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BSOL2017-000178-495 CALLE TAMP.ICO LA QUINTA, CALIFORNIA 92253 f Application Number: BSOL2017-0001 .4 � uudw DESIGN & DEVELOPMENT DEPARTMENT BUILDING PERMIT Property Address: 77600 CALLE TECATE APN: 774302022 Application Description: STAVERS / 5.8kW PV SYSTEM - (20) 290W:PANELS/(1) INVERTER Property Zoning: Application Valuation: $20,000.00 Applicant: SOLAR RENEWABLE ENERGY 3421 BERNARDINO LN VISTA, CA 92084 ----------------------------------------------- LICENSED CONTRACTOR'S DECLARATION I hereby affirm under penalty of perjury that I am licensed under provisions of Chapter 9 (commencing with Section 7000) of Division 3 of the Business and Professions Code, and my License is in full force and •effect. License Class: C10, C46 License No.: 99094433 Date: Contractor: OWNER -BUILDER DECLARATION I hereby affirm under penalty of perjury that I am exempt from the Contractor's State License Law for the following reason (Sec. 7031.5, Business and Professions Code: Any city or county that requires a permit to construct, alter,.improve, demolish, or.repair any structure, prior.to its issuance, als6.requires the applicant for the permit to file a signed statement that he or she is licensed pursuant to the provisions of the' ' Contractor's State License Law (Chapter 9 (commencing with Section 7000) of Division 3 of the Business and Professions Code) or that he or she is exempt therefrom and the basis for the alleged exemption. Any violation of Section 7031.5 by any applicant for a permit subjects the applicant to a civil penalty of not more than five hundred dollars ($500).: (_) I, as owner of the property, or my employees with wages as their sole compensation, will do the work, and the structure is not intended or offered for sale. (Sec: 7044, Business and Professions Code: The Contractors' State License Law does not apply to an owner of property who buildsbr improves thereon, and who does the work himself or herself through•his or her own employees, provided that the improvements. are not intended or offered for sale. 'If, however, the building or improvement is sold within one year of completion, the owner -builder will have the burden of proving that he or she did not build or improve for the purpose of sale.). (_) I, as owner of the property, am exclusively contracting with licensed contractors to construct the project. (Sec. 7044, Business and Professions Code: The Contractors' State License Law does not apply to an owner of property who builds or improves thereon, and who contracts for the projects with a contractor(s) licensed pursuant to the Contractors' State License Law.). (_) I am exempt under Sec. B.&P.C. for this reason Date: Owner: CONSTRUCTION LENDING AGENCY. I hereby affirm under penalty of.perjury that there is a construction lending agency for the performance of the work for which this permit is issued (Sec. 3097, Civ. C.). Lender's Name: Lender's Address: VOICE (760) 777-7125 FAX (760) 777-7011 INSPECTIONS (760) 777-7153 Date: 4/20/2017 Owner: ROBERT H STAVERS /JUDITH L CHOVAN 77600 CALLE TECATE LA QUINTA, CA 92253 i Contractor: SOLAR RENEWABLE ENERGY 3421 BERNARDINO LN VISTA, CA 92084 (760)805-4664 Llc. No.: 990943 WORKER'S COMPENSATION DECLARATION I hereby affirm under penalty of perjury.one of the following declarations I have and will maintain a certificate of consent to self -insure for workers' compensation, as provided for by Section 3700 of the Labor Code, for the performance of the work for which this permit is issued. I have and will maintain workers' compensation insurance, as required by Section 3700 of the Labor Code, for the performance of the work for which this permit is issued. My workers' compensation insurance carrier and policy number are: Carrier: STATE COMPENSATION INSURANCE FUND Policy Number: 9103052 I certify that in the performance of the work for which this permit is issued, I shall not employ any person in any manner so as to become subject to the workers' compensation laws of California, and agree that, if I should become subject.to the . workers' compensation provisions of Section 3700 of the Labor Code, I shall forthwith comply with those provisions. Date:A//2b///9_ Applican • ' WARNING: FAILURE TO SECURE WORKERS' COMPENSATION COVERAGE IS UNLAWFUL, AND SHALL SUBJECT AN EMPLOYER TO CRIMINAL PENALTIES AND CIVIL FINES UP TO ONE HUNDRED THOUSAND DOLLARS ($100,000). IN ADDITION TO THE COST OF COMPENSATION, DAMAGES AS PROVIDED FOR IN SECTION 3706 OF THE.LABOR CODE, INTEREST, AND ATTORNEY'S FEES. APPLICANT ACKNOWLEDGEMENT IMPORTANT: Application is hereby made to the IBuilding Official for a permit subject to the conditions and restrictions set forth on this application., 1. Each person upon whose behalf this application is'made, each person at whose request and for whose benefit work is performed under or pursuant to any permit issued as a result of this application; the owner; and the applicant, each agrees to, and shall defend, indemnify and hold harmless the City. of La Quinta, its officers, agents, and employees for any act or omission related to the work being performed under or following.issuance of this permit. 2. Any permit issued as a result of this application becomes null and void if work is not commenced within 180 days from date of issuance of such permit, or cessation of work for 180 days will subject permit to cancellation. I certify that I have read this application and state that the above information is correct. I agree to comply with all city and county ordinances and state laws relating to building construction, and hereby authorize representatives of this city to enter upon the above-mentio ed property for inspection purposes. Date: ?�% Signature (Applicant or Agent): L__ FINANCIAL o• o DESCRIPTION ACCOUNT QTY AMOUNT BSAS SB1473 FEE 101-0000-20306 0 $1.00 Total Paid for BUILDING STANDARDS ADMINISTRATION BSA: $1.00 DESCRIPTION ACCOUNT QTY AMOUNT PV SYSTEM 1ESSTHAN 1OKW 101-0000-42403 .0 $25.33 DESCRIPTION. ACCOUNT QTY AMOUNT PV SYSTEM LESS THAN 10KW PC 101-0000-42600 0 ' $25.33 Total Paid for ELECTRICAL• • $50.66 DESCRIPTION ACCOUNT QTY AMOUNT PERMIT ISSUANCE 101-0000-42404 0 $96.27 Total Paid for PERMIT ISSUANCE: $96.27 DESCRIPTION ACCOUNT: QTY AMOUNT TECHNOLOGY ENHANCEMENT FEE 502=.0000-43611 0 $5.00. Page 1 of 1, Les Johnson From: Les Johnson Sent: Wednesday, November 04, 2009 10:21 AM To: ' 6M Ck" T&Agv Cc: David Sawyer; 'Jenson, Kathy'; Greg Butler; Tom Hartung Subject: Carter Residence.- 54940 Avenida Valejo Mr. Garza, This email is being sent. in response to your previous inquiry and request for clarification. regarding the interpretation of a flat versus sloped roof as it relates to the building addition of the Carter residence Iodated at 54940 Avenida Valejo. La Quinta Municipal Code (LQMC) Section 9.50.090.A.8 requires the installation of clay or concrete tile on all new and reroofing of sloped roofs 'in the Cove Residential zoning district. The 1997 California Building Code (CBC) prohibits clay or concrete the on any roof less than 2-1/2:12 (2-1/2 units vertical in 12 units horizontal). Additionally, the 1997 CBC prohibits any material other than a .built-up covering on roof slopes less than 2:12. The result is that the Building Code treats any roof sloped less than 2:12 as a flat roof. The Carter residence addition at 54940 Avenida Vallejo was designed and built with a roof slope of approximately 1:12. Combining the requirements of the LQMC and the restrictions of the CBC, it has been determined that the Carter residence roof is not a sloped roof and thus is considered a flat. roof: Therefore,, the mechanical. equipment is permitted to be installed on the roof, provided it is. screened as required by LQMC Section 9.60.140.. It has also been determination that the proposed screening currently under construction meets the intent and purpose of the.La Quinta Municipal Code, as it relates to this addition. I hope -you find this information of assistance to you in understanding the determination made ;regarding the type of roof existing at the Carter residence and the allowance of a screen wall to help minimize the view of the roof mounted mechanical equipment. Should you have any additional questions, please do not hesitate to contact me. Les Johnson Planning Director City of La Quinta (766) 777-7071 11/4/2009 srrr.# Cltj/ Of id QUInta BLAUng ez Safety Division Box 1504,'7849S Calle Tampico L, .Q G 92233 -:{760) 777-7012 t Building Permit Appiication and Tracking Sheet o ` Permit #P.O Project Address: o Ca le HcaPC c a C Owner's Name:. S/4 S LL A. P. Number - —. -7O z —.Q `Z 2 , . Addrew. Legal Description: City. ST. Zip: CQ992 Contractor. C:�� Telephone . / ^- Address:3q2-1Project Desc it tion: / r l ( ✓ / City, ST, Zip: ! �� % l/U Telepha a l 4f State Lir. # : (J City Lie #: AmEL. EW., Designee Address: City' ST. Zip: Telephone: Construction Type:. Occupancy: State Lir. #: Name of Contact Perwn: S S (,{�� ,- Project type (carte one): New Add'n Alter Repair Demo Sq. Ft.: # Stori^es:# Unit Telephone # of Contact Person: Q 4 7 ty b 7 , , Estimated Value of Project y APPLICANT: DO NOT WRITE BELOW THIS UNE # Sob mittal 8eq'd Reed TRACiCIPIG PERMITFEES- Plan Seb Pias Cheek submitted ite® Amount Structural Cala. Reviewed, ready for corrections A ^IPlan Cheek Deposit, . Vass Cates. Called Contact Person 'L Plan Cheek Balance - Title 24 Coles. Plans picked up Construction Flood plain plan Plans resubmltied ' Mechanical Giading plan Z'! Review, ready for correcti rrsue A Electrical Subcontactor List Called contact Person Plumblug Grant Deed Pians picked up SAU H.O.A. Approval Plans resubmitted Grading IN $OUSE:- 3" Review, ready for eorrectlon dissae Developer Impact Fee Planting Approval. Called Contact Person A.LP.P. - Pub. Wks. Appr Date of permit issue School Fees Total Permit Fees zi3,. . +OWNER CONTACT INFORMATION: _ ARRAY AZIMUTH 1: 180 y • (E) 200A MAIN SERVICE PANEL WITH 2O0A W r' ,• a :J Robert H Stayers " i • - 5t • MAX SYSTEM VOLTAGE: MAIN BREAKER AND 35A AC DISCONNECT •�� m - Y i ;, :. - -• • °° _ INVERTER WITH DC DISCONNECT � Q �* - �` The output voltage is 39.9 Voc X - 1.11 (per _ r , •. 77600 Calle Tecate `� • • • ' � ''. P 9 �P � Q�pFESS /pN ' '-10.6"C lowest ambient Temperature Correction ' ' , ri ROOF LADDER ACCESS W c I utsheet='44.3VDC • L PER CRC 2013 R331.4.1 V J La Quinta, CA 92253 w -� Factor on module c ) oc. �+ ` This is compatible with the 500.0 VDC input PROPERTY LINE c3 �, �� W z C' IN CCD .. Phone: (360) 317-6751 ` , , .rl P P �• + 9 No. C58724 ' O c0 allowed for the inverter. (20) SOLAR MODULES WITH. }. . OPTIMIZERS, SEE ENLARGED * EX 3-31-17 * ' GENERAL NOTES. i QUIPMENTPLAN SHEET PV -2 (PI CIVIL �P Q d U 0 SYSTEM DESIGNER: ` . - 'AOR CONNECTION TO STRUCTURE, ' r - ;dEE SHEET PV -11 + 9 OF C ALIFO�� `_I W CO. O RCI Design 8t Development x' ALL CONSTRUCTION SHALL_ COMPLY WITH: - c, F N - • March 13, 2017 ' " U) Uj M THE 2016 CALIFORNIA BUILDING CODE(CBC),_t ' ` ` THE 206.CALIFORNIA RESIDENTIAL CODE(CRC), ININW. Loyd W Martin .COm E1 Bonita, CA '. Contractors tic. #: THE 2016 CALIFORNIA MECHANICAL CODE (CMC), �,. ; • ' , • Solar Structures. Engineering 990943 r , Email: rcidesdev@gmail.com THE 2016 CALIFORNIA PLUMBING CODE (CPC), #2017 0722 Structural * , {. uctural Only .. ,- THE 2016 CALIFORNIA ELECTRICAL CODE (CEC),.' T ' Type: - THE 2016 CALIFORNIA ENERGY CODE (TITLE 24), _ , C -10. - Stefan -10 : , - THE 2016 CALIFORNIA GREEN BUILDING CODE CGBC , Stefan Schweizer,RMO • INVERTER: 7 • • � - ( ) ,. • _ r • -_ THE 2016 CALIFORNIA FIRE CODE (CFC), (1) SolarEdgeSE6000A-US (240V) .THE LA QUINTA MUNICIPAL CODE. •, 500V,max DC input System Designer: rs r r' •4 - '� '' SOLAR PHOTOVOLTAIC SYSTEM TO BE INSTALLED ON, - * • - } Derwin Russell 240V 1 -PH; AC output' t'- , +4 ' • RESIDENTIAL STRUCTURE: '' ' - ` ' ' 3927 Country Trails t - . c ` onita, CA 91902 .. Efficiency: 97.5/0- IN COMPLIANCE (619252-2355 t' a7 THIS PROJECT HAS BEEN DESIGNEDCO �. WITH THE CBC SECTION 1609, CRC SECTION R301.2.1 Nema 3R Rated Enclosure•',, �' t • N` ,. _ / - - ,+ TO WITHSTAND A MINIMUM 122.5 MPH WIND LOAD:, 2 (EXPOSURE C .y _'a E t,, �. MODULES: y. m THE RESIDENCE IS SINGLE STORY.HTH do f' , t '' • (20SOlar6d SW290 (290 W) ' _t ROOF COVERING IS ROLLED COMPOSITION TYPE a ' ' `5.8 kW DC S`r` _ ROOFING WITH TORCH DOWN APPLICATION. "t'' ,� �+ �/ - �, " : rr. PV System Voc= 39.9V•(AT STC) - CI 1 I 0 LA QUINA Zs' i:•'}. 