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586 VIKING LN - SOLAR DRAWINGS GENERIC DRAWING SET FOR : FILE COP7 Symbols: Abbreviations: C=Do SOLARWORLD SW325)(L MODULE 0 LUJ Sheet where —u Section.............. X section is located I AC Alternating Current CZ >_ ABB CENTRAL IN ERTER A( F_ Detail ID Letter APPROX Approximate Elevation............iiljj� Sheet where sectio U N I RAC SOLARMOU N T SYSTEM nislocated AWG American Wire Gauge Detail ID Letter I CB Combiner Box Detail................ SHINGLE ROOF I STALL Sheet where section is located DC Direct Current Detai ID Letter U_ 0 �D In- -6 E Detail ........ X DCD Direct Current Disconnect 7t X_xx rea to be enlarged (Enlarged Plan) 5� 41 tko Sheet where DISC Disconnect Ln M section is located 0 _X 0- (E) Existing M r-� 3t a) Keyed Notes.......... Keyed note designation r-4 0 > (D on applicable sheet T-4 CL 0 EL Elevation U U o U EQ Equal M Ground Terminal..... kq eq 0 4--A JB Junction Box 0 A-00 Cover Page M S-01 Structural Attachment Details And Schedule Grounding Point/rod.... MCB Main Combiner Box E-01 Generic System 3-Line Riser Diagram 2.6-4.55 kW E-02 Generic System 3-Line Riser Diagram 5.2-7.15 kW MFR Manufacturer E-03 Generic System 3-Line Riser Diagram 7.8-9.75 kW Solar Panel......... or E-04 Generic System 3-Line Riser Diagram 10.4-11.7 kW 00-m odule with source MIN Minimum L) Circuit number oe E-OS Labels N 1 LO MISC Miscellaneous 0 LU DS-01 Data Sheet Combiner Box.......... U DS-02 Data Sheet (N) New z LU �: 12 iN* DS-03 Data Sheet Z2 � OCPD OverCurrent Protection Device W DC Disconnect.......... *M 6 < LU < oe q U Z 0 t"; Uj POCC Point Of Common Coupling 6 Lu 0 cj� U_ 0 z < Main Distribution Pv Photovoltaic 7 < W V) U Panel ...................... UJ co, 0 M :2 CN W SF Squarefoot/feet LU cl� Fuse ...................... STC Standard Test Conditions TBD To Be Determined PV SYSTEM Overcurrent Breaker.. TYP Typical RETROFIT Total Output: 2.6-11.7 kW(DC) VIF Verify In Field #Modules: 8-36 Inverter.................... WP Weather Proof Manufacturer: Solarworld Model: SW32SXL Module Transformer............. F+� IREVIEWED FOR CODE COMPLIANC SCALE: NTS Automatic............... CITY OF ATLANTIC BEACH DRAWN BY:JT Transfer Switch SEE PERMIITS FOR ADDITIONAL CHECKED BY: RC REQUIMAIENTS,AND CONDIITIONS DATE: 2/27/16 SHEET 1 OF 10 MWWW 1W.- DAM- Revision: Sheet: D /G#: SWABB1 A-00 NUMBERS SHOWN IN GENERIC HIF/GABLE ROOF PLAN VIEW REPRESENT WIND ZONES. "a"DIMENSION DEFINED INASCE 8 CI N N f 7-10 IS 4 FT REGARDLESS PER 2014 FLORIDA RESIDENTIAL CODE. INSTALLATION OF MODULES SHALL BE LOCATED IN OF FLANGE CO NECTION SHALL BE FASTENED tA I.- TO STRUCTURAL WOOD ROOF SUPPORT TYP.2 PLCS. 21 z ZC7 j UJ ROOF WIND ZONE 1 AND 2. WIND ZONE 3 REQUIRES SITE SPECIFIC STRUCTURAL ENGINEERS APPROVAL PER SIDE OF MODULE AND BE CONNECTED<25%OF MODULE LENGTH. I ,,V-W TYP 41-0"TYP. *% C--4 JUSE AN-n-sEIZE AND TIGHTEN TO FQ3 [TORQUE PER MANUF.INSTRUCTIONS CL IL m: 60 CELL PHOTOVOLTAIC 0411� T MODULE TYP. GABLE END BUILDING U HIP END BUILDING ROOF ALUMINUM ASPHALT ROOF WIND AREA ZONES WIND AREA ZONES L-FOOT TYP SHINGLE 0 D EVERY ROOF ROOFING TYP. PENETRATION 16 HEX CAP ST I( toy%- STL BOLT AND ST �j Its%' STL SERRATED FLANGE NUT TYP. 0 0 4-0 UNIRAC (1) SOLARMOUNT E RAIL TYP. C) '0 w L.L 0 4.j (A .6 E CENTER-CLAMPWITHJ"- t > . W 20 HEX CAP ST STL BOLT MID AND(1)ST STL SERRATED V) -J W SHEATHING FLANGE NUT TYP. X > >% tkO Ln r- a WOOD ROOF C — :3 5/16!'ST STL LAG SCREW. 0 i Sl— TRUSS TYP. SEE SCH FOR EMBED. E L DEPTH RECI.TYP.EACH M 41 L-FOOT th m 3 0 -5 0 U Ln o- ,= 11- co U U TYPICAL PV SOLAR RAIL MID CONNECTION 0 Co M DETAIL GENERAL INSTALLATION NOTES FOR FLORIDA BUILDING CODE COMPLIANCE kD 0 END-CLAMP W/J"-20 HEX CAP ST STL 0 . > BOLT AND ST STL SERRATED Loll C14 0 FLANGE-NUT TYP.END-CLAMP SIZE tj j1p. END-CLAMP W/ 4-0 1.APPLICABLE CODE:2014 FLORIDA BUILDING CODE(STH EDITION)&ASCE 7-10 MINIMUM DESIGN LOADS VARIES. LE t-20 HEX CAP 0 FOR BUILDING AND OTHER STRUCTURES. 25%mo ST STL BOLT 6! AND ST STL 2.LAG SCREW DIAMETER AND EMBEDMENT LENGTHS ARE DESIGNED PER 2014 FLORIDA BUILDING 60 CELL PHOTOVOLTAIC SERRATED CODE(STH EDITION)REQUIREMENTS.ALL BOLT CAPACITIES ARE BASED ON A 3RD RAIL LOCATION TYP.(IF MODULE TYP. SOUTHER YELLOW PINE(SYP)RESIDENTIAL WOOD ROOF TRUSS AS EMBEDMENT MATERIAL. REQUIRED-SEE STRUCTURAL FLANGE-NUT 3.ALL WIND DESIGN CRITERIA AND PARAMETERS ARE FOR HIP AND GABLE RESIENTIAL ROOFS, PLAN ON SHEET S-M ALUMINUM L-FOOT TYP. CONSIDERING FROM A 7-TO A MAXIMUM 45-(2/12 TO A MAXIMUM 12/12 PITCH)ROOF IN SCHEDULE. TYP EVERY ROOF END-CLAMP PENETRATION SIZE VARIES. CONTRACTOR TO FIELD VERIFY THAT MEAN ROOF HEIGHT DOES NOT EXCEED 3 ASPHALT SHINGLE 4.ROOF SEALANTS SHALL CONFORM TO ASTM C920 AND ASTM 6S11,AND 15 THE RESPONSIBILITY ROOFING TYP. 165 HEX CAP ST OF THE CONTRACTOR TO PILOT DRILL AND FILL ALL HOLES. J S.ALL DISSIMILAR MATERIALS SHALL BE SEPARATED WITH NEOPRENE WASHERS,PADS,ETC OR SIMILAR. &iL'BOLT AND ST STI-SERRATED C*4 6.ALL ALUMINUM COMPONENTS SHALL BE ANODIZED ALUMINUM 6105-TS UNLESS OTHERWISE NOTED. LO FLANGE-NUT TYP. 7.ALL LAG SCREW SHALL BE ASTM A276 STAINLESS STEEL UNLESS OTHERWISE NOTED. 