HomeMy WebLinkAbout20163973 - PermitCity of Santa Ana
Permit Counter: (714) 647-5800
20 Civic Center Plaza (M-19), Santa Ana, CA 92702 Electrical Permit #: 20163973
Pin #: t4923lnspection Requests: (714) 667-2738 lnspector Section: (714) 647-5853
Project Address: 1130 W Pomona St Unit:
Block: NA
Bldg:
Tract: 20ll
Address Range:
Historic: No
Surte Range:
Zoning. Rl
q
Assessor'sParcel: 013-224-12
Owner:
Address
Oavid Jimenez
1130 W. Pomona Street
Santa Ana, CA 92707
(714) 357-8921
Feo Typo
01'116002 51600 General Plan Updale
Qty
0.00
Fee
$0.00
Tenant Name
Contractor:
Address:
Commercial & Residential S
9501 Slauson Avenue
Pico Rivera, CA 90660
(310) 261-3890Phone
State Lic #: 978025
Lic Type: B, C-10, C-20
Bus. Lic #: 364018
Workers' Compensation lnsurance:Carrier: erempt
Policy #:
Expires:
Single Family Dwelling
Solar
Solar
R.3, U
VB
cEc 2016
Notes lnstallatlon of roof mounted PV system. Worksheet
attached to plans. All fees paid on #10193926.
Planning Approval 8y
Plan Checked By:
Permit lssued By:
Subject to Field:
Buildang Permit #:
Chavez, Dave
10193926
<lr'
Date:
Date:
Date:04t242017
Account#
Misc. Receipt:
Misc. Receipt:
Misc. Receipt:
Total
Every pemit issued shall become invalid unless the wo.* o, the site
authotized by such pemil is conrnencod within 180 days afte( its
issuance, or if lhe wotu authonzed on the sita by such perfiit is suspended
or abandoned lor a potiod ot 180 days aftet the lime the wo* is
comnenccd
$0.00
$0.00
$0.00
lnspector MID#: 20't7-138154
Lot.25
Amount
21 .25
Phone:
Building Use:
Job Type:
Nature of Work:
Occupancy:
Conslr Type:
Code;
Planning Conditions:
Fee Tolal:
Paid to Date:
Balanco Due:
ELECTRICAL-INSPECTOR RECORD
APPROVALS ID/SIG,COMMENTS OWNER BUILDER DET{'AR TION
I ha!t,.lfm uqb Frnt of pqj6y $r IEqarpl tod ih. codnnori Lkag Lrw 6r th. fouowiiS t6! (sa?01l5
a6iId .,n Prot6io. Cod.): Any Ciry or Cou y *fith EquiB . Fnn lo conJrud. .116, i6p.o!t- dmlii or rt!.n iy
iMlG Fir ro it ige!..to rqi6 rL +pticd for Mh Frhi lo 6L..iSf,Gd ldclEl thd lE or 3lI a li.g!.i BlEL,i
!o rh. FDrib( ol ln. CotrrrErdt Lkat d trw (Crrd6 9, Comffiins $,hh S.<1ior 7000 of Divnio! I of rh. Bqi.a rd
PDldnd Co&) o. thr h. d dt ir ad$ dE nDd dd rtE h6ii for rhc ilks.n o@tibn Ary vioLrm oas(li.n ?01 I 5 by dy
.ppltd 6,, Frn xbj6r! rh. Oplt@t 16 . olil p.ahy olmr rcE rhe fiv. fiun<H dollG (!500).
l.sorEoflEp(oFrr.orsyophr6snh$186Br,Et$lco,rFsion,will&llt*utrtftnnxiE!r{
id6&l or oEs.d lor EL (Sa 704.1, BsilB sd Pr!tu irB Co&: llE Cod.id'. Li.d* t^ dG
'El +9ly ro ! o*c ot
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FoliLdrhd N.h inFoEEn! @tur insd.d oro&ld for e].. U ho*tr, Et{ildiB d iry.$gd Lild wthnd F
offrd$ldBr E O*G Arilda wi[ hE tlE hdo oaFDvi,B rh! tE or Jr did ml I ld or itrpmrc dE FlFty fti llt F,pG of
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.trd P|DE i..Co&: Th. ConE-roar Lic@ t *d.qmr .,9lyro -orna of FoFlyrho hild! or npNB fiamn.
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I d .rmF uft,s selion
ltoa[ESaroufEllArp!plclJ8arla!