7 (6- .'+ ,F' tee' '. r i�r ..r _ .ss•' . �r:.. , � � '�'' ' -' , Vm• = 31.4V AT STC A , ROOF FRAMING: IS: t:" BUILDING SAFETY DE riv a �, ° t '` . s _ �• ' Uj 2,. x. 4". :PLACED AT 24" ON CENTER.; i ^p `,C d "{: �i Iso= 9.97A'. t? T s• t.' APP " h V E = O o .�. •:r .zu Y. FOR CONST TION x ,� N l Imp= 9.33A ' THIS SYSTEM WILL NOT BE INTERCONNECTED UNTIL r CY> ,' f w• �'' -` ` '' APPROVAL'FROM THE LOCAL JURISDICTION AND THE i Pmax= 290W AT STC '.� t " t: ®' U J v _ a , " ( )' _ , - ' _ UTILITY IS OBTAINED. f f. 81r �:► ® ;` � : C ` DATEA1 i0 .: PTC Rating= 263.2 L, r • �. .'� } yti. .. • � 'O N Lo N 'rn g zi i�`: ' ' . SOLAR PHOTOVOLTAIC INSTALLATION SHALL' NOT, ti •�'' Q. ^ }} �' '� (V o , 6 �00 ow N �Z�l ' Calle Tecate' h= O U MAX: SYSTEM VOLTAGE= .I;000VDC 'r'" ' - OBSTRUCT ANY PLUMBING, MECHANICAL OR ,. z BUILDING ROOF VENTS. �. - :. awn=K .. ti , . U N ~ < SERIES FUSE } t t , ,, , `s Q ? �.i ti - , EACH MODULE WILL BE GROUNDED USING THE �, L • SUPPLIED CONNECTION POINTS IDENTIFIED ON THE _ ' U C SYSTEM VALUE SHEET IND LEGAL DESCRIPTION MODULE AND THE MANUFACTURER'S CUT SHE OR INDEX' O t ° w ,'' r. INSTALLATION INSTRUCTIONS.. , ; , PV -T TITLE SHEET ,�' .PROPERTY DETAILS: 77600 CALLE TECATE +., - ' TOTAL'MODULES: 20 - r•"+� ' ` PV -1 ASSESSOR SITE PLAN15 -* PV -2 EQUIPMENT PLAN �� `-•. a ' ; `SINGLE FAMILY RESIDENCE 2 BEDS, 2 BATHS I �' J J o ` TOTAL NUMBER.OF SOURCE CIRCUITS- A LADDER SHALL BE IN PLACE FOR INSPECTION IN, �f .� PV -3 . LINE DIAGRAM ' ;t ; _ HOME SIZE: 1,359 SQFT �' REVISION DATE „COMPLIANCE WITH CAL -OSHA REGULATIONS. ; } c PV -4 MODULE CUT SHEETS _ . �' <' ; LOT SIZE: 10,454SQFT _ *� •?- rT MAX. MODULES PER SOURCE CIRCUIT: -1` ?` PV -5 INVERTER/OPTIMZER CUT SHEETS w BUILT IN: 1978 N ' ` +arJ ' r ,' r • - J^ + , PROPER ACCESS AND WORKING CLEARANCE WILL BE "` PV -6 INVERTER/OPTIMIZER WHITE PAPER PARCEL NUMBER: 7743020220' - ti SYSTEM SIZE: • :. -''- : , , • - - ,- PROVIDED AS PER SECTION 110.26 CEC. , '_". PV -7 RACKING CUT SHEETS �t COUNTY: RIVERSIDE x PV -8 RACKING CUT SHEETS SUBDIVISION: SANTA CARMELITA AT VALE LA DRAWN BY: RCI 5.80 KW DC (STC) < j.%` t. < - • PV -9 RACKING CERTIFICATIONS` CENSUS: 2 • PV MODULES AND RACKING SHALL BE INSTALLED PV -10 RACKING CERTIFICATIONS ,, TRACT: 45109 - PROJECT NO. 17-003 5.27 KW DC (PTC) PARALLEL TO ROOF SURFACE AT A MAXIMUM OF 7" - ; -', PV -11 STANCHION/FLASHING CUT SHEETS , < LOT: 13 DTE: 3/12/2017 s , i - ;'. �..' = " . ` -^' • FROM P MO - t PV -12 PLACARDS 'i �' _ ZONING: Rl .. - - ET ` 5.14.KW AC (CEC)' R TOP OF ROOF SURFACE TO TO OF MODULE. . < f r PV -13 ADDITIONAL NOTES/CALCULATIONS i , t- ' y PV -14 ADDITIONAL NOTES/CALCULATIONS/RAPID SHUTDOWN DEVICE. _ ., ARRAY TILT T: 10 DEGREES ' `° • t ' �k'. SITE'PLAN 4. ;'Pv,,S RAPID SHUTDOWN DEVICE V —T .re. , . - • - 1. _ _ - , R. s ;`. NORTH 'r 1/32 = 1'- 0" 4. w TH - AP WAS PREPARED FOR ASSESSMENT PURPOSES ONLY: NO LIABILITY - i ' Z . Z O IS EO OAF THE ACCURACY OF THE DATA SHOWN. ASSESSOR'S PARCEL T.R.A. 020_015 020-102 7 7 4 3. 0 , w — co CD o + • MAY i>CONPLY WITH LOCAL LOT -SPLIT OR BUILDING SITE ORDINANCES. '� POR. NE 13 T. 6S. 6 _ 020-050 020-109 25-61 CD CITY OF LA QU I NT A' E .020-062 020-116 _ Cu rn MAY 182006 _ oio ois uio-ia� a U C + i 1 Q ClIf 020-089 020-155 020-096 020-176 m J w O ' << 020-189 0 z C Cl) CD xw.ar s r �, _ $ : Contractors Lic. #: 290A0 . - - - ., ,y 3.e 7e - BOAC• . a I ��A` �oae• 'oat• w+°� . >s.ea• eom• �'�a , ossa• ersa• �+ ' _ 990943 + 24 11 1 y _ TYPe• " 0 102 d 24 O 1 e 14 1 0• „-0 �.0000_ e d �'-:(2 3 o f - C-10 ad a 23 '2 12 2 ,,. $ 23 020.102 11 s m .I $'13 15 10 z. 1 F' Stefan Schweizer,RMO room• m 100m• ~ - 0 m. V — - - � 1. .I tooAo• - ..100.00• 0 Ca .20.069 4 122 O $ 1730 2z ay ego 130 0 x102 O TRA 020 oso ,� �• $ LJ 12 3 & 1z O3 M 11 a s W 2 t o c� 30.4. 00m1 _ �0ogp• _ 00m• ,,. .System Designer: R 1 O O '100A0.4 4 O q13 n • O _* 12 4 ? a t J •- .. �'. { c loom- 15 s Wr ,0000 loom, 1Wm• L�r ` k 100,00• B� I- $ 18 s 0 20 i $ 20 O 1d s to 17 i m 7 100m• 100m sc TRA 020176 TRA ozo - oso k ` _ too 0.o- — m ;• ,B,�. RU Q 02— F asi • I ". _ „ 19 ;( 16 $ 16 6 $ 19 rl ^ 15 6 w ' I 6 .y. 2D , 02� d 's S a .: � � ' q 100m - - TRA 020 176 $ , 17 7 I TRA 020 lss� TRA X20 189 TRA OTO - 062 $ S. QP •18 --} � A e 18 'Z6 .16 -7 O. TP -4 020-076 ,0 m $ +, TkA 010�1ss tu no-Z2i y -020-109 TRA 620-141 ' 'i o0• TRA 116 S — — — , Derwin Russell 3927 Country Trails L Bonita, CA 91902 (619)-252-2355 A rRA a2o-n6 8 _ _ - • 17 O8 $ 18 8 $ i� 25 q 'r' 5.8 kW DC STC 9 0T 020-130 0,00.00• oo ,00.00• I& - ° •`.- - - PV System c $ 026-096 , 7 +�1 „ 16 �9 .a t.9 y I $ 16 9 -303 FES ' TRA 020-176 loom �a� �OQRO S/pNq 1, o m �� P :1 $15 ; 2p toCi ^ $ts W• e 1�100.00,m• m (O �' . , r•1 . s I' �' a loo• 0 loom• ,00.00• ' 0 G7 . • ' .$ B d No: C58724 r0.. 10# 0 23 n .9 , $ 14 . 22 28 n" e l ,B i.,. } „ oO „^ _100m• 1�� _ _� , — — — — Exp. 3-31-17 o r3 $ iz e o t3. / J' ' p . 12 a �9T CIV11v P • - . - i .I-�J w BOAT T988' `pd CD. BOAT' 79.88' i^p�$ ,. - - • ° OFP. c same.. OE A a - March 13, 2017 www. Loyd W Martin .coal PROJECT SITE Solar Structures Engineering ' 301 771 302 #2017-0722 Structural Only 14,)-, M8 19/59-60 SANTA CARMELITA AT VALE LA QUINTA -------. _ .. _ -- - UNIT N0. 28 ' C M 0 O U-) U N o Z o N 9 CN -U �C,r �CD z U) I _j REVISION DATE DRAWN BY: RCI PROJECT NO. 17-003 DATE: 3/12/2017 SHEET: Pv=1 nl1® i ' C M 0 O U-) U N o Z o N 9 CN -U �C,r �CD z U) I _j REVISION DATE DRAWN BY: RCI PROJECT NO. 17-003 DATE: 3/12/2017 SHEET: Pv=1 CITY OF LA QUINTA { BUILDING &SAFETY DEPT. �oQqoFEss/oNglPvMOULL OniERS - - Z Z 0 opo � 'APPROVED W o ca W o! o y R(oofBETTER) i RalIIffIIIIIIII FOR CONSTRUCTION C58724 uENo. Exp. CtarouNr DATE BY INVERTER WITH DC DISCONNECT LC 3-31-17 cuLsc COMPOSITION W 61 �/V1 `'• � P1IIIILPIIIIIIIII1IIIIIIII M Nq Z OF C A1.\F U) W A March 13, 2017 ( SERVICE PANEL ANDmreawE Contractors Lic. #: www. Loyd W Martin cont (1) 35A BREAKER AS AC DISCONNECT 990943 Solar Structures Engineering (zx�• ss LAG BOLT WITH wNBr► TY�EA0N Structural Only tNEMBEDMENT ., C-10 TMP Stefan Schweizer,RMO � •' , ... ' • . • System ...; Derwin Russell SEPARATION/ RAIL SPAN 3927 Country Trails LSTANCHION TO EXCEED 96" SPACING OC Bonita, CA 91902NOT r ti (Rau TO BE rRONRIDGE XR10O or BETTER) (619)-252-2355 ` -' i.-. r--. 1 ., _IIIIIIIIIIIIII ... 3'MINIMUM FIRE CLEARANCES ' +• y «. PER CRC R331.4.2,4.2.1, AND F r + 4.2.3 (TYPICAL) a_ '3 . Y{ r' ' IIILILIIIIIIII1IFIIII INIM FIR CLE4ES "-• '` '' I IILIIIIIIIIIIIIIIIIIa .'. 'IMINI UM FIRE C4EA CES! I "* , (E) I PErj CRCIR331.0.2,4.?.1, ACD I PER CQC R3311.4.2,0.2.1, PD I- I CONNECT SOLAR MODULE TO 11IIIII6IIILIIIIIIIIIIIII 1 1 . .5(R)1 1 I I I 1 1IFFI1IIIIIIIIIIIIh1III 442.3 (TYPICAL) I I 1 I STRUCTURE PER STANCHION CUT,. , HIMN `': .•.-'• SHEET PV -11 }'°''` .- . 1IIIIIIIIIIIII IIIIIIIIIIII TYPICAL -•t 5.8 kW DC STC ,: ' 11• ' ) 0 1 1IIIIIIIIIIIII ` PV System0N ,�'' . ' ,• .• SOLAR MODULE (-39.4• x-65.95") '.. '* 'r `T•*-� +' ..,, .: -", I '.. WITH MICRO -INVERTER TYPICALI , ,. - ;r- ;,, '. `..' _ : 1I1III1IIIIIIItI - 'TOTAL ARRAY DEAD LOAD ;. ' ,,, I , �. ' •� ..iiIIIfIIIIIIIIIIIII ,. .. . '� (WITH RACK AND STANCHIONS) 2,79 PSF. '' •• ' _ �`.iLIIIfIIIIIIIFIIII11IIIIII .,. '• IIII1 '. '- `JIIII(IILIIII -t.� IIIIfIIIFIIII _ " •••' ,: .'--_ m•r : 'k I _-,. :�1IIIIIIIIIIIIIIIIIIIIIIIII ,'I1IIIIII1IIfILILIIIIIIIIII ;. I II 1, 1 ,I :- :1IlIIIIIIIII II)IIIIIIIIIII . .- -�• -• .- 1IC1IIIII!IIl1I6IIIIIIIII .r_+'. •,- ''„ .1IIIFI)IIIIIIIIIlIIIIIIIIp f . _ � ':. '• .1i1IIIII1IIIIIIIIIIIIIIII . r .'� � • r•- '- ,: -+_. ,a^•,: . �•4 ,,' .11IIIIIIIIIIIIIIIIIIIIII }r ".', -- .IIIII!II!1II!I!!I1 .o�• '.d',•.-,. E( .' .'IIIII)I . a1`fIIlI �' , (E)2x4ROOF FRAMING t Lf)r ' NU r ':.. :•'' Oc*I ' ' CALAT 24" ON CENTER TYPI 04 0 •. . , ,1J1iIIIIIIIIIIIIIIII(IIL .IIIIIIIIIIIII ,' -' .° U) (D 0) e. , .”. ••, ' I1I1IFIIIIIIII `•k •. ~+Nti- Z 40 04 ! .•` `,• • t . N•3ov0tht_�ocno>(y ��L••�^^W�J�L//''. .,, .' • ` t� �.•.' STANCHION SEPARATION/ RAIL SPAN EXCEED OC Z (0 r` NOT TO 96' SPACING C2 . ` REVISION DATE -.+ *t DRAWN BY: RCI PROJECT NO. 17-003 PV MODULES AND RACKING SHALL BE INSTALLED PARALLEL TO ROOF SURFACE AT A MAXIMUM OF7" FROM TOP OF ROOF SURFACE TO TOP OF MODULE. DATE: 3/12/2017 LAG SCREWS SHALL BE 6" MINIMUM FROM ANY ROOF STRUCTURAL FRAMING JOINTS. SHEET: J f E UIPMENT PLAN y PV -2 1NORTH 1/8" = 1'7 0" W LEGEND: J INV# INVERTER 0 ROOFTOP EQUIPMENT WALL ACSW# AC DISCONNECT(4) Q #10 PV WIRE, (1) #6 EG (4) #10 THHN/THWN-2, (1) #10 EG (3) #8 THHN/rHWN•2, (1) itBEG/GEC M# MODULE IN FREE AIR OR IN (1) Y4" EMT/RMC IN 3a" EMT/RMC • IN %- EMT MSP MAIN SERVICE PANEL M1 -2o W bJ DCSW DC DISCONNECT SOLAR PV SUBARRAY O# OPTIMIZER (20) 29OW MODULES Acsw3 MSP z 000 RSDD RAPID SHUTDOWN DEVICE (1) MODULES PER SOURCE CIRCUIT, RSDD (E) 200A MAIN SERVICE W PANEL WITH (E)200A MAIN _ O CO (20) SOURCE CIRCUITS SOLAREDGE SE6000A-US INVERTER - BLADE TYPE N3R � i N (O (2) INVERTER INPUT CIRCUITS NV (240V) 24- - - AC DISCONNECT r _ _ BREAKER, 120/240V, 1PH 3W 0.) W (Q i M1 M1-10 M10 - _ - - - - - - I - - - - TO UTILITY L Q Lo y 20x2 I (E) (E)200/2P I Q V CS _DC_ I - I LOADSM J W m Lb�J Lb�dJ RDD - � •(E '0 Z � (_n CO I I LOADS _ I NOT A CENTER FED W M% 01-10 =15A I (1) #10 BARE IDI PANEL STRANDED (E) AC I COPPER GND I LOADS I Contractors Lic. #: _ I M11 11-2o M20 I ` 990943 I jl�., I I I (PV BREAKER) SHALL BE LOADS I POSITIONED AT THE Type: i OPPOSITE (LOAD END) CSW2 (E)GND BUS I FROM THE INPUT FEEDER C-10 35/2P LOCATION Stefan Schweizer,RMO �,, "' I I ' OR MAIN CIRCUIT II 011-20 �M� I (BREAKER) LOCATION. L - - - - - - - (3) #8 THHNIrHWN 2. (1) Y EMTL n - - - - J System Designer: (2) 8' DRIVEN GROUNDING ELECTRODES AT CITY OF L , 1 U I NTA Derwin tryTrails Russell 'A MINIMUM OF 6' APART. t1( ' Y 3927 Country Trails Ln • (E) GROUNDING ELECTRODE (IF AVAILABLE) NG & SAFETY DEPT. Bonita, CA 91902 CAN SERVE AS ELECTRODE (1) OF (2). _ (619)-252-2355 GROUNDING SYSTEM SHALL BE CODE®e,� COMPLAINT. GEC SHALL BE BONDED TO (E) V COLD WATER PIPE VIA CODE COMPLIANT FOS - CONSTRUCTION METHOD AND GROUNDING DEVICE V 1 V 1 RU V SYSTEM SPECIFICATIONS INVERTER: (1) SolarEdge SE6000A-US (240V) 500V max DC input 240V 1 -PH, AC output Efficiency: 97.5% Nema 3R Rated Enclosure MODULES: (20).Solarwodd SW290 (290 W) Voc= 39.9V (AT STC) Vmp= 31 AV (AT STC) Isc= 9.97A Imp= 9.33A Pmax= 290W (AT STC) PTC Rating= 263.7 MAX. SYSTEM VOLTAGE= 1,000VDC SERIES FUSE RATING= 15A 1 LINE "DIAGRAM NOTE: ALL EQUIPMENT SHALL BE AS SPECIFIED OR EQUIVALENT f DATE BY NOTES: 5.8 kW DC STC. PV System 1. ALL PLACARDS AND SIGNAGE REQUIRED BY THE IDENTIFIED ON THE MODULE AND/OR MANUFACTURER 3 SYSTEM VALUES: - LATEST EDITION OF CALIFORNIA ELECTRICAL CODE SUPPLIED DOCUMENTATION. THE RACKING SHALL BE TOTAL MODULES: 20 AND LOCAL REQUIREMENTS, WILL BE]NSTALLED AS GROUNDED VIA GROUNDING DEVICE SHOWN ON PV -8 �- o REQUIRED. (OR EQUIVALENT).co TOTAL NUMBER OF SOURCE CIRCUITS: 20 2. ALTERNATE POWER SOURCE PLACARD SHALL BE 7. IF THE EXISTING GROUNDING ELECTRODE SYSTEM r: L)y METALLIC OR PLASTIC, ENGRAVED OR MACHINE CAN NOT BE VERIFIED OR IS ONLY METALLIC WATER a) MAX. MODULES PER SOURCE CIRCUIT: 1 U PRINTED LETTERS IN A CONTRASTING COLOR TO THE PIPING, IT IS THE CONTRACTOR'S RESPONSIBILITY TO L6 9 SYSTEM SIZE: PLACARDS. THIS PLACARD WILL BE ATTACHED BY INSTALL A SUPPLEMENTAL GROUNDING ELECTRODE. CV •c RIVETS OR SCREWS OR OTHER APPROVED METHOD. ," � U CV 5.80 KW DC (STC) 8: ALL WIRES NOT IN RACEWAYS SHALL BE ` Ia Q z N 5.27 KW DC (PTC) 3. 