Plans (37) PITCH: 34 ARRAY PITCH:34
MP1 AZIMUTH:180 ARRAY AZIMUTH: 180
MATERIAL:Comp Shingle STORY: 2 Stories
•
12310 SW Hollow Ln
Front Of House �
1 ,
1 ,
•
TOTAL ARRAY AREA: 341 .37
TOTAL ROOF AREA: 2617.17
ARRAY COVERAGE: 13%
\/.
STRUCTURE MEETS THE LEGEND
PRESCRIPTIVE REQUIREMENTS OF
r--- THE OSISC SECTION 305.4
k` D Q Q (E) UTILITY METER & WARNING LABEL
O INVERTER W/ INTEGRATED DC DISCO
°Un-eocked Gaffed °
Un-Locked Gated inv & WARNING LABELS
i Inv p DC DISCONNECT & WARNING LABELS
---- ATTACHMENTS SHALL HE SPACED NO AC
GREATER THAN 24 INCHES ON CENTER ® AC DISCONNECT & WARNING LABELS
IN ANY DIRECTION WHERE ARRAY IS
LOCATED WITHIN 3 FEET OF A ROOF 0 JUNCTION BOX
EDGE, HIP, SAVE OR RIDGE
OSISC 305.4-.3(k3)
0 DC COMBINER BOX & WARNING
0 DISTRIBUTION PANEL & WARNING
00 J
f
° ° 0 LOAD CENTER & WARNING LABELS
o c � MP1
i
I o O DEDICATED PV SYSTEM METER
v
o o 6 0 CONDUIT RUN ON EXTERIOR
--- CONDUIT RUN ON INTERIOR
(0 o ® o 0 o o — GATE/FENCE
Ib INTERIOR EQUIPMENT
° o c 0 0 0
SITE PLAN N
A
PV3 Scale: 3/32" = 1' w E
01' 10' 21'
■,._.�� S
CO NnK- THE INFARMATICW HERE94 'I°B NUMBER JB-9721625 0 0 PRELISE O R OESMIPTIOlt
NTA9ED SHALL NOT 8E USED FOR YTHE
P TIDRICK, ROBERT C.
DESIGN: !�!!!.
BENEFIT OF ANYONE T 8E U saLARarr I4c, MOUNTING SYSTEM
TIDRICK RESIDENCE Grayson Tonks
NOR SHALL IT BE DISCLOSED IN*OLE OR n+ CompMount Type 41JSO �PART TD A,HERs OUTSIDE THE REaPENOR yP C 12310 SW HOLLOW LN 5 KW PV ArrayniE SALE AND USE OF TME EORGANIZATION.EXCEPT MI Ac ON '" (20)TRINA SOLAR # TSM-250PAO5.18TIGARD, OR 97223
SALARCITY EAUIPAENT, WITHOUT THE%BITTEN WRIER PACE NATE 3065 Mateo.Clean*
NW/
PERMISSION OF saLAaaTY 5039273252 SHEET: BEY DALE San"°L°0.CA 94402
POWER—ONE i AURORA PVI-4.2—OUTD—S—US SITE PLAN PV 2 9/9/2013 T.(65o)x-1028 F.(650)638-1029
(888)-SOL-aTY(765-2489)°)63oi it cam
,77r'
(a)
C7 ,
—5 -3" / 6'-3" / 6'-5" /
, (E) LBW
A SIDE VIEW OF MP1 RAFTER: (E) 2x4 0 24" O.C.
PRE—MANUFACTURED TRUSS NTS CEILING JOIST: (E) 2x4 0 24" O.C.
MAX SPAN: 6'-5"
STRUCTURE MEETS THE MAX STANDOFF DISTANCE: 72" O.C.
PRESCRIPTIVE REQUIREMENTS
OF THE OSISC SECTION 305.4
PV MODULE
5/16" BOLT WITH LOCK INSTALLATION ORDER
& FENDER WASHERS
LOCATE RAFTER, MARK HOLE
ZEP LEVEUNG FOOT (1) LOCATION, AND DRILL PILOT
ZEP ARRAY SKIRT (6) HOLE.
(4) SEAL PILOT HE WITH
(2) POLYURETHANEOLSEALANT.
ZEP COMP MOUNT C
bsse riw401*!ti M 11111160160
ZEP FLASHING C t'��Tf� 1_S_ (3) INSERT FLASHING.
(E) COMP. SHINGLE rv��I�i � p.-
(1..) PLACE MOUNT. J
(E) ROOF DECKING IMMI
(5) INSTALL LAG BOLT WITH
5/16" DIA LAG BOLT (5) SEALING WASHER.
WITH SEALING WASHER LOWEST MODULE SUBSEQUENT MODULES INSTALL LEVEUNG FOOT WITH
(2-1/2" EMBED, MIN) (6) BOLT & WASHERS.
(E) RAFTER
4. STANDOFF
Scale: 1 1/2" = 1'
` NIAL- 1HE iOR'''A""°N HEREIN "NIMH J B-9721625 00 OMNI D 10Ik
CONTANED SHALL NOT BE USED FOR THE OMR ie.
BENEFIT OF ANYONE EXCEPT saARCI Y INC. MOUNTING srs>E�c TIDRICK, ROBERT C. TIDRICK RESIDENCE Grayson Tonks �; ;
NOR SHALL ITH BE DISCLOSED EHOIE OR IN CompMount Type C 12310 SW HOLLOW LN i��� �Ofa�'
PART TO OTHERS OUTSIDE THE RECIPIENTS
5 KW PV Array ��
ORGANIZATION, EXCEPT IN CONNECTION MTH MoatE2 TIGARD, OR 97223 m
TME SAL:AND USE OF THE RESPECTIVE (20) TRINA SOLAR # TSM-250PA05.18 rroy
SOLARCITY EQUIPMENT, MAHOUT THE MRn1EN SHEET REV: DALE Sm 5 De CA 94 02
PEF'" 101'of Soman INC. POWER—ONE # AURORA PVI-4.2—OUTD—S—Us 5039273252 STRUCTURAL VIEWS PV 3 9/9/2013 T�650) 1028 `(��636-1029
oesT -CITY 7065-2�8s)°)63-102ycan
UPLIFT CALCULATIONS
09.09.2013
Solarcity SIeekMountTr4 PV System Version#14.8
Structural Design Software
Prolect Tuan
Risk Category II
PV System Type SolarCity SleekMount'"
Comp Roof Comp Roof
Number of Layers 1
Roof Slope 340
Rafter Spadng 24"O.C.