! h6cby rffm urds Frty ol pdjury om ofrh. follo$iq dalffdhN
- - I h.v. rd vill mi.r.i! r Cdr'frn. oacoo5r ro s.lf.ld@ aor w 6 omFsrioG ! Favij.d for bys6lb.l7m ol E
L!6or Code 6r $. Ffaffi or fi. w* fm *,hth |fi. FEi n ntuEd.
Vtrq ral *,tt..,au *-ra'.@F!r.. trBlre ! r.qu,!d b, sdft r7m ol
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rh. Llbor Codc, lor rlr prforun.. of
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- }1 (d,ry rhr 6 rlE Ffotrll.s of !h en 6r ri.h rhi! Fnn ir isr.d. I J[ll ml dnploy oy pq$n in oy lI,llc
!d x ro b..or $hd ro rlE wqt6'orpdih LB of C.l'hmE .,n ryr rh{ if I rl'.rk b6od st d ro llr
wortd' otrrFE Iir FlririrE of S.dbn 1700 of ir L.tc Co<lq I rldl ffih{i @Drly wit tho. ForirioE
bj.d e @rloF ro omiEl FEkis ed
civil nnd !p ro oE nu,nEd lhouEd (l)116 (1100.0001. in ldrh.n lo $.
Sdio. 10?6 oflh. L.tor Coda inra.s td.rof,iy t f6.
..mFMion. &h.36 s Drovid.d for lfic
nrrr-*,f-
I lErb, ,Itm c.& p6.ty of Fjdy thr I @ li{q!.d Exb Flririon ol Ctupts 9 (otffiirs wnh Sdbn 7000) of Diriton !
of th. SuiMn PrDfdis Co{c .d ny lt6c t n tull foE !d .frd
.b
EPal\t t.keNuntE 1BO'
I lEd, .,fm ur& Frlty of Fiuy rhd thfr b . einrudb! ldd!ts .sdy tt. rlE Ff..trE! oftb. wr 6r sltih $i! t.na b
e,.d (S< 109?. C,v. C )
L-da r N.m:
AfILI(ANIDTCIAIAIIO!
I h.dr.trm u,xlc FD.hy of FJuy oE orlh. follovin8 &drdioro:
DaDhbn P@nl^tb.r.r No fidion F.d6!t R.8ohrion! (Tnk 40, P.n6)
R.quir.d tdts oatJori6.iih
V <airy rr,e or r.a-a ,.g,IirioE r.lrdiru st .to.,. nor 4rlE.bL ro tlB Fljd
V.o,,r,n, ,*..-,no,-t
Ctmr6.rd std. L.trr Ehr{ to
.ho\. mri...d F.Fry fd mpel
infondiiin ir .old I .gre ro otrply [ih .U Cn] .d a.!'ny
.{ppll.rnr or Ardr Slaoiur.
rtmtre rrnretprtnrt: X h4 An,a-\
Oir Cny ."d Coury ro d{a urhn dE
^,..sbut
Site-Work
Underground
Pole Bases
Light Standards
Spas, Pool, Fountains
Signs (monument)
Life Safety /Low Voltage
Fire Alarm / Dampers
Communications Cable
Building
Under Slab / Floor
Bonding / Grounding / UFER
Transformers
Torqueing
Sub-Panels
Air Conditioners
Roof Top Equipment
Factory Wired Unit
Walls (Conduit)
Walls (Rough)
Ceilings (Hard & Soffit Rouqh
Ceilings (T-Bar Rough)
Meler Release
Rough
Service Meter
FINAL I 7lfil7 1 '4vM\tK)-.
Notes, Remarks, Etc
5
DATE
-,., . Blz}lt?
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ExpLorrEo PERrvrrr PRocESS FoR PV SysrEMs
MICRO-INVERTER
The Solar America Board for Codes and Shndards (Solar ABCS) Expedited Permit Pro-
cess provides a means to differentiate systems that can be permirted quickly and easily
due to their similariry wich the majoriry of small-scale PV systems. Those systems wirh
unique characteristics may be handled wirh small addirions to this Expedited Permit
Process or may require much more information, depending on the uniqueness of the
installacion.
The following pages conrain forms for the Micro-lnverter to use witl:r the Expedired Per-
mit Process. The Standard String, AC Module. and Supply-Side Connecrion forms
are also available as interactive PDF files at wwwsolarabcs.org/permitting ln jurisdic-
tions that have adopted the Expedited Permit Process for PV Sysrems, rhese forms can
be filled our electronically and submitted in either prinred form and via email. An elec-
tronic format is used so rhat the supplied informarion is sandardized and legible for the
local jurisdiction.
