The URL can be used to link to this page

Home My WebLink About20163168 - Permit (2)City of Santa Ana Permit Counter: (714) 647-5800 20 Civic Center Plaza (M-19), Santa Ana, CA 92702 Electrical Permit #: 20{63{68 Pin #: 154A7lnspection Requests: (714) 667-2738 lnspector Section: (714) 647-5853 Project Address: 5420 W Flight Ave Unit: Block: NA Btdg: Tract: 4559 Address Range: Historic: No Suite Range: Zoning: R'l fsAssessor'sParcel: 108-586-32 Lot: 37 Owner: Address: Michelle Oo 5420 W. Flight Ave. Santa Ana, CA 927041815 (714) 737{993 Fee Typo 01116002 51600 General Plan Updale Amount 20.56 Qt) 0.00 Fee $0.00 Tenant Name Contractor Address: South West Sun Solar, lnc 13752 Harbor Blvd Garden Grove, CA 92843 (714) 582-3909 State Lic #: 1004667 Lic Type: C-10 Bus. Lic #: 350754 Workers' Compensation lnsurance: Carrier: COMMERCE & INDUSTRY INSURANCE COMPANY Policy #: 033571266 Expires: OGlO1l2O17 Building Use: Job Type: Nature of Work Single Family Dwelling Solar Solar Occupancy: Constr Type Code; R.3, U VB cEc 2015 Notes: lnstallation of roof mounted PV system. Worksheet attached to plans. All fees paid on #10192961 Planning conditions Planning Approval By Plan Checked By: Permit lssued By: Subject to Field: Building Permit #: Chavez. Dave Date: Oate: Date:05t11t2017 Account# lvlisc. Receipt: Misc. Receipl: Misc. Receipl: Total 10192961 $0 00 $0.00 $0.00 Every ponnit issued shallbecome invalid unlossthe wotk on lhe sile authorizod by such pennil is commoncod within 180 days after its issuance, ot it the wo* authonzed on the site by such permit is suspended or abandoned fot a peiod ol 180 days after the hrne lho work is commencad lnspector MID#: 2017-136096 Fee Total: Paid to Date: Balance Due Phone: Phone ELECTRICAL.INSPECTOB RECORD APPROVALS DATE ID/SIG.COMMENTS Site-Work Underground Pole Bases Li ght Standards Q pas, Pool, Fountains Signs (monument) Life Safety /Low Voltaqe Fire Alarm / Dam pers Building Under Slab / Floor Bonding / Groundino / UFER Transformers To rquerng Sub-Panels Air Conditioners Roof Top Equipment 7 /'/ta 5 I cCt--1-ll Factory Wired Unit Walls (Conduit) Walls (Bough) Ceilings (Hard & Soffit Rouqh Ceilings (T-Bar Rough) Ivleter Belease tough Service Meter 7/q/FINAL \ 9D LN LinfIJ 'r6 Notes, Remarks , EtC. owNitl Itrll-t[:R Dt{,cARA n()N I lErcby rfli,o urh. Ftuhy (n litury rhd I !m.r.'nnr rn, r rh( (1d,*1n'r' l.i.ctrc l,* n{ rh L,lL,{i'rr ,(!'r' rsc t0-ll.t B!1'Nr od Piofc(in Codc) .y Ciry or (',rfly *'h{h EqutF ! Frnri n' dn ui. ,lrrr. innnn.. ,trmlAh r' rqfi y itrtur., Jnr*tr irs ir\u!tu..01$ Equm lt iprltsnr i,r rBh Fnnn tu nko liitr.{ norrrrnt rh h.or $. ic l(rtrrd purd.Il !n rh. pfl,ritiinr of rlr (i,nrra.tr\ l,tctrcd lr! (Ch!nr.r A. CoNNrrinB eirh S.cri[ Tlxxr ot l)iriri, :1 ol rlf, l]$iftn rnd Pn'f.r(i'nrC.rklurrhd h.dih( ncrcqr rh.i.riom Dxl rh.hr'1turill rllcecil ric.