PV Module Orientation Landscape
Total Area of Array 352 sf
PV Module Width 3.2 ft
PV Module Leh 5:4 ft
Standoff Comp Mount Type C
Goold d/R oI Load8'
Ground Snow Load P9 25.0 psf 4 ASCE Table 7-1
SurTg Roof Snow 100% 250 psf 'ASCE Eq:7.4-1
Roof Snow Over PV Modules 100% 25.0 psf 'ASCE Eq:7.4-1
wind,Dewar.criteria .
Wind Design Code ASCE 7-05
Wind Design Method Partially/Fully Enclosed Method
Basic
Wind Category V 95 mph Rg.6-1
ExpC ' Section 6.5.6.3
Roof Style Gable Mean Roof Height h Roof 'Fig.6-I18/C/D-14A/B
Sedioon 6.2
Effective Wind Area 11 Module) A 17.6 sf IBC 1509.7.1
wind Pressure Cakadation Coefficients
Wind Pressure Exposure Kz 0.95 Table 6-3
Topographic Factor Kit 1.00 Section 6.5.7
Wind Directionality Factor Kd 0.85 Table 6-4
Importance Factor I 1,0 Table 6-1
Velodty Pressure qh qh=0.00256(1(z)(Kzt)(1(d)(V^2)(I)
18.6 psf Equation 6-15
Ext.Pressure Coefficient(Up) GCp(Up) -0.95 Ag.6-I1B/4o-14A/B
Ext Pressure Coeffident(Down) GCp(Down) 0.88 Ag.6-118/C/D-14A/8
Design Wind Pressure p p=qh(GC0 Equation 6-22
Wind Pressure Up P(w) -17.7 psi
I Wind Pressure Down p(down) 16.3 psf
Anoivabia Standoff
X-Dire tion if-Direction
Max Allowable Standoff Spadng Landscape 72" 39"
Max Allowable Cantilever Landscape 24" NA
Standoff Configuration Landscape Staggered
Max Standoff Tributary Area Trib 19 sf
PV Assembly Dead Load W-PV 3 psf
Net Wind Uplift at Standoff T-actual -315 lbs
Uplift Capacity of Standoff T-allow 637 lbs
Standoff Demand/Capadty DCR 49.4%
C�RDENTAL- leE efCeeATION HEREIN Xe NIS J B-9721625 00 "�" °" BEs oEs ,%1164
CONTAINED SHALL NOT 8E USED FOR 1HE TIDRICK, ROBERT C. �.•„t%�
CONEAIT ANYONE EXCEPT ED FOR Y INC., YP IIMG SY511E�t TIDRICK RESIDENCE Grayson Tonics �; ;
NOR SHALL'T BE DISCLOSED IN"MOLE OR IN Com Mount Type C 12310 SW HOLLOW LN i���•S01arb'
PART To OTHERS OUTSIDE THE RECIPIENTS
P 5 KW PV Array •��
ORGAIMZA11DN,EXCEPT 61 CONNECTION YMTH MODUEs TIGARD, OR 97223 m
TME SALE ANO USE OF THE RESPECTIVE (20) TRINA SOLAR a TSM-250PA05.18 3055 O.m'4w Way
SOLARCITY EMINENT,YNIHOUT THE WRITTEN PAGE SHEET REV OATS San Nobs CA 84102
PERMISSION saARaTr POWER-ONE AURORA PVI-4.2-OUTD-S-US 5039273252 UPLIFT CALCULATIONS PV 4 9/9/2013 T:(650)636-1028 F(BSm) 1029
( )-SOI-CITY(765-2489)I n adadexean
GROUND SPECS MAIN PANEL SPECS GENERAL NOTES INVERTER SPECS MODULE SPECS
LICENSE
BOND (N) 16 GEC TO (E) UFER AT PANEL Panel Number.CUTLER HAMMER Inv 1: DC Ungrounded INV 1 -(1)POWER-ONE I AURORA PVI-4.2-OUTD-S-US LABEL: A
WITH IRREVERSIBLE CRIMP Meter Number.24 158 406 Inverter, Zigbee 4200W, 240V, 96% -�0)PV ModululeA;;R �W,M227 5W PTC, 40MM, Block Frame, MC4, ZEP Enabled ORGR C,ICGC18
INV 2
Voc: 37.6 Vpmax: 30.3
INV 3 Isc AND Imp ARE SHOWN IN THE DC STRINGS IDENTIFIER
E 200A MAIN SERVICE PANEL
(E) 200/2P MAIN CIRCUIT BREAKER
(E) WIRING CUTLER-HAMMER COOPER Inverter 1 IND
IY00A/2P Disconnect Meter Socket (3) POWER-ONE ' oc+DO NOT ADJUST MIN.ACTIVATION V TAGE
d AURORA PVI-4.2-OUTD-S-US A. ' DC- 1 String(s)Of 10 On MP 1
(E)LOADS p B -
A Ll MI 1—
GFP/GFCI e— 00+ I U
m m 25A/2P NM--� " =4�- I n
EV'----Z��-10-- -1 GNO� -- V GE' _nzi
DC. Y �+DO NOT ADJUST MIN.ACTIVATION V TAGS
GND I____EGC —- + 4 S String(s)Of 10 On MP 1
I 1 EGC J J
1 T/I
N
(1)Conduit Kit; 3/e EMT
-L —
1f EGC/GEC
a-ig-
1____GEC
TO 120/240V
SINGLE PHASE
UTILITY SERVICE I
1 II
Voc* = MAX VOC AT MIN TEMP
POIr--(1) er;H 25A/2PAMMBR
#2� Sp cea PV BACKFEED BREAKER A —(1)CUTLER-HAMMER/DG221UR8 AC
Disconnect; 30A,/240Vac,Nan-Fumble,NEMA 3R DC
-(')CUTLER-HAMMER
Ground/Neutral Kit; 30A,General Duty(Dc)
B I--(1) Meter��ne 125A,t4-14AMG.RingSocket TDpe
1)AW CAP; B-Line Meter Socket Accessory
-(1)111.13A/6(11:L2001
Meter; FORM 2S
(1)AWG/10. THWN-2,Block
3 (1)AWG#10, r►1WN-2,Red (2)AWG/10. PV WIRE, Black Voc*
_421.72VDC Isc =8.85 ADC
(1)AWG/t0, THW I-2, We NEUTRAL Vmp 240 VAC Imp=20 MC O (1)AWG#10, Slid Bore Copper EGC Vmp =303 VDC Imp=8.27 ADC
-(1)AWG/s, THWN-2,Green EGC/GEC-(1)ConduR Kit 3/4'EMT (1)Conduit Kit 3/4�EMT
[K(2 AWG ro,PV WIRE.Black Voc* =421.72 VDC Isc =8.85 ADC
2 -(1)AWG#10.Solid Bore Copper EGC Vmp =303 VDC Imp=8.27 ADC
��-(1)Conduit Kit; 3/4'EMT
CONTCEitinCeAALINED NOT NE " VER6t' �'ilAffipt JB-9721625 00 TIDRENISERICK, ROBERT C. �`bigam
BENEFIT of ANYONE EXCEPT SOLARarr INC, MG IITING s11STEtt TIDRICK RESIDENCE Grayson Tonks = In
NOR SIAL iT 6E DlsaoSED IN WFIOLE 0R IN Com Mount Type C 12310 SW HOLLOW LN •.4e uuau'
PART TO OTHERS OUTSIDE THE RECIPIENTS P 5 KW PV Array ►�
ORGANIZATION,EXCEPT at CONNECTImN WON ICCOM TIGARD, OR 97223
