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PV Medule Ratings Inverter Ratings Photovoltaic DC Output
MAIN Ake SoIarVWrk1 Inverter Male POWER ONE Rated SNP Current • 18.3A
Abdul. Wbdel SW255 MONO Inverter $bdel PVI.6000.0UTO -US Rated NPP Voltage • 378A V
Vokaae Roo CakuteUOns Wax, Power • 255 W Max. Oupn Rawer • 6000 W Wax System Voltage • NU V
Forru% used per NEC 2008 Handbook 215.2(A X3): V • 2' L' R' 111000 I Open Ctouk Votepe • 37.8 V Wax. DC Votage • 600 V Short Orcut Anent • MAGA
Wire Run V 1 R Wa
L V. %V x, Power Paint Voltage • 31.4 V Noninal A:Votage • 240 V Photovoltaic AC Output
PV Amy to Inverter 37;2 8. • 1.20 86 1.77 0.47% Shat Omit Anent • 8.68 A Max. AC Current • 28 A AC Output Current = NA
Water to Merconneetbr 240 25.0 1.29 5 0.32 0.13% Max. Power Point CLrmt = 8.15 A ' CSC hverer Efficiency = 46.5' l brrinel AC Votage = 240 V
UTILITY METER
240/120V
SINGLE PHASE
CO
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G
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C- O
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CM C til
< 4• CONDUIT: ..-. > o tsrl
200A 2- IIOTHNRJ 2 CONDUCTORS XPOSED TO FREF.�%11 N
1 - 610 THWN -2 NEUTRAL 4 - 010 PV WIRE/USE-2 <
1 - #6 THWN -2 GND POWER ■ O. _ (RATED FOR OUTDOOR USE)
• . 0. i rs. PV1- 8800.OUTD -US 1 - I S BARE COPPER GND
WITH INTEGRATED VEFJITHEREEAO
PV AC DISCONNECT DC DISCONNECT 1RANSmO INGTO (2) STRINGS OF (12) SW255
•
40 A, 240 V, 2 GFI CONDUIT MODULES IN SERIES
35ARP I I ��i•I_t_i� t� t t -' 1 1
`11'• g, .
a Z! - :�1 r�:ia77�
jJ Z G m ,` y m Z A 4" CONDUIT:
_ = 4- i110THWN -2 CONDUCTORS
110•4 i.; • I� METERRMAN - • • = g g 2 3 1 - I 6 THWN -2 GND
j
Z3 .2 • 1 9 '11 >.
:t- .n m ' In
EXISTING 200A MAIN C • O W < N
SWITCHBOARD CD 0
�` co m Z nT co ELECTRICAL NOTES:
y • C • 0 E. T I. CONTRACTOR RE5•DNBInI P fOR COM.YN NT
PID WIEN ALL LOCAL 4 NEC COOP RPOIAREM
O L FffiT J W z — D
Z AND MANUALS FOR INSTALLING A PV sYRTELL
• • 2. ALL COMPONENTS MUST SE GROUNDED PER NEC REOUREMENTS.
Q tD 42 'fl h F 1. SACS MODULE MUST SE GROUNDED ACCORDING TO INSTALLATION RFOURFMFNTS.
O all ' ! M ^ l „' 4. ALL Ed1►IAENT SHALL OE LISTED KISMET.
• S _ RI S. 10AW0 WEE N$
TYPE PV WE- PIIB WI
WW-2 SUPPLED WIRE FOR ALL OUTDOOR RING.
'aE Q •••"'111 � + 1.1• IO*V 1MMd
T METAIUC COYCLIT a ACCEPTABLE.
}V la r ■ I T {•• a. PCII NCCOSO.12. PRON VeAWARM!IG SIGN AT ALL LOCATgMS WHERE TERMINALS M THE
ELECTRIC DIAGRAM N �r,1111�f m 1141A DISCOECTING LOAD MAY BE 5017/0 IN THE OPEN POSITION 9104 SHALL READ
in 'WARN= •ELECTRIC SHOCK HAZARD - DO NOT TOUCH TFRM1Nl$- TER1AaNN.B ON BOTH
y,�
! p n m LINE AND LOAD SIDES MAY RE ENE Roam W OPEN POBRx7N OR EOIIVALENT.
1••A 7. PER NEC70L10, PROVIDE A PERMANENT PLAGUE OR DIRECTORY SIIQYANO AU. ELECTRIC
— , THAT r°iS f••7 r1 0 POWER SCONCES ON TT1E PREIATES AT SERVICE ENTRANCE
r I. INTERCONNECTION Lemon BNAI 1 WMPI V WITH NFCeNnel
y��� DC t, 1 Z S. AC DISCONNECT MAY OR MAY NOT RE RIOUEIED SY THE AYL
24 MODULES X SW266 a 6.121SW STC DC ..e `+ AA. .e. IRE to W 917E SlAX: 6 T CIA vI W
CONDUIT NEED TO T1C O LESS AT ED N C N re
EC/ y 0 EXPOSED TO BUNJS WIRE IRNDAITIE WILL RUN IN SPACE PACE IF MN NCOUTS CAI
THE ROOF FOR MONI THAN 10.
sla P SHEET NO
REV UTZ xBOVP7gN C W
COMPANY NAME DRAWING NB -N O If
Dena$ Pewee lme ilea CASSIC41-03670 632011
LICENSE KAMER DRAWN BY REVi °NN E- 1 00
1S64214 EMI I
CHECKED BY PU•CH•SE ORDER
WS
48"
TYP. ARRAY
• , .. a I.