$i nlr-,hrx .lSNrr,rlrtl5hr y q'Flf,a n,.rEmil.uhr.r3rlE.flrlicrnrro!drilFMrryolmr'r!.th,oh.hlndrcdd.ll !Il5(rr, -1..s oerr urrh.In,Fdy, or nry.trDbF.r wirh e!r$n\ rhri g'lc $n{xndi , f,illt,t, lrE e,*k dnlrlr {urnrr i ml i'rc .d tinlrs.n ntr qb(Sc 7{nl, Burircrirnl ftrrB$rn Cq! nr(hnrdi,1l.ir rl,'*J(!'rr{'r rr'mnrEol rll ImFny stnt'oit&d nF,6 Ecn r{ *tI drF rrh srt hnnrlr or lErrtr rhmult hn .r tr n*i . rl'tfG. Fovid.d rhrt skh inIn,Em ren,i .nkrlMollm,^trsL ll, h,kw. !h. hrillim m nqm*nr nq sirhnnEFs or.orl,lcrhn. rtr O*rc. Auiucr willh.E rhc hrnLn orF'ring rhl lt or rlr dil tr'l ttrill o. inIn'w rhc tn,rny tilr rh.tin'li&ol -1.r *mrolrh.|m'ltny.a rrretu\nllyc,trflud 8trihl,r.n{rl.(tir&rn\r,r'$Ix.rilfDx,,c.rrs( ?r!-l.ll,\r'.s url Pnfs\inC({c l'lR(in'rru.ntr \ l.icctrt! l s,l,t1n' t't'l)nir o{tc, oftrot[ryt&' huili\'! i'rt,,01.\ rh.'.ot. rNl rh) otrrad\ntr \uhFu}\B *irhr (-rn{rrr,n \ r lr.n!{ ,{r {,!nr k)rlr(,nnrrr{'.l.rcn{ lrq) -l !m.rc'np! ud.r sc.ri r- llaBf,[tsraul[$a1la! lr[lLaf,alloN I lk.ch, lllnnr utrdcr l)$rlrr.f Brlxry o rolrh.tulk,*i'rA ..br ntrF -lh.v.rnsnlrEi.in!(tnrfr.tcolcun(ntk'S.lt.ltr.u(ft,rorldfd0t*ndk .!\tiulil&li,h\S!\lrol7(,0oflll lihtr Orrc, firrh.Frnr um.lrh sork ri, *hi(lrrhcF,,ir i\ i{\uGl )â‚¬,,t rd rill dint.in sorl.F ar(Enriri'n imunB...r EiluiRlhy.cLri'nlrlx)olrlrIiEtr(,ill.1,trrh(Il,l'rmmo( ,l ir *hth lhr IEmn ir ir.hl Mt f,(l6 AnFMir i6u.r'r. otriy {rl Flicy nun'tri {c (oD ft-t a(c. h/ r^ a4.1r-51-_1?-39 b. c/t-7 tro,If!nnNn{i,n|m^nkrn\olli.rirrTltiofrh.lrh,(iik.l.rr,ll.rdrl,utrh nunrlrIrtiry.|srtrrtrtr (Nrl limr up r. om hufll,Gl rh,u{d Joll''. rllr .rrrrr 'n 4ld rh. t'r' ,!l r[qrnqrnn, ,lu r'Fr\ J. r,,'rihn Lr rlE ;:"""5il;l tr .r.{ n'rlnrntr'ir'\ fN\ It lllrlJf,^rloti I h.'.hy rllim urnlcr n(nillyol ncrJurv rh l I N liurn ur,lcr In('$in ol( irnrsrr rd!ntrn.i',9 u h S..rnn Tlrxrr ',1 I)'visioD I ol rh. Buntrci( rM PrnL$ionr (,)J.. drl ry li.i* t i'r lolltur.cn'rlclli\i fffii^*boV[,t"7. I h.r..t y rfin Ulldcr rrMl!\ei lsd nl)r, c cI ryofIE.!,'yrhd l,sc isu dnl{Mri,n Lftlilg ri...y l' llE Frn,nru'N nf rl! ro'\ ntr sl'ihrhi\ IEni i! l.Lkr(A.LlB. Arrt[t$LrEqtaA.rl0! I hslr'y dlhn urr.r I.Nlry of Nrrxry nft o( rlt lnll,*ans (k( [rdrinF Dcnrnli,n P.rmils.A Bl.tr NolifkaliD R{.rl R.lubli,.. (Tnk40.l!116r -RcqlirJ lrrrc. or N(rirrlrhtr -l rdifrrhrr rh. f.J.rrlRenLriln EBd irS rlirtr rc r,vrl,r . qrli( k r! rhn Fi,Fr _lerriayrhurIMlcEtr rhn0mlilrionud rrirc rld rh. ihrvc irhnMn,n n.ntud IrrNn,n,r!l .flrin.Ecr oRl Stur. ti*.r.UnE n, h! rh\r Enrinrl nnrFny nr nrF{ri!. pdlu or,{r.,l slrrluF ml lk..ny 0 htrn. r.,'..<nhtirc! olrhi( ( ir l,<- )\ I' rll(irv rn,l( {'dniy rrnl(iin ri,.trrcrulrlnrlE {r,f n I Communications Cable EXPEDITED PERMIT PROCESS FOR PV SYSTEMS MICRO-INVERTER The Solar America Board for Codes and Standards (Solar ABCS) Expedired Permir Pro- cess provides a means to differentiate systems that can be permitted quickly and easily due to their similarity with the majority of small-scale PV systems. Those systems wirh unique characteristics may be handled with small addirions to this Expedited Permir Process or may require much more information, depending on the