TOTAL ARRAY TOTAL ARRAY 2x6 CEILING JOIST 280.0 FT' 140.0 FT' W LU X Q AREA AREA @ 24" O.C. POINT LOAD 35.9 LBS POINT LOAD 29.9 LBS t'-52' 9''tW4 9'-84„ O LU Q DEAD LOAD 3.20 LBS/FT' DEAD LOAD 2.99 LBS/FT2 LLI r) N 0 ROOF FRAMING DETAIL �� LU < O SCALE: NTS W Q� p = Q pr)N — U) Q W SOLAR MODULE C) IronRidge Rail IRONRIDGE RAIL i SHEET NAME MOUNTING DETAIL & n 0a°° LOAD CALCS o L-Foot ' ' L-FOOT i i i i ANSI SIZE RT MINI ATTACHMENT A N S I B Existing Roof Structure �� �� ROOF MATERIAL 11 x 17 SHEET NUMBER MOUNTING METHOD MOUNTING DETAIL �� PV-6 SCALE: NTS SCALE: NTS SIGNAGE REQUIREMENTS DESIGN&DRAFTING BY: > RED BACKGROUND BRANDON DE LA TORRE > WHITE LETTERING NABCEP:PV-102 21 6-01 502 2 > MIN. 3/8" LETTER HEIGHT > ALL CAPITAL LETTERS REVISIONS > ARIAL OR SIMILAR FONT DESCRIPTION DATE REV > REFLECTIVE, WEATHER RESISTANT MATERIAL, UL 969 ORIGINAL 10/30/2020 A SETBACKS ADDED 1/5/2021 B 7 1/2" 7 1/2" E1 WARNING ELECTRIC SHOCK HAZARD.DO WARNING NOT TOUCH TERMINALS. IF GROUND FAULT IS INDICATED, N N TERMINALS ON BOTH THE LINE m THE NORMALLY GROUNDED 6 1/2" 6 1/2" AND LOAD SIDES MAY BE CONDUCTORS MAY BE ENERGIZED IN THE OPEN ENERGIZED AND UNGROUNDED. POSITION. CONTRACTOR SOLAR DC ONNECT SOLAR AC DISCONNECT REQ'D BY: NEC 690.5(C) REQ' BY• EC 690.14( ) 2 REQ' BY: NEC 690.14(C)(2) �3 REQ'D BY: NEC 690.17 �� TA ra APPLY TO: AP Y TO: APPLY TO: WWW.TACSOLARANDAC.COM INVERTER C DISCONNECTS AC DISCONNECTS APPLY TO: 1800 S.LOOP 288,STE 396#105 DENTON,02 16-05 DISCONNECTS NABCEP:PV-126015022 SOLAR LOAD CENTERS TELL#31393 COMBINER BOXES 8 1/4" PROJECT NAME GRID TIED PHOTOVOLTA POWER SOURCE 6 3/4" OPE TING CURRE :0 A ► 7 1/4" 8" J OPERA G VOLT E:400 V r MAX SYST V TAGE:480 V PHOTOVOLTAIC SYSTEM SHORT CIRCUI URRENT:30.0 A DISCONNECT THIS ELECTRIC SERVICE IS ALSO CAUTION Y _J N N MAX INV T OUTPUT: N AC CURRENT:69.0 A N SERVED BY A PHOTOVOLTAIC N DO NOT INSTALL ADDITIONAL W Q ~ 5.0 k ,21.0 A, 0 VAC VOLTAGE:240 VAC SYSTEM LOADS IN THIS PANEL of 0 rn Y O RE Q BY: NEC 690.53 5 REQ'D BY: NEC 690.54 ��� REQ'D BY: NEC 690.56(B) �� REQ'D BY: NEC 690.64(B)(2) �D� LL W NO MAIN SERVICE PANEL O ~ PPLY TO: APPLY TO: APPLY TO: U W ^) INVERTER PV SYSTEM BREAKER SOLAR LOAD CENTER N W Q m 0O _ Q ro C N m — 7 1/2" < Q 6 1/4" 7 1/2" U WARNING 6 3/4" WARNING CAUTION ELECTRIC SHOCK HAZARD. INVERTER OUTPUT SOLAR PV SYSTEM MAY M THE DC CONDUCTORS OF THE SHEET NAME CONNECTION.DO NOT REMAIN ENERGIZED AFTER 63/4" PV SYSTEM ARE PHOTOVOLTAIC SYSTEM RELOCATE THIS DISCONNECT DURING UNGROUNDED AND MAY BE SYSTEM EQUIPPED WITH OVERCURRENT DEVICE DAYLIGHT HOURS. CAUTION:SOLAR CIRCUIT ENERGIZED. RAPID SHUTDOWN LABELING DETAIL REQ'D BY: NEC 690.64(B)(7) REQ'D BY: AHJ — REQ'D BY: AHJ „� REQ'D BY: NEC 690.35(F) „� REQ'D BY: NEC 690.56(C)(1)(b)j„ 7 1101 II IL — APPLY TO: APPLY TO: APPLY TO: UNGROUNDED ARRAYS ONLY LOCATED WITHIN 3 FT FROM PV SHEET SIZE PV SYSTEM BREAKER MAIN SERVICE PANEL SOLAR CONDUIT JUNCTION BOXES SYSTEM DISCONNECT SWITCH ANSI B COMBINER BOXES DC DISCONNECTS 11 "xl 7" INVERTERS SHEET NUMBER PV-7 SCALE: 1" = 4" DESIGN&DRAFTING BY: BRANDON DE LA TORRE NABCEP:PV-102216-015022 REVISIONS DNA- ] 2 0 • DESCRIPTION DATE REV • • ORIGINAL 10/30/2020 A ALL- B LACK DES I G N D N A 12 0 ��'000 SETBACKS ADDED ,/s/zoz, B 