HomeMy WebLinkAbout24-7580City of Zephyrhills
335 Eighth Street �
ephyrhill, FL 33542 E
Phone: (13) 780-0 2ED
Fax: ( 13) 7 -002� Issue Date: oltst�/04
REINSPECTION FEES: () With respect to Reinpection fees will comply with Florida Statute 3. 0(2)( ) the
local government shall impose a fee of four times the amount of the fee imposed for the initial inspection or
first rein pe tion, whichever is greater, for each subsequent rein peotiod.
Notice: In addition to the requirements of this permit, there may be additional restrictions applicable to this, property that
may be found in the public records of this county, and there may be additional permit required from ether governmental
entities such as water management, state agencies or federal agencies.
"Warning to owner- Your failure to record a notice of commencement may result in your paying twice for
improvements to your property. If you intend to obtain finning, consult with your leader or an attorney
before recording your notice of commencement,"
Complete Flame; Specifications add fee Must Accompany Application, All work shall be perforated in
accordance with City Codes and Ordinances. NO OCCUPANCYF m .
NO OCCUPANCY BEFORE C.O.
City of Zetrhyrhills Permit Application "178E,0012",
iius}cY.ing Qxvo€3rtnl,�r1
Didar F3tsaiv€ttFRANC
a r s IS GOWALE-Z C3aner p4art§a fi tt t€<e µ 8767
Poo &MPRI T t i110filkt awoo"s*datAua Numtrer �
IE
�.,t,,
PROPOSED £cf'. a3 UTHF Y
DESCRIPTION OF t *K
OILDI 4€a�L g LX 18Ci e a HLRGHT a
ee.
t ,R
BUILDER � r OMPA
SIGNATURE
t a
, 5unCor'Solar & Home, Improvements, ent LILC�
A",m � t,t"�Pvta, M00RW€ it'sa4c a3 xf t. w C f }<p
SIGNATURE
A,ddra '
MECHANICAL �Sit
AiTL3l 3
07)4,ER COMPANY
t
ESIDE 'RW tge 111,t„,Cfts£F ue, a i,�,et B,s.V;,RW il) "'A d"""aaefgy Fixins, R r_Pr"o-na .'s.,u
pii n,,i, stmt ca': p$i Roll"; Wt $i,i
`axi't 5,.€E,it € shorgas'i' ,;arks CVcalr Pfrx:'e.i
lt,% &PA., 94� ,,,! () a taP ;�,r + rif audiump Misrsa €ties., a Life sa $ta } r;
�'=t�:€5r�!..r,t.•;va�,t,7g�az'3€iu�t�tie.�t4�€x��t�,.3s.r.r�sss.:���t,.isC.cax,>rds�„.t��wfbsz;�.�xca,,.a„�_-;rre..a�..�,exri,s�.�,,,i„_t;�ie�.
z%-,q syt r A ;�m. Site Wr"At-e�ov"o.,�s: s,aw,'jt,t.� :, sta,sx., .,?ef, �, .r, �.(,rnpii4inco
t f#t �ti �t iflr'�±is�� tYze;x%e;rE%r..
If asvw $204, 4 Notitic: of CC+ #motsCt "nt Is fogW d, Javc upg adds: ovi f S Li O)
r�.tea73ss4��{�te�, `..,e�atru CS„:ss..c�t€.;�eex�#aC F�sx,.:C*�ta rit.4ay'��Y��zfc€`she„
t ivirwl ,tfe, vf—f £,. ouhf *,! it on POW
Zia, rrf Permit +` t,t; "'b ? ?Ne'
t.t�y of �.�.t�Y,,.�stk � ttRdt ���t sflv�,>:rf Fox �
CE Olk DEF0 RESTRi DONS, the detsity:m 3tiw;its peff t 0lay be s tY a"-1 to' t''ell foMvi „ s'n w4r,vj, me _r^
a,oft r ; e av r a w xa �,_, + p t,.Ibi.i, dx, , m. i;
CNE ut CONTRACTORS AND C;10%T sC ESPONSt iLMEE
'w" wt7_, r r"a .; h i .is. "e'q ir, accv rovi m"m muor op'! > xw rgjvl',+,om 0 d"s vn, u ;ari- not v"utr=eki q4 rep.. , e d t'N ism hom, thi, ov _. ana
uir ra 4y we %t_ai f.„ 4 *f=a(h. era. ,d:. `xitna"rnY olew "'w, ,ef a mw vt ,fix . r., vitmi a = are, vmwv rt, = Z15 iv, wnm b �;. ii,itnv feui f , v—a
appiv ier tract itt vxtari viir , t1 fix' r a aru to <.:taf,tav Ov- pat— m i v;n v Buovig lnmmfvs Dwr ii+, s„.tsr s ,f S fir. , i 0 , 2 c t'S" f2 K'i
i vwilf. ,+ uhA taxi.* machvrma,a?,t'xwi, ot i+x„`tr-tdcov 'firl adinsO.::a,li't €,>n r.; a'amafvi�.,,i*l gf,lruc i,4"0Irei 00"h
:�wrl'i Mt wrlich ! w ,,' U u, mltp* )iuib4, _f yi,u 'In 'he ovmer ,�.;qh m me cal�,-erclo, teamay e. e wl iw*, ai z l 011ai r,a _ Not 01000y N' Wna,,..a,".i m
tttpefsntt#i?t wiwNAe,f;Oirtlp,
ASPORTATION IMPACTIUTILITIES IMPACT AND REsOURCE Pwcovc-RyFEES; The r ndf"ir"wgnec r,ndefstuar,
consf+oomo ; ive tet t t=rtns and Rerxtum*Rmmvy Fees "tray a#?}`qv it, t >uGs ,""e! hnn of €uitv n;.fr liwg i Ornr"j., of ust- m 4s,,Slang f a. s zi,gsp, t;,; ,
-imc,in, of = x,.. zr i"t LmWb4qq, xaq ,. rri :l .,, K scia Cklu f m iiwel tt? t7T ami oi" ()_' as -ImYe mde,t T'kl ,r ui cvitn,'o "Na ,F„k«a oitatidfk ,ii,a
f^"S. u", M"ay to m„'AeaMxlde'N*fied - ft lolle.011pt.%i.,irt„a._€°,:*-i`-tf$tf;:-(€°Aetj t£R3§ 4"vt?,ret,y7, #i#,"p'+„„>�[i?t, OndtR,. eth.:°{»„wri-�v
41.
�iam ii� f=u l p if to e'virg acerwx :a'�te f "t.,3�.li7`if 'y `ri vat �`t' wei EWim) 0 ftf� d� is '� 'oe Y'i v` ;- ml a? i�ak �t fv (,\4pwwvic fox
f `�+x
, en"It a%v tNe fpei mms,f bi,_ DO a? $ a'ief Ic peprk f.,saur ce, r ,ajt3i?„dt,,,r if paft,',r t.oamy ,x�t4� ..a::wv ixp a;'t..ta, s 'welow sf fi i <ue.:t to, e,.=,.f,p a€
{fit.,. te, , la t .>+, Ffi ..4i vTE . _ ount5 at'd City �` ,a'fr ., z,+rvio ?oputrOorw wic, von, ca.. uv isi"C , rtS .„ni�ati2�, � tm *, f#,ar _+fkti(t' i iehb i„eohy'uliit 3
Im"o inik ra, e i ss,ures<. of s= hwf T v unman" i sa';x o'ev a fu ly s i.na wo"pultfRu wl:.'0- 4,10 i, ..A v is. -v,t °' i"weuiN ,Y to Wiimi,sg '",,ba! t aiu, i
mu i t4k" .i 1 , <,,nm t nw, .>, ,tt eq s _ . f ..?af a quT if., anar ra, is iio
I -)a tanmeilt of Environmenim t €e cR€= €i:. e' re>.ec "a R c3 wret€rind Aram, and e_r ui tst-tientmOy S'On*mR,+•:
,. Stsirthera's1..Ronda Water Manac
tem,ent (,.'=;yi!',,ff`*hsa&IS.. 4:vpi[;s3 Ba;"'ht'ett s. Weit:ein''? Ai'eats, lEfv't`f!'#;
i A'itb i C ua ,safes:
Amy Coqps tit Engmeers- avva1°s. Drla,ka, Nevi ble vvwerways,
.. Utep 8f° tt)ent of t' eafti & f•ivf`?pbiid Livia `x# ru,,..0swER'3 tfotime'"'fat Health unft_Ov>Yus, te'restei'datier . 3'v>"iEt eY mt,
US „t,'E=('tnienir`al Pmt' ,td€:;f AC'ncy-iaf)estws ,,i .1 ten a, #t
FederatAv€atfita.>aiiftiao tv Runways
Use cif till[ :� toil ,:at;d wt-d °n'it}oCf ,:fi it? � ".f,aP'if ,ox.: �.f:,ai'e;a5l4` �ft�'r?'YYtaftr'a+lS:
it the fill n1ataf„3{ ,s to t)e used In h oNJ Zone">A tR ista} dtafat-3od thaf a drainage pjan aaddf r?a; ngrt i`
vOkIpTl t !4O be StAmlined at .(nne of t8e`milin wmch * prepared r)y a pwolessional ettgSi ear.
