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Plans MFUVOH■NOW OEMCTEDONTKS DOLLNIENT I PROP/ TARYAYO TNESOL[Mq"ERYOF504RNORLD AMERICAS. ANY LSE OR ORALOSUIE Of TWA OIFORYRRON IS EO•RESSLY MNNNRTTED WMNOOTTRE WRITIVI CONSENT OE SOLARWORLD ARMOMO AS1.77RA1 - L � 3' -4" --,....1.. 9' -11 —'--- 3' -4" -- NOTE: PER STATE OF OREGON SOLAR SPECIALTY CODE {SECTION 305.4} 24" OC FOOTING PENETRATION IS REQUIRED PV MODULE 1 . : , t 4111 PROSOLAR FAST JACK PROSOLAR MOUNTING RAIL " ROOF EDGE I :--1 ROOF EDGE 4 2' TYP '. 4" (20" MAX) -- _ __ _ __ _ THE ARRAY ORIENTATION IS 136° - I , Nf. ROOF EAVE Appiovcd [11 v ` er C Approved [ l F ACKING PLAN 1 MECHANICAL See Letter to: Follow [ J 1. CONTRACTOR RESPONSIBLE FOR COMPLYING WITH ALL LOCAL OR NATIONAL CODE REQUIREMENTS AND MANUFACTURERS MANUALS FOR INSTAUJNG A PV SYSTEM. 2. Attached . [ , 2. ROOF F M MEMBBER STRUCTURE: E d' RAFTERS AT 24' ON CENTER. 3. ROOF IS COMPOSITION SHINGLES WRH A 15° TILT. Permit Nu `9 w �� O D 1 3 (y I /4 4. MODULES MOUNTED TO PRO -SOLAR ALUMINUM RACKING SYSTEM. SYSTEM WEIGHT: 31.8 PSF Prftb 5. DISTANCE BETWEEN PENETRATIONS NOT TO EXCEED R FT. SOLARWORLD SW250 MONO DIMENSIONS: 65.94" x 39.41" x 1.34" 1 1V ` R ` � �� 8. RAIL OVERHANG FROM PENETRATIONS NOT TO EXCEED 20 INCHES. it'll r) \' 7. CONTRACTOR SHALL TAKE ALL NECESSARY PRECAUTIONS WHEN PREPARING ROOF FOR 8 MODULES X SW250 = 2.0 KW STC DC Address: ANCHOR POINT LOCATIONS. BUILDING STRUCTURE INTEGRITY IS THE RESPONSIBILITY OF THE INSTALLER. '(� Da +e• N B. ADJUSTMENTS MAY BE REQUIRED DUE TO EXISTING ROOF LAYOUT. �,fj I��'�� flEVISWNS Dy: RACTOR INFORMATION f%IAWING INFORMATION SHEET NO: REV DATE DESCRIPTION COMPANY NAME DRAWING NUMBER DATE 10221 Stonebridge Lot 59 LIYAUONI Energy, LLC CAUSK-11.00400 6/1712011 'e,:G2uM..N;C}L LICENSE NUMBER DRAWN BY REVISION M-100 ` 12677 SW Mount Vista Ct. CCDA187491 8608 0 46504.EDM Ln Tigard, OR 97224 CHECKED BY PURCHASE ORDER Camarillo, CA 93012 6656 2575301 OFFICE COPY -is R CO FR4MIND NOTES /oar To se nwCD UV nso•R•ena p ____ Thaws • TO *e. • IDCIOTT ow MORD MO.-D ormolu= N Cili to) t wNa U * aewta MITER on MUM I oitiorlit I p� l I ( 1■1 a _ I g , I r ! � I 1 ! 111116.0211 . W r Y p'weaAT - I I In I � , I L I I I � ; I 11 yl W Npp py���p uvw� Mk II . NM IA e..� r,�► I I ll ..... I 71 I ( Z VJ r�aao to ee rwa r `�v • I I I a ■ 9 I —, ■ Q W rp• Y w r rL TTOEO .• M,� To ■s ZO i b AFL +0.011® at.Ka I I i I Me I i 1101! El O /1 ueaawea. a 1POVIKa Maersn I I i 1 I ! I I GI ouwcaom,T�. \i ° i i ,.... 1I I ....:......... .. . I • 440 4:0411. 41.11110 p4OHIO MIAOW& =I H MIM, T M AT TAM TO TOT PLATO aoeorn ( M i IW -n I �, a � li rOKaTYi MOP .warm owa ) J .. . gee.t1=ueatra ar1rras I J N •b•OC tlY fMla lip00ya ._ r . .l DOD vusT wrmw rao war P N. OW IMO) Meg ji I 1 I. I/ 1 ,I i EL I 12677 SW Mount Vista Ct. Tigard, OR 97224 Or ! �• I' r , `1. _... O. V 117 MO tea. i i \ rLw Na legyrnoa•1 — ii MON pr. a 1 I I r lailliallial. DAM d/dtitt 1 0 • •• I " . l 1 III LL 1430•150414-10 i t 1 ♦ ° 1111111 „ =, a ROOF , PLANING II rill Ili ' ! , I RIC .— ' t in . , ,,imill 4 ,�I� i .n,_._,. iiiiiiW�II■IIt"'!. _Ismi WI' 11, ,, ROOF FRAMING PLAN 1 190 Me CONSENT OF no ""a on o.aNac4 s L 4 E ' exvn1;,7nowel 7.1,V, aa.anwo.lo System Inform a : xwn,rrx" non Labels or p _ 0 P Module Ratings Inverter Ratings Photovoltaic DC Disconnect O ,- Module Make SolarWorid Inverter Make P/ Powered Rated MPP Current = 8.1 A . G[ - - Module Model SW 250 mono Inverter Model PVP2000 Rated MPP Voltage = 248.8 V (� > Max.. Power = 250'W Max ;Output Rover = 2000 W Max. System Voltage = 345'.3 V W co i= Q Open Circus Voltage = 37.8 V Max. DC Voltage = 500 V Shon Crcuit Current = 10.4 A CD Max. Power Fbint Voltage = 31.1 V Normal AC Voltage = 240 V Photovoltaic ACiDia con neet • Short Crcux Current 8:28 A Max. AC Currant 9 A AC Output Current 9.0 A O Max. Paver PoInbCurrent 8.05 A CEC Inverter Hliciency = 92.0% Nonmal AC Voltage 240 V UTILITY - MET Y-- Voltage Drop Calculations �; V 240/120V ' = Formula used per NEC 2008 Handbook 215.2(A)(3): IVn =2" L' R ".110001 I SINGLE PHA - . m Wire Run: V I,. R L V. %V, • IN Array to Inverter 248.8 8.05 1.29 50 1.04 0:42% Inverter to Iterconnectior 240 9.0 1.29 10 0.23 0.10 %. M • 3/4" CONDUIT: 2 - #10 THWN -2 CONDUCTORS 1 - #6 THWN -2 GND Q " CONDUIT: 1200A 2 - #10 THWN -2 CONDUCTORS 1 - # 6 THWN -2 GND EXPOSED TO FREE -AIR: PVP2000 (240) 2 - #10 PV WIRE /USE -2 + 2000W INVERTER 1 - #6 BARE COPPER GND f 3I4 V A C DISCONNECT WITH INTEGRATED AC /DC JUNCTION BOX 30A, 240V, 2 -POLE DISCONNECT TRANSITIONING FROM (1) STRING OF (8) SW250 15A/2P (SEE NOTE 9) GFI PV WIRE TO THWN -2 , MODULES IN SERIES �I . V CI o D o 1--- - -o-- - v I t� t I'' 1 V L - - J �EPARATE GROUND FOR LIGHTNING PROTECTION PER NEC 2008 ARTICLE 690.47(D) 3/4" CONDUIT: •ERFORMANCE METER 2 - #10 THWN -2 CONDUCTORS 1/2" CONDUIT: 1 - # 6 THWN -2 GND 2 - #10 THWN -2 CONDUCTORS - 1 - #6 THWN -2 GND EXISTING 200A MAIN SWITCHBOARD ELECTRICAL NOTES: 1. CONTRACTOR RESPONSIBLE FOR COMPLYING WITH ALL LOCAL 8 NEC CODE REQUIREMENTS AND MANUALS FOR INSTALLING A PV SYSTEM. 2. ALL COMPONENTS MUST BE GROUNDED PER NEC REQUIREMENTS. 3. EACH MODULE MUST BE GROUNDED ACCORDING TO INSTALLATION REQUIREMENTS. 4: ALL EQUIPMENT SHALL BE LISTED PER NEC. 5. 10AWG TYPE PV W IREAJSE- 2JRHW -2 SUPPLIED WIRE FOR ALL OUTDOOR WIRING. • ELECTRIC DIAGRAM 5, 10AWG CONDUIT 1A ALLLO CATE. 6. PER ON DISCONNECTING PR PMEVID A WARNING SIGN S WHERE TERMINALS THE 'WARNI -E TERNS NS Y BE ENERGIZED IN IN TLEO THE OPEN PEN POSITION. SIGN SHALL RE SHALL READ LINE D - A LE SA SAY OC BE HAZ ENERGIZED ARD IN NOT OPEN POHTERM MIONS AL UI VA LE NT . ON BOTH SOLARWORLD SW250 MONO DIMENSIONS: 65:94" x 39.41" x 1.34" 7. PERNEC70610, PROVIDE A PERMANENT PLAQUE OR DIREC SHOWING ALL ELECTRIC POWER SOURCES ON THE PREMISES AT SERVICE ENTRANCE. 