330W 1325W 1320W BLACK FRAME, BLACK BACK- CIptOS HIGH EFFICIENCY HALF-CUT CELL PANEL solar technology SPECIFICATIONSELECTRICAL 1° • DNA-120-MF23-320W DNA-120-MF23-325W DN 20-MF23-330W ii STCrated output Pmpp(W) 320 325 330 •'w0vne »a,w coNrRAcroP m Module Efficiency 18.96% 19.25% 19.54% Open Circuit Voltage V,°°(V) 39.92 40.10 40.27 ° Short Circuit Current Ise(A) 10.35 10.43 10.51 � TA C h, Rated Voltage Vmmp(V) 32.51 32-71 32.91 1800 S.LOOP 288,STE 396#105 DENTON,TX 76205 �w•mo w.rir m•w NABCEP:PV-10 2 21 6-01502 2 Rated Current Immp(A) 9.84 9.93 10.02 ° TECL#31393 Standard Test Conditions for front-face of panel: 1000 W/m2,259C,measurement uncertainty<3% ° sa __N, TEMPERATURE COEFFICIENTS PROJECT NAME Temperature Coefficients Pmpp -0.40%/°C MECHANICALPROPERTIES Temperature Coefficients L. +0.046%/`C Cell Type Monocrystalline J Temperature Coefficients V°c -0.301 Glass Low Iron,TemperedMaximize In EnergyProductionNormal Operating Cell• panel Y J N • . Temperature(NOCT) 45 C Frame Anodized Aluminum Alloy LU Q m •' CONDITIONSJunction Box IP67 U � �TEST O Maximum Series Fuse 20A Dimension 1684 x 1002 x 35mm LUW X 00 Cable Output -• technology boosts Performance 4mml(eu)ttawc, O ~ ti Maximum System Voltage 1,500 VDC(Ip 39.37in(1000mm) 0 U LU M power generation Maximum Load Capacity(Per Front Load:5400PA Snow load/113PSF/2052 Ins.Rated Load Weight 41.91bs.(19kg) (,j W Q � Rear Load:5400 PA Wind load/1,3 PSF/210 MPH Rated Load > J O • • • • • • r"*_ • Fire Performance Class Class C/Type 1 Cable Length 1200mm 0 � 5400 '. snow loadJ ::) � 11 1 • • load ■• • • N N O • •1 1 • U) • Number of Modules per Pallet 30 LU W All-blackdesign f• • „ --� • Number of Pallets per 40ft HQ Q Container 26 U --� Pallet Dimensions(mm) 1720X 1140 X 1140 1 year 1 years 20years1 - 25 year extended product ., _ Pallet weight(kg) 620 SHEET NAME 30 year extended peak power warranty* Container weight(kg) 16120Factory Certifications EQUIPMENT E PRODUCT CERTIFICATIONS SPECIFICATION Our ' Half-cut Cell Series impressively - � � SHEETS advanced technologies . performance. . • • OSHA patented DNA, Dual Nano Absorber,technology allows for 1�4� ,•_•, panel erate at high efficiencies with excellent •11 14001 18001 1 ©� ® SHEET SIZE performance 1h temperature environments. Product Certifications Dg°D ANSI B 3140 De La Cruz Blvd Ste.200 Santa Clara CA 95054 1 1 I I x 171t 1002mm 4Dmm 9s2mm www.actossolar.com I info@aPtossolarcom DNA-120 MF23 XXXW opti AD—S°iar Technologyreser,es me rig It to-Ike spemBcstton changes without notice RESIDENTIAL I COMMERCIAL SHEET NUMBER PV-8 DESIGN&DRAFTING BY: BRANDON DE LA TORRE Data Sheet Enphase IQ 7 and IQ 7+ Microinverters NABCEP:PV-102216-015022 Enphase Microinverters INPUT DATA(DC) I07-60-2-US 107PLUS-72-2-US Region:AMERICAS Commonly used module pairings' 235W-350W+ 235W-440W+ REVISIONS Module compatibility 60-cell PV modules only 60-cell and 72-cell PVmodules DESCRIPTION DATE REV Maximum input DC voltage 48 V 60 V ORIGINAL 10/30/2020 A Peak power tracking voltage 27 V-37 V 27 V-45 V SETBACKS ADDED 1/5/2021 B Operating range 16 V-48 V 16 V-60 V Min/Max start voltage 22 V/48 V 22 V/60 V Max DC short circuit current(module Isc) 15 A 15 A Enphase The high-powered smart