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Plans E LC2O 16 - 00757 NW PHOTON ENERGY RECEIVED 560 FIRSTO�T, SUITE TRIANGLE CORPORATE PARK 1 126 . 63kW DC SOLAR ELECTRIC SYSTEM503-703-4046 13010 SW 68TH CCT 4 2016 KIRK@NWPHOTONENERGY.COM CITY OF TIGARD 1:.:056 BUILDING DIVISION PORTLAND OR 97223 STAMP: SCOPE OF WORK GENERAL NOTES SYMBOL KEY SHEET INDEX Cl) Z THE PROJECT SCOPE INCLUDES THE INSTALLATION OF 112,000 WAC RATED GRID-TIED SOLAR ALL ELECTRICAL WORK TO BE INSTALLED BY A QUALIFIED AND LICENSED ELECTRICAL CONTRACTOR. O PHOTOVOLTAIC SYSTEM AT THE PACIFIC NORTHWEST PROPERTIES LP OCCUPIED COMMERCIALAril VIEW NUMBER Q KEYED NOTE ii� ELECTRICAL DISCONNECT SWITCH PV1 TITLE PAGE t z N--- BUILDING IN PORTLAND, OR. ALL SOLAR MODULES SHALL BE UL LISTED 1703 & CEC APPROVED. ALL INVERTERS SHALL BE UL LISTED 1741 SECTION CALLOUT Eir\JD ELECTRICAL FUSE PV2 SITE PLAN l CERTIFIED & CEC APPROVED. ALL ELECTRICAL COMPONENTS AND MATERIALS SHALL BE LISTED FOR IT'S PURPOSEW C[ ' I— THE INSTALLATION CONSISTS OF A ROOFTOP MOUNT SOLAR ARRAY,4 INVERTERS,AND RELATED AND AND INSTALLED IN A WORKMAN LIKE MANNER. ALL OUTDOOR EQUIPMENT SHALL MEET APPROPRIATE NEMA SHEET NUMBER REFERENCE NOTE 0S ELECTRICAL BREAKER SYMBOL PV3 ROOF PLAN Ce I- ! 15. ELECTRICAL METERING AND SAFETY EQUIPMENT.ALL EQUIPMENT WILL BE INSTALLED AS REQUIRED BY STANDARDS. DC — —�" DC SIDE OF INVERTER PV4 STRUCTURAL LAYOUT 0 Cl)) ; NLY APPLICABLE CODES AND THE LOCAL UTILITY COMPANY. DURING DAYLIGHT HOURS THIS PHOTOVOLTAIC VIEW NUMBER CD REVISION BUBBLE PV5 STRUCTURAL DESIGN z I 01 SYSTEM (SOLAR ELECTRIC)WILL PROVIDE ELECTRICITY IN PARALLEL WITH THE LOCAL UTILITY SERVICE THE ELECTRICAL CONTRACTOR IS ADVISED THAT ALL DRAWINGS AND COMPONENT MANUALS ARE TO BE DETAIL CALLOUT AC AC SIDE OF INVERTER O PROVIDER. UNDERSTOOD PRIOR TO INSTALLATION. THE CONTRACTOR IS ADVISED TO HAVE ALL SWITCHES IN THE "OFF" PV6 LINE DIAGRAM SHEET NUMBER O REVISION NUMBER E CURRENT TRANSFORMER < 0POSITION AND FUSES REMOVED PRIOR TO INSTALLATION OF FUSE-BEARING COMPONENTS. PV7 ELECTRICAL NOTES z SYSTEM DESCRIPTION — GROUNDING ELECTRODE CONDUCTOR 0 THIS SYSTEM IS INTENDED TO BE OPERATED IN PARALLEL WITH THE UTILITY SERVICE PROVIDER. ANTI-ISLANDING VIEW NUMBER PV8 SPEC SHEETS PROTECTION ISA REQUIREMENT OF UL 1741 AND IS INTENDED TO PREVENT THE OPERATION OF THE PV SYSTEM 41211 TITLE NORTH ARROW a EQUIPMENT GROUNDING LOCATION n (378)AUO SUNVIVO PM72MWO 335 335WDC MULTICRYSTALLINE MODULE, CEC PTC RATING 307.1WDC VIEW TITLE (4) CPS SCA28KTL-DO/US-480 28,000WAC STRING-INVERTER(S),480V, CEC EFFICIENCY: 98.0% 34) WHEN THE UTILITY GRID ISNOT OPERATIONAL. ligrScale: SCALE ,n Z in a 4 SHEET NUMBER Cr4 to a 6 0 — z 126,630 WATTS DC PERMISSION TO OPERATE THE SYSTEM IS NOT AUTHORIZED UNTIL FINAL INSPECTIONS AND APPROVALS ARE ii 112,000 WATTS AC OBTAINED FROM THE LOCAL AUTHORITY HAVING JURISDICTION AND THE LOCAL UTILITY SERVICE PROVIDER. , 4 ABBREVIATIONS T C THE METHOD OF ATTACHMENT CREATES A UNIFIED STRUCTURE TO MEET DEAD LOAD, WIND LOAD, AND SEISMIC TYP. TYPICAL PCC POINT OF COMMON COUPLING OSISC OREGON SOLAR INSTALLATION ° LrF � REQUIREMENTS. SOLAR MODULES WILL BE SECURED TO THE EXISTING ROOF AS SPECIFIED ON THE STRUCTURAL PV PHOTOVOLTAIC AWG AMERICAN WIRE GAUGE SPECIALTY CODE ilka h SHEETS. EXISTING ROOF EQUIPMENT WILL NOT BE EFFECTED BY THE PV SYSTEM. ALL STRUCTURAL DESIGN AND TSRF TOTAL SOLAR RESOURCE FACTOR VD% VOLTAGE DROP PERCENT OESC OREGON ELECTRICAL SPECIALTY CODE INSTALLATION COMPONENTS ARE THE RESPONSIBILITY OF OTHERS AND OUTSIDE THE SCOPE OF THIS DOCUMENT. TOF TILT AND ORIENTATION FACTOR ASHRAE AMERICAN SOCIETY OF HEATING, OSS[ OREGON STRUCTURAL SPECIALTY -�1r r; DC DIRECT CURRENT REFRIGERATING AND AIR CONDITIONING CODECO ,. ALL FASTENERS SHALL BE CORROSION RESISTANT APPROPRIATE FOR SITE CONDITIONS. CONNECTORS SHALL BE AC ALTERNATING CURRENT ENGINEERS a (71W APPLICABLE CODES TORQUED PER DEVICE LISTING OR ENGINEERING RECOMMENDATIONS. I— A AMPS UL UNDERWRITERS LABORATORIES ALL ROOFING REPAIR MUST MAINTAIN EXISTING CLASS AND TYPE OF ROOF AND ALL WORK SHALL BE IN V VOLTS IEEE INSTITUTE OF ELECTRICAL AND Q a� INTERNATIONAL BUILDING CODE, 2009 W WATTS ELECTRONICS ENGINEERS OREGON SOLAR INSTALLATION SPECIALTY CODE, 2014 ACCORDANCE WITH THE ROOFING MANUFACTURER'S INSTALLATION REQUIREMENTS. WDC WATTS OF DIRECT CURRENT IBC INTERNATIONAL BUILDING CODE U g M ' c i ca OREGON ELECTRICAL SPECIALTY CODE, 2014 WAC WATTS OF ALTERNATING CURRENT W ti OREGON STRUCTURAL SPECIALTY CODE, 2010 CU COPPER CONDUCTOR U d a. cr) m AL ALUMINUM CONDUCTOR W as = Ce W E PROPOSED LOCATION W o~o 0 VICINITY MAP OF SOLAR ELECTRIC SYSTEM PROJECT TEAM ce c 0 Sw clr^ °a a w BW Carat St 3 SW Landau sr I' * c, J aP O z stir E - NI { w gYit.,00c$r _ _ A PROJECT DEVELOPER co o w © � � p © iA j n SW Oak SL N N D - - - J t— ,-) �IrYRd D - m�, SW Oak a 0 Wtsr W d' b Porilarul Patti '`y SSK ,�,.. a. ( )w s s Naruraf Area Y f s¢ ,2Y SWS est `a�a NW PHOTON ENERGY la- Ct r � ..,.u4. SWVextaSI 560 FIRST ST, SUITE 104 < a. .,, a n , , j ,,datgo SF - Sir,rhenson St , `C EK (1? s 9,a 5a p SW tronh osxnu st 1 ® F PCC �'lvarna c r r r 4ti°c'o f err r i am swv(arlk5l _ CITX i'�F T�GAtD 503-703-4046 M Z - KIRK NWPHOTONENERGY.COM s p "� unvIE�'ED O aDE COMPiMANCE p nCCG 0Tl5i1 Si �yc� G ]t7,. _ * D f VAR Enti!evrctsrl { 188056 Ca C'V co ,, b - S��tet5pk� Approved: i �a> Sr r ern Sr ' ;: '3 < • 0104 C l G l Of I s IN �r[ Y y W(mddrd = _ � 'f� (Ts g Coy Park I, -r.1 1 f d L, :'a n yr ,,� Knaus ltd S„Y:u ut , ��P n ' : g fL. ,tt A . TtmberkneSl - 1 +� CONTRACTOR 5 v spy 3 a a r^f�lTl t# . O!✓(g ( /lJ Address: 1�0/©S� 6g. ��w a / NW PHOTON ENERGY co n S� cn rY h� E r * c Suite YTi 0 5W Nr,1fiON. �r�lr 5 v. No, Z R c ~ a41 . d} O n Eh` 13010 sw um pkwy W,ekrose St tice�"St. Ammo'FD � �P� /////(/ 560 FIRST ST, SUITE 104 SCALE :- 1 f' i-annn a c �W'rrrrry By: •I l f j_ 111 ate: /V I f/ ! y/ z ^ CrerkCark c 7t; i*; 't GruyR L 503-703-4046 AS SHOWN l t q r” swnma,st g `3 x KIRK@NWPHOTONENERGY.COM „ SWkdgewnodh 244 e pa 's ORIGINAL SIZE 24 X 36 SW Guar do Si SW McDonald St SW McDonald SI-- .:a Knrso trey g 188056 SHEET SIZE ARCH "D" Do ,� .. t}svrego 1 -1. o ,{`.S;rk g x'k'ad„,.rkt. is 44 y�M,a`vily, Country[ We�` '�� SITE CONTACT o y2�' 1" „„An, a SW Bonita Rd t r)aruta Fid e yc iroGiy Park rn i �" Z m 1.:. l�ngrm0 Lr+ a Fit CD t Bull!mountain Rd sw uwddct Si ® - � $ . /1 t! /�1 !1(+�Y NW Copyright 2af 6 CU t _ r; t are ma H6 ,,,,.