)otb3174/3
EXPEDITED PERMIT PROCESS FOR PV SY5TEMS - MICRO-INVERTER
EXPEDITED PERTilIT PROCESS FOR SMALL-SCALE PV SYSTEMS
MICRO-INVERTER
The informarion in this guideline is intended to help local jurisdictions and contracbB identify when Pv s)6rem insrallarions
are simple, needing only a basic review and when an installation is more complex. It is likely that 50 %-75 % of all residenrial
systems will comply with these simple criteria. For projecrs that fail ro meet rhe simple criteria, resolurion sreps have been
suggested to provide as a path to permit approval.
Requi/ed Infonn^tion for Pennit:
l. Site plan showing location of major components on rhe properry. This drawing need not be exacrly to scale, bur ir
should represent relative location of componen!s at sire (see supplied example sire plan). Pv arrays on dwellings
with a 3'perimeter space at ridge and sides may not need separate nre service review.
2. Elecrrical diagram showing PV array conngurarion, wiring system, overcurrent protection, invenet disconnects,
required signs, and ac connecrion ro building (see supplied standard electrical diagram).
3. Specihcation shee$ and installarion manuals (if available) for all manufactured componenrs including, but not
limited to. PV modules. inverter(s), combiner box, disconnects, and mounting sysrem.
Step 1 : Structural Review of PV Array Mounting System
Is the array to be mounted on a dehned, permitted roof structure?Yes E r,lo
U No due to non-compliant roo.f or o. ground mount. submit completed worl.sheet Jor the structure WKS I
Roof Informatioa:
1. Is the roofrng rype lightweight (Yes = composirion. lighrweighr masonry metal. erc .)COMP SHINGLE
If No, submit completed worhsheetJor roof snucture WfiS, (No = he6vy masonry, slate, etc...)
2. Does the roof have a single roof covering? EVes Eno
II No, submit conryleted worhsheetlor roof stucture WNSI.
5. Provide method and rype of weatherproonng roof penerrarions (e.g. flashing, caulk)
M ounting Sy st ern Infonnation :
l. Is the mounting structure an
benearh the module frames?
en
Yes
ineered
tr No
product designed to mount PV modules wirh no more lhan an 18" gap
IJ No, provide dztails ol structural attachment certiled by a design professionaL
2. For manufacured mounting syslems, frll out information on rhe mounring sysrem below
a. Mounting System ManufacrureQ!]!!UQ!N?TOdUCI NAME ANd MOdCI# CLASSIC COMPOSITION MOUNT
b. Total Weigh t of PV Modules an6 n211s 907.2 lbs
c. Total Number of AtEchment Points 32
d. weight per Atachmenr Poinr (b + c) 28.3s lbs (if grearer rhan 45 lbs, see wKS I )
e. Maximum Spacing Between Athchment Points on a Rail 4lr nches (see product manual for
maximum spacing allowed based on maximum design wind speed)
f. Toral Surface Area of PV Modules (square feet)270 ft2
g. Distributed Weight of PV Module on Roof (b + D 3.36 lbs/ft'z
Il distributed yevht ol the W system is geater than 5 lbstt,, see WI<S I .
Step 2: Electrical Review o[ PV System (Calculations lor Electrical Diagram)
In order tor a PV system to be considercd for an expedited permit process, the following must apply:
l. PV modules, utility-inreractive inverters, and combiner boxes are identihed for use in PV sysrems.
2. The PV array is composed of 4 series strings or less per inverter.
3. The loral invener capaciry has a continuous ac power ourpur I f,440 Watts or less
4. The ac interconneclion point is on the load side of service disconnecring means (690.64(8)).
5. One ofthe sEndard electrical diagrams (E I . 1 , E 1 . I a. E I . I b, or E I . I c) can be used ro accurarely represent the PV
system. lnteractive PDF diagrams are available at www solarabcs.org/permirring.
