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10180986_1325 S. BAKER - Plan (2)
PHOTOVOLTAIC PERMI I SYSTEM SIZE: 3.2KW DC / 2.8KW AC CEC : *S#i'Fti.._:, · 9175 San Fernando Road Sun Valley, CA 91331· PLANNING DIVISION PH: (855) 277-7155 F: (818) 337-7113 APPROVED SHEET INDEX 1 TITLE SHEET 2 SITE PLAN 3 ROOF PLAN 4 ELECTRICAL DIAGRAM / NOTES 5 ELECTRICAL SIGNAGE SPECIFICATION SHEETS: 6 MODULE DATA SHEET 7 INVERTER DATA SHEET 8 RACKING DATA SHEET SCOPE OF WORK INSTALLATION OF A 3.2 KW ROOFTOP PHOTOVOLTAIC SYSTEM INCLUDING (10) MODULES AND (1) INVERTER. GENERAL NOTES: 1. All equipment shall be installed in accordance with the manufacturer's approved installation method 2. All equipment and wiring shall be listed by UL or a recognized testing agency by the local AHJ 3. Use minimum 8 AWG equipment grounding conductor (EGC) when it is subject to sun exposure and/or wet location, or install the EGC in an approved raceway 4. All exposed wiring shall be sunlight resistant and suitable for wet conditions 5. All working spaces and access about electrical equipment shall be in compliance with NEC 110.26 6: The installation is only. for utility interactive systems as shown in the single line diagram 7. The short circuit current for 1 20/240V, single phase service thal is 0 - 225A, is 10,000A or if 226 - 400A is 22,000A 8. All electrical equipment including the service shall have a legible, visible, and durable marking indicating the manufacturer name, current, voltage, freqOency, and number of phases 9. Each installed equipment, wiring and overcurrent protecUve device (OCPD) shall have a short circuit rating not less than the available short circuit current at their input terminals 10. The modules shall be made of either crystalline or multi crystalline silicon material 11. All modules shall be roof mounted 12. The modules ratings shall be based on solar irradiance standard test condition (STC) of 1000Whn'2 PV EQUIPMENT LABELS AND NOTES: 1. All PV modules and associated equipment and wiring material shall be protected from any physical damage 2. All PV system components (equipment and wiring) shall be listed by UL or a recognized testing agency by the local AHJ 3. All wiring material shall be suitable for sun exposure and wet locations 4. All field installed junction, pull and outlet boxes located behind modules or panels shall be accessible directly or by displacement of a module(s) or panel(s) secured by removable fasteners. 5. The roof mounted photovoltaic modules, panels, or solar voltaic roll roofing material shall have the same or better listed fire-resistance rating than the building roof-covering material 6. Photovoltaic system installation shall comply with+the NEC 690.61 requirement, loss of interactive system 7. Exposed non-current carrying parts of module or module frames, equipment and conductor enclosure shall be grounded in accordance with NEC 250.134 or 250.136(A) regardless of voltage 8. Removal of an equipment from the system shall not disconnect the (equipment grounding) bonding connection between the grounding electrode conductor and exposed conducting services by means of a bonding jumper, NEC 690.48 9. A bonding jumper shall be installed prior to removal of a DWP-interactice inverter or tile other equipment that does not disconnect (remove) to maintain the system grounding, NEC 690.49 10. Live parts in PV source circuits and PV output circuits over 150V to ground shall not be accessible to other than qualified persons while energized DESIGN REQUIREMENTS FOR ROOF MOUNTED SYSTEM: 1. Do not cover (mechanical or plumbing) vents through the roof with the collector 2. When installed over a roof covering of wood shakes or shingles with less than a Class B or C rating, an aluminum or corrosion-resistant iron substrate of 26 gauge minimum thickness extending at least 6 in. beyond the outer edges of the collector or collector groups is required MAR 2 7 2014 City of Santa Ana MASTER I.D. _ FRACTOR: CA LlC# 8-477185 WREMITECTUKAL - 3/10/2014G.P.- - 315©ZE52113 UMi AA•UCED ry. .--'4.-:,11 ..ik DATE__1-__EEUEZTNE PIEREBIES@Ri itj,' -.'.3,23· i.u-44§¢93ED'SY"'8-.'.-,.Z>UNA{Nd INSPECTJON*QUIRED:1, UalVhmS:andjae@@328#* ' ' NONE .%;Les =. ars OEt.I- 5-- 4401;GAI·t. ..'' 61- - ; i -F)NA}.2 · *82 62 8@E:* WEZt =t -_-fie/&428Arta04«jili *444444491 -9-FOTORE,REVISIONS ' 2:09@8@nee 0% this wan and r•4 l '<i,+ 9-5.N-rE,R®Ti:ON'.YIc-f·,1.ze.:AF: *CtgRA?hONSfMODIFI{JAI191/ -f'·-33:- --7 g.- -tiki-:Ate KfATg*.(43*td*MI*DH EXISTING4.- :[3* ts®EGNINd. 8EqUIEfy ' C-OFSAN- i ' I*P--- 0 h ' - 2 411'[2 - 5.0§&'ifrl ' -t*¢;5.pEANS !1210 Need. .--*i-:. '421. iS.1 1 02.-1-}a.-r .0.2-- -2-*COA79Nts:f_ 0 - h C CD O (1) a) A Ploc\1LOCATION OF PROJECT iii U) CD F,- 1 -CO 'A <O V, m10 ... 2 *432-6 - 10.-(D (N c ¤) m CO THESE DRAWINGS ARE CONCEPTUAL SHOW BASIC SYSTEM OPERATION ON. i. „ „ NOT INTENDED TO INCLUDE ALL DEV DETAILS NECESSARY FOR PROPER ORIENTATION. IT IS THE RESPONSIB THE INSTALLING CONTRACTOR TO E THAT ALL NECESSARY DETAILS AND ARE tNSTALLED TO GUARANTEE PROPER -- OPERATION AND COMPLIANCE WITH LO< BUILDING CODES. THIS DOCUMENT CONTAINS PROPFUE INFORMAT,ON AND ITS RECEIPT OR I 7»2-I - I POSSESSION DOES NOT CONVEY ANY Ri -!'' TO REPRODUCE. DISCLOSE ITS CON42*21 t.A.TO MANUFACTURE. USE. OR SELL AI243-Sm: 3,7 MAY DESCRIBE. REPRODUCTION. DI!:151§14 OR USE WITHOUT SPECIFIC WRITTEZ AUTHORIZATION IS STRICTLY FORBI AREA OF WORK _TITLE SH Plans IVE 11 ..0 1 11 1 1 ,1 1 . L .4 1 43-1 -121/Ril/il"L' " mimmrwilt.:tqful,10 li --- 1 41*4' , '5 r - 1 1- -T, 1 K . i-- - 4--- 77-|*f 49--1 - . ' ti k- bi; - '4112 1 LIT-J;L-4 :4 ··T - I -I | .1/2/W.•r STREET VIEW PROPERTY LINE 1 -17 , 0,64*319. r. -1 7 - 01 ... i'- f *- ,_ .24-i ' .'