42"
•
SOUTH ARRAY SOLARWORLD
SW255 MODULE
42" 1 PV RAIL
P. Q UICKMOUNT
• • J ■
FLASHED C70
STANDOFF 5 n _
-• ■ 0 II . • ��..
C Q O lil
. �� iv
■ • • ! • • a � N
.-• '• • • • MECHANICAL NOTES:
1) CONTRACTOR RESPONSIBLE FOR COMPLYING WITH LOCAL JURISDICTIONAL CODES
AND MANUFACTURERS MANUALS FOR INSTALLATION OF PV SYSTEM
2) ROOF MEMBER STRUCTURE: ENGINEERED TRUSS AT 24 ON CENTER
RACKING PLAN
3) ROOF IS MOUNTED O SHINGLE AT DEGREE PITCH
4)MODU DULES MOUNTED ED TO TO DPW W POWER RAIL RACKING. SYSTEM WEIGHT: 3.0 PSF
S) DISTANCE BETWEEN PENETRATIONS NOT TO EXCEED 4 FT.
6) RAIL OVERHANG FROM PENETRATIONS NOT TO EXCEED 24 INCHES
(24) SW255 MONO = 6.12 KW STC DC �• ■ • a__ _ —_•_ _ __li_ _ —._. _ . • -, 7) CONTRACTOR SHALL SEAL AND FLASH ALL PENETRATIONSIANCHOR POINTS FOR
RACKING. BUILDING STRUCTURE INTEGRITY IS RESPONSIBILITY OF INSTALLER
' 6) ADJUSTMENTS MAY BE REQUIRED DUE TO EXISTING ROOF LAYOUT
BRENT LAWSON CONTACTOR INFORMATION:
13543 SW PIPER TERRACE COMPANY NAME: DYNAMIC POWER INNOVATION
TIGARD, OR 97223 LICENSE NUMBER: C527
-
11 • . .
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1
1 .5
• ;0114 # a
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84' ,.
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.
rn 13543 SW Fir Terrace, TigardOR i
le
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, ,........ ,
ARRAYS -
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ilkIk** .
4.
4 REGON SOLAR INSTALLATON * - ,
" - -*, •
* ... i - ,
SPECIALTY CODE
4° 1 Nv k ••••• .4 • rit, • t ^'-'. 'PP * . - i IL .* p 1 1
to • r r '
r . 4: thise • I . , e . , *
304.9.1 General Pathway Requirements.
1 4 4 tafir i
Exception: 4 ,,, IL , ,, ,.. . , li e ,
r, _ ,
L On structur
1 81
4 t'" ' '-'■ ' ' . ,
1 P iiir
es with a PV array area of 1.000 square 4 - 4 4 ' . , . _2. , •
, 4
feet (92.90 m ) or less installed on a roof with a slope ,dia. Mel
. ' -4( •
4 • i 1 *r i t ..
that 1
at exceeds 2:12 and with an intersecting adjacent r: a -, 0. 4; o, - - . 4 4 — - - 4 -.**, 6 ..
*0*
roof and where no section is larger than 150 feet * ' 1 ,4•10.* " .
A la' ..f
4 61-6; . * * ,
(45720 mm) measured in length or width: ..
* *
„,,,
1.1. Where the PV array does not exceed 25% as • ' . * -., . .,-* *-
. _
4 . I . , .
i. • 6 t . '' k 0 * , C. '.:::" ' .-; ::' '
measured in plan view of total roof area of the 4 * * f ' .., 24 ;lop
structure, a minimum 12 inch (305mm) unobstructed - . , - sirr `.. . *
2012 Google . ' 1°* AL.00 , 4 ‘ • Ott
pathway. shall be maintained along each side of any ) # , . • *
horizontal ridge. * .
1
-
. . . .
i RUSS DImeNG‘DN)S
TR,us tozz 2. 00 tENrEg
I' ,/
mEmaeks
, i \ SoLA R.
/ \
/ PA/ 41 . 6
f -- R-
_----- e-
- ,-
--....... _.
2 , ix L" ...---
N\ E tetits
5" from roof surface to
top of panel
BUILDING
NEW SOLAR HEIGHT
PANEL
35'
Brent Lawson
13543 SW Piper Terrace
Tigard, Oregon 97223
Bureau of Development Services
Program Guide - Solar Water Heating and Photovoltaic Electric Generators
Installed on One or Two Family Dwellings
Page 10 of 11
April 24, 2010
SECTION A -A .� / COLLECTOR PANEL
ALTERNATE 1 ~'`� Y A CONTINUOUS SUPPORT
MIN. 2 X 4 JOIST „, RAIL AND CONNECTION
OR TRUSS CHORD `,clz. - ''~-'-� ANG LE BY RAIL
@ 2' MAX. ON CENTER �- �` MAN FACTURER
PROVIDE CONNECTION TO ROOF AT 4„ �` , _
4' -0” MAX. ON CENTER AND AT ~'`
EACH END OF RAIL �� ~,,_,,,
MIN. 5/16" LAG SCREW. EMBEDDED 2" MIN.