Fill out the standard electrical d.iagam completely. A guide to the electical diagram is provided to help the applicant
understqnd each blank to fll in. Ij the electrtcal q)stem is more complex than the standard electrical diagram can ellectivety
communicate. provid.e an alterndtiye diaqram with appropriate detail
Z ExpEDrrED PERMIT PRocEss FoR PV SysrEMs - MlcRo-INVERTER
TLASHING & CAUI-K
MICRO- I NVERTER SITE PLAN
I ROOF PLAN SCALE 1- IO'{" II ARRAY AND ROOF INFO
{N}:to
N
arl^cxt EN-r PorrTS
1{
t{'I I'IODULE TYPE, DII'.IENSIONS & WEIGHT
H 3,0
PANEI Dlr.€NSrOarS
LfiT IIEICIII OF PAIIES
IWER'ER
'
R^CI(|(O
AREA PER ATiACIi'E'I'
IYEIG|IT PER ATTAC|iEMI
SOr RllqtD SrY2g, br'o LACx
39.t n
66' X loa
160a sf
!e Zlllx . 22O PSf
0,12 PSf
,ra2t2. r0! 5F
l0!I.:7. 2l !6 LE
,., EMT CONOIJIT
S.Lr Phobrdlr Syx6
oavt) JGta€z
r !I w Polrcrra sT
sar.tl^ af{a. cr 9270,
l?ra) 36t-o2r
@ ^.B LITZ
PV-2
Site Plan
for Small-Scale, Si le-Phase PV S ms
Site Name: DAVID IIMENEZ
site Addrsss: | 130 w. PoMoNA sT. sAisrA ANA, cA
AC Size 4.350 kw DC STC
, ,tTo, rLriJ'I' i.t Im
.fif rJ{l
16 C\
trtE{lrt sPscFT
aod 9ftG.t s.^8'l^r ! FT nrFIEJ lrt(slm lrr6ll 0a
\trlFla 5, g) FI leA t So.FI rrrlB t Et5
co.rc g{na! ltr 9. )tr!l,r oc, ,nf} rzlrl.x
l&
t-
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Dare
70
F
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+
reEm;;;;a&-;;fi;;-
I r*b.i rdl.r@i]l,rr '!. IItr.*:rc$r,:t
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MICRO- I NVERTER ELECTRICAL DIACRAM
One-Line Standard Electrical Diagram
for Micro-lnverter PV Systems
Site Name: DAVID ltMFNEZ
site Addr€ss: ll]ow X)MON^sl s^Nr^
^
NA, c^ e2707
Syslem AC Size: 4.lsokw Dcs'rc
o EQUIPMfNT 5CI]f OU LE
OESCRIPTION
ly DC
",
Ac MODULE
DCJAC INVERTER (MICRO)
.J-8OX (rF USEp)
PART NUMBER
swr90 MoNo Bl_Acx
M2$-60-2LL-S25
6{x) V. NEMA 3R
N/A
NOTES
SOI-ARWORLT'
] [,NPH,A5!.ENEBGI
UTILITY
stRvrcr
,AC COMB PANEL (rF USED)
GEN METER (IF USED)
,AC OTSCONNECT (tF USED)r.{) VAC,x)A NF]\{A rR
SEE GUIDE APPENDIX O FOR
INFORMATION ON MOOULE ANO
ARRAY GROUNDING
MICRO-INVERIERS
IN ERANCH
CIRCUII
a
MICRO-INVERIERS
IN ARANCH.
CIRCUIT
J----------t---
FOR UNUSEO MODULES
PUT'N/A'rn BLANK AaOVE
A CONOUIT ANO CONOUCTOR SCHFOULT
rAG DESCRIPTION OR CONOUCTOR TYPE coNo.
GAUGE
MFG
6
MFG
t0
8
NUMBER OF
CONDUCTORS
MFG Cabl€
CONDUIT
TYPE
N/A
tvA
JHWN.
SAME
co DUtT
stTF I____.1N/A
]
wA
yl" rurl
SAME
L
I r luse-zo or Pv wrRE E Iffi
I 3 EXTERIOR CABLE LISTED w/ INV
I r rxwl-: m or xHHw-2 D or RHw-2 E]@
2
MFG Cabl6
I
,1
L
3
I I
MOO
I
MOD
_t-
MOD
--l_
oc DC
ac Dtsco
r aox
)
INVERIES
ocPo
-.--:
MOD
I
MOO
_l-U
DC DC
!
