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HomeMy WebLinkAbout23-6039ty of Zephyrhills 5335 Eighth Street Zephyrhills, FL 33542 Phone: (813) 780-0020 Fax; (813) 780-0021 0111111-11T"@,� "M Issue Date: 04/24/2023 improvements to your property. If you intend to obtain financing, consult with your lender or an attorney before recording your notice of commencement." accordance with City Codes and Ordinances. NO OCCUPANCY BEFORE C.O. NO OCCUPANCY BEFORE C.O. CONTRACTOR SIGNATURE PERMIT EXPIRES IN 6 MONTHS W PE "*14 ITOFFICE ITHOUT APPROVED INSPECTION 813-7 City of Zophyrhills Permit Application Ewft PcI Wom tills f i P r . 4f P Own0e*s &A C Tr owntrPhatioNumborr Fat ar ,., „ „ a N Fot 81n** Thlphoklor A4dms JOSADORESSt } x 11t kT LOT* SUMMON WORK PROPOSED Nrw COWIR AMALT SIGN OeMOLtSH13 ' INSTALL REPAY PROPOSED USE M SFRc � TYPE OF COMYRUCTION M BLOCK C FRAME C= STEEL 30y-u2 OF wow NA CA 010 suumo TA , H. EDBuLDINO VALUATION T07AtCONSTRUC'nON gLECTRICAL AMP SERVICE CD PROGRESS ENERGY W,R;tw, , a � MPLUMSwo [:DMECKANICAL VALUATION OF MEO"ICAL INSTALLATION ROOFING � SPECIALTY Y 0114ER FINISHED FLOOR CLEVATIONS= FLOOD ZONE AREA Elyes No E:=== SIONATURE W ELECTRICIAN MATUR ;4(0:W�WPAN)y i1oaN0�1 'vqq p PL .... A..»�«.. ------------------ MECHANICAL� COMPANY ATU..w.,,. .., .,. ,�..�..�..w.,, aka Y f Pa a COMPANY E:=:=Addre" E 3 Lia a s r. ...w„u.,.... ..«.n,. RESIOWnAL ANUh (2) PkA PWm, (2) seftaf Suldr*e (t}W of EnoW FPwmft f row wrotutgo, Mnimim wo'(10) vxeft days, aftr #vWrftW date, Roorad are ta„ CepsUWtan r Sit Farms W401ed, COMMERCIAL Aftch (2) compWo Ws of augIffirq PWW PW$ P t<00 Page, (1) ddi of Form, RO-W Parscssf0r 06w toostruetfan. AI tam (10) waftv dayw a `fir ont tc Conshmwn Pkna, Stootwator Pbft vW Slit Foote Waled, PER7 "Is of Enohioemd _ Mans. —PSURVEY f4f an NEW wntwoom 6 �ursac FM dut toy if , a Nofto of Commowm"ant WraquItecl, (Ald u pWWos ever $T ) Aprit (W tha ) or of Aftm4y ( ) be ndafto law earn wmw a~zOV same OVER THE COUNTER P (copy ut ) ar ` over Cmuftt Won pubic F grandi utt, wale) Army Cpp ptit us j Fader I urdeortand that *as h Use 0 If the City of Zophyrhills,it Application FOX-013 x I t, 3 wOro r at writedis of Environmental Pr to ' n« pads, Weiland Areas and Environmentally Sonsitwo vNVastowater Treatmeni. FloNa Water Management Diattiot-Welts, Cypress Sayheads, Wetland Areas, Altering of n (more lts. Docks, Navigable`Waterways. of Health Rehabilitative e isl nvirbratvt tal Health Unit -Wells, Wastewater Treatment, S. nental Protection Agency -Asbestos abatement Sd iF#6F sFk! 3 construction, l ro If 4111 material r.. 1 t4 n%1 NOTARY 1 y 1 PUBLIC III i k�z`. a OD IN ENGINEERING AND DESIGN, LIBC 8378 Foxtail Loop, Pensacola, FL 32526 1(850)712-421.9 1 -clia(Ub To: Zephyrhills Building Department 5335 8th St, Zephyrhills, FL 33542 Subject: Harvey - Residential PV Roof Mount Installation 6344 Bar S Bar TO Zephyrhills, Ft, 33541 To whom it may concern, This letter is regarding the proposed installation of a rooftop -mounted Solar PV system on the existing residential structure at the subject address, I have reviewed the attachment plan and have determined that the rooftop -mounted PV system is in compliance with the applicable sections of the following Codes as amended and adopted by the jurisdiction when installed in accordance with the manufacturer's installation instructions: 2020 Florida Building Code 7"h Edition, FBC ASCE 7 Min. Design Loads for Buildings & Other Structures Design Criteria; Design Wind Speed(Vult) - 140 mph 3sec gust, Exposure Category - C, Risk Category 11 The rooftop -mounted photovoltaic panel system has been designed in accordance with FRC R324.4. When roof penetrations are necessary, they shall be flashed and sealed in accordance with the manufacture's installation instructions, R905,17.3. The PV system consist of the modules, railing, and connection hardware. Refer to the specific roof type calculation pages for PV dead loads. The portions of the existing structure covered with solar panels will be adequate for supporting the roof loads per R324,4.1.1. The securement method of the the PV system is to be mounted parallel to the structure with the site specific railing and attachments according to the designed plans. The site specific wind load calculations for the module and their supports are attached with this document. Fasteners shall be installed to the designated roof member with the proper torque from the manufactures installation instructions. The design wind pressures for rooftop solar panels located on enclosed or partially enclosed buildings of all heights, with panels parallel to the roof surface with a tolerance of 2' and with a max height above the roof surface, 112, not exceeding 10 in, A min gap of 0,25 in shall be provided between