grid-ready Overvoltageclass DC port II II " , DC port backfeed current 0 A 0 A Enphase IQ 7 Micro and Enphase IQ 7+Micro" Q 7 a n d I Q 7 y p � process array configuration 1 x 1 ungrounded array;No additional DC side protection required; ♦ dramatically simplify the installation while AC side protection requires max 20A per branch circuit achieving the highest system efficiency. OUTPUT DATA(AC) IQ 7 Mioroinverter IQ 7+Microinverter CONTRACTOR Microinverters Peak output power 250 VA 295 VA Part of the Enphase IQ System,the IQ 7 and Nominal(continuous output power 240 VA 240 VA / IQ 7+Microinverters integrate with the Enphase Nominal(L L)voltage/ranges 240 v/ 208v/ 24o v/ 208v/ 9 P 211-264V 183-229V 211-264V 183-229V TAC IQ Envoy",Enphase IQ Battery'",and the Enphase Maximum continuous output current 1.0 A(240 V) 1.15 A(208 V) 1.21 A(240 V) 1.39 A(208 V) Nominal frequency 60 Hz 60 Hz 1800 S.LOOP 288R STE 396#105 Enlighten"monitoring and analysis software. DENTON,TX 76205 Extended frequency range 47-68 Hz 47-68 Hz NABCEP:PV-102216-015022 IQ Series Microinverters extend the reliability AC short circuit fault current over 3 cycles 5.8 Arms 5.8 Arms TELL#31393 Maximum units per 20 A(L-L)branch circuit' 16(240 VAC) 13(208 VAC) 13(240 VAC) 11(208 VAC) standards set forth by previous generations and Overvoltage class AC port nl III undergo over a million hours of power-on testing, AC port backfeed current 0 A 0 A Power factor setting 1.0 1.0 PROJECT NAME enabling Enphase to provide an Industry-leading Power factor(adjustable) 0.85 leading...0.85 lagging 0.85 leading...0.85lagging warranty of up to 25 years. EFFICIENCY @240 v @208 v @240 v @208 v Peak efficiency 97.6%, 97.6% 97.5% 97.3% J CEC weighted efficiency 97.0% 97.0% 97.0% 97.0% 1-- Ln MECHANICAL DATA `1_Y _J " (V Ambient temperature range, -40°Cto+65*C` LU r1_ Relative hurnidityrange 4%to 100%(condensing) O Easy to Install Connector type(IQ7 60 2-US Ik,l@7PLV Us) MC4(or Amphenol H4 UTX with edd'Rionaf Q DCG-5'.,4d 4ee U ~ r Dimensions(WxHxD) 212mrn x 175 mrn x 30.2 rnrn(without bracket) W Y O • Lightweight and simple > W X O CNeight 1.08 kg(2.38 Ibs) O W (\J • Faster installation with improved,lighter two-wire cabling Cooling Natural convection-No fans p ( ti • Built-in rapid shutdown compliant(NEC 2014&2017) Approved for wet locations Yes N W Q Pollution degree PD3 m > _ O Enclosure Class II double-insulated,corrosion resistant polymeric enclosure O = r ' Productive and Reliable o Environmental category category(UV exposure rating NEMA Type 6/outdoork i • Optimized for high powered 60-cell and 72-cell*modules FEATURES Q N O • More than a million hours of testing Communication Power Line Communication(PLC)' • Class II double-insulated enclosure Monitoring Enlighten Manager and MyEnlighten monitoring options. iY W Both options require installation of an Enphase IQ Envoy. Q • UL listed Disconnecting means The AC and DC connectors have been evaluated and approved by UL for use as the load-break C) disconnect required by NEC 690. T Compliance CA Rule 21(UL 1741-SA) Smart Grid Read y UL 62109-1,UL1741/IEEE1547,FCC Part 15 Class B, ICES-0003 Class B, t 1 CAN/CSA-C22.2 NO.107.1-01 SHEET NAME Complies with advanced grid