Rt.eftwd by the State of F,r,€that
ff the fil! inviiiAert # is t'a to used in t`wod gone "A� m S,,`nrecmigs with a f=u-nnivfteY building .000g shin swat
iWISMt,.aitn g Ceodv That fiR w4l bet ogre" or"iy to N! the areal wiftun'tie stem w all
et tati fi'9alee of is ;'t bq utx- l d%a aIny area, i Cs".!{` N tbaat use of surh Tit! Vadfs`. ni , €aitt, mely r',#'ifed a.dJacein1:
}:m,Cierbes, It use of tiff €s found to ad ve'mOv aa�t-c-f adjacent prirperfieS, the owner may be a.,ited for rt ilabn g
the ad dintfras of the 4)if taut cg perrovi ,*:.ar, °3 a_rtd r tIf'* ,)ttac eO, ,a# d`r€ ", <a¢xil, € at o re, f(lf" lots Ic.„el[ tbaal fiaie. €.i il
aop WhIcA are eti valtiq by °it#, a n EEngtt, er ed firamage pfatt tl, requited
4 s :,ls the A ENT FORTHFORTHE OWNPR, f prtl i-, u,;i;xxi fw4h to ,at nmt the rr"'m . , tt a, ? rfa } va s x;e fllf ont" wO xouh in MIS WIt ,satai . tk i "„
a„rettk, §,eata otiC UO `'sew , i -e ;'Ntr&mntnn4u PAImitn,=hybe fequim'j for alei=. ,.af;
O+r, r>ar « ,r >s f %r ,r s.,ol"j mcloW fRr lft�i A Wnii, a, t'd urn ", lathe n!=, tac'i n ense, t,, atna`s to .. me4 ivo om rm
aulmtr 3n A',twmke, €:e s , A,tor or t s e" i ry pmvmfolts of Im'a.tite id,v,Ac,, r, nw abaft )uwrmd #air to perrmt weto the # uldiog Ciffdis i, on
iaf ft0e a atn ki e, +sedarmr. of r " 5 in r%am'o ,,eis amut a,r, ri,rta m m mt mt} ocvie, army fwff*isliko.u, SMNI tie i_unno mwo i tvlie&a m ifs -
a+la.a�bi'3�` S w x 3 1.pt"InA M'xmv @, -fm ft?f n ±,ik °f f#ei'-Yite't .>x';*.,a+1 t'1 :.0i { .Swk, ,s,uptn'ouxo+a 5<y "tit MI I i" $.-#MM ({,-aSf e
vw,iwitl x v (ii" #m fvw, tit*° V,,' 'A,k h,,"t"i§ rtt nisi ."A'n qt�eevrs,en e l ws f+E, t ;ze8a c&!i'! r-wrlt4kt ff 1pl tlti?fz .ik&,kq , "M salt Irw a % ,.. oel
"lk-eed = mmte 1 =,;,:ilea% n, a waif ne,:'tt s .S;idat� , ..d„+r>aehte ,a? me k+ tam aww,,,�:4 : 0 wwx c*i mn, f�, funaly Oo, i,amw..a[ 23 kliayil i1h, rc�r, f3. ,xvz. ,
Wok e 'TO OWNEW YOUR FAILURE TO RECORDNOTICE M CT MAY RESULT IN YOUR
PAYING ICE FOR IMPROVEMENTS TO YOUR PROPERTY. IF YOU INTE40 TO TAI MNANCING, CONSULT
x OA .UR iF _, f 17 tf
Al
Lea
§Ae,f#
�. a., tkm t,i a.ai6
4
PV Letters
Subject: Proposed Solar Panel Installation
Miriam Serrano Residence, 7604 Jeno St, Zcphyrhills, FL
PV Letters Job #00 1 -0277
To Whom it May Concern,
We have reviewed information, provided by our client, related to the proposed solar panel installation at the above -
referenced address. The purpose of the review was to determine if the existing roof is structurally adequate for the
proposed installation. Based on our review and analysis of the given information, and in accordance with governing
building codes, it is our professional opinion that the existing structure is permitted to remain unaltered for the proposed
solar installation,
Desivn Parameter Sumniar
Governing Building Code: 2020 Florida Residential Code, 7th Ed. (2020 FRC)
Risk Category: 11
Wind Exposure: B
Design Wind Speed: 137 mph
Ground Snow Load: 0 psf
Roof Information
Roof Structure: 2x4 Manufactured Trusses C& 48" O.C. (assurned)
Roofing Material: Asphalt Shingles
Roof Slope: 15 degrees
Roof Connection Details
Framing Mount Lag Screws: 2 screws., M5 X 60 min Metric Hex Head with min. 1.5" embedment into roof truss top
Decking Mount Lag Screws: 4 screws, M5 X 60 min Metric Hex Head, with min, 0.25" embedment, at 48" O.C. max
Note.- Conservatively assumed decking mount only
EEngineering Analysis
The proposed installation - including weight of panels, racking, mounts, and inverters where applicable - will be
approximately 3 psf. In the areas where panels are installed, roof live loads will not be present. The reduction of roof
live load is adequate to fully or partially compensate for the addition of the panel installation. Because the member
forces in the area of the solar panels are not increased by more than 5%, and so per provisions in the adopted building
codes, the structure need not be altered for gravity loading.
The proposed installation will be 6" max. above the roof surface (flush mounted) and parallel to the roof surface.
Therefore, any increase in wind loading on the building structure from the solar panel installation is expected to be
negligible. Wind is the governing lateral load case. Because the increase in lateral loading is not increased by more than
10%, per provisions in the adopted building codes, the structure need not be altered for lateral loading.
Wind uplift on the panels has been calculated in accordance with the relevant provisions of ASCE 7-16. This loading
has been used to verify the adequacy of the connection specified above. Connection locations should be in accordance
with design drawings.
Everest K2 Systems Crossrail 44-X rails will support the modules and will fasten to the roof structure with Everest K2
Systems Splice Foot XL along the rail.
Conclusion
The roof structure need not be altered for either gravity loading (including snow) or lateral loading (including wind),
Therefore, the existing structure is permitted to remain unaltered. Connections to the roof must be made per the "Roof
Connection Details" section above. Copies of all relevant calculations are enclosed.
Limitations and Disclaimers
The opinion expressed in this letter is made in reliance on the following assumptions: the existing structure is in good
condition; the existing structure is free from defects in design or workmanship; and the existing structure was
code -compliant at the time of its design and construction. These assumptions have not been independently verified, and
we have relied on representations made by our client with respect to the foregoing. The undersigned has not inspected
the structure for defects, although we have reviewed the information provided by our client, including pictures where
applicable.
Electrical design is excluded from this analysis. Waterproofing is the sole responsibility of the installer and is also
41
excluded from this analysis. Solar panels must be installed per manufacturer specifications. Structural design and
analysis of the adequacy of solar panels, racks, mounts, and other components is performed by each component's
respective manufacturer; the undersigned makes no statement of opinion regarding such components. This letter and the
ZZ,
opinions expressed herein are rendered solely for the benefit of the permitting authority (city or county building
department) and your office, and may not be utilized or relied on by any other party.
If you have any questions or concerns, please contact me at (208)-994-1680, or email me directly at
Trevor(w,'pvlctters.com.
Sincerely,
Trevor A. Jones, P.E.
Trevor Jo
t/5/2024
ever Jones
� aal e9-9d�,d-46bO-96e2-2eca2l86ddfb.
- PV Letters, LLC", L=Burley, S=Idaho,
18:34-07'00'
PV Letters
Standard Loadin"
prison
'This calculation justifies the additional solar load by comparing existing to proposed gravity loads
in the location of the solar panels,
Dead Load
Asphalt Shingles
1/2" Plywood
Framing
Insulation
1/2" Gypsum Ceiling
M,E, & Misc
Solar Panel
Total Dead Load
Snow Load
Ground Snow Load, P9
Exposure Factor, Ce
Thermal Factor, Ct
Importance Factor, 1,.
Flat Roof Snow Load
Slope
Unobstructed Slippery Surface?
Slope Factor, C,
Sloped Roof Snow Load
Live Load
Roof Live Load
Load Combination
D + Lr
DES
Max. Load
% of original
Without Solar With Solar
r-------------------------
,5 17.5 � psf
M
Eqn. 7.3-1 orjurisdiction min.
degrees
=:�0 psf
34.5 17.5
psf
145 17.5
psf
r-------------------------- r ------------------------
L17.5Jpsf
I
......
50.72%
Result: Because the total forces are decreased, per the relevant code
provisions stated in the body of the letter, the existing roof
structure is permitted to remain unaltered.
