Loading...
PMT16-02281 City of Menifee Permit No.: PMT16-02281 29714 HAUN RD. </ACCELA—> MENIFEE,CA 92586 Type: Residential Electrical MENIFEE Date Issued: 0 210 912 01 7 PERMIT Site Address: 24620 ROUND MEADOW DR, MENIFEE, Parcel Number: CA 92584 Construction Cost: $9,600.00 Existing Use: Proposed Use: Description of SOLAR MODEL PLAN 3 TR 32025 DAKOTA Work: 16 PANELS,5.36KW LOT 3 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 CRY Amount 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 builiding operations being carried on thereunder when in violation of the Building Code or of any other ordinance of City of Menifee.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_Pennit_Template.rpt Page 1 of 1 EsGil Corporation In Partnership with Government for Bui[ding Safety DATE: 01/24/2017 ❑ APPLICANT ❑ JURIS. JURISDICTION: City of Menifee ❑ PLAN REVIEWER ❑ FILE PLAN CHECK NO.: PMT16-02281 SET: II PROJECT ADDRESS: 24620 Round Meadow Dr. PROJECT NAME: DAKOTA AT AUDY MURPHY RANCH Phase MDL Lot 003 16 @ 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 f I- p a w o onal of P rr `m an be SOLAR INDIVIDUAL PERMIT PACKAGE 2013LCALIFFORNIAORDESIDE TIA�ODD REGULATIONS _ � o Ad al E€a al xz 9`c 2013 CALIFORNIA BUILDING CODE (CBC) d o it, ex an }5 a i TO z at g 2013 CALIFORNIA FIRE CODE(CFC) 7 2013 CALIFORNIA ELECTRICAL CODE (EEC) = o DAKOTA AT AUDY MURPHY RANCH y V `10 s U < O $ ALL IF EQUIPMENT SHALL BE LISTED B��Gfy); B. NOTIFY SERVING UTILITY BEFORE ACT[ k NV PHASE MDL LOT 003 Building & Safety ept. JAN 19 2017 �e�REsj Rteelveu z TRACT/PARCEL # : 32025 VICINITY MAP * 20463 7 �(� Exp.09/30/17 24620 ROUND MEADOW DRIVE PROJECLOCATION �FCTR qTF OF CAS\F� MENIFEE, CALIFORNIA 92584 _ WOODSIDE HOMES _ m �nr . N : 0 rc Fi 11870 PIERCE ST. SUITE 250 RIVERSIDE, CA 92505 =1 jIs £ } U xi xo ABBREVIATIONS SYMBOLS SHEET INDEX Q GTE Q SUED. ElIl fill Maximum ~ Q a Cd At EO Electrical Outlet M.D.F. MCQium Oensil Fiberboard SB Slolbucks Q I A.B. AncM1or Bolt y S.C. Solid Core / Seat Cover A.C.T. Acoustic Ceiling Li S.F.B. Electrical Panel Board MECH. MecM1"nicol SOIED. Schedule `Y A.O. Area Drain EQ. Equal MEMB. Memprane SECT. Section ADJ. Adjacent Ad)aemme EQUIP, Egwpmem MEu. Membar< SOLAR ARCHITECTURAL DRAWINGS p g S.E.D. See Electrical Drawings P.F.F. Above RnisM1 Floor E.W.C. Decri, Water Carter MFR. Manufacturer Y rn m Q AL Aaminu�n q sFD smoke Eire pamper 2.j NEW FINISH GRADE SOLAR-AO COVER SHEET B S IXIST. Existing MIN. Minimum (DRAWN 0 4T) Q N A.T.C. Acoustic LIe Ceilingpvnsi"n M10.. Mivm SHF. SM1eel DRAWING NUMBER GROUP W. Ex NUMBER DISCIPLINE PREFIX (S� FIRE STANDPIPE CABINET EXISTING GRADE (SHOWN SOLAR-Al PHASE MDL LOT 003 m SIM. Sea Ix An - _ IXP.71. Erponsipn Joint MISC. Miscellaneous q 68 5 HORIZONTALLY al BB. Bulletin Board S.M.D. See t Metal icol Drawings o E%i. Exterior M.O. Masonry Opening ) ca `. in BO. arwi S.M.S. SM1eel Metal Screw MOD. Maaule WALL HUNG CABINET$ OR -BERY. Between F.D. Fluor Droin SP SeaPlu 3 - MIND Mounied Screw REVISION CLOUD AROUND SXELVES BURG. Blocking F.E. Fire Extinguisher S.P.D. See Plumbing prowinga MIND. Mounted REVISION PROPERTY LINE BM. Be"m F.E.C. Rm EvtinguisNer Cabinet S.S. Sao Stru Steel y LI B.O. Bottom Of F,M. Floe Hose (N) Metal S.S.D.T.. See Structural if-wings A COUNTERLOP IS LI BOT. Testis F.H.C. Eire Hose Cabinet (N) New S.T.S. Sellat Alinq, Sell-Tapping D BP. BDckmq plot¢ FIN. Floor NO. Not In Contract SM1eel Met"I Screw BRG. Bearing FLR. Floor N0. Number STD, Standard MATCH LINE, CSHADEDONSIDERED PORTION OWNER FURNISHED PEENS SOLAR STRUCTURAL DRAWINGS al e NON. Nominal IS THE 510E CONSIDERED (NOT IN CONRNLi �' TOP OF WALL CAS.I'L Between FLUGO. Face Of N.T.S. Not To Scale STL steel �+� ) SOLAR-SS MOUNTING DETAILS 'CAB. Cabinet F.O. Fade Or BUSY. Structure SOLAR-52�54 MOUNTING DETAILS& z D F.O.S. Pose Of SWd BUSY. Suspenaetl-:CE0. Cer"mic O.A.D. Overall pimension O F,O.W. Face 01 Wall iB, Tack BOOra ® ACCESS PANEL tc TOP OF CURB STRUCTURAL CALCULATIONS CH Coal Hook O.C. On Center WOFD POINT. CONTROL POINT F.0.. Fire RPsislonl THR Thick OR DATUM POINT C.1. Control Joint O.O. Outside Diameter F.S. Full Size r.CL Center LinePul OWNS. Opening T.O. Top Of =LI_ caem PUT. Fur""g DPP. 0...bit. T.O.C. Top Ol concrete SOLAR-S5—S6 INVISIMOUNT DATA AND SPECIFICATIONS G CLG, Ceifmg PUT. Future O.FC1. Owner Furnished/ T.O.S. TO 01 Steel SECTION �0 a ..CIA. Clepr GA. Go Contractor Installed T50 Tele<Dmmunicalion SECTION IDENTIFICATION DIMENSION LINES t/ TOP OF PAVEMENT W uraw CJi Concrete Mal Unit GALV. Galvonixed QRO.I. Owner Furnixpea/ Service Outlet 'U t It WHERE SECTION IS ORAWN l�t I K ax COL Column G.B. Grab Bar Owner Installed TFD Toilet Tissue Dispenser swoon `CONE Conciate G.D. Garbage Disposal 01 Owner Furnished/ bP. Typical CONST. Ciemit—Ulm G.W.B. Gypsum Wallboard Vendor Installed DETAIL e man =COW. ConUnmus GYP.Bell. G � DEWL I OW CATION CENTERLINE OF COLUMN OR Gypsum Wallboard O.H. Oxer Head UP. Unless Otherwise Noted } E OFFSET FACE CCold ialle 0/ Ovcr Up, Upper A9't SMEEf wxERE OEIUL IS DRAWN STUD C.R..T.. Cold Rolled X.B. Hose Bibb -GT. Ceramic Tle N.C. X011ow Core PAD Powder Actuated Qevi<e y,C.T. YnyI CDmpozilion Tle C -:.CIR Countor HOWD. Hardwood PIT Push Bultpn Door Opnoter aVC veneer INTERIOR ELEVATION(S) F04 USK. countersink H.M. Hollow Met"I P.TAM. Plastic Laminate ELEVq➢ON IOENIIRCATOry 4 FACE OF CONCRETE AUGN FACE VES Verify q I OPPORTUNITY OOJB HR. Hour R Properly Line 0 A.AR O EtFvq➢DNS UVATO E. DBI. Double PL plate VEST. VPsliLule A5,1 ND ARROWS MEPNS FLEYgiION -DLn. D:dma eanDr<ra Anwar Ha. Hoe Ruled v.LF. Vedl In Fiele NOi sxpwN) O C RI A D IN S GET. Delail M' Height PLY. Plywood V.C. Varily With Casework q SNEEi WHERE ELEVgiIDN IS PROTECT D 0061B09 PLYWD. Plywood pSAWx D.F. Drinking FountainV.W.C. vinyl wan eavednq F.D.F. EXISTING WALL OR PARTITION SOLAR-E1 ELECTRICAL 3-LINE DIAGRAM& I.D.D Inziae Diameter PL Paml FACE OF FINISH "DIM. Diameter I.F. Inside Face P.T. Pressure Treated �� TO REMAIN DATE DRAWN 01-0930ll DIM. Inmenemn wi w,ln SPECIFICATIONS INS. Inswation Pi pointed Di Dispenser TNT. Interior PIN. Partition W.C. Wall Covering "DN. Down WD. Wood SOLAR-E2 ELECTRICAL DETAILS 0 DRAWN BY KTANZDAC0 INTER. Intzzdiole '�LL11FF,qVRt�=OR. 0oor INTCM Intercom Q.T. Ou"rry Tic W.P. W.Uaprad Tml FINISH FACE i0 FINISH FACE EXISTING DOOR TO REMAIN Di Dcri side Panel QW. Otel W.R. Water Resistant SOLAR-E3—E8 ELECTRICAL DATA&SPECIFICATIONS DIN Delnil TAN. Janitor WR Wood Screw DATE CHEIXED 0I-09-2017 DING. Drawing )$i. Joist R. Radius WR Waste Receptacle � PAD. Radius /--� _Es Existing LC LiquiJointd R.D. Roofefe Amin +'1 hI^ WALLPLUM(FA E PIPE CHASE / / CHECKED BY EE-GBFS Es. Each RE: Refer ed all y WALL ALIGN Ext. LCB. Liquid CM1vlk Board (FACE OF STUD ILO.NJ L^ ■■S/H`EE'P■■ f EL Session Insulation Finish System LT. J'M Laminated READ. Required ;11 r E.l. Expansion Joint LEA Level THE. Resilient EL Elevation LT.WT. Light Weigh R.H. RPsnien( L.N. Oquitl Nitrogen R.H. Round H<vtl GG x W N P o O Sol NOTE: ALL EXPOSED NM CABLE SHALL BE PROTECTED O Z � N m Y O O - uPi N §5H3 a O a c O m Ys m a £ g3$@ d x x n Ed v a 5 D rc u 3' 28' e�FEss�ony� CID 9 z CD m -- -------------------- 20483 f�TI r— I ` Exp.09/30/17 N 1 �1 II J \\ 9TF OF ��\F CONCRETE TILE ROOF U u, 5:12 az o a JUNCTION 00x 1 r I L il FIR O„ ce m 5 ~ F :3 # ol = O U Q j ' < O 'll I ROOF ACCE35 PRINT SUB-PANEL(INSIDE GARAGE) I Q o o N ACDISCONNECTSW H i c c g D (INSIDE GARAGE WRHIN 3 m 2 SIG HT FROM THE INVERTER) UTILITY AC DISCONNECT SWNCH (OUTSIDE GARAGE VATHIN SIGHT u FROM THE MAIN SERVICE PANEL) - u SERVICEPOINTAND a L" UTIUTYMETERING `a �— DRNEWAY N TO ELECTRIC PLAN 2 z UTIUTYGRID 3' O ELEVATION B .