CENTER ON ROOF FRAMING.
SEAL AT ROOF PENETRATION
* 11
SECTION A -A COLLECTOR
Th ~ PANEL
ALTERNATE 2 ~ ��, CONTINUOUS SUPPORT
MIN. 2 X 4 JOIST OR TRUSS -"-,__ RAIL AND CONNECTION
CHORD @ 2' MAX. ON CENTER `•,t 4 ' `,_ ` ANGLE BY RAIL
.„ MANUFACTURER
PROVIDE CONNECTION TO ROOF AT 444%.... ~L,` - 1
• 4' -0" MAX. ON CENTER AND AT
EACH END OF RAIL ~
. SEAL AT ROOF PENETRATION `~.-
4 X 4 BLOCKING BETWEEN JOISTS�ii
A34 FRAMING ANGLE EACH SIDE, EACH END 4-0-'4 ,
MIN. 5/16° LAG SCREW. EMBEDDED 2" MIN.
SECT • ` • -A '~ COLLECTOR P'
ALTERNATE 3 ''4� CONTINUOUS SUPPORT j
MIN. 2 X 4 JOIST OR TRUSS `'-,_,, RAIL AND CONNECTION
CHORD @ 2' MAX. ON CENTER. ~� POST BY RAIL
`,- MANUFACTURER
UNI -RAC 7" ALUMINUM STANDOFF 1 ~
1 DIA., OR APPROVED ~ ~�
FLASHING AS REQUIRED TO SEAL ROOF ���
1 MIN. (2) 5/16 a LAG SCREWS EMBEDDED 2" MIN.
. CENTER ON ROOF FRAMING. LOCATE POST
@ 4' -0" MAX. ON CENTER. AND AT EACH END OF RAIL
F IG 2
12.0 0
F I RACKING COMPONENTS
3.0 11 ; II NOT INCLUDED
0
I
et) R I I I
NJ I
II
o l
1
6.0
0
+
C.> ..=.1. 12.0 2.5
O \1
i , /
0
y 1.5 f INO. DESCRIPTION QTY.
1 Flashing, 12" x 12" x .050 ", AL * 1
2 Base Block, QMSC, Cast Al* 1
3 Hanger Bolt, 5/16" x 6 ", SS 1
fl
4 Washer, Sealing, 5/16 "ID x 3 /4 "OD, SS /EPDM 1
II 5 Hex Nut, 5/16 -18, SS 2
f ��j 6 Washer, .296 "ID x 7/8 "OD x 1/8" Thick, EPDM 1
1 7 Washer, Fender, 5/16" X 1 ", SS 1
1.3 8 Washer, Split -Lock, 5/16 ", SS 1
Quick Mount PV`
TITLE:
3.o QMSC: Classic Compostion
i Mount
/.�
,,/ ,.,/ and d ,., / (., �,/ finsihes. UNLESS OTHERWISE SPECIFIED: I SIZE I DRAWN BY: JDA REV
*Available in mill, clear anodized, and dark bronze anodized IInsi Ies. DIMENSIONS ARE IN INCHES 1 I
TOLERANCES:
21 /lo A I DATE: 3/8/2012 I 4
FRACTIONAL
7HHE
PROPRIE
TARY ONI ON C CO COMMITTAL N PA
TT DRAWING 6 THE SOLE PROPERTY OF ONCE DUNI PV. ANY REPRODUCTION N 'S PART OR DO NOT SCALE DRAINING ONE PLACE DECIMAL 2.1
A WHOLE WRHONTHE WRRTEN PER.MTSSTON OF ONCE MOUNT PV 6 PROHIBITED. I TWO PLACE DECIMAL 2.01 SCALE: 1:4 WEIGHT: 1.14 SHEET I OF 1
5 I 4
I 3 2 1
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Power RailTM Roof Mounting System
rC s The top - clamping PV module mounting system is engineered to reduce
installation costs and provide maximum strength for parallel -to -roof or tilt up
mounting applications.
The Power Rail top - clamping mounting strength rigid rails also include an integral
• system is designed with the professional wiring channel for securing cables and
PV solar installer in mind. The top - clamping providing a professional finish. The Power
rails utilize a single tool with a revolutionary Rail Mounting System features the industry's
RADTM Fastener for faster bolt placement. broadest selection of mounting supports,
Cable Management The unique shape of the RAD provides an designed for secure and water tight
in Rails anti- rotation feature, locking the bolt in the attachments to any roof style.
proper orientation when installed. The high
Mounting Rail Options
P6 - Rail Engineered to save cost on shorter span applications
P8 - Rail Engineered for longer span and heavier snow conditions
• P14 Engineered for commercial applications with greater distances
between supports
N
* Reference Rail Span and Cantilever Charts on the back of this sell sheet.