*M 4,-C'Af' 3 .?,4 2? &3' 9 1.. %41 ma '1 - h i '-£1\/AAI 1 T_ T 1- 4 J - r-- 1 - rL i E 0 HT />,A,//Coll, 9175 San Fernando Road Sun Valley, CA 91331 PH: (855) 277-7155 F: (818) 337-7113 CONTRACTOR: CA LlC# 8-477185 Plans Designed by:Derek Brosch Date:3/10/2014 Revision: 0 DRIVEWAY 1, -Ar S. BAKER STREET 1 0 FRONT OF RESIDENCE l i«-Existing 100A Service Panel New 30A Solar AC Disconnect ROOF RIDGELINE New Power-One 3.0kW Inverter Pt:niv,» 0 .MECH urv.w..._ PERMIT#_32129£2-- OCC. GROUP-| CONS- FR. TYPE_.1- CODE EDITION_r -'--@Le-12: FLOCD ZON- OD ZONE CERTIR D YES 14 _FLO - YES tMICROFILM1,2-2E.EEKEEES| RESIDENTIAL DEV. FEE YES L HOOL DISTRICT ___22,NO : i : 'i -rt: I L NEW Pv ARRAY (10) SUNPOWER 327 MODULES - SITE PLAN ZOOF NOTES: ROOF AZIMUTH:180° . ROOF TILT:18° ROOF MATERIAL:COMP SINGLE 4 HOUSE TYPE:SINGLE STORY HOUSE 4 ROOF STRUCTURE:TRUSS RAFTER SIZE:2X4 I / RAFTER SPACING:16" O.C. GENERAL NOTES: =443 1. LOCATIONS OF SERVICE PANEL AND ELECTRICAL EQUIPMENT ARE SHOWN. FINAL POSITION TO BE DETERMINED BY UTILITY COMPANY. 2. LOCATION OF SERVICE PANEL AND ADDITIONAL EQUIPMENT NOT DRAWN TO SCALE. 3. ADDITIONAL ELECTRICAL EQUIPMENT (INVERTER, AC DISCONNECT, ETC) IS WITHIN 10 FEET OF SERVICE PANEL. 4. PV EQUIPMENT SHALL BE INSTALLED IN ACCORDANCE WITH NEC 690 AND POSTED WITH APPLICABLE WARNINGS, SIGNAGE, AND PLAQUES PER NEC 705-10,690-17, & 690-64(b)(5). 5. UTILITY HAS 24-HR UNRESTRICTED ACCESS TO ALL PV SYSTEM COMPONENTS LOCATED AT SERVICE ENTRANCE 6. ORIENTATION OF HOUSE ON LOT WHERE SHOWN IS APPROXIMATE. NO / - MINIMUM FIRE (TYPICAL) DEPARTMENT SETBACK ARCHITECTURAL STRUCTURAL ACCEPTED FOR CONSTRUCTION SEPARATE PERMITS ARE REQUIRED FOR ELECTRICAL, PLUMBiNG & MECHANICAL PLANS This set of plans and specifications must be kept on the jo· at all times and it ks unlawful to make any changes c alterations on same without written permission from thi City of Santa Ana. The acceptance of this plan and specifications SHALL NOT 1 j be held to permit nor be an approval of the violation of any 65 provisions of ANY City Ordinance or State Law. 4-1-£ Accepted By K - FC-<8699 --- Date Issued iN_-__ .-nuiT TYPE: BLDG LECT PLBG --CITY-OF SA&TA AN THESE DRAWINGS ARE CONCEPTUAL AND SHOW BASIC SYSTEM OPERATION ONLY. IT IS NOT INTENDED TO INCLUDE ALL DEVICES AND DETAILS NECESSARY FOR PROPER ORIENTATION. IT IS THE RESPONSIBILITY OF THE INSTALLING CONTRACTOR TO ENSURE THAT ALL NECESSARY DETAILS AND DEVICES ARE INSTALLED TO GUARANTEE PROPER OPERATION AND COMPLIANCE WITH LOCAL- BUILDING CODES. THIS DOCUMENT CONTAINS PROPRIETARY INFORMATION AND ITS RECEIPT OR POSSESSION DOES NOT CONVEY ANY RIGHTS TO REPRODUCE. DISCLOSE ITS CONTENTS, OR TO MANUFACTURE USE. OR SELL ANYTHING IT MAY DESCRIBE. REPRODUCTION. DISCLOSURE. OR USE WITHOUT SPECIFtC WRITTEN AUTHORIZATION IS STRICTLY FORBIDDEN. SITE PLAN ..t" I i W 1 9 *ii 29 9 le, * of I t ¢?31513?3 £=/A SLAR C.l.'f,*ES A.4 234r 4,0, S1672 C exp.06/15 P CA LW9> 72y Al A-> Il m I W S 9175 San Fernando Road Sun Valley, CA 91331 PH: (855) 277-7155 F: (818) 337-7113 CONTRACTOR: CA LlC# 8-477185 " Plans Designed by:Derek Brosch Date:3/10/2014 Revision:0 2110 1/ Ot 2-1/2" UNIRAC RAIL 1/4--20 T-BOLT . /4·20 SERRATED FLANGE NUT *'\ F SOLAR MODULEE COMP SHINGLEQUICK MOUNT QMSC COMPOSITE MOUNT (TYPICAL FOR 16) RU St• AN -f t 1-Il1/11 111-.- MID CLANlp L ... - (10) SUNPOWER 327 MODULES UNIRAC //I 1 SOLARMOUNT RAIL 1,4-·20 T-BOLT -. f SOLAR MODULE 1/4--20 SERRATED 1/4·-20 T-BOLT 7 FLANGE NUT / IM·-20 SERRATED \ MID CLAMP X X *SOLAR MODULE ,FLANGE NUT i £ \4 -*-* PID CLAMP UNIRAC SOiARMOUNT RAIL UNIRAC SOLARMOUN, r..,6 LUNIRAC SOLARMOUNT tv'IL LARMOUNT .ICE KIT so SPI 3/8-16 X 34· HEX BOLT 3/8·16 FLANGE NUT L BRACKET./ ,,--THCS EDGE lOWARDS /-4- 2,50 - / ROOF R.DGE 1,9--\f R. f.<-- =ir:G C -z-.971 W DESCRIP!1ON QI¥ ! 1 8650!'46 17 y 12·>: OW• 5057 #lit i2 ObiC>Ck. a ASSiC. AJMO CART At.Al 1 3 NANCE·280.1.3/1&>ur. 18815 I 4 WASHER. SEALIN/£ 3/4- OD. EPOM 1 1 5 NUL HEK. 5/14·15, UNC-2. 168$; '"'7 1 6 WASHER.FLAI, iggY)*7/8'00*1/1 1 6 1 i -97Gfq.-fEAt>w#?I#*1612$325- 1WOHbIL#PUT:Lvkk WI. .q 10·MS ..._L....1.J Quick Mountl'V' 11!LE QMSC: Classic Compo5tion Mount SM#2 .3&m%%@MEA 2=21-' ME -I.- $ 5 'Ill.... 1.2 »1-4,=*€*0$ 5 4 1 2 0 12 CO 3.00 k | ITEM ' NO. 2.00 -Lrr / j ROOF PLAN 1/4" = 1'-0" ROOF NOTES: 1. ROOF AZIMUTH:180° 2. ROOF TILT:18° 3. ROOF MATERIAL:COMP SINGLE 4. HOUSE TYPE:SINGLE STORY HOUSE 5. ROOF STRUCTURE:TRUSS 6. RAFTER SIZE:2X4 7. RAFTER SPACING:16" O.C. 8. MAX UNSUPPORT SPAN: 6'0" GENERAL NOTES: 1. QUICK MOUNT PV STAND OFFS WILL BE CONNECTED DIRECTLY TO THE EXISTING ROOF RAFTERS 2. THE SPACING BETWEEN STAND OFFS NOT TO EXCEED 72" O.C. IN EITHER DIRECTION 3. UNIRAC RAIL NOT TO CANTILEVER MORE THAN 20" FROM THE CLOSEST SUPPORT. 4. INSTALLERS TO VERIFY RAFTER SIZE, SPACING, AND UNSUPPORTED SPANS AND NOTIFY E.O.R. OF ANY DISCREPANCIES BEFORE PROCEEDING. 5. STRUCTURAL CALCULATION WIND SPEED: 110 MPH 6. PV PANEL SYSTEM DEAD LOAD: 2.9 LBS/SQ FT. THESE DRAWINGS ARE CONCEPTUAL AND SHOW BASIC SYSTEM OPERATION ONLY. IT IS NOT INTENDED TO INCLUDE ALL DEVICES AND DETAILS NECESSARY FOR PROPER ORIENTATION. IT IS THE RESPONSIBILITY OF THE INSTALLING CONTRACTOR TO ENSURE ™AT ALL NECESSARY DETAILS AND DEVICES ARE INSTALLED TO GUARANTEE PROPER OPERATION AND COMPLIANCE WITH LOCAL BUILDING CODES. THIS DOCUMENT CONTAINS PROPRIETARY INFORMATION AND ITS RECEIPT OR POSSESSION DOES NOT CONVEY ANY RIGHTS TO REPRODUCE. DISCLOSE ITS CONTENTS. OR TO MANUFACTURE, USE. OR SELL ANYTHING IT MAY DESCRIBE. REPRODUCTION. DISCLOSURE, OR USE WITHOUT SPECIFIC WRITTEN AUTHORIZATION IS STRICTLY FORBIDDEN. ROOF PLAN SYSTEM DETAILS: (10) SUNPOWER 327W MODULES (1) POWER-ONE PVI-3.0-OUTD-S-US (240V) STC: 10 x 327W = 3,270 W DC CEC: 10 x 301.4 x 0.96 = 2,893 W AC CEC SOLAR BREAKER SIZE CALCULATIONS: INVERTER MAX OUTPUT CURRENT X 125% 14.5A X 125% = 20A, 20A SOLAR BREAKER USED 120% RULE CALCULATIONS PER NEC: BUSBAR X 120%-MAIN BREAKER > SOLAR BREAKER 125A X 120%- 100A =50A AVAILABLE PV MODULE RATINGS MAKE SUNPOWER MODEL SPR-327NE-WHT-D MAX POWER 327W OPEN CIRCUIT VOLTAGE 64.9V MAX POWER POINT VOLTAGE 54.7V SHORT CIRCUIT CURRENT 6.46A MAX POWER POINT CURRENT 5.98A ARRAY RATINGS LOWEST HISTORIC TEMP.