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SOL (09-1006)P.O. BOX 1504 78-495 CALLE TAMPICO LA QUINTA, CALIFORNIA 92253 Application Number: f- 4"09=00001006,- Property Address: (61730 -MESA CT APN: 764-280-999-66 -300237- Application description: SOLAR Property Zoning: MEDIUM HIGH DENSITY RES Application valuation: 43160 Applicant: Td�v BUILDING & SAFETY DEPARTMENT . BUILDING PERMIT Architect or Engineer: p',& 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 Bus• rofessionals Code, and my License is in full force and effect. License Class: C46 /CBeoseko"7`5Q2221 ate: L OWNER -BUILDER DECLARATION . 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, also 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 builds or 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 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: LQPERMIT Owner: WILLIAM TAYLOR 61730 MESA COURT LA QUINTA, CA 92253 Contractor: SOLAR DISTRIBUTORS 605 MEL AVENUE PALM SPRINGS; CA 92 (760)320-2385, .Lic. No.: 672221- VOICE (760) 777-7012 FAX (760) 777-7011 INSPECTIONS (760) 777-7153 Date: 9/17/09 ------------------ 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. Ihave 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 FUND Policy Number 1641724-2009 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 shout ubject to the workers' com sation provisions of Section 770000 of the Labor C e, I shall f hwith com 'th ate " //AiA cant: •� WARNING: FAIL RE TO SECUR ORKERS' COMPENSATION COVERA AWFUL, 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 Director of Building and Safety 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 b ' o struction, and hereby au r e representatives of this co my to nter upo he above-mentioned prop y for ins ction p p p ses + Date �J gnature (Applicant or Agen Application Number . . . . .09-00001006 Permit SOLAR PERMIT Additional desc Permit Fee 25.50 Plan Check Fee 6.38 Issue Date . . . . Valuation 43160 Expiration Date 3/16/10 Qty Unit Charge Per Extension BASE FEE 15.00 1.00 4.5000 EA SOLAR COLLECTOR < 1000 4.50 2.00 3.0000 EA SOLAR EQUIP MISCELLANEOUS 6.00 Special Notes and Comments - INSTALL 5.40 KW PHOTO VOLTAIC SOLAR SYSTEM. 24 PANELS (300 S.F.), 2 DEVICES. 2007 CODES.. �. -----------------_-_-,---------------------------------------------- Other Fees . • . . . BLDG STDS ADMIN (SB1473) 1.00 Fee summary` Charged Paid Credited Due Permit Fee Total 25.50 .00 .00 25.50 Plan Check Total 6:38 .00 .'00 6.38 Other Fee Total 1.00 :00 .00 1.00 Grand Total 32.88 .00 .00 32.88 LQPERMIT E 24—SunPower SPR225-blk-u 1- SimPower SPR7000m 1 Array @ 140d S Tilt :,15d ' Roof Type: Tile Roof Pitch: 3/12 Inverter in Garage Service Panel AC Disconnect a SOLAR DISTRIBUTORS Inc. Bill Taylor SCALE: 73820 Dinah Shore Dr. 61730 Mesa Crt, La Quinta.,-CA 92253'. ' NTS Palm Desert CA 92211 ,; DATE: (760) 320-2385 ` ' . r w 07/21/0.9 (760) 320-9310 Fax , ' SOLAR PHOTOVOLTAIC INSTALLATION A PREPARED BY:. SITE PLAN 4 Ed Neigel Lic. No. 672221 F r t - . _ < • • � Y 2 • • - O ' I 8abrAmri 24 - SunPower SPR2264AW �..J` 00 t] °D lx • 2 USE -2 Win #10 3 Con t w Box' Not Used 4 THWN-2 Wie 510 6 6waftvAh'' gAC=cb=.mW 1-SunPowerSPR7000m(240h 8 THWN-2 WIm 48 7 AC Obwnned26OVao 240v,808 8 THWNd Wis /8 8 SdarCtredtOmalor MW 10 Min Samla Panel 2008 11 Umv Ebatrk 11 d, 110 i 1 MODUM SPR-225-BLK . STRINGS: 3 MODULBS/STRIId(i 8 NOTES: SimPower 12 Gmun g Camra Oe 13 Gmwx lg ModmcW s •OPS 14 -'Production Meter c 0 C 14 DC M A [a Jto AC !1, m 12 6 8 T m P M CY - m m v a 07/23/2009 14:54 FAX 817607776118 ®002/002 ilogy Trilogy at La Quinta Maintenance Association July 23, 2009' william B. Traylor Y Mildred R. Taylor 61730 Mesa Catint La QuhVA CA 92253 - Property Address; 61730 Men Court Dear Mr. cit Mrs. Tllaylor: ` APPROVED We are pleased to inform you that your, plana for installation of Photo Voltaic Solar Panels, received on 07/22/2009, have been approved by the Design Review Committee per your submittal. When your work is completed, please rehu the attached notice of completion form. This approval does not constitute consent by the Association for the applicant to encroach, trespass, or build on any property other than that of the applicant. M approval is related solely to the' items reserved for approval by the CCAR's in accerrdanee with the Arcbitocttual Guidellines. The approval does not adeod to to. quality of wo* done by your architect, or contractor, or to any structural cngheming, soils eng =ing, or site grading and drainage design. You am urged to obtain the services of a state liomed professional for consultation as needed. , The Design Review Committee is composed of volunteers.. As such, it does not review applications to ensure eompliarco with building codes, or other local or state laws. Flare be advised that this approval does rat relieve you from obtaining any necessary building permits. hom the govermn=W agenda involved to ensue compliance with these codes. Any violations of these ordinances will be your respomMity to correct. Thank you for your patience in this matter and for complying with the Association's policies and standards. , Sin Forgo Aeslgn ew Comm{ttee s Barry Sterett, CCAM Association Business Manager i Enalosures ' cc: ' Board of Directors Desi gm Review Committee • , i Pmfeuionall Managed byAcdon PmpvwManagemenR'Ine. r 60.7f0 7WoV Parkway, La —OWNa, Cd 922ji-7717 , w 760-777-6059 800.400.2284 760.777-6097fax ' www actlonlUe.com - , . 