Flashed Supports
Features
• High Strength Reliable Design Flexible Mounting Options
• Engineered rail profiles for maximum • Height adjustable "L" mounting feet
• strength -to- weight ratio • Tilt Feet up to 10 degrees
► • Structural Aluminum rigid rail • Solid Aluminum Power PostTM
-,y construction stanchions
_ y • High Strength stainless steel module • Easy Feet"' attachment anywhere
clamps and hardware on metal or composite roof decking
Easy FeetTM Power • PV Flashing mounting supports
Post and "L" Feet Reduced Installation Time and Costs • Telescoping and One -Piece Tilt Kits
Supports • Single Tool Assembly — all 5/16" up to 65 degrees
hardware • Easy Feet Tile Hooks
• RAD Fastener for quick bolt placements
anywhere along rail
Y • Under flange clamping options
a " • Integral Wiring Channel for securing cables 7411 • Standard lengths up to 27 feet
eliminate costly rail splices
— —�. • Snap -In WEEB Integral module
•
grounding option
•b�r�.. —�- -�— - -^..
Tilt -up applications
-� "
Power Rail" Roof Mounting System
Standard Rail Lengths
\ .
P6 Part # P8 Part # P14 Part # Length - -
. • P6 -84 P8-84 P14-84 84"
P6 -126 P8 -126 P14 -126 126" , - - r
" 1. A, a P6 -162 P8 -162 P14 -162 162" - -`- l . f
""1- � P6 -204 P8 -204 P14 -204 204
' P6 -240 P8 -240 P14-240 240" 1,..4"
i 44F-1;,,,' r P6-282 P8-282 P14 -282 282"
P6 -324 P8 -324 P14 -324 324" '!
P14 P8 P6
Power Rail Extrusions
s Mid Clamp with Revolutionary
RADTM Fastener
• Twist in anywhere along rail channel -
avoid sliding bolts ^ I '
/ ; i . , • Visual indicator of bolt orientation - / . t=
4
• "D" hole on mating clamp locks �� `
bolt from rotating
• Tight 3/8" module spacing
"~ �C
Lock -In -Place RAD Bolt • High strength stainless steel clamp -
and bolt
Lock -In -Place RADT"" Fastener — Patent Pending
, rV 4 Universal End Clamp
"";' * • Simply slides under rail and clamps
"' "' module flange
`
• Secures any framed PV module - _
• Improved aesthetics allows module
frame to be placed flush with
W/ rail end i, ��
• High strength stainless steel ..
-- construction
P6 Universal End Clamp
Refer to the Power Rail Catalog at www.dpwsolar.com for all roof attachments and clamping options.
Wind and Snow Loading Capability
P6 Rail — Span/Cantilever Distances (inches)
SPAN /C'VER SNOW LOAD (PSF)
O 10 20 30 40 50 60 70 80 90 100
90 72/36 60/32 54/26 48/24 43/21 40/20 36/18 33/16 31/15 29/14 28/14
100 60/32 58/28 48/24 46/23 42/21 38/19 36/18 33/16 31/15 29/14 28/14
co 0- 110 58/28 54/26 48/24 44/22 40/20 37/18 35/17 33/16 31/15 29/14 28/14
Z 120 54/26 54/26 46/23 42/21 39/19 36/18 34/17 32/16 31/15 29/14 28/14
-§ 130 48/24 48/24 44/22 40/20 37/18 35/17 33/16 32/16 30/15 29/14 28/14
8 Rail — Spa7Cantilever Distances (inches)
SPAN /C'VER SNOW LOAD (PSF)
O 10 20 30 40 50 60 70 80 90 100
90 96/48 92/46 80/40 72/36 66/33 62/31 58/29 52/26 50/25 46/23 44/22
100 88/44 86/43 76/38 68/34 64/32 60/30 56/28 52/26 50/25 46/23 44/22
110 80/40 80/40 72/36 66/33 62/31 58/29 54/27 52/26 50/25 46/23 44/22
u) 0- 120 74/37 74/37 68/34 64/32 60/30 56/28 52/26 50/25 48/24 46/23 44/22
Z 130 68/34 68/34 66/33 60/30 56/28 54/27 52/26 48/24 46/23 44/22 44/22
§ 140 64/32 64/32 62/31 58/29 54/27 52/26 50/25 48/24 46/23 44/22 42/21
150 60/30 60/30 60/30 56/28 52/26 50/25 48/24 46/23 44/22 42/21 42/21
P14 Rail — Span /Cantilever Distances (inches)
SPAN /C'VER SNOW LOAD (PSF)
O 10 20 30 40 50 60 70 80 90 100
90 168/79 160/75 141/66 128/60 118/55 110/52 103/48 96/45 90/42 85/40 81/38
, 100 153/72 150/71 134/63 123/58 113/53 106/50 100/47 95/45 90/42 85/40 81/38
• w ._ 110 140/66 140/66 127/60 117/55 109/51 103/48 97/46 92/43 88/41 85/40 81/38
co 0- 120 129/61 129/61 121/57 112/53 105/49 99/47 94/44 90/42 86/40 83/39 80/38
• 0 " 130 120/56 120/56 115/54 107/50 101/47 96/45 91/43 87/41 84/39 81/38 78/37
§ 140 112/53 112/53 109/51 103/48 97/46 93/44 88/41 85/40 82/39 79/37 76/36
150 105/49 105/49 104/49 99/47 94/44 89/42 86/40 82/39 79/37 77/36 74/35
*Exposure C Category, please refer to design guidelines and ASCE requirements for more information.