-n- d OFFICE V V A TBT The drawings, TON ENERGY n y " � €,a CthxS'ii: a t1 >ar,,r The drawings,specfications and other documents related to this �- SW s,nkt SS f ® p.kr dve"° project are protected under law and contract. Reproduction of Q. Dre on&�srnr•ss Park III^ t r, ,ew �,' - 0 - these documents is authorized for the purpose of constructing, J , y4 sW rca;.le st • g �^ Rrw rt ad V 4ake� OS yeg- . SYSTEM DESIGNER maintaining and using this project Use of these documents for �, G � s' sW A,h,0ost r 4 ! - Jai any other purpose is not permitted without written authonzation. )3) '`Sw v'''. -r-,'•1',-'" = �'2 �,gf pw� South Share- .. Hurvneri eld Di ? ._ CU 0 , n SW Bond St m QS Q weg` r 5 walk St RENEWABLE ENERGY ASSOCIATES, LLC t✓ ,;,t ,SW Durham F{d .'.V!ntu ham Nd SW f7urham Ay4 v+ Tigard rfigh Schools u, - *`'z- ytermt,0 Rd -g it, PO BOX 208 �' ==I r lty :Uegm;$u5lnessParkl 4 wFS- Grcc �eR� `�� CORVALLIS, OR 97339 `� 'i Clean Water .' w a `n SW r Se icesourhace } �t°t *' s" a i. .:. 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ENERGY PV AC COMBINER PANEL 560 FIRST ST, SUITE PV AC DISCONNECT (24/7 PGE ACCESS) 104 UTILITY METER 503-703-4046 MAIN DISTRIBUTION PANEL AND PCC KIRK@NWPHOTONENERGY.COM 188056 IN GROUND FLOOR ELECTRICAL ROOM CPS INVERTERS MOUNTED ON ROOFTOP RACKS WITH SHADE COVERS 1.111111-; _ ri, _ -.___.�_- STAMP: rfrt'"�� i ral r e e Ea ..3 ti W L' r r- E- 6a E- ",-3 E3 B ® F3 SOLAR ARRAY ON ROOFTOP / I— CO (378) UL LISTED PV MODULES ® e jd/ � ��M��� . - CC LLJ L z I— §AZIMUTH 180°, SLOPE 10° 1=1 ri _ _ F t-3 EiI LO z V P=. E.. E- E-. k:: E. E n ® '/fir' I I; ga / MIIIIIIMMII MIM ���lal ----���----- MU -_- z IMO ��� IM Li P ��� ET - SUNEYE LOCATION 0 1; m .„ : • E tl , , j r - — ______=________„__ - __ _-- --- E3 /Ell `- 1..10.E iii NM SUNEYE LOCATION a.� MIMI W bmii mom MINIM , ��� a_mai --- SW IRVING ST SUNEYE LOCATION W U) Y Y U CL N Cfl 0_ CL F=- 1=- I— i___ ti co cOoo U Q CL CD ciU-In cf.) LLJ O H O CO co I-- .11 Q co O z z c o U U)c.) O� W o IJ— U M U oM O O 0 to z Q z CL -a o ca CL a) as O O SCALE CD a) a Custom c cu ORIGINAL SIZE 24" X 36" SHEET SIZE ARCH "D" D %2'• 1" 03 ©Copyright 2016 NW PHOTON ENERGY as The drawings,specifications and other documents related to this O_ project are protected under law and contract. Reproduction of these documents is authorized for the purpose of constructing, U maintaining and using this project. Use of these documents for N any other purpose is not permitted without written authorization. O - ADJACENT � - PROPERTY F- rn as w a z 6 0 N cn U O O_ t1 co Q U) W w 1 Z o W = 0 a cn U F- E H Z U 1u Ct CO 0 w w w J 0 t1 0 t Ca Z Z 0 co co W N— N— � � cfl � N N N— CL SW 68TH PKWY SHEET L co NAME: N PV2 M .a.„, W F- Q 0 SITE PLANF— Z_ CC U- NW PHOTON ENERGY 560 FIRST ST, SUITE 104 503-703-4046 KIRK@NWPHOTONENERGY.COM 188056 PV AC COMBINER PANEL STAMP: PV AC DISCONNECT (24/7 PGE ACCESS) r -.- UTILITY METER CO Z MAIN DISTRIBUTION PANEL AND PCC Z I-- INGROUND FLOOR ELECTRICAL ROOM ROOFTOP JUNCTION BOX, TYP. U - - - - - - aCO >- z ROOFTOP CONDUIT FROM INVERTERS TO PV AC COMBINER ON GROUND LEVEL Q 0Z MilA i .. - - � BC-3, INV-4 0 LL- I I 1 1 J BC-4, INV-4 BC-2, INV-4 L^U/ I— I I I ' I ' ti 0 BC-1, INV-1 CPS INVERTERS MOUNTED ON ROOFTOP RACKS WITH SHADE COVERS z r BC-1, INV-4 I I I BC-5, INV-4 1 1 r r BC-2, INV-1 W r r 1- U) Ct rn U N co Ct CN I I i N- BC-4, INV-3 U Q 0_ rn CC BC-3, INV-1 - - BC-6, INV-1 W 2 r I I r co 0 D (.0 I I Q 0 Q z BC-4, INV-1 - p 0 U) J ~ O U) W O I—- U 1 C; I I U n 2 O O o - BC-5, INV-1 z W 12 U I P Q 0_ NI I L. L z BC-1 INV-2 o c r co ca I I I I ^� BC-2, INV-2 - -- - BC-5, INV-2 LL I I , 1 a) as i I 1 • BC-3, INV-2 SCALE U a) BC-4, INV-2 ORIGINAL SIZE 24" X 36" SHEET SIZE ARCH "D" 06 CO 0 %2" 1,r a - _ - - - - - - - —.-_ _ - ROOFTOP CONDUIT BETWEEN ©Copyright 2o16 - - - _ - -- - -- -- - - - - - - ARRAYSNECESSARY NW PHOTON ENERGY A S The drawings,specifications and other documents related to this Ca. I project are protected under law and contract. Reproduction of Jo these documents is authorized for the purpose of constructing, () I maintaining and using this project. Use of these documents for any other purpose is not permitted without written authorization. s= I CVS F- ",= I 0) I C I W 0 z c0 I I N BC-3, INV-3 C) U)Oa) O i W L co Y WuJ/ wfn V z Z z O w T O a (r) U P. E 1- z 0 c[ US OI I IJJ W W (.5 BC-1, INV-3 a �cGN 1 I LL LL 0 1 1 CO z z CL BC-2, INV-3 0 cfl co 2aO.I' CO U0 CV 1.2) 0` uj( )1 SHEET O N Cr) __,) PV3W Q 0 1- R z EE NOTES: 1. ALL CONDUIT RUNS ON ROOF UNLESS OTHERWISE SPECIFIED. NW PHOTON 2. CONDUIT SUPPORTED BY PROPERLY SEALED AND GLUED PT WOOD BLOCKING OR UNISTRUT WITH SEALANT PER ROOFING MANUFACTURERS SPECIFICATIONS ENERGY 560 FIRST ST, SUITE PV AC COMBINER PANEL 104 PV AC DISCONNECT 503-703-4046 KIRK@NWPHOTONENERGY.COM UTILITY METER 188056 I 4 STANf' : EMT CONDUIT ON ROOF CONDUIT BRIDGE TO BE 1„ a r UNIRAC BALLAST TRAY 71-5-11, (4 MIN.) 1„ �, ! 11'-71" I (3.5 ABOVE ROOF MIN) INSTALLED IN ACCESS PATHWAY 4 16-22 , (4 MIN.) / � o o 2 �D I w o _ I 1,-J 71 E E. ,. 1 M M E (W 2- I PV4 �' � r W Z /� — E — E .— _ - J, - L. CPS STRING-INVERTER AUO SOLAR MODULE _ - - - - _ - _ - — 11.1c h a Z I- - V -/ 4 `_ - - I 1 . :... E E E 1E --ff' 1=-; F.72. CZ :-''--- 'q-: ./"\ ''''' ;'-_! r-'-''' i _ __ ROOFTOP AIR E - El E M CONDITIONING UNIT -. _ .� ,- I 1 __v - r� - Z; - - . _ - - .�.- >,,. ?016 E E E E I.. . -_ o M r 12-34 _ - - _ _ - - z 1 � � = Qo p1-al :=1-.:, - -J M :17:- 61-721" 4E1 =I M M M 77.- .4,-; m_7-- T. n T-t,1111114 65'-10-" W W _= M r °M 7 CONDUIT BRIDGE TO BE W f— INSTALLED IN ACCESS PATHWAY M E Q O OCt E EEE EM E El 1E E IE El 1E E 1E ,�1 E- .., E 1EE. E E E EIEIR E - / 19'-82" -t % g- - - - 1 I 1 1 1 1 1 I 1 I 1 1 I I _1 I 1 I A mo_ - _ 1 E.- F.:;. .7 --E. TE, Ili _ I _ E. -1 @ �I - --- 118'-10" LIJ - NEMA 4 ROOF MOUNTED - [� I = _ E E. .=, E - - - @ T- C 1(3-- __ ----- --- JUNCTION BOX, TYP. rn ` PV4 �PV} � �.== M�- ROOFTOP AIR 0 Q c \ • M M M M M @ @ M M @ --- CONDITIONING UNIT 1.. �=�=-�= I-.� W w Y ti ,�' 21 -12 r- ---� / W < 2 r W = 5._43.. 4' MIN. - = = = = W O O i 1- 4 ( ) co 2 r_ 3.. 