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PMT16-02282 City of Menifee Permit No.: PMT16-02282 29714 HAUN RD. �ACCELA� MENIFEE,CA 92586 Type: Residential Electrical MENIFEE Date Issued: 02/09/2017 PERMIT Site Address: 24608 ROUND MEADOW DR, MENIFEE, Parcel Number: CA92584 Construction Cost: $9,000.00 Existing Use: Proposed Use: Description of SOLAR MODEL PLAN 4 TR 32025 DAKOTA Work: 15 PANELS,5.03KW LOT 4 Owner Contractor WOODSIDE HOMES OF CA SUNPOWER CORPORATION SYSTEMS 11870 PIERCE ST#250 77 RIO ROBLES RIVERSIDE,CA 92505 SAN JOSE,CA 95134 Applicant Phone:9417203850 ALEX SEIZEW License Number:890895 SUNPOWER CORPORATION SYSTEMS 77 RIO ROBLES SAN JOSE, CA 95134 Fee Description Q1t r Amount($1 Solar, Residential or Small Commercial 1 252.00 Building Permit Issuance 1 27.00 Additional Plan Review Electrical 158 157.50 GREEN FEE 1 1.00 SMIP RESIDENTIAL 1 2.00 General Plan Maintenance Fee-Electrical 1 12.60 $452.10 The issuance of this permit shall not prevent the building official from thereafter requiring the correction of errors in the plans and specifications or from preventing building operations being canted on thereunder when in violation of the Building Code or of any other ordinance of City of Menlfee.Except as otherwise stated,a permit for construction under which no work is commenced within six months after issuance,or where the work commenced is suspended or abandoned for six months,shall expire,and fees paid shall be forfeited. AA_Bldg_Permit_Template.rpt Page 1 of 1 EsGil Corporation In Partnership with Government forBuilding Safety DATE: 01/25/2017 ❑ APPLICANT ❑ JURIS. JURISDICTION: City of Menifee ❑ PLAN REVIEWER ❑ FILE PLAN CHECK NO.: PMT16-02282 SET: II PROJECT ADDRESS: 24608 Round Meadow Dr. PROJECT NAME: DAKOTA AT AUDY MURPHY RANCH Phase MDL Lot 004 15 @ 335 Watts Micro-inverters Solar Photovoltaic System ® The plans transmitted herewith have been corrected where necessary and substantially comply with the jurisdiction's building codes. ❑ The plans transmitted herewith will substantially comply with the jurisdiction's building codes when minor deficiencies identified below are resolved and checked by building department staff. ❑ The plans transmitted herewith have significant deficiencies identified on the enclosed check list and should be corrected and resubmitted for a complete recheck. ❑ The check list transmitted herewith is for your information. The plans are being held at Esgil Corporation until corrected plans are submitted for recheck. ❑ The applicant's copy of the check list is enclosed for the jurisdiction to forward to the applicant contact person. ❑ The applicant's copy of the check list has been sent to: ® Esgil Corporation staff did not advise the applicant that the plan check has been completed. ❑ Esgil Corporation staff did advise the applicant that the plan check has been completed. Person contacted: Telephone #: Date contacted: (by: ) Fax #: Mail Telephone Fax In Person E-mail: ❑ REMARKS: By: SERGIO AZUELA Enclosures: EsGil Corporation ❑ GA ❑ EJ ❑ PC 01/19/2017 9320 Chesapeake Drive, Suite 208 ♦ San Diego, California 92123 ♦ (858)560-1468 ♦ Fax(858)560-1576 CODE INFORMATION be w e P w „ an , m g SOLAR INDIVIDUAL PERMIT PACKAGE 2013 CALIFAPPLICAgORNLE IA COD RESIDENTIAL ODDS(CRC) CATIONS th z z a oas F 2013 CALIFORNIA BUILDING CODE (CBC) o O o un "g 2013 CALIFORNIA FIRE CODE(CFC) Z < Re o In u f[ 2013 CALIFORNIA ELECTRICAL CODE (CEC) = o r x UTILITY p ar � p v uDAKCTA AT AUDY MURPHY RANCH C YOf Menlfee t, to U ENTSHHALISTEM � �BY Ea NDFlRV LBEF F � PHASE MDL LOT 004 JAN 201 Qg1tN I.1 p lecelvedCO CD J SF9 z VICINITY MAP w 20483 m TRACT/PARCEL # : 32025 Exp. -09'30 24608 ROUND MEADOW DRIVE PRO]ECLOCA ON /�O/' CAL\� \Q MENIFEE, CALIFORNIA 92584 �V WOODSIDE HOMES _. U rl Z 11870 PIERCE ST. SUITE 250 g = Un i o d RIVERSIDE CA 92505 _ D Q1 Ol M p s LU LU d J UElf Q ABBREVIATIONS SYMBOLS SHEET INDEX n T EIFC Electrical MAN. Maximum Q a Cl. Al Se smrba=xs o e+ A.B. An nor Bolt ED EleeVicol Oullel M.D.F. Medium Density Fiberboard S.C. Solid Core/ Seat Cover A.CT. Acoustic Ceiling Tile E.P.B. EledriI Panel Boom MECH. MecM1Onical SCHEID. Schedule A.D. Area Dmm EQ. Equal MEMB. Membrane SECT. section SOLAR ARCHITECTURAL DRAWINGS " AD]. Adjacent.Adjustable EQUIP. Equipment HIM. Mezzanine S.ED. Bee Eledncel Drawings r� O �^ r 0 A.F.F. Above FINsh Floor E.W.C. Electric Water Cooler MFR. Manufacturer SPD Sme4e Fire Damper 2.1 NEW FINISH GRACE SOLAR-AO COVER SHEET g 5 m AL Aluminum BOOST. Existing MIN. Minimum SHT. Sheet DRAWING NUMBER GROUP (DRAWN ® 45') Q o F%P. 6ponaion MR. Mkror NUMBER DISCIPLINE PREFIX .L�_ FIRE STANDPIPE CABINET A Q -- B o A.T.C. Acoustic ne Ceiling SIM. Similar MISTING GRADE (SHOWN SOLAR-AS PHASE MDL LOT 004 m ENP.JF. Expansion Joint MISC. "ce.one°us S.M.D. See Mechanical Drowin F.S.C. �'S HORIZONTALLY) o BB. Bulletin Board gs -BD. Board F)R. Exterior M.O. Masonry Opening S.M.B. Sheet Metal Screw O MOD. ModVla WALL HUNG CABINETS OR ; --BETW. Between F.O. ROOT Drain SP Sprinkler SHELVES y F.E. Rre E#in M.S. MaeMne Screw t REVISIGN CLOUD AROUND BLNG. elac4irg guisher S.P.D. See Plumbing Drawings PROPERtt LINE �( MTO. Mounted RVdS*I -BM. Boom M1E.C. Fire Exlingvisher Cabinet S.S. See Strs Steel A COUNTERTOP 8.0. Bottom Of F.M. Flat Head ' Metal S.B.D. See Structural Orowings ii ¢ MT. Bottom F.H.G Rre Hose Cabinet IN) New S.T.S. Sell-Drilling• Self-Tapping B.P. Backing Plate FIN. Finish xa.e. Net In L°mr°at sh«1 Metal screw pB SOLAR STRUCTURAL DRAWINGS " BRG. Bearing NO. Number MATCH LINE. SHADED PORTION OWNER FURNISHED ME MS " FIR. Floor STD. Standard s'A' TOP OF WALL 8➢VN. Between FLUOR. Fluorescent NOM. Nominol 5TL Steel IS THE SIDE CONSIDERED HyG (NOT IN CONTRA(CT) SOLAR-Sl MOUNTING DETAILS D _ N.T.S. Not To Scala GB. Cabinet F.O. Face IX STRUCT. Structural N F.Os. Faa.or stag ELI Suspended SOLAR-S2—S4 MOUNTING DETAILS& z _ 5¢N+. ceramic O.A.D. Dollop Dimension e F.O.W. Face OI Wall WORN POINT, CONTROL POINT O'ON Coot H<Jo F.R. Fire Resistant O.C. On Center TB. Tacx opera ' OR DATUM POIM ® ACCESS PANEL TOP OF CURB STRUCTURAL CALCULATIONS -CJ. Control Joint OA. Outside Diameter 1HK. Thick F.S. Full SM. I/1 p 4 center find FURA. Furring OPNG. opening T.D. Tap of SOLAR-55�56 INVISIMOUNT DATA AND SPECIFICATION Closet OPP. Opposite T.O.C. Top Of Concrete A ) FIT. Future SECTION_UG. Ceiling O.F.G1. Owner Furnished/ T.O.S. Tap Of Sleel T D LICLR. Clear GA. Gouge Contractor Installed T5p Telec°mmunicoti°n } SECTgN IDENRRGTION DIMENSION LINES tR' TOP OF PAVEMENT is GM.U. Concrcie M°sOnry Unil GALV. Galvanized O.F.O.