1F EXPOSED TO SUNLIGHT, IT SHALL BE UV PROVIDED WITH A STRAIN RELIEF AT ALL ENTRY TO .n U `� RESISTANT: JUNCTION AND PULLBOXES AS REQUIRED BY THE BOX _� a ' 0 5.14 KW AC (CEC) LISTING. 3. INTERIOR DC CONDUIT, RACEWAYS, ENCLOSURES, L U � ARRAY TILT 1 : 10 DEGREES AND CABLE ASSEMBLIES, EVERY 10 FEET, AT TURNS "_ DC SYSTEM SPECIFIC ELECTRICAL CHARACTERISTICS:- p '� o ARRAY AZIMUTH 1: 180 AND ABOVE AND/OR BELOW PENETRATIONS SHALL O z HAVE THE FOLLOWING LABEL:"CAUTION SOLARCU 1. OPERATING CURRENT 9.33A MAX SYSTEM VOLTAGE: CIRCUIT' 2. OPERATING VOLTAGE 314.OV - UJ I` J _j a - The output voltage is 39.9 Voc X - 1.11 (per 3. MAXIMUM SYSTEM VOLTAGE 44.3,,</= 600V REVISION DATE -10.6°C lowest ambient. Temperature 4. EXPOSED NON-CURRENT CARRYING METAL PARTS 4. SHORT-CIRCUIT CURRENT 9.97A Correction Factor on module cutsheet) = OF MODULE FRAMES, EQUIPMENTS, AND CONDUCTOR 44.3VDCoc. ENCLOSURES SHALL BE GROUNDED IN ACCORDANCE MAJOR PV SYSTEM COMPONENT INFORMATION: WITH 250.134 OR 250.136 (A) REGARDLESS OF This.is compatible with the 500.0 VDC input VOLTAGE. 1. MANUFACTURER'S NAME AND THE MODEL DRAWN BY: RCI allowed for the inverter. NUMBER OF MODULES: 5. ALL EQUIPMENT SHALL BE PERMANENTLY AND SOLARWORLD SW290 MONO (29OW) PROJECT NO. 17-003 EFFECTIVELY BONDED PER NEC REQUIREMENTS 2. MANUFACTURER'S NAME AND THE MODEL DATE: 4/12/2017 NUMBER OF THE INVERTER: SHEET: 6. EACH MODULE SHALL BE GROUNDED IN 3. SOLAREDGE SE6000A-US (240V) ACCORDANCE WITH THE ELECTRICAL CODE, PER 4.-. MAIN BREAKER AMPERE RATING: 200A MANUFACTURERS INSTRUCTIONS, AND USING THE 5. SERVICE BUS AMPERE RATING: 200A �\ SUPPLIED CONNECTION POINTS AND METHODS 6. PV BACK -FED BREAKER AMPERE RATING: (1) 35A V,�� NA - J QROFESS/pN Q - - No. C58724 W V x -- - -- --- - -- - - - Exp. 3 -31-17 * 141 z z O R, • : > s Sunmodui Pi u s y - " Plus L N ' ' - > .. ' .Sunmodule . 9r �� .. F 0 }" cis 0) ��•. s' - , w �.. 0 F CAL F LO • y s ' ° } SW, 280295MON0 SW 280 295 MONO Q m . -. a". - r March 13, 2017 00W t ' • �`� ' ,+ r; •'"•� "` www•.'Loyd W Martin -� _ CU O PERFORMANCE UNDER STANDARD TEST CONDITIONS (STC)* .com O z N co • .: Solar Structures Engineering 5W 295 (n LLJ > v ' r. //`� TUV Power controlled: ��-rr _ 'Maximum power - .P�, #2017-0722 Structural Only 295 Wp ` - _ �, +-, Open circuit voltage - V. - _ - 39.5 V 39.7 V 39.9 V 40.o V - Contractors L_ic. #: • rOvnxtnl` Lowest measuring tolerance inindustiy - 99094.3 Maximum power point voltage VmW - 31.2V 31.3V 31.4V 31.5V Short circuit current Ix 9.71 A 9.84 A 9.97 A 10.10 A r • r - Type: C-10 Maximum power point current I,w _ 9.07 A 9.20 A _ 9.33 A 9.45 A ' 1 • Module efficiency n,• 16.70% - 17.00% 17.30% 17.59% + n r+ s - ' y I,• Every component is tested to meet - Stefan Schweizer,RMO _ •srca000w/mr.zs•c.nnlls • • • s PERFORMANCE AT 800 W/M', NOCT, AM 1.5 • _ • ' � •. _ 3 times IEC requirements �" � • _ - ,- � D s sW 280 SW 285 SW 290 SW 295 y Maximum power P,,,,• 209.bWp 213.1 Wp • 217.1 Wp - 220.5 Wp System Designer: y g � • _ e , Derwin Russell Opencircultwltage VQ -• 36.1V 36.4V 36.6 V' 36.7V r ' + Designed to heavy ' 3927 Country Trails L _ -.Maximum powerpoint voltage vm„ 28.5 V 28.7 V . 28.8 V - 28.9 V accumulations of snow and ice - - Bonita, CA 91902 Short circuit current I„ - 7.85 A 7.96 A 8.06 A ' ' 8.17 A .-. - �`• (619)-252-2355 . e, Maximum power paint current - I, _ 7.33 A • 7.43 A 7.54 A 7.64 A. - •� ` 1 ' .' _. �+ Y _ T - 1 Sunmodule Plus: '1 _ O• Minor reduction in efficiency under partial load conditions at 25'C: at 200 W/m',100% of the STC efficiency 0000 w/mr) is achieved. ! Positivepiirfcirmancetolerance a ( / COMPONENTMATERIAlS . Ir 1000wna ' . J - - ' +•• - - - 25 ' 25 ear linear erformancewarrant ` i - • GS'� Y P Y - .. -Celhpeimodule 60 Front •Low -iron tempered glass- 800 whnr . -.. with ARC (EN 12150) '' Celltype Monocrystalline-; Frome Clearanodizedaluminum 600 W/mr - 6.17inx6.17In g _ ( g) .c Cell dimensions Weight 39.71bs 16.0 k (156.75x156.75mm) - 5.8 kW DC STC and 10 -year productwarranty .. t 't . , s. 4aow/m! _ :: -- , PV System ' y - 200 W/.' , THERMALCHARACTERISTICS - ADDITIONAL DATA - 1 • ! , .. '• m z 100 w/mr NOCT 46'C Powersorting -0 Wp/+5 Wp rcl. 0.04%/ C /-Box IP65 - O _ Glass with anti -reflective coating - ' �` bew,.�s•m • - - R v - TCV. -0.30%/'C t - PV wire per UL4703 Connector. - 378 with H4/UTX connectors M - t0 • - �• A - - (961) " TCP •_` -0.41 %/'C - _>; ,_ • .� ) `' 4.20 _ P rf ( ) YP 0® � p Module ree ormance UL 1703 T el • 006.65) Operating tem -40 to+BS'C ` V ' , • t 1 4x-1- r M � World-class quality y,,,e,,,�� Fully lines of the and ave �1ae 7.12 00.2616.6) (1g°'gs) PARAMETERS FOR OPTIMAL SYSTEM INTEGRATION o -automated production acid seamless monitoring process �b s.n mmm.,e.,=n rri anm - ', -'06.35(9) 4- N csA material -ensure the quality that the company sets -as its benchmark for its sites' t >.n.e�u•wnm Maximum system voltage SC 11/NEC 1000V .� (l worldwide Lj UL 1703 ' ;.`•a.«a,/ ,• g -.. `? Maximum reverse tuners! 25 A 4) Z o �. F-- Q tv SolarWoridPlusSorting • s / ' T T N Number ol6ypassdiodes - 3 (V ry U N o Plus -Sorting guarantees highest system efficiency.SolarWorldonlydeliversmodules C 8 I Design loads' Iwo rail system 113 psf downward, 64 psf upward N- Innovation that have greater than or -equal to the nameplate rated power. ` • ••••• �••• - _ • - !_ Design loads' mreeronsystem n8 psf downward, 64 psf upward U C.) I` ' ti'e 25 -year linear performance guarantee and extensionofpmductwarrantyto10years digression of 0.7Y in the course 017. - .Design loads' Edge mounting 178 psf downward, 41 psf upward ,• refer to the 5unmodule installation instructions for the details associated with thew load cases. C7 � O O � Z (O Q1 SolarWorld guarantees a maximum performance p.a. ''Please of25years,asignificantaddedvaluecomparedtothetwo-phase warranties common - _ . a41pn compatible with both"Top-Down'ren � �_ ` ~ � v' in the industry, along with our industry -first 10 ear product warrant ." y g y y p y .470.35(9) and "Bottom' mounting methods REVISION DATE ' Solar cells manufactured in U.S.A. or Germany. Modules assembled in U.S.A. - 11.32Ltj •�GroundingLocations: -in accordance with thea licableSolarWorldLimitedWarrant at purchase. Y P (2815°) -4 location, along the length of the - wwwsolarworld.com/warranty .' RRRRRR-,3003) ' _ module in the extended Flange. . . -NEE=—39.4 (1001) " 1.30(33 d MADE IN USA 0rusa MPOalEovams• - All units provided are imperial. Sl units provided in parentheses. - SolarWorld AG the to specification 4.-u4p9) SW -01.75000S 160324 DRAWN BY: RCI PROJECT NO. 17-003 solarworld.com.' reserves right make changes without notice --.� DATE: 3/12/2017 SHEET: 3 " MODULE CUT SHEET .Y MODULE CUT SHEET PV -4 *.. i Z NA NA E �. f �oQ�OF ESS/94� www. Loyd W Martin .coin .. W J ' W _ O CD Solar Structures Engineering - 00 ' r s o - - Single Phase Inverters for North America I a r o y m 82 No. C58724 - #2017-0722 Structural Only SE1140OA-US ,9 SE3000A-US / SE380OA-US / SE5000A-US / SE6000A-US / •. OptionalNf ,.. I ' " - .. " •. w r � (�� W v E- Q Lo, .... .......... _ I""""'""""""' ar SolarEdge Power Optimizer ... it I r / Ib. �' , W U SE760OA-US/SE1000OA-USISE1140OA-US • ' 31-17 Exp. 3so 3800 Module Add -On f N rth America '• - ' 6000 Z Z o � . - _ z Or 0 P300 P350 P405 .. - W _ O CD LP - SE3000A-US SE3800A-US SESOOOA-U SE6000A-US E760OA-US SE10000A-US SE1140OA-US ,9 OUTPUT - •. OptionalNf ,.. I ' " - .. " •. w r � (�� W v E- Q Lo, .... .......... _ I""""'""""""' - ... it I r / Ib. �' � Nominal AC Power Output 3000 3800 5000 6000 7600 9980 @ 208V l0000 @zaov, 11400 VA ) STANDARD -COMPLIANCE INPUT I N 5400 @ 208 (` ... ..........• ........... 10800 @ 208V Rated Input DC Powerl') Max AC Power Output ..:.......................................I. 3300 ... 4150 .....I.54....P.,240..................I...............I,10950,�240V 405 6000 8350 .I.................... 12000 r V . AC Out ut Volta a Min: Nom: Max. lu P 8 ........ ......... .........400............. Output Wire length '.....:. •. l•:. ' 0.95 / 3.0 1 ...... c 1.2 / 3.9 ...r..:..... .. .. l:. m / ft - 183. 208 - 229 Vat ......................................... . .................:............ 80 I :...:........... ':.................... ........ :...... ..... .........I...........-" 'C /'F .. RV System Y MPPT Operating Range AC Output Voltage Min: Nom: Maxhf, V V V V _ ✓ - 01 .......................................:...:........ Maximum Short CircuitCurrent(Isc). ' 211- 240 - 264 Vac + - . -;_ I:.Adc... ....................................................1. Relative Humidity fS ' Contractors Llc. ' ... ......................... - .0 - 100 Maximum DC In ut Current ,.:..•..•.•.•.•::..10....•.... 12.5 - ... ............ ........................... AC Frecjuency Mln. Nom: Max.l. •..I. ..:.............I...............I................I...........:..`.'.I...............I.....................................I...:...... .............. 99094 59.3: 60:60:5 with HI country se ng 57 : so -60:5] !.......:.................. ..................... I H? Max. Continuous Output Current '&i6I I 12.5 16 24 @ 208V I 21 240V ............................................. I 25 32 I 48 @ 208V :I 42 240V @ ..................................l.. 47.5. A ` .. Overvoltage Category 1 II mm... .......................'.........................:I...: Stefan Schweizer,RMOc • A.... ....................................I........................................................1....... Utility Monitoring, Islanding Protection, Country Configurable Thresholds Yes Weight with Safety5witch 51.2/23.2.. I 547 247 ........ L '. 88.4/40.1 Maximum Output Current Yes )INPUT Adc THREE PHASE 208V- ^ Maximum Output Voltage - Coolln s I Recommended Max. DC Powernf 3750 4750 6250 -7500 9500 12400 14250 ' W ls?S)......................'........::....-........ .................... .............. ... ......................(...... <25 ; <so :..`.....................I:....................................... .... 'L. ...............:.............:......... r Derwin Russell - ............................ , n • SO .... Transformer -less, Ungrounded I : - 1st e 13 to+140/ 25t +60(-40to+60versionavailable )-F/-C•• Yes ' .. ...........................................:.... •.'••� I:..... Max. InputVohage.....................L................: : r ................. Safety ............ .... IEC62109:(class II safety); UL1741 5......................_................................ :.... - NEMA 3R - .L. ............................................ ... 619 252-2355...........1......s....a*"**............ L..c... ............................................... RoHS .••.......... I Yes ....... . .............32 i @ 208V•/ 350.@, 40V ...........:...............:. to for other nal sent lease mntaa SolarE of limited to 125% for locations where the yearly ave high temperature is abore77•F/75'C and to 135% for whereit 6 b.1-7ry2s'e .. •;,,. t_ �- +•- -............I Vdc... Max. Input Currentuf 9.5 13 16.5 @ 208 I,15:S.Q° 18 23 • 33 @ 208V L.30S 34.5 Adt ............l.................1..... " ...... 240..L.. .... .... ............ Q N °u7 (a1240V........ limit currem to the values Hated. ; " _ t: .-- r . - . • - - y. y .- Max. Inpu[ Short Circuit Current - ..... I .................:..... `- Yes a 45 . .. Ra shutdown kit P/N: SE3006a565 . I ......c Reverse -Polar' Protection I , r ......... .... Yes LLQ m • - :- �D version P SFinaA-USOOONNW - . .. • - .. ....fi'...................... -F Isolation n ... Ground a..tlsoatio D-**..* o......I...:..... - L ..... .. •• 600ko Sensitivi y I.......... Maximum Irnerter Efficiency ........,.I 97.7 ...............:..................................................................................:....P ..............'............'. 98.2 , I 98.3 ............................... 98.3 I 98 98 -. """�""."" "98 " """.,1 ........ % UC Weighted Efficiency . -97.5 - - 98" 97.5 @ 208 97.5 '97.5 47 @ 208V I 97.5 % :...........................*......:........:..:.....:......:..........8 98 240V @p...........................:....:.............@.................................... 97.5 240V Nighttime PowerConsum tion <2.5 - 4., _ <4 W Q \ lF 1 - _ z Or 0 P300 P350 P405 Maximum Allowed System Voltage - W _ O CD �F/C Al / / P400 / '. :: - : •: 85485, RS232, .. Ethernet. Z..... (optional) ...............................................................................,....:...'........... , - Dimensions (W x L x H) N (U 141 x 212 x 40.5 / 5.55 x 8.34 x 1.59 . ;' k, • 1 mm/in -� - .........................on ` Revenue Grade Data, ANSI 032.1 .r^' I ._ •. OptionalNf ,.. I ' " - .. " •. w r � (�� W v E- Q Lo, .... .......... _ I""""'""""""' _ ...................... ' -950/2.1-1 ... it I r / Ib. �' � March 13, 2017 Functionality enabled when SolarEdge rapid shutdown kit is installed") ' _ r _ P300 --.- -- t � P350 __ 1� _ P400 - -- �� P405 for thin film modules) 1 od esl r ' `' C) �•�/ U L.L O'J ) STANDARD -COMPLIANCE INPUT I N ................................ (` ... ..........• ........... J W f r Rated Input DC Powerl') 300 350 -. r 405 W Double Insulated; Amphenol ........ O Z N fA CO ' ............................................................................ Absolute Maximum Input Voltage -!Wet ..................... Grid Connection Standards I ........ ......... .........400............. Output Wire length '.....:. •. l•:. ' 0.95 / 3.0 1 ...... c 1.2 / 3.9 ...r..:..... .. d •- ti M i l:. m / ft (Voc at lowest temperature) ,,.:......... 48 I 60 .............. 80 I :...:........... ':.................... 125 Vdc :.. .........I...........-" 'C /'F .. RV System Y MPPT Operating Range 1' 8 - 48 l 8 - 60 8 - 80 .1 12.5 - 105 ' 1 Vdc I.. j .......................................:...:........ Maximum Short CircuitCurrent(Isc). . ...........I ............ ........................ ............--........... + - . -;_ I:.Adc... ....................................................1. Relative Humidity fS ' Contractors Llc. ' ... ......................... - .0 - 100 Maximum DC In ut Current ,.:..•..•.•.•.•::..10....•.... 12.5 - Ad c .... - - � -. � e 3/4" minimum / 1-2 strings)16.6 WG , I 3/4" minimum / 1 2 strings / 14-6 AWG 99094 � Maximum Efficiency.........................1....................... ........................... 99.5 .:.... ................... I ` 98 8 ..................... 1....% I ' Co ' Type: , 30.5 x 12.5 x 7'i �.......................:.....:......................... .. .. x 1 5 x 7 5 / Weighted Efficiency • - %' s_ r ` .. Overvoltage Category 1 II mm... SYSTEM;DESIGN USING ;' Stefan Schweizer,RMOc • � OUTPUT DURING OPERATION (POWER OPTIMIZER CONNECTED TO OPERATING INVERTER),; - � ;'C1 Weight with Safety5witch 51.2/23.2.. I 547 247 ........ L '. 88.4/40.1 Maximum Output Current 15 JPV SOLARE6' E INVERTERIzI . Adc THREE PHASE 208V- ^ Maximum Output Voltage 60 I Coolln s I I .... t ' OUTPUT DURING STANDBY (POWER OPTIMIZER' DISCONNECTED FROM INVERTER OR INVERTER OFF)' System Designer: i Safety Output Voltage per Power Optimizer 1 .................... .............. ... ......................(...... <25 ; <so :..`.....................I:....................................... .... 'L. Vdc r Derwin Russell 8, - y STANDARD COMPLIANCE - ' n • SO 18` - ^' • U ` + mo 3927 C ountry Trails L - 1st e 13 to+140/ 25t +60(-40to+60versionavailable )-F/-C•• EMC FCC Part15 Class B IEC61000-6-2, IEC61000-6.3 - ...........................................:.... •.'••� Bonita, CA 91902 , : r ................. Safety ............ .... IEC62109:(class II safety); UL1741 ;...1.... :.... - NEMA 3R - .L. ............................................ ... 619 252-2355...........1......s....a*"**............ Maximum String Length ` (Power Optimizers) ............................................... RoHS .••.......... I Yes ....... . 1 ., i I ,w to for other nal sent lease mntaa SolarE of limited to 125% for locations where the yearly ave high temperature is abore77•F/75'C and to 135% for whereit 6 b.1-7ry2s'e .. •;,,. t_ �- +•- I INSTALLATION SPECIFICATIONS Maximum Power per String - .. • • • '5250. . • .. 6000 - • • . 12750 - .. W' a�. Z o i• '• :. For detailed information. refer to of • i - Cts Input •, �' - .....••e•.••. ..••• .• ••. .. Parallel Strin sof Different Len hs g � " _ f ADDITIONAL FEATURES - _ z , Maximum Allowed System Voltage . 1000 Vdc _ .-r Supported Communication Interfaces in erfac..........-. '. :: - : •: 85485, RS232, .. Ethernet. Z..... (optional) ...............................................................................,....:...'........... , - Dimensions (W x L x H) 1 . 141 x 212 x 40.5 / 5.55 x 8.34 x 1.59 . ;' k, • 1 mm/in -� - .........................on ` Revenue Grade Data, ANSI 032.1 .r^' I ._ •. OptionalNf ,.. I ' " - .. " •. w r � . .................. e .. (including Weight mcludin cables g ) .... .......... _ I""""'""""""' _ ...................... ' -950/2.1-1 ... it I r / Ib. �' � Rapid Shutdown -NEC 2014 690.12 + Functionality enabled when SolarEdge rapid shutdown kit is installed") ' _ r _ k, ............. ""'.. "' "" """"' ^" Input Connector " l.. MC4 / Aniphenol /Tyco l z MCA- ' ) STANDARD -COMPLIANCE - I N ................................ ... ..........• ........... ' y........ a `: ::..... UL3741, UL1699B, UL3998, CSA 22.2 • - -. r Output Wire Type / Connector _ ... .. ... ... Double Insulated; Amphenol ........ .. .. - . . -!Wet ..................... Grid Connection Standards I ......... ..:.::.:..... IEEESsa7 1 Output Wire length '.....:. •. l•:. ' 0.95 / 3.0 1 ...... c 1.2 / 3.9 ...r..:..... .. ....... l:. m / ft S 8 kW DC C ......... ....................... ................ 1 Emissions . - .• -r 1. , FCC art15 class B p.................................g.................1...............�..............:............................ Operating Temperature Range 40 +85 40 -+185 ................... .........I...........-" 'C /'F .. RV System Y - INSTALLATION SPECIFICATIONS` .' k -' ' (•. Protection Rating IP65 /.NEMA4 I.. t ' r AC output Conduit size /AWG range .._ .-..............................................:...................................................................... " 3/4" minimum / 16-6 AWG -.• 3/4" minimum/ 8-3 AWG. + - . -;_ _ • - • _ ....................................................1. Relative Humidity ..... _ ' ... ......................... - .0 - 100 .. , _' - I •%-0- - DC input conduit size / p ofstrin / DCP Ss ' - I - - � -. � e 3/4" minimum / 1-2 strings)16.6 WG , I 3/4" minimum / 1 2 strings / 14-6 AWG •. I � "" "` "" d. "" of ReiM Sic power of the �uln. Module of up ro Kte power tolelrpnco Nlowed. • _ """"" " + y , "' - _- -.,f., • , -, F „ Co ' AWG ran e .......... g ..........::................. ...................... Dimensions with Safety Switch 30.5 x 12.5 x 7'i �.......................:.....:......................... .. .. x 1 5 x 7 5 / • - _ . ! s_ r �.•:: k . (HxWxD).............................. ,30.5 30.5x125x105/775x315x260 .....775z...... 2........1:.......775x3 5x191.. L:... :I. mm... SYSTEM;DESIGN USING ;' ;'C1 Weight with Safety5witch 51.2/23.2.. I 547 247 ........ L '. 88.4/40.1 I Ib%kg ._ "� ` ' f JPV SOLARE6' E INVERTERIzI . SINGLE PHASE,' THREE PHASE 208V- THREE PHASE 480V ' Coolln s Natural Convection I Fans user re laceable) f e...... I .... t i ................ Noise s Min. Operating Temperature .................... .............. ... ......................(...... <25 ; <so :..`.....................I:....................................... .... 'L. dBA.' r Minimum String Length Optimizers) 8, - y n • SO 18` - /, f U ` + mo -Max. ax. � - 8......... - 1st e 13 to+140/ 25t +60(-40to+60versionavailable )-F/-C•• ..... ..ize..................... ...........................................:.... •.'••� : r " Qi ' ............. " • Protection Ratin 6 ...... ............ ..... :.... - NEMA 3R - .L. ............................................ ... Maximum String Length ` (Power Optimizers) - 25 25 y ' I� :. • SU ,. ., i I N r `/ CU o to for other nal sent lease mntaa SolarE of limited to 125% for locations where the yearly ave high temperature is abore77•F/75'C and to 135% for whereit 6 b.1-7ry2s'e .. •;,,. t_ �- +•- Maximum Power per String - .. • • • '5250. . • .. 6000 - • • . 12750 - .. W' a�. Z o i• '• :. For detailed information. refer to of • i - Cts Input •, �' - .....••e•.••. ..••• .• ••. .. Parallel Strin sof Different Len hs g � " ... .• ...; Q N °u7 . A higher current source may used; Irwerter F Nlg ue�adelrnenorP/N:SfimaA-USOOONNfU, limit currem to the values Hated. ; " _ t: .-- r . - . • - - y. y .- , or Orientations - `- Yes a a' ao N U t� .. Ra shutdown kit P/N: SE3006a565 - , ,,• ^ - .• c, ., • ...: ........... ............ ........ ..... ....................... ..... ..... .... r ......... .... ....... • LLQ m • - :- �D version P SFinaA-USOOONNW - . .. • - pf350/P /P it o not allowed to mbt NO! with P300/P 400/P600 70o In one string. - L . .. •• ' ca y (D 1- -•� RAPID SHUT DOWN -' LISTINGS ^-". - _U t,cli 4., CU r cc to R Co ti J o �unsrx£c ..ATI �, .. r_Al ' ~ REVISION DATE as We I ate u 'NOTE: ALL EQUIPMENT SHALL BE AS SPECIFIED OR EQUIVALENT a y 1 INVERTER CUT SHEET ' NA DRAWN BY: RCI PROJECT NO. 17-003 r DATE: 3/12/2017 SHEET: PV-5� . 1 W • - - . - � .• SblarEid. em Desi and the NEC � ge Design SblarEdge S�rtem Design and the NEC - Q April 2011, Fav 1.4 April 2011, Fav 1.4 W U J Page 5 of 10 Page 6 of 10 Z Z o coo 8.25 Adc Max Power CLrrent (Imp) W -vN(0 Photovoltaic Mem Voltage The direct current (DC) voltage of any photovoltaic source or PV (bnductor Sang The power optimizers are typically located in dose proximity to the PV -, co (� L Q LO photovoltaic output circuit. For multi -wire installations, the modules, and the PVcircuit conductorsare normally limited to those supplied aspart of the listed Q U 0 m photovoltaic system voltage isthe highest voltage between any two PV module. In this ca9e no additional ampacity calculations are required. In the unlikely event - J LU M O N DCconductors ; • r that additional wiring is needed between the PV module and the power optimizer these(� Z c}n W M In a SolarEdge system, the power optimizer isthe DCUtilization Equipment referenced by the (ode. conductors should be sized in accordance with Article 690.8 (B) (1). The minimum recommended • In. contrast, the 3xlarEdc,� inverters operate with a fixed DCinput voltage that is regulated by the - The PV Source Orcuits are limited to those conductors between the PV module and the power temperature de -rated ampacity for these conductors is 10' 1.25A=12.5 A .' Contractors Lic. #: optimizer. Snoe every PV module is connected directly to a power optimizer there is no.eommon ,module 990943 connection point between adjacent modules . ~ Bcposed (inductor Types Because the SblarEdge system operates the modules in an ungrounded Type: t state, all exposed conductors including any conductors attached to the modules or added by the • c-10 Stefan scnweizer,RMo An example of the PVSburoe arcuit calculations required by the Cbde is given below for atypical 245 installer must be listed to UL aandard 4703 and be labeled PV Cable, PV Wire, FhotovoItaic (able, _ I isthe inverter input current, Pisthetotal power of that string and Visthedcinput voltage set by `'" Watt crystalline PV module and a 250 Watt power optimizer: ' or Photovoltaic Wire as required by NEC690.35(D). - inverter. The relationship between inverter input current and total array power iscentral to the M CU L U higher current moduleswill not damage the power optimizes but could result in reduced energy,- Svstem Designer:. PV Module Calculation of the voltage and current in the inverter input circuit requires an understanding of the MaximumRower. ower. 245 WP Open Circuit Voltage oc) 37.37 Vdc Max Power Voltage, pp 30.8 Vdc Short arcuit Qurent (Isc) _: 8.25 Adc Max