-7° C # OF MODULES IN SERIES 5 VOC @ LOWEST TEMP.369.9' VMP 273.5 ISC 6.465 IMP 5.986 .4.0. 9175 San Fernando Road V Sun Valley, CA 91331 v PH: (855) 277-7155 F: (818) 337-7113 4 CONTRACTOR: CA LIC# 8-477185 | Plans Designed by:Derek Brosch Date:3/10/2014 rer (1) #10 AWG USE-2, POSITIVE DC (1) #10 AWG USE-2, NEGATIVE DC (1) #8 AWG SOLID BARE COPPER GROUND WIRE (GROUND WIRE NOT IN CONDUIT, SUNLIGHT RESISTANT AND OUTDOOR RATED) STRING #1: (5) SUNPOWER 327W MODULES pv PV PV PV MODULE - MODULE - MODULE - '' - MODULE STRING #2: (5) SUNPOWER 327W MODULES (2) #10 AWG THWN-2, POSITIVE DC (2) #10 AWG THWN-2, NEGATIVE DC (1) #8 AWG THWN-2 GROUND 3/4" EMT CONDUIT --- ALL AC WIRING: (1) #10 AWG THWN-2, Ll=BLACK (1) #10 AWG THWN-2, L2=RED (1) #10 AWG THWN-2, N(NEUTRAL)=WHITE (1) #8 AWG THWN-2, GROUND = GREEN 3/4" EMT CONDUIT INCOMING UTILITY VOLTAGE: MEW) 3.0KW SOLAR 120V/240V, 1 (p, 3W INVERTER W/(NEW) 120/240V, -100A MAIN BREAKER INTEGRATED AFC[30A, 2-POLE IUTILITYI 125A BUSBAR LOCKABLE KET,1 (EXISTING) AND VISIBLE \-12&83 E-SOLAR BREAKER OUTDOOR AC (NEW-PV BREAKER SHALL DISCONNECTA BE LOCATED ON THE OPPOSITE SIDE OF MAIN3637 0 SERVICE PANEL) MAIN \ INTEGRATED SERVICE g 1 DC AND AC PANEL 0 1 DISCONNECT , EXISTING GROUND 0:0:0 INVERTER RATINGS Revision: 0 MAKE POWER-ONE 19* MODEL PVI-3.0-OUTD-S-US-A (240V) MAX OUTPUT POWER 3000W MAX DC VOLTAGE 530V *D NOMINAL AC VOLTAGE 240V iteD MAX AC CURRENT 14.5A CEC INVERTER EFFICIENCY 96.0% 21*AFCI PROTECTION INTEGRATED the --0 ROOF-MOUNTED JUNCTION BOX PV PV PV PV MODULE - MODULE - MODULE - "'- MODULE 1--1 L (1) #10 AWG USE-2, POSITIVE DC (1) #10 AWG USE-2, NEGATIVE DC (1) #8 AWG SOLID BARE COPPER GROUND WIRE (GROUND WIRE NOT IN CONDUIT, SUNLIGHT RESISTANT AND OUTDOOR RATED) A ROD #8 ADDITIONAL GROUND / = ELECTRICAL NOTES: © PROVIDE WARNING SIGN PER NEC 690.17 READING "WARNING-ELECTRICAL SHOCK HAZARD-DO NOT TOUCH TERMINALS-TERMINALS ONBOTH THE LINE AND THE LOAD SIDES MAY BE ENERGIZED IN THE OFF POSITION" -7 LABEL BREAKER "PHOTOVOLTAIC POWER SOURCE" PER NEC 705.10 AND "BREAKER IS BACKFED" PER NEC 690.64(B)(5). LABEL WITHL21 MAXIMUM AC OUTPUT CURRENT AND THE OPERATING VOLTAGE PER NEC 690.54 ® LABEL "PHOTOVOLTAIC ARRAY AC DISCONNECT SWITCH". LABEL SWITCH WITH OPERATING CURRENT PE R NEC 690.53. SWITCH TO BE LOCKED PER NEC 690.7(D) ® ALL EQUIPMENT TO BE INSTALLED IN ACCORDANCE WITH NEC AND IRC REQUIREMENTS © Bl-DIRECTIONAL METER TO BE INSTALLED BY UTILITY IF REQUIRED © LISTING AGENCY NAMES AND NUMBERS TO BE INDICATED ON POWER INVERTER PER NEC 690.7(D) /- GROUNDING ELECTRODE CONDUCTOR MUST TIE INTO AC GROUNDING ELECTRODE SYSTEM AND BE INSTALLED IN ACCORDANCE WITH \-/ NEC 690.47 Minimum Wire Size Calculations Circuit Max 125%156%Temp.Fill Factor Min. DC Wire Min. AC Wire Wire Wire Wire Run Type DC/AC Current Factor Factor Correction Correction Ampacity Ampacity Size Ampacity Array to J-box DC 6.46 8.08 10.08 0.65 1.00 15.50 12.42 #10 30 J-box to Inverter DC 6.46 8.08 10.08 0.65 0.80 19.38 15.53 #10 30 Inverterr to Main Service AC 14.50 18.13 22.62 0.65 1.00 34.80 27.88 #10 30 ARRAY NOTES: ® ALL EQUIPMENT TO BE INSTALLED IN ACCORDANCE WITH NEC AND IRC REQUIREMENTS ® LISTING AGENCY NAMES AND NUMBERS TO BE INDICATED ON SOLAR MODULES PER NEC 690.7(D) © ALL ARRAY CONDUCTORS TO BE 10 AWG XHHW-2 OR USE-2 UNLESS OTHERWISE SPECIFIED @ ALL ARRAY GROUND WIRE TO BE 8 AWG BARE OR SUNLIGHT RESITANT COPPER WIRE UNLESS OTHERWISE SPECIFIED © FOLLOW MANUFACTURERS SUGGESTED INSTALLATION PRACTICES ON ALL SERIES WIRING TERMINATIONS Voltage Drop Calculations Formula used per NEC 2011 Handbook 215.2(A)(4): VD =2*L*R*l/ 1000 1 R L Vo % Vo Wire sizeVmPmp 273.5 5.98 1.290 20 0.31 0.11%#10 273.5 5.98 1.290 50 0.77 0.28%#10 216.5 8.08 1.290 20 0.42 0.19%#10 THESE DRAWINGS ARE CONCEPTUAL AND SHOW BASIC SYSTEM OPERATION ONLY. IT IS NOT INTENDED TO INCLUDE ALL DEVICES AND DETAILS NECESSARY FOR PROPER ORIENTATION. IT IS ™E RESPONSIBILITY OF THE INSTALLING CONTRACTOR TO ENSURE THAT ALL NECESSARY DETAILS AND DEVICES ARE INSTALLED TO GUARANTEE PROPER OPERATION AND COMPLIANCE WITH LOCAL BUILDING CODES. ™IS DOCUMENT CONTAINS PROPRIETARY INFORMATION AND ITS RECEIPT OR POSSESSION DOES NOT CONVEY ANY RIGHTS TO REPRODUCE. DISCLOSE ITS CONTENTS, OR TO MANUFACTURE. USE. OR SELL ANYTHING IT MAY DESCRIBE. REPRODUCTION. DISCLOSURE. OR USE WITHOUT SPECIFIC WRITTEN AUTHORIZATION IS STRICTLY FORBIDDEN. ELECTRICAL DIAGRAM/NOTES SYSTEM SIGNAGE ALL SIGNAGE SHALL BE IN PLASTIC, RED IN COLOR WITH WHITE LETTERING, AND ATTACHED WITH POP-RIVETS OR SCREWS. ALL LETTERS SHALL BE A MINIMUM OF %" HEIGHT AND ALL CAPITALIZED. NEC 690.64(B)(7) PLACE THIS LABEL AT POC TO SERVICE DISTRIBUTION EQUIPMENT (NEXT TO THE SOLAR BREAKER INSIDE THE PANEL) ./ k 1 4. Sci)LAR 9175 San Fernando Road Sun Valley, CA 91331 PH: (855) 277-7155 F: (818) 337-7113 WARNING CONTRACTOR: CA LlC# 8-477188 REQUIRED WARNING LABELS DO NOT RELOCATE INVERTER OUTPUT CONNECTION PLACE ON ALL CONDUIT, LOCATED ON ROOF, INTERIOR AND EXTERIOR, EVERY 10' AT THIS OVERCURRENT DEVICE TURNS AND ABOVE AND/OR BELOW PENETRATIONS AND ALL DC COMBINER AND JUNCTION BOXES IN %" WHITE LETTERING ON RED BACKGROUND, ON FADE RESISTANT MATERIAL NEC 690.53 PLACE THIS LABEL ON THE INVERTER Plans Designed by:Derek Bry**L Date:3/10/2014 Revision: 0 htfre@J *telt 4 41"00409*ga ttek CAUTION: SOLAR CIRCUIT NEC 690.54 PLACE THIS LABEL AT "POINT OF INTERCONNECTION" (ON THE COVER OF THE MAIN SERVICE PANEL) CAUTION INTERACTIVE PHOTOVOLTAIC POWER SOURCE RATED AC OUTPUT CURRENT (A): 14.5A NOMINAL OPERATIONAL AC VOLTAGE (V): 240V NEC 690.14(C)(2) PLACE THIS LABEL ON THE AC DISCONNECTING MEANS PHOTOVOLTAIC AC DISCONNECT PV MODULES - (TYPICAL)MAIN SERVICE ' 7 INVERTER 1 : 1 1! t ' 1 I 11 11AC DISC (OK--.1 11 1190 %999 04.