[. Owner Fumiahetl/ Service Outlet 'fit SHEET WHERE SECTION IS DRAWNm o ,COL COWmn G.B. Grab Bar Owner Installed TTO Toilet Lesue Dispenser ".GONG. Concrete G.D. Garbage Oispos°I O.FV.1. Owner Fumishetl/ TYR. Typical OEFNL 'CONST. Construction G.W.B. Gypsum W°Ilbeord Vendor Installed } CENTERLINE OF COLUMN OR _CONL Continuous GP.SO. Gypsum Wallboard O.M. Oval Head U.O.N. Unless IXhereise Noted AyT DEr<IL IOENIIRGTON �-y �O OFFSET FACE --COORD. Coordinate of Orer UP. Upper SHEET WHERE OEUx.IS DRAWN I C.R. Cold Rolled H.B. Hose Bibb 'C.T. Ceramic Til¢ H.C. Hollow Core PAD Powder Actuated Dedce Y.C.T. Ynyl Composition TII< C INTERIOR ELEVATION 5 p p'CTR Counter HDWO. Hardwood PB Push Button Oa°r Operator MEN Veneer O �CISK- Countersink H.M. Hollow Metal P.I.M. Plastic Laminate ELEVATION IDENTFCMON p^r. FACE OF CONCRETE .. AUCN FACE GPFOR 1 007814 VFA. Vent VxfOLO ELLVAIIONs CLOCKWISE µII HR. Hour R. Pr°pe;ct Line y B 4 _iDBL Double VEST. Vestibule Aryl NO ARRORS ME ELEVATION DG, DdRetl Concrete Archer H.R. Hvl Rolled PL PI°t° V.LF. Verily In Field NOTM 51gNH) O C I A D IN\+y,("'� PRO]ER D� <OkT. Wmil HT' Height P V. Plywood N.C. Varify with c°sewer4 A SHEEP WHERE ELEVATION IS OO6I809 PLYwD. Plywood M W c wn g DRAwH o.F. SOLAR-El ELECTRIC L 3-LINE DIAGRAM& _D.F. Drinking Fountain I.D. Inside Diameter ff. Point vinyl Wall Coverin EXISTING WALL OR PARTITION ' FACE OF FINISH TO REMAIN DIM. Diameltt I.F. Inside Face P.T. pressure Treated SPECIFICATIONS DATE DRAWN O3A9QOt] DIM. Dimension INS. Insulation FID. Palmed Wl Wilh 3 also. Guped., IN". mteriar PrN. Perth woe. won cpxering SOLAR-E2 ELECTRICAL DETAILS DRAWN BY KTANZDAm _DN. own INTBB. Intermediate w0. woad OR. Door INTCM Intercom Q.T. Doorry Tile W.P. We 7roef < FINISH FACE TO FINISH FACE EXISTING DOOR TO REMAIN SOLAR-E3—ES ELECTRICAL DATA&;SPECIFICATIONS DSP Door Side Panel III Ouentity W.R. Water Resistant GATE CXECKED 03-09-301] ?DI De10il ISM Janitor WR Wood Screw ;DWG. pawing n. Joist RAC. Beef wR Waste Receptacle tt� / �(E)x- Existing LC' Joint RO. R°OI To ^III^ WALLPLUMBING E PIPE CHASE 1-7 CHECKED BY EEGBFS 'c EA. Each RE: Refer To `�IIIv WALL(FACE OF STUD LLO.N.) PLIGN LCB. Liquid CM1aIN Bo°m -EEA.ny.n Joint Finish System TAM. Laval ed READ. Required SHEET E.J..1. Ell ansion J°inl ITV, Level RES. Resilient O .EL Elevoti°n LT.W. G9h1 Weight RFSR Round LN. Dguid Nitrogen R.H. Round Head �L w _ Q N W � m m NOTE: ALL EXPOSED NM CABLE SHALL BE PROTECTED 0 u fig: 0 gg Z a rc o ^ 0 a £ ^ s D e a u V a £ggS V, u 4'-3" 15'-6" ROOF ACCESS POINT 15 MODULES SPR—X21-335—BLK—C—AC QonfESS/ TILE HOOK (S—TILE Rl INVISIMOUNT (ABOVE TILE) ca F9 r W z 20483 Exp.09/30/17 V T'T FZFCTR\GQ� �Q qTF OF CA1�F iv I CONCRETE TILE ROOF = U e z o u o � - �c o r f u f r J 2 o f 29 `a_ a ♦ a _ � Q u w l a o � L � 6 Q JUNCTION BOX o i o �^ SUB-PANEL(INSIDE GARAGE) ; AC DISCONNECT SWITCH (INSIDE GARAGE WITHIN— SIGHT FROM THE INVERTER) a UTILITY AC DISCONNECT SWITCH (OUTSIDE GARAGE WITHIN SIGHT PLAN 1 z ° FROM THE MAIN SERVICE PANEL) SERVICE POINT AND ELEVATION A _ UTILITY METERING > p f— DRIVEWAY ROOF TYPE S-TILE c TO ELECTRIC UTILITY GRID ROOF PITCH 5:12 3 SQUARE o FOOTAGE SYSTEM SIZE 5.025 kW OPP°RT NM omens STORY 1_STORY PROJECT D-0061808 HOME TYPE SYSTEM 260° DATE wuwN 01a9.z0v ORIENTATION SYSTEM LEFT omwNeY xmzuao LOCATION PHASE NO. MIL Mn EDScn 01. B9 -2017 g1ECl(ED BY EE-GBFS LOT NO. 004 SHEET SOLAR-All N m LPL W F Eb W All RISK CATEGORY 11,V=110 MPH BASIC WIND SPEED, 5 a > a N o, i EXPOSURE C,30 PSF GROUND SNOW LOAD,Ss=2.0g m < MAX MAX MAX UPLIFT MAX SUBFI SHING ® SPACING CANTILEVER OOWNFORCE IfffiVMDUwmL C O 0 O F p Z 25 Psf 28 Psf 7 , x O m p LON 48^ 24' QMCK HOON L ,.,2601b 2961b PV MODULE n u46 Psf 28 Pf 4801b 2961b �PuTEm u O 24° 20" 73 W 28 of v♦ u v 380 lb 14B Ib TAD BOLTS A • NOTE:POINT LOADS SHOWN IN TABLE ABOVE(Ib)ARE FOR EACH �yOFESS ATTACHMENT ASSUMING MAX SPACING SHOWN IS USED. CONCRETE TM ROOFING • LOADS SHOWN ARE LIM LOADS. Q ATTIC D. R6ER TO SUMMNt1'TPBLE DO PO MAX SPAN MID CANT REFER TO SUMMARY TABLE M4• Vj Q Q F MU(SPNI PND Z C7TRUSS RMTE m SRkQEm 0 24'ac MAR4 w NO. m cr Exp. 12-31-18 Za IIM!BMDUNT RULS (2)PER MODULE C/ V \� OF GA �\P — — F UFOP FIGURE 2: INVISIMOUNT WITH QUICK HOOK SIDE VIEW DETAILS SUNMIYER MODULE(TYP.) MID CLAMP WET STAMPED STRUCTURAL op CALCULATION ON FILE QUICK HOOK(TYP.) I FlCURE 2,3 4) INVISIMOUNT RRAILPV MODULE PV MODULE h — _ — Tecc �n M F- LJ EN CO LAMP / CONCRETE THE RODFlN AS C SUBfTHING WICK HOOK ROOF SHEATHING BASE RATE T / (2)5/18"X 31/2'5.9.TAG ELT + j WRN 5/1B'WAWER O CENTER TER. 2 1/2'NIN.EMBEDMENT U_R QUI ER. U,o•c PRE-GRILL REQUIRED. 2'Xr TRUSS OR RMIER `\ (DOUGIAS FlR OR EQUAL) •WEIGHT OF INSTALLED ARRAY:3.5 PSF / •STAGGER ATTACHMENTS WHEREVER POSSIBLE MID CLAMP OS'MIN FIGURE 1: PLAN VIEW,TYPICAL ARRAY LAYOUT FIGURE 3: INVISIMOUNT WITH QUICK HOOK DETAILS @ RAFTERS ' 14' 14* • _ IND CUkIJIM RVL MA%GARYTAB MID CLAMP o ENO CWAP PFM SUNK MVERLE z e Y Z NOW o N CONCRETE TLE ROOFlNG PV MODULE PV MODULE j w SUBRASHINC � E p WICK HOOK 15/3T MIN. BASE PUTS _ (3)184 SINKER EACH ID RODF 9HFAlHINC OPPONNN1tt TOE TRUSS ON EACH END TRUSS OR RAFTER M MAI SINKER H E OR D SPACED O 24'DC MAX TOE I ON D1f'M END PROTECT NOTE 4'XB'MT BLOCKING TRU55 OR MF1ER ONLY REQUIRED WHERE (2) 5/16 X 3 1/2'S5.IIX:BOLT SPACED O 24'OC MAX DATE DRAWN U-29-2016 14' 14' L� •• I u- 61 ATTACHMENT POINT IS REQUIRED WRH 5/16-WASHER O CENrtR TYP. BETNEEM RPFTFRS/iRU5561N 21/z'MIN.EMBEDMENT INTO RVIER. 1 , 96 CELL MODULE 72 CELL MODULE ORDER W MEET�MMiYTLEVER PRE DPoLL REQUIRED. DMWN BY MMEND02A •INVISIMOUNT RAILS SHALL BE POSITIONED IN THE NON-CROSS HATCHED REGIONS DATE CHEOIEO U-29-2016 01ECKFp BY PTWp FIGURE 5: INVISIMOUNT MOUNTING CLAMP POSITIONING DETAILS FIGURE 4: INVISIMOUNT WITH QUICK HOOK DETAILS Co)BLOCKED LOCATIONS 6HEEr SOLAR-S1 N 2 F x8 W W J P P E f Nm ��g m m N P N O oil FE O 3 U O 32 1L O 0 O N 2 yV F m w ¢ K 0 m N J °� P N 0 e u up DESIGN PARAMETERS c oQRO ��( FLAT ROOF HIP ROOF (7 < 9 < 270) k D..h�Q4.�,</����,,� <<, WIND LOADS m NO.73552 w 5 Exp. 12-31-18 -D RISK EXPOSURE: II O C/ V \ BC MAXIMUM WIND SPEED PER MAXIMUM ROOF HEIGHT, H:C40 FT16,V: 110 MPH I �I 9TF OF CALkF MAXIMUM ROOF SLOPE: 12:12 MAXIMUM RAFTER SPACING: 24" i WET STAMPED STRUCTURAL MAXIMUM LEAST HORIZONTAL DIMENSION OF BUILDING, L: SOFT CALCULATION ON FILE TOPOGRAPHIC FACTOR, kzt: 1.0 WIND DIRECTIONALITY FACTOR, kd: 0.85 VELOCITY PRESSURE EXPOSURE COEFFICIENT,kh: 1.04 z INTERNAL PRESSURE COEFFICIENT,GCPi: 0.0 C c ! \ u -1 SNOW LOADS < u GABLE ROOF (9 _< 7°) GABLE ROOF (70< 6 < 45°) 0 MAXIMUM GROUND SNOW LOAD, pg: 10 PSF c� EXPOSURE FACTOR, Ce: 0.9 (FULLY EXPOSED) N THERMAL FACTOR,Ct: 1.2 (UNHEATED AND OPEN AIR STRUCTURES) SLOPE FACTOR,Cs: PER FIGURE 7-2c (UNOBSTRUCTED SLIPPERY SURFACE) SNOW IMPORTANCE FACTOR,Is: 1.0 INTERIOR ZONESZONE 1 Q r ru 0 0 z SEISMIC LOADS ® END ZONES z ZONE 2 :3 f SHORT PERIOD SPECTRAL ACCELERATION,Ss: 2.Og SITE COEFFICIENT, F 10 \�C COMPONENT AMPLIFICATION FACTOR,ap: 1.0 SEISMIC COMPONENT IMPORTANCE FACTOR,Ip: 1.0 CORNER ZONES COMPONENT RESPONSE MODIFICATION FACTOR, Rp: 1.5 `s� I `s ■ ZONE 3 3 SITE CLASS: D N z w z ar FIGURE A: ROOF ZONES PER ASCE 7-10 ° OPMMNM P0.D1ECf DAIS DMWN 12-29-201. DMWN BY MMEN002A DATE CXEIXfO 12-29-2016 f CH ED BY PYODD BHEE! SOLAR-S2 ice/ N Z LU N O m N N N 0 N 0 Y e 5/16"Diameter Lag Bolt Strength Load Calculation Perimeters m 'a m Rail tributary width 2.6 ft NDSLRFD O i u` Flat roof snow load pf 7.6 psf 0 0 C �', lip Wind velocity pressure qh 27 sf m z III Service Loads P Number of bolts 2 Z `z < z v Dead Load pd 3.38 psf Thread penetration= 1 Inch = 0 Sloped Roof Snow Load ps 7.6 psf Bolt diameter,D= 0.3125 inch a u Wind Load Upward Zone 1 pw_zonel -27.48 psf N u Wind Load