�. 16 MODULES ROOF TYPE FLAT TILE o SPR-X21-335-BLK-C-AC TILE HOOK FLAT TILE) ROOF PITCH 5:12 INVISIMOUNT ABOVE TILE) SQUARE FOOTAGE D SYSTEM 5.36 kW OPPORWNNT BDTeea SIZE STORY HOME TYPE P 2-STORY ol] D-0BBIW9 SYSTEM 1660 DATE DPAWN 01-09-2017 ORIENTATION SYSTEM FRONT DRAWN BY "MnACO LOCATION PHASE NO. MDL DA EOEG ED DZ Ds-zoLT OIEIXED BY EE-GBFS LOT NO. 003 SHEEP SOLAR-Al ice/ N x L eLu y x N ax w 0 Pa A RISK CATEGORY 11,V=110 MPH BASIC WIND SPEED, y a N m § EXPOSURE C,10 PSF GROUND SNOW LOAD,Ss=2.09 N ig SUEF ASHING O 3 U o W a G MAX MAX MAX z ¢ N w �1. SPACING CANTILEVER MAX UPLIFT DOWNFORCE D o O O N Es$ INNSIMOUNT RNL 25 psf 28 Psf OUICK HOOK Z u ZONE1 98" 24' m < E FF 2601b 2961b W MODULE � O x x '^ ZONE 2 48" 2V 46 psf 28 Psf 480 lb 296 lb BASE PLATE e�y 0 -" e u 6' ti 9 ZONE 3 24" 20" 380 lb148 Ib IAG SOUS u • NOTE:POINT LOADS SHOWN IN TABLE ABOVE(lb)ARE FOR EACH ATTACHMENT ASSUMING MAX SPACING SHOWN IS USED. CONCRETE TILE HOOFING Qp,OF ESS/p� • LOADS SHOWN ARE LRFD LOADS. ATTIC O D. TRUSS OR ��(() 2 REFER TO SUMMARY TABIE REFER TO SUMMARY TABLE W3TERM4-OC FFggltt MAX SPAN AND FO MAX SPAN AND CANR V Z 2PACED 02ORP.uTEx Or N1 31-18 x SPACED O 24'OC MPX m � Exp./112-31-18` � INN RAILS PER MI DUUM y / V y - - - qTF OF CAE�FOQ� FIGURE 2:INVISIMOUNT WITH QUICK HOOK SIDE VIEW DETAILS I SUNPoWER MODULE(iYP.) WET STAMPED STRUCTURAL MID CLAMP CALCULATION ON FILE QUICK HOOK(M.) WASNOUNT RAIL W MODULE W MODULE — — — — x — — (SEE FIGURE 2.3 k 4) L < J — — QUICK HOOK u CONCREE TlE ROOTINO SUBFIASww U \ END CLAMP ROOF SHEATHING BASE RATETR , Z H \ �\ / L L EDLT� 1 L wlI t (R21)s/e-WNHER 0 CEN ER TT(P. < O _ Y 2 1/2 MIN.EMBEDMENT[NM RAFTEit. 2:1 PRE-DRILL REQUIRED. 2 W TRU55 OR RAFTER (DOUGLAS FIR OR EOUAL) •WEIGHT OF INSTALLED ARRAY:3.5 PSF •STAGGER ATTACHMENTS WHEREVER POSSIBLE `— MID CLAMP OS'MIN - 1 FIGURE 1: PLAN VIEW,TYPICAL ARRAY LAYOUT FIGURE 3:INVISIMOUNT WITH QUICK HOOK DETAILS @ RAFTERS n 14'— tom II I TI II II I I II � IF 39BMRFA----0 L IN CLW M NT RAIL MAX CANDIBVER MID CLAUP j- ENDD CIAAIP PER SUMMARY TABLE m 0 mow O N CONCRETE TLE ROOFING IV MODULE PV MODULE j SUBF.ASHING q� 7777,77 QUICK HOOK e 15/32 MIN. BASE PRATE (3)1 M SINKER MAILOR ROOF SHEATHING OPiDRNNIIY TOE NNL ON EACH END TRUSS OR RATTER (3)IU SINKER MAIL OR SPACED O 24'OC MAX TOE MAIL ON EALH END HIOTECT NOTE 47X6'FIAT BLOCKING TRUSS OR RATER ONLY MOWED WHERE (2) 5/15'X 3 1/2-55.LAG BOLT SPACED O 24"OC MAX DATE DMWN f2-29-2016 14' 14' I+'I •• I I n• V+I ATTACHMENT POINT IS REQUIRED WRH 5/1 B'WASHER O CENMR TYP. —H=—I )'�Ff� BETWEEN RATD25/TNUSSR IN 21/2-MIN.EMBEDMENT INM RATER. ORDER TO MEET NAX CANRLEVFR PRE-DRILL REQUIRED. DMWN BY MMENUOZA T ; 96 CELL MODULE 72 CELL MODULE SHaxx IN FIG.t suMMAn TABLE. DATE CHECIIED 1z-29-zols •INVISIMOUNT RAILS SHALL BE POSITIONED IN THE NON-CROSS HATCHED REGIONS CHECKED BY PTODD FIGURE 5: INVISIMOUNT MOUNTING CLAMP POSITIONING DETAILS FIGURE 4:INVISIMOUNT WITH QUICK HOOK DETAILS @ BLOCKED LOCATIONS sHSET SOLAR-S1 il/ N I `f £ F N BE LJJ � � m m JA N P N o N G N o p w 55=c Z u S£A K Q £ 44 55 0 N aEB e P v < 1 u n ca QPOFESS/p DESIGN PARAMETERS FLAT ROOF HIP ROOF (70< 8 < 270) �Qr� `�(� D. jQp��� Q �l'+v O 2c WIND LOADS w z N0,73552 m Exp. 12-31-18 zo RISK CATEGORY: II 5 EXPOSURE: C I JIJ,9,, C/ V \ MAXIMUM WIND SPEED PER CBC 2016,V: 11O MPH F OF OA`,FOQ' MAXIMUM ROOF HEIGHT, H: 40 FT I I MAXIMUM ROOF SLOPE: 12:12 MAXIMUM RAFTER SPACING: 24" WET STAMPED STRUCTURAL MAXIMUM LEAST HORIZONTAL DIMENSION OF BUILDING, L• 50 FT Z CALCULATION ON FILE TOPOGRAPHIC FACTOR, 1.0 WIND D WIND IRECTIONALTTY FACTOR, kd: 0.85 Z VELOCITY PRESSURE EXPOSURE COEFFICIENT,kh: 1.04 O INTERNAL PRESSURE COEFFICIENT,GCPI: 0.0 S- I I s- I I 0 /X Q , lI � J SNOW LOADS I u GABLE ROOF (6 5 70) GABLE ROOF (70< E) < 450) MAXIMUM GROUND SNOW LOAD,pg: 10 PSF H EXPOSURE FACTOR, Ce: 0.9 (FULLY EXPOSED) 1n THERMAL FACTOR, Ct: 1.2(UNHEATED AND OPEN AIR STRUCTURES) .1 SLOPE FACTOR,Cs: PER FIGURE 7-2c (UNOBSTRUCTED SLIPPERY SURFACE) m u SNOW IMPORTANCE FACTOR,Is: 1.0 INTERIOR ZONES`I ZONE 1 z SEISMIC LOADS ® END ZONES z ZONE 2 0 SHORT PERIOD SPECTRAL ACCELERATION,Ss: 2.Og I 2 I B SITE COEFFICIENT, Fa: 1.0 I I o COMPONENT AMPLIFICATION FACTOR,ap: 1.0 \ I CORNER ZONES SEISMIC COMPONENT IMPORTANCE FACTOR,Ip: 1.0ti COMPONENT RESPONSE MODIFICATION FACTOR, Rp: 1.5 s� s- ■ ZONE 3 SITE CLASS: D 10 0 w 0 a FIGURE A: ROOF ZONES PER ASCE 7-10 OPMMNM PawEcr DAre DMWN 12-29-2016 DM"BY MMENDOIA DAIS CHEC 12-29-2016 rSH D BY PIDDD SOLAR-S2 tie N Z LL Lu w � e 2 Load Calculation Parameters 5116"Diameter Lag Bolt Strength Rail tributary width 2.6 1t NOS LRFO O z u e '� Flat roof snow load pf 7.6 psf ° 0 0 0 `6g Wind velocity pressure qh 27 psf m w Number of bolts= 2 a o u Service Loads Z a a £ J fit. Dead Load pd 3.38 psf Thread penetration= 1 inch Sloped Roof Snow Load ps 7.6 psf Bolt diameter,D= 0.3125 inch a e u a z Wind Load Upward Zone 1 pw_zonal -27.48 psf Specific gravity,G= 0.49 (Douglas Fir or equal) N u Wind Load Upward Zone 2 pw zone2 -49.46 psf Wind Load Upward Zone 3 px_zone3 -76.94 psf Withdrawal value,W= 258 lb;NOS Table 11.2A Wind Load Downward pw down 25 psf Load duration factor,Cd= 1 ;Section 10.3.2(LRFD design) Q�OF ESS/� Seismic Load Fp 3.6 Wet service factor,Cm= 1 ;Section 10.3.3(wood in continuously dry condition) �O �! Seismic Load Fp_upper limb 1.4 �� D. F Seismic Load Fp_lower_limit 7.2 Temperature factor,Ct= 1 ;Section 10.3.4(no sustained temp>SOOT)Seismic Load Fp_egn 3.6 End grain factor,Ceg= 1 ;Section 11.5.2(no end grain) Load Combinations co 1.4D Combo 1 10 pit N0.73552 m Toe-Nail factor,Ctn= 1 ;Section 11.5.4(no toe nail) w or 1.2D+1.6S+0.5W Combo 2 57 pit Format conversion factor,Kf= 3.32 ;Table NI(Connections) yy EV. 12-31-18 1.2D+0.5S+1.OW Combo3 74 pit Resistance factor, 4)z= T P` 0.65 ;Table N2(Connections) S 0.9D+1.0W Combo 4(Zone 1) -65.43 pit �9 C/ V \0.9D+I.OW Combo �\ o.9D+1 OW Combo -1 1 5(Zone 