0 LU S.ALL SOLAR RAILING AND MODULES SHALL BE INSTALLED PER MANUFACTURER INSTRUCTIONS. r--� ft 9.CONTRACTOR SHALL ENSURE ALL ROOF PENETRATIONS TO BE INSTALLED AND SEALED PER 2014 C-4 U- FLCIKIVA BUILDING DOUL 15TH EDITION)OR LOCAL GOVERNING E;OOE. UNIRAC Z LIJ CW') ID 1 SOLARMOUNT 0 0 RAIL TYP. ASPHALT S INGLE U- ROOFING Uj C-4 LU GENERAL WIND SPEED/ZONE INSTALLATION SCHEDULE SHOWN ON THIS PAGE REPRESENTS REQUIRED WOO) < U EMBEDMENT DEPTH AND MAX RAIL SPAN/CANTILEVER ALLOWED FOR WIND ZONES I AND 2.SOLAR PV SHEA rHING MOD \�5/16"STSTLLAG z 6 q! MODULES LOCATED IN WIND ZONE 3 REQUIRE SITE SPECIFIC STRUCTURAL ENGINEERS APPROVAL. TYP. SHEATHING SCREW.SEE SCH U UVj) 0 .j Ld FOR EMBED DEPTH Lt. Ld I I HEX CAP ST WOOD ROOF REQ.TYP EACH z STL IOLT AND ST TRUSS TYP. L.FOOT STL SERRATED z U V) FLA&GE NUT TYP. TYPICAL PV SOLAR RAIL END CONNECTION W 00 0 GENERAL WIND SPEED ZONE INSTALLATION SCHEDULE DETAIL C,4 ULTIMATE WIND EXPOSURE 8 WIND EXPOSURE C WIND EXPOSURE D EMBED UNIRAC WIND SPEED MAX SPAN,MAX MAX SPAN,MAX MAX SPAN,MAX DEPTH SOLARMOUNT V.k(MPH) CANTILEVER CANTILEVER CANTILEVER REQ. RAIL TYP. HINGLE PV SYSTEM 110 6-0-D.C.,1--g-,O.C. 6'-0-O.C.,1--g-O.C. V-0-D.C.,V-7-O.C. 3"* ROOFING NOT S RETROFIT SHOWN 120 6--D-'O.C.,1--g-D.C. 4-0-O.C.,V-7-O.C. 4�-D"O.C_V-7"O.C. 3-* FOR C Total Output: 2.6-11.7 kW(DC) CLARITY 230 4--0-O.C.,V-7-D.C. 4�-O-O.C.,V-7-D.C. 4'-O"O.C.,V-7"O.C. 3" SOLARWORLD SW325XL TYP. ;-F—* kLUMINUM L-FOOT VW PHOTOVOLTAIC #Modules: 8-36 140 4--0-O.C.,V-7-O.C. 4--0-O.C.,V-7-O.C. 4'-O"O.C.,V-7--O.C. 16"ST STL LAG WOOD ROOF MODULE TYP. S.Y.P.2X4 LOCATE BETWEEN CREWTYP.REFER TRUSS TYP. TRUSSES AND NAIL WITH Manufacturer: Solarworld 150 4'-0-O.C.,V-7-D.C. 4'-0-O.C.,V-7-O.C. 4'-0"D.C.,V-7"O'C. r '0 SHEET S-01 FOR HREADED 2-16D NAIL PATTERN AT EACH Model: SW32SXL Module 160 4--0-O.C.,V-7-D.C. 4--0-D.C.,V-7"O.C. 4'-W'O.C.,V-7"O.C. 3- MBEDMENT DEPTH CENTER-CLAMP WTH 20 HEx CAP END TO WOOD TRUSS �EQUIRED IN V400D ST STL BOLT AND(1)ST STL ............ RUSS. 170 V-0"O.C.,I'-7'0.C. 4--0-O.C.,V-7.,O.C. V-1)"O.C.,9"O.C. 3- SERRATED FLAN13E NUT TYP. 1 1.O.C. ww fil DIA ST STL SCALE: NTS 175 4�-O-O.C.,11-7-O.C. 2--0-D.C.,9 2-4-O.C.,9-Ox. 3" ALL-THRD A — I ROD W/NUT- SCHEDULE REFLECTS COMPONENTS AND CLADDING(C&C)NOMINAL WIND PRESSURES WITH WASHERS-LOCTITE DRAWN BY:JT EXPOSURE"B"-"C'-"D",RISK CATEGORY 11,ENCLOSED BUILDING AND h<60'V PER ASCE ALL NUTS TYP. 7-10"MINIMUM DESIGN LOADS FOR BUILDING AND OTHER STRUCTURES"AND 2014 F.B.C. ALL CONNECTIONS CHECKED BY: RC LAG BOLT DEPTH REQUIRED IN WOOD MEMBER EXCLUDES ANY ROOF DECKING THICKNESS. 3RD RAIL IS REQUIRED PER ROW OR COLUMN FOR SPECIFIED WIND SPEED AND EXPOSURE. 2X PT S.Y.P.WOOD OR DATE: 2/27/16 UNISTRUT CONT.ALONG SHEET 2 OF 10 ARRAY .GENERIC MODULE ARRAY ROPF PLAN ISOMETRIC SCHEDULE TYP SPANNER CONNECTION DETAILS(IF Revision: Sheet: SCALE:N/A REQUIRED) S-01 P ABLE:SYSTEM A-DUAL STRING CONFIGURATION ONLY GENERAL DIAGRAM NOTES: GENERAL PHOTOVOLTAIC 3-LINE DIAGRAM SPECIFIC FLAG NOTES: —7— kV,V- -.4, DC-SIDE 0- 1 ]M DC-SIDE AC-SIDE 1)THIS 3-LINE ABB-PVI-4.2/SOLARWORLD SW325XL OBTAIN ALL PERMITS AND APPROVALS FROM GOVERNING AGENCIES Iff i PV MANUF I INVERTER MODULE DIAGRAM SHOWS THE MAXIMUM SYSTEM z #PV MODULE 8-14 AND APRIOR To T14E COMMENCEMENT OF WORK LABEL BREAKER PER NEC 690.S4 705.12(D)AND 705,10. %N' 4 01 SERIES 1 4 THRU 7 SOLARVVIDRLD' NA ABB P\A-4.,g IS MEANT TO REPRESENT A RANGE FROM A 2.6 kW-dc- ZL 4P .00 PARALLEL 1 2 PV MODEL NA 8 MODULE SYSTEM UP TO A MAXIMUM 4.55 kW-dc.A 40 SMALLER PV MODULE COUNT-WIRE SIZE-BRANCH EQUIPMENT SHALL BE INSTALLED PER THE 2011 NATIONAL ELECTRICAL PV BACKFEED CURRENT PLUS MAIN BREAKER RATING MUST BE LESS THA POWER 325 Wp-dc 2.6-4�55 kW SW325 4600 W(MAX) POVVER CIRCUIT COUNT MAY BE USED WITH CONTRACTOR CODE(NEC),ALL APPLICABLE OR GOVERNING CODES,MANUFACTURER OR EQUAL TO 120%OF MAIN SERVICE BUS RATING AND BREAKERS MU BE 0 VOC 46.1 VDC 184.4-322.7 VDC 240 VAC VOLTAGE RESPONSIBLE FOR SIZING WIRE BASED ON REQUIRED AREQUIREMENTS OF AND PER THE GOVERNING UTILITY COMPANY. MOUNTED AT OPPOSITE END OF MAIN BREAKER PER NEC 705,12(D). ISC 9.48 A 9.48 A/STRING 20 A(MAX) CURRENT AMPACITY AND VOLTAGE DROP. o r4 2)START UP VOLTAGE FOR THE ABB PVI-4.2 FOR THIS IF PV BACKFEED CURRENT PLUS MAIN BREAKER RATING EXCEEDS 12 OF 137.0 VDC 148-259 VDC FREQUENqY STRING RANGE CONFIGURATION SHALL BE ADJUSTED LISTING AGENT NAME AND NUMBER SHALL BE INDICATED PER NEC MAIN SERVICE BUS RATING,CONTRACTOR SHALL LOCATE ADE 0" VMP, 60 HZ :QUATELV 110.3(8). A �-§ IMP 18.84 8.84 A/STRING TO 120Vdc MINIMUM. A Z n SIZED FUSED DISCONNECT BETWEEN SUB