Power CLrrent (Imp) 7.96 Adc Pbwer C iptimizer (PB250-AOB) Minimum Input Voltage 5 Vdc Maximum Input Voltage_ 60 Vdc Maximum Input Qjrrent 10 Adc Maximum Output Qarrent 15 Adc Over CLrrent Devices The SblarEdge power optimizers include automatic reverse current -Derwin Russell, ` 3927 Country Trails Ln '. protection which prevents current from flowing from the inverter input circuit back into the FV Bonita, CA 91902 module. Snoe there are no other parallel connected sources of fault current between the module (619)-252-2355 •, and the optimizers, no overcurrent devices are required in accordance with 690.9 (A) exception a. '- s Inverter Input Urcuit Maximum PV Sjstem Voltage is calculated in accordance with the requirements of Article 690.7: .. Calculation of the voltage and current in the inverter input circuit requires an understanding of the Atypical very low temperature correction factor of 1.25 is required for systems operating at operation of the SblarEdge system. Traditional PV inverters have MPFTfunctionsbuilt into the . ambient ternperatures of -36 to -40 °F(-32 to -40 °C;). Using this oorrection factor the Maximum inverter. This means the inverter adjusts its DCinput voltage to match that of the PV array connected ` 5.8 kW DC STC Pv s stem Y , PV_%Jstem Voltage equals 1,.25* Voc =1.25"37.37 = 46.71 „Vdc.' Because this islessthan the - ° to it. In this type of system, the modules are wired in series and the maximum system voltage is 3 maximum input volt of the power optimizer the design isacceptable. table. Tem rature P �9? Po P � � P Pe 'calculated in accordance with NECArtide 690.7, using the number of modules in series, the open _ ' calculations can essentially be eliminated for all moduleswith a rated open arcuit voltage of 48 '_f : circuit voltage of each module and the lowest expected ambient temperature at the system location. • .. i ' Vdc or less, i.e. 60Vdc/ 1.25. • Modules with open circuit voltages near 48 Vdc must be evaluated `" - - using the temperature correction factors required by NECTable 690.7 orobtained from the ` ; • In. contrast, the 3xlarEdc,� inverters operate with a fixed DCinput voltage that is regulated by the a) manufacturer: ` , inverter. For a system connected to a 240 Vac grid, the inverter regulates DCvoltage at M ,module approximately 350 Vdc. For systems connected to a 208 Vac grid the DCvoltage is regulated at r a) N 5 ' Maximum PVQarrent is calculated in accordance with Art 690.8 and is to 1.25 Isc roximatel 305 Vdc The in ut voltage n of the the �_ ? aPP Y P 9 9 c�.x N (u 0) • 1.25* 8.25 =10.31 Ada The power optimizers include an internal current limiting function as � r` input circuit current is proportional to the total arra � y power in accordance with Ohm's law I�YV where Z N � H Q � N described in Artide690.8 (B)(2) and have been evaluated for continuous operation as permitted in - _ I isthe inverter input current, Pisthetotal power of that string and Visthedcinput voltage set by `'" U C Exception 1 of that Article. The maxdmum suggested module Isc istherefore 10 Amps. Use of - inverter. The relationship between inverter input current and total array power iscentral to the M CU L U higher current moduleswill not damage the power optimizes but could result in reduced energy,- operation of the SblarEtlge system. > o '= ai z ' yield due to current limiting: , . CU � CY U ~ J Ja Note: In 'areas where irradiance levels are frequently above 1000 W/ m2 we recommend 9y,0FESS /py WWW. Loyd W Martin .Com limiting the maximum iscto10AI1.25=BAtoensurethatcurrent limiting, andthe �° q� Solar Structures Engineering REvlsloN DATE' - resultant power loss, does not occur. o y #2.017-0722 Structural Only i No. C58724 - NOTE: ALL EQUIPMENT SHALL BE AS SPECIFIED OR EQUIVALENT 7k Exp. 3-31-17 * DRAWN BY: RCI PROJECT N 17-003 Property of SblarEdge Technologies, Inc. `fl C i V lv �� Pro of ShlarEd Technol es, Ina Property 9TFCF l- 3/12//22 017 ti ©Copyright 2011 CAI�F� - 2011 - - - ._ _._.. .. r SHEET: INVERTER OPTIMIZER WHITE PAPER March 13, 2017 �2 INVERTER OPTIMIZER WHITE PAPER PV -6. 1 NA NA D LZ�_ Q /ld IRONRIDGE Integrated Grounding System Installation Overview g � wU� r 00 CInstaII Roof Attachments w "DOCO Simplified Grounding _ �.; �^`f _ � • Install appropriate roof flashing and/orstandoff for roof type. IIYti �// //> � � � I.J. V L Q For Greater Safety & Lower Cost. ... r� �` : A- �, �`i,�_ • Attach L -Feet to flashing orstandoff. f m V 0 a Q Traditionally solar modules are grounded by attaching f' r 0 z N C) U)wAi� Contractors Lic. #: 990943 Type:, - challenges by bonding modules directly to the mounting Stefan Schweizer,RMO rails. This approach eliminates separate module �• Y • * ' ® Mount & Ground Rails grounding hardware, and it creates many parallel ` j • =' grounding paths throughout the array, providing. - ;} : ► , i� : } • Attach rails to L -Feet and level rails. ut.► , • greater safety for system owners., �' - �`� _ " • Install one Grounding Lug per row of modules. t+i ` System Designer: t : Grounding,Mid Clamp �r Derwin Russell Each'.Groundmg Mid;ciamp pierces through the • Connect Grounding Lug to grounding conductor._ 3927 Country Trails L anod ized coatings oi.both the module frame and - r� af- ,'. ' _ the:inountmg ral to`form secure electrical bonds,' .Bonita, CA 91902 r which areepeated]hroughout the array. (619)-252-2355 oQROF ESS/p4,q r �a. . ® Install Modules & Clamps ,' ��_ • Install first module using End Clamps and Grounding Mid Clamps. a= m • Install additional modules usingGrounding Mid Clamps. f4`2`' • _ d No. C58724 9 P --+ • Finish row with a second pair of End Clamps.. — ,J * Exp. 3-31-17 -- `�- CIV0 �\P _ 58 kW DC STC 3 lugs, bolts or clips to the module frame, then connecting f i ® Prepare Rail Connections ' v these to a copper conductor that runs throughout the :_ , e • Insert splice into first rail; then secure with Grounding Strap and , array. This process adds time and cost to the installation„- ;' y� self -drilling screw. and often results in improper grounding, creating x - significant long-term safety risks. Y .. �' Y. .9 • Slide second rail over splice, then secure with opposite end of i r - Grounding Strap and self -drilling screw. The IronRidge Integrated Grounding System solves these ' Testing & Certification March 13, 2017 - a The IronRidge Integrated Grounding www. Loyd W Martin .cofTl�> Y System has been tested and certified to j Solar Structures En ineerin� UL 2703 by Intertek Group plc. 9 9 #2017-0722 Structural Only `y, ` ` r,, y, ;, , UL 2703 is a proposed UL standard for evaluating solar module mounting . and clamping devices. It ensures these • rT r.� r " ter` M �� devices will maintain strong electrical and mechanical connections over an extended 5N' V Y period of time in extreme outdoor .X ~_ / environments._ 2 The testing process closely mirrors that . .Grounding Strap? of UL 1703, the solar module testing ..r`` �` fGiounding�$traps are used to +`w s standard, including temperature and Itiond W46 -.rail connections. �� .•. Gloundtng;lug° ' humidity cycling, electrical and mechanical The are on required on the -' fail with the grounding lug a A`single Grouridln9 lug ; �contiects an entire row load testing, and manufacturing quality •6ri,v nwdule'sto the reviews. grounding conductor. NOTE: ALL EQUIPMENT SHALL BE AS SPECIFIED OR EQUIVALENT 1 RACKING CUT SHEET s NA 2 RACKING CUT SHEET ; NA PV System o 0 U m C: .M Qi 0^' LV N a W N N U N C.. L U �� r, O c �z CU (D :3 U V) J J d REVISION DATE DRAWN BY: RCI PROJECT NO. 17-003 DATE: 3/12/2017 SHEET: PV -7 L W fXR Rails _ / IRONRIDGE Roo Mount System • XR10 Rail' ESS/0"V = QROF �N' A low -profile mounting rail. for regions without snow. . 6'spanning capability ' No. C58724 Moderate load capability Exp. 341-17 >k Clear anodized finish XR1000 Rail A heavyweight mounting rail for commercial projects. • 12'spanning capability • Extreme load capability • Clear anodized finish I , , WUC Z Z C00 W —�C) i C4 v Q Lo QIYmUco LIJ Oz�U)(D (n W M > .� Contractors Lic. #: 990943 LIP eqC / V I\- ��P Attachments o C-1 - - °� lF L\F0� -1 »_ ," OF __. C A FlashFoot + • i March 13, 2017 > , • i www. Loyd W Martin .comp °71 ' . Solar Structures Engineering r _.: r r_ #2017-0722 Structural OnlyG, •Anchor, flash, and mount with all -in -one attachments. NOTE: PV MODULES ANDI R CKING SHALL BE INSTALLED PARALLEL TO ROOF SURFACE ' .. • ,Ships with all hardware AT A MAXIMUM OF 7" FROMTOP OF ROOF SURFACE TO TOP OF MODULE.'IBC &IRC compliant SEE PV -11: FOR FLASHINGAND STANCHION ATTACHMENT Certified with XR Rails Standoffs Tilt Legs � _ _ Stefan Schweizer,RMO System Designer: , Derwin Russell 3927 Country Trails L Bonita, CA 91902 (619)-252-2355 •• Raise flush or tilted, Tilt assembly to desired systems to various heights. angle, up to 45 degrees. �. • Works with vent flashing. Attaches directly to rail Ships pre -assembled Ships with all hardware • Lengths from 3" to 9" -,,Fixed and adjustable Built for solar's toughest roofs. Clamps & Grounding ., IronRidge builds the strongest roof mounting system in solar. Every component has been tested to the limit R 5.8 kW DC STC and proven in extreme environments. End Clamps Grounding Mid Clamps Q T -Bolt Grounding Lugs 'Accessories PV System r Our rigorous approach has led to unique structural features, such as curved rails and reinforced flashings, and �` - -z �. f' -.:• , '•' �: is also why our products are fully certified, code compliant and backed by a 20 -year warranty: i +,Strength Tested PE Certified e ! •'°All components evaluated for superior 'pre -stamped engineering letters - • • Slide in clamps and secure Attach and ground modules Ground system using the~. Provide a finished and. C M Structuralerformance. � - 'available in most states. modules at ends of rails. in the middle of the rail. rail's top slot. organized look for rails: N a) U) 'o, P . CV C Mill finish & black anod. Parallel bonding T -bolt , Easy top -slot mounting Snap -in Wire Clips. U N t-� Sizes from 1.22" to 2.3" Reusable up to 10 times Eliminates pre -drilling •• Perfected End Caps55 O a) Z o .Qi F - Q o Complete Assembly' Design Software Optional Under Clamps Mill & black stainless Swivels in any direction UV -protected polymer C) N N • End-to-end solution provides Online tool generates a complete billv C)attachment, mounting, and grounding. of materials in minutes. Free Resources i U c n n . (Design Assistant . I ♦V" " iHABCEP Ce'rdfredTrammg' O v r ` ins M i 'Infegrated'Grouncling r20 Year Warranty * cGo from rough layout to fully ;4 r Earn free cononumg,educagon;cred ts,;, 1 +-+ - .� ;.Y ., .. r f iA 4hi _ leatn�ng more about our:_systems; U) I- J o_ engineered system For free le UL 2703 system -eliminates separate( ® Twice the protection offered by �► �.;' - - , Go nRl g .com/rm CGo to IronRidge.com/training -- -- ,_ to REVISION DATE Iro d e inodule.grounding corponents , ,competitors. _ -- ., , :. • ,�L.v:.1Q DRAWN BY:• RCI NOTE: ALL EQUIPMENT SHALL BE AS SPECIFIED OR EQUIVALENT - PROJECT NO. 17-003 DATE: 3/12/2017 M - i - - - • SHEET: 1 RACKING CUT SHEET 2 RACKING CUT SHEET PV NA - NA i 1 Intertek AUTHORIZATIONTO MARK Intertek AUTHORIZATION TO MARK > { > c f + ZZ_ o�� ! LLJ N(D 1 �> C 00 This authorizes the a application of the Certification Mark(s) shown below to the models described in the Product(s) This authorizes the application of the Certification Mark(s).shown below to the models described in the Product(s) i Q 'Covered section when made in accordance with the conditions set forth in the Certification Agreement and Listing Covered section when made in accordance with the conditions set forth in the Certification Agreement and Listing Q (� 00 'Report. This authorization also applies to multiple listee model(s) identified on the correlation page of the Listing Report. This authorization also applies to multiple listee model(s) identified on the correlation page of the ListingJ . m r Report. Report. w �-- p ,.. 