uniqueness of the installation. The following pages contain forms for the Micro-lnverter to use with the Expedired Per- mit Process. The Standard String, AC Module, and Supply.Side Connecrion forms are also available as interactive PDF files at www.solarabcs.org/permitting. ln jurisdic- tions that have adopted the Expedited Permit Process for PV Sysrems, these forms can be filled out electronically and submitted in either printed form and via email. An elec- tronic format is used so that the supplied information is standardized and legible for rhe local jurisdiction. .s t (,qg ,6' \+\o .i.- It ^L Q,5 _.4, \\sd JotbTtbs -c7 EXPEDITED I'ERlvtlT PROCESS FOR PV SYSTEMS - MICRO-INVERTER L}--J I EXPEDITED PERMIT PRoCESS FoR SMALL-SCALE PV SYSTEMS MICRO-INVERTER' fhe informarion in this guideline is inrended ro help local jurisdicrions and conrractors idenrify when pv sysrem insa ationsare simple, needing only a basic review, and when an insEllation is more complex. Ir is likelyihat 50 % -75% ot all residenrial systems will comply with these simple criteria. For projects thar fail to meer rhe simple criteiia. resolurion sreps have been suggested lo provide as a parh ro permir approval. Required Informatiort ror permit: L site plan showing location of major components on the properry This drawing need nor be exacdy ro scale. bur ir should represent relarive locarion of componenrs ar sire (see supplied examplJ sire plan). pV arrays on dwellingswith a 3'perimeter space at ridge and sides may not need separate hre service review. 2. Electrical diagram showing Pv array confrgurarion, wiring system, overcurrent protection, inverte( disconnecrs, required signs, and ac connecrion ro building (see supplied shndard electrical iiagram;. f. specifrcarion sheers and installation manuals (if available) for all manufacrured componenrs including. but notlimited to, Pv modules, invener(s), combiner box. disconnecrs. and mounting system. Step 1 : Structural Review o[ PV Array Mounting System Is dre array to be mountâ‚¬d on a defined, permitted rcof structure? Eyes ENo If No due to non-compliant rooJ or a ground mount. submit completed worhsheet.lor the structure wKS I . Roof lflfoflnation: I. Is rhe roofing rype lighrweighr (yes = composirion, Iighrweight masonry metal. erc. lYes $ No, submit completed worksheetlor roof sffucture wl(S, (No = heaq/ masonry, slate, etc...)2. Does rhe roof have a single roof covering? EIVes Er,loIj No, submit completed worksheet Jot rooj structure wKS t . Provide method and rype of wearherproofing roof penerrarions (e.g. flashing. caulk)Flashing M ounting Sy st em Informatiott: l. Is the mounting structure an beneath the module frames? en ineered product designed to mounr pV modules with no more than an l g., gap Yes No If No, provide details oJ structu/al attachmmt certiied by a design pro|essionat. 