all panels with the spacing of gaps between panels not exceeding 6.7 ft. in addition the array shall be located at least 2h2 from the roof edge, a gable ridge, or a hip ridge. It is the contractors responsibility to review all drawings for accuracy and notify the EOR of any discrepanices prior to beginning construction. To the best of my knowledge, the plans and specifications comply with the minimum requirements of the latest Florida Building code, Please see attached documents and contact one should you have any questions. Sincerely, D. Chad Godwin, PE 81360 Exp.02/28/2025 C. GO 4� 5, 0 360 F ORI 0/1111ilk RM ( 'ODWIN ENGINEERING AND DESIGN, Roof Type Roof Covering Mean Roof Height Rafter Spacing Effective Wind Area Wind Directionality Kd Topographic factor Kn Ground Elevation Factor Ke Velocity Exposure Coefficient Kz Array Edge Factor yE Array Edge Factor vE Solar Panel Equalization Factor 7. Velocity Pressure qh Added Safety Factor Allowable Pullout per mount 0.4h or 0.6h 10% of least horizontal dim Roof Zone Set Back a hx 2h, d1 d2 The securement method of the PV system is to be mounted parallel to the Asphalt 5hingi roof with the IR-10 railing and Flashing Comp flashings/attachments. The mounts should be staggered, where possible, to allow distribution of the design loads evenly to the structure„ The mounts shall be installed with (1) 5/16" x 4" Lag Screw, FL Comp, to Rafter 108 mph FRC R301.2.1.3 Basic Wind Speed (UR) 140 mph 2032 ft2 26,20 Exposure Cat, C B,C, or D 785 Table 26.6-1 Elevation <1000 ft 1.00 26.8 or 26.8.2 bldg. least hori. dim dyp.) 360 in 1.00 Table26,9-1 Roof Height 25.00 ft 0,94 Table 26.10-1 Ex osed Module 0 finition 1.50 Exposed 29AA factor= 1.5, if the module is exposed 1,00 Non, Exp 29.4,4 in 1,5(Lp). Modules are condidered rExposed 0.67 Fig, 29.4-8 if d, to the roof edge > 0.5h and one of 24.05 psf qn-0,00256 K,K,,KdK,VT wing applies: 1,2 1. di to adjacent array a Oft. 517,0 lips 2„ dz to the next adjacent mod > Oft, 10.00 ft Fiat 0,6h, Gable, Hip -0.4h 100 ft Vec of least nor, Dim, Or0.4h, whichever is smaller, but not less than either 4%of Least me 3.00 ft Or aft. {fiat reef, 0 6hi 5 in Not> 10impanei heightaboveroofl 10 in Wn distance array shall be from the roof edge, Gable Ridge, or hip ridge 0.25 in min gap between ail panels but not> 6.7ft 1.00 ft Horizontal distance orthogonal to panel edge 0.25 ft Horizontal distance from edge ofone panel to the nearest edge in the next row 1 2e 2r 3 GC, - Uplift -1.3 -1,8 -1,8 -1.8 GCn - Down 0.7 0.7 0.7 _ 0.7 P=gh(GCpHge)(ya)UP -28.9 -41,1 -41.1 -41A p=gh(GQ(gE)(ya)UP 18.4 26,5 26,5 26,5 p=gb(GCp)(g,)(ya)Down 17.0 17.0 17.0 17.0 p=gl,(GCp)(gE)(ya)Down 16.0 16.0 15,0 16„0 Point load (Portrait Rails) -333 -237 -237 -237 Point load (Portrait Rails) -3173 -305.1 -305,1 -305.1 Point Load (landscape Rails) -311,9 -295.3 7595,3 -295.3 Point Load (landscape Rails) -198:3 285.7 285.7 -285.7 Max Span (Portrait) 46 24 24 24 Max Span (Portrait) 72 48 48 48 Max Span (landscape) 72 4849 Max Span (landscape) 72 72 12 72 Cantilever (Portrait) 39 10 TO 10 Cantilever (Portrait) 29 19 19 19 Cantilever (landscape) 29 19 19 19 Modules (18 in Portrait, 4 in Landscape) 22 ALLOWAal.> Module Area 20.72 ftz CLAMPING AREA Rail, Clamps, Mounts 1 ib/ft PORTRAIT RAIL Total Rail Length 178 ft ROOF ATTAcHMFNT Module wined 43 Ibs Array Wmon, 955 its PveiODULE Micro/optimizer W ,;z Ibs PV Rail WPvrali Ibs END OF RON( Total Weight Wt'wt A26 ibs Total Area AT ftzLANOSOAPp RAIL.Dead Load Dpv psf S.G. 0 442 Load Rating - Snow Thread Embedment per 2,65 in Load Rating - wind # of Fastener 1 Load Rating - Snow tout ValuefSource -NOAJ 517.0 HO Pag 2 LoadRatma-Wind psf 29.4-7 Exposed psf 29,4.7 Non-Exp. psf 29.4-7 Exposed psf 29.4-7 Non-Exp. lb p * Aad Exposed lb p a At, Non-Exp, lb p * A®ff Exposed lb p a Aeh Non-Exp. in Exposed in *#* Non-Exp. in Exposed in Non-Exp, in Exposed in span ' 40% Non-Exp. in Exposed in Non-Exp. ng is exceeded. 35.5-38OModufe§ eciflcatipns o Ittt gg 44 g g p l , t"» or � �'� 1360 8 Asef3ura k- ,a n 9° fin D in 00 C,VD e TAT OF E in �@cqy 4 i� 0,xj Mtl W tb� NI*�Bw,T4 I Ultimate Rllowable(UIN,1°) 112.8 75.2 AL Portrait���6 ! gg @@} g@� it -11218 -75.2 & #B�S® j 50.1 33,4 Landscape Inverter Type: (1) SolarEdge SE600OH-US PV Panel: (22) TSM-DE06X.05(11) 365W Racking: Iron Ridge XR- 10 Total Wattage: 8,030W DC Roof Type: Composition Shingle Wind Load: 21 to 27 Deg Fastener Type: Use 5/16" Din 4" Lags S-I Cover Sheet / Site Plan S-2 Detail E-1 One -Line E-2 Electrical Code S-IA Mounting Plan General Notes: -SolarEdge SE600OH-US Inverter located near utility meter -SolarEdge S500 Optimizers are located on roof behind each module. -First responder access maintained and from adjacent roof. -Wire run from array to connection is 60 feet, ACIDC Solar LLC 9942 Currie Davis Dr Suite B Tampa FL 33619 Y J'-6" First responder access Liegend Gr �d Access ow. Chimney Utilltv Meter Satellite 0 Vent Pipe PV Disconnect SolarEdge Inverter x El # Modules (3) Pitch: 220 Azimuth.