support,voltage and This product is UL Listed as PV Rapid Shut Down Equipment and conforms with NEC-2014 and H 011 frequency ride-through requirements NEC-2017 section 690.12 and C22.1-2015 Rule 64-218 Rapid Shutdown of PV Systems,for AG EQUIPMENT • Remotely updates to respond to Changing and DC conductors,when installed according manufacturer's instructions. SPECIFICATION grid requirements SHEETS • Configurable for varying grid profiles • Meets CA Rule 21(UL 1741-SA) - SHEET SIZE U` -The IQ 7+Micro is required to support 72-cell modules. 1.No enforced DC/AC ratio.See the compatibility calculator at lifts;Nenohase com/en-us/support/module-com atD ibility. ANSI B 2.Nominal voltage range can be extended beyond nominal if required bythe utility. n v n 2.Limits may vary.Referto local requirements to define the number of microinverters per branch in your area. A E N P HAS E. To learn more about Enphase offerings,visit enphase.com EN PH AS E. SHEET NUMBER To learn more about Enphase offerings,visit enphase.com V �./ 0 2019Enphase Energy.All rights reserved.All trademarks or brands used are the property of Enphase Energy,Inc. ` ,_�. 2014-3- P v.26 DESIGN&DRAFTING BY: BRANDON DE L4 TORRE AM IRONRIDGE XR Rail Family XR Rail Family NABCEP:PV-102216-015022 The XR Rail Family offers the strength of a curved rail in three targeted sizes. Each size supports specific REVISIONS design loads, while minimizing material costs. Depending on your location there is an XR Rail to match. DESCRIPTION DATE REV Solar Is Not Always Sunny im ORIGINAL 10/30/2020 A I !- SETBACKS ADDED 1/5/2021 B Over their lifetime,solar panels experience countless extreme weather events. Not just the worst storms in years, but the worst storms in 40 years. High winds capable of ripping panels from a roof, and snowfalls weighing i enough to buckle a panel frame. XR Rails are the structural backbone preventing CONTRACTOR these results.They resist uplift, protect ® XR10 XR100 XR1000 against buckling and safely and efficiently XR10 is a sleek,low-profile mounting XR100 is the ultimate residential XR1000 is a heavyweight among transfer loads into the building structure. ® WK � rail,designed for regions with light or mounting rail.It supports a range of solar mounting rails.It's built to handle TAC Their superior spanning capability A no snow.It achieves 6 foot spans,while wind and snow conditions,while also extreme climates and spans 12 feet or WWW.TAOSOLARANDAC.COM remaining light and economical. maximizing spans up to 8 feet. more for commercial applications. 1800 S.LOOP 288,STE 396#105 requires fewer roof attachments, DENTON,TX 76205 NA CEP PV-102216-015022 reducing the number of roof 6'spanning capability 8'spanning capability 12'spanning capability TELL#31393 penetrations and the amount Moderate load capability Heavy load capability Extreme load capability Clear&black anodized finish Clear&black anodized finish Clear anodized finish of installation time. Internal splices available Internal splices available Internal splices available PROJECT NAME Rail Selection The following table was prepared in compliance with applicable engineering codes and standards. Values are � I - based on the following criteria:ASIDE 