11'-22"ii J O Z Z 118 4-4 / O J U (I) U i ,1 ii C/) W O F- W M 24'-51 rr U _1 o C� O 3 0 2 I 1 Z CL ct Z W 8._13.. CO W 4 co cNi ��� - c — - - 8r-63rr 4 a_ r 7 5'-3211 R N SCALE — LT N --=,-.,— I4 o e U (I) AS SHOWN is ._. .7 ,._. ,-. - 7'-92", (4' MIN.) i/ / ORIGINAL SIZE 24" X 36" SHEET SIZE ARCH "D" o ._ D y2„ 1" co 0_ ©Copyright 2016 NW PHOTON ENERGY m A ROOFTOP VENT, TYP. The drawings,specifications and other documents related to this ROOF PLAN Q project are protected under law and contract. Reproduction of these documents is authorized for the purpose of constructing, PV4 Scale: 3/32" — 1'-0" maintaining and using this project. Use of these documents for / 59'-24" /- any other purpose is not permitted without written authorization. 0 C 01 SYSTEM MECHANICAL INFORMATION (FOR REFERENCE ONLY) t �, / 19,_81,1 / -34 lbs. BALLAST BLOCK, TYP. 2 SHADE COVER SOLAR MODULE WEIGHT: 49.6 lbs. a- MOUNTING RAIL WEIGHT: 36 lbs max/If 1'-9" 4", TYP. //- z SOLAR ARRAY WEIGHT: 55,266 lbs -1.--1- CPS INVERTER - AUO SOLAR MODULE NEMA 4 JUNCTION SOLAR MODULE DIMENSIONS: 77" X 39.05" X 1.57" - AUO SOLAR MODULE BOX, TYP. NTOTAL ROOF AREA (MEASURED IN PLAN VIEW): 28,006 ft2 .� SOLAR ARRAY AREA: 12,524 ft', MEASURED IN PLAN VIEW: 12,225 ft2 / 3-3 / 1 -7 / 1 1 ROOFTOP CONDUIT BODY 2 ARRAY AREA PERCENT OF ROOF (MEASURED IN PLAN VIEW): 43.6 % s , fill. � CONDUIT ROOF PIPE JACK SOLAR ARRAY DEAD LOAD: 4.52 lbs/ft17 °°°��o0.8,,,,,80,,,,,„00„,,,,8 -° V ■ All -IIS' FLASHING TYP. 2 J 1 •� 8 ■ _ as SOLAR ARRAY ATTACHMENT TYPE: UNIRAC RM'¢ ATTACHMENT QUANTITY: 494 @ 78" MAXL.0 . SPACING A ��11-7" 10 OIIPO: A � ilimi%e w SOLAR ARRAY MOUNTING RAIL TYPE: UNIRAC RM � " 15° - 30°, TYP. _\:,o .o' o z iL z 31_3„ iaioaaaaaiaaaaaaaaaaaiioaii�aai��aaaoiiii�iiaiiaaaaaaaaaiaaiioai4 o w z WATER TIGHT lie a U O 00 0� °O°° 0 00 t_ z Q LIIII AralROOFTOP CONDUIT FITTINGS v 0 U 4., J , co W w IRA RM V • 2 CONDUIT UNIRAC CLAMPS TYP. �, BALLAST TRAY �O o -34 lbs. BALLAST BLOCKS, TYP. ROOF FRAMING m z z CONTRACTOR INSTRALLED A CONDUIT SLEEPER ATTIC CONDUIT o cfl co ROOFING PAD w - ,__, \ 1---1 L---J OR EQUIVALENT D i.6 ch 30" MAX. DEPTH ENGINEERED K-JOIST w Loci o o @ 6' O.C., W/42'-6" MAX. SPAN, TYP. ADJUSTABLE ROOFTOP w fY • -/ 61-5" ROLLED ASPHALT INVERTER MOUNTING RACK N� \- AUO SOLAR MODULE ROOFING PV4 SHEET N0.&NAME: M _a_., UNIRAC BALLAST TRAY Q rB) SECTION DETAIL c ATTACHMENT DETAIL r-D INVERTER MOUNTING DETAIL rE CONDUIT SUPPORT DETAIL F CONDUIT ENTRY DETAIL STRUCTURAL oPVScale: 1/4" = 1'-0" PV4 Scale: NTS PV4 Scale: NTS PV4 Scale: NTS PV4 Scale: NTS E LAYOUT NOTES: 1. BASED ON 32 lbs. BALLAST BLOCK NW PHOTON ENERGY 1 BALLAST BLOCK PER BASKET560 FIRST ST, SUITE r, R 104 „ &, 7- 503-703-4046 1 tL KIRK@NWPHOTONENERGY.COM 2 BALLAST BLOCKS PER BASKET 0: 2"0 188056 W �, � 3 BALLAST BLOCKS PER BASKET 0; .,3W ut STAMP: 4 BALLAST BLOCKS PER BASKET .• LI] r� Mi to O VI cn V _ ND ADA A 3 1311 3 2 Ell 2 1 1 131411411111111 Um El 111.31 3 A z p ga ! 4 4 E —E milma 2111=1119102 2IIII 4 4111 F.1:5E 7 2 1 2 [ 3 VIM. ©� 2 �%pa � 2 401 I I IV 11.11 111111 11511111111111141111111.1111111111 EWAN Nall f: 0 3 1111 111 Ell Ell 1111 gi 4s2 =4W. 1 1 ..41 10.43 imiumin im. 1 MINI 2 3 3 '14:C 0 =O ■ ■ ■ ■ ■ ■ ■ N_ _$_ : 1 %ai_ _ ■ ■2 ■ ■ ■ ■ ■ ■ ■ 23 migi 0 ioiliiihr in Eilim. 4 IMAM III= 1 11 I 111 1 I MI 1 2 MN 4 1... LLi I- 3 3 113 1111 III Ell 3ll Mil III 131 I. 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AS SHOWN ig i_ ORIGINAL SIZE 24" X 36" 3 3. SHEET SIZE ARCH "D" it 0 y2" 1 2 G4 Ell 2 ®t apyright2Ol6 NW PHOTON ENERGY CD O The drawings,specifications and other documents related to this E project are protected under law and contract. Reproduction of O these documents is authorized for the purpose of constructing, C_) 3 3 3 MN 4 El maintaining and using this project. Use of these documents for any other purpose is not permitted without written authorization. (13 II F= 3 4 2 2 3 4 3 rn ■ x 3 4 4 3 E 4 32 2 ; 2 3 111111111113111M111 4 IIIIIIIM cv cn cpu 11 11 ` I 1111a 131111•114 4 4. 4 4 4 4. ■ ■ j J ■ ■ I w MI u MI 3 2 2 3 ® II El Ct Z O I- LU z ~ C/3Q a d C H U O LLICI) LUIX CL 0 CCI Z U b W (:: )1 SHEET NO.&NAME: coPV5Q ti M W Q STRUCTURAL I- = DESIGN E SITE SPECIFIC INFORMATION: SITE LOCATION: PORTLAND, OR 97223 A NW PHOTON ENERGY TEMPERATURE DESIGN LOCATION (IF APPLICABLE): PORTLAND/HILLSBORO FREE AIR 560 FIRST ST, SUITE ASHRAE HIGH TEMPERATURE: 37°C 00 (2) 10 AWG PV WIRE CU 104 AVERAGE HIGH TEMPERATURE: 32°C (1) 6 AWG GND 503-703-4046 ASHRAE LOWEST EXPECTED TEMPERATURE: -8°C -70'W/0.30% VD GROUNDING MID CLAMP KIRK@NWPHOTONENERGY.COM _ 188056 MODULE INFORMATION: O3 5 ADDITIONAL SOURCE I = _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ AUO SOLAR MODULE MODULE TYPE: AUO, SUNVIVO PM72MWO 335, 335WDC (STC) CIRCUITS OF 18 MODULES 2 9 a ° 0 a 0 0 a MULTICRYSTALLINE MODULE ; O CEC PTC RATING: 307.1WDC b 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 STAMP: POWER TOLERANCE: +3/-OWDC Voc: 47.0VDC (52VDC AT-8°C) WEEB GROUND LUG r Vmp: 37.0VDC (30.3VDC AT 37°C) Isc: 9.61ADC UNIRAC MOUNTING RAIL Imp: 8.82ADC 1/D CO z SERIES FUSE RATING: 15ADC (.9 0 I Voc CORRECTION (%/°C):-0.32% PV6 Vmp CORRECTION (%/°C): -0.43% 0 MODULE DIMENSIONS: 77" X 39.05"X 1.57" Q INVERTER INFORMATION: w i_ CPS STRING-INVERTER, SCA28KTL-DO/US-480, 480V, 34) (1) 1-1/2" EMT > 0 W CEC WEIGHTED EFFICIENCY: 98.0% (12) 10 AWG PV WIRE CU 10 ao o START VOLTAGE: 330VDC (1) 12 AWG GND 0 o o 0 MPPT MINIMUM VOLTAGE: 500VDC -260'W/ 1.0% VD) o cc < 0 MPPT MAXIMUM VOLTAGE: 800VDC K 4) cc 0 2/D Z MAXIMUM SYSTEM VOLTAGE: 1000VDC °C= VP 6 0 MAXIMUM POWER INPUT: 38000WDC MAXIMUM POWER OUTPUT: 28000WAC (5) SOURCE CIRCUITSH � 5 II W (- MAXIMUM CURRENT OUTPUT: 33.7AAC OF (18) MODULES AC NOMINAL VOLTAGE OUTPUT: 480VAC I --- - AC c.vI9 z AC OVERCURRENT PROTECTION: 50AAC MAX (PER MANUFACTURER REQUIREMENTS) 00 ARRAY ELECTRICAL SPECS ARRAY ELECTRICAL SPECS MODULES: 378 T INVERTERS: 4 °C- (21) SOURCE CIRCUITS OF 18 MODULESj HIIIIN (5) SOURCE CIRCUITS � 5 ti ° OF (18) MODULES w i W MAX. SYSTEM VOLTAGE: 935.3VDC W/ 18 MODULES @ -8°C - F- MAX. POWER POINT VOLTAGE: 666.0VDC W/ 18 MODULES ' AC' --- MIN. ADJ. VMP (ASHRAE HIGH TEMP): 545.7VDC W/ 18 MODULES CO rn MIN. ADJ. VMP (AVG. HIGH TEMP): 560.0VDC W/ 18 MODULES 00 0 Q cr, MAX. RATED ISC OF ARRAY: 39.OADC W/4 STRINGS N CO MAX. SHORT CIRCUIT CURRENT: 48.75ADC W/4 STRINGS0 W MAX. POWER POINT CURRENT: 36.4ADC W/4 