1HE SALE ANO USE OF THE RESPECTIVE (20) TRINA SOLAR # TSM-25OPAO5.18 3055 Peonies Way
SOLARCITY EQUIPMENT,WITHOUT NE WWTR]r SHEET: REV DAIS Stn Mateo CA 94402
PERMISSION Cf SaLARaTy INC. POWER—ONE AURORA Put-4.2—OUTD—s—us 5039273252 PTHREE LINE DIAGRAM PV 5 9/9/2013 T.(a5a)838-'°� F:(850)°'°-'°2�
(Bee)-SOL-a1Y(765-2489).n.sdvcRXann
ELECTRICAL CALCULATIONS
Module: 20 Trina TSM-250PA05.08 Black 227.5 Inv Pwr W PTC StrLen Voltage Drop Calculations Version 5_9.11
krerter 1: 1 Power-One PVI-4.2-S 96.0% 4,600 4,368 10 Vdrop= (Imp) * (2'Length)*(Resistance) / (Vmp)
Module: Imp(A) Max.Length(ft) Wire
knerter 2: String: 8.27 80 C AWG 10 at Max Are Hi: 80 deg F
Module: Vdrop= (8.27 A * 160 ft *0.00124 Ohms) / 279 V= 0.59%
irnerter 3:
Module: Branch: 8.27 I 0 I C AWG 10 at Max Are Hi: 80 deg F
* *
Vdrop= (8.27 A 0 ft 0.00124 Ohms) / 279 V= 0.00%
Irnerter 4: Total voltage drop in DC conductors=I 0.59%I
Inverter: 20.00 I 10 I C AWG 10 at 240V
Total: 20 modules Total Inv Pwr 4,600 4,368 PTC Vdrop= (20.00 A ' 20 ft *0.00120 Ohms) / 240 V 0.20%
Photovoltaic Module Electrical Specifications: Total STC 5,000 Combinedi 20.00 I 0 I E AWG 06 at 240V
Voc= 37.6 V deg F deg C Vdrop= (20.00 A * 0 ft *0.00049 Ohms) / 240 V 0.00%
Vmp= 30.3 V Record Low Temp: 8 -13.3333333 Total voltage drop in AC conductors= 0.20%
Isc= 8.85 A Max Average Hi Temp: 80 26.66666667 Total voltage drop in AC and DC conductors= 0.79%
Imp= 8.27 A Record Hi Temp: 106 41
Two= -0.12032 V/deg C Power-One Strings: Individual MPPT
Tisc= 4.1595 mA/deg C
String Type A and 2 Combined Strings Type A Voc Correction Method: Manuf Tux data Branch Circuit Type A 1-way wire length: 0 ft
Power-One PVI-4.2-S 1 strings per branch 1 1 strings per branch 2
10 Trina TSM-250PA05.08 Black Inverter Min Vdc Input: 120 Vdc 10 modules per series string 10 modules per series shin
Voc= 376 V Min Vmp at Max Temp: 236 Vdc Voc= 376 V 376 V
Vmp= 303 V Max Voc at Min Temp: 422 Vdc Vmp= 303 V 303 V
Ise= 8.85 A Inserter Max Vdc Input: 600 Vdc Ise= 8.85 A 8.85 A
Imp= 8.27 A Max String Size: 14 Imp= 8.27 A 8.27 A
!cant= 11.06 A Art 690.8(AX1) 1-way wire length: 80 ft lcont= 11.06 A 11.06 A Art 690.8(AX1)
1.a Conductor.C AWG 10 PV Wire 2.a Conductor 1:C AWG 10 PV Wire
Conductor 2:C AWG 10 PV Wire
Conductor 1:Conductor 2:
Icont*1.25=(Amps) 13.83 Icont*1.25=(Amps) 13.83 13.83
30 deg C ampacity= 40 I 30 deg C ampacity= 40 40 I
1.b !contr.(Amps) 11.08 2.b 'cant=(Amps) 11.06 11.06
Start ampacity 40 Start ampacity 40 40
Temperature derate(%=F) 0.71 Temp.derate(%=F) 0.82 0.82
Conduit ill derate(%=#) 1 Cndt.fill derate(%=#) 0.8 0.8
Derated ampacity 28.40 Derated ampacity ty 28.24 26.24 I
Term 1 Term 2
1.c Icont*1.25=(Amps) 13.83 Temp table 75degC 75degC
Ampacity 40 2.c Icont*1.25=(Amps) 13.83 13.83
Ampacity 35 35 I
1.d Icont*1.25=(Amps) 13.83 2.d EGC C AWG 10 C AWG 10 Art.250.122
OCP size= 15 OCP size= 15 15
Inverter Type A Output Combined Inverter Output
Power-One PVI-4.2-S 1-way wire length: 10 ft Service Voltage= 240 Volts
tont= 20.00 A Art 690.8(AX1) Total Iraerter Power= 4,600 Nameplate Watts 1-way wire length: 0 ft
3.a !cont*1.25=(Amps) 25.00 A Art 690.8(6x1) !cont=#of inverters*max inverter current Art 690.8(Ax1)
OCP size= 25 A Art.240.6(A) !cont=(Amps) 20.00
3.b Conductor C AWG 10 THWN-2 at 90 deg C:Table 310.16 4.a tont 1.25=(Amps) 25.00 A Art 690.8(6x1)
Icont*1.25=(Amps) 25.00 OCP size= 25 A Art.240.6(A)
30 deg C ampacity= 40 4.b Conductor E AWG 06 THWN-2 at 90 deg C:Table 310.16
3.c Icont=(Amps) 20.00 Icont*1.25=(Amps) 25.00
Start ampacity 40 30 deg C ampacity= 75 I
Temperature derate(%=F) 0.91 4.c Icont=(Amps) 20.00
Conduit ill derate(% ) 1 Start ampacity 75
Derated ampacity 38.4 I Temp.derate(%=F) 0.91
3.d Icont*1.25=(Amps) 25.00 Cndt.ill derate(%=#) 1
Ampacity 35 I Derated ampacity 68.25 I
3.e EGC/GEC = D AWG 08 Art.690.47(CX3),250.166(B) 4.d Icont*1.25=(Amps) 25.00
Ampacity 65 I
WIEIDE a - THE DFORYA"HEREN 43e JB-9721625 0 0
PREMISE owElt
°a'TNIitD sHML HOT sE USED FOR THE TIDRICK, ROBERT C. DEEM veto,"
eD TT Cf ANYONE EXCEPT saARa1Y INC., t10lM1itIG SYSTEM 12310 SW HOLLOW LN TIDRICK RESIDENCE Grayson Tonks , ;
NOR SNAIL FIEOUTSIDE
DISCLOSED IN NHOLERECIPIENT'S OR IN Comp Mount Type C 5 KW PV Array ►t SoiarCity
PART m OTHERS ETa9E CN ECIONNrs TIGARD, OR 97223
aacAwzATlal4 EXCEPT M oola+ECTaN YYITH
DE SALE AND USE or THE RESPEcmE (20) TRINA SOLAR # TSM-250PA05.183055 p
eaniew Way
SOIaRCITY EQUPAIENT, NInIDUT 1HE WRITTENmum
PAGE NATE: SHEET REV: DATE r( )Son
Mateo.
