HomeMy WebLinkAbout20165475 - Permit (2)City of Santa Ana
Permil Counter: (714) 647-5800
20 Civic Center Plaza (M-19), Santa Ana, cA 92702 Electrical
lnspection Requests: (7 1 41 667 -27 38 lnspector Section: (714) 647-5853
Permit #: 2lJ165475
Pin #: 82390
Project Address: 714 S Gates St Unit:
Block: NA
Bldg:
Tract: 3656
Address Range:
Historic: No
q
Assessor'sParcel: 188-105-03 Lot 9'l
Owner:
Address:
Son Nguyen
714 S Gates Street
Santa Ana, CA 92704
(s03) 481-778s
Fee Typs
01116002 5'1600 General Plan Update
Amount
21.25
Qry
0.00
Fee
$0.00
Tenant Name:
Contraclor
Address:
TLP Electric Integrations ln(
2450 Norlh Glassell Street, /
Orange, CA 92865
(714) 921-1868Phone
State Lic #: 824287
Lic Type: C-10
Bus. Lic #: 343655
Workers' Compensation lnsurance:Carrier: Mldwest Employers Casualty Company
Policy #: BNUWCoi37148
Expires: O7lO1l2O18
Building Use
Job Type:
Nature of Work
Single Famlly Owelling
Solar
Solar
Occupancy:
Conslr Type
Code:
R-3, U
VB
cEc 2016
Notes lnstall(14) roof mounted solar panels. Fees paid on
't0195947.
Planning Conditions:
Planning Approval By Date
Date
Date
Misc. Receipt;
Misc. Receipt:
Misc. Receipt:
Total
Plan Checked By
Permit lssued By:Amsden, Julie o3t27t2018
Account#Subjecl to Field:
Building Permit #:10195947
Every pefinit issued shall become invalid unless lhe wo* on the sito
aulhonzad by such pennit is cofimenced within 180 days afret ils
issuance or if the wot* authorized on the site by such pafinil is suspended
or abandoned lor a ponod ol 1 80 days aftet the time tho wo* is
comfienc6d
lnspector MID#: 2018-142266
$0 00
$0.00
$0.00
Suile Range:
Zoning: Ri
Phone
Fee Total:
Paid to Date:
Balance Due:
ELECTRICAL-INSPECTOR HECORD
APPROVALS DATE ID/SIG.COMMENTS OltN8.n EUILDET DEI-CAf, TION
I lrrcby llirm und.r lEn:lty ol F.'lry rhd I n .r.q, rmm th. Gdd,n' Lau< L,rlor tlt (ollo-rs ,..d. (S..I).!l J
Burincs !d P.orc$ion Cdc) Any Cry or Coudy lhi(h r.quiB d F,nir lo con(Ml. alrs- itrr,ov.. d.mlirh "r qxn ey
{turur. firro ir\ nrud.. rlq, rcquiFrh.+tlkdr fin rGh Frmir ro liL r s,Crd {!r.ft.r rhd i.or rh. i! li.nrd |i!r d
l. llE rrnvi.nni of llE ConrBloii Lkcnen lir (ClEFd e. ComrEmi.B uth Ssrnn 7dx) ol Diyrbn .t of llE 6u(ir( .d
Pn,rcsi,nr Codc) o. rhlt lE or rrE t d.q, rlE .liom ind llt trsn tu rhc llL8cd cumrli.,r Ary viollrionorS.ni,n 70115 hy.nt
rfrlrdnr r.r ' pcml iut drr rrF +tli.dr kH rir il flcBl' y nf mt mtrc rhan nr. bundrd dolld ( tt(I),
-1.
rr o*ffi olth.,n,Fny, {r my.ry,l'Fr snh s!8cs,r rrEn i'k omlENlhn. f,ill tlo E e(rt dd rlr snxift n mt
inicntn r.ncEdn st {56 704r. Burim3s lntl Elf.srin C.d.: Tn A'nB-rol\ Licmr ll,&Esmlrpplyhmowmrol
rrr Inrdy *ls hrrrr r inFrB tlEmtr rld *hr &s rh q{t hi'klf or tRlf or rhbuSn hB r ls o*a.m0by6.