225 SOLAR• •PANEL. EXCEPTIONAL EFFICIENCY�AND APPEARANCE :••.fix � eelq•;ur h i"rA '} xii?'* 4 $`t`:.^'x �:N:; BENEFITS,*, t ' � t. S Y • � ' T 'r - Highest EFFiaenry , . ' �• • , Panel efficiency 18.,1 % is, the " F r highest commercially'avaI9' 0e for; t..; residential applications >> Attractive Design Unique design combines high efficiency and an elegant, all black appearance; More Power Delivers up to•50% more power per unit area than conventional solar panels a Reliable and. Robust Design Proven materials, tempered front glass, and a sturdy anodized frame allow panel to operate reliably,in multiple; mounting configurations f �.ISPR 225= OV /°C Series Fuse Rating 204 Peak Power per Unit Area 181 W/mz, 16.8 W/fl2 CEC PTC Rating 207.1 W 225 SOLAR PANEL EXCEPTIONAL EFFICIENCY AND APPEARANCE Solar Cells Mechanical Data 72 SunPower nl%ack contact monocrystalline Front Glass 3.2 mm (1/8 in) tempered )unction Box IP -65 rated with 3 bypass diodes Output Cables 900MM length cable / Multi -Contact connectors Frame Anodized aluminum alloy type 6063 Weight 15 kg, 33 lbs IV Curve 7.0 6.0 5.0 1000 W/M2 94.0 800 W/ms 3.0 2.0 t 1.0 0.0 0 10 20 30 40 50 60 Voltage (V) Current/whage charoclerwics w8h dependence on Irradiance and modtAe Iemperatme. _- - Tested Operating Conditions l 1 Temperature -40e C to +850 C (-40aF to +185*9 Max load 50 psf (2400 Pascals) front and back Impact Resistance Hail - 25mm (1 in) at 23 m/s (52 mph) -�W6'rranty an&Certifications-_-- - --- -�-_ - Warranty �25 year limited power warranty 10 year limited product warranty Certifications IEC 61215, Safety tested IEC 61730 Tested to UL 1703 by UL or CSA, Class C Fire Rating Dimensions std ISO 1200 i rW.24) OUGIe, I,.an = W.24)Iii 1 22 0..2 061 Toe (29-691 PIA7) 915 372 e3 o ne 1261 915 puq pjsjol It.eq ouNM I Cord, CAUTION: READ SAFETY AND INSTALLATION INSTRUCTIONS BEFORE USING THE PRODUCT. Go to www.sunpowercorp.com/panels for details About SunPower SunPower designs, manufactures and delivers high-performance solar electric technology worldwide. Our high -efficiency solar cells generate up to 50 percent more power than conventional solar cells. Our high-performance solar panels, roof tiles and trackers deliver significantly more energy than competing systems. 0 March 2008 SunPower Corpwalion. A8 rights reserved. SpecB'rcaliom included in This dembeei are subject to change vnt)nut nonce. Document 9001.42188 Rev 'A w i Printed on recycled paper SUnpoWercorp.com �� i BENEFITS Reli+a.ble and Robust Desigil Proven trc►ck record for dorak oily aqd long' evi r Effective Power Range Enables most systems to use a sonde inverter rather than multiiple';4nits . Commercial Use Flexible AC voltage output and scalable building blocks create an easy --aluti6n for commercial ,applications High Efficiency i Weighted CFC efficiency over 95.5% and peak efficiency over 97% Reduced lnstdation Cost Integrated AC -DC disconnect with fuses lowers material costs and labor requirements Attractive Aest6tics Integrated disconnect eliminates need for v'jsible conduits to inverter SPR -5000m, SPIE -6000m & SPR -7000m 5000m, 6000m & 7 l> INVERTERS EXCE±PTIO At RELIAKITY .,SND PERI-O.IRh ANGE The SunPower inverters 5000m, 6000m & 7000m provide exceptional reliability and market -leading design flexibility. The SPRm line of Solar Inverters can be easily applied in residential or commercial installations. All models come with a 10 -year warranty. www. sun powercorp:coni SOMm, +gy=m & 7000m.1 E RS 'EXCEPTIMAL .RELIABILITY -AND PERFORM ANCE SPRM EwickfE£y lCtJtYPfL°6 IDD 95 2bVdt...- ao .yp I YfO.._ . 480 Vdf ,gs Ob � AO 75 70 0% 105% '20% 80% 40% €0% 60% 70% 00% 90:4 900% % d. R" Ql fW* POWer ��C�1d71'IICt7I �Q7Q Shipping Dimensions Vl! u N it D-indles 23.5" x 31.0' x 16.0' itnit Dimensions W x Id x D indsas 18.4' x 24.1' x 9.5' Inverter Y0eight 143 lbs Shipping Wisigit irk V.rvrer . 500DW, .4000'W 7000 V9 NEMA 311 mounhrs9 Wail Mount Bracket Standard Anibiert Temperature Range Conregt;h@ 2 ; 24A, 20.8A, I BA 29A, 25A, 21.6A 34A, 29A„ 25.3A 24W, 2774: ' AC9ltomiael 103 - 229 V @ 204 VAC. .183 - 229 V. 208 Vl.0 183-'2W V.0 208 VAC 211-264v@2n0•VAC 2d1-264V..0240VAC .211-264V0240vAC YAGgle / il:mage 244 - 305 V @ 277 vAC 244 - 305 V.e 277 VAC 244 - 305 Y' R 277 VAC AC Frec1 /:P.assge 60 Hz / 59.3 Hz - .60 Hz /'59.3 Hz - 60 Hz / 59.3 Hz - 60.5 Hz 60.5 Hz 60.5 Hz Power Faetar I 1 1 Peak'Inverier 96.8% 97.0% 97.1% Efficiency CEC Weighted 95.5 e.6 @.208 V 95.5 % 4-208 V 96.0 % @ 208 V 95.5 % @ 240 V 95.5 % @ 240 V 96.0 % @ 240 V EffIT1ency 95.5 % @ 277 V 96.0 % @ 277 V 96.0 % @ 240V Recommended Array Input Power 5300 W 6400 W 7500 W PC @ STC► DC input 250 - 600 V 250 - 600 V 250 - 600 V Vckage Ronge Peak Power 250 - 480 V 250 - 480 V 250 - 400 V Tracking Vokage DC Moja' 21 A 25 A 30A Input Current DC Vokeige Ripple < SA No. of Fused 4 String Inputs Power Consump: Stanelby / < 7 W /,0.25 W IVi9tdtime Fused DC & At Standard; Complies wiih NEC Standards Disconnect Grounding P,ositiue Ground SPRM EwickfE£y lCtJtYPfL°6 IDD 95 2bVdt...- ao .yp I YfO.._ . 