8 MODULES X SW250 = 2.0 •KW STC DC 8. INTERCONNECTION METHOD SHALL COMPLY WITH NEC690.64. • 9. A/C DISCONNECT MAY OR MAY NOT BE REQUIRED BY THE AHJ. �4llld REV DATE DESCRIPTION REVISIONS SYS•EM SITE INFORMATION CONTRACTOR INFORMATION I DRAWING INFORMATION SHEET NO: COMPANY NAME DRAWING NUMBER DATE 10221 Stonebridge Lot 59 DVOLIDEI Energy. LLC CASSK- 11-00400 6/17/2011 SOOLARWOO'RMO LICENSE NUMBER DRAWN BY REVISION E -100 12677 SW Mount Vista Ct. CCBY 187491 8609 D 4650 ACOnr Ln Tigard, OR 97224 CHECKED BY PURCHASE ORDER Camarillo, CA 93012 8659 2575301 • . ., ,_. L7PoweretiTM : / i _:,--, / I 11, „tt - ,,.-- I - , , , il + I PVP1100 to PVP5200 String Inverters Proven Reliability - Now With an Integrated oF AC and DC PV System Disconnect Listed to ` the UL 98 Standard PV Powered, Inc. continues to deliver industry- leading reliability and technical innovations that lower the total cost of PV systems installation. PV Powered is now the only manufacturer `r of a residential inverter - integrated AC /DC PV System Disconnect that is listed to the UL 98 Standard. The UL 98 Standard, called "Enclosed and Dead -front Switches," ensures the integrated PV Powered disconnect meets all installation and inspection requirements of a PV System Disconnect. Housed within an NEC Compliant wire raceway, PV Powered's innovative disconnect consists of one enclosure with generous working room for installation. In addition to providing for a single point of connection from the utility service and PV array, the wire raceway's optimized knockout locations also provide options for side, bottom and back entry with minimized conduit bending. The wire raceway enables flush side -by -side mounting, eliminating the need for extra equipment and resulting in a cleaner, less expensive installation. 'r si : a ., PV Powered's string inverters are backed by the industry's first nation -wide ten year warranty and equipment replacement program. Optional performance monitoring is available which , , includes low cost, secure web -based access to inverter status and performance history. i,, .' '.7:,15,-.1741:- a sag: ,... 01 N W/ , FEATURES ,_--0\ 160D r. YEAR Industry- Leading Reliability - —' 4 :. j. -- — • Endurance tested to 20 year operating life • o -• • o • Lowest part counts and fewest interconnects eliminate common failure points • Field- proven technology with thousands of units installed nationwide Integrated AC and DC PV System Disconnect • Listed to UL 98 Standard for use with PV Powered UL 1741 Listed string inverters • Robust testing of switch mechanism to UL 98 Standard, called "Enclosed and Dead Front Switches" • Single AC /DC switch visible and lockable in the OFF position 0., ,n, • NEC Compliant internal wire raceway enables flush side -by -side mounting • Direct -to -wall surface enclosure design allows for easy access and installation Easy Installation Example of Side - by - side Flush • Factory integrated inverter and PV System Disconnect eliminates the need for extra equipment Mounting on 16' Intervals • Interconnections reduced from 12 to 4 points, saving installation time and material costs All PV. • Field configurable inverter grounding schema with simple jumper selection 20720 Brinson Boulevard • Optimally placed knockouts for a variety of conduit routing options PO Box 7348. aredePoweredproduds Installer- Focused Support are designed and Bend, OR 97908 manufactured in the . U.S., are fully compliant with • No special purchase requirements to get the best technical support in the industry the Buy American Act, and 1- 541 -312 -3832. • Live technical phone support qu�ify for projects funded , WWW,pVPOWERED.COM by the federal stimulus • Optional performance monitoring available • package. ©2009 PV Powered 55 6001 n o 9 . - -__ . ' DIMENSIONS ' 1121 ~~��� ~~ ~ PVP1100 to PVP3500 =�����===== � ~� .~ 11/22: �� ,our .~ • .~ ' 11 1 11 M==="= 1 ", ----_____- 3' ------,.� --' ^^" ""' ti 6 ,, | til | '~ �"��� '7—�.. ' ' r �� --- - . ~~~�� .1. ~~~ � ~� r _ PVP4600 PVP4800 PVP5200 _ c, - . �� ,. �=� _ 1 400011 | =°==~= i Al . ' I I . IMETTI 11 I ~' ' 1. . ., � _ N� ` -^ ------------ ` _^� �w 0 `" ~ ^", ' ��� BOTTOM VIEW ~ ~~~~ ^ �~ iT CPUS 11.a. Ts. ELECTRICAL SPECIFICATIONS MODEL PVP1100 PVP2000 PVP3500 PVP2800 PVP3000 pVP]SUU pVP4600 PVP4800 PVP5200 Continuous Output Power �om> 1100 2000 2500 2800 3000 3500 4600 4800 5200 r — '--------- -- - - '--'--'--- � uc �o� ya - - -- ''---- � ---'------------ . i ��u c � � c _ 94.-5. '`�� �� ���5 95.5 96 -� -__ . Maximum DC Input Voltage (VOC) 500 500 500 500 00 500 500 500 500 TDC yoltage'Operating Range (V) 115-450 - -- 115-430 170-450 209-450 205-450 200-450 240-450 -7 , DC Minimum Start Voltage 130 130 155 195 185 215 220 215 255 [���� ---- ---- --- 26 --�-��---' -- '26 26 — 26 �--�---- - � | () __-__-_---___--__-_'__�_�� ____-___�---__--_-_ -' -��___-'—�� ���_ _ - ___-) DC Imp Nominal Current (A) 10 18 20 18 18 18 25 26 25 , [A Maumumomundxus 10 9 11 13 13.,, 15 Z331 23 __ � AC Nominal Vol�e� 120 240 240 208 240 240 208 240 240 — - ---� 1n��1n�2��6u - -' �6� -�- nJ�29 ''------- -----' - '- ------ 1 �cou�onmu�en�ne�0�_ __� 311 ��'_� E _� 211-264 _�11� 183-229 211-264 311��4_ AC Frequency Range (Hz) 59.3-60.5 59.3-60.5 59.3-60.5 59.3-605 59.3-60.5 59.3-60.5 59.3-60.5 59.3-60.5 59.3-60.5 M E C H A N I C A L S P E C I F I C A T I O N S MODEL PVP1100 PVP2000 PvP2500 PVP2800 PVP3000 PVP3500 PVP4600 PVP4800 PVP5200 Inverter with Factory-Integrated AC and DC PV System Disconnect ' -- ---'--- -'--'--- ------ �m��n���El --- Wall, Mount Ba�e --''--' - ---'--'—`------ - - - �� _' - _-- '-' xu --- e�c » �va� ��un _ ,. ' '} _ Temperature -25°C to 40°C , 55 65 70 80 VV 85135 . 135 l]] mv�e�mu�o�e�o�^�om amao^x amam^o aoam^o aaam^o smaw^o mao^x ss^o ao^x ss^o .. x1sxm x xnsn xneu'vv xoen xmsm^W xm1m^W xm1m xm1m^w xo1w^o xo1w xo1w"n xo1w xx1w xx/w^o xxsm^o xosw xxxm^u AGENCY APPROVALS MODEL PVP1100 PVP2000 PVP2500 PVP3800 PVP3000 PVP3500 PVP4600 PVP4800 PVP5200 . UL 98 13th Edition, Enclosed and Dead-Fron Switches, UL 1741 Nov 2005 Revision, CSA C22.2 107] 2006 Revision, IEEE 1547 Compliant, FCC Class A & B 1_, ©2009 PV Powered I ~'"` - --- ms s. T "�, -- � G�a — ]•• . , ' , I i 1 i 0 1 PERFORMANCE WARRANTY LID ' �! I - . I .