!trotrlcd !h!r rki ir{nrkrdr E mr ii.rn n m ofr.td nr {E lt lnw. rlt hildui8 c iqrowd n a! *irhin oE )r&
ol cortlcri,n. rlE Owtrr Build.r wil, hlr llr lud.n or rn,ving ttEl lr o. \h. dil ar trild or rnNw ttu In,Fit n)r lh. puqFs or
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rlE srt f., whi.h rhir Fmi n ircd. M, wdr6 oinFMi,. inflhE 6ir.,n Fhy mmlE G:--/X,". [r tD\^'€i( Ef,^a.) +s a/,tsuAt-f,
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r' r io tRxm 3uhitr t, rlt *,i6 oqndir Lw\ oI C.lifonE. r'n rgN tn,r it I rlDrld lEac sb,.rr ro itt
work.6 .onF.qrn,n Imlirhnr ot Serirn l70U or ih. uh.r Codc, , \hrll, fodhwirh .onlllly *ith rh,c lnrvktuns
WARNINC FliluE k' cE wrLn omFndx'n omrc s unLstuL ad ih.ll rubFr d mploF ro diid Frrii .!d
civil fin.r up r. oft hundrcd lholend dolhE (tlm.o{D), in iddiri,n ro rhc mlr ofcorllEnsrion. dam!* !s In,vidcd f.r rlE
S(1In .it 76 of I lr L.kr Crd.. hl(d .rn dtlmy r fer
)(" orlzrlrd . ^ppro,:9vien.a
(>onzrt\<s
"ffiI tmby .r"m und.r t'.uly of Ftjury rhar I u lis3.d un<!s FDvi3i,i of ChlprF 9 (6.meins wi'h seri'. 70fl)r ol Divl\i,. .l
ol !t Buimrs ul Pmfsshnr C.d., .,n my lt.nk ir in rull lorc !n .frrl
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is{.d rsd.1097. ci c r.
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AIEUSIII.DEIIJSAI!.I!
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D.frrhhn P.rmnlAih.(or tldirdirn firi.r.l R.*!tdbn\ (Ti!..(), Prn6)
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aho$ rftntnnh, l,mtEny fM instK-
(9r4\ qDhZU t5\jrr
s?l4J'i
Site-Work
Underground
Pole Bases
Light Standards
Spas, Pool, Fountains
Signs (monument)
Lite Sarety /Low Voltage
Fire Alarm / Dampers
Communicalions Cable
Buildinq
Under Slab / Floor
Bondinq / Groundinq / UFER
Transformers
Torqueing
Sub-Panels
Air Conditioners
Rool Top Equipment
Factory Wired Unit
Walls (Conduit)
Walls (Rouqh)
Ceilin gs (Hard & Soflit Rough
Ceilings (T-Bar Rough)
Meter Release
Rough
Service Meter I I
FINAL 5l,t hA I 44
Notes Remarks, Etc
j
EXPEDITED PERMIT PROCESS FoR PV SYSTEMS
STANDARD STRING SYSTEM
The Solar America Board for Codes and SHndards (Solar ABCS) Expedited Permit Pro-
cess provides a means rc differentiate systems that can be permitted quickly and easily
due to their similariry with the majority of small-scale PV sysrems. Those sysrems wirh
unique characteristics may be handled with small additions to this Expedited Permit
Process or may require much more information, depending on the uniqueness of the
installalion
The following pages conrain forms for rhe Srandard Srring Sysrem ro use wirh rhe Expe-
dited Permit Process. The Micro-lnverter, AC Module, and Supply-Side Connecrion forms
are also available as interactive PDF files at www.solarab( s.org/permirring. In juisdic-
tions that have adopred the Expedited Permit Process for PV Systems, these forms can
be filled out electronically and submitted in eirher printed form and via email. An elec-
tronic format is used so that the supplied information is snndardized and legible for the
local jurisdiction.
PCRITITTYPE.