480 Vdf ,gs Ob � AO 75 70 0% 105% '20% 80% 40% €0% 60% 70% 00% 90:4 900% % d. R" Ql fW* POWer ��C�1d71'IICt7I �Q7Q Shipping Dimensions Vl! u N it D-indles 23.5" x 31.0' x 16.0' itnit Dimensions W x Id x D indsas 18.4' x 24.1' x 9.5' Inverter Y0eight 143 lbs Shipping Wisigit 154 lbs .Cooling Forced Air / Seined Electronics Enclosure Enclosure NEMA 311 mounhrs9 Wail Mount Bracket Standard Anibiert Temperature Range -13 to +1.13 `F 1WnrrvF;ty 10 year limited warranty Certifications Compliance: IEEE -929, IEEE -1547, UL 1741-2005, UL 1998, FCC Port 15 A d B About SunPower & t► SunPower designs, monufcctures and delivers high-performance solar electric technology worldwide. :Our higher fficiency solar cells generate up to 50 percent more ,power than conventional solar cells. Our high-performance solar panels, -roof tiles and `trackers deliver significantly more energy 1hon cornpeting systems. :J lure 2P17 5u4owm Corporarcn. At ighl y sar : d. Spaeikorims in -Wed in Oto d:ambecr.a.esubjecrro. Jro nye vAhout oa'rce. - n.-...,.,:.0 ui mr_r io�,� rte. • www. sun powercorp.com • . ..rbif+t .:tt'� r _ ��-.Y�, r_n�� ,..-4 +h K1 .Lt...^`'. MK": .` ' _ �.':• r'i _f - �� .. 1. ,, r . - ' a' r r SIF• ' .: � � � 'r. d - c �. • - � - 4 f w'rah - � _ , � � � ,_ � 4 y ' ' ,, .. s `' —�T .• . � it t, ��^ Ifr , f • 'r t� a • : - I O-N THIS'SERVICE IS SERVED BY,,.-, AN ALTERNATIVE ENERGY'SOURCE SOLAR DISTRIBUTORS INC. (760) 320-2385 �•'. C A�UTION P" L = v �ayo ou AR, ®NNECT a'AC"'-,'.""L ' SOLAR DISTRIBUTORS INC. (760)`320-2385 CAUT-IO.N Su" LAR PV -SSYSTE W. r. D 1SC®gN ECT ©1jCr •F^�`r. ' ♦ 7 _ _ f , :+ - ,r SOLAR DISTRIBUTORS INC. (760) 320-2385 , i �t a o3tvZo oa pq -, 6 112 C) a ' •N� ��; L1p�� Cl r a• 3t to 2 �• Ll a o3tvZo pq -, . na. • C) H ,may,„ a r ��e'e�. Z" �• -e l CL Li m M w ht ti .,�r •:. Ila gi C2 0 w ` _tC � ' • � ri �`1.n; .'ah"°'t� . "j-� POWER. -TO THISB:UILDIN IS:.A►LSO SUPPLIEDiFRQM -THE, FOLLOWIN SOURCES10CA►TED AS SHOWN;: BUILDING n:SOLAR .PHOTOVOLTAIC ARRAY OKROOF ") MARKS ARRAY LOCATION,' Il-RELA IONTO, "aEWCS' POINT•&• UTILITY METSRINO"LOCATION SERVICE POINT &UTILITY METERING • YOU�REM�RE • www i esolardlstributorsinc:corn �l o3tvZo . C • "�liw' i ! Q Z" nw -e l CL Li m 0 w ` _tC � ' • � ri �`1.n; .'ah"°'t� . "j-� POWER. -TO THISB:UILDIN IS:.A►LSO SUPPLIEDiFRQM -THE, FOLLOWIN SOURCES10CA►TED AS SHOWN;: BUILDING n:SOLAR .PHOTOVOLTAIC ARRAY OKROOF ") MARKS ARRAY LOCATION,' Il-RELA IONTO, "aEWCS' POINT•&• UTILITY METSRINO"LOCATION SERVICE POINT &UTILITY METERING • YOU�REM�RE • www i esolardlstributorsinc:corn �l o3tvZo e c �• W "�liw' i ! � 9C am, 74 Z" nw -e l ` _tC � ' • � ri �`1.n; .'ah"°'t� . "j-� POWER. -TO THISB:UILDIN IS:.A►LSO SUPPLIEDiFRQM -THE, FOLLOWIN SOURCES10CA►TED AS SHOWN;: BUILDING n:SOLAR .PHOTOVOLTAIC ARRAY OKROOF ") MARKS ARRAY LOCATION,' Il-RELA IONTO, "aEWCS' POINT•&• UTILITY METSRINO"LOCATION SERVICE POINT &UTILITY METERING • YOU�REM�RE • www i esolardlstributorsinc:corn �l Third Pari sted 1 ,.... TileTrac b TeY L. ax'40 lbs' Patent #5,146,029 �t Tile Roof Structural Attachment The patented VeTracaD attachment allows for a structural roof rafter connection with optimal attachment stud location adjustability. Design results in the best looking systems in the industry. Tile Trac "for s -curve concrete tile (6" Tall Threaded Stud) Pori # %]B -T6 TikTrac® for, flat concrete the (4" Tall Threaded Stud) Bene�its of the Tile.Trac• Port # lT 18-T4 Industry's most cost effective the • Aluminum and Stainless .Steel components for attachment product corrosion resistance and strength • Minimal install labor and time • 1,740 lbs of 3rd party lab tested pullout strength • Over 12 years of industry • Watertight seal lab tested for 7 days under 34 preferred design inches of water, zero leakage • Requires only one Stainless Steel • 10 sq. inches of base area evenly distributes roof lag bolt (included) load and provides sufficient sealant bonding area The TileTrac• Design Structurally attaches to roof rafter and allows the rad attachment stud to be located at the strongest point of the file (the crown) where water does not Row. Without TileTrae® Not structurally attached to the rafter With TileTrae Water Flows High Point/ Support Rail in the Valley � Crown of the Tile of the Tile / (optimum) VeTracm assembly Rafter structurally attached to the rafter Installation steps for both s -curve and flat concrete tile* STEP 1: Salad a Ola In the arae of do roof rftar. Step 4: Seal is initial de moil kola. Using a 3/16' drill bit and drip guide (FAM, dril pid bola along do rafter ardor STEP 2: Remora tM 1 by Pushkng and PCO. k Is 6W in place by a smell mail SNP S: htsert do log bait and wedw dreagk do T&Trocm aid apply frank room temPKdm sealant to do boss. Step T Aber baking do base to the roof, slide do tapper Carriage ido do cared postgom eider do mown of rine ile. Fa FW* slide do upper arrioge over the middle of to lila. Step � Repkna do fila by tang wup do snap fines mad nnak do drill lom%n aaordIn*. Step 10: hnsart the threaded stud through the toe and Step Il: Unbind nuts and remove from stud. Apply UV rated tighten with 9/16' wren dws to engage stud with base. Bind sealant beWn stud baso and fila and compress with a two 3/8' nuts (indnded) ushq 9/16' wrenches and tighten, 3/B' washer. Apply IN rated sealant around top of washer. *Not