��)638-1029
""�10N OF
SOLAR"n INC. POWER-ONE # AURORA PVI-4.2-OUTD-S-US 5039273252 ELECTRICAL CALCULATIONS PV 6 9/9/2013 (888)-sa-cm(765-2489),,.,,,.,1,,, yc m
•
CAUTION
POWER TO THIS BUILDING IS ALSO SUPPLIED FROM THE
FOLLOWING SOURCES WITH DISCONNECTS LOCATED AS SHOWN:
- Address: 12310 SW Hollow Ln
UTILITY
SERVICE
INVERTER AND
DC DISCONNECT
'likiAT
0_
SOLAR 0
PHOTOVOLTAIC
ON ROOF
PHOTOVOLTAIC BACK-FED CIRCUIT BREAKER RI MAIN ELECTRICAL PANEL IS
A/C DISCONNECT PER NEC 690.17
- OPERATING VOLTAGE = 240V MAX CURRENT = 19.17 A
`"4F/CenlAL- THE'" HERE" 108"'"' J B-9721625 00 PREF°'"N DESCRIPTION
CONTAINED SHALL NOT BE USED FOR THE TIDRICK, ROBERT C. DESIGN ``w.
NaR SHALL'�°'�°�°BENEFIT OF ANYONE EXCEPT TM�R+ Comp M unt Type C 12310 SW HOLLOW LN TIDRICK RESIDENCE Grayson Tonks 1�,���;
PART TO OTHERS OUTSIDE THE RECIPIENrs 5 KW PV Array ►� SolarCity
ORGANIZATION,EXCEPT IN CONNECTION YAM Ho°utEs TIGARD, OR 97223
THE SALE AND USE OF THE RESPEC1K (20) TRINA SOLAR # TSM-250PA05.183055 aeorwe.
May
SO ARCITYPERMISSION
EQUIPMENT,NIIHOUT THE NRITTEN NVERRR PAGE NAAE SHEET: REM DATE: San Nata0.CA 91102
Cr saaRaTr INC POWER—ONE # AURORA PVI-4.2—OUTD—S—US 5039273252T:(650)&TB-1048 F(890)aae-1029
SITE PLAN PLACARD PV 7 9/9/2013 (888)-soy-aTY(ns-2 ),0)"2 aa�Hx�,n,
Label Location: Label Location: Label Location:
CAUTION. SOLAR CIRCUIT (C) MAXIMUM AC A (AC)(P01) CAUTION (POI)
Per Code: OPERATING CURRENT Per Code: DUAL POWER SOURCE Per Code:
CA Fire Guidelines MAXIMUM AC NEC 690.54 SECOND SOURCE IS
OPERATING VOLTAGE PHOTOVOLTAIC SYSTEM NEC 690.64.B.4
Label Location:
PHOTOVOLTAIC DC (DC)(INV)
DISCONNECT Per Code:
NEC 690.14.C.2 Label Location: Label Location:
PV SYSTEM (AC)(POI) WARNING (DC)(INV)
DISCONNECT FOR Per Code:
UTILITY OPERATION ELECTRIC SHOCK HAZARD NEC 690.35 F
Label Location: THE DC CONDUCTORS OF THIS ( )
MAXIMUM POWER-_ (DC)(INV) PHOTOVOLTAIC SYSTEM ARE TO BE USED WHEN
POINT CURRENT(Imp) A Per Code: MAY BEUNDED ENERGIAND
ZED INVERTER IS
MAXIMUM POWER-_� NEC 690.53 UNGROUNDED
POINT VOLTAGE(Vmp)
MAXIMUM SYSTEM Label Location:
VOLTAGE(Voc) WARNING (AC)(P01)
SHORT-CIRCUIT_A Per Code:
CURRENT(Isc) ELECTRIC SHOCK HAZARD
DO NOT TOUCH TERMINALS NEC 690.17(4)
TERMINALS ON BOTH LINE AND
LOAD SIDES MAY BE ENERGIZED
IN THE OPEN POSITION
Label Location:
WARNING (DC)(CB)
ELECTRICAL SHOCK HAZARD Per Code:
DO NOT TOUCH TERMINALS NEC 690.17(4) Label Location:
TERMINALS ON BOTH LINE AND WARNING (POI)
LOAD SIDES MAY BE ENERGIZED Per Code:
IN THE OPEN POSITION INVERTER OUTPUT
DC VOLTAGE IS CONNECTION NEC 690.64.B.7
ALWAYS PRESENT WHEN DO NOT RELOCATE
SOLAR MODULES ARE THIS OVERCURRENT
EXPOSED TO SUNLIGHT DEVICE
Label Location: Label Location:
WARNING (DC)(INV) PHOTOVOLTAIC POINT OF (P01)
Per Code: INTERCONNECTION Per Code:
ELECTRIC SHOCK HAZARD NEC 690.5(C) WARNING. ELECTRIC SHOCK
IF A GROUND FAULT IS INDICATED HAZARD. DO NOT TOUCH NEC 690.17.4; NEC 690.54
NORMALLY GROUNDED TERMINALS.TERMINALS ON
CONDUCTORS MAY BE BOTH THE LINE AND LOAD SIDE
UNGROUNDED AND ENERGIZED MAY BE ENERGIZED IN THE OPEN
POSITION. FOR SERVICE
DE-ENERGIZE BOTH SOURCE
AND MAIN BREAKER.
