Plans (23) v PITCH:22 ARRAY PITCH:22
Y MN AZIMUTH:270 ARRAY AZIMUTH:270
v_
PI
o I MATCH: 2IAL:2omp Shingle ARRAY PITCH:22 STORY: o Story 5
2
"t°M MP2 AZIMUTH:90 ARRAY AZIMUTH:90
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1 ifTTA.Ctt AMT 3 ,SLiAL1.. BE SPACED RIO
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® .'.. TOTAL ARRAY AREA:387 so FT LEGEND
TOTAL ROOF AREA: 3350 SQ FT
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?; Q OF TOTAL ROOF AREA. Q (E)UTILITY METER & WARNING LABEL
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U o ; ® INVERTER W/INTEGRATED DC DISCO
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V M [
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/,,` I DISTRIBUTION PANEL& WARNING
QQ LOAD CENTER& WARNING LABELS
T O DEDICATED PV SYSTEM METER
CONDUIT RUN ON EXTERIOR
CONDUIT RUN ON INTERIOR
front Of House — GATE/FENCE
12483 SW ALS;mn view St
--- INTERIOR EQUIPMENT
SITE PLAN N
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01' 10' 21'
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SPACING ORDS
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(E) LBW CHORD CO 24"O.C. --- -
O FRONT VIEW OF MP1
TOP CHORD:2x6 PRE MANUFACTURED TRUSS SCALE:1/2"=1'
SUPPORT: 2x6, 2x4 WEB STRUCTURE MEETS THE
MAX SPAN: 6'-0" PRESCRIPTIVE REQUIREMENTS
IC GRADE: DM OF THE OSISC SECTION 305.4
0O SIDE VIEW OF MP1
m
m SCALE:1/4"=1'
2` MAX 2"MIN CLEAR SPAN
DIAMETERTO UNDERSIDE
a PV MODULE VENT SPANNING DETAIL OF MODULE
m 5/16"BOLT WITH LOCK SCALE: 1 1/2"---1'-0" '
a &FENDER WASHERS (6) I INSTALLATION ORDER
0
m ZEP LEVELING FOOT LOCATE RAFTER,MARK HOLE rme
O (I) LOCATION, AND DRILL PILOT SOLAR PANEL % VENT IAN.
N ZEP ARRAY SKIRT �;, HOLE. ATTACHED WITH NODULE Al FROM TOP OF
.�r;� iiii_aSEAL PILOT HOLE WITH CLAMPS V' / �/� ROOFlN MATERIAL
�'� (4) (2) POLYURETHANE SEALANT. ..,, /'�,ZEP COMP MOUNT C SOLARCITY SOLAR RAIL ` j .._
ZEP FLASHING C �l (3) (3) INSERT FLASHING.
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-� — STANDOFF BRACKET
COMP.SHINGLE ♦�� (4) PLACE MOUNT. AND POST _....„00,,t0000......11. 1----
(E)
(E)ROOF DECKING UM I ROOFING MATERIAL
(5) INSTALL LAG BOLT WITH
5/16"DIA LAG BOLT (5) SEALING WASHER, PLYWOOD
WITH SEALING WASHER LOWEST MODULE SUBSEQUENT NODULES INSTALL LEVELING FOOT PATH VENT PIPE
(2-1/2"EMBED, MIN) (6) BOLT& WASHERS. (E)RAFTER
(E)RAFTER LAG BOLT
ci) STANDOFF
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Al CHORD®24"O.C. STANDOFFS WILL BE PLACED NO MORE THAN 24"O.0
(E)LBW
TOP CHORD:2x6 PRE-MANUFACTURED TRUSS O FRONT VIEW OF MP2 SCALE:lj2"=1'
SUPPORT: 216, 2x4 NEB STRUCTURE MEETS THE
MAX SPAN: 6'-1" PRESCRIPTIVE REQUIREMENTS
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SIDE VIEW OF MP2
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0 SCALE:1/4"=1'
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m 5/16"BOLT WITH LOCK I INSTALLATION ORDER I
o &FENDER WASHERS
m LOCATE RAFTER,NARK S
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ZEP ARRAY SKIRT (6) HOLE.