recommended For day or slate files. STEP 3: Udq an dKkomic slut finder (rKowneet!4 a meatus, l000la 16rofhr anbt Mark a nhrennoe Paid on the Ae mora. Step 6: Using m 1/2' so* lash tb In boll wA sealed Do nofshould Roar ooutwerd SW4 My holes. Step 9: Using a 3/8' mrM drill bit mad ROTARY HAMMER DRILL In hummer mode, &M drown do Ole. Sea o nUae video at www.prosolar.com for ddailts, Step 12: Fasten rad with lower and upper 3/B' nats/woshers as shown. @Professional Solar Products, Inc. June 2008. UeTrac'is a registered trademark and covered under Pat. #5,746,029 INSTALLATION OF TILE TRAM® STEP 1: MARK A REFERENCE LINE ACROSS THE TILES IN THE VACINITY OF THE ROOF RAFTER. REMOVE THE ROOF TILE BY PUSHING AND PULLING ON THE TILE: IT IS HELD IN PLACE BY A SMALL NAIL. LIFT WITH A FLAT NAIL BAR IF NECESSARY. r STEP 2: LOCATE THE CENTER OF THE RAFTER BY TAPPING WITH A HAMMER OR USING AN ELECTRONIC STUD SENSOR. AFTER LOCATING THE CENTER OF THE RAFTER DRILL A 3/16` PILOT HOLE IN LINE WITH THE CHALK LINE. STEP 4' "NOW. � LOWERSTEP 3: INSTALL THE LAGING -ACK ASSEMBLY US A :• . _O E SEALANT �'LOWER MOVABLE UPPER BOLT AND LOWER TRACK, BE SURE TO SEAL THE NAIL HOLEHIGH POINT O FROM •REMOVED. STEP 5 STEs W �.. u .J: P 6 VM -w�_ " - STEP 6: INSERT THE THREADED SHAFT THROUGH THE HOLE IN THE ROOF TILE, LOCATING THE UPPER TILE TRACO CARRIAGE. STEP 5: REPLACE THE TILE AND DRILL A 3/8' HOLE USING A IF. NECESSARY, PICK UP THE ROOF TILE TO ASSIST IN STARTING MASONRY DRILL, INTERSECTING THE REFERENCE LINE AND THE THE THREADED SHAFT. INSERT AND LOCK TWO 318' NUTS ON HIGH POINT OF THE TILE. THE THREADED SHAFT AND TIGHTEN DOWN USING A 9116' WRENCH. STEP 7 BIND TWO 3/8" NUTS STEP 8 TOGETHER REFER TO PAGE SIX FOR INSTALLATION OF THE SUPPORT RAIL. STEP 7: INSERT AND LOCK TWO 3/8' NUTS ON THE THREADED STEP 8: APPLY SEALANT AROUND THE THREADED SHAFT SHAFT AND TIGHTEN DOWN USING A 9/16' WRENCH. COMPRESSING THE SEALANT WITH THE ENCLOSED 318 , WASHER. Page 10 !; COPYRIGHT PROFESSIONAL SOLAR PRODUCTS 2002: All information contained in this manual is property of Professional Solar Products s; (PSP). TILE TRACC is a registered trademark for PSP and is covered under U.S. patent #5,746,029. % FASTJACK®is a registered trademark for PSP and is covered under U.S. patent #6,360.491. A MLSO r &COMPANY Fwt 4VbrM 4900 LwV Ave. NE Albuquelique, NM 87109 teneus ROL Bout 94000: 871994000 Om�rs 6053484000 Peaellans ' 505448.4058 Fax Rb Rano • Serra %R Bern WOO San Dfto Woson 6 Latta Ar oft LLC 27 February, 2008 Applications Engineering Department Y UniRac, Inc. ti , 1411 Broadway Boulevard NE Albuquerque, New Mexico 87102-1545 ' Re: Engineering Certification for Uniltac's SolarMount Flush, Code-Compliant Installation Manual 227 ' WCEA File: 08-100-20400 To Whom It May Concern: I have reviewed the portions of the subject manual pertaining to the structural calculation of ` applied loads and beam selection. Specifically, this consists of "Part I. Procedure to Determine the Design Wind Load", and "Part IL Procedure to Select Rail Span and Rail Type" The procedures guide the user through the calculation of design wind force, load combinations, . and beam selection. All calculations associated with the procedures have been checked and found to be in compliance with the odes listed in the next paragraph. The procedures are based on and in compliance with the following codeststandards:- 1. _ 2007 California Building Code (CBC), based on the 2006 International Building Code • by International Code Council, Inc.; 2006. 2. Aluminum Design Manual: Specifications and Guidelines for Aluminum Structures. by The., Aluminum Association, Washington, D.C., 2000. Mechanical properties of the UNIRAC extruded rails and related components are based on data obtained from Walter Gerstle, P.B., Department.of Civil Engineering, University of New Mexico, Albugrierque, NM. ' WILSON 3 COMPANY. INC., ENGINEERS S ARCHITECTS M.LSON &COMPANY I certify that the structural calculations in UniRac's SolarMount Flush, Code -Compliant Installation Manual 227 are in compliance with the above codes. WILSON At COMPANY Steven J. Met% Executive Vice President, P.E. -gwk cc: Gary Kinchen, P.E. Page 2 OmAk Quo .46 J• ���jA: C 6228 2_ 1,3 P' ROOF CONSTRUCTION SOLAR modules of any type must be structurally attached to the roof. This means that they must be secured (bolted) Into a structural member of the roof such as a rafter orJoIsL Structural attachment prevents damage resulting from wind, earthquakes and snow loading, it also Insures that the penetration Into the roof will be sealed and compressed to provide a leak free connection for the life of the system. The TILE TRACO PV mounting system's patented design has been specially engirieered and tested to meet industry requirements for load testing and engtheering. The TILE TRACD mount system has been load tested and approved by a licensed structural engineer. (Copies of engineering reports are available with purchase). TiLE TRAC® mounts are load tested in both the uplift and download conditions while under load at 50 pounds per square foot. Our unique extruded support rail design accomplishes this degree of support with minimal deflection using relatively light gage aluminum. This TiLE TRAC® system was the first system to employ the