1,,
e \ro5'-iQ 5(3t u
\13
OT- \V
x
I
EXPEDITED PERMIT IROCTSS TOR PV SYSTTMSI
EXPEDITED PERMIT PRoCESS FoR SMALL-SCALE PV SYSTEMS
STANDARD STRING SYSTEM
The lnformation in this guideline is intended to help local Jurisdictions and contractors identiS/ when PV system installations
are simple, needing only a basic review and when an installation is more complex. lt is likely that 50 % -75% of all residential
sy$ems will comply with these simple criteria. For projecls that fail to meet the simple criteria, resolution steps have been
suggested to provide as a path to permit approval.
Requlred InJonnation lor Permit:
1 Site plan showing location of major components on the property. This drawing need not be exacdy to scale, but it
should represent relative location of components at sire (see supplied example site plan). Pv arrays on dwellings
with a 5' perimeter space at ridge and sides may not need separate hre service review.
2. Electrical diagram showing Pv array conhguration. wiring sysrem, overcurrent protection, inverter, disconnecrs,
required signs, and ac connection ro building (see supplied srandard elecrical diagram).
3. Specification sheets and installation manuals (if available) for all manufactured components including. but nor
limited to, Pv modules, invefter(s), combiner box, disconnecls, and mounting system.
Step 1 : Structural Reuie- of PV Array Mounting System
ts the array to be mounted on a deEned, permltted rcof strucnft? EYes ENo
t No due to non-compliant rooJ or a ground mount, bmit completed vorhsheet Jot the structure wKSl.
Roof Infonnation:
If No, submit completed worksheet for roof stucture WI(S, (No = heavy masonry, slate etc. . .)
2. Does rhe roof have a single roof coveringf Elves !no
Ij No, submit completed. worksheet lor roof structure WNS L
5. Provide method and type of wearherproofing roof penerrations (e.g. flashing, caulk)Flashinq & M1-Sealant
M oM t ing S y s t em lflfonnat i on :
| . Is the mounting structure an engineered producr designed ro mount PV modules wirh no more rhan an I 8 ' gap
beneath the module frames? pl ves l-l no
IJ No, prwide details of structural attachment certifed W a design Wlessional .
2. For manufactured mounting systems, fill out information on the mounting system below:
a
b
c
d
e
Mounring System yunu6ualu,s1 Everest producr Name and Modet# Everest 48-X Support Bail
Total Weigh t of PV Modules .n6 P6115 650 bs
Total Number of Atrachment Points20
Weight per Artachment Point (b + c)32.5 lbs (if greater than 45 lbs. see WKS I )
Maximum Spacing Between Aftachment Points on a Rail 04 nches (see product manual for
maximum spacing allowed based on maximum design wind speed)
f.
g
Total Surface Area of PV Modules (square feet)612 f[
Distributed Weight of Pv Module on Roof (b + f)1 .06 lbs/ftl
If distibuted wetght oJ the PV system is gwter thm 5 lbdJf , see WKS 1 .
Step 2: Electrical Reuie* o[ PV System (Calculations lor Electrical Diagram)
In oder for a Pv qEt€m to be considercd for an orpedlted permit pmcess, the fiouowing mtlst appbr
l. PV modules, utility-interactive inverters, and combiner boxes are identined for use in Pv systems.
2. The Pv array is composed of 4 series strings or less per inve(er
5. The tota.l invefter capacity has a continuous ac power output 15,440 watts or less
4. The ac interconnecdon point is on the load side of service disconnecdng means (690.64(8)).
5. Oneof the $andard electrical diagrams (E|.1, El .la,El.lb,orEl.lc)canbeusedtoaccuratelyrepresenrthePV
system. lnteractive PDF diagrams are available at wwwsolarabcs.org/perm ifting.
Fll[ out the standard electrical diagram completely A guide to the e[ectrical diagram is provided to help the applicant
understand each blank to fll in I tle electrical system is more complex than the standnrd electrical diagram can efrectivel)
communicate, provide an alternative diag'am with appropriate detail.
2 Ext'EDlrED PERMIT PRocEss [oR PV sysrrMs
I . Is the roofrng type lightweight (Yes - composition, lightweight masonry, metal, erc...; Yes - Comp Shingle
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One-Line Standard Electrical Diagram for
SmalFScale, Single Phase PV Systems
site Address: 71rsG.r-6r s..r. ^n. c^ €7rr
System AC Size
.*",, Marshall Faust
r.ITs
o TQUIPMENTSCHEDUI.I
I
1
?