Upward Zone 2 pw_zone2 -49.46 pat Specific gravity,G= 0.49 (Douglas Fir or equal) .. Wind Load Upward Zone 3 px zone3 -76.94 psf Withdrawal Value,W= 258 lb;NDS Table 11.2A Wind Load Downward pw_dawn 25 psf Load duration factor,Cd= 1 ;Section 10.3.2(LRFD design) QPOF ESS/p Seismic Load Fp . Seismic Load Fp_upper limit 1.4 Wet service factor,Cm= 1 ;Section 10.3.3(wood in continuously dry condition) r,�0 D. �! _ Seismic Load Fp lower_limit 7.2 Temperature factor,Ct= 1 ;Section 10.3.4(no sustained temp>1007) Seismic Load Fp_egn 3.6 End grain factor,Ceg= 1 ;Section 11.5.2(no end grain) Load Combinations `M NNNOO.7�3552 z Toe-Nail factor,Ctn= 1 ;Section 11.5.4(no toe nail) w m 1.4D Combo 1 10 pit 1.20+1.65+0.5W Combo 2 57 pit Format conversion factor,Kf= 3.32 ;Table Nl(Connections) o= Fxii. 12-31-18 1.2D+0.5S+1.OW Combo3 74 pit Resistance factor, 4)z= 0.65 ;Table N2(Connections) d, 0.9D+1.0W Combo 4(Zone 1) -65.43 pit J• C/ \/0.9D+1.OW Combo 0.9D+1.OW Combo 5(Zone 3) 19.9 pit Time effect factor, A= 1 ;Table N3(Wind/Seismic) -1 1if qTF OF CAL\�pQ� 1.20+1.OE+02S Combo 11 15 pit rDTn= 1115 lb;Table 10.3.1 1.4D Combo? 4 pit WET STAMPED STRUCTURAL 1_2D+O.5S S Combog 8.5 1 pit 1.2D+1. Combo CALCULATION ON FILE 9 pit 0.91) Combo 10 4.8 pit 1.2D+1.OE+0.2S Combo 12 14 plf ZZ Worst Case Uplift Zone 1 WCzonel 65 pit Worst Case Uplift Zane 2 WCzone2 120 pit Worst Case Uplift Zone 3 WCzone3 190 pit Worst Case Downward WCdovm 74 pit U Worst Case Seismic Demand WCeq 15 pit Worst Case Shear for Uplift Cases WCshear up 4.8 pit 1 Worst Case Shear for Downward Cases WCshear_down 14 pit D¢, Worst Case Shear for Seismic Cases WCshear eq 14 plf C/ Roof Wind Zone Dimensions Width of edge and corner zones a 6.0 it G Maximum Allowable Spacing of Attachments of Maximum allowable attachment spacing,zone 1 Lallowed_zonal 48 in Maximum allowable attachment spacing,zone 2 Lallowed_zone2 48 in Maximum allowable attachment spacing,zone 3 Lallowed_zone3 24 in Maximum allowable cantilever,zone 1 Cantileverzonei 24 in < < < Maximum allowable cantilever,zone 2 Camileverzone2 24 in Maximum allowable cantilever,zone 3 Cantileverzone3 20 in Rail Bending Z Rail Bending Up Strength Mn_rail_up 548 lb-ft Rail Bending Down Strength Mn-rail-down 580 lb-ft Z L-Foot 0 L-Foot Tension Strength Tn_L-Foot 510.0 lb E _ L-Foot Compression Strength On_L-Foot 999.0 lb L-Foot Shear Strength Vn_L-Foot 195.0 lb Tile Hook The Hook Tension Strength Tn_hook 530.0 lb o Tile Hook Compression Strength Cn_hook 450.0 lb N _ Tile Hock Shear Strength for Compression Vn_hook_down 67.0 lb z Tile Hock Shear Strength for Tension Zone 1 Vn_hook zl 127.0 lb Tile Hoak Shear Strength for Tension Zone 2 Vn_hook z2 86.0 lb N Tile Hook Shear Strength for Tension Zone 3 Vn_hook z3 15.0 lb > Tile Hook Shear Strength for EO Case Vn_hook_a 297.0 lb OPPORNNM PAO]ECr MI O fill 11-29.2016 DRAWN BY MMENOOIA MW DMEIXED 11-39.30I6 FIGURE A: INVISIMOUNT STRUCTURAL CALCULATION FIGURE B: LAG BOLT STRUCTURAL CALCULATION CHKRED BY PIpOD6„K SOLAR-S3 N Z L•L W f- E o N • W o P e 3 U • ¢ Ey • O CL O O P w gS@ F m z ^ Y Z6 K O o 9• N �� January 5,2017 m e .. ¢ E a N o m U Q TO WHOM IT MAY CONCERN: Structural load on Invisimount Roof Mounting PV system is determined in accordance with the standard QPOFESS/O ASCE7-10Minimam Design Loadsfor Buildings and Other Structures.Calculations refers to the following cps p T�C sections of ASCE 7-10 and other codes: O F.G� • Wind loads are calculated per Section 30A"Part 1:Low-Rise Buildings"(not the Part 2"Simplified" Co � / �`/— z method), w NO.73552 m • Snow loads are calculated per Chapter 7. Cr EKD• 12-31-18 __0 • Seismic loads are calculated per Chapter 13. The force FP is applied horizontally in the down-slope * C,/ V direction,concurrently with the downward vertical force 0.2SDsWn. • Combinations of loads are calculated using"Strength Design'(LRFD)per Section 2.3. qTF OF CA1.1F0�� • Maximum attachment spacing is determined based on the capacity of the aluminum rail, aluminum quick hook assembly,L-Foot assembly,and lag bolts. WET STAMPED STRUCTURAL • Lag bolt capacity is calculated following the requirements of the NDS standard. CALCULATION ON FILE Should you have any additional questions,please feel free to contact me. oz Sincerely, °° ``'g : c GIy 1 ° n FESSt[}iA, r CI n•ra� N0.73552 aR 12J1-10 S 1 C°"• * * cd C/V\�, \P cclft 9TFOF CAL\ °°c c. 0 c� z Peter Todd,P.E.I Group Lead,Structural Engineering P SunPower Corporation I Office:510.260.8202 z peter.toddna.sunoower.com o f D N Z O N W z 1' a DPvoaTuxm 1414 Harbour Way South SUNPOWER P: 1.510.540.0550 Richmond,CA 94804 USA www.sunoowercorn.com F: 1.51D.540.0552 PROJECT DAIS DMWN 12-29-201E DMWN BY MMMDOI DATE CHECKED 12-39-2M C KKED BY MOD FIGURE A: STRUCTURAL SUMMARY B Wr SOLAR-S4 w/ N Z Wr i 4- `W F' O as `V3 '— \ N in a N v o O � @ pa .. ..... CERTIFICATE OF COMPLIANCE °- a ..,E Z o _ N ; Certificate Number 20150223-E466981 e 2 f g" ar a Report Reference E466981-20140903 SunPower­0InvisiMount" • • • System Issue Date 2015-FEBRUARY-23 VP ESS/O� �Q ��R !F InvisiMount Component Issued to: SUNPOWER CORP D. y Q�^ 77 RIO ROBLES z Modulea/Mid Clamp and Rail Module-I End Camp and Rail SAN JOSE CA 95134-1859 2 NO.73552 m y EV. 12-31-18 Za T This is to certify that MOUNTING SYSTEMS, MOUNTING DEVICES, CLAMPING `!l C/ V \\' �Q representative samples of DEVICES AND GROUND LUGS FOR USE WITH qrF OF CA0i'li PHOTOVOLTAIC MODULES AND PANELS USL- InvisiMount Mounting and Bonding Systems for use with WET STAMPED STRUCTURAL Photovoltaic Modules, consisting of the following components: L- CALCULATION ON FILE Foot, Rail, Rail Splice, Mid Clamp, Ground Lug Assembly. .•,4Itl Clamp End Clamp Rail 8 Rail Splice Ground Lug Assembly end cap These system components have also been evaluated for a Class U - A System Fire Classification for a sleep sloped roof with Type 2 U, I modules. LL (See addendum page for additional informal on) i t u Urr Ulu Have been investigated by UL in accordance with the a p • Standard(s) indicated on this Certificate. I Component Material Weigh[ Temperature -40'C to 90'C(-40-F to 194"Fl tr Max.Load 400 Pa unlit , , II- Mid.Clamp Black oxide stainless steel AI51304 63g(2.2 oz) 5400 Pa downforce I Z End Clamp Black anodized aluminum alloy 6003 T6 110g(3.98 oz) Standard(s)for Safety: UL Subject 2703,The Outline of Investigation for Mounting Z Rail Black anodized aluminum alloy6005-T6 830g/m(9oz/k) Systems, Mounting Devices, Clamping/Retention Devices, and f Rail Splice Aluminum alloy 61 830 gnn(9 ovk) 25-year product warranty Ground Lugs for use with Flat-Plate Photovoltaic Modules and in Warranties 5-year finish warranty j Ground Lug 304 stainless 106.5 gm,(3.75 del Panels .Z. Assembly (A2-70 bolrain-plated copper lop,) End Cap Blac'nacelel(POM)copolymer 10.4 g(0.37 oz) UL 27M Listed Additional Information: See the UL Online Certifications Directory at Certifications ClassAflreratingwhendistancebetween www.ul.com/database for additional information re Roof • Supported roof surface and battom of Sunpower InvisiMountys(em •esgan module frameiss 3.5" Only those products bearing the UL Listing Mark should be considered as being covered by UL's - Composition Shingle Raker Attachment Listing and Follow-Up Service. o Application Composition Shingle Roof OeckingArtachment . p - Curved and Rat Tile Ro rfAnachment The UL Listing Mark generally includes the following elements:the symbol UL in a circle:@ with the • Universal Interface for Other Roof Attachments Refer to roof anachmem hardware manufacturer's documentation word"LISTED";a control number(may be alphanumeric)assigned by UL;and the product category e name(product identifier)as indicated in the appropriate UL Directory. m Look for the UL Listing Mark on the product. 