benefit of the atop down' attachment method. This unique innovation allows the installers to properly install attachment bolts Into rafters. Before the invention of this product all module systems had to be bolted from the rear of the module frame. All module damp sets and engineering are *module spedfld and are tested and sized appropriately for each module manufacturer. The following sections of this manual will provide a good general knowledge of most likely roof installation situations. It is presumed that the installer has a fundamental knowledge of roof construction and tools. We will also try to suggest ways in which you can reduce installation labor and time. We appreciate your selection of our mounting system and hope that this Installation guide will make your installation experience faster and more profitable. and brought to the construction site. Trusses are generally used in track or modular homes. Each of these roofs supports systems will work exactly the same for attachment of the TILE TRACO system. The angle (inclination) of the roof is measured in terms of a division of 12. examples would be 03 in 12"4 In 12"5 in 12, this simple means the height is relative the horizontal measure. Most roof pitches will fall the previous categories. For the sake of this manual we will consider all roof supports rafters. TRUSS ROOF JOIST ROOF Rafter spans are generally 12, 1(r or 24' OIC (on center). All modem roofs are design to support plywood centers which are 4W. For this reason the TILE TRACO PV mounting system is engineered and tested at 4W centers for both portrait and landscape configurations. All attachments to the roof should be laid out and attached at 4W centers, attaching at this common distance and you will be reasonably assured of making a structural attachment to a roof rafter, while distributing the load evenly on the roof structure. Sheathing: Roof covering over the rafters generally consist of three types of materials; 1. Exterior roofing plywood. 2. OSB which is an abbreviation for Oriented Strand Board, this material has now become the standard for new home construction. This material consists 'Safety: Installers should used only approved ladders and work only when roofs are dry and avoid installation on windy days. Secure all tools, modules and. parts to 3. prevent them from falling off the roof. It is advised to Protect all exposed studs with Protective caps dudno the Installation Process to prevent injury. GENERAL -ROOF TYPES: of pressed wood fibers which looks similar to particle board. Although this material is structurally sound for roof sheathing, it does not have the ability to secure a leg bolt If the rafters are missed. Skip sheeting (space sheeting): This material is generally not used anymore because of more strict fire codes. This is simply a 1' x V or better nailed to time rafters with a space or gap between each board. This type of support is mainly used on older shake or wood shingle roofs. Rafter and Pitch: Most modem roofs are composed Important: Attaching or bolting to sheathing is not of structural framing which consists of rafters or 'generally considered a structural attachment and x6" trussed units. Rafters are usually 20or better and should be avoided. are usually found In custom construction. Trusses are geometric shapes that are pre -fabricated in a factory Page 3 COPYR1Wff PROFESSIONAL SOLAR PRODUCTS 2WZ AM 6dormatlonn oadatned In Wft manual is (PSP , SLE TRAO® Is a P of Profes�onal Solar Produi�a repiatered trademark for PSP and h covered under U.S. patent N5,748,th�. FASTJACM Is a regbtered trademadr for PSP and Is covered under U.S. patent NA.W.481. TECHNIQUES FOR LOCATING THE ROOF RAFTERS Based upon the fad that roof rafters can be located at 4W 4. centers, becomes necessary to properly locate at least one rafter. After locating a rafter, it can be used to reference other rafters on the roof. Since the roof sheathing and roofing materials conceal the rafters, there are several techniques that can be used to locate the rafter centers. Keep In mind that the rafter must be located absolute center for proper attachment Rafters will generally provide a target of 1-1/2" wide which makes accurately locating the rafter is Important for proper attachment Regardless of the actual spacing of the rafters, most can be located at 4W centers. Here are some ways to accomplish this. 3. 1. If the roof eve is exposed, use a framing square to locate the rafter tail and carefully transfer this location to the edge of roof. Mark this kmation with a crayon, visible from the top of the roof. Reference this 4. measurement to the edge of the gable. Transfer this measurement to the work area and you should be fairly dose to the rafter. For a hip roof you will have to estimate the rafter location by visually triangulating the location perpendicular to the eve. If the roof has a dosed or blind soffet, you can visually look for the nails on the rim Joist (fasda board), this will indicate the general k)cation of the rafter. Composition shingle or rolled cap sheet: Once you have general Idea were the rafter is, you can refine your search by several methods. One simple method Is to use a smooth face hammer (a rawhide hammer works nice here) and lightly tap perpendicular