0Z�.00((0 This document is the property of Intertek Testing Services and is not transferable. The certification mark(s) may be. This document is the property of Intertek Testing Services and is not transferable. The certification marks) may be (%% LU M applied only at the location of the Party Authorized To Apply Mark. applied only at the location of the Party Authorized To Apply Mark. Contractors Lic. #: Applicant: IronRidge, Inc. Manufacturer: IronRidge, Inc.. Applicant: IronRidge, Inc. Manufacturer: IronRidge, Inc. « { 990943 Address: 1495 Zephyr Ave Address: 1435 Baechtel Road Address: 1495 Zephyr.Ave Address: 1495 Zephyr Ave , Hayward, CA 94544 Willits, CA 95490 Hayward, CA 94544 Hayward, CA 94544 Type: Country: USA Country: USA Country: USA ti. - Country;• USA _ C-10 Contact: Yann Schwarz Contact: Jim Norsworthy Contact: • 'Yann Schwarz . Contact: Jim Norsworthy Or Dave Taggart Stefan Schweizer,RMO (800)227-9523(800) 227-9523 707 363-.3025 Phone: Phone: (800) 227-9523 Phone: t Phone: (510) 225-0973'. t -� (51 ) 225-0973 + (800) 227-9523 FAX: (707) 459-1833 ;'' FAX: (707) 459-1833 ` �' : ` FAX: (707) 459-1833 FAX: : (510) 225-0975 Email: yschwarz@ironddge.com Email: jnorsworthy@ironridge,com , Email: yschwarz@ironridge.com Email: jnorsworthy@ironddge.com'. " + System Designer: Party Authorized To Apply Mark: Same as Manufacturer w . ' Party Authorized To Apply Mark: Same as Manufacturer , •' Derwin Russell Report Issuing Office: Lake Forest, CA i •t. Report Issuing Office: Lake Forest, CA { 3927 Country Trails Ln * Control Number:, 4007559 Authorized b E Control Number: , 4008377. Authorized by: %•_._�"' _ Bonita, CA 91902 .. y ,. _ •' (619)-252-2355 , for Thomas J. Patterson, Certification Manager '- for Thomas J. Patterson, Certification Manager ' M CLASSIFIED ` • En CLASSIFIED • w ; ETA �s .. E1� uS _ L Intertek �,.. Intertek x This document supersedes all previous Authorizations to Mark for the noted Report Number: This document supersedes all previous Authorizations to Mark`for thenoted Report Number. 5.8 kW DC STC • Th� &nfmrt atbn to Mark Is for the expkshm use of hftertek'a Client and Is vrovlded pursuant to the CeAfi atbri agreement between Intertek and to CfienL mtertak's responsitoft and liability am This Authorization to Mark is for the axctustve use of Intertelfa Client and Is provided pursuant to the Cerdf ion agreement between Intertek and Its Chem. Intertek's responsibility and IlaDdity are ' - PV System - t i limited to the forma and conditions of the agreement Intertek assumes nb0ability to and party, other than to the Client In accordance with the agreement, for any khss, expense or damagea occasioned - limited to the terms and emotions of the agreement. Intertek assumes no Dabiily toany party. • other to the Giem cc In accordance with the agreemem; for any I=. expense or damage ocrosbned ` by the use of Otis Authorization to Mark Only the Client Is authorized to permit copying or distribution of this Authafaation to Mark and Men only In its enluety. Use of Intertek's Certification mark is by the use of this Aut omoation to Mark Only the Clem is aulho and to pert oopymg ordistribution of this Authorization to Mark and than only in is entirety: Use of Intartek's Certification mark is '#. mbicted fo 11 oondtbns lab out in the agreemem and In this Authorization to Marc. Any further use of the Intertek name for the sate or advertisement or the tested material, product or service must restricted to the conditions laid out in the agreement and In this Autrodzatbn to MCA.Any further use of the Intertek name for the sale or advertisement of the tested malaria. product or service must , • y « . Tutt be approved in writing by I artak Initial Factory Assossmente'and Follow up Services am for the purpose of assurbg appropriate usage of the Certifimtbn mark in accordance with the agrae—L - .. fust be approved in writing by Intertek Initial Factory Assessments and Follow up Services are for tha purpose of assurbg appropriate usage of the Certification mark in scoDmance with the agmemertL they are not for the purposes of production quality control aro do not relieve the Client of Nati obligations in this respect. - they aha not for da purposes of production quality control and do rot relieve the Client of their obfffations In this respem _ r - Intertek Testing Services NA Inc. - Intertek Testing Services NA Inc. 545 East Algonquin Road, Arlington Heights, IL 60005 • 545 East Algonquin Road. Arlington Heights, IL 60005 n _ h L Telephone 800-3453851 or 847439-6667 Fax 312-283-1672 • Telephone 800-345-3851 or 847-439-5667 Fax 312-283-1672- � UL Subject 2703 Outline of Investigation for Rack Mounting Systems and Clamping Devices for Flat -Plate Standard(s): Photovoltaic Modules and Panels, Issue Number: 1, October 4, 2010 Product: XR Rails with Integrated Grounding. L Brand Name: N/A Q�QFESS/0�r Models: 51-61 GD -005, 51-61 GD -005B, 51-5000-001, and 51-65-001 Standard(s): UL Subject 2703 Outline of Investigation for Rack Mounting Systems and Clamping Dev, ices for Flat -Plate Photovoltaic Modules and Panels, Issue Number: 1, October 4, 2010 Product: XR Rails with Integrated Grounding. Brand Name: N/A Models: 51-61 GD -005, 51-61 GD -00513, 51-5000-001, and 51-65-001 W. Ad r O C - L (U (13 v No. C58724 W o .� "' o N * Ex 33117 * 1' M C.0 �z s P' wvvvv. Loyd W Martin .cpm I� `� CU y .'J �qTF cjvi�. `P -Solar Structures Engineering r REVISION DATE OF C P,0 #2017-0722 Structural Only - • - March 13, 2017 t t o DRAWN BY: RCI ATM Issued: 10 -Nov -2014 ATM Issued 10 -Nov -2014 ATM for Report 101541132LAX-002 Page 1 of 3 ATM for Report 101541132LAX-002 " Page 2 of 3 . ED16.3.15(1Jan-13)Mandatory - , 'E616.3.15(1Jan-13)Mandolory PROJECT NO. 17-003 • DATE: 3/12/2017 ' r SHEET: RACKING . CERTIFCATIONS , ' 'PV -9 �.* 1 NA 1 C' Q� LM0 (D rn -0 U N o • L.i.. N v N N W. Ad r O C - L (U (13 v No. C58724 W o .� "' o N * Ex 33117 * 1' M C.0 �z s P' wvvvv. Loyd W Martin .cpm I� `� CU y .'J �qTF cjvi�. `P -Solar Structures Engineering r REVISION DATE OF C P,0 #2017-0722 Structural Only - • - March 13, 2017 t t o DRAWN BY: RCI ATM Issued: 10 -Nov -2014 ATM Issued 10 -Nov -2014 ATM for Report 101541132LAX-002 Page 1 of 3 ATM for Report 101541132LAX-002 " Page 2 of 3 . ED16.3.15(1Jan-13)Mandatory - , 'E616.3.15(1Jan-13)Mandolory PROJECT NO. 17-003 • DATE: 3/12/2017 ' r SHEET: RACKING . CERTIFCATIONS , ' 'PV -9 �.* 1 NA 1 ' : A '• , . .+ .. - , • t ' E, . .. , 8431 Murphy Drive AUTHORIZATION TO MARK hy _ Middleton, by 53562 USA A Intertek Telephone: 608.836.4400 • ` W U J + .L Facsimile: 608.831.9279 d ?. + w •' a www.inteAek.com Z Z C00 • e cation of Conformi .�� M CD - • . . ' , " - . _ • � • Test V rife ty � t NUS Q This authorizes the application of the Certification Mark(s) shown below to the models described in the Product(s) Covered section when made in accordance with the conditions set forth in the Certification Agreement and Listing Report. This authorization also applies to multiple listee model(s) identified on the correlation page of the Listing Report. This document is the property of Intertek Testing Services and is not transferable. The certification marks) may be applied only at the location of the Party Authorized To Apply Mark. Applicant: IronRidge,•Inc. - y Manufacturer: Precision Pie & Stamping, Inc. r ` Address: 1495 Zephyr Ave - =Address: 1704 W. 10th Street i ' Hayward, CA 94544 Tempe, AZ 85281. { .•-Country: USA ,A, A Country: USA • v + Contact: Yann Schwarz Contact: Andy Frola " (800) 227-9523 • Phone: (510) 225-0973 R i'- r - Phone: (480) 967-2038 FAX: (707) 459-1833 FAX: 4 (480) 829-0838 , Email: yschwarz@ironridge.com i _ Email: andy@precisiondie.com' - Party Authorized To Apply Mark: Same as Manufacturer • � Report Issuing Office:' Lake Forest, CA , + Control• Number: ' 4008083 Authorized by:- " for Thomas J. Patterson, Certification Manager , EEL CLASSIFIED _ r US r t ' Intertek } +, This document supersedes all previous Authorizations to Mark for the noted Report Number`` This Authorization o Mark cl for the exclusive use of Imenek s Cfern and is provided pursuant to the Certification agreement between Intertek and Its Client. I nertsk's responsibility and tiabffity ere ' ,. . limited to the terra and conditions of the agreement Nortek assumes no liability to any party, other loan to the Cion in accordance vAth the agreement for any loss, expense or damage occasioned , by the use of this Authorization to Mark. Only the Client Is authorized to permit copying or distribution of rids Authorization to Mans and then only In its entirety. Use of Ntertak's Certification mark Is ,_. w restricted to the conditions told out In the agreement and In this Authorization to Mark. Any further use of the hnertek name for the sate or advartlsemen of tie tested material, product or servloe must , Post be approved In writing by Intertek. Initial Factory Assessments and Follow up services am for the purpose of assuring appropriate usage of the Certification mark In accordance vAth the agreement, they are not for the purposes of production quality control and do not relleve the Client of their obligations in this respect. y s 1 Intertek Testing Services NA Inc.: " z. 545 East Algonquin Road, Arlington Heights, IL 60005 - Telephone 800-345-3851 or 847-439-5667 Fax 312 -283 -1672 - UL , ' • UL Subject 2703 Outline of Investigation for Rack Mounting Systems and Clamping Devices for Flat -Plate Standard(s): photovoltaic Modules and Panels, Issue Number: 1, October 4, 2010 Product: XR Rails with Integrated Grounding. r Brand Name: N/A Models: 51-61GD-005, 51-61GD-005B, 51-5000-001, and 51-65-001 �oQROFESS j• 1 A O W Z a" J W 00 I j 0 Z C:) (n W NI Contractor's Lic. 0: •', 990943 Type: C-10 Stefan Schweizer,RMO r System Designer: Derwin Russell 3927 Country Trails L Bonita, -CA 91902 (619)-252.2355 _ r ` 5.8 kW DC STC' ' PV System U. C M Qi �' Lr) Z - W Q tr) C4 �: NU2 CN rn (n CU 6tov m U c _ . •r. `�` No. C58724 i > O ai z CID (0 - ; ~ ` • r. " r} - * Exp. 3-31-17 This Verification is for the exclusive use of Intertek's client and is provided pursuant to the agreement between Intertek and its Client. Intertek's responsibility and liability are ��/"�� •� % www. Loyd -W Mai LI n . corn - - limited to the terms and conditions of the agreement. Intertek assumes no liability to any, pony, other than to the Client in accordance with the agreement, for any loss, expense V) I� J d • Solar Structures Engineering. �.y C I V I ` ��Q' or damage occasioned by the use of this Verification. Only the Client is authorized to permit copying or distribution of this Verification. Any use of the Intertek name or' one of its T marks for the sole or advertisement of the tested material, product or service must first be approved in writing by Intertek. The observations and test/inspection results REVISION DATE F OF C AO. referenced in this Verification are relevant only to the sample tested/inspected. This Verification by itself does not imply that the material, product, or service is or has ever been - • • • #2017-0722 Structural • Only - 'under an Intertek certification program.~ -_ - -�� - - - - " ' - - ` - ' March 13, 2017 ,.. -. .- .. ... .. _ - _- .. -; � - * GFT -OP -11a (24 -MAR -2014) ATM for Report 101541132LAX-002 Page 3 of 3 ATM Issued: 10 -Nov -2014 ' DRAWN BY: RCI - • . ED 16.3.15(14-13)Mandplory - - " PROJECT NO. 17-003 • . • DATE: 3/12/2017 SHEET: .. i' RACKING CERTIFICATIONS PV- O R 1 NA' _• - , w d� �c r� Q n i g3 N W A Cn rg U V OD03 d m ro - O s a ` Z d /1� a a \V _ � c A o N * RE m e) s Cr Y N to y a o Q Cl 8 L o Z ry G L "fl p V V P fn A W N- ++ • Q o m =� j OHO N oN_ N N W ..p0p W NN N■ n a S O w d G w N IV C m a" ` " 0� ~ 1 yo J P N 8 A, 7 C '^ yr - n i C Cn p N TT o 1 T Moto a[`i v m rrT rn m n f n 0= 2 m m _ ml a HUY � � � IV �� x p p Z n c Z A p x L $$ S m _ _ C u Z ��€ 7s m n D< � = H z N n n i o r3 _ v C ren Z D m m 0- y z O v > . ► O z _ �� _ n 7 � MZ �rn �C1 vO n = m ym m • P A C• N O Z N n \ P ?C A x_ in A N __ N °D N N N V Q v Z D- , a x Oz D a N? 