2. For manufactured mounting systems, flll out informarion on the mounting system below 3 a. Mounring Sy stem Manufacturer SWH roducr Name and 14o6"gySolar Mount b. Total Weighr of PV Modules and Rails 924 lbs c. Total Number of Attachment points 30 d. Weight per Arlachmenr point (bic) 30.80 lbs (if grearer rhan 45 lbs.seeWKSI) e. Maximum spacing Between Athchment points on a Bail 72 inches (see product manual for maximum spacing allowed based on maximum design wind speed) f. Total Surface Area of PV Modules (square fee0 352.35 fr'] g. Distribured Weight of PV Module on Roof (b + f)2.62 Ibs/ft'? IJ distributed weight of the pV system is greater than 5 lbstf , see WXS, . Step 2: Electrical Review o[ PV System (Calculations for Electrical Diagram) ln order for a Pv s,!6tem to be considercd for an expedit d permit process, the followlngl must apply:I Pv modules, utiliry-interacrive inverters, and combiner boxes are identifred for use in pv sysrems. 2. The PV array is composed of 4 series strings or less per inverter. 3. The total inverter capaciry has a continuous ac power output 13,440 WarB or less 4. The ac interconnection point is on rhe load side of service disconnecting means (690.64(8)). 5. One of rhe standard electrical diagrams (E L I , El .l a, El.1b, or El .lc) can be used to accurarely represenr rhe pv system. lnteractive PDF diagrams are available at www.solarabcs.orgi permitting. Fill out the standdrd electrical diagram completely. A guide to the electrical diagram k proltid.ed to help the appticant understand each blank to fll in. IJ the electrical syste-n is morc complex than the standard electricat diagram can efJectitetl, communicate, provide an dlternative diagram with Wropiate detait. 2 rxpEDrrED PERMIT pRocEss FoR pv sysrEMs - MIcRo-INVERTER MICRO- t NVE RTER E LECTRICAL DIAGRAM : F a- da Uo I : o F o One-Line Standard Electrical Diagram for Micro-lnverter PV SystemssorJTHwEsT sun soLA rNc GAADEN GROIG. CA 92A'3 Sitg Nam6: MrcHEttE oo Sitg Address: s42o w FLTGHT AvE, saNrAAN^, cA 9210. Systsm AC Size: 5.80 NT5 o EOUIPMENI 5CHEOULE PART NUMAERDESCRIPTION DC/AC TNVERTER (MTCRO) PV DC or AC MODULE J-8OX (rF USED) GEN METER (F USEO) AC COMB. PANEL (IF USED) AC OTSCONNECT 0F USEO) MOD MOD oc ac orSco ] BOT ) INV'RTER ocPo MOD MOO MOD rl DC TAG NOIES I L?-EnpMs. M25d/2.2tL S2r (2a0v) E 4 UTIUTY SERVICE I!s 6 I I Sqon O 30.60 InJZ I RS / d)jp OUZ|2RA râ‚¬n^ II8SERVICE PANEL SEE GUIDE APPENOIX O FOR INFORMATION ON MOOULE ANO ARRAY GROUNDING MICRO.INVERTERS IN ARANCH, CIRCUIT BUILDING GROUNDING ELECTRODEMICRO.INVERTERS I--- FOR UNUSEO MOOULES PUT 'N/A' in ELANK AAOVE A CONOUIT AND CONDUCIOR SCHEOULT NUMBER OF CONDUIT CONOUIT ryPE srzE I 1 USE-2 E or PV wlRE tr GEC I EGC EI X ALL THAT APPT EXTERIOR CABLE LISTED w/ INV THWN-2 E o. xHHw-2 O or RHw-2 E MFG Cable EMT5 E GEC tr EGC f) X ALL THAT APPL 10 SAME SAME NO DC GEC IF 690 35 SYSTEM I -_rerr Itr or XHHW-2 O or RHw-2 f1 10 3 TAG OESCRIPTION OR CONDUCTOR TYPE COND GAUGE coNoucroRs MFG MFG EGC E] X AIL THAT APPLY SAME I sAt E-_-l MOO 1 2 M l I a IN BRANCH. CIRCUIT .A A A MFG Cabls N/A 2 3 -------- I I I NOTES FOR MICRO_INVERTER ELECTRICAL