to the rafter until you hear a solid sound. Mark this location and you should be within Inches of the rafters absolute center location. To determine absolute center you can drill small holes either left or right of the rafter until you hit the rafter center. Another way is to use a high density electronic stud sensor at the `HIGH RANGE' setting. Carefully sIWIng the device over a piece of thin cardboard (allowing it to slide off the roof shingles) will accurately show the start and ending location of the rafter. Tile roof rafter location: This will consist of estimating the general location of the rafter and then removing the the in the vicinity of IL After removing the tile, use the some procedures as above. After locating the center of the rafter, it is advisable to mark the hole using a crayon. Imaortand Never leave a hole unmarked or unaccounted for. 48.00 RAFTER CENTERS SUPPORT RAIL STEP #1 STEP #2 STEP #3 TAPE MEASURE T4 (APPROXIMJ0 SURE I END OF ROOF TAP FOR W E LOCATION) (CLOSE I TER LOCATION (CATION) 0 C-0 DRILL TO LOCATE E X CT LOCATION (EXACT CENTE I OF RAFTER) FACIA RAFTERS EXPOSED RAFTERS LOCATING RAFTER FOR DRILLING AND SUPPORTING ATTACHMENTS Page 4 COPYRIGHT PROFESSIONAL SOLAR PRODUCTS 20M A0 IMormatk n coMalned In fts manual Is property of Professional Solar Products (PSP). ME MAC* Is a registered trademark for PSP and Is covered under U.S. Patent 43.748.029. FASTJAC QD Is a registered trademark for PSP and is covered under U.S, patent #8,360.491. INSTALLING THE TILE :TRACO ATTACHMENT FEET 31W HEX STUD SLIDING CARRIAGE ' 5/18". LAO BOLT � - • .•5/16" WASHER TILE TRAC BASE 48" P PILOT HOLE / • MASTIC N. /.. 48" F .. , COMPOSITION. ROOF , SHEATHING REFERENCE - PAGE 10 FOR MORE DETAILED RAFTER ' INSTALLATION .< r INSTRUCTIONS . n How to attach the.T1LE TRACO bass to the roof.. been secured and sealed to the roof, install the r -sliding carriage over the base and thread in he 3/6" After locating the exact position forthe TILE , hex stud. At this point, leave the carriage stud TRAC® bases, drill a 3/16" (we recommend a • loose to allow for final adjustment. "Continue carbide masonry bit) pilot hole into the rafter, place - installing the TiLE TRACO, six attachment feet per the lag bolt and washer through the base and apply rail set Installed on 48" centers. mastic or roof sealant to the bottom of the base ' extrusion. Insuring that the roof is clean and warm, NOTE: Roofing mastic must be applied per the'. Install base by inserting the lag bolt Into the hole , manufacturers recommendations: To ensure a and Impacting the lag bolt down using a 1/2" drive proper seal, mastic must be fresh and at least roorri' socket (do not over4ighten). After the base has , temperature. Page 5 - COPYRIGHT PROFESSIONAL SOLAR PRODUCTS 20M AD kdomnation contained in Oft maranal le property Of Professional Solar Products (PSP} TILE TRACO is a registered trademark for PSP and Is covered under U•S, patent #5.748.029. FASTJACKS Is a registered trademark for PSP and le covered under U.S. patent 08.980,491. ROOF INSTALLATION FOR THE FASTJACK® FLASHABLE SUPPORTS f318" BOLT b WASHER 5116' LAG BOLT & WASHER DRILL PILOT HOLE FLASHING INSTALLED FASTJACK INSTALLED SUPPORT i\G FASTJACK STANCHION INSTALLATION Installation of the FASTJACK® support rails to the attachment feet. The illustration above shows how the FastJackTm flashable mount is installed on a new roof. (see the following page for more detailed Installation instructions). The same spans apply to the FASTJACK® mount as with the TILE TRACE, attachment feet. All attachments to the roof should be made at 4W rafter centers, and all rafters must be located and securely bolted into. There are four heights of FASTJACK® mounts and they range from 3", which is generally used for the Oatey® style neoprene (low profile) flashing, to 7-1/2". The 4-112" is recommended for mounting to the composition shingle roof using a standard metal roof flashing. The 6" and 7-1/2" sizes are for flat tile roofs and curve the using double flashings. One feature of the FASTJACK INSTALLED ;-- FSG 0 ROOF SHINGLE FASTJACK® is that the roofer can remove the posts for easy installation of the roof paper and later install them. After the FASTJACK® mounts are installed, the support rails can be marked and installed in the same manner as Illustrated on page 6 of the manual. Fig #1: FASTJACK® base is Installed over the roof rafter and sheathing. Fig #2: Threaded post is screwed into the base and the f lashing Is Installed over It. Fig # 3: Installed FASTJACK® ready for the roof covering. Caution. Always use care when walldng around protruding stanchions. Page 8 COPYRIGHT PROFESSIONAL SOLAR PRODUCTS 2002 AN Informagan cordalned In We manual is properly of Professlonal Solar Products (PSP, TiLE TRACY is a registered trademark for PSP and Is covered under U.S. patent 1'3,740.029. FASTJACK® Is a registered trademark for PSP and Is covered under U.S. patent #0.360,491. M UNI RAC u,&= C&&-QnyU=t1nsndla&n Mania! Sobwoant [3.2.5] histalft the modules PeaMtc[g Mo&lM lfmodda are de Pl =W ft W, no pr+a+arhbg b aegn fro and you can proceed dhe�r o0 YnsteittAgthePhstKadWd'bebt� . ff °eOddw bmU=dud •l•coeeti fth mo" should be pseWlredweekaneend of thelaoama"cable foram of MMOOkm db teuao� MW We pte� Ilking