7-10, Roof Zone 1, Exposure B, Roof Slope of 7 to 27 degrees and Mean ~ � Building Height of 30 ft. Visit IronRidge.com for detailed span tables and certifications. w J 1-0 M U ~ 5 r- •. • •. > w X O Wind(MPH) 1 Ow ­- c\J e ®� OUIJ,JM Force-Stabilizing Curve 100 N w Q Sloped roofs generate both vertical and lateral _J O forces on mounting rails which can cause them None 120 Q ­- to bend and twist.The curved shape of XR Rails 140 XR10 XR100 is specially designed to increase strength in both Q M Q directions while resisting the twisting.This unique N N to — feature ensures greater security during extreme 160 0 weather and a longer system lifetime. 100 Q w U 120 10-20 l 140 160 SHEET NAME EQUIPMENT 100 30 SPECIFICATION 160 SHEETS Compatible with Flat&Pitched Roofs corrosion-Resistant Materials 100 XR Rails are IronRidge offers All XR Rails are made of 6000-series 1r 40 SHEET SIZE compatible with a range of tilt leg aluminum alloy,then protected with an 160 ANSI B FlashFoot and options for flat anodized finish.Anodizing prevents surface A other pitched roof ■■■ roof mounting and structural corrosion,while also providing i 50-70 160 rr 7 r� attachments. applications. a more attractive appearance. 1 1 X1 80-90 160 SHEET NUMBER 0 2014 _ _ _ L PV-8.2 /�� DESIGN&DRAFTING BY: BRANDON DE LA TORRE RT- MINI NABCEP:PV-102216-015022 REVISIONS Self-flashing base for asphalt & metal roof-top PV mounting systems Flexible Flashing certified by the International I Code • Council DESCRIPTION DATE REV ORIGINAL 10/30/2020 A Engineered to ASTM D 1761 ( ) SETBACKSADDED 1/5/2021 B Standard Test Methods for Mechanical Fasteners in Wood RT-MINI is suitable for Components Dimensions in (mm) mounting any rail system RT2-00-MINIBK with a conventional L—Foot. PAT:PENDING o 0 0 3112 (90) O 0 2 (50) CONTRACTOR 0 - O m�L� MINI base : 20 ea. . .� Screw : 40 ea. Rafter installation TAC Extra RT-Butyl : 10 ea. www.T"...`AR"". °." 1800 S LOOP 288,STE 396#105 Optional item DENTON,TX 76205 NABCEP:PV-102216-015022 5 x 60mm Mounting screw(RT2-04-SD5-60):100 ea./Bag TELL#31393 TITV 5/16" Hex bolt,washer&nut set(RT-04-BN30SL-US):100 ea./Bag �^*'�+•��+ RT-Butyl (RT2-04-BUTYLT):10 ea./Box RT-Butyl is Roof Tech's flexible flashing used in PROJECT NAME \\ 700,000 residential PV systems for the last 24 years. ,. �:+��• /` `f It is the first PV mounting system with Flexible _j •• . . Flashing certified by the ICC. Ln ♦ 4. Y J (V Metal Flashing Retrofit Flexible Flashing w N r < � � wwXoo t \ \ O w r__ C\i Deck installation o w M r, Y w � Dual bolt design: M8 or 5/16" `'� � > _ I for L-Foot & 1 /4" for EMC Easy tapping 1/4" Hex Bolt N ex ` Q C) in Bolt � cn _ screw guide upper channel Shedding water? 100% Waterproof w ICjCj ICC ESR-3575 ASTM2140 testing LIV testing (7500 hrs.) U M8 or 5/16" ,a SHEET NAME ICC ESR PV Cable 3575 Flat Cable Hex Bolt _ I EQUIPMENT le clips 00 bottom channel _ _ SPECIFICATION SHEETS Call Now for more details =� ' 858-935-6064 P.E. Stamped Letters available at www.roof-tech.uslsupp SHEET SIZE ANSI B Roof " 11 "x17" • • • • •• I Smarter PV mounting • • • •• of •• • bottom 10620 . Street, Suite I SanDiego, •2131 it`-, �7�1.1G�' �� SHEET NUMBER •• • • •• 858.935.6064 I ...._......r 3 2 PV-8.3