PANEL AND SUPPLY SIDE ISC X 1.25 X 1.25 PER NEC REQUIREMENTS CONNECTION AND COMPLY WITH NEC 240.21(B)AND NEC 705.12(A) 0 STC CELL TEMPERATURE AT 25 DEGREES C,SPECTRUM AM1.5, CONDUCTOR WIRE SIZES SHOWN BASED SOLELY ON AMPACITY IRRADIANCE AT 1000 W/M2 REQUIREMENTS.TO PREVENT AN INCREASE IN AC VOLTAGE LEVEL AND AVOID ANY NUISANCE FAULTS,IT IS RECOMMENDED TO SIZE CONDUCTOR OMITTED FOR A TOTAL VOLTAGE DROP OF 2%PER INVERTER MANUFACTURER. PA1110 EXISTING ELECTRICAL SERVICE EQUIPMENT ASSUMED TO BE 120/240 V LABEL DEVICE PER NEC 690.14(C)(2),AND SECURE PER NEC 690,7(D). SINGLE PHASE 60 HZ AC POWER SYSTEM. CONTRACTOR RESPONSIBLE TO 0 L- A CONTACT ENGINEER OF RECORD FOR SITE SPECIFIC REQUIREMENTS FOR W -0 4., DIFFERENT POWER SYSTEMS. E W E cc 0 M U. 0 t > -6 E W tko 0j CA in -J W X > 40 Ln PHOTOVOLTAIC MODULE s r4 #12 AM,PV WIRE — 0 A �: en E W M 3: '. in L- V) M a — v4 b iR "0 0 L- CA PHOTOVOLTAIC ARRAY A A JNVOTE��CIRCUIT CABLE. 0 co U I U E Co M 'jj W Fff 5 fl (3)#10 AM,INSULATION:THHNITHWN-2 4-J PV OUTPUT CIRCUIT CABLE (1)#10 AM,GROUND CONDUCTOR (A M a 0 >. (2)#12 AM,INSULATION:THHN/THVM-2 ABB CONDUIT SIZE:3/4"MINIMUM 6 > V) (1)#12 AM,THHWTHVvW-2 GROUND CONDUCTOR A INVERTER C*4 0 4-J CONDUIT SIZE: MINIMUM 0 AEM21 PVARRAYSTRING 6 TT OUTPUT CABLES PV SOURCE A r"7 94;!m 11[n #12 A%A G.PV WIRE CIRCUIT CABLE 7 30 AMP RATED(MINIMUM) TELECTRICAL U SERVICE --j CZ LO (4)#12 AM, NON-FUSED A PANEL C14 W) PV WIRE 6 DISCONNECT EACH LU 0 INVERTER OUTPUT U SYSTEM A 5 (IF REQUIRED) A 1 C14 z LI)LU C#) F0 ER 0 .j — 0 A A9 F"E n U- 't4"' Ll Uj 'N— � ' In M I U.J * �7= < Cie !ij Z 0 0 Uj U LJ.J :j " LL Uj LU I.- U z < < 0, z V) U #6 AWG SOLID CU EQUIPMENT U LLI 0 GROUND TO WEEB-LUG ON ROOFTOP'JUNCTION BOX-NEMA 3R ENCLOSURE od C14 U RAILS. MODULES GROUNDED #6 AM.SOLID CU EQUIPMENT TO RAILS NTH WEEB WASHERS GROUNDING CONDUCTOR OR EQUIVALENT CONT.RUN TO JUNCTION BOX PV SYSTEM Feeder Taps Must RETROFIT LU Comply with NEC ouble Lug or Polaris tap Total Output: 2.6-11.7 kW(DC) 240.21(8) PV ARRAY STRING To ABB OUTPUT CABLES Inverter Main DbCannett #Modules: 8-36 #12 AM.PV WIRE 2P25 A Manufacturer: Solarworld LIT 0 :1—T-:u I;E tility Model: SW325XL Module #6 AM SOLID CU EQUIPMENT T New GROUND TO WEEB-LUG ON #10 Directional RAILS.MODULES GROUNDED New 30A U THHN/THWN_2 Meter(DEC SCALE: NTS TO RAILS WITH WEEB WASHERS Fused in 1" Supplied) OR EQUIVALENT Disconnect conduit To Main DRAWN BY:JT qr Distribution Note:If required by utility-place 240 VAC Supply Side Panel Single Phase Meter Socket w/Nerna 3R Enc. Connection Option betvveen Inverter and Fused Disconnect. CHECKED BY: RC DATE: 2/27/16 SHEET 3 OF 10 SOLAR PHOTOVOLTAIC 3-LIN DIAGRAM Revision: Sheet: SCALE:NTS E-01 POWER TABLE:SYSTEM A--DUAL STRING CONFIGURATION ONLY GENERAL DIAGRAM NOTES: GENERAL PHOTOVOLTAIC 3-LINE DIAGRAM SPECIFIC FLAG NOTES: Ire DC-SIDE CA) DCaDE aD AC-SIDE 1)THIS 3-LINE ABB-PVI-60W/SOLARWORLD SW325XL OBTAIN ALL PERMITS AND APPROVALS FROM GOVERNING AGENCIES b 150 -22 PV MANUF INVERTER MODULE DIAGRAM SHOWS THE MAXIMUM SYSTEM AND PRIOR TO THE COMMENCEMENT OF WORK 6 LABEL BREAKER PER NEC 690.54,705.12(D)AND 705.10. #PV MODULE 1 16 A A IS MEANT TO REPRESENT A RANGE FROM A 5.2 kW-dc- SERIES 1 8 THRU 11 SOLARWORLD NA ABB PVI-6DOO 16 MODULE SYSTEM UP TO A MAXIMUM 7.15 kW-dc.A PV BACKFEED CURRENT PLUS MAIN BREAKER RATING MUST BE LESS THAN Uj PARALLEL 2 Pv MODEL NA SMALLER PV MODULE COUNT-WIRE SIZE-BRANCH EQUIPMENT SHALL BE INSTALLED PER THE 2011 NATIONAL ELECTRICAL POWER 325 VVP-dc 5.2-7.15 kW SVV325 6000 W(MAX) POWER CIRCUIT COUNT MAY BE USED WITH CONTRACTOR CODE(NEC),ALL APPLICABLE OR GOVERNING CODES,MANUFACTURER OR EQUAL TO 120%OF MAIN SERVICE BUS RATING AND BREAKERS MUST Be: AREQUIREMENTS OF AND PER THE GOVERNING UTILITY COMPANY. ZL MOUNTED AT OPPOSITE END OF MAIN BREAKER PER NEC 705.12(D). 1< VOC 46,1 VDC, 368.8-507.1 VDC 240 VAC VOLTAGE RESPONSIBLE FOR SIZING WIRE BASED ON REQUIRED uj[ GD AMPACITY AND VOLTAGE DROP. 9.48 A 9.48 A/STRING 28 A(MAX) CURRENT IF PV BACKFEED CURRENT PLUS MAIN BREAKER RATING EXCEEDS 120%0 ISC MAIN SERVICE BUS RATING,CONTRACTOR SHALL LOCATE ADEQUATELY 37.0 VDC 296-407 VDC 60 HZ FREQUENCY LISTING AGENT NAME AND NUMBER SHALL BE INDICATED PER NEC 1%� VMP - 110.3(B). SIZED FUSED DISCONNECT BETWEEN SUB PANEL AND SUPPLY SIDE - CONNECTION AND COMPLY WITH NEC 240.21(B)AND NEC 705.12(A) IMP 18.84 AMP Ti7847A/STRING ISC X 1.25 X 1.25 PER NEC REQUIREMENTS CONDUCTOR WIRE SIZES SHOWN BASED SOLELY ON AMPACITY 40k STC CELL TEMPERATURE AT 25 DEGREES C,SPECTRUM AM1.5, REQUIREMENTS.TO PREVENT AN INCREASE IN AC VOLTAGE LEVEL AND OMITTED IRRADIANCE AT 1000 WIM2 AVOID ANY NUISANCE FAULTS,IT IS RECOMMENDED TO SIZE CONDUCTOR loops FOR A TOTAL VOLTAGE DROP OF<2%PER INVERTER MANUFACTURER. EXISTING ELECTRICAL SERVICE EQUIPMENT ASSUMED TO BE 120/240 V LABEL DEVICE PER NEC 690.14(C)(2),AND SECURE PER NEC 690.7(D). "\ SINGLE PHASE 