Gould not be Dave ooven oB.E'bons. ney willbe metalled whm the modules ace installed on the rails. laStMl ft G Pkat lid UI% in blSblm9le insmOadonw. the safegr bolt sad Bangs met mace be fsomed m the tnodnle bode dot al the a>lgthed pawl and a�f each colt. Q wID ptevmt the gcleup and daospingbottsboomdatingnutofthetail If teats b arteamhodtleto tbetnviatoet; mthnect&m dee Bat module. Closedheibotaavec Sa:n dwficstmo"wM T4olts and and damps ai&e alt nW cad nj a& Mj Allow half sue hteh benoem the tall ends and ebe end damps o%M. [+lager dgbom Bangs out; caller sad dip the module as need4 sad am* g an ffie fimp ants (15 B bo. MORRIng the Other Mme. U dee sennet module foe churn WMI to 81104 ao ate Bet module. Connect inomina e calla to the saoaod module and close the Am rover; Tam the Be= d module f M aP ft W- WI& T4oI% mid damp* and Bangs nuM seeose the a4 jaoeot ddeaof oke Bcuand second modules. Altgo thesamgl module and ftMr Ud*W the Bangs nuts ft M wleh��� wire management devices m caul itepeat the procedure until all modules ate taamiled. Attach the outside edge ofdue heat module to the tail with end dames. 'ltlm off any am= tat being careful not to cut Inco dee tool Allow half an Inch betweah the end damp and the end of lite tall ft is). Check dna all Range nuts on T -bolts are torqued to 15 ft lbs. TffirMpfMpped module ria r� J.bwoas RPM MkM I8 X&M IP Spacer t vAkved module FfVM 21L Mid damps and end dau`W for UPPal*ume nIodWa am (daMImL A spat rfir the end damps 6 neemar a* (f die Ups am located hfsh audit module frame, 20 solarMount UntrueCoda-Cbm�lienelnsmMcion Mtuuta! =U N IRAQ [3.2.4} hsWft SoWMount rails Keeprdltl0uheeafrOWl z&orothadebrb. FadgnmmwwM cause boltstobhhd as tbeysllde in thadots. IastaWnsBplLea�.Ifyourlmor0adonuhsn SoladKountspflaebaq, auatdt the calls together LM before mounting the falls to tha kod w llse �batt only only with Hmb Installations at those thst use low�pv M t& Ahhongb strucstual, the jdu it not as among as tba veil IMM A call sbould aMw be anppomd bymom tlhanone &odngon both ddes of the Rom Qfe6nntee Iosts3lation maand 9083, 8plia - - . aodon.lobw trues. eperf wntQdUidr+seco<foe g dwwrideTansion MouWhq gab onFootinp. Raft may be attached to either of two mounting holes ht the Whet Qhlg.14). Mount in the lowechole for alow ptoAle, mora tertbedaft plea ft radon. Mount io the upperhole for a higher profile, which WE modinhe Allow under the modules. 'lids wtU cool them move and mq mbanee petfonmanm in hotter ditnates. Slide the Mad mounter bolts bw the footing bolt dots. loos* attach the raft to the 6odop with the flange nuts. Dura that the rails ate adented to the footipp as drown In Figure 8, 9. 11. or 1%whlehwwft appropriate. AHpft the Reil Ruda. Align one pair of rail ends to the edge of the Installation area W& 15 or Fig.16). The opposite pair of rid ends will overhang the side of the installation area. Do not tdm them off until the Installation Is complete. If the raft are papendtatdarm the ratters W& U), either end of the raft can be aligned, but the But module most be Installed at the allped end. If the raft are parallel to tine fab 0ig.16), aha allped tad of the nails must face the lower edge of the roof Seca* tighten all hardware after alignment Is complete 08.31 ft W. Mount modula to the rails as soon as posoffik large trmperamm Manges may low the rolls within aJtew hours if modulepincanent Is ddmwA 1 1 Imo- Edge of Wolaiton area Figure I& Rads papaulieufar to the r q f las. dna q/zolmRegmtroaeeafoes. Figure 14. Aw""all iplta awAmea Edge of inatafation area Figure 16. Raft parallel to the rq f bm fto 19 sman 0n0t urtfr�cCD&O Umt6ramaadonMmuia! d=UN1RACj e [3.3].Installing SOWMount with botwn mounting CUPS 7'6i..ecdOnmom ,wlursebem rh=deftWtonsebamomm-gdampstommemWW"m ilianft lt&uifathepioaednteEasem6momutggSduftomtsysonnsmaptot�edtom. Wom "Uma&0 Cop RVm2L OMmid®aomponmo Table I& Wrenches and torque Wrend� ReeouraneW Stnfnteit sted haidwane an sloe up` apro he hudwan �- k" ab" Ca&dSaUfn& 7b sign jet may sedum ib 'Iii hudwsro is4 applylidwtcanttobott4prr • 30 an and -Mm b&tcm% available atautop NoteTbrque �pe rs db aat appy m taI 6oR smra4 (S) shade hardware prior to bumltc mmi and (S) anNsphufton nub at high spa See fnsmtladon AWPkn W 9I% Galling a " Preventtor� atwwKerrnLntcom. 21 Q v s 4 W -%%a ! msec (3.3 .1] Plannkg the hwtanadon area Decide C= as fWd4w..ft andLIr--M 2V. modem AUSOAningnm=�a �l+aonbcbdu Moat Vy= dWaaAn%mpwWa$ eider ' Wuasdk*Wwm hdacfdkeL* tar M ba aa'Wn dWdWL*etend&PPGAdo=donR if tnOsmtut6e c=be spaced to juftb a� Beare �ctnW finnbatea8s daPwamdlemd0irmamdngb,!ache doubt' consult an�a0d� tffn Never "cure lkhotinga bo thesoofdecidug along, ftd an easogenumt wM ng, meet eode and h at the b,mOafion and the nWkNWvuhl=W6 to a vivre damage fi,=,,%& lemenouqlhxo=lo hu adladon ew ft afa tlteattgydu�8 amenftelpab die length otme module. Nobe thatubmmai dtewMth Oaheauen*blomueb=3lnchesaneast modules, Theleog* of the essemW eq* the total wldtb af?the f. 22 Oldance between lap ball cenfus r r Dislonee between module mounting holes FV module Module boll Cop Rap L•foot Log boli Olsfance between by bon co an 1/i 0lslonce between module mounling holes O "0ns21C P rAands Solarmowt . . -- - r�mmctane�t.:3=UNIRA� [3.3.21 Laykg out the