3) 19.9 pitpit Time effect factor,X= 1 ;Table N3(Wind/Seismic) TF OF CAI-\FpP 1.2D+1.OE+0.2S Combo 11 15 pit (DTn= 1115 lb;Table 10.3.1 1AD Combo7 7.4 pit 1.2D+1.6S Comboil 14 pit WET STAMPED STRUCTURAL 1.2D+0.5S Combo9 8.5 pit CALCULATION ON FILE 0.913 Combo 10 4.8 pit 1.2D+1.OE+0.2S Combo 12 14 pit Oz Worst Case Uplift Zone 1 WCzonel 65 pit 0 Worst Case Uplift Zone 2 WCzone2 120 pit g Worst Case Uplift Zone 3 WCzone3 190 pit Worst Case Downward WCdown 74 pit Worst Case Seismic Demand WCeq 15 pit Worst Case Shear for Uplift Cases WCshear up 4.8 pit Worst Case Shear for Downward Cases WCshear_down 14 pit Worst Case Shear for Seismic Cases WCshear_aq 14 pit Roof Wind Zone Dimensions Width of edge and corner zones a 5.0 it Maximum Allowable Spacing of Attachments I F Maximum allowable attachment spacing,zone 1 Lallowed_zonal 48 in N 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 Cantileverzonel 24 in Maximum allowable cantilever,zone 2 Canfileverzone2 24 in w Maximum allowable cantilever,zone 3 Cantileverzone3 20 in Rail Bending Oz Rail Bending Up Strength Mn_rail_up 548 lb-ft Z Rail Bending Down Strength Mn-rail-clown 580 lb-ft z L-Foot 0 O L-Foot Tension Strength Tn_L-Foot 510.0 lb E L-Foot Compression Strength Cn_L-Foot 999.0 Ib L-Foot Shear Strength Vn_L-Foot 195.0 lb Tile Hook Tile Hook Tension Strength Tn_hook 530.0 lb o Tile Hook Compression Strength Cn_hook 450.0 lb rn Tile Hook Shear Strength for Compression Vn_hook_down 67.0 lb z Tile Hook Shear Strength for Tension Zone 1 Vn_hook_z1 127.0 lb ° Tile Hook Shear Strength for Tension Zone 2 Vn_hook_z2 86.0 lb '^ Tile Hook Shear Strength for Tension Zone 3 Vn_hook_z3 15.0 It, > Tile Hook Shear Strength for EO Case Vn_hook_eq 297.0 It, z 5 OPPOAIUNm KWECr Mrs DMWN n-29-2016 OPAWN BY MMENDOM DAIS CHEO£D 12-29-2016 M1 ED BY pr00D FIGURE A: INVISIMOUNT STRUCTURAL CALCULATION FIGURE B: LAG BOLT STRUCTURAL CALCULATION SHOE, SOLAR-S3 w/ N Z `f £ F 3e LL1 w m N N a N m 8 S C�i> a m 3g N Q N m u SUNPOWER Z ¢ o! o 0 e ¢ f January 5,2017 p a : ¢ N n s u ug TO WHOM IT MAY CONCERN: Structural load on Invisimount Roof Mounting PV system is determined in accordance with the standard V?,OF ESS/O ASCE 7-10 Minimum Design Loads jorBui/dings and Other Structures.Calculations refers to the following �p p �( sections ofASCE 7-]0 and other codes: o�QQ� • Wind loads are calculated per Section 30.4"Part 1: Low-Rise Buildings"(not the Part 2"Simplified"method). „� /NO.�7`3552� m• Snow loads are calculated per Chapter 7. or Exp. 12-31-18 Zo • 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.MosWa. • Combinations of loads are calculated using"Strength Design"(LRFD)per Section 2.3. qTF OF OALIFp�� • 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 STUCTURAL • Lag bolt capacity is calculated following the requirements of the NOS standard. CALCULATION FILE R Should you have any additional questions,please feel free to contact me. z O Sincerely, ,.f [ 1 J � o Q U N0.73552 m an, tzar-)B h FOF CA\� 0 l7 z Peter Todd,P.E.I Group Lead,Structural Engineering r= SunPower Corporation I Office:510.260.8202 z netentoddAsunoower.com D O f S N 0 0 N w D � 0 ocromuxm 1414 Harbour Way South SUNPOWER P: 1.530.540.0550 Richmond,CA 94804 USA www.sunnowercon).com F: 1.510.540.0552 PRO= DATE DOWN 12.29-2016 DMWN BY mmmwI DATE 01E D 12-2 2016 FIGURE A: STRUCTURAL SUMMARY CAE o BY Moo F SOLAR-S4 Nor = ■LJ to O F -• N 1OI1 Q o m CEsl T N to RS Y. /. inQ m ' 3 ¢ ? u a CERTIFICATE OF COMPLIANCE 4 . o oae Z mQ £ ~ ; a Certificate Number 20150223-E466981 V m a Q ita Report Reference E466981-20140903 N U SunPowerO InvisiMountT11Residential M • Issue Date 2015-FEBRUARY-23 �° QROFESS/O� Issued to: SUNPOWER CORP D �<<, 77 RIO ROBLES r_ Q z rn Module*/Mid Clamp and Rail Module*/End Clamp and Rail SAN JOSE CA 95134-1859 2 N0.73552 m Or Exp. 12-31-18 -0 T This is to certify that MOUNTING SYSTEMS, MOUNTING DEVICES, CLAMPING r� C/ V 0- representative samples of DEVICES AND GROUND LUGS FOR USE WITH 9lF OF CP,0j'' 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. Mid camp End Clamp Rail8 Rail SpliceGround Lug Assembly end cap VIThese system components have also been evaluated for a Class z e o A System Fire Classification for a steep-sloped roof with Type 2 a C modules. L (See addendum page for additional information.) � w Q Have been investigated by UL in accordance with the Standard(s) indicated on this Certificate. Temperature -40°Cto90a C(-40'Fm194d9 H Component Material Weight 4 Max.Load 2400 Pa uplift Mid Clamp Black oxide Stainless steel M51304 63 g(2.2 oz) 5400 Pa downforce I Z End Clamp Black anodized aluminum alloy 6063-T6 110 g(3.88 oz) Standard(s)for Safety: UL Subject 2703,The Outline of Investigation for Mounting z Rail Black anodized aluminum alloy 6005-T6 830 grm(9 oLf[) • • Systems, Mounting Devices, Clamping/Retention Devices, and Rail Splice Aluminum alloy 6005-T5 830 grin(9 ozfrt) 25-year product warranty Ground Lugs for use with Flat-Plate Photovoltaic Modules and m Warranties 5-year finish warranty j Ground Lug 304 stainless Assembly (A2-70 b011:tin-plated copper lug 106.5 g/m C.75 oz) Panels z End Cap Black aretal(POM)copolymer 10.4 g(0.37 oz) UL 2703 Usted Additional Information: See the UL Online Certifications Directory at Certifca(ons Class A fire rating when distance between www.ul.com/database for additional information Roof Attachment Hardware Supported by roof surface and bottom ofSunPower InvisiMount System Design Toolmodule frame;;s 3.5' Only those products bearing the UL Listing Mark should be considered as being covered by UL's m • Composklon Shingle Rafter Attachment Listing and Follow-Up Service. o Application Composition Shingle Roof Decking Attachment • Curved and Flat Tile Roof Attachment The UL Listing Mark generally includes the following elements:the symbol UL in a circle:@ with the N • universal Interface for other Roof Attachments Refer o roof attachment hardware manufaourefs documentation word"LISTED";a control number(may be alphanumeric)assigned by UL;and the product category o name(product identifier)as indicated in the appropriate UL Directory. m Look for the UL Listing Mark on the product. q +Module frame that is compatible Winthe lnvislMoun[system required for hardware intemperabillty. x e MSNIam0.Cvnq.BL"cb1.NwN Mwaun GdlReadm P,rpnnm 11 Nc2m54usorsu Cowerratlon.Allin.MIReserved. marksWEReprope the POWEReirraandIhN19MDrN are trademarks or U e trademarksof;unPawer Cgrpora[fon.All other trademarks are the progeny of their respecdve0vme2 ;unpowercom UL LLL SpecificationsIndudedin Nisdatasheetaresvbjentolungewlfiwutnodce. Document#509506REVB co�Iwarmwimebdom nwaninr AnRuL•.Rae NIN "mlwhaeWULucIUL1w•m""uame llw 5mal UL.rorquee miplmae Yct a Iml YLLutlamr3-Nu Repre,mww al wxx uLmnJmn_e, 0MItruNnY PROJECT Page i of 2 DATE DUM 11-29-2016 LDAn N BY MMENWU OIEIXE➢ 12-29-2016 FIGURE A: INVISIMOUNT DATA SHEET FIGURE B: CERTIFICATE OF COMPLIANCE eY PDDD SHEFI SOLAR-S5 w a av IMS. 66981-Mounting Systems,Mounting Devices,Clamping Devi... http://database.uLcom/cgi-bin/XYV/template/LISEXT/1FRAMEJsbowpa.. IMS.E466981-Mounting Systems,Mounting Devices,Clamping Devi... http:!