--- t � ' A PRO WORKMANSHIP .- a ^d. - . , 3 = ) , I I i _ — Length 65.94 in (1675 mmn) g ; 1 ' ! I .J Imo. - Width 39.41'in (1001 mm) .i I Height 1.34 in (34 mm) ToanuAUTY I Frame Aluminum Weight 46.7 lbs (21,2 kg) I I I !OKOATEST ( l , I LIFE LIVING 4 � - «"� ` - SolarWorld " 4,----- Sunmodule Plus 4*----, 1. i SW 225 poly ' ' very good i s . .-__^',-- , �'.<-. - Y"„". issue 05 /2010 SunmoduIe TEST WINNER c SW 250 mono PHOTON. MODULE TEST World -class quality 2008 SolarWorld products are manufactured in state- of- the- art factories according to strict f°,`,;,Sa, „ `"° German and US quality standards. ”' " " "° °'° " ° "' "d' Award- winning products SolarWorld modules have been ranked number one for two years running in ongoing TEST WINNER comparison tests carried out by the Photon trade magazine. Sunmodule plus panels generated up to 12% more yield than other major brand panels. SolarWorld Plus- Sorting Plus- Sorting guarantees highest system efficiency. SolarWorld only delivers modules . PHOTON 0 0O 0 D9LE TEST that have greater than or equal to the nameplate rated power. 2009 The independent Photo° magazine 25 -year Linear Performance Guarantee* n" pt a TO Odd """ winner. up tix mete yield! SolarWorld guarantees, over 25 years, that the modules' performance will not decrease by more than 0.7% per year — a distinct added value compared to industry- standard two- tiered guarantees. In accordance with the applicable SolarWorld service certificate at purchase www.solarworld-global.com/service-certificate /1 i i ill SOLARWORLD www.solarworld- usa.com We turn sunlight into power. Sunmodule SW 250 mono PERFORMANCE UNDER STANDARD TEST CONDITIONS (STC)* SW 250 Maximum power Pma _ 250'Wp Open circuit voltage —. U o 37.8 V — — — — — - Maximum power point voltage U 31;1 V Short circuit current 8.28 A LMaxirnum power point current I 8.05A 'STC:1000W /m 25 °C, AM 1.5 PERFORMANCE AT 800 W /m NOCT, AM 1.5 SW 250 Maimum , powwer Pma. 1833 WP Open circuit voltage U 34.6 V [Maximum power point voltage U 28.5 V m • vP_ Short circuit current 6.68 A Maximum.power point current 6.44,A 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. COMPONENT MATERIALS SYSTEM INTEGRATION PARAMETERS I Cells per module • 60 ' I Maximum system voltage 5C II , 1000 V • Cell,dimensions 6.14 in x 614 in (156;rnm x 156 mm). i ( Maximum reverse gcurrent 600 A I Cell t e Mond cr stalline Max. s stem volts e;USA NEC 6 16 A Front tempered glass (EN'12150) Increased snowload acc. to IEC 61215 5,4 kN /m? Number of,bypass diodes 3 THERMAL CHARACTERISTICS ADDITIONAL DATA 1 NOCT 47'C I Measuring tolerance +/ -.3' % TC'I - 0.042. % /K ` I Junction box IP65' TC'U, -033 %/K I Connector MC4 6 TC P mPP_ - - 0.45, % /K, i SolarWorld Plus- Sorting'I !Flash P ma, : 4— 37.8(960) 2.62(6,S) - 06,64 _I I 10 6,6 0 � W.wv. co 87(1221 ) 3 .' � �,– • Qualified, IEC 61215 E n 0 9 0 9 • Safety tested ( E ,`TEST 3 F ,„,„ ,,,,,% IEC 61730 D � E _'- -_-- Periodic Inspection 1 A6no t „ „ °,,,, <o• 000302' . 41.34(1050) 2) TI � c . 1 I us ,,,�i�\ 43.31(1100) 65.94(1675) Intertek MADE IN USA Z O N O of /'. 09 ',..■ 1) The output identified by SolarWorld (P,,„ is always higher than the nominal output • 1132(2(875 (P 2) Depeending on the m market. y L ' SolarWorld AG reserves the right to make specification changes without notice. This data sheet complies with the requirements of EN 50380. ~ I 39.41(1001) 1.34(3 ff 0 .9 D Integrated with Tile Trac attachments 0 0 0 T p atent e d � s��stem ��stalled at ehmen " va °'t 6,360,4 metho proeal soluti fr o Cpl G3 0 o o �a @ Down [ ]Q 0 a reducbility o�broken 9& leaking o o allowing . 3�- ` ' l installerructural attachments o o , R oo' I rd t allows o i support r �..4a., r - -' n � , ---y ` X19 �s M -� w ' ! - ' • � =,� ,4 t0?be adiusted yto - compensate fo Ztneven h a h l # Pd "'� "� — .�m '�' r��Po� p _ 1V Yid 5 $ `S c' '� la °�I� � • RootTfaa"cil br Fa strJa ; ' pro tected undue; , - < %.' / iPatent #6 360;491' 0 Other patents pending. __ / �j�. \` < //1 j Nile TFac® protected ui der Pa p tent #5;646,049. ,_-- # "'ice P� � Rp ^ �w . - { ', i . 11 � ------ ---.., k _ -11" - - \ i t:-- - ' !- - ' 1 TI/ ., , The Roof Mac' support rail was designed �� y„ ,% _ _ to conceal all attachment hardware. � . All connections are made inside the support rail hidden from view.. The Tile Trac® attachment system is All fully aluminum is ull y anodized to Illustrated above is how the Tile Trac ® the perfect base for surface mounting on attachment seamlessl irate rates with the module manufacturer specifications. cations. composition roofs! It has over 10 sq. inches Roof Trac' mounting system. of base to prevent damaging delicate composition shingles. Patented Sl -N -Clamp Fully integrated, and patented, clamping system '? n .. actually changes the structural properties of the 4� c� .., System t aluminum channel making it significantly stronger. _ �, `' This design allows solar modules to be installed at a lower / x> . profile to the roof providing a more aesthetically pleasing 1?-.> ` ` O installation. ' ,/ professional Module clamps specifically g rofess ps are designed, extruded and SOLAR engineered for each specific module frame. Our innovative products clamping system provides inward tension on the module -1-4- fame securing the laminate in the frame. Integrated with Fast Jack® attachments TM 0 The patented Roof Trac''" system ins talled With the Fastback Patent #6,360,491 attachment method provides an. ide solution for installations The Or iginal "Top- Down" PV Mounting System. where a flashing is desired. The Fasts ck ®i also the solar industries preferred method of attachment for new construction roofs. , � { Roof Trac® 6' Fast lack'" protected Under Patent #6,360,491 & Other patents pending. Tile Trac® protected under 'Paten t #5,646A29• u / fe • f� / b ur r rt ma, O _� Y s / The Fast Jack attachment �_. _-am ,' provides a quick and strong nu installation solution. Our patented �= _ ; � � � design places the holt directly a under the stanchion post where it T' - � � . - provides t most support. This fea- _ _ 1 t � ture allows standard roof flashings v to lay flat on the roof deck. The r emovable post al lows flashings to be slipped over the base without -- - - - ' --' L 4:.