60 HZ AC POWER SYSTEM, CONTRACTOR RESPONSIBLE TO 0 10 4-0 A Z , 4) CONTACT ENGINEER OF RECORD FOR SITE SPECIFIC REQUIREMENTS FOR (D ** 75 E 22 DIFFERENT POWER SYSTEMS. I- 'D (D 0 +o M LL 0 (A .6 E 41 t: > W X > PHOTOVOLTAIC MODULE Ln #12 AM,PV WIRE 0 L- L- m E W nD INVERTER OUTPUT CIRCUIT CABLE V4 0 2 U 0 r-4 0. V) E PHOTOVOLTAIC ARRAY (3)#.SAWG,INSULATION:THHN/THWN-2 0 co U PV OUTPUT CIRCUIT CABLE _44y#8 AWG,GROUND CONDUCTOR (U < .ME 4-j (2)#12 AWG,INSULATION:THHNfTHWN-2 0 ABB CONDUIT SIZE:31*'MINIMUM M — (A 0 (1)#'12 AM,THHNrrHWN-2 GROUND CONDUCTOR A I RTER > (A C14 0 CONDUIT SIZE:t'MINIMUM 4-4 4 A PVARNkYSTRING TF ELECTRICAL OUTPUI CABLES PVSOURCE CIRCUIT CABLE 7 40A�P RATED(MINIMUM) SERVICE #12 AM,.PV V%ARE )SED U 0 N, PANEL 0� (4)#12 AWG, in PV WIRE DISCO!NCT TEPA6CTH C4 6 LO P1 Uj INVEIT ER A 0 SYSTEM A 5 (IF REQ IREJ 35A/2P (-) t-, C14 A9 BREAKER z Uj CV) co SEE NOTE !qo Ll 7&8 CX u- 4 A -------j— LU Uj < Z OC/) 0 U.J LL _j cl� Uj 0 U z A oe V U #6 AWG SOLID CU EQUIPMENT LLJ V) ROOFT JUNCTION BOX NEMA 3R ENCLOSURE 00 0 GROUND TO WEEB-LUG ON ce) 1 C14 CK OLID CU EQUIPMENT U RAILS. MODULES GROUNDED #61 A TO RAILS WITH WEEB WASHERS G/RNDING CONDUCTOR Cie C T. OR EQUIVALENT T.RUN TO JUNCTION BOX Feeder Taps Must PV SYSTEM I Y I Comply with NEC I 240.21(B) ouble Lug or Polaris tap RETROFIT DV ARRAY STRING To ABS main Dbomr-od Total Output: 2.6-11.7 kW(DC) OUTPUT CABLES Inverter 24 � (B 2 1 1 m __V P35 A L' I I #Modules: 8-36 Ll 1112 AM.PV WIRE I TO Utility Manufacturer: Solarworld r#-ff-— ____j New Model: SW325XL Module L #6 AWG SOLID CU EQUIPMENT 3#10 Bi-Directional GROUND TO WEEB-LUG ON New 40A THHN/THWN1- Meter(DEC RAILS.MODULES GROUNDED As I lit -21 Supplied) SCALE: NTS Fused n TO RAILS WITH WEEB WASHERS Disconnect conduit To Main OR EQUIVALENT Distribution Note:If required by utility-place 240 VAC DRAWN BY:JT Supply Side Single Phase Meter Socket w/Nerna 3R Enc. Connection Option Panel between Inverter and Fused Disconnect. CHECKED BY: RC DATE: 2/27/16 SHEET 4 OF 10 SOLAR PHOTOVOLTAIC 3-LIN DIAGRAM Revision: Sheet: SCALE:NTS E-02 POWER TABLE:SYSTEM A-DUAL STRING CONFIGURATION ONLY GENERAL DIAGRAM NOTES: GENERAL PHOTOVOLTAIC 3-LINE DIAGRAM SPECIFIC FLAG NOTES: DC-SIDE 7Rin DC-SIDE AC-0E 1)THIS 3-LINE ABB-PVI-4.2/SOLARWORLD SW325XL OBTAIN ALL PERMITS AND APPROVALS FROM GOVERNING AGENCIES Uj 11111111,01 #PV MODULE 1 12-16 PV MANUF 1 INVI�RTER MODULE DIAGRAM SHOWS THE MAXIMUM SYSTEM AND APRIOR TO THE COMMENCEMENT OF WORK LABEL BREAKER PER NEC 690,54,705.12(D)AND 705.10. 0 --1* Z SERIES I 6THRU8 SOLARWORLD' NA ABS KA-4.2 IS MEANT TO REPRESENT A RANGE FROM A 7.8 kW-dc- C=)� 24 MODULE SYSTEM UP TO A MAXIMUM 9.75 kW-dc.A 000 C*_4 PARALLEL 1 2 PV MODEL INA 00 t EQUIPMENT SHALL BE INSTALLED PER THE 2011 NATIONAL ELECTRICAL PV BACKFEED CURRENT PLUS MAIN BREAKER RATING MUST BE LESS T Ln SMALLER PV MODULE COUNT-WIRE SIZE-BRANCH HAN O.L" F 60 TS—W325 1-ft uj W POWER 325 Wp-dc 3.9-4.87 kW 4600 W(MAX) PO�OER CIRCUIT COUNT MAY BE USED WITH CONTRACTOR CODE(NEC),ALL APPLICABLE OR GOVERNING CODES,MANUFACTURER OR EQUAL TO 120%OF MAIN SERVICE BUS RATING AND BREAKERS MUST BE if, 40 A tyft OW 46.1 VDC 276.6-368.8 VDC 240 VAC VOLTAGE RESPONSIBLE FOR SIZING WIRE BASED ON REQUIRED REQUIREMENTS OF AND PER THE GOVERNING UTILITY COMPANY. MOUNTED AT OPPOSITE END OF MAIN BREAKER PER NEC 705.12(D). C11-2 VOC ZA AMPACITY AND VOLTAGE DROP. ISC 9.48 A 9.48 A/STRING 20 A(MAX) CURqENT a 0 2)START UP VOLTAGE FOR THE ABB PVI-4.2 FOR THIS IF PV BACKFEED CURRENT PLUS MAIN BREAKER RATING EXCEEDS 120%OF VMP 137.0 VDC 222-296 VDC 60 HZ FRECUENCY STRING RANGE CONFIGURATION SHALL BE ADJUSTED LISTING AGENT NAME AND NUMBER SHALL BE INDICATED PER NEC MAIN SERVICE BUS RATING,CONTRACTOR SHALL LOCATE ADEQUATELY I A A TO 120Vdc MINIMUM. 110.3(B). Z SIZED FUSED DISCONNECT BETWEEN SUB PANEL AND SUPPLY SIDE IMP _884 18.84 AMP T A/STRING POWER TABLE:SYSTEM B-DUAL STRING CONFIGURATION ONLY CONDUCTOR WIRE SIZES SHOWN BASED SOLELY ON AMPACITY CONNECTION AND COMPLY WITH NEC 240,21(B)AND NEC 705,12(A) % C0 V;_;4 a DC-SIDE CA) DC-SIDE AC-)IDE REQUIREMENTS.TO PREVENT AN INCREASE IN AC VOLTAGE LEVEL AND PV MODULE I 12A5 PV MANUF 1 INVI�RTER AVOID ANY NUISANCE FAULTS,IT IS RECOMMENDED TO SIZE CONDUCTOR OMITTED FOR A TOTAL VOLTAGE DROP OF<2%PER INVERTER MANUFACTURER. ZL SERIES I 6THRU8 SOLARWORL61 NA ABB 1-4.2 *:P..,,# *4_p�0 PARALLEL 1 2 PV MODEL NA EXISTING ELECTRICAL SERVICE EQUIPMENT ASSUMED TO BE 120/240 V LABEL DEVICE PER NEC 690,14(C)(2),AND SECURE PER NEC 690.7(D). SINGLE PHASE 60 HZ AC POWER SYSTEM. CONTRACTOR RESPONSIBLE TO POWER 326 Wp-dc 3.9-4.87 kW 1 SVV'325 4600 W(MAX) POOER A CONTACT ENGINEER OF RECORD FOR SITE SPECIFIC REQUIREMENTS FOR W -0 VOC 46.1 VDC 276.6-368.8 VDC 240 VAC VOLTAGE I DIFFERENT POWER SYSTEMS. E .4) E d) cc ISC 9.48 A 9.48 A/STRING 20 A(MAX) CURqENT 0 0 5- 4-# F- M I LL 0) 4n -6 E