-!11 ' .11 i Ill--.----------31' A i - TYPICAL TRANSFORMERLESS SYSTEM FLOATING GROUND NEC 690.17 PLACE THIS LABEL ON ALL DISCONNECTING MEANS WHERE ENERGIZED IN AN OPEN POSITION WARNING ELECTRIC SHOCK HAZARD DO NOT TOUCH TERMINALS TERMINALS ON BOTH LINE AND LOAD SIDE MAY BE ENERGIZED IN THE OPEN POSITION SYSTEM RATINGS t, SHALL. 01@lation * RATED MAX POWER POINT CURRENT (Imp): 5.98A N. RATED MAX POWER POINT VOLTAGE (Vmp): 273.5V MAX SYSTEM VOLTAGE (Voc): 369.9V 010=== SHORT CIRCUIT CURRENT (Isc): 6.46A NEC 690.5(C) PLACE THIS LABEL ON INVERTER(S) OR NEAR GROUND FAULT INDICATOR C (D O a) (1) r.- WARNING .05 U) CD a) 6 <l., ELECTRIC SHOCK HAZARD IF A 05.3 OGROUND FAULT IS INDICATED 2 Co NORMALLY GROUNDED 106 m 21- CONDUCTORS MAY BE CO ,A <C UNGROUNDED AND ENERGIZED O1 m (1) EN C ¤) 01 co C " 00 THESE DRAWINGS ARE CONCEPTUAL AND SHOW BASIC SYSTEM OPERATION ONLY. IT IS NOT INTENDED TO INCLUDE ALL DEVICES AND DETAILS NECESSARY FOR PROPER ORIENTATION. IT IS THE RESPONSIBILITY OF THE INSTALLING CONTRACTOR TO ENSURE THAT ALL NECESSARY DETAILS AND DEVICES ARE INSTALLED TO GUARANTEE PROPER OPERATION AND COMPLIANCE WITH LOCAL BUILDING CODES. THIS DOCUMENT CONTAINS PROPRIETARY INFORMATtON AND ITS RECEIPT OR POSSESSION DOES NOT CONVEY ANY RIGHTS TO REPRODUCE. DISCLOSE ITS CONTENTS, OR TO MANUFACTURE. USE, OR SELL ANYTHING IT MAY DESCRIBE. REPRODUCTION. DISCLOSURE. OR USE WITHOUT SPECIFIC WRITTEN AUTHORIZATION IS STRICTLY FORBIDDEN. ELECTRICAL SIGNAGE S+LAS. SUN POWER*E-SERIES SOLAR PANELS SUN POWER E-SERIES SOLAR PANELS 9175 San Fernando Road Sun Valley, CA 91331 PH: (855) 277-7155 F: (818) 337-7113 CONTRACTOR: CA LIC# B-477185 Plans Designed by:Derek Brosch UORE EN.EEG: FOR :'RE -Date:3/10/2014'.'ORE EN[-RGY FO? . IFE - Revision: 0 it:. SUNPOWER OFFERS THE BEST COMBINED POWER AND PRODUCT WARRANTY 1001, 95% SER ES 4 80* 75% alifimia • 20.4% efficiency Ideal for roofs where space is at o premium or where futufe expansion might be needed. • High performance Delivefs excellent performance in reol woild condiiions, such os high lemperaiures, clouds and low tight, l. 2.3 • Proven value Designed for residential roohops, E-Series panels deliver the leatures, value ond performance for ony home. Maxeon® Solar Cells: Fundamentally better. Engineered fof pe,tormonce, deugned for durobihly. Engineered for peace of mind Designed to deliver consistent, troubletree energy over o very long lifetime.4.5 Designed for durability The SunPowe Maxeon Solar Cell is the only cell built ona solid copper Foundation. Virtually impervious to the corrosion and cracking that degrade Conventionol Panels:5 #1 Ranked in Frounholer durability test. '0 100% power maintained in Alias 25+ comprehensive PVDI Durobilily lest. 1 1 HIGH PERFORMANCE & EXCELLENT DURABILITY £20 -327 PANEL HIGH EFFICIENCY Generate more energy per square foot E-Series residential panels conved more sunlighl to eledricity producing 36% mae power per panel, i and 60% mofe energy per square fool over 25 yeors. 34 HIGH ENERGY PRODUCTION ' Produce more energy per rated wall High year one performance delivers 7-9% more energy per rated wall.3 This advantage increases over lime, producing 20% more energy over the first 25 years to meet your needs: 20%Z 1 7.0,6 More Energy2- 1% 05 - - -Per Roied Woo 8 1 00% 2,23< re,1-........ ---- --I---- -Il--1 . -- . _MA· :de ' 4 '444 £1---.....12 35% mee,& 80% --year 25 W c 70%(QGillIEIKEDUJ 2 60% R so,0 0 5 10 15 20 25 Yeari =O 10% 3 poinioin, High ** j Power or HCh lemp;PHOtON &> 8%6.: 2 --.../1 No UPI·,Induced .Otlt,4-W) - 0 6%1 Degrodal:on 4 i - '1 High Average Wolth 4 4% __i Bower Lowt}ght c•,d ' 1 Spec, Reoponse 2 2%t High·Performance 6 i Anti,Rellective Glass POWER WARRANTY 'Al•'f.lai - q.1-J 1 2=le 0 5 10 15 20 25 Yegfs More guaranteed power: 95% for first 5 years, -0.4%/yr. to year 25.8 ELECTRICAL DATA E20·327 E19-320 Nominal Power" 'Pnom)327 W 320 W Power Tolerance +5/-0%+5/-0% Avg. Panel Efficiency,3 20.4%19.9% Rated Voltage (Vmpp)54.7 V 54.7 V Rate-d Current (Impp}5.98 A 5.86 A OpenCircuil Voltage {Voc)64.9 V 64.8 V Short·Circuit Current (Iscl 6.46 A 6.24 A Maximum System Voltage 600 V UL & 1000 V IEC Maximum Series Fuse 20 A Power Temp Coef. (Pmppl -0.38% / C Voltage Temp CGI. Noe)-176.6 mV / °C Current Temp Coef. {Isc)3.5 mA / °C REFERENCES: 1 Ail comporisons ore SPR·E2O-327 vs. o represemotive conventional panel: 24OW, approx. 1.6 mi, 15960{ficiency. 2 Pvbolution lotos *SunPower Shading Study," Feb 2013. 3 Typica{4 7-9% more eriergy per #alt, BEN/[)Nv Engineering "Sur,Power Yield Report," Jon 2013. 4 SUCPower O.2596/yr degrodation vs. 1.096/yr conv. panel. Campeau, Z. et ol. -SunPower Module Degradation Rale,' SunPower white paper, Feb 2013. Jordon, Dirk «SunPower Test Repon,- NREL Oct 2012 5 -Sur,Power Module 40-Year Useful life Sur,Power while paper, Feb 2013. Useful lifeis 99 oul of 100 ponels opercting ct more thon 70% of rated power. 6 Out of ell 2600 panels listed in Photon Internobonot, Feb 2012. 78% more energy than the average of :he top IO panel ComponieGiested in 2012 (151 panels. 102 componieR, Photon Internationol. March 2013 8 Compored with the top 15 manutoclurers. SunPower Worronty Review. Feb 2013. 9 Some exclusiong apply. See worron!y for details. 10 3 of top 8 panel monufocturers were tesied by Frounhofer ISE, 'PV Module Du,obility Iniliol{ve Public Repon,- Feb 2013. 11 Campored with the non-slfesstesied control panel. Allos 25+ Durability tas! repon, Feb 2013. 