1II!
1!
9
DESCRIPTION
t SOLAR PV MODULE
.r,eox 1rr useol
COMBINER (IF USED)
oc orscollHecr
DC/AC INVERTERF
GEN METER (IF USED)
ac otscoNNecr 0r useo)
SERVICE PANEL
PART NUMBER
VAHN33OSA16
NOTES
Nsma-4X
sE50mH-us
Squa,rO SOe
UTILITY
SIRVICE
240 VAC, 200 AMATN 22s ABUS. 30 ATNVERTEROCPD
(SEE NOTE 5 FoR INVERTER oCPDs ALSO SEE GUIDE SECTION 9)
,
I
I,II BUILDING
GRQUNDING
ELECTRODEFOR UNUSED SEFIES STRINGS
PUT "N/A rn BLANK ABOVE
SELGUIQE APEENDIX C EO8
Itr Fo8uAllStr o! ![oQuLE a!9
ARRAY GRO!N!]XG
A CONDUII ANO CONDL]cTOR SCHEDULE
IAG DESCRIPTION OR CONDUCTOR TYPE COND,
GAI,'GE
l0
5
to
to
l0
to-
lo
lo
NUMBER OF
CONOL'CTORS
t
-2 2
1
1
-a
I
COiIDUIT
l rr*+-
-|rr^
T.*
EMT
CONOUIT
stzE
.N/A -
"311'
, !!e-z O Srly l/rlEE
BARE COPPER EO. GRO. CONO. (EGC)
2 THV\N-2 [ or XHHW2 tr or RH\ 12 E
3 TH\ !.{-2 O or XHHl/llz tr or RHW2 q
INSULATEO EGCr
-oc
cnour,runc er-egriooe cono.
s THV\tl-2 E or IHHW2 tr or RH\,*2 tr
INSULATED EGC
lj-- r,rooules tl
SERTES SOURCECtRCUtTI
}BOX!l- uoour-
SERIES SOURCE€
ES IN !
racurr I
COMBINER
INVERTER
ac D6coDC D|SCO
N/A
se-nres so
MoDULES IN .
unce-crncur !
INVERIER
OCPD
)MAIN
oc
N/A MODULES tN .
sEFres sounce-crncurr I
EMT
rl,n
F
c-
o
oda-t
2
c-
o
F
o
I
1
1
Site Name: s- Ns,r-
1
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A,A A Dlsrelald if
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inve(er A A
3t4'
F""
STANDARD STRING SYSTII'T ELECTRICAT" DIAGRAM
NOTES FoR STANDARD STRINC SYSTEM ELECTRICAL DIACRAM
Notes for One-Line Standard Electrical
Diagram for Single-Phase PV Systems
System AC Size
Site Address "
Site Name: ..-.
o'"* B, Marshall FaUSt
s12E
DaleNTS
MODULE MOOEL VBHN3SOSA'I 6
MAx PoT,tERPoINT CURRENT (|r,)
irAX POI/\,E R-POINT VOLTAGE (Vr,
oP€NCtRCU|T VOLTAGE (Vcc)
SHoRTCTRCUTT CIJRRENT (sc)
5.7
58.0
69.7
5.07
PV MODULE RATINGS @ STC (Gurde Sedion 5)
MoDULE MAKE Panasonic
NOTES FOR ALL DRAWNGS:
OCPD = OVERCURRENT PROTECTION OEVICE
MTIONAL ELECTRICA CODEN REFERENCES
sHovt .l As /NEc )oax.x,
s|qNs:qEE GUIqESE c'IlQr'r Z
SIGN FOR DE DISCO]ILEC]
,r{o-roaroo
"€)l*"
a**o
RAIEOMPPCURRENT 15.5 A
RAIEOMPPVO-TAGE 380
-V
ltllYsrE! r9Lrl99 4{}o v
qlcrRculr JyllElL 30! 1
WARNINGi ELECTRICAL SHOCK
HAZART}-LINE AND LOAO MAY BE
ENERGIZED IN OPEN POSITION