L- VMP 37.0 VDC 222-296 VDIC 60 HZ FRECUENCY 41 2 t > W bo (A M IMP 18-84 AMP 18.84 A/STRING _j (U X > 4A >. ISC X 1.25 X 1.26 PER NEC REQUIREMENTS tkOLn r- STC CELL TEMPERATURE AT 25 DEGREES C,SPECTRUM AM1.5, S rq 0 be Q) IRRADIANCE AT 1000 W/M2 cn E (U M 3: E r-, V-4 0 PHOTOVOLTAIC MODULE U = #12 AWG,PV WIRE 0 ca U U E Now 60A Fused Disconn t M 'Fa 4) 4-J Feeder Taps Must Ln Comply with NEC ouble Lug or Polaris top 'D -5 =) 0 INVE1';R OU 240.21(B) 1P > PHOTOVOLTAIC ARRAY A '10 UT CIRCUIT CABLE Mjno�ct CA (1114 0 (3)# 0 *G INSULATION:THHW-MWN-2 To 60A 2PWA PV OUTPUT CIRCUIT CABLE (1)#10 AV01j,GROUND CONOW&OR Sub 0 0 (2)#12 AWG,INSULATION:THHN/THWN-2 ABB CONDUIT Wk-314'MINWM Panel To Litilitv (1)#12 �WG,THHNITHWN-2 GROUND CONDUCTOR INVERTER CONDUIT SIZE:tMINIMUM New 4#6 131-Directional W THHN/THWN-2 Meter(DEC 4#6 'in 3/4" To Main Supplied) A 13T THHN/THWN-2 conduit Distribution PV ARRAY STRING in 3/4" Panel EXISTING conduit _j 6GC NOW#6 AWG CU EGC shall be Note:If required by utlift-p-hm24 C14 #12 AWG.PV WIRE CIRCUIT CABLE 7 30 AMP RATED(MINIMUM) ELECTRICAL Supply Side connected to ground bar In Singl*Phan Meter socket w/Name LO OUTPUT CABLES PVSOURCE (4)#12 AWG, NON-FUSED Connection main distribution panel, between Imierter and Fused Disconn, Lu PV WIRE 6 DISCONNECT IN PANEL Optioni 0 CL SYSTEMA INVERTER OUT A CN 5 (IF REQ I Z LU CV-) ;D I t 2"P 2SA/2P 0 01.11' A BREAKER BREAKER A SEE NOTE SEE NOTE U_ 4 Ll 7&8 7&9 LU C4 P01 F T _T0 I �T-2 6 EAC M In '0� E t4— LU < U 701, 01-- W I I L2 _V 6 lui 0 oe U_ L () z #6 AWG SOLID CU EQUIPMENT -7 < GROUND TO WEEB-LUG ON RdItYFITOP JUNCTION BOX-NEMA 3R ENCLOSURE LU C/) RAILS. MODULES GROUNDED 00 1*6 AWG.SOLID CU EQUIPMENT ce) TO RAILS WITH WEEB WASHERS GROUNDING CONDUCTOR C*4 OR EQUIVALENT CONT.RUN TO JUNCTION BOX uj 30 AMP RATED NON-FUSED G) DISCONNECT EACH T INVERTER OUTPUT PV SYSTEM PV ARRAY STRING OUTPUT CABLES RETROFIT #12 AWG.PV WIRE Total Output: 2.6-11.7 kW(DQ 06 AWG SOLID CU EQUIPMENT #Modules: 8-36 GROUND TO WEEB-LUG ON RAILS.MODULES GROU14DED SYSTEM B11 I Manufacturer: Solarworld TO RAILS WITH WEEB VV'kSHERS Model: SW32SXL Module OR EQUIVALENT SYSTEM B CONFIGURED SIMILAR TO SYSTEM A WITH SAME INVERTER, WIRE SIZES AND TYPE,CONDUITS, JUNCTION BOX AND MODULE TYPE. SCALE: NTS SEE TABLE FOR SYSTEM B'S MODULE AND STRING COUNT DRAWN BY:JT CHECKED BY: RC DATE: 2/27/16 SHEET 5 OF 10 SOLAR PHOTOVOLTAIC 3-LI E DIAGRAM Revision: Sheet- SCALE:NTS E-03 GENERAL DIAGRAM NOTES: GENERAL PHOTOVOLTAIC 3-LINE DIAGRAM SPECIFIC FLAG NOTES: P6WER TABLE:SYSTEM A-DUAL STRING CONFIGUf�XT-ION ONLY- -4.2&6000/SOLARWORLD OBTAIN ALL PERMITS AND APPROVALS FROM GOVERNING AGENCIES > DCiiSIDE UA (B)&(C) DC-SIDE AC-SIDE 1)THIS 3-LINE ABB-PVI LABEL BREAKER PER NEC 690.54,705.12(D)AND 705.10. z #PV MODULE 1 18-22 PV MANUF 1 INVERTER SW325XL MODULE DIAGRAM SHOWS THE MAXIMUM APRIOR TO THE COMMENCEMENT OF WORK A6 SERIES 1 9 THRU 11 SOLARWORLD' NA ASS PVI-6000 SYSTEM AND IS MEANT TO REPRESENT A RANGE FROM A I NIP` C-4 10.4 kW-dc-32 MODULE SYSTEM UP TO A MAXIMUM PV BACKFEED CURRENT PLUS MAIN BREAKER RATING MUST BE LESS THAN 10100� t- PARALLEL 2 PV MODEL NA EQUIPMENT SHALL BE INSTALLED PER THE 2011 NATIONAL ELECTRICAL 40, 11.7 kW-dc.A SMALLER PV MODULE COUNT-WIRE SIZE OR EQUAL TO 120%OF MAIN SERVICE BUS RATING AND BREAKERS MUST BE SW325 6000 W(MAX) POWER BRANCH CIRCUIT COUNT MAY BE USED WITH /2\CODE(NEC),ALL APPLICABLE OR GOVERNING CODES,MANUFACTURER (D). a 325 VVP-dc 5.85-7.15 kW MOUNTED AT OPPOSITE END OF MAIN BREAKER PER NEC 705.12 op POWER CONTRACTOR RESPONSIBLE FOR SIZING WIRE BASED ON .1 REQUIREMENTS OF AND PER THE GOVERNING UTILITY COMPANY. OV 46.1 VDC 414.9-507.1 VDIC 240 VAC VOLTAGE VOC REQUIRED AMPACITY AND VOLTAGE DROP. IF PV BACKFEED CURRENT PLUS MAIN BREAKER RATING EXCEEDS 120%OF ISC 9.48 A 9.48 A I STRING 28 A(MAX) CURRENT 2)START UP VOLTAGE FOR THE ASS PVI-4.2 FOR THIS LISTING AGENT NAME AND NUMBER SHALL BE INDICATED PER NEC MAIN SERVICE BUS RATING,CONTRACTOR SHALL LOCATE ADEQUATELY VMP 37.0 VDG 333-407 VDC 60 HZ FREQUENCY STRING RANGE CONFIGURATION SHALL BE ADJUSTED 3 110.3(B). SIZED FUSED DISCONNECT BETWEEN SUB PANEL AND SUPPLY SIDE TO 120Vdc MINIMUM. A CONNECTION AND COMPLY WITH NEC 240.21(8)AND NEC 705.12(A) IMP 18.84 AMP 8.84 A I STRING AC4 0 POWER TABLE:SYSTEM B DUAL STRING CONFIGURATION ONLY CONDUCTOR WIRE SIZES SHOWN BASED SOLELY ON AMPACITY - .:- DC-SIDE DC-SIDE AC-SIDE - REQUIREMENTS.TO PREVENT AN INCREASE IN AC VOLTAGE LEVEL AND 'LOMITTED AVOID ANY NUISANCE FAULTS,IT IS RECOMMENDED TO SIZE CONDUCTOR #PV MODULE 14 PV MANUF INVERTER - FOR A TOTAL VOLTAGE DROP OF<2%PER INVERTER MANUFACTURER. Fjq SERIES 7 SOLARWORLD NA ABB PVI-4.2 - EXISTING ELECTRICAL SERVICE EQUIPMENT ASSUMED TO BE 120/240 V PARALLEL 2 PV MODEL NA LABEL DEVICE PER NEC 690.14(C)(2),AND SECURE PER NEC 690.7(D). SINGLE PHASE 60 HZ AC POWER SYSTEM. CONTRACTOR RESPONSIBLE