12 Siondard Test Conditions (1000 W/mi Irradionce, AM 1.5,25* Cl. 13 Bosed on meroge of ineosured power volues doong production. See b#Ed#zo'e',%2105Bzr,grm,Agamtfgsl; tor more reference information. For further details, see wpplementory spea: PRODUCT WARRANTY »14 ·+ 1 34¤msity 1 0 5 m 15 20 25 ¥00'. Combined Power ond Product Defect 25 year coverage that includes panel replacement costs.9 OPERATING CONDITION AND MECHANICAL DATA - Temperature -40°F to + 185°F (- 40'C to +85°C) . Wind: 50 psf, 2400 Po, 245 kg/m' front & backMox lood Snow: 112 psi, 5400 Po, 550kg/m2.Front . - Impacl 1 inch (25 mm) diameter hail at 52 mph (23 m/4resistonce Appearance Class A Solar Cells 96 Monocrystolline Maxeon Gen Il Cells , Tempered Glass High Tronsmission Tempered Anti-Reflective Junction Box IP-65 Rated Connectors MC4 Compatible Frame Class 1 black anodized, highest AAMA Rating Weight 41 lb (18.6 kg) TESTS AND CERnFICABONS Standard tests Ul 1703, IEC 61215, IEC 61730 Quality tests ISO 9001:2008, ISO 14001:2004 EHS Compliance RoHS, OHSAS 1 8001:2007, lead-free, PV Cycle Ammonio test IEC 62716 Solt Spray test TEC 61701 (passed maximumieverily) i PID test Potentiaklnduced Degradation free: 10O0V '0 Avoilable listings CEC, JET, KEMCO, MCS, FSEC, CSA, UL, TUV =j' 1 11 . i i.-1 | 1046,im J L.J {; 1.2,91 46mm 11.81ir,1 3 . ___1559*m _ _ .4 161.4inl Ineogwnm:er.emacgm(delgilmcit. Read :ofety and instoilation instructions before u;ing Ihis producl. THESE DRAWINGS ARE CONCEPTUAL AND SHOW BASIC SYSTEM OPERATION ONLY. IT IS NOT INTENDED TO INCLUDE ALL DEVICES AND DETAILS NECESSARY FOR PROPER ORIENTATION. IT IS THE RESPONSIBILITY OF THE INSTALLING CONTRACTOR TO ENSURE THAT ALL NECESSARY DETAILS AND DEVICES ARE INSTALLED TO GUARANTEE PROPER OPERATION AND COMPLIANCE WITH LOCAL BUILDING CODES. THIS DOCUMENT CONTAINS PROPRIETARY INFORMATION AND ITS RECEIPT OR POSSESSION DOES NOT CONVEY ANY RIGHTS TO REPRODUCE, DISCLOSE ITS CONTENTS, OR TO MANUFACTURE, USE, OR SELL ANYTHING IT MAY DESCRIBE. REPRODUCTION. DISCLOSURE. OR USE WITHOUT SPECIFIC WRITTEN AUTHORIZATION IS STRICTLY FORBIDDEN. 0% sunpowercorp.com e Ap,8 7013 £40- Cor»olion. A||,01*,Iian,d SUNPOWEK !14 SUNRAR logo. MAXEON,MORE CNERGY. fOR liff.. oad SIONATUZE al Red,moi, 0,· i*ghlerod ired,n=*, 01 Sur,Po- CO,porehai. %18<•lka•.cl. :,Alded in mia dak»4-4 0,• w,lic; 40 dbo,9 4!fievt not<*.sunpowercorp.com Doo-rl # 504860 9» B ATR.EN MODULE DATA SHEET h# 2%* 2 S*B 9175 San Fernando Road Sun Valley, CA 91331 PH: (855) 277-7155 F: (818) 337-7113 CONTRACTOR: CA LlC# 8-477185 I I ' I + * ' I - ./ ' power one Plans Designed by:Derek Brosch TECHNICAL DATA t 1 VALUES r j>Vt.3.0-OUTD-US . PVI-3.*tOUTD·US 1 .PV{-3+OUTD.US: P¥1·14.2*OUTO.OS Date:3/10/2014 .1 , - 4 - XY: 4 * I: r. . .t R +.7.. 9& PVD-3.0-TL PVO-3.6-TL PVO-3.8-TL PVB-4.2-TL GENERAL SPECIFICATIONS The mostcommon residential inverteristheideal size foran average- sized family home. This family of single-phase string inverter complements the typical number of rooftop solar panels, allowing home-owners to get the most efficient energy harvesting for the size of the property.This rugged outdoor inverter has been designed as a completely sealed unit to withstand the harshest environmental conditions. One of the key benefits of the Uno family of single-phase inverters is the dual input section to process two strings with independent MPPT especially useful for rooftop installations with two different orientations (ie East and West).The high speed MPPToffers real-time power tracking and improved energy harvesting. The transformerless operation gives the highest efficiency of up to 97.0%. The wide input voltage range makes the inverter suitable to low power installations with reduced string size. 41< C <C »-.. 1,mit'uju,ttint, 9,r: 4 ' *,-.wi.-4.:'*95 . %3 4. 1 1 % D; 1 1 + UND 49222 *044€* Features Nominal Output Power W Maximum Output Power W Rated Grid ACVoltage V input Side (DO < Numberof Independent MPPT Channals Maximum Usable Power for Each Channel W Absolute Maximum Vottage {Vmax) V start·Up Voltage (man) V Fult Power MPPT Voltage Range V Operating MPPT Voltage Range V Maximum Current (ldcm@x) fof both MPPT In Parallel A Mall,num Usable Curient per Channel A Maximum Short Clicuit Curient Limit per Channel A Number of Wire Landing Terminals Per Channel Arra,Wiring Term Inatton Output 5ide (Ad Grid Conne«lon Type Adjustabt,Voitage Range (Vmin-Vmax) V Grid Frequency Ht. Adju'table GFid):,equen<,Ringe Hz Maximum Cui,ent (laima,)A.4 Power Factor Total Harmonk Distortion At Rated Power % Grid Wiring Tern:Inotlon Type Protection Devices Input Revene Polarity Protection Ove,-Voltage Protection Type PV Anay Ground Fault Detection, Output Anti-Istan(ling Protection External ACOCPDRating A *4 Over-Voltage Protection Type Efficiency Maximum Efficiency 98 CEC Emciency f Operating Performance Night Time Consumption W- Stand By Consumption V/4,1 Communication User·Interlace Remote Monitoring (1 *RS485 indJ Wired Local Monitoring (1 xRS485 ind.) Wireless local Monitoring Environmental · ,0%9 ¥i'C}Ambient Alr Operating Temperature Range Ambient Al; Storage Temperature Range 'F ('C) Relative Humidity 96 RH Acoustk Noise Emission Level db(A)elm Maximum Operating Altitude without DeratIng ft(m) Mechanical Speclkations Endosure rating Cooling Dimensions (H xWND)in{mm) 3000 3600 3300 3800 4200 Revision: 0 3000 33002 3300' 3600 4000 4000'3300 42*4200 4200 4600' 4600' 208 240 277 208 240 277 208 240 277 208 240 277 2 2 7 2 2000 3000 3000 3000 600 200 (adj. 120·350 1 160530 120·530 140·530 140·530 0.7*Vsmit-580 (>= 90\4 20 32 32 32 10 16 16 16 12.5 20.0 20.0 200 2 pairs Te,minal block Pressure C lamp, AWG 10·AVG 10/zw Split;10/2W 10/2W I 0/2W 10/2W Split.10/2W 10/2W 10/2WSplit·Split- 0aw 0aw 0/3W 0/3W 183.228 211-264 244·304 183·228 21 1-264 244-304 183·228 211264 244·304 183-228 21 1-264 244-304 60 57·60.5 14.5 14.5 12.0 171 16.0 1&0 16.0 16,0 16.0 20.0 20.0 20.0 2 0.995 <2 Terminal block. Pature Clamp AWGTO · AWGA Yes Vanitor, 2 for each channel Pre stan·up Ri,0 and dynamic GFD! (Requires Boating Airays)O.