PV Letters
6
This calculation justifies the connection of the solar panels to existing roof members, by showing the
connection capacity is equal to or greater than the uplift force demands,
Connection Demand
Spacing perpendicular to rail, in
Roof Angle,, degrees
Wind Speed, mph
Exposure Coefficient, K,
Topographic Factor, K,,
Directionality Factor, Ka
Elevation Factor, K,
Velocity Pressure q,, psf
Spacing parallel to rail, in
GCp (max)
Exposed Panels? (YE = 1 .5)
Effective Wind Area on each con., ft 2
Pressure Equalization Factor, Ya
Uplift Force, psf
Max. Uplift Force / Connection (0.6 WE), lbs
Solar Dead Load (0.6 ILL). Lbs
Max. Uplift Force (0,6 WL - 0.6 ILL), lbs
Connectiog Capaciti,
Attachment FTG
Attachment location
Fastener Type
Fastener Diameter, in
Embedment Length, in
Lumber Species & Grade
Nominal Withdrawal Capacity W, lbs
#of Screws
Load Duration Factor Cd
Screw Adj. Withdrawal Cap. W', lbs
Attachment FTC Strength with Cd, lbs
Assumed attachment distribution
Max applied load, lbs
Max allowable load, lbs
I 2r,,, 2e 3
A XL
actored Demand
Zones: I .2r2e 3
O.K. OX. OX.
2 SAT E L L I TE V 1 FvV
�_ I SCAM, NIS
RE V7
SION(S)
R U, D FS C'R I F, f 10 N
ROOF ACCESS POINT:
GOVERNING CODES:
ROOF ACCESS POINT SHALL NOT BE LOCATED IN AREAS THAT DO THIS PROJECT SHALL COMPLY WITH THE FOLLOWING CODES:
NOT REQUIRE THE PLACEMENT OF GROUND LADDERS OVER ASCE 7-22
OPENINGS SUCH AS WINDOWS OR DOORS, AND LOCATED AT 137 NIPH WINDSPEED
STRONG POINTS OF BUILDING CONSTRUCTION IN LOCATIONS 2023 FLORIDA BUILDING CODE, 8TH EDITION
WHERE THE ACCESS POINT DOES NOT CONFLICT WITH OVERHEAD 2020 FLORIDA RESIDENTIAL CODE, 7TH EDITION
OBSTRUCTIONS SUCH AS TREE LIMBS, WIRES OR SIGNS. 2020 FLORIDA MECHANICAL CODE, 7TH EDITION
2020 FLORIDA PLUMBING CODE, 7TH EDITION
2020 FLORIDA FIRE PREVENTION CODE, 7TH EDITION
2020 NATIONAL ELECTRICAL CODE (NEC)
-AND ALL LOCAL CODE AMENDMENTS
Cn
0
z
0
co
r__
SHEET INDEX' 1.1` X 7"
PV--'
COV R P"GE
F112
S7 I L PLAN
PV-3
RAC KING DLAN
_E Wfl: L-Tv LDIAGRAM
E-2
- "NE D T
� 7IL i.AGRAM
E-3
CALCULATIONS
E-4
PLACARDS
I-
GENERAL NOTES:
1. INSTALLATION OF SOLAR PHOTOVOLTAIC SYSTEM SHALL BE IN ACCORDANCE WITH NEC ARTICLE 690, AND
ALL OTHER APPLICABLE NEC CODES WHERE NOTED OR EXISTING.
2. PROPER ACCESS AND WORKING CLEARANCE AROUND EXISTING AND PROPOSED ELECTRICAL EQUIPMENT
TO COMPLY WITH NEC ARTICLE 110.
3. ALL CONDUCTORS, INCLUDING THE GROUNDING ELECTRODE CONDUCTOR SHALL BE PROTECTED FROM
PHYSICAL DAMAGE TO COMPLY WITH NEC ARTICLE 250.
4. PV MODULES ARE CONSIDERED NON-COMBUSTIBLE; THIS SYSTEM IS UTILITY INTERACTIVE PER UL 1742
AND DOES NOT INCLUDE STORAGE BATTERIES OR OTHER ALTERNATIVE STORAGE SOURCES.
S. ALL PC WIRES SHALL BE SIZED ACCORDING TO NEC 690.8
& DC CONDUCTORS SHALL BE WITHIN PROTECTED RACEWAYS IN ACCORDANCE WITH NEC 690,31
7, ALL SIGNAGE TO BE PLACED IN ACCORDANCE WITH LOCAL DURISDICTIONAL BUILDING CODE.
8. ALL EQUIPMENT TO BE CERTIFIED BY A NATIONALLY RECOGNIZED TESTING LABORATORY,
H-4`
0
18'-10"
MT
�J
lfvm��
PROJLCI iNJ C)IDMAI-ION
PROJECT 4
23 - A59
AHJ
PASCO
UTILITY
D LJ ME
APN
3525210120G0000'1240
DATE
12-28-23
DESIGNER -
PA
I I Structural Only 02/14/24 11
�C-AETL_
53
I >L_ V I S 10 N (-S')
1 _)FT ": C K -f,,q:P )N
ROOF ACCESS POINT:
GOVERNING CODES. -
ROOF ACCESS POINT SHALL NOT BE LOCATED IN AREAS THAT DO THIS PROJECT SHALL COMPLY WITH THE FOLLOWING CODES:
NOT REQUIRE THE PLACEMENT OF GROUND LADDERS OVER ASCE 7-16
OPENINGS SUCH AS WINDOWS OR DOORS, AND LOCATED AT 137 MPH WINDSPEED
STRONG POINTS OF BUILDING CONSTRUCTION IN LOCATIONS 2020 FLORIDA BUILDING CODE, 7TH EDITION
WHERE THE ACCESS POINT DOES NOT CONFLICT WITH OVERHEAD 2020 FLORIDA RESIDENTIAL CODE, 7TH EDITION
OBSTRUCTIONS SUCH AS TREE LIMBS, WIRES OR SIGNS. 2020 FLORIDA MECHANICAL CODE, 7TH EDITION
2020 FLORIDA PLUMBING CODE, 7TH EDITION
2020 FLORIDA FIRE PREVENTION CODE, 7TH EDITION
2017 NATIONAL ELECTRICAL CODE (NEC)
*AND ALL LOCAL CODE AMENDMENTS
I
SHI-LI INDEX (11"X 1
PV-1
'.'f,)V:-R PAGL
DV-2
S11 E P U', N
PV-3
RACK7NG PLAN
DNL LIM: DIAGRAM
LINE 1- 11, EL -,
__'A 1-C U LA1 10 N S
FT- / _i,
PLA, ('77 I IDS
��
r _
L �,
_2�)
IKS� FTr�-�'
S� L, � I . ... 11:�
GENERAL NOTES:
1. INSTALLATION OF SOLAR PHOTOVOLTAIC SYSTEM SHALL BE IN ACCORDANCE WITH NEC ARTICLE 690, AND
ALL OTHER APPLICABLE NEC CODES WHERE NOTED OR EXISTING.
2. PROPER ACCESS AND WORKING CLEARANCE AROUND EXISTING AND PROPOSED ELECTRICAL EQUIPMENT
TO COMPLY WITH NEC ARTICLE 110.
3, ALL CONDUCTORS, INCLUDING THE GROUNDING ELECTRODE CONDUCTOR SHALL BE PROTECTED FROM
PHYSICAL DAMAGE TO COMPLY WITH NEC ARTICLE 250.
4, PV MODULES ARE CONSIDERED NON-COMBUSTIBLE; THIS SYSTEM IS UTILITY INTERACTIVE PER UL 1742
AND DOES NOT INCLUDE STORAGE BATTERIES OR OTHER ALTERNATIVE STORAGE SOURCES.
5, ALL DC WIRES SHALL BE SIZED ACCORDING TO NEC 690B
6. DC CONDUCTORS SHALL BE WITHIN PROTECTED RACEWAYS IN ACCORDANCE WITH NEC 690.31
7. ALL SIGNAGE TO BE PLACED IN ACCORDANCE WITH LOCAL JURISDICTIONAL BUILDING CODE,
8- ALL EQUIPMENT TO BE CERTIFIED BY A NATIONALLY RECOGNIZED TESTING LABORATORY.
D:,tally sign d by T., J...
221&6dd
LeC LLC', L=Bd,,
Trevor JonesI.N.,
D.. 202,4,01.08 1519U-01W
PROJE-CT IN[-M__\1MVJ10N
? R 0 J CC 1 it ?3 - 459
A HJ1 PASCO
Ui ILI 1Y D LJ K'L_
AD N 3 5 25 2 10 12 0 C 0 0 0 2 0
DAIL 112-28-2__3
D-S1,11-INER -)A
m
0 ID R..j 0/v
93588
STATE
0 I'D
NA
ml lil\o
/05/2024
STRUCTURAL ONLY
CD
<T
CD
Q-1
CD
Ln
Co
ry-)
LL-1
z
u�
C/i
Li_j
__j
I---)
__j
<
CD
,�ASTL_
0
TOTAL ROOF AREA1 = 555 SQe FT.
TOTAL COVERED AREA1 = 342 SQ. FT. (62%)
TOTAL ROOF AREA2 = 470 SQe FT.