- 180' # Modules (2) ® 22' Azimuth: 270' System meets the requirements of NFPA 70th Edition, Chapter 1: 11, 12 (2018 Edition) Meets All Editions of Florida Fire Prevention Code 2020 7th Edition Meets all requirements of 2018 Editions of NFPA- I and NFPA- 10 1 771-, Z�/1113' Acce Represents all Fire Clearance I st Responder Access including Alternative methods minimum of 36" unobstructed as per Section R324 of the 2020 IRC Meets the requirements of the following- (2020 FL Residential Code & FBC, 7th Edition (2020 Intemational Residential Code) - 2nd Printing modified by the FL Building Standards, 2020 Florida Building Energy Conservation Code 7th edition City of Zephyrhills Code, 2017 National Electric Code.) -SE6000f [-US Inverter -CO EN Disconnect Located adjacent to Utility meter Meter -Main Combo # Modules (13 ) Pitch: 22' Azimuth: 180' Install will be done to Manufacturer Spec Customer Info: CIA NA HARVEY 6344 BAR S BAR TRL ZEPHYRHILLS, FL 33541 R-4 # Modules (4) Pitch: 220 Azimuth: 90' Layout Subject to Change used on Site Conditions Godwin Engineering and Design, LLC 8378 Foxtail Loop Pensacola, FL 32526 D. Chad Godwin, PE Chadr& m ,.godwineng.co Date: 04/14/2023 Drawn by: VL Revised by: Rev#: 00 Rev Date: - Page: I I "xl 7" S- I P'_ Roof Type Roof Pitch & Overhang: Mount 'Type Fastener: Structure: — ------------- Sealing/Flashing: Extra Noteso Ironridge XIS-10 -R4 Composition Shingle 5/121 12" Overhang Unirac Flashloc 5/16" x 4" SS Lag bolts into goof Rafters 2"x4" goad Trusses @ 24" O.0 All penetrations are seated and flashed Span for Both Landscape and Portrait Rafter Spans Zone I Zone Zone rn3 Exposed 4 4_ 4 24 Non-Exposed48 48 48 4 Inverter Type: PV Panel: Racking - Total Wattage: Roof °Type; Wind. Lead° Fastener Type- Unirac Flashlac (1) SolarEdge SE600OH-U (22) TSM-DE06X.05(11) 365 J Iran Ridge -10 ,030W D Composition Shingle 21 to 27 Deg Use 5/16" Ira 4" Lags I olax M HEX HEAD d = LT R SAV RAIM , srru.LAG NS I ff ) FLAT WA Customer Info: KIANA 6344 BAR S BAR TRL, ZEPHYRHILLS, FL 3341 Install will be done to Manufacturer Spec Godwin Engineering and Design, LLC 8378 F xtail Loop Pensacola, FL 32526 D. Chad Godwin, PE Chad godwineng.co AUDC solar ELF; 9942 Currie Davis Dr Suite B Tampa FL 33619 Date: 04/14/2023 Drawn by: V11 Rev Date: of N 2 3 Power Optimizer pm!r RATEO AC OUTPUT CURRENTi 25A NOMINAL OPERA­NNG VOLTAGE: 240VAC (4)#IOAWGWi (1) #8 EGC In 3/4" Metal Conduit Inverter Output Ckt To Overcurrent Protection Device AC Max Output Current 25.0 AC Max Output Current * 125% 313 Overcurrent Protec6on 40 No. of Current Carryin AAj <4 After In g Conk 0] ter" Conductor gauge (A_WG) r 8 To Breaker _____J Ueake, Including the label below In Case of Emergency Call ACDC Solar LLC at 855-577-7999 SolarEdge Inverter SE600OH-US w/ Integrated Disconnect M r B 0,75 t7 T_ tonT C OJ5 Note: -All wiring to meet the 2017 NEC and Florida electric codes. 60A Disconnect -Type of conduit to be determined on site by contractor. Meets I I , 12,2.1,5 1 Install will be done to Manufacturer IN Equipment list PV_ (22) TSM-DE06X.05(11) 365W (22) SolarEdge Power Optimizer S500 (2) strings of (11) Inverter: (1) SolarEdge SE600OH-US SolarEdge AC/DC Safety Switch AC Disconnect: 60A Disconnect All wiring to meet the 2017 NEC and 2018 Energy Code Utility PV AC Disco Mmival Lockable Disconnect um PHOTOVOLTAIC SYSTEM DC DISCONNECT MAX CIRCUIT CURRENT: 16,5A MAX POWER POINT VOLTAGE: 380 VDC MAX SYSTEM VOLTAGE: 480 DC MAX RATED OUTPUT CURRENT: 15 A WARNING ELECTRIC SHOCK HAZARD THE DC CONDUCTORS OF THIS PHO`FOVOLTAIC SYSTEM ARE UNGROUNDED AND MAY BE ENERGIZED Main Service 150A Main 200A Bus GEC f. j Load Side Connection i Busbar Rating 200 i Size 150 1 ,Main Brea-ker-­­ 'A g Ground IA,,,,l OCID F s�_ Lf--M—ain Aieak Size 8 0 1 Max Allowable —Load Side ---- - ---------- ----------- ---------- 4 4_ -- 8 0 1 'Load Side Breaker Size 40 4 L Load side connection Per 705.12(B)(2)(3)(b) Use Matching or equivalent approved breaker if derating GIF C N_01`111`11,'�S I Customer Info: - Ungrounded system per 690A 1 (A)(4) - GEC must be installed per 250,64 - GEC must be continuous un-spliced or irreversibly spliced froth irivefter to `costing service ground systcrn or continuous from tire arrays to the existing service ground system. - GEC must bs min »8 AWG and installed in condurt - If GEC is not in conduit, it must be 46 min Disconnects will be Visible, lockable, adjacent to and within 10' of utility meter All Labels & Markings for photovoltaic system will be reflective and meet all requirements for NFPA 1: 11: 12 KIANA