/database.ul.com/cgi-bin/XYV/template/LISEXT/IFRAMFIshowpa.. W N a p N m ' ' m AN n a o P qq Hellb J 11. \ ONLINE CERTI FICdTIONS OIR EC TO RY Dual Tilt Mounting System Hebc See Below See Below A Listed Fire Performance Type O z 6J Dual Tic Mountln 5 stem-Chassis-Single 9 YModues In Low Slope o m Tilt-Part No.513831,Following Trey-Part � r m z QIMS.E466981 No.513832,Unk Tray-Part No.513633, Y Y See Above UL Listed PV Modules: a a o Leading Tray-Part No.513834,Riveted Sunpower Corp:Models 0 a £ n 'g�Ns6 Mounting Systems, Mounting Devices, Clamping Devices and Ground Lugs for Leading Tray-Part No.517871,Spoler- SPR-XYY-###, = a �z Single Tilt-Part No.513836,Deflector-Left where YY represents numbers o n z u Use with Photovoltaic Modules and Panels -Part No.513841,Deflector-Right-Part 18,19,20 or 21,and### N u No.513842,Base Chassis-Dual Tilt-Part represents any number from No.514056,Chassis Platfarn-Dual Tilt,Part 390 to 445,365 to 310 and Page Bottom No.514057,Front Skirt-Part No.515928, 274 to 233;SPR-EYY-###, �pF ESS/p Rear Skirt-Part No.515929,Module Clip and where YY represents numbers Q /� Inverter Rack 18,19,20 or 21,and### �� D. represents any number from Mounting Systems, Mounting Devices, Clamping Devices and Ground Lugs for Use 390 to44s,345 345 to zes and with Photovoltaic Modules and Panels 250 to 225.All models ldentned must have w N0.73552 m the Gen 3 frame. M Exp. 12-31-18 __JD See Genenal Information for Miauntlan Systems.MountnqQevices,Claimpina Devices and Ground Lugs for with Ph t Modules Y Y See Above UL Listed PV Modules: T panels Sunpower Corp:Models rf SUNPOWER CORP E466981 sry Pin-uxn,where YY l9TF OF ALFF 77 RIO ROBLES represents 15 or 17,and### represents any number from SAN JOSE,CA 95134 USA 320 to 370.All models identified WET STAMPED STRUCTURAL Investigated must have the Gen 3 frame CALCULATION ON FILE Investigated for System Fire Tested in Last Updated on 2016-11-30 for Mechanical Classifiiration Combination Cat.No. Bonding Loading (A,B or C) With Ouestiuns7 Print this Date Terms of U== Pane Too Photovoltaic mounting system z InvlsiMount-consisting of the following See Below See Below A Listed Flre Performance Type 2 C 2016 UL LUC components: L-Foot,Rail,Rail Splice,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 Fallow-Up Servke.Only those products bearing the UL Mark should be considered to be Certified and covered under UL's Follow-Up U SolarEdge P400 Mkminverter eackplate,Row Y N See Above UL Listed AC modules:Gen 5 Service.Always bale for the Mark on the product. Cup. frame w Models SPR-X21-335-BLK-C-AC UL permits the reproduction of the material contained in the Online Certification Directory subject to the following conditions:1.The Gukle I pj SPR-X20-327-BLK-C-AC, Infornation,Assemblies,Constructions,Designs,Systems,and/or Certifications(Isles)must be presented in their entirety and in a non-misleading U manner,without an manipulation of the data or drawings).2.The statement"Reprinted from the Online Certifications Directory with permission z SPR-%21-345-C-AC, Y P ( 9 )• SPR-X21-335-C-AC, from UL"must appear adjacent to the extracted materal.In addition,the reprinted material must Include a copyright notice In the following format: Q SPR-X20-327-C-AC, "O 2016 UL LUC". F SPR-E20-327-C-AC, 0 SPR-E1g-320-C-AC. r z Y N See Above NRTL Listed Sunpower Corp 73 modules:Gen 5 frame models b SPR-1000E/NE-WFff/BLK- , , X U-YYYACPV and SPR-V- to WW-XXX-Y-Z-G-AC > (where"XXX"5 the wattage of the panel and ranges from 250 to 225;and where"YYr' indicates the Invertervokage used in the module,and can be blank,240 or 208/240.) E Y N See Above UL Listed Sunpower Corp modules;Gen 5 frame models in D 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 z c 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### rc _ represents any number from 345 to 285 and 250 to 225) onronunm PROJECT MIE pMWN 12-29-2n6 1 of 2 12/14/2016 12:46 P of 2 12/14/2016 12:46 P MWN Ny n"ENoorw DAM C"EOGO 13-29-]Olfi FIGURE A: CLASS A FIRE RATING UL LISTING pg 1/2 FIGURE B: CLASS A FIRE RATING UL LISTING pg 2/2 eH�w By MOD � SOLAR-S6 oc ADft FIGURE A: THREE LINE DIAGRAM - 5.36 kWDC L J '£" o `, C, € 2 N p p p 2.1 ELECTRICAL NOTES FIGURE B: LABELING SPECIFICATIONS w Q p AD 3 Q x f i A, u p E 1.ALL SMLTIGI?FIEWBUME MNDUR(OREQUWAIEXT)TOBEBOXDED70G NDAT O a IB �49 COUMINGS ON NOW ENDS. O O ^ -t COMICAL SMOCH INlMD.CU AD,m11CN .f m 2 2 COMWR ENMVCONNECr10N m ElmWCAL ENCLOSURES SMALLBE SUITABLE MR GROUNDING .G EHAS RRM NRIS ON NOW TUNIEPND � Q p+ O p U p WE LOAD SIDES w.Y SE ENERCGED IN ME �; AND SMALL USSEAIED AGAINST ENVIWXMENT.SUCH AS WATER.INEmS AND BOSOMS.CONDUIT GPEN Pb'IIpN At Q £ " g[SHALL NOT ENDER FROM TOP OF EURMUCAL EQUIPMENT IN GUIOOOR LOCATIONS WRHOUT JUNCIICX BON O t I AD J IF SR GPECFIC APPRWAL FROM SUNMWER.IF GRAMS APPROVAL FOR MP ENTRY,ONLY RIGID2) 6 i CONDOR POW MEYERS MOBS TO BE USEO. y. v Q Zy9p PY AC IN5WHAECr ,^ O ++ K U Gay3 3. INSUATED BONGING BUSHINGSMREUSED ON ALL CONOURTERMINAT10N5 NEW0.D1E5s OF GUIIdY: sgA9 DECIMC S1SiEN LVHNECIED v,/ U a £e VOLTAGE CEVNSUUTIXG iRlING55NALLBESURAB1f FOR WXDIXGRI GROUND IL OS[OMXECT PIANO,AC OUIFUr CUB0.:0. 21.AC ^ ACCORDANCE WRry MK 250.92 INSUUTEO BON COXMECmRS DO NM MEETTHIS REQUIREMENT. NOYBIFL MORONS AD WATN2 20 V i.PROPER MEMOS E@ECTW FOR CONDITIONS OF USE ON ALLLUGS.FITTINGS.CRIMPS,FTC. 5.PLLCONOU T BEND MGII TO CONFORM TO W E NEC MINIMUM BEND RADII REOUIREMEN I, /O WARNING:PRA M DRS ^(1 "j)PC B. MINIMUM CLEARANCE SNALL BE MAINTAIN.PER NEC FOR ALL NEW EQUIPMEM15ttI BE1X5TALLEO. WARNING:LWFAIER CAJCH SOCEr LDMXECbX, W NOr MWCkTE WO pFESS/ 7. STXG GROUNGINGELE s15TEM CTRODE MUSTMEETNECAND LCGLUWV 0.SHJUPINENIS, CAUTION: NEWERKE T TOOW BO METH OBLE EO ING 6 G.DINNER CONDUCTORS SHALL BE USED UNLESS SPECIFIED, ALSO SUPPLIES FROM,, FOtLOMNG SW0.CE5 LGR1 \V+ IJ 9.AC BOUND SHAM BE UPSFIED IF VOLTAGE DROP COMES 2%, aSHINN. Ifl 10.W SYSTEM COMBINER PANEL SIOUBE USED WHEN N METER IS REQUIRED FOR SYSTEMS WITH PIAWE PIN. InG-UNCF5: co_ MORE WAN ONE BMXCX ORNR.IF METE0.15 NOT -SOLAR W:213E A 2A0 V REQVIREO.W SYSTEM BRMKERS BE NVN OIRECRYIXTE NXECTEDTOWEEXLITINGSUO-MNELOR IMIN PANEL CD rn FANRYELKE SWIM CAD'3W A2AOV CD iL m ILTFPENM-BCONDURGR$(RCM )SHALLNOTBEUSMMREKRRMRAPPUGTON.RSM M � LQ463 T OECD ONLY IXSIDEAT31CANO INWAILGAVIi. Exp.09/30/17 W RATING OFTIE MAIN CIRCUIT BRMKER MAY VPRY.IN ANYCASE.SUM OF W E MAIN BREAKER AHD BAR W BRMKER