'Module frame that Is c9mpadDlewlN the InvisiMount system required �'for hardware Interopemelity. G2015 SonPower C., ioa All Bights Reserved.SUNPOWER.die SUN POWER logo,and INASIMOUNIT are trademarks or registered uluc VI trademarks of Sunpower corporation.NI other trademarks are the property of thelr respri owners. sunpower.com Specifications included M Nis dasolmen a re subject to charge,.,how room Document#50950B Rev �mron,u,lon.,,aa"o,",.nueen ln.ow"emwn wnlnaan p,pNBN en D.nanwul uetuU.r•nra"u"a..a Ba"."o"I uc.E".9ummm,Plyaa 1Me Md UL4lah,mer Ii R.—ioadw as WfaMconuclua omimul , PROJECT Page 1 of 2 Di DRAWN 12-29-2o1e DRAWN BY MMENWIA DATE CNECKEO 12-29.2016 CNEdCEDBY Mop FIGURE A: INVISIMOUNT DATA SHEET FIGURE B: CERTIFICATE OF COMPLIANCE „EEr SOLAR-S5 ec IMS.E466981-Mounting Systems,Mounting Devices,Clamping Devi... http://database.ul.comtcgi-bin/XYV/templatefLISEXT/lF'RAME✓showpa.. IMS.F466981 -Mounting Systems,Mounting Devices,Clamping Devi... http://databwe.ul.conVcgi-bin/XYV/template/LISEXT/lFRAME/showpa.. W N N 17 1. \ ONLINE GERTI FIGAT Ill NS OIR EC TO RY Helix Single Tit Mounting System and Herm See Below See Below A Listed Fae Performance Type 2 ®V 2 U a N ip Dual Tit Mounting System-Chassis-Single Modules in Low Slope ° ° N g6 Tit-Part No.513831,Following Tray-Part m a w a No.513832,Link Tray-Part No.513833, Y Y See Above UL Listed PV Modules: a c ° u $ e QIMS.E466981 Leading Tray-Part No.513834,Riveted Sunpower Corp:Models a i i N 0 9` Mounting Systems, Mounting Devices, Clamping Devices and Ground Lugs for Leading Tray-Part No.517871,Spoiler- SPR-XYY-###, M , e a jig Use with Photovoltaic Modules and Panels Single Tit-Part No.513836,D�ctoPartR ee 19, re represents tsnumbers 0 P u �-Part No.513841,Deflector- No.513842,Base Chassis-Dual Tilt-Part represents any number from No.514056,Chassis Platform-Dual Tit,Part 390 to 445,365 to 310 and Page Bottom No.514057,Front Skirt-Part No.515928, 274 to 233;SPR-Err-###, QPpFESS/0 Rear Skirt-Part No.515929,Module Clip and where YY represents numbers Y�y Inverter Rack 18,19,20 or 21,and### represents any number from Mounting Systems, Mounting Devices, Clamping Devices and Ground Lugs for Use 390 to 445,345 to 285 and with Photovoltaic Modules and Panels 250 to 225. CM All models Identified must have w NO.73552 m the Gen 3 frame. rLyy UP, 12-31-18 __O See General Information for Mouatina 5 gt Mountino Devices C[ampinaDevices and 9mund Lugs fD Use with Photovoltaic Modules nd Y Y See Above UL Listed PV Modules: T Panels Sunpower Corp:Models tpJ. C, V SUNPOWER CORP E466981 SPV-PYY-###,where YY 9T4F OF CAO'r represents 15 or 17,and### 77 RIO ROBLES represents any number from SAN iOSE,CA 95134 USA 320 to 370.All models identified WET STAMPED STRUCTURAL Investigated System must have the Gen 3fame CALCULATION ON FILE Investigated for Fire Tested in Last Undated on 2016-11-30 for Mechanical Classifica CombinaIt. Cat.No. Bonding Loading (A,B or C) Wdh Questions? Print this Date Terms of Use Page c° yyyei-1'z,eop f Photovoltaic mounting system c U Invis O 2016 UL LLC F component-consisting g,the following g See Below See Below A Listed Fire Performance Type 2 components:L-Foot,Rail,Rai Spike,Mid Modules in Steep Slope The appearance of a company's name or product in this database does not In Itself assure that products so Identified have been manufactured U Clamp,Ground Lug Assembly,End Clamp, under UL's Follow-Up Service.Only those products bearing the UL Mark should be considered to be Certified and covered under UL's Follow-Up SolarEdge P400 Mkminverter Backplate,Row Y N See Above UL Listed AC modules:Gen 5 Service.Always took for the Mark on the product. I frame w Clip Models SPR-X21-335-eLK-C-AC UL permits the reproduction of the material contained in the Online Certification Directory subject to the following conditions: 1.The Guide SPR-X20-327-BLK-C-AC, Information,Assemblies,Constructions,Designs,Systems,and/or Certifications(files)must be presented in their entirety and in a non-misleading I p manner,without any manipulation of the data(or drawings).2.The statement"Reprinted from the Online Certifications Directory with permission I Z SPR-X21-335-C-AC, from In! must a earatl acent to the extracted material.In addition,the reprinted material must include a co Q SPR-X21-335-C-AC, pp 1copyright notice lo the following fartnat: SPR-X20-327-C-AC, "®2016 UL LLC". I S SPR-E20-327-C-AC, SPR-E19-320-C-AC. f— , Z Y N See Above NRTL Listed Sunpower Corp :3 modules:Gen 5 frame models 0 SPR-X)O(E/NE-W Frr/BLK- U-YYYACPV and SPR-V- WW-)OX-Y-Z-G-AC > (where"XXX"is the wattage of the panel and ranges from 250 to 225;and where"YYY" Indicates the inverter voltage used in the module,and can be blank,240 or 208/240.) a Y N See Above UL Listed Sunpower Corp ° modules:Gen 5 frame models Hn SPR-XYY-###. z (where YY represents numbers O 18,19,20 or 21,and### n represents any number from 365 to 310 and 274 to 233) w ii � E Y N See Above UL Listed Sunpower Corp modules:Gen 5 frame models SPR-EYY-###. (where YY represents numbers 18,19,20 or 21,and### represents any numberfrom oPmrroxm 345 to 285 and 250 to 225) DAT DRAWN 12-29-2016 1 of 2 12/142016 12:46 PrA of 2 12/14/2016 12:46 P DRAwx BY xnexoou OAIE CHECKED 12-29-2016 FIGURE A: CLASS A FIRE RATING UL LISTING pg 1/2 FIGURE B: CLASS A FIRE RATING UL LISTING pg 2/2 °E°ED 6r Moo sxEE SOLAR-S6 A VI F S £ ao ' FIGURE A:THREE LINE DIAGRAM- 5.03 kWDC ' s ) T P ELECTRICAL NOTES FIGURE B: LABELING SPECIFICATIONS M a P 3 a G@ i rc u c, A k 4n 1.AM COUMNTIGNFONVIE MEFBICQVOUR(OR FDUNAIEXT)TO BE BONDED TO GROUND AT ,NµMNG. O 0 H N s COUWNGS ON BOTH FHDS. ELECTRICAL SHON WSaiD.DO NOI IWLn Q Z .. Z $} SHAM TOUIRMSTHS .TERN A.S Ox BOTH THE LNE ND ~ROUNDING I. p W gq4[B5 Z COMMIT ND SHALL BF 5GLF0GNNBT FIMON TO ELERNMEWCTKtCAL ENS� ATER,INSECTS AND RODENTS.CONWR MEIN POSWK LNY BE ENERGRED Ix 1HE � p Be f N U SHALL NOT EWER GOM TOPOF EIEClR1GLEWIFNFNI IH OUI0.WRlCCATOXS WIMOVT Q 'j S SITESPECIFIC APPRWALFROMSUNPoWER.VGRANTEDAPPROVMMETOPEHIRYQYLYRIGIO JUNLTOH BOX y COMDURWIMMEYEMHUBSTOBEUSED. w v - a 'KJ3 /� a U O 3.INSULATED WRONG BUSHINGSTO M WED ON ALLCOMOUTTERMINATIONE REGARDLEWOF CCAANMI011�SOl�µ QECNK,SYSTQJ LVNELIED VI U W N VOLTAGE TXE INSULATING FTTXGS SHALL BE SUITABLE FOR BUNDIMGTO GROUND IN MgSCWNECI RATm'1C DYRUT CURSOR:IB.95A ACWROAHCE WITMXK 250.9x.IH5VIATED BO%CONXKTORS W HOT MEETINLS REOVIREMEM. 1pMW.LL OPERATWD M VOLLOGE:&O V 4. GOPERLI NGEXPECTEDWRWNDMONSWMEONALLWGS.FITMGS.CMMS.ETC. S.AMCONDUITBENO MDTITOCONFORMTOTIE xK MINIMUM BEND RIGHT HIMISCHUMTE. 