(4) (2) SEAL PILOT HOLE WITH
ZEP COMP MOUNT C POLYURETHANE SEALANT.
'MrILMMM 11111. M/MWM
ZEP FLASHING C .Ari_...:1",-101-
`iAte' (3) INSERT FLASHING.
(E)COMP.SHINGLE �iI7IIII=MII (4J RACE MOUNT.
(E) ROOF DECKING INSTALL LAG BOLT WITH
5/16"DIA LAG BOLT (5) (5) SEALING WASHER.
WITH SEALING WASHER LOWEST MODULE SUBSEQUENT MODULES LEVELING FOOT WITH
(2-1/2'EMBED, MIN) (6) BOLT& WASHERS.
(E)RAFTER
S2 STANDOFF
Scale:1 112"=1'
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Y UPLIFT CALCULATIONS
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2 3 04.26.2013
E Version S 9.4
SoiarCity Wind Uplift Calculatc3r
a Project information
N Risk Category a
N PS'System Type: SolarDer SieekMaunt'"
Camp Roof Comp Roof
O -Layer's(Conk*Roof 0n1y) 1
N Roof Slope 22°
P :Rafter Spa _cng __ ___ .----..: ._21CXC.-
PV Module Orientation Landscape
Total Area of Array 387 sf
PV Module Width 3.3 ft
PV Module Leri t'h 5.4 ft
Attachment Type Camp Mount Type C
Ground/DEKA Show toads
Ground Show tiled ' - 23.0psf _ *ASCE Table 7-1
c-pRoof Snow Over PV Modules ps-pv 25.0 psf
Surrounding Roof Snow ps-roof 25.0 psf '
Wind Design Criteria
Wind Design Code 0 ASCE 7-05
F Wind Design Method 0 Partieliv'Fully Enclosed Method I
2 Basic VTnd Speed V 95 mph 2" ES 6-1
1
C Exposure Category - 0 C Sedan 6.5.63
m Roof Style 0 Gable Roof FN 6-116r-c 1,A+6
O Mean Roof Height it 34 ft Section 6.2
N Lest Horiz.Co.: of Buddmg LHD 42 5 I
O Effective Wind Area(1 Module): A 17.6sf :: , 1SC 1504 7.1
Roof Wind Zone Width a 4-R
n Wind Pressure Calculation Coefficients
v Wind Pressure Exposure Kt 1.01 I Section 6-3
O Topographic Fatter Kit 1.00 1 Section OS?
o Wind Directionality Factor Kd 0.85 I Section 6-4
El Importance Factor F 1.0 I Table 6.1
N Velocity Pressure rill OA=0.00256(Kz)(Kzt)(Kd)(1/".2)(I) Erryation 6-15
19.9 psf
Wind Zone
Interior(Zone 1) nage(Zone 2)3 corner(Zone 3)...
Ext.Pressure Coefficient(Up) GCp(Up) -0.9 -1.6 -2S Fig,S-11e/Go-14A1e
Eot,Pressurecoefficient CDcwtr) GCp(Crown) 0,5. 0.5 I 05 III 0,1EfC.L 1400
esign Wind Pressure p- p:qh(GCp)_ Equation 6-22
-191ald Pressure Up p(up) -17.3 psf ^31.2 psf -46.6 pot
Wild Pressure Down p(down) 10.0 psf 1 10.0 psf 10.0 psf
Comp Allowable Attachment Spacing(tn.)And Tributary Area(Ft-'*2)-
[Inteear(Zone 1) Edge(Zone 2). I Corner 120110 3)1
Max Allowed Foot X Soadng Landscape 48' 45 48°
Max AllowedX Cantilever Landscape' 24" 24' 17'
Max Standoff Tributary Area Tn6CL 13 sf 13 s£ 13 sf
Plr Assembtp Dead Lead , 211V 3 psi 3 ref 3 psf;'.
III DLIV PCL 39 Pas 39 lbs 39 ibis
WLUP 0,6 DLPVws(B) TCL 226Ibs -407 lbs I -532 ibe
Attachment Uplift Capacity Tallow 63716, 637 Its I 6371he
TCU`fa(IaW - DCRSand `35493, 63.0% 99.3'.