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T T > m w - < SOLAR RENEWABLE V (00 m m D m Stayers Residence ° o� ` `° ° 17 ut N O C m m N av W i ld 77600 Calle Tecate N N � w o ENERGY, INC. N z z La Quinta, CA 92253 `D ° N o 3 D z 3421 Bernardino Ln N O Ili. o Latitude: 33.649125° N, Longitude -116.310410° W w `CO � N Cn `N Vista, CA 92084 o D Parcel No: 7743020220 0 c°ir, N �. fD � + m 3 o (760)-805-4664 O v �, O m` 4 t i ) ,.. C: W C) -j- ZZ - — ao u - c O CD. � N � POU�IER iTO. THIS BU1I�DIN, _IS. ALSO �� Q� Q� ��CD SUPPLIED' -ER0M .J- H.E FOL 'OWING �WC,4 t } 0ZN N(0 SOUR•�CES' 'LOCATE.D, •AS`: SHOWN SWM A _ Contractors Lic. #: t 990943 ' MAIN MAIN -SERVICE PANEL . ._ 1 AC AC DISCONNECT 4 �yPL ` Stefan Schweizer,RMO +' DC DC'DISCONtiNECT 0 r : INVERTER. System Designer: 01 OM MAIN OM UTILITY- METER, Derwin Russell ' cs t { } w,`4' • 1 3927 Country Trails Ln i' DC AC AC A' UTILITY. DISCONNECT ~ Bonita, cAslso2 - (619)-252-2355 ' 1. OF 2 (MAIN BREAKER) J -UTILITY DISCONNECT Y - 2 'OF 2PV "DCSCONNECT` i a w -� i' •. 20 •SOLAR• MODULE P nl SskwD 0 T MiZER• DC STC VO TALC PV System PHOTO _y• L.. CITY 0 LA QUIN A ' v BUILDING SAFETY -D •T. r = SOLAR RENEWABLE -ENERGY: INC: \, L` r a, -,I •t - Tr. e - -..APF' 0 Y ED . W•. `(760)-805-'4664 °" R R I r - rn C c '^ .. • • i _r. • _' .Sts •' - - - O DATE BY �CU � t, w ' - DESCRIPTION OF PLACARDS: J J _ N~ Q N o Schedule with the location of all ret uired markings and labels for the proposed photovoltaic system per the Solar Permitting Guidebook. t. U N • - r • SIZE OF'ALL SMALL PLACARDS TO BE 4" X 1.5 v a ,r (CEC 69o.53j ; ` � (CEC 690.54) . SIZE OF LARGE PLACARD -IS 6.5" X 6.5" r` ,U c • >o— -;z A. '3/4 TITLE _CU CD C1 ; B. 1/4 SUBTITLE T in ti J a C. 1/8 CALLOUTS REVISION DATE D. 1/16 MAPPING r • PLACARD COLOR WILL BE RED ON FRONT WITH WHITE LETTERING ENGRAVED • PLACARD SHALL BE POP -RIVETED OR SCREWED TO MAIN PANEL COVER - DRAWN BY: RCI ' PROJECT NO. 17-003 ". 'Sample placards for AC and DC disconnect with applicable values and text per the CEC and. Solar Permitting Guidebook. - PHOTOVOLTAIC SYSTEM EQUIPPED DATE: 4n2/2o,7 (CEC 690.12)` SHEET: ► • (CEC 690.56(C)) WITH RAPID ;SHUTDOWN nPLACARDSSCHEDULE – PV - 14 1 NTS s, t a `S •:. ,�y. .�ylt;�X,C`1hA k '^Gode SecuMs� ' `''` X',�ri a¢. fi w' 'T 2 +✓ Location Label tC ,.. ^.7` '�s Texts < a *,$, : of '(407 .. -. 4;r�d* • 4� ; CEC 640.5(C) Utility -interactive inverter & battery WARNING: ELECTRIC SHOCK HAZARD - enclosure IF AGROUND FAULT IS INDICATED,- ' NORMALLY GROUNDED CONDUCTORS MAY BE UNGROUNDED AND ' - r ENERGIZED CEC 690.35(F) _ All enclosures with ungrounded circuits WARNING: ELECTRIC SHOCK ' - - _ or devices which are energized and may HAZARD. THE DC CONDUCTORS be exposed during service_ OF THIS PHOTOVOLTAIC SYSTEM ' . .. _ ARE UNGROUNDED AND MAY BE �•. ENERGIZED. - CEC 640.14(C)(1) _ On the main service when DC wiring . DC DISCONNECT IS LOCATED.:.. . - is run through the building and the OC • disconnect is located other than at the _ t• main service CEC 690.14(0)(2) . On the AC and DC disconnects . - _ PHOTOVOLTAIC SYSTEM DISCONNECT' CEC 690.53 - On the DC disconnects - = OPERATING CURRENT ' - OPERATING VOLTAGE • - • MAXIMUM SYSTEM VOLTAGE , ' (sed placard below with Values) _ - SHORT CIRCUIT CURRENT CEC 690.54 ' - .�' At interactive points of interconnection, RATED AC OUTPUT CURRENT. �. .y usually the main service _AMPS , NORMAL OPERATING AC VOLTAGE'' ,(see placard belowwith values) VOLTS CEC 60.56( BY r- .. t - _ At the electrical service and at the PV t A directory providing the location of 690.14(D)(4),705.10 . , r. =K' 1, inverter if not at the same location . i1 the service disconnecting means and , 2011 CEC 690.4(H) - -,� the photovoltaic system disconnecting -^ r } _ - r S -- - '� _ means • On the DC disconnect and on any '' WARNING! ELECTRIC SHOCK HAZARD. •car equipment that stays energized in the OO NOT TOUCH TERMINALS. 441 �s-• off position from the PV supply - TERMINALS ON BOTH THE LINE AND r • `r '�', , t ¢ LOAD SIDES MAYBE ENERGIZED IN THE,; - - ` - 4 . OPEN POSITION. CEC 705.12 (D)(7) . t. Inverter output OCPD WARNING: INVERTER OUTPUT -%_ CONNECTION DO NOT RELOCATE THIS - OVERCURRENT DEVICE. c CFC 605.11.1.4, LEC 690.31(E)(3), • 'h Or conduit, raceways and enclosures,� • WARNING: PHOTOVOLTAIC POWER* 690.31(E)(4), CRC 8331._2.4 mark every 10 feet, at turns, above/ r •- SOURCE. _ - i•K. • t below penetrations Note: This label shall have o red background with while lettering" - } - On buildings or structures . - 'PHOTOVOLTAIC SYSTEM EQUIPPED , CEC 690.12, CEC 690.56(0) - .;v.. - - -- with both utility sirvice and Pv w WITH RAPID SHUTDOWN � ' _ .- - - •, ` ; system, complying with 690.12 ' The plaque or directory shall be reflective, t. with all letters - (At the Rapid shutdown device) - ' capitalized and having a minimum height' (see placard below at right) placard of9.5 mm . ' , - . (3M in.), ,n white an red background O v �, O m` 4 t i ) ,.. C: W C) -j- ZZ - — ao u - c O CD. � N � POU�IER iTO. THIS BU1I�DIN, _IS. ALSO �� Q� Q� ��CD SUPPLIED' -ER0M .J- H.E FOL 'OWING �WC,4 t } 0ZN N(0 SOUR•�CES' 'LOCATE.D, •AS`: SHOWN SWM A _ Contractors Lic. #: t 990943 ' MAIN MAIN -SERVICE PANEL . ._ 1 AC AC DISCONNECT 4 �yPL ` Stefan Schweizer,RMO +' DC DC'DISCONtiNECT 0 r : INVERTER. System Designer: 01 OM MAIN OM UTILITY- METER, Derwin Russell ' cs t { } w,`4' • 1 3927 Country Trails Ln i' DC AC AC A' UTILITY. DISCONNECT ~ Bonita, cAslso2 - (619)-252-2355 ' 1. OF 2 (MAIN BREAKER) J -UTILITY DISCONNECT Y - 2 'OF 2PV "DCSCONNECT` i a w -� i' •. 20 •SOLAR• MODULE P nl SskwD 0 T MiZER• DC STC VO TALC PV System PHOTO _y• L.. CITY 0 LA QUIN A ' v BUILDING SAFETY -D •T. r = SOLAR RENEWABLE -ENERGY: INC: \, L` r a, -,I •t - Tr. e - -..APF' 0 Y ED . W•. `(760)-805-'4664 °" R R I r - rn C c '^ .. • • i _r. • _' .Sts •' - - - O DATE BY �CU � t, w ' - DESCRIPTION OF PLACARDS: J J _ N~ Q N o Schedule with the location of all ret uired markings and labels for the proposed photovoltaic system per the Solar Permitting Guidebook. t. U N • - r • SIZE OF'ALL SMALL PLACARDS TO BE 4" X 1.5 v a ,r (CEC 69o.53j ; ` � (CEC 690.54) . SIZE OF LARGE PLACARD -IS 6.5" X 6.5" r` ,U c • >o— -;z A. '3/4 TITLE _CU CD C1 ; B. 1/4 SUBTITLE T in ti J a C. 1/8 CALLOUTS REVISION DATE D. 1/16 MAPPING r • PLACARD COLOR WILL BE RED ON FRONT WITH WHITE LETTERING ENGRAVED • PLACARD SHALL BE POP -RIVETED OR SCREWED TO MAIN PANEL COVER - DRAWN BY: RCI ' PROJECT NO. 17-003 ". 'Sample placards for AC and DC disconnect with applicable values and text per the CEC and. Solar Permitting Guidebook. - PHOTOVOLTAIC SYSTEM EQUIPPED DATE: 4n2/2o,7 (CEC 690.12)` SHEET: ► • (CEC 690.56(C)) WITH RAPID ;SHUTDOWN nPLACARDSSCHEDULE – PV - 14 1 NTS s, t Calculations Assumptions: Current Carrying Conductors: W J - mm WU_3 ZZ_ o�� W o� _ Calculations per and provide by System Designer: Conductor Sizing: 8r Derwin Russell A EG: 3927 Country Trails Ln. Bonita, CA 91902 AC Output Circuit: 20A => EG = min. #12 Copper per CEC Table 250.122 (619)-252-2355 _ DC Source Circuit: 20A => EG =min. #12 Copper per CEC Table 250.122 r, END OF CALCULATIONS GEC. Service Entrance conductors: 1/0 Aluminum => GEC = min. #8 Copper per CEC Table 250.66. (' z AC Output Circuit: #8(90F) = 55A(1 0)(.82) =45.1, > 35A Breaker => OK - (Spliced per 250.64(C)(2)) i N (D Cn 7T • THHN/THWN-2 COPPER • BARE SOLID COPPER DC Source Circuit: #10(90F) = 40(. )(.58) = 18.56A, > 12.59 => OK c L- � �U�,co� t U C (D U Co • BARE STRANDED COPPER (DC breaker needed per CEC 690.9 (B Exception )) J W CU • (E) STANDED ALUMINUM SERVICE CONDUCTOR REVISION DATE 0 z C • (E) 200A MAIN PANELBOARD BUSBAR U) W M > .� • (E) 200A MAIN BREAKER DRAWN BY: RCI Terminal Check: PROJECT NO. 17-003 • AC INVERTER OUTPUT CURRENT= 35AContractors 1+ AC Output Circuit: #8(75F) = 50A(1.00)(1.00)'= 50, > 35A Brea => OK a Lic. #: • DC MODULE OUTPUT SHO RRENT (Isc) = 9.97A (3 990943 • MAX SITE TEMPERATURE - 114-122F t f, DC Source Circuit: #10(75F) = 35(1.00)(1.00) = 35, > 15A Breaker, >12.59A(2) = 25.1 => OK Type: l C-10 Correction Factors:StefanSchweizer,RMO q'. Load side Connection: • Maximum Circuit Current: 1.25 - 120%.Rule: 200A(1.20) = 240A • Extraordinary Irradiance: 1.25 System Designer: • Number of Conducto - Multiplier =.80 per CEC 310.15(B)(3)(a) �' PV Breaker: 200A Main Breaker+35A PV Breaker = 235A, < 240A => 35A Breaker OK per CEC 705.12(D)(2) Derwin Russell ~--^ - - • Max Site Tem eratur .114 122E => Multiplier = .82 Conduit Sizing: 3927 Country Trails Ln Bonita, CA 91902 • ` Conduit Distance fro a O (619)-252-2355 . • Total Rooftop Tem Temperature Correctio : 122F+30F = 1.52F => Multiplier = .58 Na AC Output Circuit: 3/4" _ (6) > (3) #8 THHN/THWN-2, (1) #8 EG/GEC IN 3/4" EMT/RMC �. OK per CEC Annex Table C.8 r` Overcurent Protection Devices: a` 1 DC S r a Circuit: 3/4" _> (10) #10, > (4) #10 THHN/THWN -2, (1) #10 EG/GEC IN 1/2" EMT/RMC AC Output Circuit: 35A Inv. Output Current(1.25) = 31.25A =>35A Breaker per CEC 240.6 . �i OK per CEC Annex Table C.8 - perC DC Source Circuit: 9.97 Mod. Isc(1.25)(1.25) = 12.59 => 15A Breaker per CEC 240.6 h _ 58 kW DC STC PV System _ Calculations per and provide by System Designer: Conductor Sizing: 8r Derwin Russell A EG: 3927 Country Trails Ln. Bonita, CA 91902 AC Output Circuit: 20A => EG = min. #12 Copper per CEC Table 250.122 (619)-252-2355 _ DC Source Circuit: 20A => EG =min. #12 Copper per CEC Table 250.122 r, END OF CALCULATIONS GEC. Service Entrance conductors: 1/0 Aluminum => GEC = min. #8 Copper per CEC Table 250.66. (' i ADDITIONAL NOTES CALCULATIONSPv-13 1 NA c (Spliced per 250.64(C)(2)) 0 ?� c ce ..icor- �U�,co� t U C (D � _ M 3 U or s U N J N Z o i ADDITIONAL NOTES CALCULATIONSPv-13 1 NA c (Spliced per 250.64(C)(2)) U N a ?� _ o En M CU v ce ..icor- �U�,co� t >oiuz s (U��,� M U) I-- -j a REVISION DATE DRAWN BY: RCI PROJECT NO. 17-003 DATE: 4/12/2017 a SHEET: i ADDITIONAL NOTES CALCULATIONSPv-13 1 NA c f. -- W J m solar, -..= Rapid Shutdown Kit - Installation and Configuration W U ZZOg Additional Notes (Single Phase Inverters) W - C o 1. r• _ r The m ofstallaUon equipment and— `all`tassorioted.wiring'and interconnections shop be; This document describes how to install the rapid shutdown kit in the SolarEdge Safety Switch, and how to enable the rapid Qf > O C perfofined,orily by quoIN peisons (CEC §640 4(C)); shutdown feature in the inverter in order to make the installation compliant with the Rapid Shutdown clause of NEC2014 (D Lf) (D Q N U O 690.12 (1) through (4). Q L.L. CO 00 2. PV,source circuits and PV output circuits shall not7be contained in fhe same faceway,Jcoble„ J C) O Z CD trey; cable, outlet box; junction`box or-similarfitting.as conductors,`feeders; branchrc'ircults of other n_on-PV: or;inverter Kit Contents � � W systems output circuits unless the conductors_ of the different systems ore`separated by o M partition PVsysiem conductors shall be identified and grouped as;required;byb90 3-1(B)(1),through,(4) `The Rapid shutdown cables means of identification shall be,. permitted by: color,coding, marking tape; tggging;ror'ottier approyed meons", (CEC §690.31(6)) . Micro -SD card and SD card adapter with firmware files (Note: DO NOT THROW AWAY THE CARD AND THE ADAPTER; keep Contractors Lic. #: them for installation of other rapid shutdown kits) 990943 3. Phofovoltdicsysiems ha4ing,dc circuits,and ac circuits with no direct connection be-tweeh the dccs�ounded Type: conductor and oc grounded'conductotshalt have'o dcgroundmg•s -'i' er690 47(B).:IThe�dc grounding Cable Installation C-10 system shall tie bonded to the:ac grounding system by one of the-following..methods: Stefan Schweizer,RMO _ _ ._ - , . .. � • a) Separate Direct{urrentGrounding Electrode System Bonded:tothe Alternating -Current Grounding Perform this procedure before connecting the strings to the Safety Switch [Chapter 4: Connecting the AC and the Strings to the r Efediode system: A seporote-dc grounding'.eI ctrode:or,system shall be;instoll'ed, and it •shall be. Safety Switch in the SolarEdge Installation Guide]. � bonded;directly tothe acgrounding'electrode system; The siieof'any.bonding'jumoer(s) between•the 1 Turn the inverter ON/OFF switch to OFF. If installing the kit in an inverter that is already operating, wait until the LCD System Designer: elerode conductor;o7 indicates that the DC voltage is safe (<50V), or wait five minutes. before continuing to the next step. ac and dcsystemssholl_66bosed`on:the larger size of the existingfacgroundiel ct ,the size of the dc:grounding electrode conductor specified by 250166 The do grdunding'eledrode, - ---- - - system cond'uctor(s) or the. bon ding.jumpe�s to the oc grounding electrode,system shall riot be used'as; .. 