NO Irc GEC IF 690,35 SYSTEM
THWN.2 E orxHHw.2E or RHw-2 El I I
Iorc g Ecc tr x aL r IHAI appL v] t f!wN
SAME
3t4" EM'l
SAME
l-
c-
d
Uodc-t
c-
o
F
o
-t
1
2
MOD
I
1
2
l
5
6
7
E
\
BUILDING
GROUNDING
ELECTRODEA\-l\ \A
NT5
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NOTES FOR MICRO-INVERTER ELECTRICAL DIACRAM
Notes for One-Line Standard Electrical
Site AddreSSl'row poMoN^sr sANrA
^N^.c^e?707
Di msram for Sin le-Phase PV S
AC Siz€: a 50
Site Name
290
240
-0.1
PV MODUTE RAIINGS @ sTC lGuide Section 5)
NOTES FOR AIL DRAWNOS:
OCPD = OVERCURRENT PROIECIION DEVICE
NATIONAI ELECTRICAL COOE. REFERENCES
sHowN as (rvEc x)o( )aJ
SIGN}SEE GUIDE SECTION 7
srcN foR Dc orscoNNEcr
sol_ARwoRr.l)No sign noc€ssary sinc€ 690.51
marling on PV module coveas
needed infomationMOOULE MODTI SW29O MONO BI,ACK
MAX POWER.POINT CURRENI (IMP)
MAX POWER-POINT VOLTAGE (VF)
OPEN-CIRCUIT VOLTAGE (VC)
SHORI€IRCUIT CURRENT O.C)
9.33
3l.4
39.9
9.97
INVERTER RATINGS (Gurde Section 4)
iNVERIER MOOTL
INPHASE ENERGY
M250-60-2LL-525
4EMAX SERTES FUSE (OCPD)MAX DC VOLT RATING
i,AXIMUM POWER (PW)MAX POWER @ 40oC 210
MAX VOLTAGE (TYP 6OOVE)NOMINAL AC VOLTAGE 4tt THIS PANEL FED BY MULTIPLE
SOURCES (UTILIry AND SOLAR)VOC IEMP COEFF (mVfCE or %fCE)MAX AC CURRENT I
IF COEFF SUPPLIED CIRCLE UNITS MAX OCPD RATING 20
NOIES FOR ARRAY CIRCUIT WIRTNG (Guds Sscton 6 and 8 and Appendrr E)NOIES FOR INvERTER CIRCUITS (Guid€ Ssctron 8 and 9):
T ) LOWESI EXPECI AMBIENT TEMPERATURE AASED ON ASHRAE MINIMUM MEAN
EXTRFME ORY BULB TFMPERAIURE FOR ASHRAE LOCATION MOST SIMILAR TO
INSTATLAIION LOCAIION LOWEST EXPECTED AMBIENT TEMP _LOC
2 ) HIGIIEST CONTINUOUS AMAIENT TEMPERATURE AASEO ON ASHRAE HIGHESf
MONIH 2% DRY AULB TEMPERATURE FOR ASHRAE LOCATIOTI MOST SIMILAR TO
INSfALLATION LOCATION HIGHEST CONTINUOUS TEMPERATURE ['C
, ) 2OO9 ASHRAE FUNDAMENTALS 2* DESIGN TEMPERATURES DO OITXCFFO4fC IN THE UNITEO STATES (PALM SPRINGS, CA IS 44 1'C) FOR LFSS THAN 9
CURRENf{ARRYING CONOUCTORS iN ROOF-MOUNTED SUNLIT CONDUIT AT
LEAST O 5'AAOVE ROOF AND USING THE OUTOOOR DESIGN TEMPERATURE OF
47"C OR LESS (ALL OF UNTTEO STATES),
A) 12 AWG. gOOC CONDUCIORS ARE GENERALLY ACCEPTABLE FOR MOOULFS
WI]H |tc OF 7 68 AMPS OR LESS WHEN PROTECTED BY A 12.AMP OR SMAL I LR
FUSE
D) 1O AWG, gOOC CONDUCTORS ARE GENERALLY ACCEPIABI F FOR MODUTES
WITH |lc OF 9 6 AMPS OR LESS WHEN PROTECTED AY A 1'AMP OR SMALLER
FUSE
1) rF UTTLTTY REOUTRES A VTS|BLE-AREAK SWrrCH, DOES THtS SWTTCH MEET THE
REOUIREMENT? YESE NOtr rVAO
2)IF GENERATION METER REQUIRED, DOES THIS METER SOCKET MEET THE
REOUIREMENT? YES O NO D N/A E'
3) S|ZE PHOTOVOLTATC POWER SOURCE (OC) CONOUCTORS aASED ON MAX
CURRENT ON NEC 690 53 SIGN OR OCPD RATING AT DISCONNECT
4) StZE TNVERTER OUTPUT CTRCUiT (AC) CONDUCTORS ACCORDTNG TO TNyERTER
OCPD AMPERE RATING. (566 Guid6 S6ction 9)
5) TOTAL OF ls TNVtRTtROUTPUTCTRCUTTOCPO(s)
IIiVFRIER CIFCUI,T DoES ToTAL SUPPLY BREAXERS icJ
EXCEPION lN 690 64(B)(2)(a)? YESE NoO
, ONE FOR EACH MICRO,
MPLY WITH 120% BUSAAR
AC OIJIPIJT CIJRRENT l5
NOMINAL AC VOITAGf 2.10
NT5
)r
c-
do
(,
odc-
F
a-
o
to
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SIGN TOR INVIRTER OCPD AND AC
DrscoNNEct (rf usED)
SOLAR PV SYSTEM
AC POINT OF CONNECTION