• ' - -:.„. , w , • ! damaging su composi- \t,\,,,,, � (� tionn shingles. Clk Illustrated above is how the Fast Jack® es with All attachment hardware is concealed the Roof Trac" mounting system. within the support rail leaving a attachment seamlessly integrat n aesthetically pleasing solar array. tl Spl Kit ,� The splice kit provides a solution to rigidly lock multiple rail ,. : j sets together The splice kit has a feature that allows for then mat expansion /contraction of the rails without damaging �- , ' the roof -top! � • r professiona (800) 84 SOLAR For more information you �� - SOLAR (805) 383-0802—fax can vis it us on the web at rO C�UCtS ^ 4630 Calle Quetzal p Camar CA 93012 ww w. Roof Trac. co m lc professional Roof Tra C® SOLAR products Installation Manual Date Modified: 08/13/07 � �∎, APPLICATION: ���`� The RoofTrac mounting system consists of sup - �`�� integrated is inte port rails and top down clamping hardware which ♦� with either a TileTrac or FastJack �`�� g ♦����♦ � attachment device. The RoofTrac mountin g � sys �r`� tern can be utilized on virtually all standard con - ���►��;l�``�♦ struction residential roof -tops, mounting 4' on \����! ♦ center, to install the majority of popular framed solar modules. A WARNING Symbol Legend • a l to withstand statedsspeciif are sttatedrodn a r ". lor published specification sheets) when installed properly. Fail-� � ��Ex lanati'on or.Ins tall Tip ure to install properly may decrease the performance of in + 4 ''` _ stallation. a • � Q : • SAFETY ', �` `�� All regional safety requirements should be followed when Vr. ,p information =. a • installing Professional Solar Products. All tools and equip- t � � e-- tot„ ment located on the roof should be secured to avoid falling �.x object hazards. All equipment /tools should be properly , %t maintained and inspected prior to use. Any exposed studs°" "' •7, Crltical for Safety should be protectively capped to help avoid injury. ,� This installation manual is intended for use by professional r',-Fk installers with a working knowledge of construction princi- ples. Tool List • Chalk line • • 3/16" carbide masonry drill bit • 3/8" masonry drill bit (for tile roof) • Cordless drill • Cordless impact wrench with 1/2" socket • • Page 1 of 7 - COPYRIGHT PROFESSIONAL SOLAR PRODUCTS 2007: All information contained in this manual is property of Professional Solar Products (PSP). TileTrac® is a registered trademark for PSP and is covered under U.S. patent #5,746,029. RoofTrac® and FastJack® is a registered trademark for PSP and is covered under U.S. patent #6;360,491. • professional Roof Tra c® SOLAR products Installation Manual • Date Modified: 08/13/07 Installation steps overview 1) Utilizing the Splice Kit 2) Attaching Support rails to the TileTrac ® /FastJack® 3) Installing modules 4) Clean up and safety Step 1: Utilizing the Splice Kit t c-a $' � `. = 5,-; r v'. _ s - .,%kn„ rt ,, ;,..; ' : , '.,"'w' , r " -V- : t , :1,J yy e. . }o' :*1 ^ t A r '.t c --k It Is that;yo pre insta te splice kit on th`e g fo r.:* } oof the - ¢ ri rt'. ;" u.. R.n'' �. i'r7.S,. k4 "' :_ '� '' `:: - .. a .., °t 3 ' : �r'. `.a` -fie.N u �& ' " f, '�m,,. }.. .. i", ."- It portt After ins talling.the set�th le a g a inst.the, building Typ icall y, t h y e nstalleis � ' w x ` ? m A s i ' t^ .1R 4 , ,c ;. ka e me . � .4 Oka . a- . iv sw , :- . a` , oon tf oof pull the le � ngt s to t the r oof ithout an pica equ pment and handle the s e a . lengths as one uni - , . .. . �� --*0 4 :- A" 5 to E ��� � a 4 to c 1 � , 4. 4 I , �. 1, ' ' Ae; * il e .'t a•`.;.,_ '.�. . >-.,.x, .'#.icef. ; -...,� `if,,, _,- 4,,I. ' -L. ' ,... „<, I a.�..i. ;;I.:. , , is ,.` ..!.. .G3,1-4.:t. .. ' „, - -' NvS _ `wig. s.. ti.. . f ' Y .,, .-..:a -- - 7, .�, -,--,71V--, - �: 7, ` . ' J 'T 7 7 g '� °f4 , Felt Tip Pen Drill y ` f u ® Use1ofga, Unibi. ®LF z; -1 w ill d ecrea s e drill Splice holes — 4 tlme�t0 appro i I r WI mark with mately 3 second s permanent ink l I "�' _'tp % 1‘. .1- 4 pen Uni -Bit® le i;�t ; Na. ,...., , , ,.....„ 1.. per hole ;ii V I 144 ,,,„„ 4 vgroove guide ,_ i 1 ,,._. Lower Support 7 a&qp °R 1/8 Gap �'< S ox,,,, Intersections of the /61/4 reference mark and extended "V" groove. Turn the support rails upside down (as illustrated) so the bottom is facing up. Drill two holes using a 1/2” #10 UniBit®. Drill Place the lower support over the rails to at the intersection of the reference mark and use as a template. Center the lower the "V" groove drill guide. - support over the rails and mark along the V- groove drill guide using a small felt pen. Page 2 of 7 COPYRIGHT PROFESSIONAL SOLAR PRODUCTS 2007: All information contained in this manual is property of Professional Solar Products (PSP). TileTrac® is a registered trademark for PSP and is covered under U.S. patent #5,746,029. RoofTrac® and FastJack® is a registered trademark for PSP and is covered under U.S. patent #6,360,491. professional SOLAR RoofTrac® p roduct s Installat Manual Date Modified: 08/13/07 Insert the splice "A" into the channel and install "B" —the two 5/16" bolts/ lock washers— into the lower support "C ". Tighten using a 1/2" socket. Splice insert is designed to expand into the extrusion walls forcing the rails into alignment, do not over tighten. Roof Trac® support rails can now can be handled and installed as one solid rail. N.,\ 1!2" Socket � �r B 5/16" bolts/ II lock washers IP ..............] A 4, Insert \ Extrusion _,✓ C I% . Z ''-., Lower Ill Support Splice Expansion Feature: A RoofTrac ® splice kits are designed to hold support rails in alignment