2 Turn the Safety Switch and the AC switch on the main circuit board to OFF. Derwin Russell 3927 Country Trails Ln a substitute for any required ac equipment grounding conductors: - A\ Bonita, CA 91902 _.. ._ g g ti)' �ommon!Direct;Current and Alternating --Current Grounding Electroide,• A dc, roundin electrode; if you cannot see the inverter panel, or if a malfunction is indicated on the LCD panel, wait five minutes for the input i' capacitors of the inverter to discharge. (619)-252-2355 _gonduii r of thesize`specified by;250166isha1l be run ham the marked do grounding electrotle _. _ .- roundiri electrode. Where an ac grounding electrode is not -accessible the. connection point to the oc g g _, Loosen the four Allen screws on the front cover of the Safety Switch, and open the cover. ,dc grounding,electrode conductor. shall be connected, to -the oc,9rounding electrode conductor in 4 Carefully disconnect the two DC cables from the left side of the switch and from the DC connection spring clamp terminals, accordance wiith 250 64(C)(I) or 250;64(C)(C)(2) or by using o .eonnector;listefor.grountiing and' tionding_..This do grounding electrode co_nductorsholl_not be -used as a substitut_e'for any.required �} as illustrated below'. Use a standard straight bladed screwdriver to disconnect the cables from t e terming s. CITYOFQUINT U f n' �( 1 V at equiprnent grounding condudo►s.. switch terminal block BUILDING &SAFETY DEP c). ;C6mbined Direct-Current'Grbuhding Et6ctrbdeCondu'ctoidndrAlt4irnci ing-CurrentFquip`ment t.Groundi'ng Conductor An;unspliced;;or irreversibly_spllced, combined grounding conducto_rtshall tierun ° ° ® A� R Ov� D 5. kW DC STC :from - "the ;marked do grounding electrode conductor connection pointalong -with fhe.dc.circuit, _ - o FOR CONSTRUCTION P System :conductors to the grounding bustiar.in the aesoaated'oc equipment This com'b'ined grounding o ;conductor shall be the larger of the sizes specified by:25D 122 _ori250.166 and shop be installed in Disconnect here accordance with 250.64(E): -for ungrounded systems, this conductor `shall be sized in accor'danceviiiiii - _ _ O O O O o O O O O D BY 250122 and shollnoi be required,to lie-lorgerahon the largest ungrounded phase conductor;- _ - - �,� - DC connection terminals QL0 o M 4• PhotovoftaiC`power source -6oni actors installed=within.exposed racewoys;'cabte trays, and"other winng,` ° O O O O 0000 O ,methods; covers or,enclosures"of pull, foxes andjunction boxes and conduit bodies mvuhich any of.t_he: • L1 -available _condwt openings are used; shall be.marked ;with the•following-wording"WARNING. than ten_(10)i Disconnect here ° g, N ; ; ; O° t N M pHOTOVC1Li'AIC POWER.SOURCE' by means o_f:' ermonentl'y-offxed•Cabels spaced•nofmore' N a, feet between;labels:'(CEC §690.31(G)(,3)&(4)) -0 U N o 5. PhofovoltmC"powersource conductors'of Ungrounded;Systems at`eochjur ction box combiner box; QROFESS/p� O 0 O ° �� q� ° O .� N CA z N disconnect and device where energized ungrounded circuits may be exposed durrng service shall be' labeled with'the folloyumg wording WARNING`ELECTRIC`SHOCR HAagb. THE OC CONDUCTORS 9F7HI5 \N, 4�___- O° °O �"- U N N — a, 0 -PHOTOVOLTAIGSYSTEM AND,MAY BE ENERGIZED (CEC §690 35(F)) J c ® ® (n (a v ARE UNGROUNDED , m - No. C58724 Fl ure S 8 1. Inside the AC/DC Safety witch U c r' — Cl) 6. Locutions of DC conductors conduit wiring systems; and racewoysfor photovoltaic dreu'its_shcill be: located - * Exp. P 3-31-17 O at z — os dose as ossible.to the rid a &,hi - o -vglle and.from the hi ,orvolle os; directl os ossible to on -P 9, P—_. Y P ., Y Y P v outside well to reduce trirnbinep•hdzards and;moximize ventilation opportunities, Conduit.runs between sub` to Dta co be the totol.amotint-of nsfiotl `pl CIV 1 �Q 9TF mow. Loyd W Martin .cam J a - he sh rtest paatll on ys-:cf f b Y; g K h frontsthelearra to he DCtcornb mer bozsThe DC combiner boxes . y - .be,Solar OF � Al \FO�� Structures Engineering g g REVISION DATE .., _ biloeated such thot conduft runs are mmimzed-in the pathways between arrays DC`wiring.3hall 'instotled.in-metallic condwt or.'socewoys:when located -within enclosed spoces_ in a'building,:Conduit.shdtl March 13, 2017 #2017-0722 Structural Only run along the bottom of1o6d bearing rnerribeis:ICK §605:11_.1.2:6); _ •, Facilities:with-Rapid S..hutdown.complying with Section 690:12 shall hove permonent;plaque:ordireetor"y; I The internal ma va de in o e 5 model; th fi ur ACD e S single h 7511.4kWi ve��nents y vary depending ntheSaf ry Switch e figures AC/DC ty witch for g phase DRAWN BY: RCI with the follai ing•wording PHOTOVOLTAIC SYSTEM- EQUIPPED WITH RABID SHUTDOWN " (CE 4690.56(C)) . PROJECT NO. 17-003 Rapid Shutdown Kit Installation -MAN-01 001861.2 I DATE: 3/12/2017 SHEET: ADDDITIONAL NOTES CALCULATIONS RAPID SHUTDOWN DEVICE PV- 13* 1 2 NA NA ' x` Enabling Shutdown n i ng Rapid W Use the supplied SD card adapter or the micro -SD card, which can be removed from the adapter, according to the activation - card slot on your inverter communication board, labeled 1 Verity that the AC breaker connected to the inverter is OFF.' ! System Designer: ` • Black (_) .Red (+) with rapid - - - . shutdown resistor - i' f O Q r Q Q Q Q I C 0 O - 00 solar - • . = Rapid Shutdown Kit - Installation and Configuration (Single Phase Inverters) �; solar - • • = Rapid Shutdown Kit -Installation and Configuration (Single Phase Inverters) QR pFSS/OEN i. manual. Bonita, CA 91902 >Q 5. The rapid shutdown cables have a resistor connected to one end (on the red cable). Connect these ends to the switch, Inverter Software Compatibility Check and Upgrade Solar Structures- Engineering.-' W U J making sure that the red and black cables are reversed relative to the cables connected at the top of the switch (going into N , in Installation So/arEdge I ZZ the DC side conduit between the inverter and the Safety Switch), as detailed below. Apply a torque of 2 N•m (18 Ib'in): Perform this procedure after activating the inverter [Step 1 Chapter 5: Commissioning the of the . :. 0 UjO • If the cables at the top are red and black from left to right, connect as shown below. ' ' ;'• Installation Guide), and before pairing (Step 2 in Chapter 5 of the SolorEdge Installation Guide). �( ). N co O To use the rapid shutdown feature, the inverter communication board firmware (CPU) must be version 2.0700 or higher. a - - - t ff>n L Q �. Red (+) Blade(•) _ �' .. _ ',' , V LO . 0 V • 1� ► To check the inverter CPU version: * �,' Q w Oto O o I o o\� 1 Verify that the inverter has been activated using the activation card supplied with the inverter. * J,i' C NCU O O _ a d ' 2 Press the LCD light button short presses until the screen below is reached. r r Z (n W - ID ######4# ei If the inverter does not enter production mode and the LCD displays Night Mode, the connection order of the rapid shutdown .M>� t -❑ 0 a DIU I DSP 1/ 2 z z z/ z - .VI - - .B_D= _0- _0 C :O:Oc2_._0 7 0._ C 0 e n t= y: x x x x x - ' Contractors Lic. #: O O .. Q O -� c CD 0 C-404 990943 DC- Dc (h N Oi fr r 3 Check the CPU version number. If lower than 2.0700, u rade the inverter software as described below; otherwise proceed �, Pg o o . � to "Enabling Rapid Shutdown". I T e: �A YP r o O ' C-10 , O a o - Op ( 110 -To upgrade the inverter software: P, Stefan Schweizer,RMO o o 0 x` Enabling Shutdown n i ng Rapid i. Use the supplied SD card adapter or the micro -SD card, which can be removed from the adapter, according to the activation - card slot on your inverter communication board, labeled 1 Verity that the AC breaker connected to the inverter is OFF.' ! System Designer: ` • Black (_) .Red (+) with rapid - - - . shutdown resistor - - f O Q r Q Q Q Q I C 0 O - ' 2 Open the inverter cover's six Allen screws and carefully pull the cover. horizontally before lowering it, as described in its - Derwin Russell 3927 Country Trails Ln T . QR pFSS/OEN i. manual. Bonita, CA 91902 ' Figure 2: Rapid shutdown cable connected — option 1 �`' - �� W 9l O3 ♦+ • - " Solar Structures- Engineering.-' _ 31 Insert the card into the activation card on the communication board. • -it (619)-252-2355 I Structural Only ; X 4 Close the inverter cover and turn the AC on. If upgrade is required (as described above), starts automatically. :. If the cables at the top are black and red from left to right, connect as shown below. d No. C58724 �: 'Whenever re lacin remmiii or addin a cam onent in the gri P 9, 9 9 P 9 perform Pairing and rapid shutdown'settirig ). i 5 Wait for the message ''Done" to be displayed on the LCD. - B1e O Rea (+) 6 Verify the correct version as described above. , "f l- Exp. 3-31-17 * �,' N : 7 Remove the card from the inverter and keep it for additional kit installations. J,i' C C0 0 q IVI �� t Enabling Shutdown n i ng Rapid _ ! OF C AL�F ti 5 Verify that theON/OFF switch t the bottom of the inverter is OFF. 5.8 kW DC STC1 F f O Q r Q Q Q Q I C 0 O - _ ` March 13, 2017 www. Loyd W Martin'.com •' - y 2 Turn ON the AC breaker and the Safety Switch. L PV System O ' Perform Pairing as described in Step 2: Pairing, of Chapter 5: Commissioning of the SolorEdge Installation Guide. - O3 ♦+ • - " Solar Structures- Engineering.-' 4 Enter Setup mode and select Maintenance Optimizer Conf. '� Set Rapid Shutdown. - o Dc+ Da 1P tg 4t` fw . . . o 11 U.#2017-0722 Structural Only , :. _ • A Q �: 'Whenever re lacin remmiii or addin a cam onent in the gri P 9, 9 9 P 9 perform Pairing and rapid shutdown'settirig tD � y _ ------ Troubleshooting t •. __ _ _ o - _ N •a, Co - i , '"• If the inverter does not enter production mode and the LCD displays Night Mode, the connection order of the rapid shutdown •Fn -- Red (+) with rapid Black (.) _ shutdown resistor .... cables may be incorrect. Recheck the cables and make sure that the rapid shutdown cables connected to the bottom of the Q N ' ti switch are reversed relative to the cables connected at the top of the switch (see Figure 2 and Figure 3). CD 0 C-404 • - Figure 3: Rapid shutdown cable connected — option 2Cl) - ' - • 6 Use a standard straight -bladed screwdriver to connect the other end of the rapid shutdown cables to the DC connection li - ; - CU cli to L U spring -clamp terminals: Connect the black cable from the switch to the DC- terminal block, and connect the red cable from . ° `; •� M o the switch to the DC+ terminal block. i O O ui Z 7 Check that the cables are located and connected in the correct positions to ensure the rapid shutdown functionality. ,' a- CU (0 r , S Close the cover: Attach the switch cover and secure it by tightening the four screws with a torque of 0.9 ft."Ib / 1.2 N•m. cc J _j a Y ecodirect REVISION DATE ♦• w DRAWN BY: RCI • Rapid Shutdown Kit Installation - MAN -01-00186-1.2 _ Rapid Shutdown Kit Installation -MAN-01-001861.2' ' PROJECT NO. 17-003 DATE:. 3/12/2017 _ • - s_ ,, - SHEET: RAPID SHUTDOWN DEVICE ` �- RAPID SHUTDOWN DEVICE PV- 5 1 , 2 . NA NA