STRINGS (3) 3/4" EMT 0 U Q o W = CCm °C- (3) 6 AWG THWN-2 CU EACH W 0 I- 0 CO z VOLTAGE CALCULATIONS: NEC 690.7 2 LOW TEMPERATURE FOR DESIGN (ASHRAE LOW TEMP) = -8°C (5) SOURCE CIRCUITSHU/ i (1) 10 AWG NEU UTILITY CT METER (c) 5I (1) 10 AWG GND EACH MAIN SERVICE Q 0 Z Z ARRAY Voc AT STC: 47.0VDC X 18 MODULES IN SERIES = 846.0VDC OF (18) MODULES i -40' W/0.30%VD 0 0 0 ¢ ~ o TEMPERATURE ADJUSTED Voc: IDISCONNECT „ 1 o [846.0VDC X ( 1 + ( (-8°C -25°C ) X ( -0.32% ) ) ) ] = 935.3VDC L ___ - ACS , ��® (3) 2/0 AWG THWN-2 CU �� 0 0 J o (1) 1-1/2" EMT UTILITY � W o � E MAX. Voc PER INVERTER MANUFACTURER REQ. = 1000VDC (6) (1) 6 AWG NEU 0 0 <_ 1000VDC (OK) 0 3 Z ct 6 935 .3VDC 00 (1) 6 AWG GND 0 L 50A O 12 -25'W/0.10% VD ® d- _. Q Z i 3P 1- (4) ® 0 0 0 ca t °c_ ;; 3P �3/D� w w ( ►- L II 50A PV6 w z d I III 3P O 0a)EP 4 OA III © iii 50A / A ./�_ , 175A % 3P Lso Acta ---- i1 � a t G SCALE v 9 ' ii EXISTING GROUNDING 0) r 1 CONDUCTOR AS SHOWN 00 (1) 3/4" EMT (1) 1-1/2" EMT EGC BONDED TO ALL EQUIPMENT -L ORIGINAL SIZE 24" X 36" (3) 2/0 AWG THWN-2 CU - (3) 6 AWG THWN-2 CU (1) 6 AWG NEU Y SIZED ACCORDING TO NEC 690.45(A)AND NEC 250.122 SHEET SIZE ARCH "D" (1) 10 AWG NEU (1) 6 AWG GND co (1) 10 AWGGND -10'W/0.05% VD 0 y2" 1" A SYSTEM SPECIFICATIONS B LINE DIAGRAM -40 W/0.20% VD ©Copyright 2016 PV6 Scale: NTS PV Scale: NTS NW PHOTON ENERGY The drawings,specifications and other documents related to thi B project are protected under law and contract. Reproduction of O these documents is authorized for the purpose of constructing, U maintaining and using this project. Use of these documents for a) any other purpose is not permitted without written authorization. �' 0 (378)AUO, SUNVIVO PM72MWO 335, 335WDC MULTICRYSTALLINE MODULE, CEC PTC RATING: O7 LOCKABLE UNFUSED EXTERIOR PV DISCONNECT SWITCH TO BE LOCATED WITHIN SITE OF EXISTING co 307.1WDC. INCLUDES OUTDOOR RATED QUICK CONNECTS WITH MULTI CONTACT CONNECTORS FOR UTILITY METER PER UTILITY REQUIREMENTS. 200AAC, 480VAC, NEMA 3R. KEY 1 KEY2 KEY3 6' MODULE INTERCONNECTION. DO NOT REMOVE THE QUICK CONNECTS, OTHERWISE THE MODULE CONDUCTOR, CONDUIT&OCPD QTY SIZE TYPE QTY SIZE TYPE QTY SIZE TYPE WARRANTY AND THE UL LISTING MAY BE INVALIDATED. \°/ PCC MADE IN EXISTING INTERIOR 480VAC, 1600AAC 3 PHASE MAIN DISTRIBUTION PANEL WITH (1) RACEWAY 1 1-1/2" EMT 1 3/4" EMT 1 1-1/2" EMT EL 175AAC 3 POLE SOLAR BREAKER RATED FOR BACKFEED. BREAKER AIC RATING TO MATCH SERVICE CURRENT CARRYING CONDUCTORS: 12 #10 PV WIRE CU 3 #6 THWN-2 CU 3 2/0 THWN-2 CU z O FREE AIR EQUIPMENT GROUNDING CONDUCTOR ACCOMPLISHED VIA CONTINUOUS #6 CU GROUND EQUIPMENT RATING. THIS CONNECTION SHALL BE MADE IN CONFORMANCE WITH NEC 705.12(D). SEE NEUTRAL: NOT APPLICABLE 1 #10 THWN-2 CU 1 #6 THWN-2 CU WIRE. GROUND WIRE SHALL BE INSTALLED TO ALLOW FOR PANEL REMOVAL WITHOUT DISRUPTING D/PV6 FOR BREAKER SIZING CALCULATIONS. EGC/GEC: 1 #12 PV WIRE CU 1 #10 THWN-2 CU 1 #6 THWN-2 CU N CONTINUITY. ALL MODULE GROUND CONNECTIONS SHALL BE MADE IN ACCORDANCE WITH NEC OVER-CURRENT PROTECTION DEVICE (OCPD): 12 15A FUSE 1 50A BREAKER 1 175A BREAKER 690.31(J). O ALL CONDUIT TO BE EMT, SCHD 40 PVC OR RIGID METAL. MIN. 3.5" OFF OF ROOF SURFACE. ESTIMATED MAX. LENGTH & MAX. VOLTAGE DROP %: 260ft 1.0% 40ft 0.20% 10ft 0.05% a) -o EXTERIOR FITTINGS TO BE WATER TIGHT. NEC CODE & CONDUCTOR SIZING CALCULATIONS CIRCUIT INFO CIRCUIT INFO CIRCUIT INFO a n TRANSITION FROM FREE AIR PV WIRE TO CONDUIT BETWEEN ARRAYS AS NEEDED. QUANTITY OF PARALLELED CIRCUITS 1 1 4 n SEE D/PV6 FOR CONDUCTOR SIZING CALCULATIONS. 10 ALL DC CONDUCTORS TO BE 1000VDC RATED COPPER (CU) UNLESS NOTED OTHERWISE. 690.8(A); MAXIMUM CURRENT: Isc X 1.25 X 1 = 12.0A INV. OUTPUT= 33.7A INV. COMBINED = 134.8A Q 690.8(B)(1)(a); CONTINUOUS CIRCUIT CURRENT: Isc X 1.25 X 1.25 X 1 = 15.OA INV. OUTPUT X 1.25 =42.1A INV. COMBINED X 1.25 = 168.5A w w c4 INVERTER INTEGRATED DC DISCONNECT. 15ADC FUSES EACH INPUT. .0 TOTAL DC VOLTAGE DROP PERCENT (578.2VDC, 8.82ADC): 1.20%VDC 690.8(B)(1)(b); TERMINAL TEMPERATURE REQUIREMENTS: 75°C:310.15(B)(16) = 35A>_ 15.0A 60°C:310.15(B)(16) = 55A>_42.1A 75°C:310.15(B)(16) = 175A>_ 168.5Az z z 690.8(B)(2)(a); CONDUCTOR AMPACITY WITHOUT CONDITIONS OF USE: 90°C:310.15(B)(16) =40A>_ 15.0A 90°C:310.15(B)(16) = 75A>_42.1A 90°C:310.15(B)(16) = 195A>_ 168.5A o w s o n (4) CPS, SCA28KTL-DO/US-480 28,000WAC STRING-INVERTER, 480VAC, CEC WEIGHTED EFFICIENCY 0 TOTAL AC VOLTAGE DROP (480VAC, 33.7AAC MAX PER INVERTER, 134.8AAC COMBINED): 0.45%VAC 310.15(B)(2)(A); AMBIENT TEMPERATURE: 32°C 32°C 32°C I U) U v 98.0% . UL1741 LISTED WITH INTEGRAL ANTI-ISLANDING PROTECTION FEATURES. NEMA 4X, UL1741 310.15(B)(3)(c); ~ z TEMPERATURE ADDER FOR CONDUIT HEIGHT: + 17 C = 3-1/2 - 12 ABOVE ROOF + 0 C = NOT ON ROOF OR 36 + + 0 C = NOT ON ROOF OR 36 + � � o LISTING INCLUDES COMPLIANCE WITH IEEE519 FOR POWER QUALITY, IEEE1547 FOR EQUIPMENT LABEL CALLOUT. SEE C/PV7 FOR DETAILS. ° ° ° ° ° ° ° o 32°C 0°C 32°C 96% J 310.15(B)(2)(A); TEMPERATURE &THE DERATE: 32 C + 17 C =49 C = 82/0 32 C + 0 C = 32 C = 96/0 32 C + 0 C = 32 C = INTERCONNECTION SAFETY AND THE NATIONAL ELECTRICAL CODE. TIED TO EXISTING FACILITY ° 0 0 D 0_ o 0 310.15(B)(3)(a); CONDUCTORS IN RACEWAY/BUNDLED &THE DERATE: 12 CURRENT CARRYING = 50/0 3 CURRENT CARRYING = 100/0 3 CURRENT CARRYING = 100/o � o GROUND. INVERTER IS TRANSFORMERLESS, UNGROUNDED AND UL LISTED AS A UNIT. INVERTER HAS TOTAL CONDUCTOR DERATE: 82% X 50% = 41.0% 96% X 100% = 96.0% 96% X 100% = 96.0% c UL1741 APPROVED GROUND FAULT DETECTION DEVICES THAT MEET NEC 250.122 REQUIREMENTS 690.8(B)(2)(b); CONDUCTOR DERATED AMPACITY: 40A X 41.0% = 16.4A>_ 12.0A 75A X 96.0% = 72.0A>_ 33.7A 195A X 96.0% = 187.2A>_ 134.8A m z z cc FOR EQUIPMENT GROUNDING. 690.8(B)(1)(a), 250.122 &/or 250.166; OCPD SIZE IF REQ. &ASSO. EGC/GEC: 15A OCPD <_#12 EGC/GEC 50A OCPD <_#10 EGC/GEC 175A OCPD <_#6 EGC/GEC o co CO DEDICATED 480VAC, 200AAC, 3 PHASE, INVERTER COMBINER PANEL TO PLACE INVERTER OUTPUT 690.8(B)(2)(c); CONDUCTOR DERATED AMPACITY& OCPD AMPACITY: 16.4A IS OK ON A 15A OCPD 72.0A IS OK ON A 50A OCPD 187.2A IS OK ON A 175A OCPD N N co a_ CIRCUITS IN PARALLEL. (4) 50AAC 3 POLE SOLAR BREAKERS RATED FOR BACKFEED. TOTAL RATING > CD o OF ALL OVERCURRENT DEVICES, EXCLUDING MAIN SUPPLY OVERCURRENT DEVICE, SHALL NOT c co EXCEED AMPACITY OF BUSBAR. SEE D/PV6 FOR BREAKER SIZING CALCULATIONS. SHEET NO.