- r Meets Ul 1741/IEE 1347 requirements C (1) C 20 20 15 25 20 20 20 20 20 25 25 25 (D CD r // stor, 2 (1,· la/Li· G) .L r 96.9 97 97 97 I. U) C 96 L<<* 2 -3 C<8 2El16 characters x 2 tines LCD display AURORA-UNIVERSAL (opt.1 4. UJ PV·USB-RS485_ 232 (opt.1. Pvt-DESKTOP (opt.) PVI·DESKTOP (oot.} with PV-RADIOMODULE (opIJ CO 'A < 0 V,-13 to +140 (·25 to +60} with dealing above 122 (50) ·40 to 176 (-40 to +80) _in 1 0·100 condensing a) CNI ! < 50 6560(2000)¤)00 1 C r- C NEMA 4X <Natural Convection 33.8 x 12,8 1·8.7 (8591 325 1 222) • Each inverter is set on specific grid codes which can be selected in the field • Single phase output • Dual input sections with independent MPPT, allows optimal energy harvesting from two sub-arrays oriented in different directions • Wide input range • High speed and precise MPPT algorithm for real time power tracking and improved energy harvesting • Flat efficiency curves ensure high efficiency at al| output levels ensuring consistent and stable performance across the entire input voltage and output power range • Outdoor NEMA 4X rated enclosure for unrestricted use under any environmental conditions • Integrated DC disconnect switch in compliance with international Standards (-S Version) • RS-485 communication interface (for connection to laptop or datalogger) • Compatible with PVI-RADIOMODULE for wireless communication with Aurora PVI-DESKTOP • Integrated Arc Fault Detection and Interruption (-A Version) Weight Shipping Weight Mounting Smem Conduit Connections' DC Switch Rating{Pei Conta«j SafetyI Isolation Level Safety and EMCStandard Safety Approval Warranty Standard Warranty Extended Warranty Avallible Model; Standard -Without DC Swti<h and Witing Box Standard-With DC S,vitch and Wiring Box With DC Switch. Wiring box and Arc Fault Dete<tor and Inter,upter 'And,13 i¥ lubjet tochiae#:hovt no,ke <47.3 (21.33tb tkg)tb (kg} <60 (27.0) Wall bfacket Trade uze KOs:{223 * 1/27 and 120% 1-1/413 places 51{te, hont. rea;) Side: 12) plugged 3/4-openings. (21 Concentric EK05 3/4», 10 Bact: (4} Concentric EXO53/4; 1- AN 25/600 Transfointe,less (Fkojting Airay) UL 174 1, IEE}547, IEE t 547.1, CSA -C.22.2 N. 107.1,01. Ul 1998 UL169911 FCC Pan 1 5 Class B 4-SA. years to yeals 15&20 PVI·3#OUTOUS PVI-3.6-OUTFUS PVI-3.8·OUTD·US PVI·41.ZeUTD·US PV)-3.0·OUTFS·US PV13.6-OUTD-S-US PVI-3.8-OUTD-S.US PV! 4.2-OUTD· S-US P\:01·3.0-OUTD-S·US A Pvt·3.6·OUTO-5-US,A Pet·38·OUTD·5·US·A P/1-4.2·OUTD.S.US·A THESE DRAWINGS ARE CONCEPTUAL AND SHOW 8ASIC SYSTEM OPERATION ONLY. IT IS NOT INTENDED TO INCLUDE ALL DEVICES AND DETAILS NECESSARY FOR PROPER ORIENTATtON. IT IS THE RESPONSIBILITY OF THE INSTALLING CONTRACTOR TO ENSURE ™AT ALL NECESSARY DETAILS AND DEVICES ARE INSTALLED TO GUARANTEE PROPER OPERATION AND COMPLIANCE WITH LOCAL BUILDING CODES. THIS DOCUMENT CONTAINS PROPRIETARY INFORMATION AND ITS RECEIPT OR POSSESSION DOES NOT CONVEY ANY RIGHTS TO REPRODUCE, DISCLOSE ITS CONTENTS. OR TO MANUFACTURE, USE, OR SELL ANYTHING IT MAY DESCRIBE. REPRODUCTION. DISCLOSURE. OR USE WITHOUT SPECIFIC WRITTEN AUTHORIZATION IS STRICTLY FORBIDDEN. INVERTER 'Cavab,!ily e"awed *I 001*Nt AC voltuge and with surick.{ DC poive¢ mitable i When equipped with optbul DC swild, ind Wking 80*,. 4,4 -*- 73·1.-r 1 1· N,mORA ON¢)90' '4· ·29 4 ' U Y' f DATA SHEET Classic Composition Mount I QMSC r-THIS EDGE TOWARDS -RACKING COMPONENTS-4 2.5 /ROOF RIDGE -NOT INCLUDED 2-0 CD - 1200 0«55510«\ 3.00 CJ iITEM DESCRIPTIONNO I FLASHING. 17% 12%.054.5052. MILL 12.1 - 2 QBLOCK. CLASSIC. A360.1 CAST AL. Mill *3... -- HANGER BOLT. PLAIN CENTER, 5/16*x 6% 10·8SS _-4 1 F.:6 4 WASHER. SEAUNG. 5/16"167319"OD-- EPDM SONDED SS 1 5 NUT, HEX. 5/16·18. UNC-28.188 SS 2 l.& 6 WASHER. FLAT. 19/64"ID x 7/8 00 x i/8" EPDM 1 L-30 7 WASHER, FENDER. 5/16" ID X r OD. 18-8 SS 1 8 WASHER. SPLIT-LOCK. 5/1 6- ID. 18-8 SS 1 Quick Mount PV TITLE: V.QMSC: CLASSIC COMPOSITION MOUNT AVAILABLE IN MILL, CLEAR ANODIZED. AND BRONZE ANODIZED FINISHES. .0,1£%5 OWER¥42 SPECKO. , SIZE DRAWN BY: MAD REV BigH# A le' <ile TOXENANCS i.,CA. 2 1 78 A DATE: 7/21/20,3 6 nolin.. A,Occ»•./11 0&/9,#me**254&. 1*-4 --.-T Or N 000 '©1301£ 07'**4 I.0 OCE DECE'••At : 18 niff m,crom'.4 5 1 1 SCALE· 1.4 6111: 124 50*El , 01 ' I . 5 4 3 2 1 laG Dull-out (withdrawal) caoacities (lbs) in tvoical lumber: Lag Bolt Specifications Specific Grav,ty 5/16'shaft per 3· mmad depth 5/16·shan per 1- thtead depth Douggs Flf. Larch th 798 266 Douglas Fir. Sabh 46 705 235 Engalman:, Spruce. Uxjoopole Pir,6 (MSR 1650 f & higher) .46 705 235 Ham, F, 43 636 212 H.m, Fk (North)AS 705 235 Southem Pine .55 921 307 Spluce. Pine, Fir A2 615 205 Sprtice, plne. Fw (E af 2 mtltion psi ind t*IN· grodes ct MSR end MEL}.50 796 76 Sources: American Wood Council. NDS 2005. Table 11.2 A. 1 112 A Notes: 1)Thiead musi be embedded in a rafter or other structural roof member. 21 See IBC for required edge distances. IMPORTANT: To maintain waterproofng iris important that the aluminum flashing (item U h properly placed under one full course above the mounting block with at least 1/2' of the fiashing extending up under an additional course above (3rd course). The bottom of the flashing should never ove,hang the shingle drip edge. See instructions on back. Quick Mount PV® Bl 7.2.3-7 RESPECT THE ROOF *Jul-2013, Rev 5 uick Mount PV Classic Composition Mounting Instructions Installation Tools Required: tape measure, roofing bar, chalk line, stud finder, caulking gun, one tube of sealant compatible with roofing materials, drill with 7/32" bit. drill or impact gun with 1/2" deep socket. WARNING: Quick Mount PV products are NOT designed for and should NOT be used to anchor fall protection equipment. Locate, choose, and mark centers of rafters to be Carefulty lift composition roof shingle with rooflng Insert flashing between 1 st and 2nd course, Slide mounted. Select the courses of shingles where bar, just above placement of Quick Mount.up so top edge of flashing is