TOTAL COVERED AREA2 = 193 SQL FT. (41%)
INVERTER(S): (25) x 290W = 7.250 kW AC
PANELS: 25 x 40OW = 10.000 kW STC DC
RE- V S 1,0j N (S)
DESCRIPTION
I E -1 11 LX ( ]'I" X I
F/
R 0 V L P A G'
PV-1
SiE P LA 1,14:
PV-'-1
RACKING PLAN
E-1
,NE I 1NE DIAGRAM
E-2
11HREE, LM, DIAGRAM
r A LCU
1-4
PLAEARDS
SS
SPEC :S H, ::-: E T, S
FNITC-rT hie- 6-1 r-f-rnTP- A I Cf-r)% /Tf-f- 17'Ki-r67A hit-r-
r-"SIT7LE PLAN
KZ7-
mwik..�-
)" FIRE SET BACK (TYP.)
nnhln
4- I'll 1i �L L- I r-% " �; %,.� Li9 � 11� � f- � %-� %a I I �� I H1 f:Q A
25 ENPHASE ENERGY IQ8PLUS-72-2-US
INVERTERS ON EXISTING 15- PITCH, 90',180'
AZIMUTH ASPHALT SHINGLE ROOF STRUCTURE.
m
p R 0:) C T N 0 lR M A T 10) N
PR 0 -] F F I #
23 - 459
A! LJ
ASCO
i 1-I'Ll, Ty
D'i-) K F
APN
3) 5 2'3 ? 10 1 0 0 0 0 0, 12 Z, 0
I. I I
DE S 1 G N E R
PA
o1V
�z--No. 93588
TAT 'OF
0 0 R I
...........
1111,1111SIOW-
Structural Only 02/14/24
Q
--�T
CD
<
rr,
cl�
U/
0
Ln
CYI)
z
U-)-
LLJ
<
ry
CD
ch:
1TE PLAN
PV-2
7604 JENO ST
TOTAL ROOF AREAl = 555 SQ, FT.
TOTAL COVERED AREAl = 342 SQ. FT. (62%)
TOTAL ROOF AREA2 = 470 SQ. FT.
TOTAL COVERED AREA2 = 193 SQ. FT. (41%)
INVERTER(S): (25) x 290W = 7.250 kW AC
PANELS: 25 x 40OW = 10.000 kW STC DC
R F V IS f 0 N (S)
Si-JFET
IN DO ( 1,11 X 'T
L P
OVI- R PAG
--
p
S7-1-F PLAN
Rl/ -'31
)AO i N G fl'r AN
L-1
ONJ E _IN_ f j I A G R M
L-2
I H R L Ll N L D G RA PAl
ff- 4
CAL A-TIONS
PLACNPI)S
r-\/TC--rT K I 9® r' I rf--rMTf- A i C' F-M IT f-f- r-K I -Trl A h I f-r-
SITE PLAN
36" FIRE SET BACK (TYP.)
w
+ r)r)HI E:Q Amn
f-li .1-11�-1 IMU l."lJL-F"11% -#AL- -rkj�lj I 1�1-
25 ENPHASE ENERGY IQ8PLUS-72-2-US
INVERTERS ON EXISTING 15- PITCH, 90'9180'
AZIMUTH ASPHALT SHINGLE ROOF STRUCTURE.
PROJECI WORINAATION
j[ D R CT # 2'1�
N L, PASCO
tJ—',LfTY D K IF
APN W� )210120GO00011240
DATE V—� &el — '—`3
i7, L
R
E N
No. 93588 %
e'er7
01/05/2024
STRUCTURAL ONLY
CD
--,I—
O
<
cr_l
CAL'
O
cn
0
L�
LL
z
<
0-1
0
Q0
LLJ
NOTE: MOUNTING POINTS TO BE
INSTALLED AS DECKING ON 7/16" ROOF
STRUCTURE
RLVISION(S)
- D R P1,K)
fit[DESN
S
11 E E I [ N D-LLX ( 11, ' X T')
PV-1
R PAGE
PV - 2
.—(-OV�:
SITE L P 1 A [,,I
v
R/A(C XN-'j V AN
i I
t--i
ONF I-INF DIAGRAM
F-2
THRFf- LINE DIAGRAM
L -3
E A U -A - 10 N S
L-4
A
Ll \ C' A <L) S
ss
z �(
s P L C s '-S)
ROOF MOUNTING POINT
Numnit-Inflow
mommopimm
OR i o411
93588
TATE OF
0 P-
4
01/05
STRUCTURAL OILA
CD
0
cn
0
LL
LL
z
u�
<
CD
�-o
LLJ
RACKING PLAN
11 F,
PV-3
PROJEC,i INFORMATION
ROY! C 1 0 23 - /,59
A
Li 1-1 Ll TY DUKI-
APN 3 52 3 21012 0 0 0 0 0 0 4 C)
DATE 12-28-23
DESl(5,NF,,lR I PA
m
� ASTL-
EVEREST MID CLAMPS
MIDCLAMP
AND END CLAMPS
—
SOLAR MODULE
ENDCLAMP ALLEN BOLT
SOLAR
ALLEN BOLT MODULE 251'0! 9 MILE RD
SOLAR MODULE K2 SYSTEMS MINI FOOT XL K2 SYSTEM EN A'- Cl A F L 3 2 'D 3 4
RAIL SELF -FLASHING BASE CROSSRAIL 44-X 50) 530 /970
r= WITH 5mmX 60mm
SCREWS OR Jo/V
..........
ROOF SURFACE \CENj e
I I
L F-I
7/16" DECK
93588
STATE
10. "1
� �EN CAMPS DE T �Al LS�2 ID CAPS DETAILS 3 40 RID
SCALE: WS
SCALE: NTS ��S=CALENTS� V-3. ISIONAO:
01/05/2024
STRUCTURAL ONLY
REVISION'S'
# S
Dr
R E CR[PI-ON
SHEETINDEX (Il"X
I T
C 0 V _E R 1) AG E
DV-2
SITE PLIN E M
EV-3
RACK7,NG PI AN
0 1N C I AG, R, A M NE 1
THREE LINE D!GRAM
�'A'CU:_A—IONS
ktt=2EE
R DS
L
_��4�P-L�,,`�CA
', T(c�'
AIL
1 ) /-� 2
milonammmm
MIME
mm
111' llj� q
N -A
CD
-I-
CD
Lo
(Y-;,
Z
(Y-11
<
ry
0
z
CD
CA-1
RACKING PLAN
PV-31
1 -1 INF� _�NIATION
ORO,Jli C
R 0 JC 1
4' 73 459
A l� I ASCO
CO
l) L_I'fy
D U� K E
A'
' _`i)2_ ?1012000000:
?4D N
DATE lz ?8-23
D_=SIG NFR PA
A
4 '%ASTL_
NOTE: MAX AVAILABLE BACKFEED FOR SES BUS SIZE
1. ROMEX WIRE TO BE USED INDOOR ONLY NEC 705,12(D)(2)
2. SILFAB SOLAR SIL-400 HC+ IN 200A BUS X 1.2 = 240A - 200A BREAKER
ACCORDANCE WITH UL1703 200A BACKFEED AVAILABLE
SILFAB SOLAR SIL-400 HC+
BRANCH #1 (TYPICAL OF 13 MODULES)
,-PV DC MODULE
MODULE MODULE MODULE MODULE PER PV MODULE
RATING CHART
N) AC
COMBINER
ENPHASE
X-IQ-AM1-240-4
V WIRE PER MFR. 2 CONDUCTORS OR EQUIVALENT
F_ F__ ARE COPPER EGC #6AWG NEMA3R r4N) AC DISCONNECT
. .. ...... . . ...... _1,7
CUTLER HAMMER
DC DC DC D6222URB 240V 60A
JUNCTION BOX AS
G MLO', UNFUSED
AC AC w r AC AC REQUIRED FOR
.. .... ....... . INSTALLATIONJ 'CUSTOMER
20A / 2P jj GENERATION
AC DISCONNECT
MICROINVERTER —10/2 ROMEX (3) #12AWG
PER INVERTER CONDUCTORS (LI, L2 & G)
movifflVDImum
(3) #IOAWG THWN-2
(LI, L2, & G) IN 3/4"
METALLIC LIQUIDTIGHT
CONDUIT
SILFAB SOLAR SIL- 400 HC+
BRANCH #2 (TYPICAL OF 12 MODULES)
PV MODULE RATINGS @STC
MAKE AND MODEL: SILFAB SOLAR SIL-400 HC+
MAX POWER -POINT CURRENT Imp
MAX POWER -POINT VOLTAGE Vmp
1110 A
36.05 V
OPEN -CIRCUIT VOLTAGE VOC
4102
SHORT-CIRCUIT CURRENT ISC
11.58 A
MAX SERIES FUSE (OCPD)
20 A
MAXIMUM POWER PMAX
400 W
MAX VOLTAf__f:
1000 VDC
VOC TEMPERATURE COEFFICIENT
8 0/1 / =-C
RE V I S 10 N (S
ra
AC DISCO
ENVOY L (4) #8AWG THWN-2 (L1, L2, N
SYSTEM & G) IN 3/4" SCHEDULE 80
MONITOR
PVC CONDUIT
INVERTER RATINGS
MAKE AND MODEL: ENPHASE ENERGY IQ8PLUS-72-2-US
MAX DC VOLTAGE RATING
60 V
MAX CONTINUOUS POWER
290 W
NOMINAL AC VOLTAGE
240 V
MAX AC CURRENT
1,21 A
MAX OCPD RATING
20 A
Si' `E FT INDEX ( 11'' X 17
p V1, - IL
CO V L R PA F,
P V -- 2
cs i F'E Pi A N
PV-3
r
RACKNG I LAN
ONE DIAGR'A�A
T� REF L,N- D 7A G R A M
E-3
r-A C, U LA _1', 0 N S
E -,�i
P L A C A R D
SS
S P
MAX BACKFEED CURRENT FOR 0CPID
NEC 705.1213)(3):
13 INVERTERS) X 1.21A X 1.25 = 19.66A (BRANCH 1)
12 INVERTERS) X 1.21AX 1.25 = 18.15A (BRANCH 2)
25 (INVERTERS) X 1,21A X 125 = 37.81A (TOTAL)
INVERTER(S): 25 x 290W = 7.250 kW AC
PANELS: 25 x 40OW = 10.000 kW STC DC mi
(E) 200A MSP ml
e,
(E) 20OA/2P
MAIN BREAKER
0
UTILITY SERVICE
240V
200A
MAIN SERVICE PANEL
I S! I IN G L E L I N11 E D 1 A G RA MAI
E-1 SCALE: NTS
ELECTRICAL GENERAL NOTES:
1. WEATHER PROOF ONE LINE ELECTRICAL DIAGRAM OF
GENER04TING FACILFTY WILL BE LOCATED AT THE POINT
OF SERVICE CONNECTION TO THE UTILfTY.