&NAME: 0 PV6N M 1 ( C� KEYED NOTES ( DCONDUCTOR AMPACITY CALCULATIONS o PV6 Scale: NTS 'PV66) Scale: NTS LINE DIAGRAM z E ELECTRICAL NOTES FOR NEW PHOTOVOLTAIC SYSTEM: NW PHOTON 1. THIS PROPOSED SOLAR ELECTRIC SYSTEM IS INTENDED TO OPERATE IN PARALLEL WITH POWER RECEIVED FROM THE UTILITY SERVICE PROVIDER. 2. EQUIPMENT GROUNDING CONDUCTORS AND SYSTEM GROUNDING CONDUCTORS WILL HAVE AS SHORT A DISTANCE TO GROUND AS POSSIBLE AND ENERGY A MINIMUM NUMBER OF TURNS 2. THE INVERTER FOR THE PROPOSED SOLAR ELECTRIC SYSTEM SHALL BE IDENTIFIED AND LISTED AS A UTILITY INTERACTIVE INVERTER FOR USE IN 560 FIRST ST, SUITE SOLAR PHOTOVOLTAIC SYSTEMS. 3. NON-CURRENT CARRYING METAL PARTS SHALL BE CHECKED FOR PROPER GROUNDING; NOTING THAT TERMINAL LUGS BOLTED ON AN 104 ENCLOSURE'S FINISHED SURFACE MAY BE INSULATED BECAUSE OF PAINT/FINISH. PAINT/FINISH AT POINT OF CONTACT SHALL BE PROPERLY 503-703-4046 3. THIS SYSTEM IS INTENDED TO CONNECT TO THE EXISTING FACILITY POWER SYSTEM AT ONE POINT, POINT OF COMMON COUPLING (POCC). THIS REMOVED. KIRK@NWPHOTONENERGY.COM CONNECTION SHALL BE IN COMPLIANCE WITH THE NEC ARTICLE 705.12 "POINT OF CONNECTION". 188056 5. MODULES SHALL BE GROUNDED WITH EQUIPMENT GROUNDING CONDUCTORS BONDED TO A LOCATION APPROVED BY THE MANUFACTURER WITH 4. ALL SOURCE CIRCUITS SHALL HAVE INDIVIDUAL SOURCE CIRCUIT PROTECTION FOR TESTING AND ISOLATION. A MEANS OF BONDING LISTED FOR THIS PURPOSE. 5. ALL DISCONNECTS AND COMBINERS SHALL BE SECURED FROM UNAUTHORIZED/UNQUALIFIED PERSONNEL BY LOCK OR LOCATION 6. THE CONNECTION TO THE MODULE OF THIS PROPOSED SOLAR ELECTRIC SYSTEM SHALL BE SO ARRANGED THAT REMOVAL OF A MODULE FROM THE PHOTOVOLTAIC SOURCE CIRCUIT DOES NOT INTERRUPT A GROUNDED CONDUCTOR TO ANOTHER PHOTOVOLTAIC SOURCE CIRCUIT. SETS OF STAMP: 6. ALL DISCONNECTS, COMBINERS, PULL/SPLICE BOXES, AND ENCLOSURES SHALL BE LISTED FOR IT'S PURPOSE. MODULES INTERCONNECTED AS SYSTEMS RATED AT 50 VOLTS OR LESS WITH OR WITHOUT BLOCKING DIODES, AND HAVING A SINGLE OVER r --- CURRENT DEVICE SHALL BE CONSIDERED AS A SINGLE SOURCE CIRCUIT. 7. EQUIPMENT SHALL BE INSTALLED IN A SECURE AREA. INVERTER PERFORMANCE MAY BE AFFECTED IF INSTALLED IN DIRECT SUNLIGHT. 7. GROUNDING SYSTEM COMPONENTS SHALL BE LISTED FOR THEIR PURPOSE, INCLUDING BUT NOT LIMITED TO GROUND RODS, GROUNDING LUGS, CO Z WIRING METHODS: GROUNDING CLAMPS, ETC. 0 Q ALL WIRING METHODS AND INSTALLATION PRACTICES SHALL CONFORM TO THE NATIONAL ELECTRICAL CODE (NEC), LOCAL STATE CODES, AND Z !- OTHER APPLICABLE LOCAL CODES 8. WHERE GROUND FAULT PROTECTION IS NOT PROVIDED, EACH GROUNDING CONDUCTOR SHALL BE SIZED TO TWICE THE NORMAL CALCULATED C) AMPACITY PER NEC 690.45(B). 1. EXPOSED PV SOLAR PANEL WIRING WILL BE PV WIRE, 90 DEGREE C, WET RATED AND UV RESISTANT. ALL EXPOSED CABLES, SUCH AS MODULE Q f LEADS SHALL BE SECURED WITH MECHANICAL OR OTHER SUNLIGHT RESISTANT MEANS. GROUND FAULT PROTECTION: 1. PHOTOVOLTAIC INVERTERS SHALL BE EQUIPPED WITH DC GROUND FAULT PROTECTION TO REDUCE FIRE HAZARDS. D w 2. ALL GROUNDED CONDUCTORS SHALL BE WHITE OR GRAY AND EQUIPMENT GROUNDING CONDUCTORS GREEN OR BARE. (NEC 200.6). > Z DISCONNECTING MEANS: Q 0 3. DC SOURCE CIRCUITS SHALL BE BLACK PV WIRE WITH LABELS ON BOTH ENDS INDICATING INVERTER NUMBER AND SOURCE CIRCUIT NUMBER. 1. MEANS SHALL BE PROVIDED TO DISCONNECT ALL CURRENT CARRYING CONDUCTORS OF THE PHOTOVOLTAIC POWER SOURCE FROM ALL OTHER < U SOURCE CIRCUITS WILL BE IDENTIFIED AT ALL POINTS OF TERMINATION, CONNECTION, AND SPLICES WITH RED MARKING FOR POSITIVE CONDUCTORS IN THE BUILDING. Z CONDUCTORS AND BLACK FOR NEGATIVE CONDUCTORS OR A COLOR OTHER THAN GREEN, WHITE, GRAY, OR RED. 2 0 2. THE DISCONNECTING MEANS SHALL NOT BE REQUIRED TO BE SUITABLE AS SERVICE EQUIPMENT AND SHALL BE RATED IN ACCORDANCE WITH - LL 4. CONDUIT TYPES USED IN THE PV INSTALLATION SHALL BE APPROVED FOR THEIR SPECIFIC APPLICATION AND SUPPORTED PROPERLY PER NEC. SECTION 690.17. LL1 1-- J 5. LONG STRAIGHT CONDUIT RUNS, 100 FEET OR MORE, SHALL HAVE EXPANSION FITTINGS, IF EXPOSED TO WEATHER. 3. A SINGLE DISCONNECTING MEANS SHALL BE PERMITTED FOR THE COMBINED A.C. OUTPUT OF ONE OR MORE INVERTERS IN AN INTERACTIVE Z SYSTEM. Z 6. IF USED, ALL WIRENUTS ARE TO BE INSTALLED PER LOCATION REQUIREMENTS AND MANUFACTURERS SPECIFICATIONS BY A QUALIFIED/CERTIFIED PERSON. WIRENUTS SHALL NOT BE USED ON DC CONDUCTORS. REQUIRED SAFETY SIGNS AND LABELS: 1. REQUIRED SAFETY SIGNS AND LABELS SHALL BE PERMANENTLY ATTACHED BY ADHESIVE, OR OTHER MECHANICAL MEANS. LABELS SHALL COMPLY 7. FUSES AND WIRES SUBJECT TO TRANSFORMER INRUSH CURRENT SHALL BE SIZED ACCORDINGLY. WITH ARTICLE 690 VI OF THE NEC OR OTHER APPLICABLE STATE AND LOCAL CODES. SEE LABELS AND MARKING PAGE FOR MORE INFORMATION. 8.ALL DC MATERIALS SHALL BE LISTED FOR 1000V DC GENERAL NOTES GRID TIE PHOTOVOLTAIC INVERTERS: 1. SYSTEM GROUNDING MEANS: THIS INVERTER IS INTENDED TO BE INSTALLED AS PART OF A PERMANENTLY GROUNDED ELECTRICAL SYSTEM PER 9. CONDUITS AND CONDUCTORS: ALL INTERCONNECT WIRING AND POWER CONDUCTORS INTERFACING THE UNIT MUST BE IN ACCORDANCE WITH THE NEC ANSI/NFPA 70. THE AC AND DC GROUND BUS BARS ARE CONNECTED TO THE MAIN INVERTER ENCLOSURE. A GROUND FAULT INTERRUPTION THE NEC ANSI/NFPA 70 AND ANY APPLICABLE LOCAL CODES. LARGE GAUGE WIRE MUST CONFORM TO THE MINIMUM BEND RADIUS SPECIFIED IN THE DEVICE IS PROVIDED INSIDE THE INVERTER. GROUND FAULTS ARE MONITORED BY THE INVERTER AND THE INVERTER IS DISCONNECTED FROM THE w H NEC, ARTICLE 300.34. KEEP ALL WIRE BUNDLES AWAY FROM ANY SHARP EDGES TO AVOID DAMAGE TO WIRE INSULATION. ALL CONDUCTORS SHOULD GRID IN THE EVENT OF A GROUND FAULT. BE MADE OF COPPER AND RATED FOR 90 DEGREE C MINIMUM. FOR OUTDOOR INSTALLATIONS, ALL INTERCONNECT CONDUITS AND FITTINGS MUST BE rn NEMA-4 RATED AS REQUIRED BY THE NEC. 2. INVERTER ENCLOSURE: INVERTERS ARE INDOOR/OUTDOOR RATED, IEC GRADE, NEMA 3R OR EQUIVALENT. ALUMINUM CONSTRUCTION WITH 0 c ENAMEL COATED PAINT ON ALL SURFACES. ALL REMOVABLE INTERNAL PANELS ARE COVERED WITH ENAMEL COATED PAINT ON ALL SURFACES. ALL EE w Y o 10. CONNECTORS TO BE TORQUED PER DEVICE LISTING, OR MANUFACTURERS RECOMMENDATIONS. SURFACES ARE TREATED WITH A ZINC-RICH PRIMER AND THEN POWDER COATED TO INHIBIT CORROSION. W Q CL rn -. 11. ALL AC WIRING SHALL BE COPPER WIRE, TYPE THWN-2 RATED AT 90 DEGREE C, AND RATED FOR 600V, OR APPROVED EQUAL. 