DIACRAM Notes for One-Line Standard Electrical Diagram for Sing le-Phase PV Systems Sitg Nams:M|CHEILE oo Site AddfeSS: 5a2O w FLIGHT AVE, SANTA Ar{4, CA 927Ix System AC Size: 5.80 SOUTHWEST SUN SOTAR, INC 1 3752 HARBOR BLVO GAROEN GROVâ‚¬, CA 92M3 NT5 MOOULE MOOEL HIS.S29ORG MAX POWER-POINT CURRENT (IUP) SHORT-CIRCUIT CURRENT (|9C) SIGNS'SEE GUIDâ‚¬ SECTION 7 NOTES FOR ALL DRAWINGS SIGN FOR DC DISCONNECT PV MODULE nallNGS @ STC lGuide Section 5) OCPD = OVERCURRENI PROTECTION DEvICE MODULE MAKE Hyundai NAT|oNALELEcrRrcArcoDE REFERENCES SHOWN AS (,YEC )A)(.)OO No sign necessary sincâ‚¬ 690.51 ma.king on PV modulo covers needâ‚¬d information 9.1 MAX POWER.POINT VOLTAGE (VUP)32.0 INVERTER RATINGS lcuade section 4) OPEN-CIRCUIT VOLTAGE (VOC)38.8 INVERTER MA(E En hase 9.7 INVENTER MOOEL M250-72-2LL-S2x (240V) MAX SERIES FUSE (OCPO) MAXIMUM POWER (Pg) 35 290 600 1 .12 MAX DC VOLT RATING 62 MAX POWER @ 40"C 240 MAXVOLTAGE (TYP 600Vm) Voc TEMP COEFF (mvfctr or Y/oC tr) NOMINAL AC VOLTAGE THIS PANEL FED BY MULTIPLE SOURCES (UTILITY AND SOLAR) MAX AC CURRENT MAX OCPD RATING 1.00 NOTES EOR ARRAY CIRCUIT WIRING (Guido Sectron 6 and 8 and Appâ‚¬ndix E)NOTES FOR INVERTER CIRCUITS (Guids Soclion 8 and 9I 1 ] LOWEST EXPECT AMBIENT TEMPERATURE BASED ON ASHRAE MINIMUM MEAN EiTREME DRy BULB TEMPERATURE FoR aSHRAE LocATloN Mosr slMlt R To rNsralurror uocartoN. LowEsr EXPEoTED aMBIENT TEMP !L"c 2 I HIGHEST CONTINUOUS AMAIENT TEMPERATURE BASED ON ASHRAE HIGHEST MbNTH 2% oRy BULS TEMPERATURE FoR aSHRAE LocATloN Mo9T slM|LAR ro iiisiarr-airor rocaior. HrcHEsr coNTtNuous TEMPERATURE 6L"c II IF UTILITY REOIJIRES A VISIELE.SREAX SWITCH, DOES TI'IIS SWITCFI MEET THE REOUIREMENT? YESo NOo N,iA O 2I IF GENERATION METER REQUIREO, DOES THIS METER SOCKET MEET THE REOUIREMENT? YES E NOO N/AD 3) SIZE PHOTOVOLTAIC POWER SOURCE (DC) CONDUCTORS AASEO ON MAX CURRENT ON NEC 690,53 SIGN OR OCPD RATING AT OISCONNECT 4) SIZE INVERTER OUTPUT CIRCUII (AC) CONDUCTORS ACCOROING TO INVERTFR OCPO AMPERE RATING (5â‚¬6 Guido Ssdon 9) 5l ToTAL oF INVERTER OUTPUT CIRCUIT OCPO(S), ONE FOR EACH MICRO- TNVERTER crFd[m DoEs rorAL SUPPLY BREAKERS coMPLY wlrH 120% EusaaR ExcEPTloN lN 690.6,1(BX2Xa)? YEsts NOO 2 I 2OO9 ASHRAE FUNDAMENTALS 2% OESIGN TEMPERATURES DO NOT EXCEED ifCIN THE UNITED STATES (PALM SPRINGS, CA IS 4,{,1.C), FOR LESS THAN 9 CURRENT.CARRYING CONDUCTORS IN ROOF.MOUNTED SUNLIT CONDUIT AT LEAST 0,5'AAOVE ROOF AND USING THE OUTOOOR DESIGN TEMPERATURE OF 4/C OR LESS (ALL OF UNITED STATES), 'I 12 AWG, gdc CONOUCTORS ARE GENERA].LY ACCEPTAALE FOR MODULES wtfH t* oF 7 Ga aMps oR LESS WHEN PRorEcrED aY a I?-AMP oR SMALI-ER FUSE, bt io AwG 90'c coNoucroRsARE GENERALLY AccEPTABLE FoR MoouLES WifH I3c OF 9 6 AMPS OR LESS WHEN PROTECfED BY A 1'AMP OR SMATLER FUSE, NOMINAT AC VOLIAGC 240V 7. F do Uo i:d c- o F o l tl tl __l I SIGN FOR IIIVERTER OCPO ANOAC DrscoNNEcr (rF usEo) f soLAR PV sYSTEM - --.,l , AC POINT OF CONNECTION AcouTPUTcuRRENT 25A -E4o tF COEFF SUPPLIED, CIRCLE UNITS I lru l I I I I