2. PV ARRAY ON ROOF OF RESIDENCE
3, ALL AD EQUIPMENT LOCATED BY UTILIN METER
4. COMBINER TO BE LOCATED BY METER
5. PHOTOVOLTAJC AD DISCONNECT TO BE WITHIN 5' FROM
MAIN SERVICE PANEL
6. PHOTOVOLTAIC AD DISCONNECT TO BE WITHIN 10'
FROM REVENUE METER.
7, PHOTOVOLTAIC AD DISCONNECT IS LOCKABLE AND
VISIBLE WfTHfNG SIGHT TO REVENUE METER.
PROJL(_,_NFGR'v�AIC)N
DI t D, oj L I-T ff t'3 - 4!--)g
AHj PASCO
-I IL I -, _,v '[-)'U K F
APN 35�5�11,01�0000001?40
DATIF
PA
sealed 05jan2024 mike@h2dc.com
H2DC PLLC FL CoA#: 32201
ELECTRICAL ONLY
NOT AN AS BUILT DRAWING SET
CD
__t
0
Lo
<
c1_1
0
clr
L-i
z
CPI
LL
<
CD
cy-,
c1_1
cl-
SINGLF LT
INIE DIAC3RAM
E-1
NOTE:
REFER TO PAGE 1/E-1 FOR
EQUIPMENT SPECIFICATIONS
REVISION(S)
1�4 'ESCRIPTIOr
SILFAB SOLARIL-C+
BRANCH 1 (TYPICAL OF 13 MODULES)
SHOE F INDEX (11 X 17
PV-1
COVE R PAGE
P`I/-2
SITE PEAS
PV-3
RACrC NG P! AN
E-1
ON.J- LINE [ IA`,LAM
E-2
THREE LIEGE DIAGRAM
E-3
CALCLAA IONS
E--4
PLACAC DS
SS
SPEC S[IF ET(S
1 THREE LINE DIAGRAM
C "� ®,� SCAM fdiS
PR01ECT1
PROJ CI 11 fORMAi 0E
23 - 459
AHJ
PASCO
UTILITY
DUKE
APB
DATE
35252101200000'012zi0
1.2-28-23
DESIGNER
PA
SfbNA WAND A AP
���iSYttfpff,#✓
Cc
w Q . 7 461
STATC OF ,
tar��stta
sealed 05jan2024 mike@h2dc.com
H2DC PLLC EL CoA#: 32201
ELECTRICAL ONLY
NOT AN AS BUILT DRAWING SET
CD
CD
Q-1
L0
m
L1_
LW
z
u�
i f
Li j
!
<
O
�-o
fl_
W
N
THREE LINE DIAGRAM
E-2
Results Computed for NEC
Inputs
User Mode
Residential
Conduit Fill:
34.81%
Current Type
AC
Conduit Size:
3/4"
Units for Length
Feet
Jam Probability'
3.389671
Phase
Single
CONDUIT
Conductor
Copper
Installation
Cable, Conduit (non -Steel), & Direct Burial
Conduit Type:
PVC Sch 80
Length of Cable Run
57.0 Feet
Conduit Size:
3/4
Voltage
240 Volts
Max Voltage Drop
3%
CONDUCTORS
Current at end of Cable Run30.25 Amps
Wire Type: Copper Ti- HN
Wire Size: 8 STR
Diameter: 0.213
Number of Wires: 4
CONDUCTOR SIZING PER NEC TABLE
310,15(B)(I 6) & 31 O. 1 5(13)(2)(A)
AND ADJUSTMENT FACTORS .58 (56-60°C)
AND,82 (42-45-C OVERCURRENT iEVICE SIZING PER NEC
240.4(B) AND 240.6(A).
AC CALCULATIONS: PER NEC 690.8(A)(3) AND
(B)(1):
I X 1.25
ARRAY#1
[(13)(1.21)] X 1,25 = 19.66 A
ARRAY #2
[(12)(1,21)] X 1.25 = 18.15 A
MINIMUM DISTANCE FROM CONDUIT TO
ROOFTOP IS 3.5" PER NEC 310,15(B)(c)
ALL SUPPLIED EQUIPMENT IS UL LISTED.
EQUIPMENT TO BE INSTALLED PER LISTIN
AND/OR LABELING TO 2017 NEC
REQUIREMENTS.
'IT I
IS L T
T
C) E IS 0 D T
IN
ALL SOLAR PANELS ARE LISTED TO UL 1703
AND HAVE A CLASS C FIRE RATING.
AC:
Ll = BLACK, L2 = RED, NEUTRAL = WHITE
GROUND = GREEN / BARE WIRE
REVIS10N(S)
'?#r DE S C P 11P T [ 0 N
ZRIBIROME
M,
Results for Minurnurn Conductor SizeCalculation
1 conductor per phase utilizing a 8 AWG copper conductor installed Cable, Conduit (non -Steel), & Direct Burial will limit
the voltage drop to 0.99% or less when supplying 30.25 amps for 57 feet on a 240 volt single phase system.
Engineering Information
40 Amps Rated ampacity of selected conductor
0.7421 Ohms Resistance (Ohms per 1000 feet)
0.05200hms Reactance (Ohms per 1000 feet)
0.9 Power Factor
7.20 Maximum allowable voltage drop at 3%
2.381 Actual voltage drop loss at 0.99% for the circuit
This voltage drop calculator is applicable only to NEC applications and is designed for applications using AWG and KCMIL
sizes only. It does not optimize conductor sizes for several different loads at various points in a circuit. The total combined
load and length of the circuit must be used. Consult with an engineer if your application does not fit into one of the
following categories and/or requires more complex engineering calculations.
** Note to User:
RESIDENTIAL MODE CALCULATIONS: All ampacity values are taken from NEC 310.15. The conductor characteristics
are taken from Chapter 9, Tables 8 & 9 of the NEC. The calculations used to determine the recommended conductor sizes
for branch circuits are based on 60'C ampacity ratings for circuits using conductors smaller than 1/0 AWG. Circuits using
conductors sized 1/0 AWG and larger are determined using 75'C ampacity ratings. Calculations to determine service and
feeder conductor sizes are based on overcurrent device ratings rather than actual expected loads which are conservative
and may yield oversized conductors. No calculations consider temperature correction factors or conductor de -rating for
number of current -carrying conductors in a raceway. These calculations are not optimized for medium voltage or high
voltage installations (2400 Volts or more). These calculations do not apply to flexible cords.
SHEET- INI)'[.-X 11'' X 111/1"
T)V_2
ST
PLAN
PV-3
P\ACMNG PLAN
L-2
-THRE,f LINL Dik'GRAM
1_ALCU_!A! - IONS
E4
PLACAFtDS
SS
SP' C S 4 E ET S)
I '\ ELECTRICAI-_ LOAD CALCULATIONS
-3 SCALE: NTS
PROJIF[T JNI(ORMATtION
X1HJ
"AS('0
U i-Y
DUKL
Al N
352_1)210120000002)/40
DA i- L
12--0-23
P,
%
s'
.76
STATE OF :Z;Z
seated 05jan2024 mike@h2dc.com
H2DC PLLC FL CoA#: 32201
ELECTRICAL ONLY
NOT AN AS BUILT DRAWING SET
CD
0
<
Q�
L_
�n
0
Lf
M
LLJ
Z
to
Lij
_j
<
Ql-
0
CL�
CIL
Lij
RT
EL'1-:�'-T iCA'_ CALCLUiLATTONS
N1 H bHl
E-3
AC COMBINER
WARNING
ELECTRIC SHOCK HAZARD
-DO NOT TOUCH TERMINALS -
TERMINALS ON BOTH LINE AND
LOAD SIDES MAY BE ENERGIZED
IN THE OPEN POSITION
DEDICATED PHOTOVOLTAIC
SYSTEM COMBINER PANEL
DO NOT ADD LOADS TO
THIS PANEL
WARNING
INVERTER OUTPUT CONNECTION
DO NOT RELOCATE THIS
OVERCURRENT DEVICE
CONDUIT
WARNING: PHOTOVOLTAIC
POWER SOURCE
LABEL SHALL BE ALL CAPITAL LETTERS MIN. 3-" HIGH.