3. ENVIRONMENTAL CONDITIONS: INVERTERS ARE DESIGNED TO BE INSTALLED IN EITHER AN INDOOR OR OUTDOOR LOCATION. THE UNIT MUST BE -� 0 0 I- p m m ANCHORED TO A LEVEL CONCRETE FLOOR OR STEEL PLATFORM, OR OTHER NON-FLAMMABLE STRUCTURE CAPABLE OF SUPPORTING THE coo c 2 12. PROPERLY SUPPORT ALL EXPOSED PV SOURCE CIRCUITS TO MAINTAIN THE INTEGRITY OF THE CONDUCTOR'S INSULATION. EQUIPMENT. ALLOWABLE OPERATING TEMPERATURE RANGE FOR THE UNITS ARE SPECIFIED BY THE MANUFACTURER. J 0 z z P U cn U 0 13. ALL FIELD MADE QUICK CONNECTS USED FOR PV MODULE WIRING MUST BE OF THE SAME MAKE AND MODEL AS THOSE ON THE PV MODULES. USE ELECTRICAL SAFETY FEATURES: w o I- o LISTED CRIMPERS FOR FILED MADE CONNECTIONS. THE UNIT HAS ONLY ONE MODE OF OPERATION, LINE LINKAGE MODE (GRID EXPORT MODE). THE OUTPUT VOLTAGES AND CURRENTS ARE SINUSOIDAL U Ci p O O o WITH LOW TOTAL HARMONIC DISTORTION MEETING IEEE 519-1992 HARMONIC STANDARDS. D z GROUNDING: Q a_ o c% SEE ELECTRICAL DIAGRAM AND ELECTRICAL DETAILS FOR MORE GROUNDING INFORMATION. THE ANTI-ISLANDING TRIP TIME IS LESS THAN (2) SECONDS AS PER UL 1741 STANDARDS. THE INVERTER UNIT WILL AUTOMATICALLY SHUT DOWN M E z WHEN THE LOSS OF GRID POWER IS DETECTED. co I- 1. DC SYSTEM IS UNGROUNDED AND DOES NOT HAVE A DIRECT CONNECTION TO A GROUNDING ELECTRODE CONDUCTOR. cfl _CO Y CO a. co a A GENERAL ELECTRICAL NOTES U .PV7 Scale: NTS SCALE °' AS SHOWN GENERAL NOTES: ORIGINAL SIZE 24" X 36" NEC 2014 705.12(D)(2)(3)(C) NEC 2014 690.13(B), 690.54 NEC 2014 690.15(A)(4), 690.56(B), 705.10, 705.12(D)(3) NEC 2014 690.13(B), 690.54, 705.12(D)(2)(3)(B) t 1. THE MARKING SHALL ADEQUATELY WARN OF THE HAZARD USING EFFECTIVE O O O O O- SHEET SIZE ARCH "D" L1 \J\//\RNING L2 NOT USED L3 IVOTICE L4 \i\J1\RNING L5 \JVARNING , r, WORDS AND/OR COLORS AND/OR SYMBOLS. NEC 110.21 1 a THIS EQUIPMENT FED BY MULTIPLE SOURCES DUAL POWER SOURCE PHOTOVOLTAIC SYSTEM DISCONNECT ©Copyright zo,fi cz 2. THE LABEL SHALL BE PERMANENTLY AFFIXED TO THE EQUIPMENT OR WIRING PHOTOVOLTAIC SYSTEM AC SECOND SOURCE IS PV SYSTEM INVERTER OUTPUT CONNECTION NW PHOTON ENERGY � TOTAL RATING OF ALL OVERCURRENT DEVICES, DISCONNECT AND POWER SOURCE phedtareprtectedunderins andotho tract. Reproduction uctioted o f Q- METHOD AND SHALL NOT BE HAND WRITTEN. NEC 110.21 project are protected under law and contract. Reproduction of EXCLUDING MAIN SUPPLY OVERCURRENT DEVICE, SYSTEM DISCONNECT LOCATED: DO NOT RELOCATE THIS DEVICE these documents is authorized for the purpose of constructing, Umaintaining and using this project. Use of these documents fo °' SHALL NOT EXCEED AMPACITY OF BUSBAR. RATED OUTPUT CURRENT:134.8AAC LOCATION any other purpose is not permitted without writtenauthodzatior �, 3. THE LABEL SHALL BE OF SUFFICIENT DURABILITY TO WITHSTAND THE NOMINAL OPERATING VOLTAGE:480VAC LABEL TO BE APPLIED AT SERVICE EQUIPMENT RATED OUTPUT CURRENT:33.7AAC cts ENVIRONMENT INVOLVED. NEC 110.21J NOM. OPERATING VOLTAGE:480VAC LABEL TO BE LOCATED ON COVER OF INVERTER AC LABEL TO BE LOCATED ON THE PV SYSTEM AC LOCATION OR ON ALL POWER PRODUCTION SOURCES 7 4. LABELS AND MARKINGS SHALL BE APPLIED TO THE APPROPRIATE COMPONENTS COMBINER PANEL. (1) TOTAL DISCONNECT. (1) TOTAL CAPABLE OF BEING INTERCONNECTED. (2) TOTAL LABEL TO BE LOCATED ADJACENT TO THE co E- IN ACCORDANCE WITH THE NEC. PV BREAKER AT THE PV COMBINER PANEL AND AT INVERTER AC DISCONNECT. (8) z 5. SOLAR MODULES AND INVERTERS ARE SUPPLIED FROM THE MANUFACTURER TOTAL E, WITH MARKINGS PRE-APPLIED TO MEET THE REQUIREMENTS OF NEC 690.5(C) & NEC 2014 690.31(G)(3) NEC 2014 690.35(F) CNJ690.51. NEC 2014 690.15, 690.17(E) &690.53 cn L6 L7 L8 WARNING O a 3. OSHA 1910.145 AND ANSI Z535 SPECIFICATIONS ARE RECOMMENDED BUT NOT 3/8" MIN. WARNING WARNING : PHOTOVOLTAIC POWER S ELECTRIC SHOCK HAZARD co REQUIRED. PHOTOVOLTAIC DC DISCONNECT U, a. LABELS SHALL HAVE ROUNDED CORNERS. ._ THE DC CONDUCTORS OF THIS PHOTOVOLTAIC ELECTRIC SHOCK HAZARD Q b. LABELS SHALL BE VISIBLE AT A MINIMUM OF 5ft. LABEL SHALL BE LOCATED ON ALL EXPOSED RACEWAYS, CABLE TRAYS, OTHER WIRING METHODS, COVERS OR ENCLOSURES OF PULL SYSTEM ARE UNGROUNDED AND MAY BE 5 c. "WARNING" LABEL BACKGROUND SHALL BE IN ORANGE. BOXES AND JUNCTION BOXES AND ON CONDUIT BODIES IN WHICH ANY OF THE AVAILABLE CONDUIT OPENINGS ARE UNUSED. LABEL SHALL ENERGIZED DO NOT TOUCH TERMINALS z o 1- Z d. "NOTICE" LABEL SHALL BE IN BLUE. BE REFLECTIVE, AND ALL LETTERS CAPITALIZED AND SHALL BE MINIMUM HEIGHT OF 3/8" IN WHITE ON A RED BACKGROUND. SPACING LABEL TO BE LOCATED ON EACH JUNCTION BOX, TERMINALS ON BOTH THE LINE AND LOAD SIDE MAY a cnuj ,_ e. ALL TEXT SHALL BE BLACK. BETWEEN LABELS OR MARKINGS, OR BETWEEN A LABEL AND MARKING, SHALL NOT BE MORE THEN 10FT. COMBINER BOX, DISCONNECT, AND DEVICE WHERE BE ENERGIZED IN THE OPEN POSITION 1 Q v ENERGIZED, UNGROUNDED CIRCUITS MAY BE cn CC 0 LIJ EXPOSED DURING SERVICE. (10) TOTAL RATED MAX. POWER-POINT CURRENT:26.5ADC o CL g RATED MAX. POWER-POINT VOLTAGE:666.0VDC MAXIMUM SYSTEM VOLTAGE:935.3VDC >- cc MAXIMUM CIRCUIT CURRENT:36.0ADC m z o w LABEL TO BE LOCATED ON COVER OF DC DISCONNECTING MEANS. (4) TOTAL U' L O O 4 co SHEET NO.&NAME: 0 PV7 CV M Csi Q I C\ LABELS AND MARKINGS z PVV Scale: AS SHOWN ELECTRICAL NOTE: EC t2 1A NW PHOTON ENERGY 560 FIRST ST, SUITE /CPS MO BenQ Group 104 CPS Data sheet Technical Data 503-703-4046 Model Name CPSSCA23KTL-DO/US-480 CPS SCA28KTL-DO/US-480 KIRK@NWPHOTONENERGY.COh 23/28kW, 1000Vdc String Inverters for North America DC Input 188056 Max.PV Power 31 kW(15.5kW/MPPT) 38kW(19kW/MPPT) Nominal DC Input Power 24kW 29kW Max.DC Input Voltage 1000Vdc Operating DC Input Voltage Range 300-900Vdc S u n V i vo .,:„...,„,. Start-up DC Input Voltage/Power 330V/300W STAMP: W Number of MPP Trackers 2 The medium ower series of rid-tied,transformer less inverters help to accelerate the use off grid-tied, and three phase string ���` MPPT Voltage Range 480 SODVdc 500 SOOVdc P M 11 VVO / P 0 7211 BO architecture For commercial and small ground mount utilityMax.InputCurrent(Imp) 50A(25AperMPPT) 58A(29A per MPPT) applications. A NRTL approved,cost effective alternative z , Max.Short Circuit Currentpsc) 82A(41A per MPPT) 96A(48A per MPPT) to central inverters enabling BoS cost savings,high harvest • - `` Number of DC Inputs 8 inputs,4per MPPT performance