PV POWER SOURCE
Label Location: MAXIMUM AC A
OPERATING CURRENT _
PHOTOVOLTAIC AC (AC)(P01) MAXIMUM AC (AC):AC Disconnect
DISCONNECT Per Code: OPERATING VOLTAGE - V (C): Conduit
NEC 690.14.C.2 (CB): Combiner Box
(D): Distribution Panel
(DC): DC Disconnect
Label Location:
(IC): Interior Run Conduit
CAUTION (D)(POI) (INV): Inverter With Integrated DC Disconnect
Per Code: (LC): Load Center
PHOTOVOLTAIC SYSTEM NEC 690.64.8.4 (M): Utility Meter
CIRCUIT IS BACKFED (P01): Point of Interconnection
CONFIDENTIAL- 1HE INFORMATION HEREIN CONTAINED SHALL NOT BE USED FOR
THE BENEFIT OF ANYONE EXCEPT SOLAROTY INC.,NOR SHALL IT BE DISCLOSED v.of, 3055 Cleavlew Way
IN WHOLE OR IN PART TO OTHERS OUTSIDE THE RECIPIENT'S ORGMNZATION, SC - OR Label Set .: ' T:�65o,�M"eo,CA9463&1029
EXCEPT IN EQUIPMENT, WITH NE SALE AND USE OF THE RESPECTIVE SoiarC'ty (888)-SOL-CITY(765-2489)www.solarciey.com
SOLARCITY EQUIPMENT, WITHOUT THE MITTEN PERAISSION OF SOLARCITY INC o
ZS Comp Edge Zone Calculations 1 of 4 ZS Comp Edge Zone Calculations 2 of 4
ZeSolar 5/28/13 5/28/13
p ZepSotar
This set of calculations is intended to show that ZS Comp has sufficient strength to allow for attachment Down Force Spacing
spacings of at least 48"in Edge Zones whether the modules are orientated in landscape or portrait.The Allowable Down Force Load
calculations will vary the design variables to account for the worst case for each failure mode that is beingdown force spacing=
module width x design load
checked.
Wind Down Calculations
All variable the same as above except for roof pitch
General Design Information:
Roof Pitch
Module Size: 39"x 65" Basic Wind Speed= 95 mph 14 30 45
System Weight= 3 psf Ground Snow Load= 30 psf GCN landscape= 0.5 0.9 0.9
Comp Mount Allowable Loads GCN portrait= 0.4 0.9 0.9
Uplift= 656 lbs design load landscape= 9.62 17.32 17.32 psf
Lateral= 436 lbs design load portrait= 7.70 17.32 17.32 psf
Down Force= 1147 lbs . Fro ,�.., note:use 10 psf minimum
l,
Agir
7---.-414R111/ Snow Calculations
Attachment Spacing Calculations 85818 To account for unbalanced snow loads,ground snow loads will be used for roof pitches 30 degrees and
Uplift Spacing a OREGON o lower.Per section 7.6.1 of ASCE 7-10 unbalanced snow loads do not need to be considered for slopes
P above 30 degrees.
Allowable Uplift Load F"w mp. :,,5
uplift spacing= eur Roc,-
module length or width x design load
EXPIRES: 12/31/14 Ground Snow Load= 30 psf
Wind Uplift Calculations FOR PAGES 1-4 Roof Pitch
ASCE 7-05 Method 2 14 30
P=qh GCN Design Snow Load 29.11 25.98 psf
cin=0.00256 K,Krt Kd V2 I (snow load spread over the length of the rafter)
Basic Wind Speed= 95 mph
Exposure= C Roof Zone= Edge Zone
Down Force Load Roof Pitch
Importance Factor= 1.0 K,=0.98 from Table 6-3
Combinations: 14 30
D+S= 31.16 25.10 psf
Gable/Hip Roof K,= 1.0 per 6.5.7.2 D+W= 12.91 19.92 psf
/orst Case Roof Pitch= 14 degrees Kd=0.85 from Table 6-4 D+0.75W+0.75S 31.59 32.46 psf
Roof Height= 30 GCN landscape= -1.6
iscape effective area= 13.0 ft2 GCN portrait= -1.5 landscape downforce spacing_ 11471bs in
ortrait effective area= 21.7 ft2
p p g 39"x 32.46psf x 144 ft2 = 130"
Plandscape= -30.79 psf
qh= 19.25 psf Pportrait= -28.87 psf 11471bs in
portrait down force spacing= 65"x 32.46psf x 144 ft2 =78"
Uplift Load Combination:0.6D+W(ASCE Section 2.4.1 equation 7)
design load landscape= -29.05 psf
design load portrait= -27.12 psf
656 lbs
landscape uplift spacing = 39"x 29.05 psf x 144 in
=83"
656 lbs in
portrait uplift spacing = x 144 65"x 27.12 psf ft2 =54"
ZS Comp Edge Zone Calculations 3 of 4 ZS Comp Edge Zone Calculations 4 of 4
ZeC`a{a r 5/28/13 5/28/13
p l ZepSotar
Lateral Spacing Module Deflection Spacing
The lateral force on the system increases as the pitch of the roof increases,but the amount of snow on landscape module spacing= -1.4545 x Maximum Uplift or Down Force Pressure+120.7273
the roof decreases for slopes greater than 30 degrees.With this in mind,the lateral force will be checked
at 30 degrees with ground snow load and 45 degrees with sloped roof snow. portrait module spacing= -1.7917 x Maximum Uplift or Down Force Pressure+118.58
Allowable Lateral Load
lateral spacing=
module width x design load Maximum Uplift of Down Force Pressure= 32.46 psf
Snow Calculations
Ground Snow Load= 30 psf
landscape module spacing=-1.4545 x 32.46 psf+120.7273 =73"
Ps=C5 Pf Roof Pitch= 31 45 degrees
Pf=0.7CeC5lpg Ce=0.9 C5= 0.71 0.45
Cr= 1.2 pf= 22.68 22.7 psf portrait module spacing=-1.7917 x 32.46 psf+118.58=60"
I= 1.0 p5= 16.1 10.2 psf
Calculation Summary
Calculated Edge Zone Spacing
Roof Pitch Spacing Check Landscape Portrait
27 30 31 45 Uplift 83" 54"
Design Snow Load 26.73 25.98 13.80 7.22 psf Down Force 130" 78"
(snow load spread over the length of the rafter) 300 27" 30"
Lateral 74" 48" 45"
Lateral Force Component Module Deflection 73" 60"
Down Force Load Roof Pitch
Combinations: 27 30 31 45 As can be seen in the table above,for Design Wind Speeds up to 95 mph and Ground Snow Loads up to 30
D+S= 13.50 14.49 8.65 7.22 psf psf with modules orientated in landscape,the system is strong enough to be installed at 72"on center in
D+0.75W+0.755 10.46 11.24 6.88 5.95 psf the Edge Zone.When modules are installed in portrait,the spacing for edge zone installations can be 48"
on center for most roof pitches.For roof pitches that are greater than 27"but less than 31°,the maximum
30 degree roof pitch attachment spacing is 45".