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T) GROUND SPECS MAIN PANEL SPECS I GENERAL NOTES INVERTER SPECS MODULE SPECS LICENSE
Y BOND(N)06 GEC TO(E)UFER AT PANEL E 200A MAN SERVICE PAWL Inv I:DC Ungrounded INV 1-(1)Po9ER-OE 1 AMON PN-4.z-01.11D-s-us LABEL A -02)11INA SOLAR/191-246PC96/0A05.16 OR y 180498
I.INI•:2008,NOV.960 PV N.dde 245N 2222.10 PTC 4061.Bleck Oren.
0 VIM IRREVERSIBLE CRIMP E 200/2P MAIN CIRCUIT BREWER Tie-In:Supply Side Connection Vac.37.3
Panel Number:0304061200 INV 2 Vpmox:30.7
L Meter Number:23 120 292 9404111 AS lea AND Imp IN
Underground Service Entrance INV 3 THE DC STRINGESTRINGS IDENTIFIER OF THE SINGLE LINE DIAGRAM.
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LE MAIN SERVICE PANEL ADJUST MIN.ACTIVATION VOLTAGES!
CUTLER-HAMMER Inverter 1 IND
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ON 25SSCP�PYEol 1RSBE 9.011ERE ASRNI�EQPEAT MC BE IN PER NEC.
rr'���(1 I ANG 16.MIN-2.Blank -.-..-_-.___.___._,_. (I)AIG 110.fN61-Z Bba I �(2)ABC 110,P4 MRL Baa Vol =410.3 VDC Esc 48.47 ADC
®1 (I)AICs10.THON-2.Rad •
O14-(I)A•C 110,IHW-Z RN OI$-(1)ANG 110,5414 Boa Capps EGL Vmp =3377'JDC Imp=7.98 ADC
tiC:LL(t)AICA I6,DIW-2 Idle NN1RA4 Vmp =240 VAC Imp=20 AAC ��'-(I)46L 110.TH'All-2 Mrila MOUTON VISIT =240 VAC Imp='20 MC I ��. (I)Cendul Mk J/A'ENI
-(1)AVG 10.5414 Bee CNN, GEC -(I)Co.d•il KR 3/4'ENT -(I)WO I6,1FNH-Z Green EGC/CEC-(I)Ccgd.A 102 J/4'ENI -(2)AIG 1!0.PV NRC,Baa Voc ,410.3 VDC :x=8.47 ADC
O -(IJAM 110,5414 Boa CAWS' KG VISIT =337.7'JCC 1mG=7.98 ADC
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O PARI 10 OTHERS 0275 THE REORIENT'S ROSUCT NMAQR:
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v I.Conductor Sizingper Art e.8(6) ELECTRICAL CALCULATIONS
must
a.Conductor muhave deg.eg. C ampacity>0 125%of continuous
at current. Module- 22 Trina TSM-245PC05.16 Black ZEP 222.9 Inv Purr W PTC StrLen!Voltage Drop Calculations Version 5_9-11'.
0 inverter 1: 1 Power-One AV1.4.2-S 96.0% 4.600 4,708 11 !Vdrop- (lop) `(2'Length) (Resistance) 1 (Vmp)
2 b.Conductor must have (otter corrections for conditions of use)>= Module: : imp(A) Max Length(ft) Wire
E continuous current per Table 310.15(0)(16). Inverter 2: (String , 799 � 35 !CAWG10 at Max Ase Hi. 80 deg F '..
o Module: Vdrop= (7.98 A '170 ft '0.00124 Ohms)1 311 V= 0.22%
a C.Evaluate conductor temperature at terminations per 110.14(0). imrerter 3: Branch: i 7,,„9,8_____L_ 60 i C AWG 10 f at Max Ave Hi- 80 deg F
m Ampacity of wire derated for conditions of termination must be >= Module: Vdrop (7.98A ` 1201 "O 00124 Ohms)1 311 V 038%
Inverter 4: Total winos drop..in DC cond 0105=I a61%]
N continuous ament'1.25. All string terminations ore rated at 90'C.