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PREFORMED r PI��LLI -1 c � � ::4: •` I•+
. LINE PRODUCTS
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4000 -B Vassar Drive NE Preformed Line Products l id " ;I; -° ! -.... - _ _ 1 _ ! _ = . .=�w� _
Albuquerque, New Mexico 87107 (Canada) Limited -• _
USA 1711 Bishop St. E
Cambridge, ON N1T 1N5 •-
Telephone: 800.260.3792
Fax: 505.889.3548 Telephone: 519 - 740 -6666
Web Site: www.DPWSolar.com Fax: 519- 740 -7917
' E -mail: info @power- fab.com Web site: www.preformed.on.ca
Email: sales @preformed.on.ca
® 2012 Preformed Line Preclude
Printed in U.SA.
- SL- SS-1086 -2
03.12.2.5M
powe -one
AURORA
\ Renewable Energy Solutions
PVI- 5000 -OUTD
i 7D
PVI - 6000 -OUTD , 0
GENERAL SPECIFICATIONS = ¢ j
..
OUTDOOR MODELS t = A., „`
...
Q ?-
Designed for residential and small commercial PV .
installations, this inverter fills a specific niche in the -. i'
Aurora product line to cater for those installations producing
between 5kW and 20kw.
This inverter has all the usual Aurora benefits, including dual
input section to process two strings with independent MPPT,
high speed and precise MPPT algorithm for real -time power , ill
tracking and energy harvesting, as well as transformerless ;;' ," `"
9 9Y 9, l i. 1 -
operation for high performance efficiencies of up to 97.1 %. ON O -
The wide input voltage range makes the inverter suitable to low �`_
power installations with reduced string size.This outdoor Inver-
J
ter has been designed as a completely sealed unit to withstand ,
the harshest environmental conditions.
Features -
111111. Each inverter is set on specific grid codes which can be selected in the field
Single phase output
• Dual input sections with independent MPP tracking, allows optimal energy harvesting from two
sub - arrays oriented in different directions
mi l Wide input range
High speed and precise MPPT algorithm for real time power tracking and improved energy harvesting
• Flat efficiency curves ensure high efficiency at all output levels ensuring consistent and stable
performance across the entire input voltage and output power range
Outdoor enclosure for unrestricted use under any environmental conditions
, RS -485 communication interface (for connection to laptop or datalogger)
Compatible with PVI - RADIOMODULE for wireless communication with Aurora PVI - DESKTOP
BLOCK DIAGRAM OF PV1-5000 -OUTD AND PVI- 6000-OUTD FOR NORTH AMERICA
• MPPT INVERTER
IDC /DC IDC /AC1
1 � a .
INU O- .../ -0 ■
Ni I IN ; ' --�j
' ■ DNI GRID PARALLEL
INl( -) -{� • FRTER RELAY
- w. -o-- 1 • • -✓o- • L
1 2
1 T .
! -�o- L • L2
�'N. PE
MPPT 2
IDUDC/
::: Q- RESIDUAL CURRENT IN2 f [_:/- - --0 --0 ■ � `v° —O- d 1
w ?
- 5 VERSION
R54R5
_ er --1:1 • TS TM
•• .. 1`3 RTN
RE MOTE CONTROL '
1 --C _R
R
iii
GROUND
E ECTI
DETECTION ALARM I
3 NC
866. --� N.C.
CONTROL CIRCUIT
Block Diagram and E Curves
PVI- 6000 - OUTD -US 1 PVI- 6000 - OUTD -US
100 r — - - 403 9 >.,
9
99 I 6.8
I 95i
• 98i..
_. _.- ...____. ___... _..___ -. - _._ - -.. ._- _.. 96.2
400 95.9
i 95,6
f 06 - -... _— ___... — _ _. _: ....._ f I 95.3
I 951 -.. -.. -..._ - __.. -- -_. (� S 94.2
•' 90 4 - _- _ . _. _.. ' 1=!M 345 9C.4
M1 i 96.1
9 ;......... - .. ... ... . . ...... ■ .. ... - - -_ - _ - I :. 93.8
- 250Vdc 300 93.5
92
X345 Vdc 93.2
1 91 i. . - - - ....._ .__...... . - .... _. -.. .. 1 --KO Vdc - 92.9
92.6
90 250
0% __ - -.
__._. _ __. - -_._ _. -. __ --
D% 104 20% 30% Wb 10'M 60% 20! 8096 1011 10016 10% 10% 1011 SOM 7 100%
— % 4%d Wrpa r64vc YMTM1111.11(1N
2 AURORA UNO ,
TECHNICAL DATA -Values PVI -5000- OUTD -US PVI- 6000- OUTD -US
Rated Grid AC Voltage V 208 240 277 208 240 277
Input Side (DC)
Maximum Usable Power for Each Channel W 4000 4000
MPPT Voltage Range V 200 -530 200 -530
Start- Up Voltage V 200 (adj. 120-350 ) 200 (adj. 120-350 )
Absolute Maximum Vohage (Vmax) V 600 600
Maximum Current (Idcmax) for both MPPT in Parallel A 36 36
Maximum Usable Current per Channel A 18 18
Number of Wire Landing Terminals per Channel 1 1 - -
Number of Independent MPPT Channels 2 2 _
Array Wiring Termination Screw terminal block Screw terminal block
3 Knock-Outs: 1 1 or 1' (W/ Ring Reducer.) 3 Knock-Outs: 1 1/2" or 1'1w/ Ring Reducer
Output Side (AC)
Grid Standard 10/2W or Split -0/3W 10/2W or Split -0/3W
Nominal Power W 5000 6000
Voltage Range (Vmin -Vmax) V 183 -228 211 -264 244 -304 183 -228 211 -264 244 -304
Grid Frequency; Range*' Hz 60;(59.3 -60.5) 60;(593-605)
Maximum Current (lac, max) A 27 23 20 30 28 24
Power Factor > 0.995 0.995
Total Harmonic Distortion At Rated Power li <2 <2
Efficiency ..