and modular design building blocks. These models 4' � p p Mono-Crystalline Photovoltaic Module Cl) DC Disconnection Type Load rated DC switch C!) 0 provide up to 98.6%conversion efficiency and wide operating - AC Output �•-� window of 300-900Vdc and dual MPPT's for maximum cash-flow 7 generation. OCPe` Rated AC Output Power 23kW 28kW L �� � r' Max.AC Output Power 23kW 28kW ( , �'�- R' s l • Power Range v rt 'A it Rated Output Voltage 48OVac tt, l' 2A�335 Vsr „ �wta„ ,�ru• Output Voltage Range* 422-528Vac .. `' Efficiency Curve ,--4 1 I +7 • - GridConnectian Type 3m1N/PE ►�_ i__ CPS SCA28KTL-DONS-480 Max AC Output Current 27.7A 33.7A i ` '--_4- 0 4 ---4_,- i Highly Strengthened Design vJ CPS SCA23KTL-DO/US-480 Rated Output Frequency 60Hz 94.009'0 ---, CPS SCA28KTL-DO/US-480 Output Frequency Range* 59.3-60.5Hz }— ''` hlodJe complies withad,snced Iaen rpt sus Z 97.00% + ,_ to meetSiUCPaloadingragJremerrtz �/ 5 Power Factor >0.99(±0.8 adjustable) :. I..L 95.00% ri.p...0. DCI. ..5 LVTAGE • Current THD <3% d U —725V Dimensions AC Disconnection Type Load rated AC switch -- Flammability Test Z 93.00% —800V System ."• Low gnrtabdryertsurmgfcesafety 91.00% • Topology Transformerless 0 0 7000 14000 21000 28000 E:1 Max.Efficiency 98b% ,JOutputPower(w) c CEC Efficiency 98.0% r ' t F Anti-fteflac ion Coated Glass ■ • • t c Ce 0 a Stand-by!Night Consumption <20W/<2W h [ ,4rrLrreflectivasurface enhances the power High Efficiency Environment ^ Performance 1..1— z ® — I Protection Degree NEMA 4 b •Maximum efficiency of 98.6%,CEC efficiency of 98% Cooling Variable speed cooling fans •3-level technology and enhanced control mechanism 1111 Operating Temperature Range -13°F to+140°F/-25°C to+60°C(derating from+113°F/+45°C) to achieve high efficiency over wide load range *�^• / ■2 MPPTs to achieve higher system efficiency 23•6in g•lh Operating Humidity 0 95%,non condensing i sa telt ETransformerlessdesign Operating Altitude 13123.4ft/4000m(derating from 6561.7ft/2000m) *USA* Display and Communication 71,1 tj i►t V, - Display LCD+LED High Reliability Broad Adaptability Communication Standard:RS485(Modbus) Mechanical ■'Electrolyte-free design'for improved long-term reliability ■NEMA 4(1P65),outdoor application Dimensions(V4'xHxD) 23.6x39.4x9.1in1600x1000x230mm CC ✓Standard warranty:5 years,extension up to 20 years •Utility interactive controls:Active power derating, Weight 1221bs/55kg reactive power control W a Advanced thermal design,with variable speed fans Installation Angle 15-90 degrees from horizontal •Ground-fault detection and interruption circuit ■Separate wiring box design Safety — ■Integrated DC,AC disconnects CoCn ■AFC!Integrated(per UL1699B,Factory Enabled Option) Safety and EMC Standard UL1741:2010,CSA-C22.2 NO.107.1-01,IEEE1547:FCC PART15 >, ■Wide MPPT range for flexible string sizing •1000V Max DC input voltage for flexible configuration Grid Standard IEEE 1547:2003,IEEE1547.1:2005 Cl) W o) *The'Output Voltage Range"and'Output Frequency Range'may differ according to specific grid standard. U < CO 1 G. ,r;,,.e"...w.a, ■15-90 degree installation angle Its W N CO ■ V MUalb,rfOM1de C US Ql= Q e[CCHINT POWER 2014,'10-MKT Dint Power Systems America j 7060 Koli Center Parkway,Suite 318 Pleasanton,CA 94566 TeL•855-584.7165 Mail AmericaSales@chintpower.com Web:www.chintpower.comina w 0 co [Y_ w c4 0 J 0 d H co 0 U C/p J o CD W c' F— U Li j co . : RM ROOF CONNECT GROUNDING LUG III Do 0 c9, 0 .-, CL ct ■■ MOUNT INSTALLATION GUIDE PAGE SunViv P 0 MW 1 P 07 MBO A gas W Q r z SPECIFICATIONS WEEBtuGma be C p) EL y ]lsto lay-in Lug it ROOF {GBL-4061) ti) Electrical Data Dim ens ions mm Inch) �; used up to 5 times ` ., ,r: > Single Use Only 3 tai_ N 14.1', ,11 • Typ NorriNJ POW rFN 320W 325W 330W 335W 04 ' - r.... +•' _Tiro Module Ethiemy 16.5% 1rr_7% 17.0% 173 1RM FOUNT ��f, rl, •ko,„„„,,,,„,,„„„.., - 0 Torque to loft-lbs '�� a Torque to 5ft-lbs Typ,NbmrnalVolta,e [l 373 375 377 38D T CHARACTERISTICS {�T �r1 1 . ._... QJE1 4HAI�ALICRIJ114V �� 9 g 5rt Typ, lomirtalCurrentl�(Aj 858 $bf S16 682 192 ) to � ' _ �/ � ire � Ty}+.fjptu Gin uitlydt�eY�(`� 4GA 46.4 �ib8 �F13 �'(ist} marking / lig-, r� a �i'31} r. P7 a f _-' Allowable Roof Slope: 3 Degrees ___ label s —Asingle bonding lug can �' Tp Short Circuit Current Iso(A) 9.46 952 957 961 0 i Unevenness + 3.rs Degrees location be located anywhere along Torque value depends on SCALE t dt9 Torque depends on / -a �, Md7dmumTaleran re of Pr, 0 1+3% CJ ^...R::,,.i.„. } - -...--..—. the same surface as the m 4 P c conductor size. },nib a Ilex /� j( Max BuildingHeight: 100ft f _- - markinglabel conductor size. p aaa,d<i�:�t.sRmrN P u[nmsns>sSss[ds[dzric�adnr[ns STS /"1<S SHOWN g a• See product data sheet 1Ji -S (( )) m •STCtrrsdi[sn Iu)30UUlhi',s sslrsJ dsi-6uibn,4l1 l5,ir sni,n 25t 3'C.Inurordsrir x11h EM a04W3 as k jf -• 2 m See product data sheet fortorque value. Wind Up to 120 mphm oThr�antlsttrtzidrautnrmntly:Itlrntlrhusam6rptsrrn>anrnmsandmaufuLnlgloYrmusoitl8k,nsh4tr n - for torque value. ss¢s fan a f H.Ms Etustkature is urbnned/aural/aurally P ,. { ___.-1,-____,......—.- 1111Wind Exposure; Categories B and C. (0 Upon Request) -_____ _ .—__ — •1larkbuksht,tlslornSIwgsn<itnd Er3zunt- lvi;,a„t,be[kfistt(rn4lzlule)Zl.raSveaa9ru ORIGINAL SIZE 24't X 36" • PSF on Roof: As low as 3.5 PSF 9 Temperature Co efficie tt w . e SHEET SIZE ARCH "D" ,'. ','?' • _ . :�- ._ 3 BONDING PATH DIAGRAM:The RM ballast baysAlthough conformance with U12703 was demonstrated without the use of oxide inhibitor material,it is Mhun EPDM, PVC&TPO Membranes, are bonded to the PV module frames through the recommended by lista to provide an optimized bonding solution for their Lay-in lug. S 11 ot3 5uxfaces: NOCT_ 46+-1 LC Ha let• — mounting clip and bolt. This method of bonding `� Bitumen &Concrete provides an exceptionally low resistance path along GROUNDING LUG MOUNTING DETAILS AS REQUIRED BY CODE &ENGINEER OF RECORD:Details 1 ss 1" Tern eratUTE C°e cient of PK -1143%!I: 0 etc i z • each row and column of the arrayare provided for both the WEE/3 and Ilsco products.The WEEBLug has a grounding symbol Located on the T7p P min.Local Contact Area: 38 in per Module(57 in with Roof Pad} l l7b 167& 1554 CL lug assembly.The limo lug has a green colored set screw for grounding indication purposes,One lug is Typ.TemperatureC otffidest afVo�c 1)32%!K ( •;9i is•0)F1•00) O 12016 a7 Module Orientation: Landscape recommended per continuous array,not to exceed 154ftX 150ft 24+ SP1' ES Tern eratureC°efficient of I. 0.07%!K NW PHOTON ENERGY Nominal Module Tilt Angle: 10 Degrees(Nominal)4 I Unirac Roof Mount is intended to be used with PV arrays that have a system voltage less than or equal m P Groundin: + o THE POWER gHo Ea i'}C } The drawings,acted specifications and other documents related tot 1000VDC A m``sn,l0 AWG 105 degrees Celsius copper grounding conductor should be used to ground a 1000 •MOCT:M onnil U oral m Cr i Tr[rpmtn,r[eusmg[ondt•rc:rrsdtuu 84p Wm',An l S tr irnpantra ZJ Y,,�t[d ape■il t m3 _Q 4 1project are protected tinder law and contract. Reproduction o Row Spacing: 19 in(NDmlrtal) .