MAX SERTES FUSE (@PO)
MAXIM(,M POWER (PI^J
MAX VOLTAGE CrYP 6O0VoJ
VoC TEMP COEFF (mV/.C tr or %rc 3)
IF COEFF SUPPLIED. CIRCLE UNITS
9rsNfa8 !NYEETEB OCPp ANO
Aq AI9qQNNECI OE UqED
s6l-m pv-svsreu
AC POINT OF CONNECTION
AC OUTPUT CURRENT
NOi'INAL AC VOLTAGE
21
2&
NOTES FOR ARRAY CIRCUIT vv]RING (Gudo Ssclron 6 and I and Appendrx O)
1 ) LOV,TEST EXPECT AMBIENT TEMPERATURE AASEO Ofi ASHRAE MINIMUM MEAN
EXTREME DRY BULB TEMPERATURE FOR ASHRAE LOCATION MOST SIMILAR TO
INSTALLATIO..I LOCATION, LOV\,EST EXPECTED A},BIENT TEMP . OC
NOTES FOR INVERTER CIRCUITS (Guido Sccir)n I and 9)
THIS PANEL FED BY MULTIPLE
souRcEs (uTtLiw AND soLAR)
2 ) HIGHEST COiITINUOUS AITBIENT TEMPERATURE BASED ON ASHRAE HIGHEST
MOI]TTi 2% DRY BULA TEMPERATURE FOR ASHRAE LOCATION MOST SIMILAR TO
INSTALLATION LOCATION, HIGHEST CONNNUOUS TEMPERATURE . OC
1) IF UllLITY R€OUIRES A USIALE.BREAK SWTCH. DOES THIS SWTCH MEET THE
REOUIREMENT? YESO NOO MAN
2) IF GENERATION METER REOUIRED, OOES THIS METER SOCKET MEET lHE
REOUIREMENT? YES O NO f] tI/A tr
3) SIZE PHOTOVoLTAIC Pot'/ER SOURCE (OC) CONOUCTORS BASEO ON MAX
iURRENT oN NEc 690 s3 srcN oR ocpD AATNG AT DscoNNEcr
4) SIZE INVERTER OTJTPUT CIRCUIT (AC) CONOUCTORS ACCORDING TO INVERTER
OCPO AMPERE RATING. (Sse Guid6 S€dbn 9)
5) ToTAL OF INVERTER OCPD(6), oNE FOR EACH INVERTER. ooEs ToTAI
SUPPLY aREAREI{S COIIPLY WTH 120% BUSBAR EXCEPT1ON lN 690.6aG)C2Xa)?YESd NOtr
2,) 20(5 ASHRAE FUNOEMENTALS 2% DESIGN TEMPERATURES DO NOT EXCEEO
47"C IN IHE UNITED STATES (PAL.}' SPRINGS, CA IS 44.10C), FOR LESS THAN 9
CURRENTCARRYNG CONDUCTORS IN ROOF.IIOUNTEO SUNLIT CONDUIT AT
LEASTO,S'A8OVE ROOF ANO USING THE OUTDOOR DESIGN TEMPERATURE OF
47OC OR LESS (ALL OF UNITED STATES),
a) 12 A\ 13, gooc coNDUCTORS ARE GENERALLY ACCEPTABLE FoR MoDULES
v!,/lTH lsc OF 7.6a AMPS OR LESS r /}lEN PROTECTEO BY A 12-AMP OR SMALLER
FUSE,
b) 1O AI,,\l3. gOC CONOUCTORS ARE GENERALLY ACCEPTABLE FOR MODULES
wlIH Isc OF 9 6 AMPS OR LESS T^,IIEN PROTECIEO 8Y A 15.AMP OR SMALLER
FUSE,
F
c-
o
o
c-i:d
c-
A
!o
I NvERIEREAIINGS(GUide&ctiotr!)
TNvERTERMAXE SOlafeoog
TNVERTER Moo€L SES(DOH-US
MAX DC VOLT RATIN(} 'I8O V
MAX PO\,\ER O 40€ 50o0 W
NorMLAcvoLrAoE 24O v
MAX AC CURRENT 21 A
MAXOCPORATII.rO 30 ;
330 w
600 v
T {.30