Maximum Efficiency ii 973 97.1
CEC Efficiency • ik 96 96,5 965 96 965 965 1
Operating Parameters .. 1
Consumption in Stand By (Night) Vites_ . <8.0 - , <8.0
Consumption During O peration Wra 20 20
Topology _ Transfankrkss Transformerless
Mechanical Specifications �i
Enclosure rating NEMA4 NEMA4
Cooling Natural Convection Natural Convection
Conduit Connections Trade size KOs: (2eax1/Y) and Trade size KOs: (2eax1R") and
(tea x 1-1/4'5 places side, front, rear) (tea x 1-1/4:3 places side, front, rear)
Grid Wiring Termination Type Screw Terminal Block Screw Terminal Block
Single wire, 911C terminal wiring Single wire, 90°C terminal wiring
• Dimensions (W /HID) in(mm) 12.8 x41.4x8.7(325x1052x222) 128x41.4x8.7(325x1052x222)
Unit Weight lb(kg) <595(274) <595(27.0)
Shipping Weight Ibs (kg) 78(35.4) - - - - -- 78(5.4) _ -- -- --- - - - - --
Mounting System WA bradket WA bracket
Environmental
baohiMnt Air Temperature Range F(x 3 1 -13w +1140 (-25...:60) with denting above 122 (50) • -13,-44401-25 with with denting above 122(50)
Aacoucdc Noise Emission Level db il! 1 m <SO < SO
Relative Humidity %RH 0100 condensing 0100 condensirt�
Maximum Operating Altitude without De rating ft(m) 6560(2000) 6560(2000)
on Devices „ -
L
AntHslanding Protection Acmrdi to L L 1741IIEEE 1547 _ to UL 1741 /IEEE 1547
External AC OCPD _
Rating he -- �' - — 35 30
Over - Voltage Protection Type lhtistar,2(L NIL PE) Varl oti 2(L- 1/L -PE)
Input _-
Reverse Polarity Protection Y es Yes
Maximum Short Circuit CurrentUmltperChannd
1\ -.--
22 22
Over - Voltage Protection Type Varistor, 2 for each channel Varistor, 2 for each channel
Pre start-up Riso and dynamic GFDI Pre start-up Riso and
PV Array Ground Fault Detection P Yn p dynamic 6FDI
( Requires Floating Arrays)_ (Requires Floating Arrays)
DC Switch Current Rating (Per Contact) AN 25 /600 25 / 600 _
Isolation Level Transformerless (Floating Array) Transfor Array)
(Floating Array) ray)
Safety and EMC Standard UL 1741, CSA - C22.2 N.107.1 -01 UL 1741, CSA - C22.2 N.107.1 -01
Safety Approval ; CSA, cCSA.
Features- Communication
User - Interface (Display) 16 characters x 2 lines LCD display 16 characters x 2 lines LCD display
Remote Monitoring (1xRS485 incl.) AURORA - UNIVERSAL (opt.) AURORA - UNIVERSAL (opt.)
Wired Local Monitoring (1 xRS48S ind.) PVI- USB-R5485_232 (opt.), PVI - DESKTOP (opt.) PVI- USB- RS485_232 (opt.), PVI - DESKTOP (opt.)
Wireless Local Monitoring _ PVI- DESKTOP (opt.) with PVI - RADIOMODULE (opt.) PVI - DESKTOP (opt.) with PVI - RADIOMODULE (opt.)