292lbs in
landscape lateral spacing= 39"x 14.49 psf x 144 ftz = 74"
292lbs in
portrait lateral spacing= 65"x 14.49 psf x 144 ftz =45"
Portrait spacing is less than 48".Try roof pitch of 27 degrees
292lbs in
portrait lateral spacing = 65"x 1330 psf x 144 ftz =48"
SolarCity SleekMountTM - Comp SolarCity SleekMountTM - Comp
The SolarCity SleekMount hardware solution •Utilizes Zep Solar hardware and UL 1703 listed ,. Installation Instructions
is optimized to achieve superior strength and Zep CompatibleTM modules
aesthetics while minimizing roof disruption and ' • Drill Pilot Hole of Proper Diameter for
•labor.The elimination of visible rail ends and Interlock and grounding devices in system UL
listed to UL 2703 Fastener Size Per NDS Section 1.1.3.2
mounting clamps, combined with the addition
of array trim and a lower profile all contribute •Interlock and Ground Zep ETL listed to UL 1703•
Seal pilot hole with roofing sealant
to a more visually appealing system.SleekMount as"Grounding and Bonding System"
Insert Comp Mount flashing under upper
utilizes Zep CompatibleTM modules with •Ground Zep UL and ETL listed to UL 467 as :. \ layer of shingle
strengthened frames that attach directly to grounding device
Zep Solar standoffs, effectively eliminating the Place Comp Mount centered
need for rail and reducing the number of •Painted galvanized waterproof flashing upon flashing
standoffs required. In addition, composition •Anodized components for corrosion resistance Install lag pursuant to NDS Section 11.1.3
shingles are not required to be cut for this
system, allowing for minimal roof disturbance. •Applicable for vent spanning functions \11111 0\ with sealing washer.
Secure Leveling Foot to the Comp Mount
using machine Screw
Place module
';',-, itt 0
Components
vor,► • 5/16"Machine Screw ` 4 ',
41
4���i • Leveling Foot �` 4 1 Y
Z' -..-gook,,it4,,,,, ,,,,,,,,: til- -t,--40;_v-
4, Lag Screw
E • Comp Mount � `4 3
Comp Mount Flashing
Y
0 0AP' .t • s=: r
�o�� ;x 'k
Val I
'' �������� January 2013 �� V`:J LISTED '>' SolarCit�
comp.
J® January 2013
•
•
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. . .
‘./Renewable Energy Solutions TECHNICAL DATA r VALUES PVI-3.0-OUTD-US PVI-3 6-otno-tis- PVI-4 2 OUTD Li
.... . .
Nominal Output Power W 3000 3600 4200
Maximum Output Power W 3000 3300" 3300" 3600 4000" 4000** 4200 4600". 4600**
0 Rated Grid AC Voltage V 208 240 277 208 240 277 208 240 277
Z input Side(DC)
M Number of independent MPPT Channels 2 2 2
PVI-3.()-1'1.. Maximum Usable Power for Each Channel
Absolute Maximum Voltage(Vmax) W
V 2000
600 3000
600 3000
600
Start-Up Voltage(Vstart) V 200(adj.120-350) 200(adj.120-350) 200(ac/j.120-350)
PVI-3.6-rt. beiit
5 Full Power MPPT Voltage Range V 160-530 120-530 140-530
4. Operating MPPT Voltage Rang* V 0.7xVstart-580 0.7xVstart-580 0.7xVstart-580
Maximum Current(idcmax)for both MPPT in Parallel A 20 32 32
PV1-11.2-1"1.. Maximum Usable Current per Channel A 10 16 16
Maximum Short Circuit Current Limit per Channel A 12.5 20 20
Number of Wire Landing Terminals Per Channel 2 Pairs(1 on-S version) 2 Pairs(1 on-S version) 2 Pairs(1 on-S version)
GENERAL SP['_( IFICAT1C)NS Array Wiring Termination Terminal block,Pressure Clamp,AWGIO-AWG4
Output Side(AC)
OUTDOOR MODELS • 4,,,,...i. '''C's-,:d.4,'dtS:e.'..e=e,e''.''''s .'
0,,I.-,, -se*.....se.
-...,,x-.. Grid Connection Type 10/2W Slit Split 10/2W Split- 10/2W 10/2W Split-
10/2W
0/31PI 0/3W 0/3W
Adjustable Voltage Range(Vmin-Vmax) V 183-228 211-264 244-304 183-228 211-264 244-304 183-228 211-264 244-304
Grid Frequency Hz 60 60 60
Adjustable Grid Frequency Range Hz 57-60.5 57-60.5 57-60.5
A
Maximum Current(lacmax) AR., 14.5 14.5 12 17.2 16 16 20 20 20
. - --
Power Factor >0.995 >0.995 >0.995
Th , , anavensge- .-rz.,..,:.emost(muffs:tit rendentialkiverteris thekiealsbe for ''-' 5„
Total Harmonic Distortion At Rated Power % <2 <2 <2
, .„ .5r
sized-family home. This family Of single-phase string Inverter '''',--*'.', '''
- . Grid Wiring Termination Type Terminal block,Pressure Clamp,AWG10-AWG4
comPlements the typical MaMbet of rtkoftoP sctitir Paneb,*Hewing ''' - Protection Devices
input
- -,, ' Reverse Polarity Protection Yes Yes Yes
hOto!tOgto9tO, ,... to get the Most efficient energy' herveedng for the , -..;;?:`
..