Inverter: 2000 [ 20 j EAWG061 at240V
N . Total: 22 modules Total Inv Pur 4,600 4,706 PTC Vdrop (20.00A ' 40ft '000049 Ohms)/ 240V 0.16%
o 2. OCP Sizing per Art 690.8(81(1) Photovoltaic Module Electrical Specification. Total STC 5,390 'Combined:! 20.00 .._ 0 ,EAWG06) at240V
- -
a a.Round up to next size per Art 240.4(0) Voc= 37.3 V deg F deg C iVdrop= (29.00A ' 0 ft `0.00049 guns)1 240 V 0.00°io
Vmp= 30.7 V Record Low Temp_ 8 -13.3333333 Total voltage drop in AC conductors=i 0.16%1
r 3. Conductor Sizing per Art 690.8(A) iso- 847 A Max Average Hi Temp: 80 26.66666667 Total wnage drop in AC and DC conductors-1 0.77%
o. Conductor must hove 30 deg. C ornpocity>= 125%of continuous MN= 7 98 A Record Iii Temp: 106 41
current, Tvoc= -0.11936 V/deg C Power-One Strings:Individual MPPT
Tisc= 3 981 rnq(deg C _--_ I- -__ --.-
String Type A and 2 Combined Strings Type A Voc Correction Method Manuf Twc data (Branch Circuit Type A - 1-way wire length. 60 ft
b. Conductor must have(after corrections for conditions of use)>=
Power-One PVI-4.2-5 1 strings per branch 1 I strings per branch 2
continuous current per Toble 310.15(0)(16). II Trina TSM-245PC05.18 Black ZEP Iraerter Min Vdc Input 120 Vdc 1 11 modules per series string II modules per series siring
Voc= 410.3 V Min Vmp at Max Tempi 263 Vdc IVoc= 410.3 V 410.3 V
c. Evaluate conductor temperature at terminations per Art 110.14(C). Vnp= 3377 V Max Voc at Min Temp 451 Vdc IVmp= 337.7 V 3377V
Ampacity of wire derated for conditions of termination must be >= Inc= 847 A Inverter Max Vdc Input 600 Vdc IIsc= 8.47 A 8.47 A
continuous current'1.25. All branch terminations ore rated at 75'C imp= 7.98 A Max String Size 14 ;imp= 7.98 A 7.98 A
min. laoni= 10.59 A Art 690.8 A 1 1-wa vire len•Ih, 35 11 I loon" 10.59 A 10.59 A Art 690.8 9)11
F 1.a Conductor C AWG 10 PV Wire 2.a Conductor 1,C AWG 10 PV Wire
2 4. OCP Sizing. Conductor 2:C AWG 10 PV Wire
0 a. Round up to next size per Art 240.4(8) Conductor r.Conductor 2:
a !cont"1.25=(Amps) 13.23 (cont'1.25=(Amps) 13.23 13.23
30 dog C arrglacify= 40 -• 311 deg C ampacity= 40 40
5. Conductor Sizing per Art 690.6(Al
N 1.b !cont..(Amps) 10.59 )2.b (cant=(Amps) 10.59 10.59
d a.Conductor must hove 30 deg. C ompocity>= 125%of continuous Startampacily 40 i I Startanpacity 40 40
current. Temperature derate(%=F) 0.71 1 Temp.derate(°i,=F) 0.71 0.58
Conduit ftp denote(%_#) 0.7 Cndt.fix derate(%_#) 07 1
0 b. Conductor must hove(after corrections for conditions of use) >= Derated ampacity 19.86 I Donated enpaciiy 19.88 23.2
continuous current per Table 310-15(8)(16). Term1 Terme
in
i,e IconPt25=(Anes) 13.23 Tera table 75degC 75degC
III
c.Evaluate conductor temperature at terminations per Art 110.14(C). Ampacity 40 ,42.c conrl2s=(A(Amps) 13.23 13.23
Ampacity of wire derated for conditions of terminot(on must be >_ ; Angaay 3s 35
continuous current'1.25. All inverter output terminations are rated al 1.d IcoM t25=(Amps) 13.23 12.4 EGC CAWG 10 CAWG 10 Art 250122
75'C. OCP size= 15 i OCP size= 15 15
6. OCP Sizing. loverter Tvoe A Output 'Combined Inverter Outout