6.MINIMUM CM RANCE SHALLBE MAINTAINED PER NEC TOR ALL NEW WOANIMO:WK POWER SOURCES EQUIPMENTS TO BE INSTALLED. WA9NING UG NOTt ONMR ATECONNECTION, ^nCCCi CS/O F.EXISTING GROUNDING ELECTRODE SYSTEM MUSTMEET NBC AND LOLL ImIIIY m NOT RENT DD 1NIS rill GJIJ REQUIREMFRS O/FEE TO DEBAR I GMON: w 10 MISWPPWU WON THE6 B.COWER CONWCTORS SMALL BE USED UNLESS SPECIFIED. NSOAMWSOU fESLOCA AS saRCEs I.CGIEO 9.AC W WMG 9ULL BE UP512ED IFVOLTNE DROP EXCEED]%. M SHONN. ID W SSTEM COMBINER PANELSHALL BE USED WHEN W METER IS RECHUREO FOR SYStENS W ITT PMCUE INOIGTWG MURCES MORE TEW ONE BGNN CNCUR.IF METER IS HOTRECWRED,PY SYSTEM BRGXERB GN BE -SOUR WO IB'9!A tb Y z OIRERLYINWRCONXECTEDT)TIEEXISTINGSVB-MNELOR MAIN PANEL PSDMLE -URLHY ERIfY xIq Ax10V ,uy p m IL TAPE NM�BCCNOUCTCR9(ROMER)SHALL NOT BE USED FOR ERER10R APPLICATION.IT SHALL BE 20483 USED ONLY INSIDE AT IC ND IH WALL GVMY. EXP.09/30/17 12.RATING OF THE MAIM CIRCUIT BRGXFA MAY VARY.IN ANY CASE,SUM OF ME MAIN MEANER Na IIIIII������ T'I] Lam` W BREAKER MUST NOT MCEED 12M OF THE PUS MR RATING OF THE MAIN SEMM FANK � ��eC Il\C`-v \� PERTtENLE4 NL REOVWEYEM$ARE MET BY: ``ll�w El 'W2013 CALIFORNIA ELECT CAL CODE(CEC)'W qTF OF CA1.�F NOTE: As oc wwG Ts IxIGxRL E nomIF.4RmxDIx4 THE DL Ec NO RXDME as..RMVmxI I«I T0R IS NOT E%]E 91E REQUIRED.RRAT. GNEG TO.CNOma DEruLSM ilElow xuxrngx aqz Z SNEET SOUR-E0. (TRNsmgx SDI() p N,HwwGHOm1E9 U SM}x1-3)S BYt{-A[ Ix IMOTin[EMEUR E Fl U ]AC NoHUIII RmiIOP T ; Q 3 Q LL .1{-M aSiWF...LTiu CMxw Cwmrtrz ATTIC _ R r N f D Q N IM BNIMAND M I 1`1 M o s NEIER 1✓ 1RINuoix 450cs. y! Y N \ I IR•Fnc J I D7 V` IT%M EMTnNSIsm4MTO FXC I (11r41w4TIwMx ENO } U \\ MENSIAc CA IXSIDEATSOTIC Ytr TH CANE BEE NLIIPtAM501AR F] WALLGVIIY Q < (•, IXSi. I Fµ6(M.) � Q G I Awa]yGOv,Fsx Q d N "� � GI yW suxwwEA nooulEs Ixl W.AwETwLYI®PYR I HIM / Q „ E Eal SMRIGI 0 o O I MFlX EEUACE PNEL t AL XOWLEE C I ]DG, BMXG CPMT AI \ ( (Ile AWETfNM3 I I n0xt pylxa I O In YNi Q l0CM 5! /< t s iY � `l eimmnxECla)M 1 INC I o J W T005VGnIF MODEM (S (Ili AwG wX34X0 R BE IxSI�Cw x. 1 X5TAl1®IX WALL GVmQ l\ I I V V 1NMWMAEENF"E r WHITE WIRE J G0 FIGURE C: ELECTRICAL CALCULATIONS I WORT � -EnD N ADERANCH1 AO.H] KSVBRW6 YfI1111;CIXP9IFR WE]IVR OR EDUWA1Fxf JCi WRTO CIIBVAMEL WLIDIa-BMNONf MO RmFJRBD%TOEU9 .WWMa.... AI) NW1ANW Fit ME.=I.WAM.1.XMFE SLIDES p DFNmIRESPERSOUNCIRCIM \ MINIBExO ..'FORUND ORCM ] WLlA4E T y0V REFER A<DISCOMNERSPECINGi10X-EAAR-E]EMEET 4R E NDY NRx OF9AM.E9.MT_TUTAE= MA BRANCH CURRENT OUT= IRMA 9UNINCUMENT:nNO� Rx1A LWIMIMWIREµ ANXIAXmKWTa1TF MWA OPPORTUNITY BOTH" wYUNW.N4WPMIMRJ .'IRIT.I.M T.A WHIMINW,REAYDAET':WAR....,. EAATWD CLOMCIORERMANN DEMTWD wRA.U.AMWIEUHRUPEA rvRE MT PROJECT D-0063600 fNFFAANRE NAAWHIAA ZW T FN.NIE WC IENPEMMRE�JUTNECLEPFKIER ¢4 TFNPEM.DEMTHROUSHAD Nf BE, TFAI.MADEAARRACID FlCIEM pp FW.E W UUNRCOR MUCEIMTwamFFFIOTR FlUOEA.AnrpmEFTcvWr _ �NM/TEYF_cCFPs/Fltl_fAEFF av DATEDMWN O1-09-201] w M .—MAA\ITEMP-006`IFUL LfFF ANRE_MN=INAKI}HP_CgEFF/fRL_EOEFF PEA Nw MR CgIWCY.SUSPERNEC YID CONgpw0...A. K .11 CISMCI R4EEMWWDFORI TALENCP .1. DFAWN BY KTAN UACO LIXIUUETOR51'¢A81VSTmidEYRTA0001Y1P FIO CO TORNSEADIUSIEDFGWLTNECWP FID a 17.::::'W AIEFt['.1%•r-E WLTWECRC ATusFTC w,.tACEU.vm FTI%IITI-11-A wmcyppulFPADrzmox DATE CHECKED 01-09-2017 0YEACURRENTP0.0RCNON S, MMNW OVO agUx Rt]6 WpA NMWCCPD.MTR,W IYVA WNMIMMPD=Ig1fx V5 1AUA N0[T VA4FACCw.BI¢ ]SA (]IECKEO BY EE-CASE$ mweeE MA NEAT IAAEGOW NtE AA SHEET SOLAR-El N I FIGURE A: WIRING ROOF PENETRATION CROSS SECTION FIGURE C: INTERIOR EQUIPMENT L1.J WALLSTUDS. of 0 i U o w z � c o ,^D of =�a � 5g$$ CONCRETE TILE 1/4" ALUMINUM BRACKET ATTACHED TO RMSIMOUNT RAIL BY 2 ® 1/2" BOLT RAIL 6"X6N6" N3 PVC JUNCTION BOX PVS6X �. v u Q 9€yR SUB-PANEL o ud CORD GRIP AC TRANSITION CABLE TO ACPV MODULE O QPOF LIQUID TIGHT EMT CONNECTOR we.m. ESSlo 1" LB c 9 CD m 18'XI6" SPUN I-__ _J Exp 09/30/17 CONE FLASHING 9"X9" SPUN CONE F yrR\v`� \ SUB LASHING //��T OF CA UPPER AND LOWER COUNTER FlASHINGS TRIMMED FOR 1'EMT 1" EMT SECURE CONDUIT TO RAFTER CONDUIT PER LOCAL BUILDING CODE. F (CLIPS NOT INCLUDED) SECURED METAL CONOUR PER ELECTRICAL REQUIREMENTS U Z am FIGURE B: TYPICAL SCHEMATIC ARRAY LAYOUT o a 1 U INVISIMOUNT -� .i —.�—.� ��, -•—� END CLAMP m U _7=- INVISIMOUNT MID CLAMP _v i I AC MODULE Q PROVIDES INTEGRATED —�., —}{—}—f_ —}_. —.�. - - �.,—< �— b BONDING AND GROUNDING _ a a COMPLYING TO UL2703 �:�Y`—C >— -} }-(I —-� �5 �'' ¢ F_ yam_;_. < INVISIMOUNT RAIL = Wg Iz o w o o FIGURE D: EXTERIOR EQUIPMENT s 'a IL MICRO INVERTER 11 1I II 11 II II 11 II II II 11 ° I I I I I I I I I I I o II II II II 11 II II II 11 II 11 II II II II II 1I 11 II II II 11 � II II II II 11 II I1 II II II 11 II II I1 II 11 11 11 II II 11 AC DISCONNECT w ° s AC MODULE z EXTENSION CABLE } � < i i -L' -, i.-•> < 11 II II II II III III III 1I1 I1I III .. 11 II II II II 11 II II II II II ..II II II II II II II II II II II > i 11 11 II II 11 11 II II II II II m o . INVISIMOUNi SPLICE 11 1 1 I I I I I I I I I I I I I I I I I I � - II i1 II II II II II II II II II E PROVIDES INTEGRATED 11 II II II II II 11 II 11 II II � RAIL BONDING AND 11 I I 1 1 I U II 11 II II II II II 11 II II II ° � - GROUNDING I I I I I I I I 1 1 1 I COMPLYING TO UL2703 fI 1 I I11 11 I II 11 11I 1I II I1 1II � I I I I I I I I 1 I LI I I (IPPORnmm OD9B60 )- - Y h - - it II II srWrn II II II I II II 11 11 I 1 1 1 PROJECT 0.0061809 _>J. I I t I I I I I I I I I 1 11 I I 1 1 14-� 1 1 DATE DRAWN 01-09-2017 II II II II II II II II II 11 11 NOTEf I I I II I 11 DRAWN BY KTANZUACO INTHE EVENT THAT A MDDUIE NEEDS TO BE REPLACED AND THE TARGET MODULES WILL BE OUT OFTHE ARMY FOR AN EXTENDED PERIOD OF TIME,CAREFULLY ATTACH TWO MID CLAMPS TO THE I II II I II I I II EXPOSED MODULE EDGE(NOTE THAT TWO OF THE TEETH OF THESE MID CLAMPS WILL INSTEAD DIRECTLY ENGAGE THE TOP OFTHE MIL). THE MID CLAMP WILL KEEP MODULES BONDED TO THE RA11, I I I 1 I I I I I I WHICH IS BONDED TO THE EQUIPMENT GROUNDING CONDUCTOR(EGC)AND IN TURN THE GROUNDED ELECTRODE CONDUCTOR(GET) I 1 I I I 11 DATE CHECKED 0"9-2017 /� II II 11 II 1j 11 II 11 11 I it -AC CABLE GROUND PATH HAS BEEN TESTED BY NRTL,AND ITS ELECTRICAL CONTINUITY FROM THE AC MILE GROUND PIN TO THE MODULE FUME HAS BEEN CEAnP ED. I t i�MAIN SERVICE PANEL I I I I I I I I I CHECKED BY EE6- -ACT I I I I I MUG. ERWWRANNECTINGHCABLE ENSURES THAT THE GROUND U EACH MODULES TO AK CONTACT FULLY INSULATED MODULES AN THE LAST TO BREA THE GROUNDING PIN C LONGER INGTHAN MODULES. OTHERS IN THE II I I II I I II 11 PLUG.THLS FMM LENGTH ENSURES THAT THE GROUND IS THE FIRST TO MAKE CONTACT WHEN BRIDGE G MODULES RTI THE UST TO BREAK CONTACT WHEN MEANS DISCONNECTING MAINTAIN TAIN EFFECTIVE I I I I I I I I I I I I I I I SHEET GROUNDMODULE CONTINUITY TO S FROM A UBSEQUENT MOD FO0.ANY REASON,INSTALLATEMIVM0.T EGC TO BRIDGE THE GAP BY INSERTING AN AC EXTENSION CABLE O0.pTXE0.MUN5 TO MAIMAIN EFFECTIVE I II 1 1I II 11 II GROUND CONTINUITY TO SUBSEQUENT MOD01E5. I I I1 1, I I I I I SOLAR-E2 on Z L na W 7 a N g LL' in N m N o $a S Switching Devices N m = s 1 1 'Mot l SafetySwitdles O _ " N w g=r V �,: a• o an gif • 7 Q :..s- L e 120/240 Vac General-0Single-Throw, J 9, A - D©21rAP General-Duty,Fusible, continued = ° u •' 4e a R. Mdxiimllm Rome ow RafinisO o v y" 7, -- - ArIgIPIP Fpsv TYPP Smille-Phal Three-Prase AC pC E6docrm Indoor EnrJos9m RainproW z° System Paeo9 Provision 12UV 240V 249V 25711 Catalog Number Catalog Number • m 4 e 4 1 Cartridge lype—Three-Pole,Threa-Wrre(Three Blades,Three Fuses)-240 Vac 3p — — — — — O 0 so — — — — — 0 0 too — — — — — O 0 9Tr3-%21-335-BLK{-AC SPR-X20-327-BLICCAC Solar Cells O Ng — — — — — ® O 90 tvtonocrystall ne Maxeen Gen III Nominal Power'(PrIDm) 335W 327W High-transmission:empereB glass with anti- 400 H — — 50-125 — DG325FGK(90 D=FRK%o Front Glass reflective coating 600 H — — 75-200 — DG3�GKM DG326FRK@0 Povdef Tolerance +5/-0% +5!