8
WHITE LETTERS ON RED BACKGROUND.
MUST BE REFLECTIVE AND WEATHER RESISTANT.
TO BE PLACED ON INTERIOR AND EXTERIOR
CONDUIT, RACEWAYS, ENCLOSURES AND CABLE
ASSEMBLIES EVERY 10 FEET, WITHIN 1 FOOT OF
TURNS OR BENDS AND WITHIN 1 FOOT ABOVE AND
BELOW PENETRATIONS OF ROOF/CEILING
ASSEMBLIES, WALLS OR BARRIERS,
R L V 1 _S1 10 N (S,
1) E S C, R _�, PT' ON
AC DISCONNECT
MAIN SERVICE PANEL
PV SYSTEM AC DISCONNECT PHOTOVOLTAIC POWER SOURCE
RATED AC OUTPUT CURRENT 30.25 AMPS SYSTEM AC VOLTAGE: 240 VAC
NOMINAL OPERATING AC VOLTAGE 240 VOLTS MAXIMUM AC CURRENT: 30.25 AMPS
WARNING
ELECTRIC SHOCK HAZARD
-DO NOT TOUCH TERMINALS -
TERMINALS ON BOTH LINE AND
LOAD SIDES MAY BE ENERGIZED
IN THE OPEN POSITION
DEDICATED PV SYSTEM kWh
METER
REC METER I
UTILITY METER
NET METER I
SEEN 10/11,11MV111
SHEET INDEX ( I,P" X 'IT")
PV-1
:�_OV_R PAGII_
Pit-2
�fTE Ps A�l
PV-3
RACK T (1G RAN
-,NE DIAGR�,M J N
F—
F-2
-1-HRE'- 1 IN` DACiR/ A " f'j
L I
F —3
i"A �JEJU LA 1_10 N S
#,
A
SSS,D"'-
Sk,_ET(S'
092mumm,
ELECTRIC SHOCK HAZARD
-DO NOT TOUCH TERMINALS -
TERMINALS ON BOTH LINE AND
LOAD SIDES MAY BE ENERGIZED
IN THE OPEN POSITION
WARNING
INVERTER OUTPUT CONNECTION
DO NOT RELOCATE THIS
OVERCURRENT DEVICE
PHOTOVOLTAIC SYSTEM
EQUIPPED WITH
RAPID SHUTDOWN
PANELBOARD IS ENERGIZED FROM TWO
SOURCES OF AC POWER
SOLAR - 30.25 A
UTILITY - 200A AT 240V
INSTALLING
CONTRACTOR SUNCOR
SOLAR (850) 530-7970
Note: WARNING labels must resemble format
in example above with over -sized WARNING,
exclamation point in triangle, colors, etc.
S F 0 IPF_ OF V,1C) R K
'251 SIL`=AB SO! AR 51-400 FiCi-
� q
(25) LNPIHASI LV_,� GY '081){:5-72-2—US
OO k101 D'
0 k�V'V
ON -SITE GENERATION
UTILITY DISCONNECT
SWITCH
WARNING
THIS EQUIPMENT FED BY MULTIPLE SOURCES,
TOTAL RATING OF ALL OVERCURRENT
DEVICES EXLCUDING MAIN SUPPLY
OVERCURRENT DEVICE SHALL NOT EXCEED
AMPACITY OF BUSBAR.
PER NEC 705.12(D)(2)
CAUTION
POWER TO THIS BUILDING IS ALSO
SUPPLIED FROM THE FOLLOWING SOURCES
WITH DISCONNECTS LOCATED AS SHOWN:
UTILITY SUPPLY AND
CUSTOMER SERVICE PANEL
PVAC DISCONNECT RAPID
SHUTDOWN SWITCH
0
0 [ = .
71 0
0
0
L SOLAR MODULE
NEC690.56(C)(1) AND NFPA 111A2.2A,1.1,1,11,12,2A4
MUST BE LOCATED ON THE MAIN SERVICE PANEL
PROiLF-TT INI-0,RMATION
—459
A H,
P A S C 0
7 IFY
D li K EL
A.") N
3520210120000001240
- E
12 — 2 8 - 2-31
�DK_;
DIE.SliGNER
D , A
5 ,5r "Od—,
,��tkttl I It/xx
A,
Z
t --ja STATE OF
-.4c;
seated 05jan2024 mike@h2dc.com
H2DC PLLC FL CoA#: 32201
ELECTRICAL ONLY
C:)
0
27
<
Cr_1
Cl�
U7)
0
Ln
M
M
LL
LL
L-i
u
Z
u�
__j
__j
<
CD
�D
CL
LLJ
f-d
PLACARDS
E-4
AST L
2FVISION(S)
R ft D L S C Rl 1 P7, [ON
SHL--Fl- JNDEX X 17''
plv'- 1
COVLR PAGF
PV-2
S,Tj TF PLAN
PV-3
RAC'KING PLAN
E-i
ONE LINF DIAG[Wvl
E-2
iHRLL LINE DIAGRAMI
F - 3,
A IL C U -i - fONS
w4
PLACARDS
Ss
—SPECS I F F,,,-(S)
P R OJ F CT I N F-0 RIM, AT 10 N
2,3 - /159
AHU
PASCO
U I- I L i -i Y
D U KF-
P N J
3525 21 w 0 0 0 0 GO 0 124 0
DAIL
12 -28 -213
DESIGNER
PA
CD
Lq
b9
0
cl�
Lij
z
Lij
<
CD
AST L
REVISION(S)
-St-T I ION
S i Ei=11- [ N [) F X i, I I ' X '7
MV11P. PACE
_PV-1
P,/ - 2
STTE PLAN
P'll-3
R A C K T �'j 0 PLAN
E-1
ONE LIN L CIA"'_-', N1
E-2
TH R E;_ LIhL D T A G A �vl
r 'CULA.I(_"NS
E-4_
PLACA:S
SS
SPE-C SHEE_,_(S)
PROJFCT: INFORMATM
PROD_ _-C-T It 23 - 4,L,, 9
M -0
U K
LIT N i
AIDN Z,
D V E 12-28-23
D SIGMER
A-
rz 10461
STATS OF
4cj,,,,0.
seated 05jan2024 mike@h2dc.com
H2DC PLLC FL CoA#: 32201
ELECTRICAL ONLY
NOT AN AS BUILT DRAWING SET
C:)
i�
!�
0
Ln
M,
m
Li-
Li-i
z
Li-i
__j
<
n,
0
L-Li
r_j
KI_T('[--
Sj
E,
Tast Cmrdftd,ns STE NOCT
M.d.i. Pmoo, (P-aq Wp 400 298
ma h'.M PuRervoltage fVieredl A 3G,05 33-51,
z 0 4
Naidtv.m paerr, ev—t (fr_t) A 110 SM
(doer, d—k eoftgi, {Y3 V 43-02 40,35
SI L 111 B Short &mt torrent Y.) A 11.51 9,34
Wdul!e fr"rnmy er, 20,2% IF"ga,
S C-D L A R kfxrorarnum syree, -It-ga NDQ v Iwo
Series lu5P oeing A 20
Paver loteraace Van on-10
tAaaevrvd!b*rTC Am
r k W *JAV
M.d.l. wamb, 47ra t0.4ib3
Ditnorrn,ar, 1H 1, L r. D) 1914 VPM X 10316 MM x 35 Mer 753 in , 40e q, x 1-37 i.
i lei ria' 1 mar v..d / 540 P. fmrt 1-d 11213 ittilH M., j 112.8 ib Ii-d ,,W fmnz k,ad
fin-" eni— koidrefirat/sn—)* 54AQ Ad II h111111P Had iiep.tt resistance 025mmat83arreh I in at 516erph
ceft 132 Half ceim, & mane PERC 137 Halfti,H id nt— PERC
9 basb�r - 83 x Merm 9 bmatar - 3.26 x SM in
Glass 3,2 ,e high, tTariewftla,mo, toMPe—J, 01-126 iri high tran5eetra—, tempered,
Enim ntintfi—dw _,oaurg Mid ."S'aft-tioe s0,dmg
Catoea we aorinKtars erefer ta, imWlata,it m.eouzd) 13d) m m.. o 5, T in m, MC4 fro ro Stavin( 53 in, . 0,72 j. (12AING), MC4 Stvbii
Beckshoet High dwability, ,perk,, hydntysis ted Uttnest., mW Iti t.ycr di-i-tric fRin,
fi.orro,free PV haeashaet
Ft.— A—Pized Adluminurn, (Bt,60
Sypaae dodge 3 diode,-31SQ045T (45V m. DC b1-kmg aoitge, 30A f.—,d —Vfiad trit)
Jvratkio P.. UL 3730Catifnni, 1EC62790Certified.i968 rated
Tempe um Coe cant fec +00649SaC Mod.k, patd.vt wokviensiop itnanenty 25 years"
Temp -aw" V_ -0,2&nd-c Lhoiar p.— p.,io—,neie gp.t-, 30 yeiv.