HARVEY 6344 BAR S BAR T. ZEPHYRHILLS, FL 33541 Apply to DC disconnect/inverter Apply to each J box, combiner box, disconnect,and device where energized, ungrounded circuits maybe exposed during service. G Godwin Engineering and Design, LLC 8378 Foxtail Loop Pensacola, FL 32526 Oe<aZ F 4Q'-, D. Chad Godwin, PE 0 - ST Chad( /)god winengxom N Al- 1111110 1' 11 JACDC War LLC 9942 Currie Davis Dr Suite B Tampa FL 33619 Date: 04/14/20232 Drawn by: VL Revised bv: Rev Date: . Page: I VxIT' E-1 Inverter Type: SolarEdge SE600011-US PV Panel: (22) TSM-DE06X.05(11) 365W Total Wattage: 8,030W--DC, System meets the grounding requirements of NEC 690,43 i The Placard shall be permanently ! -A placard will be added with fiveted—, and shall be made of red.1 instructions and locations to be weatherproof, hard plastic-, with in compliance with 690,12, engraved white block lettering- 690,56(B) and NEC 705 . 10 In compliance with NEC Rapid Shutdown Built in 250.58, NEC 690,8, Per Code NEC 690.12 NEC 250,24, NEC250,24(D) PV AC disconnect is Conductors have a min lockable in the open position! ampacity of'60 amperes per code NEC 70522(7) Per Code NEC 230,79(D) will be built to Code without all Specifics labeled on plan System is in compliance with FFPC 1:11.12 7th Edition, PV Source Ckt inverter Oistance above root I Y2 in, -3 Y� in 310,15(3) b. Terru). Adder for Rooftoris (017)1 Ao i 24 1 Tj Des�rn temperature L 136.8 .�I_ 87-95 31I5181(2)(a) Ad justed Tern Rapge or Roof 1132-140 <4 310.15(B)(3)(a) TeriVgating of Conductor 90°C 215A 690,8(A)(31 No. of Current Carrying Cond. 4-6 —ZA Max Source Circuit Current 15 tt.310,1518)(2)(a) Max Source Circuit Current * 125% 1 18.8 LD2L. 1 Amb. Temp Correction Factor I 0,71 9 3mis(s)(16) Raceway Fail Adljustrnent Factor 80% eta f L Cond. Gauze (AWG) 10 Pas' Cond. Allowable ii� —PTs Cond. A —&i uste d A All Exterior equipment is A minimum of Nerna-R3 Rated In compliance with 230.71 - --- ---------- ---- -------- All Interactive System(S) Points of interconnection Markings shall be placed on all DC Conduits, DC Combiners, with other sources shall be marked at an accesible Raceways, Enclosures, Junction Boxes, and Cable Assemblies i, location at the disconnecting means as a power at every 10', turns, and above and below penetrations in source and with the rated ac output current and the compliance with NFPA nominal operating AC voltage. Per NEC 690.54 Disconnect means shall be provided for all disconnecting all ungrounded conductors that supply or pass through the building or structure Per Code 2017 NEC Section 225.31 & Section 225,32 E04. Construction documents specify PV system circuits installed on or in buildings include a rapid shutdown function that controls specific conductors in accordance with NEC article 690,12. E05. These construction documents specify that a label is provided with the method to initiate rapid shut down per 69U2(4), E06. Construction drawings specify buildings or structures with both utility service and a PV system, complying with NEC article 690,12 shall have a permanent plaque or directory including the following wording: "PHOTO VOLTAIC SYSTEM EQUIPPED WITH RAPID SHUTDOWN" as per NEC article 690,56 (C). E07. Construction documents specify PV power circuit labels shall appear on every section of the wiring system that is separated by enclosures, walls, partitions, ceilings, or floors. E08. Construction documents specify all warning sign(s) or labels) shall comply with NEC article 110,21 (B), Label warnings shall adequately warn of the hazard. Labels shall be permanently affixed to the equipment, and Labels required shall be suitable for the environment. NFPA 111, 122 1, 1 - 1, 1 and 11, 12.2. 1.3 Over Current Protection Device is "Next size up" used on Inverter Maximum Continuous Output Current Rating 2017 NEC 240.4(1 ) - — ------ --- — - - - ------- -- -All new equipment Labels will be placed in the correct location located adjacent to i Per Code NEC 690.56(B), Meter on exterior wall 690,56(C), & 690,53 Include required label for metallic raceways and conduits to sheet E-1 per NEC article 690.31 (G)(3). Add required label to sheet E-1 per NEC article 705.10, include required label to sheet E-1 per NEC article 705,12(B) Photovoltaic AC disconnect shall be capable of being locked in the open position per NEC article 705.22(6), Photovoltaic AC Overcurrent protection shall be located within 10 feet of the point where conductors are connected to the service per NEC 70531, Install will be done to Manufacturer In Case of Emergency Call ACDC Solar LLC at 855-577-7999 6908(A)(5) 690.8(B)(1) 310,15(13)(2)(a) 310,15(B)(3)(a) 310.15(B)(16) 23 140*,7l*,8=22,7 I)C to DC Converter Current Per String - 15A 3/8 IN MIN, TEXT ------ — - Apply to Main Disconnect Permanent sticker