MUST NOT ExCEE0120%OF WE BUS RATXGOFTHE MAIN SERVICE PANEL F�eCTR\ PT l2 �* RDERENCES:ALL AWAKENINGS ARE MCI GY: O W2013 CAUFORNIA ELECTRICAL CODE(CEC)•+ �� F OF CALF nD E: ASDGPOWORMINMRNAL ME DI YgW1E.GRWXOpG .I..W. OU O,ES nm FOR aS.O.. RP NOG,AW. Sx5TM1 MR R TO GROU LADING DETARG Ix NNEtT50ux.EL ERAM )UNCTION Box Z O (TR.VISmoN BON) sUXwwW H... 2 W-ii 0 0 0 U F wEGMTED INROUx ENrEA. eACNWULEs Am m1x0i 611 ER FEOF j� ,m u n4In E- aVSIDV/No-mmI BMNCHLIRdnn • L i M \` _ £ o I L� d i ❑ U c� - mum RCEN rRPxssaWE ER alfovl J \ Frt 1MX5mOXmFK I li)Nuiwc,iRRWX-x \\ E,fre NDWLL E MDEAmc ! Dlau we TNWX-i Gxp I } U (l wsTPu aN r'bLL SO,NALRE Aw DO.Ez wwPLL.uWIY Q cc END CAP I I w AR4 ACERRAUS. I = a N Z �—` 1Q1 ry 1"fNE nNE ' r G x IILI SONGVERPgWLEE 171 Fii AN4 TY14TBD TAR I / /IRA I a CC sA-YIl-335-BUKC AC 0 ❑ I I MANIMALEPABS. '�^ Z, ,WC NMA.I]D/iAW.IW.TV Q F F fU)E.F BMXW CIA U+I U) OR N o J HIBPWGWWX34XOQ G �` ,GO • i I M.L I x fVSSN mN0U5E I O u U CY U V05 l475e ^ Q N W OmOM n J m.,v SIMANETM. OX 1 l'M[ MEwBR55x/ite< O W r.. mDSVUBIE MODEx ILIsBnwcmwx.i Gx VIDIN WWE. 3 ^ ¢ 6rglED lnw pLv � I I o 4 rwE 0 LOUR DMP J w — ._.._.._.._.._........_.._.. .._.. ..—..—.._.. ._.. cx0 .. °RED�DRFJ u u > w Co �MARIidE WIRE - � p FIGURE C: ELECTRICAL CALCULATIONS l�;o� WW AL.VAAA I AG.RMNCNI M.SUBRVEL Urwli-IGUPBLE SAFETI SWRCM 3M,b4VA[ MFwE0. AUMURBOR EOEUX'.LLEM RGOFJREONTOWNVVWE,.MOo BPANvi nI511BpµEl.WWIb.BMNCN3 CV, 9UG.RLiOOR... �LLR-U15bE WRM VISIBLE NN L ER NURSER OF WOOLLEN PER PNACH CWWR CAMPERBNNCHOUCNT V VMTPOE yp1V AFFERACDISdNNECTSPECwGnON SlE.LAISXFET _ VOLTAGE VOLTAGE F� NDV WNOFBR.WCNW:IWi�IOTN.+ n3BA &4NLNLURRFM:NYJr+ Rp4A RREM:pVr+ YNNRREMIPACM:IWVt•IWiaf35 AWA OPPORTUNITY 007BM wwwJNLWnEuoacRrYMul+lolrtiLa wNUNWauPAcm:w.x+bur.Lu 1szA camllLTeRCE«AnxD CONDULTORD... wNmw VNWErITreIaFRArwE 4IM P0.01KT o-0061609 MAXPAIIAHIMWiIEMPFMIUAE ARY NwNIMVMPN&WLiEMPGC.. APO 1FMPEMTN..GO UPIM000EFFlGEM SWE EFICIEM OE3 'ALDEAONREGEAATNGCOEFFIL£M pVI FILLODM'INAAJ FICEM AVAW-M=AAW'IWF-D FOLCE.Mrv1E LOEFFRdEM MWEfYX+INVl PASSED AME DATE DRAWN OI-09-20ll MIREJFW vlwilrENP�COFEF/nLLCOEFF INGE_NWaLWX/TENP-LOEiF/NLL_COEFF 14MA CpICLGidi SaEPW NEC •W CIXIWOTORs�PERMEC A@IO LOXOY[rOR5VFr4A XEC •fO Cb1WLmRPA75FTClT FgLKIT pppp •b DRAWN BY KTANZUACO CWOUCIOR wgAMISrFLFGRSI'LTAGEOROP MO COXDULTORB�POlUSrED FORYLLTFLEMpP •f0 '" PPISFr G'Sr.W'3 >cEnBSPAI u:o Ei Orens .:5- ENrmpTEGnON bA.v DATE CHEC ES 01-09-2017 WFRL URj PNO.RG. IOA3P OVWEYXAdiPROTECNON SN.iB 19+IWTti$5 IB.PoA PA.0LPD-..I35 11bA AWwwReCPD+IOUT,l35 11FCA NIXTURGFRpLF . SIN, CHECKED BY EE-ORES N®RIARGEPCCP09FF >qA IEXf LNbWOGMASE 'AA SHEET SOLAR-El w F 1B FIGURE A: WIRING ROOF PENETRATION CROSS SECTION FIGURE C: INTERIOR EQUIPMENT W WALLSTUDS m � o 0 N N gg tl CONCRETE TILE . w 3 1/4" ALUMINUM BRACKET ATTACHED TO I 2=4 INVISIMOUNT RAIL BY 2 ® 1/2" BOLT a < g o u Z ppSE O x x ^ B ML 6"x6"xb" N3 PVC JUNCTION BOX PVSSX CORD GRIP SUB-PANEL AC TRANSITION CABLE TO ACPV MODULE V J "C UOUID TIGHT EMT CONNECTOR Bmun -, Q�f E`xLJ/0, I" LB IR�e I R J CT3 EZT 18"X1B" SPUN _ 20483 CONE FLASHING L -J Exp.09/30/17 9"X9" SPUN CONE �4CTOJIP' SUB FLASHING qTF OF Cps\F UPPER AND LOWER COUNTER MSHINGS TRIMMED FOR 1"EMT 1" EMT SECURE CONDUIT TO RAFTER CONDUIT PER LOCAL BUIIOING CODE. (CLIPS NOT INCLUDED) FLEX METAL CONDUCT SECURED PER ELECTRICAL REQUIREMENTS U z FIGURE B: TYPICAL SCHEMATIC ARRAY LAYOUT 3 ' In 8 = INVISIMOUNT = o ` 1 a Ll END CLAMP cc INVISIMOUNT MID CLAMP >-<- Y<->-I_ -<-;- SUNPOWER O_ 1 N, O AC MODULE ~ Q PROVIDES INTEGRATED -A_}.�-�-_ >.�_�.,_ > �_y_ �, 1� J BONDING AND GROUNDING o COMPLYING TO UL2703Ul INVISIMOUNT RAIL �- o Q = o FIGURED: EXTERIOR EQUIPMENT a m = MICRO INVERTER 1i ti 1i li li li 1i li li tl II B II II 11 II II II II II II 11 II II II II II II II tl II II II II � - II II II II 11 II it 11 II II 11 P II II II II 11 II II II II II II `o II II II II �I �I �I 11 �I �I �I AC MODULE - - — . i j I j j i j i j I 1 I j AC DISCONNECT m - EXTENSION CABLE i II I1 II II 1 I I 1 t 1 1 z p II 11 It II II 11 II II II II II _ II II II II II II II II II II II m . � ( i II II II 11 II II II II II II II .. II II II II II II II II II it II > < i II II II II II II II II II II II w INVISIMOUNT SPLICE it it it it it it it it it iI it � E I 1 I I I ^ PROVIDES INTEGRATED II II II 11 II II t I I I11 11 t1 I1 tt RAIL BONDING AND 1 I I I 1 I I I I I I I I I I I I I I I I I II II II II II II II II II II II D GROUNDING I NAB t i t r-HT-� t COMPLYING TO UL2703 I L I II II II I� II II II I II I II II II II II II II II II LIyJ II 11 II II II II II II II ovwmurvm ameEa _ _ II II II II II 11 I 11 I II II II t I I I I I P0.01ER D-0061809 , � - i II II II II II II II I II I it 11 II A I t I I I 1 I I L_1}_J I I I I II I I I 1 I II II I 11 DATE DRAWN 01-09-2011 II 11 II II II II II II II II II II II II 11 11 11 II 11 tI NOTE. I I I I I I II 1 I I DRAWN BY KlpN2UAC0 IN THE EYE.DUUEED MODULE NEEDS TO BEREPIACEOANOTHETAN MODULE WILL BE OUT OF THE ARRAY F00.AN EXTENDED PERIOD OF TIME.CARENLLY ATTACH TWO M10 C1AMPS TO THE 11 I II I I t II II IXPOSED MODULE EDGE(NOTE THATTWOOF THETEETH OFTHESE MID CLAMPS WILL IN DIRECRY ENGAGETHF TOP OF THE RAIL).THE MID CIAMPwILL KEEP MODULES BONDED TO THE RAIL, II II ti 11 II II II II II WHICH IS BONDED TO THE EQUIPMENT GROUNDING CONDUCTOR(EGC)AND IN TURN THE GROUNDED ELECTRODE CONDUCTOR(GEC) 11 1 I 11 1 1 DATE CHECKED 01-09-2017 11 II II II II 11 11 II II II II - -AC GBIf GROUND PATN HAS BEEN TESTED BY NRTI.AND ITS EtFCTRIGL CONTINUItt FROM THE AC CABLE GROUND PIN TO THE MODULE FRAME HAS BEEN CERTIFlEO. 1 MAIN SE�2VICE PAN L 1 1 I 1 CHECKED BY EEGBFS -AC INTERCONNECNNGGBIE SYSTEM ATTACHED TO EACH MODUIE'S MICROINVERTER 15 FULLY INSUUTED AND INCLUDES AN INTERNAL EGC.WE GROUNDING PIN IS LONGER THAN WE OTHERS IN WE 1 1 1 I I I 1 RUG.THIS EXTRA IENGNI ENSURES THAT THE GROUND IS THE FIRST TO MAKE CONTACT WHEN CONNECTING MODULES AND THE LAST TO BREAK CONTACT WHEN DISCONNECTING MODUUM. I I 1 I I I I 1 1-IF A MODULE IS REMOVED FROM A CIRCUIT FOR ANY REASON,INSTALL A TEMMRARY ESE TO BRIDGE WE GAP BY INSERTING AN AC EXTENSION CABLE OR OTHER MEANS TO MAINTAIN EFEECTNE I 1 I I 1 I 1 1 I SHEET GROUND CONTINUITY TO SUBSEQUENT MODULES. 1 1 11 1 1 11 1 I 1 SOLAR-E2 _ ou 0 P vl F'4 ., N N P N m ao F Switching Devices a n me Safety Switches P as M as w ale X a f ue r5 DtazI NRR 120/240 Vac,General-Duty,Fusible,Single-Throw,continued a a u `• a Fg§ I Mnumum Horsepower Ratings E) p -' z U Arrymo Fuse Type Single-Phase AC Three-Plase AC DC Endwuro Indoor E sa ndonm Rainproof System Rating Provision 129V 249V 240V 2RN Catalog Number Catalog Nautili •� A • a �� ��' Cartridge Typal—Threa-Pole,Three-Wms(Three Blades,Three Fusesl-240 Vas d< 31) — — — — — 0 0: 100 SPR-X21-335-BLK-C-AC SPR-X20,327-BLK-C-AC Solar Cells 96 Monocrystall ne Maxeon0 Gen to T 200 — — — — — 0 Nominal Power'(Pnom) 335 W 327 W High-transmission tempered glass with anti d00 H - - 50-125 - DMMGN00 DG325FRKCeO Power Tolerance +5.