**of the property.This rugged outdoor inverter has been designed .1:;; '''''''-'''''-,-.•-• Over-Voltage Protection Type Varistor,2 for each channel Varistor,2 for each channel Varistor 2 for each channel
PV Array Ground Fault Detection Pre start-up Riso and dynamic GFDI(Requires Floating Arrays)
as a torripletely sealed unit to withstand the harshest enviromnernal -);;,,'
Output
CSInd-iti°1" ,
Meets UL 1741/IEE1547 Meets UL 1741/IEE1547 Meets UL 1741/10E1547
- - - .--- - .,°.'4';',; Anti4slanding Protection
e,--,,?:,,,f,-,-;,.1;--,„;,1,Pet.:,,i-4,-1- ' . , requirements requirements requirements
Over-Voltage Protection Type Varistor,2(L-L/L-0) Varistor,2(1-L/L-G) Varistor,2(L-L/L-0)
One Of Ette key benefits of tlue Urns famlly of single-phase inverters -`•4, ':::---:-1;::-::: '' Maximum AC OCPD Ratin9 A 20 20 15 25 20 20 25 25 25
Is the dual input section topmcess two strings with independent ,,,i4 1 '' \ Efficiency
Maximum Efficiency 96.9 97 97
MPPT especially useful for rooftop installations with two different 'ix ''''
, CEC Efficiency % 96 96 96
' ge East andiNest).The high speedMPPT offers real-time .".-'1
orientation ,... * - 4Performance
Othlfalk9
.,. _ . Stand-by Consumption Wws <8 <8 <8
power tracking and Improved energy harvesting. ' -'''' •
' * Night time consumption W.,. <0.6 <0.6 <0.6
, - -
. -..
Communication
,
User-Interface
The transformedess operation gives the highest efficiency of up to •r .
Remote Monitoring(1xItS4115 i 16 characters x 2 lines LCD display
970%. AURORA-UNIVERSAL(opt.)
wide input voltage range Makes the inverter suitable to Wired Local Monitoring(1 xRS4115 Ind.) PVI-USB-R5485_232(opt),PVI-DESKTOP(opt)
.. ,
, , -
low power kistallistbns with reduced string shim. ''- Wireless Local Monitoring PVI-DESKTOP(opt)with PVI-RADIOMODULE(opt)
° ' - sous a auras. Environmental
-13 to+140(-25 to+60)with -13 to+140(-25 to+60)with -13 to+140(-25 to+60)with
Ambient Ak Operating Temperature Range °F(°C)
derating above 131(55) derating above 131(55) derating above 113(45)
a - . - Ambient Air Storage Temperature Range °F(°C) -40 to 176(-40 to+80) -40 to 176(-40 to+80) -40 to 176(-40 to+80)
,...,„
*- Relative Humidity %RH 0-100 condensing 0-100 condensing 0-100 condensing
„
-, ,-,-.010/0/01. Acoustk Noise Emission Level db(A)WI m <50 . <50 <50
.... .,
Features - - Maximum Operating Altitude without Derating ft(m) 6560(2000) 6560(2000) 6560(2000)
/Reamers.'Spedfications
Enclosure rating NEMA 4X NEMA 4X NEMA 4X
Cooling Natural Convection
•Each inverter is set on specific grid codes which can be selected in the field Natural Convection
Dimensions(H x W x D) in(mm) 338.128X 8.7(859 x 325 x 222)-s Version Natural Convection
•Slieje phase output :
Weight lb/(kg) <47.3(21.3)-S version <47.3(21.3)-5 version <47.3(21.3)-S version
Wall bracket Wall bracket Wall bracket
•Dual input sections with independent MPPT allows optimal energy harvesting from two sub-arrays oriented In Mounting System
Trade size KOs:(2ea x 1/2")and Trade size KOs:(2ea x 1/2')and Trade size KOs:(2ea x 1/2')and
tinrent. digctkarts_
(2ea x 1-1/4',3 places side,front, (2ea x 1-1/413 places side,front, (2ea x 1-1/41 3 places side,front,
Conduit Connections
...
+I VVIde INPUL WO -
rear) rear) rear)
. _ , . DC Switch RatingiPer Contact) AN 25/600 25/600 25/600
*High stiated imdpmcbe MPPT algorithin far raitkne payer tracking and kiminved
„ energy harvesting - Safety
Isolation Level Transformerless(Floating Array) Transformerless(Floating Array) Transformerless(Floating Array)
ii,fitritbaden0 alfires ensure high efficiency at all. out.*levels ensuring-conshtent-and stable performance across .
thirtoitheinput voltaimandoutputpotier -'' ' - - Safety and EMC Standard UL 1741,CSA-C22.2 N.107.1-01 UL 1741,CSA-C22.2 N.107.1-01 UL 1741,CSA-C22.2 N.107.1-01
Safety Approval ,CSA,,, CS/4,,, ,CSA„,
•-Outdoor enclosure for unrestricted use under erivberunentat
• _ any confiltions Warranty
• in,tecoled oc disconnect, switch in omplance with fretemsonal systdards oversioto
Standard Warranty years 10 10 10
Extended Warranty years 15&20 15&20 15&20
0"RS-485comnItIrtiattiOn interface(for connectkta to*stop or datalogged .
Available Models
- '
Standard-Without DC Switch and Wiring Box PVI-3.0-OUTD-US PV1-3.6-OVID-US PVI-4.2-OUTD-US
, .
, •C°"‘Paiihiti. with PVRADIOMOOME for witelets mitimitilicatien with Aurora PVI-OESKTOP
With DC Switch and Vfiring Box PVI-3.0-OUTD-S-US PVI-3.6-OUTD-S-US PVI-42-OUTD-S-US
'
•All data is subject to change widsout notice
.Capahikty enabled at nominal AC voltage and with suffident DC power available
AURORA UNO 1
AURORA UNO 3
•••When equipped with optional DC Search and Mang Box
.
CSA INTERNATIONAL
Certificate of Compliance
Certificate: 2096477 Master Contract: 173688
Project: 2439385 Date Issued: July 19,2011
Issued to: Power-One,Inc
740 Calle Plano
Camarillo,CA 93012
USA
Attention:Robert White
The products listed below are eligible to bear the CSA
Mark shown with adjacent indicators 'C'and 'US'for
Canada and US or with adjacent indicator 'US'for
US only or without either indicator for Canada only.
Rob-}f empbtock
Issued by: Rob Hempstock,AScT.
C US
PRODUCTS
CLASS 5311 09 -POWER SUPPLIES-Distributed Generation Power Systems Equipment
CLASS 5311 89 -POWER SUPPLIES-Distributed Generation-Power Systems Equipment
-Certified to U.S.Standards
Utility Interactive Inverter,Models PVI-4.2-OUTD-US,PVI-3.6-OUTD-US,PVI-3.0-OUTD-US,PVI-4.2-
OUTD-S-US,PVI-3.6-OUTD-S-US,PVI-3.0-OUTD-S-US,PVI-4.2-OUTD-US-W,PVI-3.6-OUTD-US-W and
PVI-3.0-OUTD-US-W;provided with two DC input channels,permanently connected.