-D% g .A%g.Panel Eticiency' 21.0% 20.1% Environmental Cartridge Type—FoueWire(Three Blades,Three Fuses,S/N)-1201240 Van. Outdoor rated Rating I I 30 H — 1-i/23. 3-7-1/2 — oG321NGp D©21 NRB L;np.Coef.(Power) g 030a1°C P - - - Frame Class 1 blac>:a•Iodizeo(highest AAMA ratio }Q¢' m H — 3-10 7-12-15 — Dc322Nce Dcr¢NRe •mod bypass diodes100' H — 7-tt2-15 1530 — UG323NGG DGf©NRB Shade Tolerance •Integrated rnodule leve'maximum power Weight 41 Ibis(18 6 kg) point tracking Max, 200 H — 15 25-GO — DG3]4NGK DMMNRK Recommended 1_3 in.(33 mm) 400' H — — 50-125 — DG32MOK M=NRK Module Spacing bog- H — — 7f-Mu — OG326NOK D(026NRK Output @ 240 V(min.lncm./max.) 2111240/264V Output @ 208 V(min./ncm./max.) 163,12081229 V pryg�gg 720/240 Vac General-Duty;Non-Flsible,Single-Throw Operating frequency(min./ncm./max.) 59.3;6CA/6DS Hz •25-year lmired power warranty Maximem Horsepower Ralings _ U 0 Vlaffan[IE!S Ampere Sw9I.rhese AC TM,aePhase AC DC ENotl sire in0om Fn0loaure Naaprmt z r ZO Output Puwe•Factor(min.) 0.99 •25-year mated procl warranty P k System Rating 12N 240V 249V 25ty Catalog Nurtber Calilog Number �� o s F_ AC Max.Continuous Output Current @ 240 V 1.33 A •ILL 1741,indiding compliance with - Two-Pole,lWe-Wire wo Blail —240 Vac m o z (J applicable requirements of IEEE 1547 and IEEE N o v AC Max.Continuous Output Current @f206 V 1.54A 15471 q b/b 30 2 3 — — DC221UCB0 DCaI URBO I a N T U 4 AC Max.Con4 Output Power 320 Psr •AC module Tvpe 2 Fire Ra-ed A — — m ° s 11 lUy,l [!ClAf CEC Conversion Efficiency 96.OSb •ILL 2703 Listed when Instal ed with TTT 100 — 15 — — DG723UG80 DaMMURB0 = to ax.Units Per ZOA Branch Circuit @ 2401 12(single phase) I Inw IMoun["' 200 — — — — 00 00 I w an c2f ax.Units Per 20A Branch Grcuit@2U8V 10(n^io pule) Certifications •Class Afire rated when installed with Three-Pole,Three-Wlre(Three Blades)-24OVac Val' m Invis%lount14 and when distance between roof Z) Q 30 2 3 74/2 — DG41UGB0 DG12moRB0 .. . 2 4 surface and bottom of SunPower module d/b d/ Q x frame is<3.5': ,( �,( 60 3' ig 15 — DG72211GP0` DGM2URp0 F- b Operating Temp. -40'Fto+'85°F1-40'Cto+85'C) •Alternating CurrenT(AC)MOdUie desiil an 7 T 1llg — 15 30 — pG03uGB0 DG�URPO Q F 'N` � enables Installation to accordance with NEC 200 — 15 60 — DCi24UGK0 OGR4URKD Q Max.Ambient Temp. 122`FfSU°CJ 690.6 409 — — 125 — U=SICK0 D(;MUHKG) Max W.nd:50 psf 2400 Pd,244 kgyma from; back O o h^ .Lord PID Test PotonRal-Induced Degradation free 600 — — 200 — OC4bUGK0 325UPK DG0 w S ud Snow:112 ,sf,5400 Pa,550 ,Joe front Q g c 1 inch(25 rrm)diameter hall at 52 mph(23 Notes Impact Resistance O Maximanhp tin d ratings al when did stamps tieladfusoa ale used. a ze10 m/s men O Usaftor-wiracdelogrurtberabelon. 3 a nvozo,t ©Solid Mo nthissare0mlulfed.OrderselgetelyfamableonPageW-T7-15. 8 4 0 WARNING Switch is not eppromdforswri[eertrmtoudess a MUM!lot Is installed $ 0 Uselhrmwiracedogmlriumbelw Ego 0 Drilled loamepl field u4tailed mural bts. Ito s lcaamm yen Allgerardduy saelyswOthes arelfdnoelh Palaged n 4 1.1.9n1 { Anomalies are limited in mope ongmmel-dAy alley switches San Po eW-T1-15 fin mailability.In addition,clear line shields as available as an accessory a - :m— on 2g0-gM gmaal-0uty swdchn..Caalog Nwbers dlo4-70-T/55-11.41OM-70880638,609A.7080SU ^ 0.2m; no 58om ou 'H 6hzsl Ora:er 3;2005ifmn solar park Phclpn Nedu a s:,nfr,Fa]2014 �t6''sot�) w %xt r.rkrr'd•vedule DvShili;y uuumv:PLLTr Fe{:cr.�kamdefer CE.feL 20'3.Fi:e um Ofda 2 E sippuya iasapa.,pa]2olseeesrzd.Campeau,Zr!a:."Sara.;+.ErvdLle Cegxladon xale: a SmPvnervAris paFeq F_c 2D135zz wnwsunp. z:amiac6fcr Cerz3;. Flra,e rea0 rnp arepar4 mvananan h:r•,urinns lortlmalla � '•Sarxlardieat Cep eilMrsf1000 Wnrr InaEbnce,4.11�.2$`C MPEL��eatanrotandsd$Ot.B a t J'r1,Yµ{l.[[$FF°rN rl-{ye.NI D[MArG6f 6lLlly(pIW pep W diirlml!rripblle `F,.YS111n T!^'aef rlfrrMninr.Ml�.^MY:4ir.nl.rr2 mrf f:l ft.Jrn � ix wxwi-,a;,, anix,Inmalerefe-enee i:rfe:naLec, Far mare tls.::;Se�+R+L°°ntled GaU91^_et anxv3unvn2r.NMAdPal22'S L:tune.^.Lx]t'vtlL HevA/LIN IIS pPPJ0.NNIn' 007861 PROJECT D-0061900 Volume 2—Commerelal Dlsulbutlon CA08100003E—Febway 2012 a ..eaora:= V241-27 Jimeal GATE DRAWN 01-09-]01) DRAWN BY KI'ANWACD DATE CHECKED 01-09-2017 FIGURE A: PV MODULE SPECIFICATION SHEET FIGURE B: AC DISCONNECT DATA SHEET QIEC%FO of EEG9F5 SHEET SOLAR-E3 x #!ae w .. •S N m m3�p4 g' W a Ine ° m R W OQ N Nd L �pk�g 717 Q) o s u ag Improve Support, SunPower Monitoring Solution, SunPower Monitoring Website PVS5x SunPower AC Modules Reduce Maintenance Costs Plug and Play Installation k-' U This Complete solution for residential monitoring includes the ■e�ue0� \. An intuitive monitoring website enables you to: p g e ueu - _ • See a visual map of homeowner sites ------ SunPower-PV Supervisor SX(PVS5x; ^.hich Improves the installation Multiple comAcellular Supports SunPower 96-cell process,overall system reliability,and customer experience. options includin modules, h suing • Remotely manage hundreds of sites _ PLC,WI-Fl, aInverters,and hybrid(DC Receive e'ecove system reports Compact footprint for improved aesthetics - �_ and AC)systems Locate ysLerr issues and remotely diagnose Robust cloud connectivity and comprehensive local connectivity Diagnose Issues online Flexible configuration of oevices during installation • Drill dawn`or the status of individual device< Consumption monitoring  `` Revenue-grade production monitoring Web-based commissioning app Remote diagnostics of PVS5x and Inverters - U c, Compatible SunPtiwe'ACModules Temkreture7ftu�j Cm n63°C(-21°F10�140`F; w StInPDNer 56iell AC Modules(g5) e — Durable NEMA 3R enclosure reduces maintenance costs. (numbersuppcaedw Pv55x) z O w - Ham dk gma non concemn Compauble5vireln+erters 1 g 3 g r gi _ Frorios(10),ShW(t0y Aa3(3q to g (rumbersappatedoer Pv55.x) I )- N f `0 U U speed lntemetxces I 2 O o li --•-- - Irtemet Access Acces9ble rDcterar sx;;d1 m e 5 (J U IrheftefS drd melEm • - Y W --- — - - Poxe' 240 VAC,50 or 60 Hz PLC for 96-cell A.0 modLles Un One channel of ree I _ # m o] rxx grade prod�a an meWor%(AgEI £ Irrtcgratcd Mercring (Jj z I m Un C12Z 05550.5)anC two rharnEIS of net meteor Robust Cloud Connectivity g I o ce `r Add Value for Homeowners Ethernet WAN and LAN pons :3 a N o Multiple options to maintain optimal %pgiv 25 gg(53lo,) Q y With ti-e Sun>ower Monitoring System SUNPOWER PLC Integrated HcmePlug AV sandard ornmuntoijon To PLC J connectivity: Dbnemions 