Standard Warranty Years 5 5
Available Models , ,, . _ -
Standard - With DC Switch- Floating Array PVI - 5000 - OUTD -US PVI- 6000 - OUTD -US
'hi data is subject to change without notice
Adjustable by trio point to 57HL Contact manufacturer for details
AURORA UNO 3
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Power -One Renewable Energy Worldwide Sales Offices
Country Name /Region Telephone Email
Australia Asia Pacific +61 2 9735 3111 sales.australia @power- one.com
China Asia Pacific +86 755 2988 5888 ext.5588 sales.china @power- one.com
Singapore Asia Pacific +65 6896 3363 sales.singapore @power- one.com
France Europe 00 800 00287672 Choix n °4 sales.france @power- one.com
Germany Europe +49 7641 955 2020 sales.germany @power- one.com
Italy Europe +39 055 9195 396 sales.italy @power- one.com
Spain Europe +34 629253564 sales.spain @power - one.com
United Kingdom Europe +44 1903 823 323 sales.UK @power - one.com
Dubai Middle East +971 50 100 4142 sales.dubai @power - one.com
Canada North America +1 877 261 -1374 sales.canada @power - one.com
USA East North America +1 877 261 -1374 sales.usaeast @power- one.com
USA Central North America +1 877 261 -1374 sales.usacentral @power- one.com w s
USA West North America +1 877 261 -1374 sales.usawest @power- one.com -- WA
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TOP QUALITY
• • 4,
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SunmoduIe
SW 255 mono / Version 2.0 and 2.5 Frame
World -class quality 1)
Fully- automated production lines and seamless monitoring of the process t 0 Qualified. IEC 61215
and material ensure the quality that the company sets as its benchmark for Safety tested, V
IEC 61730 D E
2 m ,.„,,,,„.,.,,4 d d a
its sites worldwide. - ,k , Periodic Inspection
.6 ■IIIIII
SolarWorld Plus Sorting
ISO 9001 E14
Plus- Sorting guarantees highest system efficiency. SolarWorld only delivers C E I p ISO 14001
modules that have greater than or equal to the nameplate rated power. I Certified Intertek
25 years linear performance guarantee and extension of product warranty
to 10 years III
SolarWorld guarantees a maximum performance degression of 0.7% p.a. in C �L US LISTE
105E
the course of 25 years, a significant added value compared to the two -phase "'k " °°° " " •'' Made in USA
warranties common in the industry. In addition, SolarWorld is offering a
product warranty, which has been extended to 10 years'
in accordance with the applicable SolarWorld Limited Warranty at purchase. III ' I/
www.solarworld.com /warranty
SOLARWORLD
www.solarworld.com We turn sunlight into power.
SW- 02- 5O15U501 -2012 US
Sunmodule/
. SW 255 mono / Version 2.0 and 2.5 Frame
• PERFORMANCE UNDER STANDARD TEST CONDITIONS (STC)' PERFORMANCE AT 800 W /m NOCT, AM 1.5
SW 255 SW 255
Maximum power P, 255 Wp Maximum power P,,, 1841 Wp
Open circuit voltage V„ 37.8 V Open circuit voltage V,, 34.0 V
Maximum power point voltage V 31.4 V Maximum power point voltage V,,, 283 V
Short circuit current I„ 8.66 A Short circuit current I , 6.99 A
Maximum power point current
1.PP 8.15 A Maximum power point current l "W0 6.52 A
°STC:1000W /r °, 25°C, AM 1.5 Minor reduction in efficiency under partial load conditions at 25`C: at 200W /m�, 95%
( +/ -3 %) of the STC efficiency (1000 W /m) is achieved.
THERMAL CHARACTERISTICS COMPONENT MATERIALS
NOCT 46 ° C Cells per module 60
TC I 0.004 %/K Cell type Mono crystalline
TC v°c - 0.30 %/K Cell dimensions 6.14 in x 6.14 in (156 mm x156 mm)
TC P -0.45 %/K Front tempered glass (EN 12150)
Operating temperature -40 ° C to 85 ° C Frame Clear anodized aluminum
Weight 46.7 lbs (21.2 kg)
N- curves for SolarWorld Sutmuodule Plus SW 255 mono
at 25 ° C cell temperature
10 SYSTEM INTEGRATION PARAMETERS
` _1000 Mq�' Maximum system voltage SC II 100 V
6 _ _ _ WM ., Max. system voltage USA NEC 6CC V
- - p0 MOW Maximum reverse current 16 A
a -- - - - --
4,41A-- - --6C0 +nD W/ ' Number of bypass diodes 3
3 - wA`' 14:1L Maximum Test Load" 45 psf (2.1 kN /m i
2 _ - - V - ...106w/ IEC Maximum Snow Test Load" 113 psf (5.4kN /m
II 1
o \ "Please apply the appropriate factors of safety according to the test standard and local
o a a a M building code requirements when designing a PV system.
alrillis M
• ADDITIONAL DATA
Power tolerance � -0 Wp ... +5 Wp
J - x 4 3744 (951)
- SolarWorld Plus - Sorting' P ? P sa
1 I I
1 -Box IP65
r Connector MC4
11.33 288)
Module efficiency 15.21 %
• - Fire rating (UL 790) Class C
41.30(1050) 0.6 (15.3) . 0.6 (15.3)
Version - I
2.5 frame
65 94 (1 675) - bottom ca' Ill)
mounting
V holes
, ,
,. All .5112.65, 1.34 )34) ,
�••• (1
• f VERSION 2.0 FRAME VERSION 2.5 FRAME
• Compatible with "Top -Down' • Compatible with both 'Top -Down'
■■■ a. 1 x 4 4.20 (107)* mounting methods and "Bottom" mounting methods
H I - ♦ Grounding Locations: • ♦ Locations:
1.22 1(3311) I 39.41 (1001) 1 4 corners of the frame _ 4 lo cations along the length of the
4 module in the extended flanget
1) Sunmodules dedicated for the United States and Canada are tested to U11703 Standard and listed by a third party laboratory. The laboratory may vary by product and region. Check with
your SolarWorld representative to confirm which laboratory has a listing for the product.
2) Measuring tolerance is used conjunctions with the SolarWorld Limited Warranty. SolarWorld AG reserves the right to make specification changes without notice.