and allow for thermal expansion of the aluminum. After fastening the support rails to the attachments, remove one of the 5/16" bolts. Thermal expansion of the aluminum support rails will now be absorbed in the splice connection instead of stressing the roof attachments. The remaining splice kit bolt and assembly will keep the support rails in perfect alignment. Page 3 of 7 COPYRIGHT PROFESSIONAL SOLAR PRODUCTS 2007: All information contained in this manual is property of Professional Solar Products (PSP). TileTrac® is a registered trademark for PSP and is covered under U.S. patent #5,746,029. RoofTrac® and FastJack® is a registered trademark for PSP and is covered under U.S. patent #6,360,491. professional RoofTrac® SoL R products Installation Manual • Date Modified: 08/13/07 Step 2: Attaching Support Rails to TileTrac ® /FastJack TileTrac® version T- wrench y (FastJack version on next page) TileTrac Device k /V � Nut Vasher combo \�`� ��II� I II Installation of the RoofTrac® support rails to the over the attachment feet, install the 3/8" washer and TileTrac ®. nut and tighten using a 9/16" deep socket wrench. Your support rails are now secure and ready for After the TileTrac® has been installed (refer to the installation of the modules. respective installation guide), lay the support rail (upside down) next to the attachments, step 1, as �"`�' z r= �d?�4% "r `I` ! 0__ illustrated above. Mark the channel adjacent to the , I U e�of a Ur bit®w ll� decrease dr �. v attachment devices. Align and mark the intersecting 3 tlmeito.appr o ximatel y 3 s econds per� , E i "V" groove drill guide on the rail and drill a 1/2" hol hole f ' _ � ±` ). : ° through the rail. After drilling the hole, place the rail 4 ' i ` t �' 4 � 1 "' ak ''�9„4 m ' ., = Page 4 of 7 COPYRIGHT PROFESSIONAL SOLAR PRODUCTS 2007: All information contained in this manual is property of Professional Solar Products (PSP). TileTrac® is a registered trademark for PSP and is covered under U.S. patent #5,746,029. RoofTrac® and FastJack® is a registered trademark for PSP and is covered under U.S. patent #6,360,491. professional RoofTrac® - S ®Ll11� products Installation Manual - Date Modified: 08/13/07 FastJack® Unibit #10 Drill bit � � FastJack® version , A Standard Flashing iii V .- - - - - - , i?ter 4 . U se� a Unbt® ll;de , I -- Li crease timetor Rafters tmately,3 seconds ,q - , t Installation of the Rooffrac® support rails to the drill a 1/2" hole through the rail. After drilling the hole FastJack®. in the support rail, place the rail over the attachment feet, make any necessary final adjustments and tighten After the FastJack® has been installed (refer to the the 3/8" Bolt & Washer combination to attach the respective installation guide), lay the support rail support rail to the FastJack®. Your support rails are . (upside down) next to the attachments. Mark the now secure and ready for installation of the modules. channel adjacent to the attachment devices. Align and mark the intersecting "V" groove on the rail and Page 5 of 7 COPYRIGHT PROFESSIONAL SOLAR PRODUCTS 2007: All information contained in this manual is property of Professional Solar Products (PSP). TileTrac® is a registered trademark for PSP and is covered under U.S. patent #5,746,029. RoofTrac® and FastJack® is a registered trademark for PSP and is covered under U.S. patent #6,360,491. professional RoofTrac® • SOLAR products Installation Manual • Date Modified: 08/13/07 .a 3',-. 1 9 a+ '° -'4. M :XT., a 5--s. - c i t, °r ,g _ -s 3p 44, AZ', M.' '{t E. W #•, f ,.Fo�r,coi venience, ittis e to pre assembletthe bolt;Rlock washe and cla D intto ', — t slidin insert° rior to bri'n i n i-o.- m` u p t Oth o roof t � r `� – ` ,, �; g p g g 3 ' . a i yc , �Y z Z . ;. s, - ' f£ c t o € • ` E � r t ,, �: Iii II: S ` p ` a 3' ,` >' ` ,...;.A.,,,, ` ? `� €. a ,a ti t . t ".r . , #z „ _ , is Fy , - 3� e q- G. R . , $ „,.A-,:% .r. 7 sN ,.., �' a • :"'Ir .� L . to a„ s [ s a_ . r as ;, iifA .yea§ 4. -,.. y...,.- .g ,.. �: ..A`'.. 'z ,„ ' .$F ;t f }L ,a. ,.e -a _-i y -, ..- 3' a' ...0 ;” S" 1%, �' '_ &[, l i3 O z ' t e f Or �.��n z - = � ', • -,3. x,,,, k:::* t K., 41: 0 �/' �r 9 s ox re - i C—r.7 ----... itt. t' .,X,..f.,.,. „,,,. _, ..,---1,' --,-::-.) rt .-.1 - k g. IN. 14; '�` �,,.`" ,, } r . � ` 1' l : i v " 1-'--... ' k °. f g x '� k �n: .f- •' �+b.,, iii ' . P. \ Fig. A ; ■ -7e ' Fig. 1 A i lir v 4 co- �,'.. . N 4 41 , if ,,.4 '.'E sx,v4.-'r7':x . 4e i'✓:�. �' 7.' =?.. �. < r 1 W�.'`. -� 3 :...A.,; ».ik : �� V . ',::' T-* . -,,.- - I .., Attachment and clamping of the solar modules to NOTE: Clamping hardware is not engineered or TileTrac® or FastJack® attachments works exactly the intended for use on support rail /strut other than same. After the support rails have been fastened, you the Professional Solar Products brand. are ready to install the solar modules. There are two sets of clamps; the outside clamps (end clamp) (Fig. 1) and the inter - module clamps (Fig. 2) that install between the modules. Please note that all module end clamps are specially extruded to fit a specific brand of module as specified in the ordering guide. Page 6 of 7 COPYRIGHT PROFESSIONAL SOLAR PRODUCTS 2007: All information contained in this manual is property of Professional Solar Products (PSP). TileTrac® is a registered trademark for PSP and is covered under U.S. patent #5,746,029. RoofTrac® and FastJack® is a registered trademark for PSP and is covered under U.S. patent #6,360,491. professional R fTrat® • SOLAR products Instal Manual • Date Modified: 08/13/07 Step 5: Installing Modules at. /0" 0 , /41. itit -.411 t114 1 111p , 2 1 . 0 ..... 