-0-36 .41rc 97, IN, -it I 't
e,
t9l, ,
NOCT tt 2r' 45T 815Xx^, erid 25th Y,
09—Ungit.arpeidotte 4Q/o-85 92,6e, end 30thy,
tot
UL6MI51�201764j,UL61225 22017Ed-LUL61730 1.2017Ed_1,UL61T30 22017 I
FdA, CSAC22,2#61730-1'2019 Ed.2. F3,2, IEC6 215 !:2016 PC,, pelirt 26 26 fcatif CD
po,d.et Ed AFC 612152:2016 EdA, flzC 61730- L2011, Edl, iEC 61730-22016 Ed . iEC
Type 2, CEC Listed. LO
inodriia, Par 832 or 750 (CaUfornia) 2:
cn
AiV-111,g, P.-d tb,, Safety rM t 9 r r mmt.m fa, dmg sptifinei "d boare va rittngir,011mg <
12 yeafetendable to 25yeamsubjed to regimrti- ad —ofir dna.,; mitfi-daorder "Iftearty ' at
PAN di- ;-ned ft.m 3rd, Pmy P-,rfm dna am —flable eir dmoload at; LL_
0
Li-i r�
75.3" [1914mm] U� LLJ
__j
__j
E
12. 1" 1307mm) 512 [1300mn] 12,1' [307mml
C)
-S I
RELIABLE ENERGY. Mounfing Hide tx43 �;,�UIFABSOILM MC�
800 DIRECT FROM TIE SOURCE. Cornw311 Are
0,51, 2eflingham Wit 98225 USA
T +1 360-56-,.4733 LLJ
@
Designed to outperform, :gypWos0fabsolar.com
D0,iv, ependable, durable, high-performance 1770 Port
5 Burfington WA 98233 USA
in
114' [35mml
solar panels engineered for North
American homeowners. or �D 240 Cotntneypaik Drive Fast
�4
Wseiaozuga ON L5T 2)(3 Canada
1 +1 905:255.2501 r.
F A B F 1905,696l)267
0 A R, -C
ce
aw
11 1, s50mna]
Catiie Lisa ?
SPEC SH EE
Draknie Hole (x8)
2_4n (60mml 8 E2 Drzm(
I E V I S IC) N (S)
t Sr- _10N
SHEET 1NDEX r( 11'X 17"
1
0 '' R A E
PV_2
ST1
, f L "ILAN
P
_3 V
F-1
......... . .
ONt" _ITN; r)1A(_-_3,R/"11",/1
THR F L I N 'I- D' 1,", G- R A,`,!
E-3
_ALCLj1_7 IONS
FE - 4
i LACARDS
SS
S PC C S -11 E_ F-1 IS
PR0JFC__ iNF-ORIVATION
PROJECT' 4 23 — 45'
AH /11 S C 0
u A LITY D i, J K
_)525210,12000300121s0
D A T E_ 1-2-2
D7CI''NER D/` "
..............O
IQ8 and IQ8+ Microinverters
Easy to install
Our newest 108 Microinverters are the industry's first adcrogrid-forming, software-
Lightweight and compact with
defined microinverters; with split -phase power convention capability to convert DC
plug-n-play connectors
power to AC power efficiently. The brain of the semiconductor -based microinverter
Power Line Communication
is our proprietary appilcation-speoffic integrated circuit (ASIC) which enables the
(PLC) between components
microinverter to operate in grid -tied or off -grid modes. This chip is built in advanced
55nm technology with nigh speed digital logic and has super -fast response times
Faster installation with simple
to changing loads and grid events, alleviating constraints on battery sizing for honse
two -wire cabling
energy systems.
High productivity and reliability
Produce power even when the
grid is down'
More than one million cumulative
hours of testing
Class 11 double-minalated
enclosure
Part of the Enlexass, Energy System 108 3sm__. 108 Series is rotersecters redefine relarbirity
gficrofiavietres u4selvild with the Friphase 10 Battery, standards +tAthrsxsre tlmr,, on-- tolificir truirakathre
Optimized fca the latest high-
Enphatio 10 Gateway, acd the Enphase Awa morytoring haws of Pow -ran oasUng, anabitrig an industry -
powered PV modules
and ardwsrs aoftca.ra. leading ffnifted �rranty crop to 25 years,
Microgrid-fornAng
Compilers with the latest
advanced grid support —
Remote autorriaticupdates for
the latest grid requirements
Connect Pit modues qurckhi and apply to 103 Series
Configurable to support a wide
W_ rokive r par stra rs; the ind u ded C-D C C - 2 assets, Pit Rapid Shur Down Equiptruselt and corific an with
range of
cone ralth ptug-n-play M04 connectors. varkrus reginifatians, when nstalkrd according to
grid profifee
manufactiossr's instructons.
Meets CA Rule 21 (UL 1741-SA)
requirements
C 2022 Eriphase Energy, Ail rIghts reserved. Enphasa, the Enichass koko. !08 killarnersanters, arid ortlue Only when installed with IQ System controller 2,
namars are trademarks of Enjahass, Energy Inc, Data subiwo to change, ideras UL 174L
rA and 1081alus supparris spirt group, 240V
Installations onif,
R IE A 'S 10 N (S)
_,_RIPJ ON
1 r-
T, _H__E INDEX ( 111� A 17"
VV-1
COVER PAGE
PV_2
S[TE PLAN
PV-'3
PLAN
_RAf,IKING
CNE_ UINE DIAGRAM
tL
F-2
- :�
i
_HREP INIE DIAGRAV
L j
c
E-3
CALCULATIONS
E-4 I PLACARDS
Peak output povery
as
245
300
Max scovirruous output power
to
240
290
N-moral (L-L) voltage/range'
V
240/211- 264
Max continuous output current
A
to
1,21
Nomeredharyiency
92
60
Extended frequency range
Hs
50-68
AC short circuit fauft ourrout over
2
3 Ycfes
Anne
Max units per 20 A (L-L) branch rnnruft4
16
13
Tons harmarne, distortion
<5%
over, voltage class AC port
ill
AC port bactifeed current
A
30
Power facto, Setting
1-0
Grid -tied power factor (adjustable)
OZ5 leading - 0,85 lagong
Peak efficiency
97,5
97.E
CEC Weighted offasency
%
97
97
rilght-firce p<axa concumptcor
yet
60
Arrseard ornigeodurerange
Relative hum"dity range
DC connector type,
Dim-ccksoi (HrlAND)
ohoght
Cooling
Approved for wet locations
Isolution degree
Insocaure
Enisron, category / UV cleosrie orfing
-40cC to 60ro (-40-F to +140-fci
4% to' 00% (condensing)
UC4
212 mm (8.3") a 1,75 mm, (59l a 3o2 m- (1,21
WS its M38 Pso)
Natural oarcusitlim - ro, fan-,
,sea
PD3
Core H double-irrsulfaryd, corrosionics-istant poptiteric, arroosure
NEMATie fi/outryka,
CA Rule 21 (UL 1741-8A UL 62109-1, ULT741/WEEZ47, FCC Part 15 Class 5. ICES-0003 Claris 5, I—AN/CSA-C222 NO, 107,1-01
Cratiflionows This Product is UL Listed as our panic shot Doarn Equipment and conforms with NFC 2014- NEC 2017, and NEC 2020 eastern
690-12 aid C221-2018 Ruhr 64-218 Rapid Shut doon of PV Systems, far AC and DC conductors, when installed accorifing to
Manufacturer's ilocuctrwrs.