345cmz706rn;x93rrn(13.6 inx Fiinx36in) ce+iceseverACwldng Q & or, 4 homeowners.can: ., See whar their snfarsysem produces each Hardwired Ethernet Fnrk:n,m xmng Tiv3R VAR e0z11bIgn N e to day,month,or year ( ( cellular 3G UMTS £ ry• Power Line Communication PLC O D a n96ea Home m autoaJxt,m,erter com LS munlrabo' ,meter readirgs W Optimize then rr solar investment and save on (1I-Fl H,wnenewr Wellriip moniinr ns•n mnwr rrnrn USE TYPO A Sunmrsadde wen, commmicaticnsupto05Amps p energy expenses. Cellular backup (forwmpl ,eluemoh,l12 o o Pan rPvepti;e emruxmn nn-tiinrrmr/:wtne 2Geflas'1 See their energy use and estimated bill savings erane ii c ox.iofart Chrome,(rant Explo•er Memrry 1 GB RAM See thelr solar systems oerormance using the Mobile Deixrs Phonic-,(Pad-,and Android" Data Storage e0 days ° SunPower monitoring welaslte or mobile spin Homrnwnpr MP 1.Creareaaa:ntcn one at:monknrus.s�noxrercom. Upgrades Au[omdC(nmare Fgmdes °<.On a mooree de,l a dwarbadthe 5w3ovx Moniwingapp e from AppteApp Snorer"or Gwgte Play"tore, 3.Sign.n usirgaccwrtenaii"pa=_w.crd. m e allitwolomwou z wamalty 10iear Limited Warrmny 0 Cerarxadorls UL:_LEt160950.EN61336' Supports Multiple Inverter Types w = Supports SunPower 96-cell A.0 module systems,DC string inverter systems, rc E and hybrid(DC and Aq Systems. bi F(R f V us m FCC ID:YAW513402 FTE:E477122 . .... . .-r,r oppogTuxrtt oozew f� q pgolECr 13-0051908 WE SUNfa �' r __ fa � DATE ognwx o2-w-xoly omwx BY xrnxzuaco DATE OIEC ED 01-09-2017 cxearED By EE-cars FIGURE A: PVS5X DATA SHEET FIGURE B: PVS5X DATA SHEET 5„E" SOLAR-E4 Wo3. @ u o � 0 > d5° ` r gg z - E- d m 2 6 8oey n E o A a V1 yde E a' 0 z -� �ggg C X _ moo s u i CLn oOE �� n = x a �a c.. 5`y yam � 2 y 3 8� o u • p- � �a � E2 C .u. 6 z __°cE y . _ EES °QFE°mc y 'r N L_ O- O=w v° !f1 0 U g Su8I �E � °SS` c gW aLL it °o j r u 3' r OL u .p. 9uS< Vo1`a� 9$3° �g8aq 95 _g 3. ln2 „ moo : vE E° w 7 cc >> ooa e� � aj �t: � Exg 9 FF c Arc°9 yfi c'n rl `0 7 3 E o S �ydo t ESi9 :��y E"�..E & `gda "°I E _ Q• 0 ° H. ao_ag yy >o H. `o q¢ $$E$ Asia 8 cWt " i10ary s oa3¢ °" � E e ua E�' g 5 15� Sq&�-G'm TV dv [ •[qt; t� c E u A i` n L vp {{{[¢it€ F} E E s¢ En $ sE,g:aaE 'eg a<�"e€ `' a o 0 9# : IijaEyi E [ dg� € F'pp 33j ab5a9 E ' j` alligl i¢+S e ¢ ; tel c � gE=Ed= .adLa` nF FEE i ¢ Es¢-sy °6E2 o" ..SDe - wg la' t 6 /ee3°¢ ri d¢di 1 gg[ ° • "o s{{)) a } aF S a ¢{,ss., coe3E e5 3�ou C a on(� O (� aS i¢..c E G G e t T p ei 9Y d g jyC p p E2 °vm 53 %uji a rcoo G - 4 ., Eg ca0 0 _ cym3�=E c4a Sgg gg F ¢a s a i[p4 `°s r c XN - _ @ESa Gda" A act n' 5N m ,` EFC Ee3 ` } i .{{a{5FF{{¢i S ¢¢ S = � cr E u o �NBd 3 qGa N �L'SY at c¢ ¢ }_' `¢ pYP} {S {tI �M > i c a a N $h< o E E s=�+4 r-� A - " E iLE �� # ¢�S p4 ¢ $F z p z a .. ., �iL i d 5 ¢ $€ •..¢S$ `of.� v E@cx_E �¢g* a EE a � Y, [ $a�g1�e. �8os3 -tE � � �}:,� �5 E ?¢ E:a � a � 61 E¢isw3: a < - °a a�9 `n°I� I [ k f. b E Ya�¢6L f•�PI59 91��9��¢. 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E ry �ri d 3 ry v m n m onre onxwx oL-cs aov onnwx BY KrMWAM DAnL BMD m-09-2017 - FIGURE A: PVS5X QSG FIGURE B: PVS5X QSG oiEaeo m eLcesss HEET SOLAR—E5 LL N ^a w F ED o N G`o W o m a, Continental Control Systems N 3 < 2 U F O •� 2 _ PUT CORE current transformers make installation - - - - Z < o u c � easier because they can be installed without -- o s disconnecting the circuit being measured.Split-core o _ a5z current transformers are available in a range of stock N o " U sizes and rated currents to meet your measurement U ' Model Model Model CTS-07504) c) CTS-12504)=) CTS-20004xxx) 1500 0.75"I.D. 1.25"I.D. 2.00"I.D. AMP Rated Model Rated Model Rated Model Amps Suffix xxx Amps Suffix xxx Amps Suffix(xxx) € 5 -005 400 -400 , 7 15 -015 0 -100 600 -600 30 -030 mmnlrm 8-00 -800 50 -050 200 -200 1000 -1000 70 -070 250 -250 1200 -1200 Soo 100 -100 300 -300 1500 -1500 AMp 150 -150 400 -400 200 -200 600 -600 E 1500T A,rr ISO - AMP U Z o a 0 } cD U e0onmc r000. = N s U Il. D B of o 1, w m ~ Q N X J Size CTS-0750 CTS-1250 CTS-2000 F U �. a 2.00 in. 3.25 in. 4.75 in. Q 'o. u N A 5.08 cm 6.45 cm 12.1 cm ~ - S 2.10 in. 3.35 in. 5.00 in. 0 _ a J 5.33 cm 8.51 cm 12.7 cm Q S w 0.61 in 1.00 in. 1.20 in. C 1.55 cm 2.54 cm 3.05 cm o s D 0.75 in. 1.25 in. 2.00 in. - 1.91 cm 3.18 cm 5.08 cm E 0.75 in. 1.25 in. 2.00 in. ° 1.91 cm 3.18 cm 5.08 cm CE � a 1M M • exposed metal pars on • & recognized for voltages z assembled embled transformer. up to 60 600VAC. O (888)pp a N 928-8663 •Internal precision burden resistor •0.333 VAC oupu[at rated wrrent. � across secondary. w z •Accuracy t 1%from 10%to 130% s E 1� All, •Epoxy encapsulated housing. of rated current.. CofitipeNtal CorrtYal S)75t¢17/S ZLC •Leads-8ft.twisted pair,22 AWG. •Phase angle<2 degrees for 3131 Indian Road, Suite A CTS-0750 models>70Amps& Boulder,CO 80301 USA •Core interleaved at joints for CTS-1250 models>150Amps. (888 928-8663 Fax 303 444-2903 accuracy. p � ( � •Snap closing/opening feature, oPPoaruHrtt 007eta sales ccontrols s.com •Phase angle is measured at 50%of y www.wattnode.com rated current. •RoHS Compliant PPOIEC D-006H908 DATE DRAWN 01-09-2017 DKAwry By KTANZUACO DATE CHECKED 01-09-2017 FIGURE A: CURRENT TRANSFORMER SPECIFICATION SHEET CHECKED BY EE-ee- SHEET SOLAR-E6 ice/ N o. £ � N p 6[ W W of P IlIl N N of Y Y P $]t N a m O CERTIFICATE OF COMPLIANCE CERTIFICATE OF COMPLIANCE I F m 0 eat Z a P ° a W 5 Q £ ^ -f n N � Certificate Number 20150918-E478330 Certificate Number 20150922-E479127 o, ° _ a to o " Report Reference E478330-20150916 Report Reference E479127-20150916 to Issue Date 2015-SEPTEMBER-18 Issue Date 2015-SEPTEMBER-22 Issued to: SUNPOWER CORP issued to: SUNPOWER CORP 77 RIO ROBLES 77 RIO ROBLES SAN JOSE CA 95134-1859 SAN JOSE CA 95134-1859 This is to certify that AC MODULES This is to certify that COMPONENT- STATIC INVERTERS AND CONVERTERS representative samples of USL-AC modules, Models SPR-X21-335-BLK-C-AC, SPR- representative samples of FOR USE IN INDEPENDENT X20-327-BLK-C-AC, SPR-X21-345-C-AC, SPR-X21-335-C- "See Addendum page" AC, SPR-X20-327-C-AC, SPR-E20-327-C-AC, SPR-E19- 320-C-AC Have been investigated by UL in accordance with the USL- (QHZS), Evaluated to the requirements of the Standard(s)indicated on this Certificate. Standard for Safety for Inverters, Converters, Controllers U o and Interconnection System Equipment for Use With Standard(s)for safety: UL 1741-The Standard for Safety for Inverters, Converters, z Distributed Energy Resources, UL 1741,Second Edition, Controllers and Interconnection System Equipment for Use N u dated January 28, 2010. With Distributed Energy Resources. = N D ` `� U IEEE 1547-The Standard for Interconnecting Distributed of Y w Resources with Electric Power Systems. m Have been investigated by UL in accordance with the I r w CAN/CSA 22.2 No. 107.1-1, "General Use Power Supplies." Standard(s)indicated on this Certificate. I o a t UL 1703-Standard for Safety for Flat-Plate Photovoltaic < o N o Modules and Panels. u a, a Standard(s)for safety: UL 1741 Standard for Safety for Inverters, Converters, additional Information: See the UL Online Certifications Directory at a M U Controllers and Interconnection System Equipment for Use www.ul.com/database for additional information With Distributed Energy Resources. 