TO 0) A Zi TACT ENGINEER OF RECORD FOR SITE SPECIFIC REQUIREMENTS FOR POWER 325 Wpdc 4.56 k 5 4600 W(MAX) POWER CON 75 E E DIFFERENT POWER SYSTEMS. '0 0 M 240 VAC VOLTAGE LL. 0 4-P L_ VOC: 46.1 VDC 322.7 VDC 0) U) E t > (U ISC 9.48 A 9.48 A I STRING 20 A(MAX) CURRENT W tA +-A M 60 HZ FREQUENCY Ln 4-0 VMP 37.0 VDC 259 VDC r MO Ln r- :3 IMP 18.84 AMP 18.84 A 1 STRING E S C-4 0 "d ai ISC X_1.25 X 1.25 PER NEC REQUIREMENTS E STC;CELL TEMPERATURE AT 25 DEGREES C,SPECTRUM AMIA 4b - r-, :*?,, Ln r- M IRRADIANCE AT 1000 WIM2 (D .4 0 'D U 0 U 0 3: r 0) CO M a M a kD 0 PHOTOVOLTAIC MODULE New 60A Fused Disconne Feeder Taps Must -5 :5 > V) #12 AWG,PV WIRE 4A (114 0 Comply with NEC 4-0 240.21(B) ouble Lug or Polaris tap 0 AINVERTER OUTPUT CIRCUIT�CABLE Main 0&onnea (3)*8 AWG,INSULATIOW-tHHNrrHwN-2 To 60A 2MA PHOTOVOLTAIC ARRAY __z L2 PV OUTPUT CIRCUIT CABLE (1�#8 AM,GROUNDtONDUCTOR Sub 0 To Li CONDUIT SIZE:396 MINIMUM Panel 21 (2)#12 AWG,INSULATION:THHN/THWN-2 ASS (1)#12 AWG,Tl�HNfrHWN-2 GROUND CONDUCTOR A INVERTER New CONDUIT SIZE:t'MINIMUM #6 151-Directional HHN/-rHWN-2 Meter(DEC in 3/4" Supplied) J I-- conduit To Main o. Distribution 131F 4#6 Panel THHNfrHWN-2 0 LU 0- in 3/4�' U OUTPUT CABLES PV SOURCE conduit PV ARRAY STRING 7 40 AMP RATED(MIN M) CNI - U_ LU oo I #12 AWG-PV WIRE 0 CIRCUIT CABLE NON-FUSED Z U (4)#12 AWG, 6 DISCONNECT V.,'(CH F�e g 0 0. _1 P'V VIA RE INVERT A Note:#6 AWG Cu EGC shall be ilItV-pIao*240VAC b LL id SupplySide nooted to ground bar in 1111==,./Noma SR Enc, UJ C4 5 (IF REQ 3WZP 25A/2P 17 �2 n distribution panel. between Inverter and Fused Disconnect. 11 U SYSTEM Al BREAKER BREAKER Connecl LIJ < i AS I,.- 0� !� . A EE NOTE SEE MOTE z 0 V) .. ui 1 7 8 ?&B U LU 0 L rn M I W Lj_ LU ER 91JT ED 17 z < Lor) U V LLJ 00 0 cr) I 13e C-4 LU #6 AM SOLID CU EQUIPMENT REtn OP JUNCTION BOX-NEMA 3R ENCLOSURE GROUND TO WEEB-LUG ON RAILS. MODULES GROUNDED #6 AWG.SOLID CU EQUIPMENT TO RAILS WITH WEEB WASHERS GROUNDING CONDUCTOR OR EQUIVALENT CONT.RUN TO JUNCTION BOX 30 AMP RATED NON-FUSED INVERTER OUTPUT CIRCUIT CABLE DISCONNECT EACH PV SYSTEM (3) 10 AWG,INSULATION:THHNITHWN-2 INVERTER OUTPUT (1)#10 AWG,GROUND CONDUCTOR RETROFIT CONDUIT SIZE:3/4"MINIMUM Total Output: 2.6-11.7 kW(DQ PV ARRAY STRING OUTPUT CABLES #Modules: 8-36 #12 AWG-PV WIRE Manufacturer: Solarworld Model: SW32SXL Module L#6 AWG SOLID CU EQUIPMENT GROUND TO WEES-LUG ON SYSTEM B RAILS.MODULES GROUNDED TO RAILS WITH WEEB WASHEF S SCALE: NTS OR EQUIVALENT SYSTEM 8 CONFIGURED SIMILAR TO SYSTEM A WITH SAME WIRE SIZES AND TYPE,CONDUITS, DRAWN BY:JT JUNCTION BOX AND MODULE TYPE. DIFFERENT INVERTER AS CHECKED BY: RC STATED IN SYSTEM B'S POWER TABLE. SEE TABLE FOR SYSTEM EIS MODULE AND STRING DATE: 2/27/16 COUNT SHEET 6 OF 10 SOLAR PHOTOVOLTAIC 3-LINE DIAGRAM Revision: Sheet: E-04 SCALE:NTS WARNING HOTOVOLTAIC LLJ_� z 0 * e C:;)l DUAL POWER SOURCE z C__4 SECOND SOURCE IS PV SYSTEM W% CL PHOTOVOLTAIC SYSTEM AC DISCONNECT CIRCUIT IS BACKFED >_ PER NEC 690.14(C)(2)&690.15-PROVIDE AT EITHER LABEL PER NEC 705.12(D)(4)-PROVIDE AT MAIN EXT---RNAL AC DISCONNECT OR PV SYSTEM BREAKER can SERVICE PANEL RATED MAX POWER-POINT CURRENT: 16.58 Adc -------------- IN SERVICE PANEL WARNING! PHOTOVOLTAIC RATED MAX POWER-POINT VOLTAGE:362.4 Vdc I MAXIMUM SYSTEM VOLTAGE: 447.6 Vdc PHOTOVOLTAIC AC DISCONNECT ELECTRIC SHOCK HAZARD MAXIMUM SHORT CIRCUIT CURRENT: 27.64 Adc 05 THE DC CONDUCTORS OF THIS BIR MAIN PV SYSTEM (PER NEC 690.52)-PROVIDE AT INVERTER = MAXIMUM AC OPERATING CURRENT: 20A PHOTOVOLTAIC SYSTEM ARE DC DISCONNECT INTEGRATED AC/DC DISCONNECT MAXIMUM AC OPERATING VOLTAGE: 240V UNGROUNDED AND MAY BE NOTE:LABEL SHOWN IS GENERIC AND SUBJECT TO PER NEC 690.14(C)(2)&690.15-PROVIDE AT EITHER CHANGE BASED ON SITE SPECIFIC REQUIREMENTS 75 E Lu (PER NEC 690.54-PROVIDE AT EXTERNAL AC DISCONNECT ENERGIZED. cc INVERTER INTEGRATED AC/DC DISCONNECT OR 0 CD DISCONNECT) 16- PER NEC 690.14(2)-PROVIDE AT MAIN DC VOLTAGE IS ALWAYS LL 0 w 1-n -6 E EXTERNAL DC DISCONNECT 4-1 t > SERVICE PANEL PRESENT WHEN SOLAR (U X > 4-# Q 4A MODULES ARE EXPOSED TO to Ln a En r4 — SUNLIGHT 0 -Ile cu PHOTOVOLTAIC AC DISCONNECT E WARNING (PER NEC 690.17(4)AND 690.35)-PROVIDE AT INVERTER M 4--o &_ AND NET METER(IF NET METER IS APPLICABLE)-ONLY th r- M M 0 a) — .4 o _J IN JERTER OUTPUT CONNECTION-DO NOT -0 Q 0 MAXIMUM AC OPERATING CURRENT: 28A NEED FOR UNGROUNDED PV SYSTEMS U L*1 IELOCATE THIS OVERCURRENT DEVICE U MAXIMUM AC OPERATING VOLTAGE: 240V ABEL PER NEC 705-12(DI(7)-PROVIDE AT MAIN SERVICE PANE 0 CO L < (PER NEC 690.54-PROVIDE AT EXTERNAL AC DISCONNECT) 0 5 > C�4 0 CIRCUIT DIRECTORY 0 BR WER-DESCRIPTION BREAKER-DESCRIPTION -C WARNING 3DA SYSTEMAOUT. 