4 1111 I t Slide the two end clamps near the end of the After the first module is secured, slide two inter- support rail and install your end module (first). module clamp sets onto the first module side Carefully square the module to the frame and frame. They are designed to stay in place, freeing tighten the clamps using a 1/2" box wrench or you up to slide and align the next module into place. drive socket. DO NOT OVER TIGHTEN, we recom- Repeat this procedure until all modules are in- mend a maximum torque of 12 foot pounds to stalled onto the support rail. prevent damage to the module. / / ,, ,�.... % ,i p ilot �; ./ // %2 , '� //j % /' � ■ 4.... Alb.- Vii► = - -_, _`_r/:- %�y�► r___. ` '� ��► ��� ��►�� ,,.......0 ,....____ .may ���` „,. I Upon installation of the last module in the panel, To complete the installation, cut off any excess install the module end clamp to the end of the last support rail not used with a reciprocating saw. module. Before fully tightening the bolts, make You may want to use an extrusion blade. any adjustments needed to create a square and even array. Once all modules are in the position desired, use a 5/16” Socket impact set to 12 ft. lbs to tighten the bolts on the clamps. Page 7 of 7 COPYRIGHT PROFESSIONAL SOLAR PRODUCTS 2007: All information contained in this manual is property of Professional Solar Products (PSP). TileTrac® is a registered trademark for PSP and is covered under U.S. patent #5,746,029. RoofTrac® and FastJack® is a registered trademark for PSP and is covered under U.S. patent #6,360,491. • Keeping within the maximum permitted load Q uick Guide for Users Make sure the support structure adheres to maximum permissible load require- ments as prescribed by local ordinances, particularly in regions of high snow . ® accumulations and high wind velocities. Take notice to possible bowing of the SolarWorld® solar modules modules under high loads. Avoid installing fasteners, cable ties, etc. between the module backside and support structure (i.e. on mounting rails) as any sharp edges can damage module. Last revised: January 2009 ►tea Drawing: Bowing of the module under Carefully read through these installation instructions before installing, operating high mechanical front loads. or servicing the photovoltaic (PV) system. Failure to follow these instructions 1 may result in bodily injury or damage to property. Keep these instructions! Work- ing on a PV system requires specialized knowledge and must therefore be carried —,. -;` ,. - - - - ` -___ out only by appropriately qualified and authorized personnel. 11.111111M Keep children away! • Grounding of the module and frame Warning notices The company installing the PV module frame is also responsible for properly Danger of death from electric shock! grounding. If the building is already equipped with an exterior lightning pro er - g tection system the PV- installation must be integrated in the protection system Solar modules generate electricity as soon as they are exposed to light. against direct effects of lightning. Country specific standards must be adhered The voltage of a single module is less than 50VDC. When several modules are to connected in series, the summed voltage can be dangerously high. When the modules are connected in parallel the currents are summed together. Although A grounding method authorized by UL is mandatory in the US and Canada. touch protection is provided in the form of the fully insulated plug contacts, the following points must be observed when handling the solar modules to avoid the Example UL: risk of fire, arcing and fatal electric shock: The modules can be connected to the grounding holes using a lay -in lug and • The installation of higher voltage systems should be done by qualified, licensed a screw with serrated washer, washer and nut. professionals. Drawings: • Do not insert electrically conducting parts into the plugs or sockets! Ground connection using a cable lug, a bolt, a serrated washer, a washer • Do not wear metallic jewelry while performing mechanical or electrical and a nut. Installation. • Do not fit solar modules and wiring with wet plugs and sockets! s I 1 I - Tools and working conditions must be dry. 3 a =!� - — • Exercise extreme caution when carrying out work on wiring and use the 4 w F ^ appropriate safety equipment (insulated tools, insulated gloves, etc.)! 2 • - Do not use damaged modules! Do not dismantle modules! Do not remove any r t J part or label fitted by the manufacturer! Do not treat the rear of the laminate w with paint, adhesives or mark it using sharp objects! — Danger of death from electric shock! 1) Lay - in lug 3) Serrated washer 5) Nut The inverter can produce dangerous, high voltages, even when not 2) Bolt 4) Washer connected: We recommend using the components as listed below. Any UL approved PV grounding method and components are also acceptable in the US and Canada. • Exercise extreme caution when working on wiring and the inverter. • After switching off the inverter, it is essential to wait for the time interval Table: Recommended components specified by the manufacturer before beginning any further work. This allows the high voltage components time to discharge. item Description Manufacturer/ Manufacturer • Be sure carefully to follow the inverter manufacturer's installation instructions. Distributor Part Number Q Danger of death from arcing! Grounding Lug Lay - In Lug sco GBL Modules generate direct current (DC) when any amount of light shines Bolt 56 55 McMaster Carr 92314A148 on them. When breaking a connected string of modules (e.g. when disconnecting Serrated washer MS, SS McMaster Carr 9112oA14o the DC line from the inverter under load), a lethally strong arc can occur: washer ID 9/64 ", OD 3/8 ", SS McMaster Carr 9 21410\007 Nut 46 SS McMaster Carr 91841A007 • Never remove the solar generator from the inverter while it is still connected to See: www.usco.com;www.mrmascer.rom the main grid! • Ensure that the cable connections are in perfect condition (no cracking, soiling • Fire safety or other contamination)! The roof construction and installation may affect the fire safety of a building; improper installation may contribute to hazards in the event of fire. For roof Unpacking the modules and storage