installing L-ket =bftIoL�atareoaedl6t . d+�t�ee &Mm t aced TDcnwz*dwdwL fwwM - — -- — 4 � d ..YiY bZ;t lladon; aa��YY6nd } • ,liaediewm0dele�ftb Rearm do cub of he module!, . • S'Mft GnftIO2lM owftboh' i ii SolerMoult Rails a !I dots Face oatwffa 1ummealww go apf on duwdw%die ROL doublealomed dde P�p�d[adar to dce - IIIBtB First ovcd �=Sdq d a deftm wW load t Lowe► — root • Ratters . • � �• � udosac oo ' - llpn. s� tgroar w�dr nQlf, OWWWereclSeOMME6o' m • grolk bccmi! beet ralbets ft i calla. bat not bod,, , Pbr die L,fat beh� hulled mwr, &M pilot &erafteratemb maSAglnmtheoecc�of - . urew hole balm a Install L-Feet Squid"scalaot foto tie bole =dam the _ First shaft of die IngamwiL Sed tM underside MI* the . m to &e bul ft menet= with the i. �8 , I�natcce that du 4het face as �� . shown In ftro 93 arm 21. Hold the cmtof the4 ba wd &5tewn ..... hwalledon. a am c dY Fbr the 23 •• • • • ■..-.a. unrrac Iinntfn - Manu d SoLuMount [3.3.3] Atte modules to the rails LVdwmadulerforagheap nelfa=&Monatat&= dwwMnwdmMO& 'tea get Mgn ehe edgR, othee s�them togpher t� y. 't>dat the mfls m die toss wm� Di do modules m be mounted. place a mil a4 ftw to to die outer mouti ft holes Orient themaimft� � s die ant* seleow the flange Aimft�� undsmounft t and itaag�emm, 'ibtque Wire die modules as needed. pwaa&WMasom6modWe wiring should not be performed on a tmO& pbr a nest bsu&dcw' tastm able cramps w rails WithS '[3.3.4] hw lling the module -rail assembly mDtalas tt+a tM the badkd= *P. Reep dooe. sight arose boltr to bbd in the C W m� assembled paad. thirst atom- Itffins me to a CODE AlAgn the panel wBh the previously ta:o W L&M Slide 3/8 huh WOO mounetAg bolts onto the rail and align them with ilaw tigh� Attach the pond to the 4feet and tentheRafts aM be attached to ddher of tsvo mounting holes in the Q't& 2Q. • Mount in the lotverhole for a Inv. more aethmdcgy pleasingtnstallatkm • Or mount In the upper hole to maximize a cooling airflow under the modules This nW enhsnoe p,&,. mance In hotterdimatea. Adjust the position of the panel as needed to flt the lostalla. tion arra. Slide the remaining trfeet bolts onto the other raQ attach 4ftw4 and finger tighten with flange num AUgo legm lag with holes previously drilled bnto the root:hata hp hhftMng Into vwwhft LA L -feet as desaibed tn'[.eyhhg out and bobs nam sear7b'que all * flw, auto to 30 pounds. Verify that alllag 24 Glp dols Mounting bog "am ss, teg4p naa attwAmaa Range awarmounc : (IMM E4d84AMPLUMULU nUalWA manuaL a [3.4] Installing SolarMount with grounding clips and lugs, - UGC-1 yr . Ir fig i �lam.M 0+6 Ueol W46 i�rM aa1YYOi� lw pl0�� � a� IBM" • iiiRiA�11�11��t�•/� y UGL 1 Um . knft �,r�ate.s.ad�narnoer " w�a�► -tu mortr�a�,.�wtu►�ir.,a�d► - oroemrtataadwltMa�Qtdmt 6aK�mP� otor�� . EotorNtorard®ra1(arty typal . 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P.O. BOX 937 • IMPERIAL, CA 92251-0937 r September 1, `2009 Solar Distributors, Inc. Dave Matthews . . 73820 Dinah Shore Drive • , ' Palm Desert, CA 92262 Dear Mr. Matthews: » Subject: Photovoltaic (PV) One -Line Diagram Approval William Taylor - - y ,. 61730 Mesa Court, La Quinta - Your one -line diagram for the subject project has been reviewed and approved by our Engineering Department. You can now proceed with the system installation. Upon completion of construction, complete and return the enclosed PV Solutions rebate application, along with the final invoice and signed off permit by your governing agency. If further assistance is needed, please contact Public Progiams at (760),339-9724 Sincerely, ulie Gray Energy Conservation Specialist ,Bin # City of La Quin Building a Safety Division P.O. Box '1504, 78-495 Calle Tampico 0 Quinta, CA 92253 - (760) 777-7012 Building Permit Application and Tracking Sheet Permit # Project Address: 61730 Mesa Court Owner's Name: William Taylor A. P. Number: Address:61 730 Mesa Court Legal Description: Contractor: Solar Distributor'stri butors Inc.I c City, ST, Zip: La Quintal CA 92262 Telephone: Address:738-20 Dinah 'Shore Dr. Project Description: New Installation 5.40kW City, ST, Zip:Dpqp 262 Residental Photo Voltaic Solar Sys. Telephone: State Lic. # :6 7 2 2 2 1 City Lic. Arch., Engr., Designer: Address: City, ST, Zip: ele hone: Telephone: to i S to . # Lic. Name of Contact Person: Ed Neigel Construction T Y P e:Occupancy: Project type (circle one)• New Add' n Alter Repair Sq. Ft.: #Stories: # Units: Demo Telephone # of Contact Person: 7 6 0_ 3 2 0— 2 3 8 5 Estimated Value of Project:$43,160.00 APPLICANT: DO NOT WRITE BELOW THIS LINE # Submittal Req'd RecdIrTRA_CKIIVG� nf1 2� PERMIT FEES Plan Sets �' U U Plan Check submitt Id L'LLD B, � I II II Item Amount Structural Cates. Reviewed, ready for corrgc &R, 1 7 2009 1 U)N Plan Check Deposit Truss Calcs. Vu Called Contact Person y I Plan Check Balance Title 24 Cates. Plans picked up Construction Flood plain plan Plans resubmitted Mechanical Grading plan 2" Review, ready for corrections/issueElectrical Subcontactor List Called Contact Person Plumbing Grant Deed Plans picked up S.M.I. H.O.A. Approval Plans resubmitted Grading IN HOUSE:- '^' Review, ready for corrections/issue . Developer Impact Fee Planning Approval Called Contact Person A,I_P,P, Pub. Wks. Appr Date of permit issue School Fees Total Permit Fees