into the 3rd course Quick Mounts will be placed,and lower edge is above drip edge of 1st course. Remove any nails to position flashing properly. Mark center for drilling. IA-3420!trse. Al/f - -V V , . Using drill with 7/32" bit, drill pilotholeinto roof Clean offany sawdustandfillhole with sealant Slide fashing into position. Prepare hangs bok and rafter. taking care to drill square to the roof. compatible with roofing materials.with hex nut and seating washer. Insert into hole Do not use mount as a drill guide.and drive hanger bolt until QBIock stops rotating. Do NOT over torque. You are now ready for the rack of your. choice. Follow all the directions of the rack manufacturer as well as the module manufacturer. /////'"1£64.62 All roofing manufacturers' written - inst,ucttons must also be followedby anyone modifying a roof system. Pleaseconsulttheroofmanufacturets specs and instructions prior to touching the foof. Insert EPDM rubber washer over hangerboltinto Usingtherack kit hardware secure the rack of your • NOTE: It Is not necessary or advisable to use nails or block.choice other fasteners to secure the perimeter of the flashing 925-478-8269 • www.quickmountpv.com • info@quickmountpv.com Bl 7.2.3-7 2700 Mitchell Dr., Bldg 2 • Walnut Creek, CA 94598 Jul-2013, Rev 5 © 2013 by Quick Mount PV. All rights reserved. E 00 Rpii 1 3rd course r / Zod inurse 4 e 4 . lit course 7 S»U'B„ 9175 San Fernando Road Sun Valley, CA 91331 PH: (855) 277-7155 F: (818) 337-7113 CONTRACTOR: CA LlC# 8-477185 Plans Designed by:Derek Brosch Date:3/10/2014 Revision: 0 (D O 4. N C (D O (D (D N -gbCNI .0 U) CD CO09% CD N C C) a co THESE DRAWINGS ARE CONCEPTUAL AND SHOW BASIC SYSTEM OPERATION ONLY. IT IS NOT INTENDED TO INCLUDE ALL DEVICES AND DETAILS NECESSARY FOR PROPER ORIENTATION. IT IS THE RESPONSIBILITY OF THE INSTALLING CONTRACTOR TO ENSURE THAT ALL NECESSARY DETAILS AND DEVICES ARE INSTALLED TO GUARANTEE PROPER OPERATION AND COMPLIANCE WITH LOCAL BUILDING CODES. THIS DOCUMENT CONTAINS PROPRIETARY INFORMATION AND ITS RECEIPT OR POSSESSION DOES NOT CONVEY ANY RIGHTS TO REPRODUCE. DISCLOSE ITS CONTENTS, OR TO MANUFACTURE, USE, OR SELL ANYTHING IT MAY DESCRIBE. REPRODUCTION. DISCLOSURE. OR USE WITHOUT SPECIFIC WRITTEN AUTHORIZATION IS STRICTLY FORBIDDEN. RACKING DATA SHEET F 4-3 -IN i 329 2 34>p 1 O l 30 att 6 12 1 73342.ffERE}%23i}14.43*Atf©fir«f322«1939%291.143-} B A RIGOROUS LOAD ANALYSIS COMPANY NAME: USER: JOB REPORT DATE JOB NUMBER: JOB NAME: JOB ADDRESS: 1[- r -N®0 10, lig r L>'°:S1672 9 \ exp. 06/15 N*gpFCALff VIA SOLAR CORP. WENDY GRANADOS 2014-03-20 CASTRO ANGLE CASTRO 1325 S. BAKER STREET SANTA ANA, CA 92707 Program Version: 2014-02-27:7 Contact: jadams@solar-roof-check.com I Phone: 805.215.8665 I I I '<ir- ... 1/Ltr'-1 - 97 -j- 'r 1+. r i SliAR¢R@@5=91'Ee" Ni: ·?8.33. LOAD COMBINATIONS: ASCE 7-05, IBC 2009 (NOT APPLICABLE IN CA) • Loadina Comb. #1: Wind Uplift - 0.6DL Solar at Standoff (Cd=1.6) • Loadina Comb. #2: DL Rf + DL Solar (Cd=0.9). • Loadina Comb. #3: DL Rf + DL Solar + Wind Down (Cd=1.6). • Loadina Comb. #4: DL Rf + DL Solar + Snow (Cd=1.15). • Loadina Comb. #5: DL Rf + DL Solar +.75Wind +.75Snow (Cd=1.6) • Loadina Comb. #6: Check Seismic for Sect. 3404.4 Alterations. • Loadina Comb. #7: (0.6)(DL Rf + DL Solar) + Wind Up (Cd=l.6). Zone 2 Zone 1 Zone 1 Zone 1 1 LOAD COMBINATIONS: ASCE 7-10, IBC 2012 CALIFORNIA, CBC 2013 .1 • Loading Comb. #1: (0.6)Wind Uplift - 0.6DL Solar at Standoff (Cd=1.6) • Loadina Comb. #2: DL Rf + DL Solar (Cd=0.90) • Loadina Comb. #3: DL Rf + DL Solar + (0.6)Wind Down (Cd=1.6) • Loadina Comb. #4: DL Rf + DL Solar+ Snow (Cd=1.15) • Loadina Comb. #5: DL Rf + DL Solar +.75(0.6)Wind +.75Snow (Cd=1.6) • Loadina Comb. #6: Check Seismic for Sect. 3404.4 Alterations • Loadina Comb. #7: (0.6)Wind Up-0.6(DL Rf + DL Solar) (Cd=1.6) Zone 2 Zone 1 Zone 1 Zone 1 REFERENCES: NJ, NDS LATEST EDITION Duration Factors Section Modules Cdwidd :* 1.6 SDQ := 0.563 SOU := 7.150 Cdsnow := 1.15 S2)(4 := 3.063 Sb)(6 :=: 17.650 Cdot := 0.9 SJ)(6 := 7.563 S4)(8{LE* 30.660 5218 := 13.14 Shxio:= 49.900 Sixio :=' 21.39 St;X12:= 73.800 IFb :=1000.00 psi Sixii:= 31.64 Size Form Factor Cfixit :* i.5 Cf,24 :* 10 Cfix4 , :=: 1.5. Cf4*6 :=,193 C€,6:w i¥ *j Cf4*8* %0 193. Cficil i# 1.:,2 -Cfdxlo i= *iz Cfzxlo := 1;* lif4xn := 1;I Cf2,12 i= £ USER INPUT: 1. Ceiling Type 2. Collar Tie Spacing (ifany) (ft.) 3. Percent of PV Module Coverage over Roof 4. Framing Size 5. Ground Snow (psf) 6. Sloped Roof Snow Load (psf) 7. Lag Screw Diameter (inches) 8. Lag Screw Embedment (inches) 9. Overall span (exterior wall to exterior wall) (ft.) 10. PV System Weight (psf) 11. Sloped Rafter Span (ft.) 12. Roofing Material Type 13. Roof Mean Height (ft.) 14. Roof Slope (degrees) 15. Roof Type 16. Sloped Ceiling? 17. Standoff Max. Average Horizontal Spacing (ft.) 18. Standoff Max. Average Vertical Spacing (ft.) 19. Staggered Standoffs? 20. Wind Exposure Factor 21. Wind Speed (mph) 22. wr = Weight of RoofType (psf) 23. wra = Weight of Rafter (psf) 24. wc = Weight of CeilingType (psf) 25. wcj = Weight of Ceiling Joists (psf) 26. s = rafter spacing (ft.) 27. PV Orientation 1/2 ovD. Bd. g 40 2x4@16 0 5/16 2,2 15 6 Come. Shinale 15 18 Truss Ng 5.33 2.75 No 110 2.20 1.10 2.22 0.70 1.13 Portrait t SLOPED/VAULTED CEILING-CARRIED BY THE TOP CHORD/RAFTER: DI.tc:= Roofing + Plywd + FramingSize + Misc + CeilingType + Insul DLbc I= 0 FLAT CEILING-CARRIED BY THE CEILING JOISTS: f DI,tc:=Rootng + Plywd + FramingSize + Misc DLbc -= Ceuing.Toist + CeingType + Insul wDLtc:= DLM x s 7.73 wDL bc := DI.bc x 5 TA = Horizontal spacing x Vertical spacing (sf) Toooaranhic Factor Assume Roof is not on top of a hill, bluff, or mountain ridge. Sect. 6.5.7.2, pg. 26 4.53 14.66 1.0 1.37 COMPONENTS AND CLADDING: . 