application, the modules should be mounted over a fire resistant covering rated for the application. The module is "non- explosion - protected equipment ". Hence • Observe the warnings on the packaging! it must not be installed in the proximity of highlyflammable gases andvapors The utmost care is required when handling the modules. Take care when un- (e.g. filling stations, gas containers, paint spraying equipment). The module must packing, transporting, and storing them. Leave modules in packaging until they not be installed near open flames or flammable materials. are to be installed. Carry modules with both hands. Do not use the connection socket as a handle. Do not stand modules on hard or rough ground. Do not stand • Suitable environmental conditions modules on their corners. Ensure modules do not bow. Do not place modules on The module is intended for use in temperate climatic conditions. The module top of each other. Do not subject to load, do not stand on them, do not drop. Do must not be subjected to concentrated light. It must not be immersed in water or not mark or work on them with sharp objects. Keep all electrical contacts clean constantly exposed to water spray (e.g. from fountains). There is risk of corrosion and dry. In order to keep a record of your system, we recommend that you make a with exposure to salt (it is recommended that modules are installed at least note of the serial numbers. If it is necessary to store the modules temporarily, a 500 m or 1700 ft from the sea) and sulfur (sulfur sources, volcanoes). The module dry, ventilated room should be used. may not be exposed to extremely corrosive chemicals (e.g. emissions from manu- facturing plants). General safety information • Suitable installation Ensure that the module is used for its intended purpose only. Pay attention to the Make sure the module meets the technical requirements of the system as a local ordinances, building standards and accident- prevention regulations during whole. Ensure that other system components do not exert damaging mechanical installation. The safety information for other system components must also be or electrical influences on the modules. When connected in series, modules must followed. all have the same amperage. When connected in parallel, the modules must all have the same voltage. The modules must not be connected together to create a Installation voltage higher than the permitted system voltage. Modules must not be fitted as overhead glazing or vertical glazing (facade). Ensure that the mounting system • When installing the modules, please pay attention to: can also withstand the anticipated wind and snow loads. There are openings at the base of the module frame to allow water from precipitation to drain. Ensure • Safety during installation that these openings are not blocked nor partially blocked by the module instal - Do not carry out installation work when there are strong winds. Secure yourself lation method. and other workers to avoid falling. Secure work materials to prevent articles from falling. Create a work zone to avoid accidents with other people. • • Optimum orientation and tilt • Refer to section 690 -8 of the National Electric Code (NEC) for an additional To obtain maximum yield from the system, we recommend that you determine multiplying factor of 125% (80% de- rating) which may be applicable the best direction and tilt angle for the modules. Conditions for generating • Over - current protection shall be in accordance with the requirements of .. electricity are considered ideal when the sun's rays strike the module perpendi- Article 240 ofthe NEC cular to its surface. To avoid performance drops in series circuits, ensure that • Conductor recommendations: 8 -14 AWG (1.5 -10 mm') USE -2 (nonconduit)/ all modules have the same orientation and tilt. THWN -2 (conduit ), 90 °C wet rated • Cable conduits should be used in locations where the wiring is accessible to • • Avoidance of shading children or small animals Even partial shading will cause a yield reduction. A module is "shade free" when - Modification or tampering of diodes by unqualified personnel is not permitted. the entire surface is shade free all year round and, even on the most unfavorable Please consult a SolarWorld Service Center for additional information regarding days of the year, receives unobstructed sunlight. diode replacement /repair. • Adequate ventilation Maintenance and cleaning Ventilation of the module backside is necessary to avoid the build -up of heat that can reduce performance. Given a sufficient tilt (at least 15 °), it is generally not necessary to clean the modules (rainfall will have a self - cleaning effect). In case of heavy soiling, we Mounting recommend cleaning the modules using plenty of water (from a hose) without any cleaning agents and using a gentle cleaning implement (a sponge). Dirt must Each module must be securely fastened at a minimum of4 points. The frame never be scraped or rubbed away when dry, as this may cause micro- scratches. has been stress tested for mounting by the long sides. The module should not be secured by its short sides. We recommend that the system be inspected at regular intervals to ensure: I i 1. All mounting points are tight and secure and free of corrosion. 2. All cable connections are secure, tight, clean and free of corrosion. ._ N> . __ � 3. Cables are not damaged in any way. i i I j 4. The conductivity of module frame to earth ground. _ _.. ) Disclaimer of liability 1 /4 Mk O �a r(Ip� th Since compliance with this guide and the conditions and methods of installation, 1/8 bitas. ..