[� VDC system,according m the(NEC) National Electric Code and the authority having jurisdicition.It is the C) `I Installers responsibility rocs check codes,which mayvary these dowments is authorized for the purpose of catshuctin{ U ��1 Mr?[Ih2rti[�I,CIlaracCrStics s,>,en.,..... maintainingartdusingthisproject Use of thesedocumentsf OF SIMPLICITY T? NOTE:The installation must be conducted in accordance with the National Electric Code ANSI/NFPA 70- any other purpose isnot permitted without written authorize& co COMPONENTS MATERIALS �: ;it.. Drt'ON m n�H�ns 1456 x 942 x40 mm(I7.00 x 34A5 x 1ST ill) F._ l 4i Grand Lay Bak size DM Size Torque Value 'fit ti/ht 225k, f44 61115 ROOF MOUNT introduces the Power Ballast Bay Aluminum 606315 i '`1 a WEEB Lug 1/4'2° 17Ist- 1°R-lbs "�i CA . IlsceLug r10-32 7/32- 5ftlbs Front GIBS High trauspare Tit 5alar llaSS ltemptred),32 trm jl3,13 in) ■ r of Simplicityto the ballasted flat roof Module Clamp Aluminum 6005A-T61 �'°� � to C.ell 72 multicrysollineAar cells al solar industry. The system consists Locking 3/8"Hex Bolt Stainless Steel 300 Series Cr_ of only two major components, Roof rPE705noreA sackadeet Colnpo�teflrrt - Frame Anodized alon-noun frame ' Z minimizing preparation work and - Junction Box IP-67 rated wit h3.bypass diodes installation time. Seamlessly design BALLAST BAY GEOMETRY Connect0r7ype • 1-V Curve Roof GROUNDING & BONDING PROCEDURES III &Cables MC#C°mpatiNe' lx4f arm'. Lerl fl eat ll l frl (47241n) I-W ata Ye 43 ttffL NYadla Ke N around roof obstacles, support - �� omost framed modules and bond Length: 17 in --- MO MOUNT MOUNT INSTALLATION GUIDE PAGEer� tDi � E �gfl` i i I I r as _ _ athe system with just the turn of a Height: 13 In Opannnaremperatare 4p +85 °C I I I I Wrench. Weight: 3.5 lbs TEMPORARY GROUNDING & BONDING ArnkientTemperawre/Range -40-+45 'C s -5Cu1'w. ,..1 I t — as PROCEDURE: Periodic inspections should be Roof Pad: 3 in x 10 in Mtx.S temvsnta a UL I000V conducted on the PV array to ensure there are not 1 +—rY`r: lima- - —1— 111166• loose components, loose fasteners or corrosion. �' i Q Serfal Fese Ratils� !S A W if any of the above items are found,the affected ! — 2 � ._ ce components are t°be immediately replaced.If a • hlbdrnulnSlrfait I nadCdlndt Tested np t°5t'l(10 Pd az cordial to ULI703 u._ " �• ' C7 MODULECOMPATIBILITY module must be removed or replaced,°temporary r' r 0 Z Z bonding jumper must be used to ensure safety of w 4 5 it. II ea S X. 3 Jn . at 0 i— Q Z thepersonnel and PVs stem. 'p r Warranties arid Certifications . L/J Z O Standard 60 and 72 Cell Framed Modules Y t v e "` VPR22e M4 co U NOTE:Removing a PV module from a system is not WEEBLug limo lay-in Lug % ProductWarn.INT Maximum 10 years for material aodyrosh rkrreoip Cirenti4dtadonna onne rt tics withdeperdence on inadarce and rumbletemperalure. www.unirac.co m Module Clamp w/Integrated Bonding to UL2703 considered to be routine maintenance.Thistype of H Z U Cable Manaement Compatible activity should only be.performed by trained and APPROVED LUGS ATTACH LUGS: Use approved lug(s) m install on PerforrnanCe Garatli:et Gitaramtkdlianar delraditien to EOM for 25 years 4I C) g p adjacent where the module is being removed. O - -_ _-_- qualiftedinstallers. WEEBLug UNIRAC PN 0080025 iC nificatlans 1 sora sit'51EJi3161215.1E/EN 61733 and UL 1703luidelines+2 LU Ill W NOTE: In order to prevent corrosion induced by See product data sheet Cl CI 0 dissimilar metals,it is important to verify that the Ilsco Lay-in Lug ltsco PH GBL-4DBT 'I:I'. t nrt s,v,ant..lskirt•or$iii o WARRANTY&CERTIFICATIONS bare copper wire does not comeltintokt contact with See product data sheet '2 Rssstanll-.whi rsrfistibesnfisell:rsidialers aluminum.Thesemateriatsmustbekeptseparate. PackiniConhI retial >- .cC Ct 20 Year Manufacturing ca Z Z Container 20'GP 40' Hr UL 2703 Certification 1%..,.; `, �� •%. Re tea per Pall et 52 26 O e ) co .. s s . ��UNIRAC _ PalletsperGanthiner 5 24 N N �� Retesper Container 260 624 r� oo I i Self configueable up to 60'.Greater than 60'upon request 'j • > ' O 2 ASC:7-05 Wind Maps LU Q iii Copyright®2013-2014/Unirac Inc. 3 Criteria used:ASCE7.10 windm mph), Buildingheight= Exposure Category B r;� _ (110p 4 ft., p 9 y +"� * AboutAU OP•trorics CC r ALL.rights reserved Pub140425 4 Varies by module rr6 AWG Bare Capper Wire ` El AD Optronics (AW))is a leading global manufactures-of TFT-LCD committed to providing green solutions to its worldwide customers in a manner that is SHEET NO.&NAME: . r-- , "' - Sustainable and friendly to the environment.onment.Ir,addition to its strengths in pr educt and tedecdlkgical innoaatian AIJO stresses its corirnitrnent to going green N ■ n i . and tnuvliarig manufacturing e ellencetode`,elcphi1heffcl rcysolarsoluticniiart-esidental,commercial,aridutilitysegmentsr INSERT COPPER WIRE:Insert bare copper(a6 AWG) REMOVE MODULE & REVERSE THE OPERATION PV8 r wire into each lug, providing a bonding jumper AFTER MAINTENANCE Is COMPLETE �- ga •... AU Optrarrec Corporation o`o across the missing module location. NOTE:Removing a PV module from a system is not No,1, ti-Iiuin RA,Z,Hsinchu Science Park,Hpnchu30Q78,TaiwanC j considered to be routine maintenance-This type of © ■ Tel:+886-3•S00.8899 sdar.MJ0corn I- e activity should only be performed by trained and • M Cop,right Sept eke r2015 A U aptreni:s Cop.All right reserved.Ii4sre stion ma,char wifinut rotics.This ddisukeetis puha wilt SeyIrk qualified installers. Q 0 SPEC SHEETS z i