Pover-Onc PVI-4.2-5 1-way vire length: 20 ft I Service Voltage= 240 Volts
a. Round up to next size per Art 240.4(0) coed 20.00 A Art 690.8(6)(1) i Total leverier Power= 4,600 Nameplate Watts 1-way wire length 0 ft
3.a leant"1.25=(Mips) 25.00 A Art 683 u)B)(1) icons=If of inseders'max inverter current Art 600.8(A))1)
7. Conductor Sizing per Art 690.6(A) OCP size= 25 A Art,240.6(A) j Icons=(Amps) 20.00
0_Conductor must hove 30 deg. C ompocity>= 125%of continuous 34 Conductor€AWG 06 THWN-2 at 90 deg C:Table 310.16 4-a lcont`125=(Amps) 25.00 A Art 690.8(6)(1)
current. (cont"1.25=(Amps) 25.00 ._..___OCP size= 25 A Art 240.8(A)
30 deg<C arrpaciiy= 76 4-b Conductor E AWG 06 TMN1V-2 at 90 deg C:Table 370.16
b. Conductor must have(after corrections for conditions of use)>= 3.c, ICond(Amps) 20.00 (cont'1 25=(Amps) 25.00
continuous current per Table 310.15(0X16). Start ampacity 76 311 doeCamDaciN= 75
Temperature derate(%=F) 0.91 14.c (cont=(Amps) 20.00
Conduit fill derate(%=e1 I i Stall anpacity 75
c. Evaluate conductor temperature at terminations per Art 110.14(C). Derated arr ci 68.25 t Temp,derate(>=F) 0.91
Ampacity of wire derated for conditions of termination must be >= 34 Icont'1.25-(A ps) 15.00 I Cndt,fill derate(%=01 1
con tiTluous current'1.25. All inverter output terminations are rated at Ampacity 65 Derated ampacity 68.25
75'C min. 3.e EGC1GEC= D AWG 08 Art 690,47(0)(3),250.186(8) 14.4 Icont'1.25=(Amps) 25.00
h ' Airpacl.iy 65 i
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17 Certificate Compliance
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0 Certificate: 2090477 Master Contract: 173998
Project: 2439385 Date Issued: July 19.2011 'I,
Issued to: Power-One,Inc I..
740 Calle Plano
Camarillo,CA 93012
USA
Attention:Robert White
The products listed below are eligible to bear the CSA •
I- Mark shown with adjacent indicators 'C'and'US'for ''',
Canada and US or with adjacent indicator 'US'for
111 m US only or without either indicator for Canada only.
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o a Rat,lferinpbtock.
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7 Issued by: Ruh Uempsmclr,ASST,
O C US •
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N PRODUCTS '',
CLASS 3311 09 -POWER SUPPLIES-Distributed Generation Power Systems Equipment
CLASS 5311 89 -POWER SUPPLIES-Distributed Generation-Power Systems Equipment
-C nifed ml S.Standards
Utility leloraeljoo In:crtcr,Models I'VI-4.'-O U'l 0-US-I'VI-10-0LII 3-U5,PVI-:I,0-OU I'll-US,I'VI-4 2-
OLITD-S-CS,P1'I-3.S-0LrI'Ll_S-r-IS,PVI-3.0-OLITA0-CIS,PVI-4.2-OUTAUS-W,PVL-3.6-OC7D-US-1h'and
P\t-.7.0-OUTD-T1S-W;provided with two DC input channels,permanently connected. :
•
For details related to rating,,reference should be made to the CSA Ccnitication Record:Appendix I or the '
Descriptive Repos.
APPLICABLE REQUIREMENTS
CSA-6222 No.107.1-01 -General Use Power Supplies
•
CL SLB No.1741-Second Edition-Inverters,C.un\CrIC'S,Controllers and hnercunnectiun System Equipment •
for Coo With Disuibutcd Energy Resources(January 28.20101
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