1 1 ASCE 7-05: Zone 1: Net Wind Pressure - See Figure 6-3, pg. 42 NA Zone 2: Net Wind Pressure - See Figure 6-3, pg 42 NA Adjustment Factor for Height and Exposure - See Figure 6-3, pg. 44 MA ASCE 7-10: Zone 1: Net Wind Pressure - See Figure 30.5-14, pg. 346 19.40 Zone 2: Net Wind Pressure - See Figure 30.5-1, pg. 346 31.90 Adjustment Factor for Height and Exposure - See Figure 30.5-1, pg. 347 1.21 P = Net Wind Pressure x Adj. Factor (psf) =23.47 Zonel up ran,2 Up = Net Wind Pressure x Adj. Factor (psf)' =38.60 Pzonel dn = Net Wind Pressure x Adj. Factor (psf) =16.00 - Note: FoY ASCE 7-10 the wind forces have been multiplied by 0.6 LOADING COMBINATION #1: WIND UPLIFT CONNECTION TO RAFTER- ZONE 2 --- --- P := TA x (Pup -:06 x DLsolar x cos(Ox deg) lb..uplift d= Diam.laa screws User Input t= lb/inch Withdrawal NDS 2005- Tab. 11.2A, pg 68 e= Threaded embedment into wood User Input 315.20 N.Lli 235.00 2.50 W= Total withdrawal capacity W:= CdWind xtxe 940.00 W x 100 P << If eaual to or more than 100% Code Compliant. OK! 298.22 Table 3 represents the maximum Moment (M = PL/a) resulting from point loads (standoffs), for any spans (L) listed. a = 3.43, Rail System =2rail TabliA (The Mornelit'Factor "a" for a 2,Rail-s¥kt*mi tibble 3. IThe:Moth¢nt Factb-r "a" forth¢Z¢#isysteni) Staggered Unstaggered : 5 staggered.: ;- - unstaggered. Length- Portrait ' Landscape, portrait .Landscape· t.tkngth 'Po'rtrait' Lindkcati*i: Portrait -tandicape . 1 64'4:00 ,14.00'i .4.0.01 .· :2.8.Ii :Cled: 5102 5:00 '5.00 .5.00 - L.= 5" -4.00 5-:kbt .3.12 2.50 5.00 -5.00 ' 5.00 5.00 ... 1.1 I16£61 - .4.00' 1 . 1 £3.00.1 I - .,3?43..2.09 ·'16* .51 00. ,. - 75:bo ,.5100,(51 00 L=7'3.60 .k 9801 L.= 9' +3.03 L h 10' J , 2.86 L = 11'2,77 L *12'2,67 L= 13'2161 L =-14'2,55 L.615'2,51 L 12469- ---'-2:46--7 L = 17'2.43 '2184 2.95 .1.83 2.67' ' 146 ' :' -.1.5.6 -2.34'.1.44 '2.5 22=*2 1.31 2.25,;2,04 11.19 - 3.00<, --i-:85·, ,'1:07 1.88,·'1174 0.90 itlt i _1.31§?' + , ;'e2- 1.683 1.5.0 0.86 i.60' '·1.38- -,-1 0.81 . 1.45 1.31,.0.76 L =:7',4.50 :C= t.1 . : '.4:010 L.= 9''4.00 CriE".-31.bo L =11'- 4.00 £.='12' ' 4:00 .'L=,13'4.00 L= 14'·4.00 L =15'4.00 L=16' ·4·.00 L,=17' " 4.00 ASCI 450 4.19 4.00 · .4.00 3.37™ 4:00 4.00' 3.12 1 11 1 .4.00 .4:005 ,2.86 4.00 ,3:70 2.48, i.4:00 3:39 2.09 .3:87 ..... /3.35!·3-0 98: .3.73 .3.30; *.- 1.87.1 3.32 © '2.88-178 + , + 2.90. ' .· 146- i, ,1.68- 32.74 '2.36 -i.57 i-iii- 32.-tio-_._LIC i#.EI#)3 22.1 im-Jqi?4 31;95. ----ajb*(t-T--253*2*42 -ITj:-EJ-,--i·#-55 L E 19'2.38 1:24 61:17 0.68 1 = 19'4.00 2.46 42.18-1.38 L -20' 2:'35' . 1.18- ,' · *1.11 '0.65 4 L = 20'----- - --116----T- -.PE- I--iil-'-----ia: E= L- !10 _ 2.22 --3·19·· -- ,.0-6- -_- _.-_-9,62_ iIL= 9-t_ _04·-94--__ -9,28 :2.06 1125 ..!2' . ' 2.09 -' . 1.101 1.90: . ..0,59' 2 LS-22' , 4:00' ,· 2.20. 5 - '>2.00, ' · -1320 Note: For ASCE 7-10 the wind forces have been multiplied by 0.6 LOADING COMBINATION #2: Sr := M 1 S %:= TAx DL Solar 42.51 2 T wDLt€2 x -8- + Psp xjx cos(e x deg)103.81 12 +Z 0.59Fb x CdDL x Cfx x CrxCLS 1 X x 100 Sr << If equal to or more than 100% Code Compliant, OK! 522.96 LOADING COMBINATION #3:ZONE 1 P:= TA x (pdo + DLSolar x cos(e x deg))181.14 2 LM := wDLte:2 x 7 + Psp X IT x c.os(e x deg)349.96 aJ 12 112:= M x Fb x CdWind X Cfx x Cr x CLS -1.11 SX x 100 5% >= Sr << If equal to or more than 100% Code Compliant, OK! 275.79 LOADING COMBINATION #4: S = Sloped Roof Snow Load (psf) Cs I= 1 0.00 P:= TA x (Cs xS+ DI.Solar 42.51 S r- r L LI wDL - +P x-Ix cose x deg)103.81tc2 X 8 :SP a J 12 0.46Fb x Cdsnow x Cfx x Cr x CLS X x 100 < < If equal to or more than .§§1£11 Sr 100% Code Compliant, OK! Note: For ASCE 7-10 the wind forces have been multiplied by 0.6 LOADING COMBINATION #5:ZONE 1 S = Sloped Roof Snow Load (psf)CS:= 1 P := TA x .75 x C.sxS+ DI,Solar x cos(e x deg) +TAx .75 x Pdn 2 LwDI,tc2 x-+P x Ix cos(e x deg) S..= Al 0.00 145.96 2-aa.iz 12 0.92 Fb x Cdwind x Cfr x Cr x CLS SX x 100 %:= Sr < < If equal to or more than 100% Code Compliant, OK! 334.63 LOAD COMBINATION #6: CHECK SEISMIC LOADING: ExisngDL := DLR£2 + WaIts Walls:= 5.5 psf 14.70 ProposedDL := ExistingDL + DL Solar XC (ProposedDL SeismicIncrease := 100 xi < ExistingDL << If equal to or less than 10%, increase in seismic load OK! 15.86 -100 Lai SEISMIC SUMMARY Sect. 3404.3 Alterations (See Exception): The addition of the Solar Panels, meets the following: • The design strength of existing elements required to resist seismic forces is not reduced. • The seismic force to required existing structural elements is not substantially increased. • No new structural elements are being added. • New nonstructural elements are being connected to existing strudure per Chapter 16. • Alterations do not create structural irregularities. The alterations do not result in the creation of an unsafe condition. . . D Note: For ASCE 7-10 the wind forces have been multiplied by 0.6 LOADING COMBINATION #7:ZONE 1 PS := TA x (Pup -0.6 x DL Solar X CoS (0 x deg)) x cos<e x deg) 2M5 := PS x - wDI,t€2 x LS 12 210.26 2119.i Sr := M x 1.12Fb x CdWind x Clk x Cr x CLS S 96:= X X too << If equal to or more than 100% Code 277.38 Sr Compliant, OK! LIMITS OF SCOPE OF WORK AND LIABILITY Existing deficiencies which may be readily observable, and conditions which may not be code compliant, or may be in need of repair, or are concealed in any way that is not observable at the time of any inspections, are not included in this scope of work. There is no implication that any visual inspections, by the Solar Company or the Engineer of Record, are intended to be technically exhaustive, or that such inspections indicate that every aspect of every component was analyzed, or that every conceivable deficiency was reported. The calculations do not include an analysis of the overall structural stability, and code compliance of an existing building, nor prediction of satisfactory performance or life expectancy of any existing building. . -C .J