added to disconnect 3/16 IN MIN. -All Electrical Service Equipment shall be located at or above BITIFor 8.00'NAVD Breaker Injection will be done in Meter -Main Combo located Outside -Markings Shall Be reflective, Weather Resistant and sunable !'or the environment- -Markings Shall be red with whfte leueiing vith minimum �' Capital Letteis Note: -Subject PV Systems has been designed to meet the requirments of the NEC 2017, and those set forth by the Florida Solar Energy Center Certification, Including Maximum Number of Module Strings, Maximum number of modules per string, Maximum Output, Module Manufacturer and model number, inverter manufacturer and model number, as applicable. NEC 705,10 A permanent plaque or directory, denoting the location of all electric power source disconnecting means on or in the premises, shall be installed at each service equipment location and at the location(s) of the system disconnect(s) for all electric power production sources capable of being interconnected. One sign required for each PV system. Plans Satisfy NEC 250.94 & NEC250.53(A)(2) Including the label below In Case of Emergency Call ACDC Solar ITC TURN RAPID ' SHUTDOWN SWTf- H TO THE "OFF" POSITION To SHUT DOWN PV SYSTEM AND REDUCE SHOCK HAZARD IN THEI ARRAY. 'U A_'="'-ER 1""'Y IL.UR EIRIDA D 'VSo,REIEo"'ICSYSTE, OVERCi}i£RENT DEVICE POWER Customer Info: KIANA HARVEY 6344 BAR S BAR TRL ZEPHYRHILLS, FL 33541 0� THIS SERVICE METER IS ALSO SERVED BY A li PHOTOVOLTAIC SYSTEM 705.12(13)(3)m POWER SOURCE OUTPUT CONNECTION DO NOT RELOCATE THIS OVERCUR RENT DEVICE 705.12(B)(2)(3)(b) NEC 690.31 (G)(3) Figure 690.56(C)(1)(a) Label for PV Systems that Shut down the array and the conductors leaving the ?[rfV, X 'N' Godwin Engineering and FE Ws 0'- Design, LLC 4)ae C) 8378 Foxtail Loop Pensacola, FL 32526 ST E OF D. had Godwin, PE 0 XX% PL C ,had(��godwinengxom \V 1111m ill\\ 11(1/,o ACIM Solar WC 9942 Currie Davis Dr Suite B Tampa FL 33619 Date: 04/14/2023 Inverter Type: Drawn by: VL SolarEdge SE6000H-US Revised bj: PV Panel: (22) 'Rev #: 00 TSM-DE06X.05(11) 365W Rev Date: Total Wattage: 8,03OW DC Page: I I fix 17" E-2 O Proposed Mounting locations Iron Ridge XR- 10 Rail MEMO-- 14 Isom 41 NOWIN 4 ®Splice Bar 61 Unirac Flashloc 5 8 Iron Ridge UFO's 28 Iron Ridge Sleeves/End Caps 4 Roof Top Combiner 7 Iron Ridge Ground Lugs 22 TSM-DE06X.05(11) 365W I SolarEdge SE6000H-US I 60A Non -Fused Disconnect I 40A Breaker 22 S500 Optimizer M 141 R-1 C= # Modules (3) lot -1011 874 Pitch- 22' 101-1 iff Azimuth- 1800 M R-3 # Modules (13) Pitch: 220 Azimuth- 180' Span for Both Landscape and Portrait Rafter Spans Zone I Zone 2e Zone 2r Zone Inverter Type: PV Panel: Exposed 48 24 24 24 Racking: No Exposed 48 48 48 48 Total Wattage: LNjax Cantilever 1 19.2 ��19, 2 19.2 Roof Type: Wind Load.- Fastener Type- Max Cantilever = M ax Span 2 R-2 Modules (2) Pitchy 22 Azimuth- 270' 21 -loff—­ 0 (1) SolarEdge SE600OH-US (22) TSM-DE06X.05(11) 365W Iron Ridge XR- 10 8,030W DC Composition Shingle 21 to 27 Deg Use 5/16" Dia 4" Lags R-4 # Modules (4) Pitch- 22' Azimuth: 90' Customer Info: KIANA HARVEY 6344 BAR S BAR TRL ZEPHYRHILLS, FL 33541 Exposed Non -Exposed Spacing Spacing Plans satisfy zones FBC-15107.1 Install will be done to Manufacturer Spec C G Godwin Engineering and Design, LLC 8378 Foxtail Loop Pensacola, FL 32526 D. Chad Godwin, PE Chadr,& godwineng.com T E OF ;,;1 7 0 X1 A'LORO /0 NX 11111\X111P7 ACIDC War UC 9942 Currie Davis Dr Suite B Tampa FL 33619 ate® 04/14/2023 Drawn by: VL Rev #: 00 Rev Date: Page: I I xl7" S-1A Mono Multi Solutions f; �i ii i: 1 Mi " Residential Module MULTI-BUSBAR MONO PERC MODULE Residp.-Mtial Module MULTI-BUSBAR MONO PERC MODULE Founded in 1997, T'inp Sola, is thevvorldy 'readinq taro solution provider for sofa, energy. With fora( turesence of the globe, Tone Sroarisableto ar3vide exception a '5erA[2 'a eadh custornef in each, m a ropt a ind deliverour innovative, rtniabie pnoducts with The backing of Trina as astrong, bankable brand, Trina Solar now distributes,ts So products torwer 100 councries Sir over tire wvdd: We arecoonmitted to buotingstostege-, muturely berrelffdal coflaboraofrvvojftYi i,is tallera, d2valopers, disr nbutors and other pa,tnprs in driving sarart energytogether , Comprehensive Products and System Certificates UL 61730 IEC 61215 / IEC 61730 / IEC 617CJ L / iEC 6271-6 60 90011, Wrat4e, Management , System, iS014001: r15014064Greenhouse Gases emissions VeTificabom, CHSAS18001: OccuPatfon Health and Safety Mena gernent System /0 - muff - - ---------- PV CYCLE T ire asolar PRODUCTS POWER RANGF TSM-DE06X.05(ii) 355-38OW High power and High Efficiency - UP to 380W front patoer and 20.6obbi-nodii1eefficrencywith half -cut and MBB doUld BUsbar) technology bringing more BOS savings A Reduce BOS cost with