3) The output identified by SolarWorld (P is always higher than the nominal output (P of the module. PFlash is the power rating flashed at a SolarWorld manufacturing facility.
4) All units provided are imperial. SI units provided in parentheses.
City of Tigard
RECEIVED
y g
• Building Division JUN 07 2012
• 1 3125 SW Hall Blvd, Tigard, OR 97223 CITY OFTIGARD
Phone: 503.718.2439 Fax: 503.598.1960 BUILDING DIVISION
T I G A R D Inspection Line: 503.639.4175
www.tigard - or.gov
2010 Oregon Solar Installation Specialty Code
Check List for Prescriptive Installation of Roof - Mounted
PhotoVoltaic Solar Panel System
Property Information
Installation Address: 13543 SW Piper Terrace
City: Tigard Zip: 97223
Owner's Name: Brent Lawson Date: 5/24/2012
Contractor's Name: Dynamic Power Innovation CCB #: 185494
Design Parameters of the Property /Structure
• If "Yes ", does not
Flood Hazard Is the installation ❑ Yes qualify for the
Located in a flood prescriptive path, follow
Area plain/flood way? ® N OSSC or ORSC for
design requirements.
Wind Ex osure Is the wind exposure ® Yes If "Yes ", qualifies for
p "C" or less? ❑ No the prescriptive path.
Installations on detached Is the Ground Snow
single /two - family Load 70 psf or less?
dwelling/single /two- If "Yes ", qualifies for
family townhomes ® Yes the prescriptive path.
and/or their accessory
Ground structures. ❑ No
Snow Load Is the Ground Snow
Installations on all Load 50 psf or less?
structures other than If "Yes ", qualifies for
❑ Yes the prescriptive path.
above
❑ No
1
I:Building/Forms /Photovoltaic -C hecklist.docx
Is the construction
Type of mate wood and does ® Yes If "Yes ", qualifies for
Construction the construction qualify ❑ No the prescriptive path.
as "conventional light
frame" construction?
Is the spacing 24 inches
or less?
Pre - engineered trusses. ® Yes If "Yes ", qualifies for
the prescriptive path.
❑ No
Roof framing
members Is the spacing 24 inches
or less?
Nominal lumber. ® Yes If "Yes ", qualifies for
the prescriptive path.
❑ No
Is the combined weight ® Yes
of the PV modules and If "Yes ", qualifies for
racking less than or ❑ No the prescriptive path.
Solar equal to 4.5 psf?
• installation Is the solar installation
layout in accordance ® Yes If "Yes ", qualifies for
with Section 305.4(3) of ❑ No the prescriptive path.
the 2010 Oregon Solar
Code?
❑ Metal
Single layer If roofing material is
Roofing Check the type of ❑ of wood one of the three types
material roofing material shingle /shake checked, qualifies for
Max. two layers the prescriptive path.
® of composition
shingle.
Is the roof mounted ® Yes
Connections of solar assembly
c onnected to roof If "Yes ", qualifies for
the solar assembly ❑ No the prescriptive path.
to the roof framing or blocking
directly?
2
l:Bu i lding/ Forms /PhotoV oltaic- Checklist.docx
❑ Yes If "Yes ", qualifies for
Is the gauge 26 or less? ❑ No the prescriptive path.
115 lbs for 60 inch
spacing or less?
If "Yes ", qualifies for
❑ Yes the prescriptive path.
❑ No
Minimum Uplift rating
of Clamps? 75 lbs for 48 inches
spacing or less?
If "Yes ", qualifies for
❑ Yes the prescriptive path.
❑ No
Attachment of
roof mounted Minimum 24 inches If the spacing falls
solar systems Spacing of clamps? within 24 inches and 60
directly to in Maximum 60 inches inches, qualifies for the
standing seam prescriptive path.
metal panels Width of roofing If the width of the panel
panels? 18 inches or less is less than 18 inches,
• inches qualifies for the
prescriptive path.
Minimum #10 at 24
inches o /c?
Size and spacing of If "Yes ", qualifies for
fastener? 111 Yes the prescriptive path.
❑ No
Is the roof decking of
WSP min. `` /z" thickness, ❑ Yes
decking connected to If "Yes ", qualifies for
framing members ❑ No the prescriptive path.
w /min. 8d nails @
6"/12" o /c?
Is the height less than or
Maximum 18 inches equal to 18 inches?
Height of the from the top of the ,�,/ If "Yes ", qualifies for
• solar modules module to the roof U Yes the prescriptive path.
surface. ❑ No
3
I: Building / Forms /Photovoltaic -Check) ist.docx
Submittal Documents required for Prescriptive Installations
Show the location of the PV system in relation to buildings, structures,
property lines, and, as applicable, flood hazard areas.
Site Plan Details must be clear and easy to read.
Minimum size of the plan is 8.5 x 11 inches.
Attach a simple structural plan showing the roof framing (rafter size, type, and
spacing) and PV module system racking attachment.
System must be shown in sufficient detail and clarity to assess whether it
Structural Plan meets the prescriptive construction requirements as listed earlier above in the
matrix.
Minimum size of the plan is 8.5 x 11 inches.
PV Modules
Manufacturer: Solar World
Model Number: 255 Mono
Listing Agency: UL
4
l : Building /Forms/PhotoVoltaic- Checkl ist.docx
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