-0o6 -5/-046 g Front G':.ass reflective coating D10 H — — 75-209 — DC32faTGKCAO D333FE 0 . Avg,Panel Eflicienc)/' 21.0% rated 20.4% Environmental Cartridge Type-FouPWire[Three Blades,Three Fuses,5/N)-120/240 Vac Temp.Cool.(Power) -0.30;!°C Rating Outdoor 30 H - 1-1/2.7. 3-74/2 - OC321NCB 01321 F01B •'hree bypass diodes Frame Class 1 bled:aoodizec(highest AAMA rating) g9pq olio so H - 3-10 742-15 - DG322uCB DGMNRB Shade Tolerance •Integ'ated module-leve maximum power I Welght 41 Ibs(1&IS kg) 100 H - 7-WA5 15-30 — OG323NGB DGMNRB point trackmn Maus. Mal H — 15 25-11) — 130324NGK OGU4MIK Recommended 1.3 in.(33 mm) 400 H — — 50-125 — DG325NGK DG325NOK Module Sparing FAO" H — — 15-100 — OCMGK DG42GNRK Output @2a0 V(min./ncm./max.) 2111240!264V Output @ 208 V(min/nam./max.) 163208229 V _ DG322URn 1201240 Vac General-Duty,Non-Fusible,Single-Throw S Operating F-e uen (minJncmdmax.) 55.3/6C.0/6051z •25-year o,ver,•iarrant• Nlacitemlielsepmeer0atings U m P 9 �1 Warranties p y NENA7 NEMAur 2 . Sin IePhaseaC ThrePPhose AC DG z n Output Pcwe,Factor(min.) 099 •25year inured product warranty ,e Eatp¢re 9 Endmuatuber Catalog exauproot o r SYs1em Rating 12N 290V 290Y 29V Catalog;Number Catalog Number aOo 3 AC Max.Continuous Output Curren[@ 240,1 1.33 A •UL cable requirem compliance with k'• Two-Pole,lwo-Wire Blades-240 was r Q Max. applicable requirements of IEEE 1 S47 and IEEE - } 9 o J U AC AaxCOntlnu uSOutputCurrent@208V 1.54A 15471 b/b� 30 2 3 - - 00221UGRO DC'QIURBO t ' = ry o p Q G. AC Max.Con[ Output Power 320 W AC module Type 2 Fire Ra'ed ,4 ,t - - l m 5 I L) UC/AC CEC Con er,;c"e Efficiency 96.0% •UL 2703 Listed when instal ed with T T 1W - 75 - - Dg713UGB0 OC2©Ufl60 z W Max.Unit Per 2U n 3rarch Ciradt CO 240 v 12{single phase) Invis)\9ountn" 200 - - - - 00 00 } WWj £ M 5 Max-Uniu;Pcr 20A Branch CircuiL @ 2U5 V' 10(two pole) Cer[L-lcations. `Class A fire rated when installed with Three-r+ole,Thrce Wlre(Three Bades]-240 Vae M a F Invis'.Moint-and when distance between roof I Q surface and bottom of SunPower mocule b/a/a/ 30 & 3 7-1/2 - DG321UGB0 DG3NUR80 I Q a ` V frame is<3.5' ,( ,( ,( 80 a" 10 IS - DG3220GBO DMURBO F Operatimg Temp. -40`Fto+�.85°Fi 40'Cto+85'Cj •Alrernaring Grrrenr(AC)ModulP designation T T T 100 - 15 30 - DC;43UGB0 DG323URBO Q < I - enables installation In accordance with NEC 20D - 15 60 - D044UCKO DGMILIRK0 Q t N N Lt Max.Ambient Temp. 122'F(50'C) a U 690.6 4m - - 125 - OG32511CKOe OC325UflK0 Max.Load WV6"nd:50 psf,2400 Pa.244 ke„/mc Fron_&back o PID Test Potential-..Induced Degradation free 6W. - - T00 - Op26UCKtP DG3ffiARf(V 5 W Snow 112 psf,5400 Pa,550 xeJma Front Q w `o l inch(25 rrm)diameter hail at 52 mph(23 Nater o 0 0 Impact Resistance m/5) O Madinrmhpratings apply mywhn dud earel time dela/fuses are used. g m aaomm r 0 Uselourmru salalog entire helmr. u 3 c, a nT.onu9 O Solid neutral barsae not.included.Ordeasepaatnti fronlalde on PageV2-g-15. d 0 WARNINCI Sivilm is mt pperedforsericeararanceudott a mount kit is installed O Uselhreewire claleg mnhea�IOw c E_ 0 Odllei loaapt field installed moral kids 1 ice mm Es lea wsmm �,w All general d4F solely switdas arei�ricaly Packaged. `D g I Ifi.T FI 1 Acesmdesaalirlitedmscapeongmalog NuaalWsri14--See Pa eW-T1-15110GH,1301BA.Inaddlim,cl¢aline ahiddsae arllabieas anaresmry on source an200-0104gelaal-dutpawltstas.C3elog Nurders 20(14-70-7/59-11,40M-N80B+B,GOOA-7D8(649. i p I N 58m rNgheat0(u'.cr 3�200 aaWn551x 0aE6.PfIa0n 1.r0due5une}Hi 2011 �—Im.3 Nt w z n kfI R'...Ule C11.1,110-ylwTn»F tf Py F cep CIE fe120'3.F.e uuLot dN c 1 f Fab ueanv •+e rased CamPea Let,!. nP V.. Cee zLua B,ra SVnP rYA':r+LCf F 2(I35Pe YrnY JIIPW.' -GM:dC[Sr t e1r,,.,hM iM Snr?l,drd,,no inn wr,nirm,rn,date, S,d,dTell Ccr c,m,llDDTwrnrt inw4urce.MA1425•Cy NPE.t-b'aben:valid 50145 Tree-AcCS FF,rd rot,eye.41 DC%WwsR 6 kily mow l ed W ncm l die RI Jule 'Exxd nna,wag.rdrr l,."l Pnmr.,Iuv ncm ,;,".ern c Ye Wnp.SYfFe'YM PJTi1dC6 t0f mCleferetn(21nrOTa., For Tire dorv5 ale F,e?. od Ga srrsL':lnllJ %Jntt.1.N I!es'I2,L£ LJmTente5t 1L PevA/LINUS DPFORTUNIIT 0078M PROJECT D-00080a Volume 2—Commercial Distribution CA08300003E—Febmay2012 YArw.euton.com VZ-T1-Z2 t DATE DRAM 01-09-2017 - DRAWN By xTANarAm DATE 0-115IXED 01-09-2017 GIECREO BY EE6aF5 FIGURE A: PV MODULE SPECIFICATION SHEET FIGURE B: AC DISCONNECT DATA SHEET 9„E� SOLAR-E3 m x it w mg Y VI P N O ° p � 0 o W Z a rc u • C < S N .. _� ¢ v x x $ae u a 3= c v 9 pSunPower Monitoring,"I System Residential PVS5x u „ �s Improve Support, SunPower Monitoring Solution, SunPower Monitoring Website PVS5x SunPower AC Modules Reduce Maintenance Costs Plug and Play Installation An intuitive monitoring website enables you to: This complete solution for resdi nhdal monitoring Includes the - Ir�p��hp e • See a visual map of homeowner sires Multiple pV Supervisor 5%(PV55x)which improves the installation Multiple communication Supports SunPower 96-cell process,overall system reliability,and customer experience. options include Ethernet, AC modules,DC string Remotely manage hundreds ofsites p ® PLC,WI-Fi, and cellular inverters,and hybrid(DC Receive elective system reports Compact footprintfor improved aesthetics. - - - and Aq systems Locate System issues and remotely diagnose Robust cloud connectivity and comprehensive local connectivity, Diagnose issues online Flexible configuration of devices during installation I Drill down for rha status of individual devices Consumption monitoring �J Revenue-grade production monitoring r---=,-. Web-based commissioning app Remote diagnostics of PVS5x and Inverters e = - - - — CompatAJle SunPov7e-AC ModpkS 7T="wree�mu -30'C:o�59'C(-2e Fto�140'D U = to -- — - Durable NEMA 3R enclosure reduces maintenance costs (numbersupported Per Pv-15,) SwPos 96'celiAC Modules(as) Z ocompatible String lmtrters Forius(10}9MA(10}nBB(BO) fmalml 95%6 ncomensmg. < a (number supported oer Pv55x) } ry S° a ~ AV-speec lmeetzcces 2 0 Q 0 rn a, A:Cessibleroutero'91N:d1 - z I n' r�i S U ., GI -- In. rtersa-�neters c w ` � ou -- -- POW 240VAt:50or60-L RS485 FLCfer 96tell AC rrD7Cles I t _ J o. fl or Integrated Metering Ore channel of revenues-ade product On metenng(ANSI } U c.3 c l2 20 O aa5 0 5)am CW D channels 0r net meter r.- Add Value for Homeowners Robust Cloud Connectivity Ethernet w4NanavNpDrt I R Multiple options to maintain optimal keghr 25 Mg(S.61tn) 'ry 'N&the SunPower Monitoring System 'O PLC Innegrted HcmePlu^AvsWndardCDmm]PnlUdpn to PLC I ¢ r� x , ca connectivity: Dlmensiurn 3<Srmx20.6rmx43 rm(11.6b1x 61 hix9.6 GQ cekescver ACWirin < " Q homeowners can: g Q ¢ i . 