higher power bin and 1500V system voltage Outstanding visual appearance Designed with aesthetics in mind -Excellent cell color control - Thinner wiles that appear all black at is distance High reliability Ensured PID resistance thf-crugh cell process and module material control Resistant to salt, acid and ammonia A Mechanical performance: Up to 5400 3a positive ittacland 2400 Pa negative load 10 Certified to withstand the most chanilenging environmental conditions -Excellent 1AM and low light prErforownce validated Lower terrip co -efficient (-0,3411/9) and NOC T bfing more energy leading to loterer (_CO( - Better anti -shading perfol-mancpar-gdlov,,jp,,-c,,pefatirigtcrnperature OrMENSIONS OF Par MODULE(Mm) -- ------ - - --------- - -- ELEcrRICAL DATA (STC) Peak Power Watts-P-x(Vids)* 355 360 365 370 375 380 PoworGutputTo1eramrE-PkaxfVO 0­5 Maximum Power Voltage-'sbe,(V) 363 3TO 37.2 37.4 37,6 37,8 Maximum PowerCurrent-Imm(A) 9,66 9,74 9.82 9.90 998 10.07 , " N ifil ill IL11 M If 10 11 f! Open Circuit Voltage -Vac (V) 44,6 44,8 45,0 452 453 455 I 01clill I Short Circuit Current-fsc (A) 1024 1030 1035 10,40 10,45 10.51 Efff I module Efficiency n 192 195 19B 201 203 20,6 U Ir � TC: krudiame 1000WIm, C01 Temperature 25-C, Air 11- AM1.5, M.a­­rt rm.'er- ±3%, if fl, Rim M N I � 1 gli jj f'r ELECT WCAL DATA (NOAT) Front View Maximum Power-Prax (Wp) 268 272 276 279 283 287 Maximum Power Valtage-Vibee (V) 34,4 347 34,9 35.1 3513 35,6 Maximum Power Current -I mpp(A) Z80 7,85 7,90 7.96 8.01 8,06 ,a Open Circuit Voltage-Ve, (V) 42e 42,2 4Z4 42,6 42,6 42,8 AL� ja Short Circuit Current -lac (A) 8,25 830 8,34 838 8,42 8,47 NOCT: rradjarne at 800W/rsa, Ambient Temperature 20-, Ithid Speed lara. MECHANICALDATA SolarCeis Monocrystalline Ceti Orientation 132 cells Module Dimensions 1852 x 996 - 35 prod (72,91- 39,21 - 1.38 inches) Weight 19,7kg (43,4 to) Glass 3.2 man (0.13 inches), High Transmission, AR Coated Heat Strengthened Glass save Vm� Encapsufant Material EVA / POE Backsheet Frame Black -White 35 mm (inches) Anodized Alurninium Alloy 'p ]-Box IP 66 rated Ide Cables Photovoltaic Technology Cable 4,0mrM (0,006 mches2), A -A B-9 Portra&N 280nvn/P28OEmn(11,GZ/11.02Lnches) I-V CURVES OF For MODULE(37014) Landscape: N 1400 mm /P 1400 man (55,12/55.12 inches) iza Connector MC4EVOR Z be Fire Type Typal 600CV., 4GGWhm` TEMPERATURE RATiNGS MAXIMUM RATINGS 43-C (±2-C) Operational Temperature -40-+85'C or as es 5,` s Temperature Coefficient of la- 0,34-/o/*C Maximum System Voltage 1500V DO (UL) Vol-grV) P-V CURVES OF Par MODULE(37010) Temperature Coeffidentof VoT -0,25%/*C Max Series Fuse Rating 20A 450 Temperature Coefficient of kn 0.04`Xp/'C en' M6 F ex Sroowhu= 60ow/be WARRANTY PACKAGiNG CONFIGURATiON L 40OW1.T r 25 year Product Workmanship Warranty Modules per la= 31 pieces 25 year Linear Power Warranty Modules per49 container: 744 pieces D ........... A nae- refer to pm,ket warranty fo, detme) Pallet dimensions (L x W x H) . 1880 x 1125 x 1173 mot to 2. 30 4. or V.ft.g.fVf pallet weight; 658.6kg (L4521b) St CAUTION: READ SAFETY AND INSTALLATION INSTRUCTIONS BEFORE USING THE PRODUCT 2020 Trina Solar Limited. All rights reserved. Specifications indurind in this datasheet are subject to change without notice. Trinasolar D Version number: TSM_CE06KR5(1JL_NA_2021_A wwwArmasolancom 1104 P"11 X-" Product Data Sheet Scepter Junction Box JBX666 1 277005 Junction boxes form an integral part of a circuit protection system and are constructed to provide a degree of protection to personnel against incidental contact with the enclosed equipment and to provide a degree of protection to the enclosed equipment against specified environmental conditions. JBX boxes are molded of PVC, are entirely nonmetallic and provide NEMA Type 1, 2, 3R, 4, 4X, 6, 6P, 12, 13 protection, APPLICATION / USE JBX junction boxes are designed and approved for use in indoor/outdoor, industrial, MRO and OEM applications for the accessibility and installation of wire and cable in continuous lengths and to enclose joints and splices. JBX junction boxes can also be used to enclose electrical equipment in non -hazardous locations, [191 7A [109mm] ipexna.com to= MATERIAL PVC, Valox, JPEX proprietary gasket STANDARDS UL 50/50E, CSA 94A/94.2, CSA C22,2 No.85, CSA C22,2 No.40 FLAMABILITY RATING UL 94V-0 OUTDOOR SUITABILITY UL 746C BOX VOLUME 255 cu,in/4184 ml NEMA Type 1, 2, 3R, 4, 4X, 6, 6P, 12, 13 FASTENER TOOL #2 Phillips screwdriver PACKAGING Carton Quantity: 4 Carton Weight: 116 ids / 6,2 kg I Eaton general duty cartridge fuse safety switch UPC:782113144221 Dimensions: • Height: 14.37 IN • Length: 7.35 IN • Width: 8.4 IN Notes:Maximurn hp ratings apply only when dual element fuses are used. 3-Phase hp rating shown is a grounded B phase rating, UL listed. Warranties: Eaton Selling Policy 25-000, one (1) year from the date of installation of the Product or eighteen (18) months from the date of shipment of the Product, whichever occurs first. Specifications: • Type: General duty, cartridge fused • Amperage Rating: 60A • Enclosure: NEMA 3R • Enclosure Material: Painted galvanized steel • Fuse Class Provision: Class H fuses • Fuse Configuration: Fusible with neutral • Number Of Poles: Two -pole • Number Of Wires: Three -wire • Product Category: General duty safety switch • Voltage Rating: 240V Supporting documents: ® Eatons Volume 2-Cornmervial Distribution ® Eaton Specification Sheet - DG222NRB Product compliance: No Data pe,eaton,corn @ 2016 Eaton. All rights reserved. I Specifically designed to work with power optimizers % Record -breaking 99%weighted efficiency I Quick and easy inverter commissioning directly from a smartphone using the SolarEdge SetApp 2 Fixed voltage inverter for longer strings I Integrated arc fault protection and rapid shutdown for NEC 2014, NEC 2017 and NEC 2020 per article 690,11 and 690.12 solaredge.com I UL1741 SA certified, for CPUC Rule 21 grid compliance I Small, lightweight, and easy to install both outdoors or indoors A Built-in module -level monitoring d Optional: Faster installations with built-in consumption metering (1% accuracy) and production revenue grade metering (0.5% accuracy, ANSI C1220) s:. Single Inverter with HD -Wave Technology for North America SE3O0OH-US 1 SE380OH—US / SE50OOH—US f SE6O0OH—USf SE760OH—US / SE100OOH—US f SE114OOH—US A£ t H` O+kA.r- 366G ( 3 QA 240'J i",AJ f{3 k? Z4.,! 7 AO 'R.n W L L J! YR .;ak5d ( i3 DO r?10V 5Irk 6v ,) !. i.,C7y,y„l3✓ M.,­, : DC ^awes `v`ugy2 34✓J �at"uU Ea 24VV M 09 ?4.;N 760 'Nit 1 VG i 9O@20!!V _yuJ .r,*�,r J'5! I000 2A6s! C Dorp Vot 3ry= eA.n. M, Max ✓ ✓ ✓ J J ✓ _ ✓ AC Clutpu /11b r, Min.-Nam.-M,,. ✓ ✓ et83 - 20S - 229} - Uac AC Frequa ry;No —1) .q F - :ra 61 V i H, L .rots d.rtpuY V 5 21 15 32 4' 47.5 A C tt 1 @24 r Cu rFnc 42C9v - 14 485 A ", Ad gable-C85'.o 095 C, Ll 7nreshoitl i A iv M­to,mg, g P -c[ion, Yes un ry L d abLw Thre INPUT' M-n— Jr Pa—@2AGV 45Wf >1100 93•1'S 7=tlG0 1's0 W M,_.,,­ X e- v,20R7 1 - srr; - a7so '� 153c£ i w M-mr:," i;":put ,U,ge N 1 rC V 'ta Mc =00 VJc M x,,, pW Cv,. t@240Va 65 t0.5 73.5 26 17 30i h9axi..—, i'p ±Current@203V - F i'x. rope Sh ,Cu^ant 9 - 3 21 Ad, Adc arffy Prot:«^-oo 'f_,5 - i n Deie �� _ br 'kz Ser ar0r3Y.2 Fb in:Em 4 Ek fe_y fl '(: o4eiy . ,arxy A3 9�1 C, >, Vl i7.'> r„ 202y h rrttirc,, P orsunpf'�n < 2 `i W Single s Inverter with HD -Wave Technology for North America SE3O0OH—US 1 SE380OH—US f SE5O0OH—US f SE6O0OH—USf SE76OOH-US f SE1O00OH—US f SE1140OH—US eGl>ld,M < g 2221 r te. _or rrs,.�^rg 1 W itF the i App r b`f appi- -. ,o fsudtw,n Vt .-+3 A,- s.. P; M n, 1..,M C I,on u 'd d -NEC W', C'AG # 2a17 o r,tC �02% 690 (.. P..a ,i; S' i i rr �..u:.: d D STANDARD COMPLIANCE Safe:y UU741, UL1741 SA, U_1699P, CSA C222, Canado, AFo aoc—,rg Co 71.L. M-07 Gr'd CorureO— —dares FFr154/ RWe 21, We 14 frlp i as.cns FCC E' t15 Gass8 INSTALLATION SPECIFICATIONS 'C 0,­tC.-ot S,,e AWG Range "a...A.rr 6AMG AWC, D 4 M .a;ic Sr . n S{r. .,/ N i NAvnk3m/ ';:iru*s7 9-6 ANC Jaximmn/ 3 Yr:.,gs/14-6AM D 7Srsh(I WI,D) 77 J1 6,, 8I4U 370x17e. U.3 x'4.6 7 3/ 4 37Dr 195 W. ;r a_=-.y See tin 22/10 Z>t/t 1 262/N3 38S/ 7.., 1o/k*,3 ok,e_ <50 d2A neat vea5an a t e e ! NrVAIeXar 4.rys ,f ­fi'-' hNL How to Enable Consumption Monitoring By simply wiring current transformers through the Inverter's existing AC conduits and connecting them to the service panel, homeowners will gain full insight into their household energy usage helping them to avoid high electricity bills Single phase inverter wide HD -waste techricilogy and. built-in RGM and Service Panel consumption moritanng si ola b D arcs of Sobrwyei wt,roleg ,.nc ntl ypemMk., o e0. w.e ar them .r(�hai s;P rne,c a.e ,/. ). / LE cnaM )K ro<<.ngeM w� nn. ce. i Enabling 1/ power optimization at the module level Specifically designed to work with SolarEdge residential inverters Detects abnormal PV connector behavior, preventing potential safety issues* Module -level voltage shutdown for installer and firefighter safety Superior efficiency (99.5%) ' Functionality subject to invertermodel and firmware version solaredge.com Litigates all types of module mismatch loss, from manufacturing tolerance to partial shading Faster installations with simplified cable management and easy assembly using a single bolt Flexible system design for maximum space utilization Compatible with bifacial PV modules m� ", Residential Installations n���,= � ✓� �"' "� ,.�-�. f � ���r.. l .