(1) No enforced DCACaiio, See the trompatawlity calculator at
(2) Maxincen continuous input DC correct is foes (3) Necon.1 voltage range can be siconded bassard nominal firequiosd
by the wil4ty, (4) Larne may vary. Redo to none requirements to define tire number ofm' kvd �,rteur, par branch sr you, area. IQ8SP-DS-0002--M-EP4-US-2022-03-17
SCOPE, OF WORK
Q,b) SILFAB "Z301-AR SL-400
'25) ENPHASE ENIL1,6Y
10,000 Will DC ETC
El-
1,25,0 'dil AC
PROJI, C; I N F: 0 RVI, A T 0 N
P i-R, 0, -J' E C T 4 23 - 459
A H! J PASCO
U T I'L ITV DUKE
APN 3525210120000001240
DATE 12-28-23
IEUI:1:1 -1 IGI �7 R PA
C)
-It
CD
<
cl�
L�
C:D
L0
M
C")
Lij
Z
CP)
Cn
Lij
<
CD
S EC SHEET
SS-2
nn -
z
te-,
I
IL,
V M I
1-011,11-1, ef
-4161-Z-111AL"
X-]Q-AMl-240-4
X-1Q-AM1-240-4C
bT
To!earn more aboW Enphase offerings, visit -e"ph4Fecqrq
R 11M�SMNJ(S)
r j
1DT
i 0 N
Enphase IQ Combiner 4/4C
PAOVEL NUMMER
---- --- --------- -
oy�t�m 2 rird ir,
4,C (X Q AAA 4j-4Cj
Q '-bmw AC,,,,r Enphlsl, Q b.""'d ve-,, g-a� PV vnt�--ing
251- Vil 9 MILE RD
1 ie -npha3,-, 0, nruc,--,�ner 4-/4C
C 12 20 �1-03 and oio,' rnpfiom momtonriij 5-1,",
Y")
PENSACO Ar- "2�11
L
--4
q,,-ad, c�i� i-dt- f-,,fstcg-�up 60m, uoil-,,rb-
-30
!Q'Gart.,wav,-ind 'nl(,�graied t-J-P-W cell
ir, t�,e � is, Can-,d�, �ilnd s�e il's lwpn
/ 5 J /9/0
,q,
rnoii,enn Nndudli�-,d a -Hy HU Cul iD iner 4Qj,
ACCESSOMES AND REPLACEMENT PARTS
indudiad, order separatisy)
n I
A,01 I
,'not
consc da I t t
F o, q
e s f c orn 1
Mr -w- -v
in'to sinde 10
a e M
a i-,,nd0,3,uTe and s'feamlifles
10DID111-W11,1-1-�,k-111 f'15
ZG bs�ed �E Min c� mc-,-
nnicroinveners an-d Dy
Crr.IA Bre, c, -
'A
S.pp., _R23,", BR25,`, id 2-1
-,220, 1 26,3 t he.kei S
:1;,1 K - A 2 2 ^ GV
C , 2 P 0 1 4., RR 210
Dfovidinq a consistent, pre ovued SOiUtlko'� faif
FRV 15A-2, /AT/
� 2 15A, BR21,1,
PFs�?OA-2P-240V
m-,ft b,e.keir 2 204, BR220
�esiden.ifia' ar.,,phcadk)n- I+ offe- up to fi, ur
BRK-15A 2P 240V T1
�mate�, 2 Pole, PR,22'15B mth hold d-,, ot -pp.�'
C breexer, 2 po!c, 20A, E8-0r} BR,220B h-old down 'KA s�,pco� i
2-Pole i0n.out circuilts and Falon BR senes
hmage, -e .,air
VsO3 AFsiiH11F1 D-ES
-I..' �11i�ld fol Q C1-,!r,,1 4fAC
t
h.usbar assernbly.
XA 2UK3-320-31
fo, prwef 'Ur'le ti�cnw 1/4-, frequtredfor EPLIC-01")
XA-111,V-PURA-3
Repsc,,,,rnzrit Q GW-va"", p0nte�'rirTvit boais iKS) ro, Comumri 4/11C
X
p*k1,dO,,0 �A fiu� Fa'�In o-�ke�
Smar,
ELECTWCAL SPECIFICATIONS
Inckides Q Gatev,,�ay for ccirnmnunicat,on and control
iridudes Enphase Mobde Gonnecl celhliar modern
6Q-
H
(CELLINAODter AA-MI-06- P-05), pncfuderl only whh
HP
C onn b i n e f 4 C
hndurres sola, sh,"eid to match En,�ihaase '0 B3VeTV
Me �w,,n'. i Ftrg
W11 "Mm"g snpuf flv�
6
6 4 A
aesthetics and def,,e,;' hfat
o�)
'M i.
FieAN's netwoxkirig suppor's Wi- Fil
nti`Di, "d Gene rabop D�'i b,� ra�-Z�, vr (m�, m,; iuded�
is -,
0
Optionral AC Terorplacle avadable for PLC bndge
Cm nvic,J. £,}?;01
A o d i t, u' g e, e ...,dam 9 5 v h I Q G ay bxa..f, h ,,j -2
Provides sroduct tion mehoing and consumption
I
0 A 15 A i io, �n
Ln
Pmdctjon CT
',"0 A S o 'L-j �e e r, t�t i d w, d ed w ', Q G -,y
0
rnonitorin g
(-Y-)
cwl�,il,,p C T 20"s- S p, IT
" f 25 0 A PT -?
2:
�!Or, ing �c
A p, o sp ��oi, nt a it m
<
Cn
Simpie
MECHAMCALDATA
__j
CeMered, vnicunfing blrai*ets supporl, single
7 1, rg, 0--5;)
z
Supprts bottorn, back and side condu-, entry
F--)
I - 2 - fc, 24 ',,C
Ulptoilfc,u,� -pole branch circufts ful 0 ,'s v,
ph's s��eW
pi n break ua-u e, s (not induded)
wldooi, NEPOA iv.e 3R,
<
80A totaPV or stfarage N,. anch cicufts
2G A t. s) A inplll,-�� id t� 4 AsiG --Qppel-
r. a
CD
r-O
6,� A'ter 1/jA,'W-
Re
�,jag r��,mb�r-,d DuIput 1,01 to 2fGAVo/,3
TJe,�,ad ii-,d qourid:14 V, 1,10 �,,Vpr omiucto��;
-liable
k,�.d con'e
C.-
200,0 mete�, '5,51"", f","
Li-i
Durabie NRTL-cedufied NENdA type 3R endoswre
MTERNET CONNECTWN OPTIONS
Two yeafs labor. pi Og" arn ccclerage
c�iduded Is, both 'he iQ Combin.pr SKU's
CELOoDIDEt N11 -G'-, A', C-, tlmt F7�7
UL Noted
COMPUANCE
UQ
i;i 74', C4141 C22 2 N�, ls`Al, 47,OFO, 'Ivt V5, C'Ws� 6, c;t1'&,�,,c3,,
0,12
"W"i
'
S P E-S HU L
ENPHASE,
L6P601 S�1
leam.,
ENPHASE,
To more about Enphase offerings, visit fg%
L L 1 1 N D LX H- X 17"
p"'i-I
r1-()VLR Pk E
PV-2
S T DLA N
PV-3
/,,,CKrNG P'AN
L
E-1
ONF, -11N`- CTIA GIR A M
F-2
'THRFIF LINE DIAGRAM
F-3
T.
-ALCULA IONS
E-4
-)I A C A,"< D S
Ss
S 1) V c S),-1 E E r (S)
F1 R 0 J F C -- 1 N 1- 0 IRNAII A I M N
POJCl 459
A U P A S C 0
LJ-;-fLfTY DUKE
APN
�?jni?nnnnnn'1?4r)
AI I F 12-28-23
Dr -SIGNER PA
ASTL=
CONNECTING STRENGTH
Rafter oDeck Attach,
smommEmplimm
RE V11 S 10 N iS
DPS�-R'PT-3,,!
-77
S'HEIFT fN[)FX i" 11X 1T,)—
V--i
COVIE-Q, PAGE
V-2
SITE - LAN
PV-3
RA K HJG P A N
1
DIAGRAM ONE LINL
-2
f H RE- L I N E DT A 6 R A M
-3
C A El ULA i lt- WS
PLACARBS
ss
CD E C S 1 1 E ET (S
K2 Flex Foot
4DW7M K2 Rft FMt M W WIEVWSOM
��ai �Plr i J S11"111 "nll�ld ,,l F,�ecr i �cmvv,31 n, acn brr�u,
`-,urq �,Mide amd", flat 1-�gfs,
vdth K2 EverSeal
yem. '-f pmvel seadi.ng
ccmc,- 3,,MGIorS
36f,, dagr,�e rrjt-,ir�,-n vJ�d� 'ag
PROJKl- JINFORIMATION
PROIJ)�--Cl 4 23--459
A H J, P A S C 0),
U 1 Ll I Y D Lj M'
A N 3 5 25 110 12 0 0 0 0 010 -12 4 0
DA TE '2-28--23
D E S I G N E R PA
0
0
<
Q
U�
0
L�
Lij
U�
<
CD
Lij
r-V
SPEC SVIEET
SS-4
m
Mechanical Properfies
Sectionat Properties
Sx 0149 jn3 (0.3785 cm3)
U
SY 0.145 1n3 (0.3683 cm3)
A (X-Sectlon) 10.405 M2 (1.0287 cm2)
CD
0
LOAD RAIL SPAN
<
TNOW (psi) WIND (Mph)
Q-
�
0
LL
0 120
L-LIJ
z
cj� .
0 140
cf�
Li-j
__j
Pawt Number
Description
0 ISO
4000019
it 44-X 166", Mitt
CrossRait
0 120
-
<
<7
0
4000020
CrossRait 44-X 166", Dark
10 140
10 160
�
4000021
CrossRait 44-X 180", Mitt
20 140
LLJ
4000022
CrossRait 44-X 180", Dark
20 160
30 160
4000719
CrossRait 44-X 172", Mitt
40 160
4000720
CrossRait 44-X 172", Dark
so 160
100
4000721
CrossRail, 44-X 185", Mitt
44X/MAX
SPEC SHEET
4000722
CrossRait 44-X 185", Dark
4000143
SPO CrossRait 44-X 86", Mitt
2
SS-5
A T L