0 • Hardwired Ethernet rrrlr=+,m aarkq; Tyre att vrl'F SOL11Ngn F to • See v:nar their solar system produces each Q � of day,month.or year Power Line Communication(PLC) OdUar 3G UMts tor „ „ Ag6ee Hcmeautomad=Vneraer comnunirabom meter readings Y z L' Optimize tiler solar investment and save on WI-Fi suPpo•csaddidona cammunlcatiMs u roD.S s Q o ° S to ND!(KiT N"Rx 4YEbsile mtxiimsx:vmmvwr urn P Amp energy expenses. Cellular backup ussrypeA - _ p (ra ezanp. 'e.\"uFF461ue[codl') P.virer V+�ud:e vin!xx:ennrvdror:Tm/narlrwr °°o • See their energy use and estimated bill savings na<9nDr zGefHsi BraaCYs Prcrox.SoPar:,C•vomc,Intranet Explorer y 1Ga RAM • See their solar 5'ys[Em'S performance Using theModle Delves IPhwO'Pac"and Mdrdd'" Dam Storage eOdays SunPower monhoring vrebsite or mobile app NmrttrAxJEr npn I.crai on3.rooila:ton ins aemonithe SurP*er Monitoring Upgrades Au[Cma[IC fnrtnvare.JFlVades e--.on a App e.pp So.re"or ad the itm l sstr MonlaJnng app from Appe account rDr and paPlayr Brae. ° 3.Sign•n usingacmunl snail and passvrord. m z i warranty 10 ar Limited Wan j O Supports Multiple Inverter Types Ce Ja bras ULC LENW90.EN6132G1 m :. w rt Supports SunPower 96-cell AC module systems,DC string inverter systems, e, o E and hybrid(DC and AQ systems. �/� - -- -- F{(" c VL us FCC Wool FCC ID:YAW513402 ITE:E477122 po-im'••+n�a.iJ9Jr9RwA OPMRTUNIIY 007864 PROJECT D-0061809 SUNP ■ ■ GATE OMWN 0I-09-2017 DRAWN BY KrFNZUAM DATECHECKEO 01-09'2017 CHECKED BY EE-GBFs FIGURE A: PVS5X DATA SHEET FIGURE B: PVS5X DATA SHEET SHEa SOLAR-E4 W w O m "a. N N P O m Oa8 9� O Ccy a =o o N z $Sf �y m o U 'C E/l o�iE E 'a G n xuo. gg�Rk �E__ x . EtE� abE°¢c z �' t0 Cd o01j �- a ^ X ut t N�'° S� c�a 9a.� _°o?frS 993' y0? � [IiS �gS° ip o d 3' Ij 0 � � v F,u u e^ w litvd os8i• c<€: t, v_•• t Ea B$ $ 31 e S 57 Y 3 t4ntf uo ym6 Can" Smtl N N " By U L C vEo v4 � 0 SSE Edam eo`q E.e� fie ca o Q' O t $x m - c.,Yo 55 $�`,- E.O. aff_ '� =`o u' is v C 3eH u oc E` 9t Yc`3 �Vc$ reY-mEut oa� "EEo a� E-M � Avi3 N o d5 rd to ° �'.`.� LMyyunu � E _ £££ o E u ` ram n°1I op frYaO `3x EGaE=o Eu EE ua g °m ?a m¢°_• c�fu°m` I fNe dq" agc c i ad'cL o $ 333t! :Srxsi Sa dl4'EnffdF Y.afi[` B Y SW E a E Gm r u !ldi �t dp 5as z 2 C m Ila a " E � vtC 9 3 E c 0 °a aE93"9 dccac3u ` . o a ' 'S E -n ° o g E 84 4 r Y {6Ffr tg sYY i � o od5o Ecn .i �Y(GvaO � G b-3ccvdJ � 4 ej? j(#SC3 •il�ag uv.9 Hum e5_�E aqE-a"`N rs cs'� S9P ` }� � Ff it tF u� E.- c `c oEc`a� i. sm � c`d E sla j �t 91YlEYlf§ gill )z i! @� l fY iq a qoEY sli[ U '-° 7 8 E °`<.. • i2 o f v `o 6 {C° qo �uo8„ s {(( gYI E Fii N 8n aae c .'-o, s'3 zfEts€_ Iti��Y u t tgF'`Y a€Rxi � . E -rt En 3 `z V _ mY Q m �� N m v �N iri c j{t{ l E.i 35 F P! F } -� 121 }I l : o _ F m SS�. s tt,, z g( t rc x u n d _ tR . . ' t_e :eSlt3�.... �3fr 33k. N. } ry co 2$ird3 ll 6E 66> ;Qn It N M s U L E,cgn G ; III tia i c xx °0s` C aG ° LL J a e 3n 'rca ° ms U M < Q sY E- X8� u96 ----_____1 c° EE N f L u u p ama c 'I �o Q \ Q 3o vi,oV d Q N t?> E t.7c v E y C7 °F9 t o f o t° vE m i F u Z q�5 m9 a` Z n°c°L 2 Z =5^ OstE Z = Ei EE 5 °> 'a 3n Nc c n m 3 c E cad m 0 o w 9 3 aE odo6 3 a2` s9 v cf o.t• n a` a r5 5a'z 3 ma.. ` $ g u aE c `o ux E .`c 3 u0 '^`A Eq5 u i8T -O� 3o E `a E; c u � C •'E c ° uN �.°.i ��S 3 ,. x t a s5do p '3 mO c Z 5�� Eca .$ 3� 'o - of d; q c ° 3c _cD c_o u3o. uu u; z am cod a3o £ .. tG Yam, �° o a _ ° ` n L GEC E ~ w O - ° ` ° v > u a e H N L - Na.EE uv�°E a m nu i � v x s u "'�E AE 5a " vy'3a°xo d�J =mom 3 '�`$ d:G od` w s A t z C Co' � E se 2 m� EG_ m 355 c'Eo � c ..... W._.._.. - ins c `u ` cY L "Ev rvm co " oar' �aad3aY Eu ogry a �q"� c� 9 a o !: °�. u £ "J"2 v . dv°�Ya c oaNa ` 3 x�¢Bmz "nY"ib°ono c m`3o=vAE End ° N c ss " EE 6� .3 o a °mom aa� c maYa`g E °Sd ny ` ." °1 E.; SEcu na,.r o¢ c u v m 5 c mESi 9x E os' Ea3 ovaa m- acme yy4o °o rc E %"s Y maw fi u O mv3na cc„=`o,..-= a`9 _ co }9 u `= E2 as �wu ` •• T+ 6° u E., c�n.n � c 'S55a u I art �FLe co�A°cS° ,aEc `° . E x: .E,i nv na9oi. K0 o" ` �c q§nNY a5 -�O oaw _...... 3E Ca na";L'E15 15E gag'°=`= da.` oPMRMNM mrasa AEa o.3 � c coL,A° N_ _ n8 E " avEE n a uc Snn C S_il 9= G E vOi Q O L a m w••5> PWJER 0-006IN9 E�`n` . e'z 35 ua 3:8n _"; z ¢>. n vE,c;3�Wio ar= 0`8 0`ESz9 . _ _ °nre oPnwry 01-69-2617 onnwx BY rcra MAM ontE OIEO'.E0 01a9-2019 FIGURE A: PVS5X QSG FIGURE B: PVS5X QSG OIEC 6r EE sBn SMEU SOLAR-E5 " 00 WJ P p W 0 Continental Control System rc u u PLrr Cone current transformers make installation a o o wg easier because they can be installed without Z W < s u disconnecting the circuit being measured.Split-core current transformers are available in a range of stock `u " u „ sizes and rated currents to meet your measurement -- Model Model Model CTS-0750+=) CTS-1250{xxx) CTS-2666{xxx) 1500 0.75"I.D. 1.2Y I.D. 2.00"I.D. AMP Rated Model Rated Model Rated Model Amps Suffix(xxx Amps Suffix(xxx Amps Suffix()xx 5 -005 7n -n7n 400 400 15 -015 100 -10 600 -600 I _ 30 -030 000 -800 50 -050 200 -200 1000 -1000 l, 70 -070 250 -250 1200 -1200 600 100 -100 300 -300 1500 -1500 AMP 150 1 -150 400 -400 200 -200 600 -600 E 500 Am 7 50 = ® c= cooce AniP U V of 0 ca 11a1i., ttr:R. p ow a g n of w r U M - d - - < Q 0. Size CTS-0750 CTS-1250 CTS-2000 � b x I o A 2.00 in. 3.25 in. 4.75 in. Q z I a 5.08 cm 6.45 cm 12.1 cm Q in Ec 2.10 in. 3.35 in. 5.00 in. p " u B 5.33 cm 8.51 cm 12.7 cim Y 5 w 0,61 in 1.00 in. 1.20 in. Q p '" o C 1.55 cm 2.54 cm 3.05 cm o m � D 0.75 in. 1.25 in. 2.00 in. 3 - 1.91 cm 3.18 cm 5.09 cm E 0.75 in. 1.25 in. 2.00 in. 1.91 cm 3.18 cm 5.08 cm CE COUS L161® •No exposed metal parts on •UL 8 CE recognized for voltages z f p assembled transformer. up to 600VAC. O (888) 928-8663 •Internal precision burden resistor -0.333 VAC ouput at rated current. across secondary. w L� Accuracy._1%from 10%to 130% z •Epoxy encapsulated housing. of rated current..Continental CoyitYol Syst¢3ns LCC -Leads-8ft.twisted pair,22 AWG. •Phase angle e 2 degrees for 3131 Indian Road, Suite A CTS-0750 models>70Amps 8 Boulder, CO 80301 USA •Core interleaved atjolnts for CTS-1250 models>150Amps. accuracy. (888)928-8663 FaX (303)444-2903 -Snap closinglopening feature. ovcoNronrrr oo18ea sales@ccontrolsys.com •Phase angle is measured at 50%of PROJECT D 99s1eo9 www.wattnode.com rated current. -ROHS Compliant Dare D.11N 0109-2017 DMWN BY KTA.Z.AC0 DATE CHECKED 01-09-2017 FIGURE A: CURRENT TRANSFORMER SPECIFICATION SHEET CHECKED BY EE---- SHEET SOLAR-E6 OeN Z VL" E F S W w o N R NNgN m Yg. } Y ofa < of o _ 3 � 0 CERTIFICATE OF COMPLIANCE CERTIFICATE OF COMPLIANCE Z < � o o Certificate Number 20150918-E478330 p < £ V 'Report Reference E478330-20150916 Report Reference E479127-20150916 Certificate Number 20150922-E479127 .12 K < U Re P d• e" 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. x Standard for Safety for Inverters, Converters, Controllers ij v, and Interconnection System Equipment for Use With Standard(s)for Safety: UL 1741-The Standard for Safety for Inverters, Converters, o Distributed Energy Resources, UL 1741, Second Edition, Controllers and Interconnection System Equipment for Use p a dated January 28, 2010. With Distributed Energy Resources. = N 2 a e IEEE 1547-The Standard for Interconnecting Distributed I p s x w Have been investigated by UL in accordance with the Resources with Electric Power Systems. I g CAN/CSA 22.2 No. 107.1-1, "General Use Power Supplies:' w `� Standard(s)indicated on this Certificate. I o ' F UL 1703-Standard for Safety for Flat-Plate Photovoltaic =) a a Modules and Panels. l < tN Standard(s)for Safety: UL 1741 Standard for Safety for Inverters, Converters, Additional Information: a See the UL Online Certifications Directory at a F Controllers and Interconnection System Equipment for Use n www.ul.com/database for additional information With Distributed Energy Resources. 