0 s w Additional Information: See the UL Online Certifications Directory at o o www.ul.com/database for additional information Only those products bearing the UL Certification Mark should be considered as being covered by UL's Certification and Follow-Up Service. s = a Recognized components are incomplete in certain constructional features or restricted in performance g Only those products bearing the UL Certification Mark should be considered as being covered by UL's capabilities and are intended for use as components of complete equipment submitted for investigation rather Certification and Follow-Up Service. than for direct separate installation in the field. The final acceptance of the component is dependent upon Its installation and use in complete equipment submitted to UL LLC. N Look for the UL Certification Mark on the product. z Look for the UL Certification Mark on the product. ° w : E a 0 1.umm"a ,.1. RMn Mmn[an Cow Yon Pmpmn B.-omreffmU UJ.,NpM pmM(an c.wnollon Imoran UL LLc uLuc myM,mmoomamm-o—ema mool"Mfoam service m pmmmo m bn.Im UL Lie CUL)of my aWr Ucomma of%A_ mosmam,qwe Mylnbmu0m and Jemnnn,albn Involving UL M ro saMcas ampm Adod m WhaV of UL LLCRlN m any wnM1MUE Ummao of UL.F.,querl iana.Wl mmamaloOl ULWsbnw Serviw Repeess„411w of 1NplIW.[wNWw0b 1. term,%alain ULCmmomer S,rvlgRepomma11w a1 Rgo 11.1.MUNNoealbnd OPPoRNNM OOJ866 %IDJELT D0D61g08 Page t or 7 Page 1 of 2 DATE DMwN 01-09-1017 DRAWN BY UANZUACD DATE ofEocal D3-09-101J , FIGURE A: AC MODULES CERTIFICATE OF COMPLIANCE FIGURE B: MICROINVERTER CERTIFICATE OF COMPLIANCE CHECKED BY EEGaFSa„EE SOLAR—E7 N be. j8 L w � o m W N N e o m x�3¢3 U or Y Q h 3s NOTICE OF COMPLETION m o wt@ AND 7 ` AUTHORIZATION TO APPLY THE UL MARK ° . PH 1.7 Grounding 6vervicavv a a < .2 0811912015 Warning!Ensure that you fully understand the grounding aspects in this section before proceeding, ~ Sunpower Corp The AC dedicated branch circuit wiring from the readily accessible disconnect to the array must include Kevin Fischer 1414 Harbour way S an equipment grounding conductor(EGC)in the same raceway or cable as the AC circuit conductors.This Richmond Ca 94804-3684,united States EGC must be connected to the green conductor of the transition cable,which is part of the AC module cable system. Our Reference: File E477122,Vol.X1 Project Number 4786975345 • If a module is removed from a circuit,SunPower strongly recommends that you install a temporary EGC Your Reference: 105OM64 to bridge the gap by inserting an AC extension cable or other means,in order to maintain effective Project:4786975345 ground continuity to subsequent modules. Project Scope: UVcUL-New monitor unit,Model PVS5x(indoodoutdoor) . Because the modules are connected in a"daisy chain"fashion,disconnecting one module from the circuit Dear Kevin Fischer: using the AC cable removes voltage and ground from the other downstream modules in the circuit. Extreme care should be taken to ensure that no other energized sources are adjacent to these Congratulationsl UUs investigation of your product(s)has been completed under the above Reference Number and ungrounded modules,otherwise auxiliary grounding methods must be applied. the product was determined to comply with the applicable requirements. This letter temporarily supplements the UL Follow-Up Services Procedure and serves as authorization to apply the UL Mark at authorized factories under UL's . Because the DC power is internal to the module,a grounding electrode conductor(GEC):GEC dule Follow-Up Service Program. To provide your manufacturer(s)with the intended authorization to use the UL Mark, or array is not required.The existing AC GEC at the utility service serves as the NEC-requr theyou must send a copy of this notice to each manufacturing location currently authorized under File E477122,Vol.Xt. structure. U Records in the Follow-Up Services Procedure covering the product are now being prepared and will be sent in the Znear future. Until then,this letter authorizes application of the UL Mark for g0 days from the date indicated above. The AC cable grounding path has been tested by a NRTL,and its electrical continuity froble i 3 ground pin to the module frame has been certified. m 8 pg != Additional requirements related to your responsibilities as the Applicant can be found in the document"Applicant I = o' _ I ? U • The AC module Interconnecting cables stem provides an internal EGC for grounding the AC modules.I[ I a ry I u responsibilities related to Eady Authorizations"that can he found at the following web-site: g Y P g g M m p g httoJiwww.ul.mrrdEAResoonsibilities Is the installer's responsibility to ground any metallic mounting structure according to local code. Y w Installers must ensure that whichever mounting system they choose is then grounded according[o the FZ Any information and documentation provided to you involving UL Mark services are provided on behalf of UL LLC w : l rn as (UL)or any authorized licensee of UL. instructions of that mountingsystem.Some mounting systems can be bonded to the ACPV modules with o W r F listed devices.Consult the module's included safety instructions for details. a t We are excited you are now able to apply the UL Mark to your products and appreciate your business. Feel free to • < contact me or any of our Customer service representatives if you have any questions. The AC modules or array do not require a GEC nd the neutral conductor within the AC module is lso ate rom group a mo u e must a connected to a dedicated AC branch circuit with the Q a neutral conductor referenced at the building service entrance. H ~ o in Very truly yours, Reviewed by: The AC interconnecting cable system attached to each module's microinverter is fully insulated and S w Kara A.Boated Bruce A.Manrennolz includes an internal EGC.The grounding pin is longer than the others in the plug. 0 - 360-377-5585 847-664-3009 The ground path from the transition cable to the module frame Is as follows: Senior Engineering Associate CPO Director Kara.A.Bostad@uLcem Bruce.A.Mahrenholz@ul.com . The transition table's green conductor is connected to the EGC from the utility dedicated branch D circuit. e D All plugs have ground pins that are longer than the circuit pins.This extra length ensures that the N NBKFCDA-4D6687 ground is the first to make contact when connecting modules and the last to break contact when 2: disconnecting modules, N The AC ground wire inside the microinverter terminates on the microinverter chassis with a bolted w connection,and is environmentally sealed. a The microinverter chassis is bonded to the module frame with stainless steel hardware to provide ground continuity to the module frame. oPP Nnn` cu>ew This Is an electronically generated letter.Signatures are not required for this document to be valid. Page 1 of 1 DaoBaeai5054461ter9 18 SwPaxv PNpnelerr, PROJECT D-0061NS DATE DRAWN 01-09-20V 00WN BY KTAN2VAW DATE 61EUE0 0IA9-200 °IEIXED BY EEGBFS FIGURE A: UL LISTING FIGURE B: GROUNDING DESCRIPTION SHEET SHEET SOLAR-E8