$0 , • o. Q : h operation, use and maintenance of the modules are not checked or monitored do not mount Y• c_ f °? t • on the short side 1'1 by SolarWorld AG, SolarWorld AG accepts no liability for damage arising through i l improper use or incorrect installation, operation, use or maintenance. mounting area mounting area Furthermore, liability for infringements of patent law or of other third party rights arising from the use of the modules is excluded unless we are automati- PV modules can be mounted to the substructure by clamping on (Example A) at tally liable by law. the front side or by screwing (Example B) at the back side. Example A: Clamping Example B: Bolting -wilmRRe 2 I T 3 1 1) Stainless steel serrated lock nut 2) Stainless steel washer 3) Stainless steel M8 (5/16 inch) T -head bolt The clamping area (Example A) of the washer must cover at least 135 mm' or 0.21 in'. A torque wrench must be used for assembly. In the examples shown, the tightening torque (using stainless steel M8 or 5/16 inch bolts) must be 20 Nm or 11.8 ft-lbf. Use the existing holes for securing the module; do not drill any addi- tional holes (doing so would void the warranty). Use appropriate corrosion -proof fastening materials. Wiring SolarWorld is: The module is provided from the factory with pre - connectorized cables. SolarWorld AG SolarWorld Asia Pacific Pte. Ltd. Under no circumstances should the junction box be opened. Martin - Luther - King -5tr. 24 72 Bendemeer Road 53175 Bonn #07 -01, Luzerne For the wiring, pay attention to: Germany Singapore 339941 Telefon: +49 - 228 - 55920 - 0 Singapore • Correct wiring scheme Telefax: +49 - 228 - 55920 - 99 Tel.: +65 - 6842 - 3886 In order to decrease voltage caused by indirect lightning strikes, all connecting service @solarworld.de Fax: +65 - 6842 - 3887 cables should be as short as possible. Check that the wiring is correct before www.solarworld.de service @solarworld.sg commissioning the system. If the measured open circuit voltage differs from the www.solarworld.sg specifications, then there is a wiring fault. Ensure that the polarity is correct. SolarWorld lberica, S.L. C /La Granja 15, Bloque B -1 °B SolarWorld Africa Pty. Ltd. • Correct plug connections 28108 Alcobendas, Madrid 20t Floor Make connections only in dry conditions. Ensure that connections are secure and Spain 1 Thibault Square tight. Tel.: +34 - 91 - 4905999 Cape Town, 8001 Fax: +34 - 91- 6574967 South Africa • Use of suitable materials service @solarworld.es Tel.: +27 - 21 - 421 - 8001 Use special solar cable and suitable connectors only. Ensure that they are in www.solarworld.es Fax: +27 - 21 -421 - 8002 perfect electrical and mechanical condition. Use only single wire cables. Select a service @solarworld - africa.co.za suitable conductor diameter to minimize voltage drop. SolarWorld California Inc. www.solarworld - africa.co.za 4650 Adohr Lane • Cable protection Camarillo, CA 93012 We recommend securing the cables to the mounting system using UV- resistant USA cable ties. Protect exposed cables from damage using suitable precautions Tel.: +1 - 800 - 947 - 6527 (e.g. laying them in plastic pipes). Avoid direct exposure to sunlight. Fax: +1 - 805 - 388 - 6395 service @solarworld - usa.com Underwriters Laboratories Information (U.S. and Canada) www.solarworld- usa.com • The solar module electrical characteristics are within + / -10% of the module label SolarWorld Korea Ltd. iiiiiiiiiii indicated values of Isc,Voc,and Pmpp under Standard Test Conditions (irradi- Gangnam Finance Center, 737 • ante of 100 mW /cm AM 1.5 spectrum, and a cell temperature of 25 °C /77 °F) Yeoksam -dong, Gangnam -gu, • Under normal conditions, a photovoltaic module is likely to experience condi- Seoul, Korea,135 -984 tions that produce more current and /or voltage than reported at standard test Tel.: +82 -2- 2112 -1871 SOLARIA/ID R L D conditions. Accordingly, the values of lsc and Voc marked on this module should Fax: +82-2-2112-1849 THE SUNPOWERED COMPANY• be multiplied by a factor of 1.25 when determining component voltage ratings, service @ solarworld- korea.com conductor capacities, fuse sizes, and size of controls connected to the PV output. www.solarworld- korea.com Lite 4700 W. 160th St. Cleveland, OH 44135 GALVANIZED BASE PH:800- 321 -9532 IS 90 FX:800- 321 -9535 NO -CALK ® www.oatey.com ROOF FLASHINGS System TECHNICAL SPECIFICATION Engineering Specification: Oatey Galvanized Base No -Calk Roof Flashings can be used in Job Reference commercial and residential applications where a watertight seal for roof penetrations around the plumbing vent pipe is required. — `\ . \ N► ' (----________-- \L', 1. \ \ lAt y (All dimensions in inches) o Roof Flashing slides over DWV pipe for pitch to 40° o Made of rust - proof, stamped 24 or 28 gauge galvanized steel • Non - fading sealing collar • Approved for Type B installations • Not for hot - mopped or built -up roofs • Do not use paint or petroleum based products on rubber collars ✓ Product Description Length Width PACK CARTON No. (L) (W) WEIGHT 11830 1/2" — 1" Galvanized No -Calk Roof Flashing — Solar 12 -1/2 9 12 11 lbs. 11831 ' /z" — 1" Galvanized No -Calk Roof Flashing — Solar 18 18 12 23 lbs. 11840 1 -1/4" — 1 -1/2" Galvanized No -Calk Roof Flashing 12 - /z 9 12 12 lbs. 11841 1 -1/4" — 1 - /z" Galvanized No -Calk Roof Flashing 12 - /z 9 6 6 lbs. 11853 2" Galvanized No -Calk Roof Flashing 12 -1/2 9 12 12 lbs. 11854 2" Galvanized No -Calk Roof Flashing 12 -1/2 9 6 7 lbs. 11866 3" Galvanized No -Calk Roof Flashing 14 -1/2 11 12 17 lbs. 11867 3" Galvanized No -Calk Roof Flashing 14 -1/2 11 6 9 lbs. 11879 4" Galvanized No -Calk Roof Flashing 15 12 12 23 lbs. 11880 4" Galvanized No -Calk Roof Flashing 15 12 6 12 lbs. 11960 1 -1/4" — 1 -1/2" Galvanized No -Calk Roof Flashing — 28 Gauge 14 14 12 23 lbs. 11961 2" Galvanized No -Calk Roof Flashing — 28 Gauge 14 14 12 23 lbs. 11921 1 - — 1 - /z" Large Base Galvanized No -Calk Roof Flashing 18 18 12 23 lbs. 11934 2" Large Base Galvanized No -Calk Roof Flashing 18 18 12 23 lbs. 11947 , 3" Large Base Galvanized No -Calk Roof Flashing 18 18 12 23 lbs. 11950 4" Large Base Galvanized No -Calk Roof Flashing 18 18 12 26 lbs. y n IAPMO Listed 653 Data is subject to manufacturing tolerances. D -6 Visit www.oatey.com for updates 10/2005