0 o ` a a s w Additional Information: See the UL Online Certifications Directory at o 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 o Certification and Follow-Up Service. " a or Recognized components are incomplete in certain constructional features or restricted in performance 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 3 installation and use in complete equipment submitted to UL LLC. Look for the UL Certification Mark on the product. z Look for the UL Certification Mark on the product. o � F or eNa u.nl.nnac n.<w xwe�.M..cmrw�e,.�. �� erv..rn.n"nnoY.o'�aol xoma,.nva cmi�non v,opan, 11� � uLua UL uc u p wm,.—o"aMdoci.nan Wlq n..rx uLxvL..mm.n povrdnan.1or UL u.e(UL)e,.y aYNarbaa Ycenaw n,Yl Far c, al aIf—o a yWomuuon and doom.u.nn.ul.ro ut man umu.an y,oW n e md e .narc Ny«m am m adoM of UL ue y noN uwm or UL.For Roa .Rlaaa. laclalooal YL GtYonrS.rrin R.pWn,auwal bb lNlaom%aOooYNlwlkn✓ eo galo[tl YLNWmvSaMw Repeynbllve Al RIbJI.I+uM�ouNmo[a lone/ 0Rl0RMN11Y Y%069 Page 1 of 1 Page 1 of 2 mo= u-uoYLM DATE DRAWN oo-09-2017 DU.X ar K mnN o DATE arcxeo 01-09-2e27 FIGURE A: AC MODULES CERTIFICATE OF COMPLIANCE FIGURE B: MICROINVERTER CERTIFICATE OF COMPLIANCE oircNeo BY ¢-carss„ SOLAR-E7 W = w � a LU v P a i y U o # G NOTICE OF COMPLETION AND F m z W AUTHORIZATION TO APPLY THE UL MARK - _ £$# ti.fe '`iS dli e'i.9d 1'ti�'' �tJ VIPIrC'�/i7 N < U U P _ l 08119/2015 Warning!Ensure thatyou fully understand the grounding aspects in this section before proceeding. Sunflower Corp Kevin Fischer • The AC dedicated branch circuit wiring from the readily accessible disconnect to the array must include 1414 Harbour Way S an equipment grounding conductor(EGC)in the same raceway or cable as the AC circuit conductors.This Richmond Ca 94804-3694,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: 105017764 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: UIJcUL-New monitor unit,Model PVS5x(indoorloutdoor) . 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 Congratulations! UL's investigation of your Product(s)has been completed under the above Reference Number and ungrounded modules,otherwise auxiliary grounding meth ds 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)for the module Follow-Up Service Program. To provide your manufacturer(s)with the intended authorization to use the UL Mark, tY Th d i t is no required. e existing AC GEC at the utility service serves as the NEC-required GEC for the you must send a copy of this notice to each manufacturing location currently authorized under File E477122,Vol.X1. or array structure. x Records in the Follow-Up Services Procedure covering the product are now being prepared and will be sent in the U N near future- Until then,this letter authorizes application of the UL Mark for 90 days from the date indicated above. • The AC cable grounding path has been tested by a NRTL,and its electrical continuity from the AC cable o r o ground pin to the module frame has been certified. o Additional requirements related to your responsibilities as the Applicant can be found in the document"Applicant } N F o I i i responsibilities related to Early Authorizations"that can be found at the following web-site: The AC module interconnecting cable system provides an internal EGC for grounding.the AC modules.It httoJ/www.ul.comlEAResoonsibilltias is the installer's responsibility to ground any metallic mounting structure according to local code. = w I J R Any information and documentation provided to you involving UL Mark services are provided on behalf of UL LLC installers must ensure that Whichever mounting system they choose is then grounded according to the I g # m ur (UL)or any authorized licensee of UL. instructions of that mountingsystem.Some mounting systems can be banded to the ACPV modules with } u I r 3 listed devices.Consult the module's included safety instructions for details. I ¢ 1¢— Weare excited you are now able to apply the UL Mark to your products and appreciate your business. Feel free to Q a z u contact me or any of our Customer Service representatives if you have any questions. The AC modules or arra do not re uire a GEC nd the neutral conductor within the AC module is F so ate rom group a mo u e must a connected to a dedicated AC branch circuit with the ¢ in z a neutral conductor referenced at the building service entrance. ~ - Very truly yours, Reviewed by: The AC interconnecting cable system attached to each modues microinverter is fully insulated and s w Kara A.Boated includes an internal EGC.The grounding in is longer than the others in the plug.Bruce A.Mahrenholz $ $p g 360-817-5585 847-664-3009 g" d Senior Engineering Associate CPO Director The ground path from the transition cable to the module frame is as follows: m a KareABostad@ul.com Bruce.A.Mahrenholz@ul.com The transition table's green conductor is connected to the EGC from the utility dedicated branch V circuit. e • All plugs have ground pins that are longer than the circuit pins.This extra length ensures that the NBKFCDA-bo6ea7 ground is the first to make contact when connecting modules and the last to break contact when disconnecting modules. ° • The AC ground wire inside the microinverter terminates on the microinverter chassis with a bolted > connection,and is environmentally sealed. 0 • The microinverter chassis is bonded to the module frame with stainless steel hardware to provide Y, ground continuity to the module frame. a oE9oATuxm oo7aBa This is an electronically generated letter.Signatures are not required for this document to be valid. Page 1 of 1 Oommenti5o56B6 Neva 15 SmPPo P.Pretvy Eeo= D-006lec9 OATS DRAWN 01-09-2017 DRAWN BY UMzk ACo DATE 01C 0 01-0 2U17 - 1 CHECKED By EE BF5 FIGURE A: UL LISTING FIGURE B: GROUNDING DESCRIPTION SHEET 9NEE SOLAR-E8