��r"�-��c,''�- r ''—"',%���, �`'`, cz".,r �%�,.1�"� "'� �:F^ r,"fs�,"r� '".r`' r',✓%� r � /ri ,-^�i�" ..V �lGr r'",,. /v-. !..' � ,,% ,%,; ,.r ut�� cM-'vw'��,r�.. _ , --', u�n���, ~ 5 %vr ,7mr�, �u r�� �Jw���, � , ��r.,.a. � -`� ,�. rm�✓ ��;,� ����� Rated Input DC Power"' 440 1 Soo W Absolute Maximum Input Voltage (Vox) 60 Vdc MPPT Operating Range 8 60 Vdc Maximum Short Circuit Current (Isc) of Connected PV Module 14,5 15 Adc Maximum Efficiency 99.5 Weighted Efficiency 98.6 l Overvoltage Category OUTPUT DURING OPERATION — Max rnum Output Current 15 Adc Maximum Output Voltage 60 OUTPUT DURING STANDBY (POWER OPTIMIZER DISCONNECTED FROM INVERTER OR INVERTER OFF) V<ic Safety Output Voltage per Power Opurnizer "I Vdc STANDARD COMPLIANCE EMC FCC Part 15 Class B, !EC61000-6-2, If C61000-6-3, CISPR11, EN- 5S011 Safety IEC62109 -1, (class II safety), UL1741 Material UL94 V-0, UV Resistant Rods Yes Fire Safety VDE-AR-E 2100-7122013-05 INSTALLATION SPECIFICATIONS Maximum Allowed System Voltage 1000 Vdc Dimensions (W x L x H) i29 x 15S x 30 mm 'Neigh[ (including cables) 655 / 1,5 gr / Ib Input Connector Mi InputWireLength 01 _ m Output Connector MC4 Output Wire Length (+) 2.3, (-) 0.10 m Operating Temperature Rangelrr -40 to +85 °C Protection Rating IP68/ NERI Relative Humidity D - 100 ,I) Rated power of the module at STC will not exceed the Power optimizer Rated Input DC Power. Modules with up to +5%power tolerance are allowed (2) For other connector types please contact SolarEdge (3) Fe, ambient temperature above+70'C / +158'F power de -rating is applied. Referto Power G irmizers Temperature De-Ratruct Technical Note for more details Minimum String Length I I (Power Ophrnizers) 544!}, 5500 8 16 18 Maximum String Length (Power Optimizers) 25 so Maximum Nominal Power per String" 5700 112504) 12750c' W Parallel Strings of Different Lengths or Orientations Yes (4) if the inverters rated AC power s maximum nominal power per string, then the maximum power personng will be able to reach up to the Inverters maximum Input DC power Refer to: https.//www.solaredge,com/sites/ldefault/fdes/se-power-optimize;-single-string-design-application-note.pdf (5) For the e,30/400'a grid: it is allowed to Install up to 13,500W perstring when the maximum power difference between each string is 2,001 (6) For the 277/48OV grid: it is allowed to install up to 15,Oopy' per string when the maximum power difference between each string Is 2,000W (D It is not allowed to mix S-series and P-series Power Optimizers in new installations © SolarEdge Technoiog'ei Inc All rights reserved. SOLAREDGE, the SolarEdge logo, OPTIMIZED BY SOLAREDGE are trademarks or registered trademarks of SolarEdge Technologies, Inc. All other trademarks mentioned here n are-demarks of their respe,U wowrao, Date 1212021 DS-000091-1 2-ENG. Subject to ch ,i without notice ow" IRONRIDGE XR Rail Family 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 enough to buckle a panel frame. XR Rails are the structural backbone preventing these results. They resist uplift, protect against buckling and safely and efficiently transfer loads into the building structure. Their superior spanning capability requires fewer roof attachments, reducing the number of roof penetrations and the amount of installation time. Force -Stabilizing Curve Sloped roofs generate both vertical and lateral forces on mounting rails which can cause them to bend and twist. The curved shape of XR Rails is specially designed to increase strength in both directions while resisting the twisting, This unique feature ensures greater security during extreme weather and a longer system lifetime. U XR Rails are lronRidge offers "M compatible with a range of tilt leg W IM, FlashFoot and R/ M 3-1 options for flat a >0 W AN, other pitched roof a roof mounting attachments, a applications. The XR Rail Family offers the strength of a curved rail in three targeted sizes. Each size supports specific design loads, while minimizing material costs. Depending on your location, there is an XR Rail to match. XR10 is a sleek, low -profile mounting rail, designed for regions with light or no snow. It achieves spans up to 6 feet, while remaining light and economical. 6'spanning capability • Moderate load capability Clear& black anodized finish Internal splices available XR100 is the ultimate residential mounting rail, It supports a range of wind and snow conditions, while also maximizing spans up to 10 feet. 10'spanning capability Heavy load capability Clear & black anodized finish Internal splices available XR 1000 is a heavyweight among solar mounting rails. It's built to handle extreme climates and spans up to 12 feet for commercial applications. 12'spanning capability Extreme load capability Clear anodized finish Internal splices available 'Table js,,neant to bea, �w-npVjed span char.- or owiveying general rail ca.pabilitles. Use approved ce!Wlcation letters mr aduad desi.an guid3nce.