For details related to ratings,reference should be made to the CSA Certification Record,Appendix 1 or the
Descriptive Report.
APPLICABLE REQUIREMENTS
CSA-C22.2 No.107.1-01 - General Use Power Supplies
UL Std No. 1741-Second Edition - Inverters,Converters,Controllers and Interconnection System Equipment
for Use With Distributed Energy Resources(January 28,2010)
DQD 507 Rev.2009-09-01 Page:1
TSM-PA05.18 TRINAMOUNT II WITH THE UNIVERSAL MODULE
• Mono Multi Solutions
DIMENSIONS OF PV MODULE TSM-PA05.18 ELECTRICAL DATA C STC TSM-240 TSM-245 TSM-250 TSM-255 TSM-260
PA05.18 PA05.18 PA05.18 PA05.18 PA05.18
941mm Peak Power Wafts-Pv s(Wp) 240 245 250 255 260
! _sTirrigt_ Power Output Tolerance-Pm.(%) 0/+3 0/+3 0/+3 0/+3 0/+3
,ONc N a Maximum Power Voltage-Vn v(V) 29.7 30.2 30.3 30.5 30.7
POx
um
T pA05 .1
oOpen Cir uoworage-VocI.rr(V)(A) 3..3 3..5 8.27 37.7 8.47NAMEPLATE Nacwx xC� o Open Circuit Voltage-Voc(V) 37.3 37.5 37.6 37.7 37.9 INSTILLING NOLE _ Short Circuit Current-Isc A
' � ( ) 8.62 8.68 8.85 8.92 9.00
Module Efficiency nm(%) 14.7. 15.0 15.3 15.6 15.9
THE TRINAMOUNT MODULE 3
STC:Irradiance 1000 WW,Cell Temperature 25°C,Air Mass AM1.5 according to EN 60904-3.
Average efficiency reduction of 4.5%at 200 W/m2 according to EN 60904-I.
E g
0
3
3
TSM-240 TSM-245 TSM-250 TSM-255 TSM-260
ELECTRICAL DATA C NOCT
60 CELL PA05.18 PA05.18 PA05.18 PA05.18 PA05.18
Maximum Power-PMox(Wp) 174 178 181 184 188
MULTICRYSTALLINE MODULE Maximum Power voltage-VMr(V) 26.6 26.8 27.0 27.2 27.4
re<.aGROUNDING HOLE Maximum Power Current-Ie. (A) 6.55 6.64 6.70 6.77 6.86
A A
WITH TRINAMOUNT FRAMEEMIMMN HOLE
Open Circuit Voltage(V)-Voc(V) 34.1 34.2 34.3 34.4 34.6
/�
_i Short Circuit Current(A)-Isc(A) 7.04 7.10 7.25 7.31 7.37
240 zbOW 812mm 780 NOCT:Irradiance at 800 WWW,Ambient Temperature 20°C,Wind Speed I m/s.
Back View
POWER OUTPUT RANGE Our most versitile product MECHANICAL DATA
CD
• Compatible with all major BOS components and system -( n1
Solar cells Multicrystalline 156 x 156 mm(b inches)
designs I CellorienTation 60cells)6 0 10)
15g� S �` Module dimensions 1650=992 a 40 mm(64.95 n 39.05 o 1.57 inches)
Weight 18.6 kg(41.0 Ibs)
MAXIMUM EFFICIENCY M Glass High transparency solar glass 3.2 mm(0.13 inches)
One of the industry's most trusted modules Backsheet White
fri • Over 2 GW sold across all major global markets Frame Black Anodized Aluminium Alloy with Trinamount Groove
0.r+3% • Field proven performance I-V CURVES OF PV MODULE TSM-245 PA05.18 J-Box
Cables IP 65 or IP 67 rated
Photovoltaic Technology cable 4.0 mm'(0.006 inches'),
POWER OUTPUT GUARANTEE 10°°
1100 mm(43.3 inches)
__. Connector Original MC4
9m,, 800W/m2
7ml
Highly reliable due to stringent quality control 6 600W/m2
As a leading global manufacturer �% • Over 30 in-house tests(UV,TC,HF,and many more) 4e
`f r VW/rn' TEMPERATURE RATINGS MAXIMUM RATINGS
of next generation photovoltaic In-house testing goes well beyong certification requirements v.
products,we believe close 2., N'/m2 Nominal Operating Cell 45°C(±2°C) Operational Temperature -40-+85°C
cooperation with our partners 1 Temperature(NOCT) (IEC)/
is critical to success. With local 0• Temperature Coefficient of Nix -0.43%/°C Voltage
Maximum System 1000V DC
presence around the globe,Trina is o" to.� zoo 30° 4omboOVDC(uL)
able to provide exceptional service Voltage(V) Temperature Coefficient ofvoc -0.32%/°C Max Series Fuse Rating 15A
to each customer in each market Temperature Coefficient oflsc 0.047%/°C
arta supplement our innovative. Certified to withstand challenging environmental
reliable products with the backing conditions
of Trina as a strong,bankable • 130 km/hr wind load (2400 Pa) WARRANTY
partner. We are committed • 900 kg snow load per module (5400 Pa)
to building strategic,mutually 10 year Product Workmanship Warranty
beneficial collaboration with
installers,developers,distributors
25 year Linear Power Warranty
and other partners as the (Please refer to product warranty for details)
backbone of our shared success in
driving Smart Energy Together.
LINEAR PERFORMANCE WARRANTY CERTIFICATION n
PACKAGING CONFIGURATION
10 Year Product Warranty•25 Year Linear Power Warranty
11 C • sp
Trina Solar Limited 'co mr us Modules per box:24 pieces
www.trinasolar.com Modules per 40'container:672 pieces
ml00% �r
o Addrfrona/ ISO is (( c@in IW 2YcLE
• 0 90% x-o ' ; vQ e/Tom Trina So/pr's/blear N,arront w.«.
urns v
(980% ¢ , y • CAUTION:READ SAFETY AND INSTALLATION INSTRUCTIONS BEFORE USING THE PRODUCT. 014P4r,
r�nasolar Tr�nasolar a 2013 Tina Solar Limited.All rights reserved.Specifications included in this dafasheef are subject to ti4
� . °T' .>� ,.*�'#t�� change without notice.
Smart Energy Together Smart Energy Together p
Years 5 10 IS 20 25
gl Indu;trp,-,,,r1,-3 . Trina Solar
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