20A �SYSTEMBOUT. PHOTOVOLTAIC POWER SOURCE 0. SYSTEM A OUT, SYSTEM B OUT. ELECTRIC SHOCK HAZARD. DO NOT TOUCH NOTE:PROVIDE AT ALL DC CONDUIT,RACEWAY,ENCLOSURES,CABLE TERMINALS. TERMINALS ON BOTH THE LINE ASSEMBLIES AND JUNCTION BOXES PER NEC 690.31(E)(3) AND LOAD SIDES MAY BE ENERGIZED IN THE U OPEN POSITION LO LABEL PER NEC 690.17-PROVIDE AT MAIN SERVICE PANEL E CLOI I 1 0 LA IEL PER NEC 705-10 SHOWN IS AN EXAMPLE.CIRCUIT DIRECTORY U _J CONTENT AND LOCATION SUBJECT TO CHANGE, C14 U_ z U.)LU c1r) 00 . LABEL FOR AC SIDE OF SOLAR PV SYSTEM 0 LABEL FOR DC SIDE OF SOLAR PV SYSTEM C%0 _J 01 _j A ce ED U_ 4 LLJ (N rZ' k,2�/SCALE: NTS B SCALE: N.T.S. , , LU 0 U z < 0e. OV) 0 UJ 0 UJ _J De LL_ LLJ log U z 2: < UJ Cn 0 U CN W Note: Labels shall contain red background UJ W/ white letteringS Lab2kls shall not be NOTICE handwritten per NEC I 0,21(B) unless PV SYSTEM THIS BUILDING CONTAINS RETROFIT Total Output: 2.6-11.7 kW(DQ labels are subject to ch nges. Contractor DUAL POWER SOURCES. #Modules: 8-36 THE SECOND SOURCE IS A Manufacturer: Solarworld responsible to provide location of breakers PHOTOVOLTAIC SYSTEM. Model: SW325XL Module for PV system in panelboard directories. All DISCONNECTS FOR THIS SCALE: NTS labels shown subject to change based on SYSTEM ARE LOCATED IN DRAWN BY:JT MAIN DISTRIBUTION PANEL CHECKED BY: RC actual field installation. DATE: 2/27/16 SHEET 7 OF 10 LABEL TO BE PLACED AT METER Labels Revision: Sheet: �'�CALE: 1:1 SCALE:1:1 E-05 UZI *ZOO-* Uj OP a e C=F Z C-4 U-) do LIN" Sunmodule;/ SW 320-325 XL MONO (33mm frame) REALVALUE :L PERFORMANCE UNDER STANDARD TEST CONDITIONS(STC)* ------- SIN 325 SW 320 0 325 Wp maximum power 320 Wp v 46.1 V L: 45,9 V open circuit voltage 0 TUV Power controlled: 36.7 V 37.0 V LA. 0 E A I aximum power point voltage V11-1 M TovNwk"j�d Lowest meas L- 4-A 4-0 u ring tolerance in industry 41 t: > 9AI A 9,48 A 4) W tA _J 11A Shorticir"it"tre"t,.L.''. ... . -LL' -.111- 4- (D a) I I � I .I..L... I.L.. --1 11 X > 8.78 A 8.84 A Maximum power point current ............. ------------ Ln tA ........ 16.29% X_ Module efficiency 16.04% ........ ...................... -!kd 1000W/rii-.2VC.ANA 15 E Every component is tested to meet M E r, L_ M 4 0 3 times IEC requirements PERFORMANCE AT 800 W/Ml,NOCT,AM I.S 0 M SIN 320 SW 325 &A a 0 C13 U 2473 Wp co M Pi 244.4 Wp Maximum power 3: 4--a < A= 4 401 V V open circuit voltage ---------- ----------------- tp 0> Designed to withstand heavy 33,8 V 34.0 V maximum power point volitage V-11 0 accumulations of snow and ice 88A 7.82 A 7. Short circuit current 0 werpointcurrent 723A T28 A Maximum Par CL mi nor reduc lint,in eff ciency under part al load conclitiors al?S'C:at 200 W/M-,100%of the STC ef f ciency(1000 W/nrll is achieved. Sunmodule COMPONENT MATERIALS Positive performance tolerance 1000 w/mA Low-iron tempered glass Cells per module 72 Front with ARC(EN'12150) i Soo W/M7 0 I (>. cell type Mono crystalline Frame Clear anodized aluminum LO 600 W/M� ------------ 6J7 in x 6.17 in Weight 47.6 lbs(21.6 kg) 0 Lu r performance warranty Cell dimensions (156.75 x 156.75 mm) 0- 25-year linea 400 W/M2 I-, and 10-year product warranty 04 Z LLJ cy) ;-0 20ow/m, THERMAL CHARACTERISTICS ADDITIONAL DATA — 0 0, _j LL. 4 _j 100 W/rn� NOCT 46'C Power Sorting -0 WP/+5 Wp ri P �12 i P65 r, U O�042%/K J-80K LU < Tor, V11 0 Glass with anti-ref lective coating Moduk voltage IV) TC_ -0.304%/K PV wire per U1,4703 Z 0 Cn 0 LU V. Connector with H4 connectors LLJ LL LU 73 -0.43%/K L I W_ TCP11 Modulefireperprmance (UL 1703)Type 1 Z Operating temp -40'C to+85'C --------- 4N Z U ?r 0,2 6(6 6 l Uj 00 0 (2 �11 WorW-dass quality PARAMETERS FOR OPTIMAL SYSTEM INTEGRATION 52 C14 uj mless monitoring of the process and mate Fully-automated production lines and sea CIP Us 1000 v rial ensure the quality that the company sets as its benchmark for its site!worldwide. Maximum system voltage SC It/NEC UL 1703 Maximum reverse current 25A F, Number of bypass diodes SolarWorld Plus-Sorting F41 Z. 3 ff iciency.SolarWorld only deliv�rs modules ------ Plus-Sorting guarantees highest system e MGM 4 Two rail system 113 psf downward,64 psf upward Design foods* that have greater than or equal to the nameplate rated power. Home lnn*yati.� PV SYSTEM 178 psf downward.23 psf upward —DWig.lo.de Edge mounting of product warranty to 10 years refer tu ttle 5urInjoijute i.1sticatior,instructions for the details assodated with t e, 0 RETROFIT 2S-year linear perfornilance guarantee and extension Total output: 2.6-11.7 kW(DQ SolarWorld guarantees a maximum performance digression of 0.7%p.a.in the course wo-phase wari anties com- 1 0,4�(11i I Compatible with both"Top-Down" of 25 years,a significant added value compared to the t G 1.0 and"Bottorn"mounting rnethods #Modules: B-36 mon in the industry,along with our industry-first 10-year product warra ity! -JrGroundingLocations: Manufacturer: Solarworld 'in accordance with the applicable SolarWorld Limited Warranty at purchase. I- -4 locations along the length of the www.solarworld.00rn/Wa(Tanty SW325XL Module module in the extended flange. Model: 15.73 Qual!t�v rnodutei, 3-9.4 A(10101.) au�je p SCALE: NTS 1_30[33) 114 09) theses. SW-01 7541US-C 07-2015 DRAWN BY:JT All units provided are arpenal.51 units ptowded in parcri solarworld.com SolarWorld AG reserve5the rightto nake specification changes wthout notice --------........ ---------------- ....... CHECKED BY: RC DATE: 2/27/16 SHEET 5 OF 10 Revision: Sheet: Data Sheet DS-01 SCALE:NTS lk J 5 -, SO r4app UJI z LL Additional highlights Additional highhghts ao 411 ftft - RS-485 communication interface - RS-485 communication interface(for X (for connection to laptop or data connection to laptop or data logger) logger) - Available with the optional VSN300 AU AU - Available with the optional VSN300 Wifi Logger Card for easy and Wifi Logger Card for easy and affordable wireless monitoring r IMF affordable wireless monitoring Compliant with NEC 690.12 when - Compliant with NEC 690.12 when used with ABB's Rapid Shutdown used with ABB's Rapid Shutdown device 0 Comes standard with DC Arc Fault device - Comes standard with DO Arc Fault Circuit Interruptor(AFCI)to comply W Circuit Interruptor(AFCI)to comply with NEC 690.11 1 (V with NEC 690.11 0 0 W (A -6 E tf > 'r W W V) - 4-1 X > CA Ln Technical data and types 11`4 5 L. -technical da"a-,,rid types Type code PVI-3.0-OUTD-US PVI-3_6-0UTD-US Pvl 18-OUID-Us F)VI-4.2-OUTO US M E 3: oral specifications T�"t,code PVI-50100-OUTD-US PVI-6000 OUTD-US ''- __� "----- -1__ _1 I. .111-------- _ I I __ I——I----- L 11- . (A l= M M 3300 General Specifications Nominal output power 300OW I 380OW N 0 3600'N 420OW w 0 V-q 0. ominal output power 500OW 600ow ............. Max i m u m o u I p u t pow at wat t a a Maximum output power 420W 4 4260 46W" 4600" Ln W W IN W w w IN W '500O'W 600OW ............ 0 U ...... Rated 240V 277V 208V 240V 277V ated M k8V ...grid voltage -- -----gri AC volts e 208V 240V 2 240V 277V 208V 240V I 277V 208V Q) ------ ........... Input side(DC') C CO M rr� -------------- lnp�uta�de(Pq r 7-" ------------- ........ < *413 Number of i dependent MPPT c annels 2 2 2 u� r. i 2 M 2 pendent MPPT channels ........... Maximum tisable power for each channel 400OW 0 Maximum usable power for each channel 200OW 300a N 30 ....... Pi�' Ornax) 3 Absolute maximu vot a > Absolute maximunt volt a(Vmax) 6 V m..il ag_ 'L ..00' St .......... ...... 0 .art-up v9Iia9e.(VatarLt)..,1 .. . ........ -up volt qe�(Vsta 200V(ad.120 35 po 4-0 . 1.a rt, .0 Full 145-530V Full power MPPT voltage 0- -530V wer MP T vol a r nge., 0 P"."L!"W''q- 0 ............. 12 .14 0.�'X'V......................... ............. _140 Operatin MPPT voltage rt-,580V(2:90V) Operating MPF�T Yglie9e ragge 0.7 x Vstart-580V(;0614 range ............ ......... ............ .......... Wilmu_iii current(ldcmax)forbbih"MPOT In Maximum curr9,nj'Qdcrriax)for b,othMPP1 in.parall,el ML 20A 32A 32A 32A aximum usable current per channel 18A",, Para le maximum usable curre.nt 3.r channel 1 1 1 0.A 16A 1..6.A Maximum short circuit current Per channel 22A ................. ...... ........... ........... ... ....... Maid'rh6m short Circ L uit current limit per umber of wire landing terminals per c annel 2.Pairs OA ...........4 1. . 12.5A 20.0A 20. 20.OA I............ ............. ...... ...... 1 11 I'll,11 -1. .: . 11 -I—- Array wiring termination Terminal blook,pressure clam Number of wire landing terminals per channel 2 pairs de .......... .......... -------- Grid connection ty a 10 W Spi -0/3W mi�y wiring.ilrrilination Terminal block,pressure clamp,AWG20-AWG6 P /2 it-0/3w it 1012 ............ --------------------- ------ ------------------- ........... ...... L.............. ...............................L, '�ll'_�64vL .. 'L I (Vi-nin-Valax)., 2.2.1l.-.2164.V 2'4'4L-'30'4'V'' .'1-8'3.-2.'28.V. 244-304V U 1 1 plit- G.rid fraqu�ncy.... .... ..........1. . 'L ... .. ' ."L.L."...".- �.."'- . I.- Grid connection type Sp_4 i CV-- fia/ 7-90(i 1 / 'plit- 1 6OHz 2W O/3W 2W 2W �:013VV 2W 2W O/3VV 2W 2W W3W 2W '8�� ''�44 j18� 1'i ,,L ''1'6,1 -�i''L I r, Adjustable grid I qyen y�an e 57-60.5Hz gii-* 244- i 9��' �11� 1. �44_ .1 1 .1 re P, Adjustable voltage range(Vmin-Vmax)M 28V Maximum current fl�- 40A 2m 36A 28A 24A _J C14 2 264V 304V 228V 264V. 304V 228V 264V 304V 228V .264V, 304V Po wer factor Grid irequanCyL ............. L'"'-...... UJ Adjustable grid frequency.range 57-60ZHz r.ated,.power., ............1 <2% !�6 2'5"A L'/" "X5 A I _J Contributory fault currenV 1. 5 AJ .2 A,/ 3 31,75 A Maximum current(G..,,-) 14.5A 14.5A 12.OA 17.2A 18.Ok 16.OA 16.0A 16.OA 16.OA 20.OA 20.0A 20.OA 04 - 441A a 22 45A' 2 5&Ik 25-81AJ"'S �2�45"'�' LU C'e) 00 ....... ..... rid wiring termination type trial bloc��;eo`ssura G4 .owiar c or 1.995 ladjustable to±0.8) Term— ------- Clel�,akO-AW' Total ha�mo ic disto ion I at rate I d power < Input 0 __J 0 Re .......... P'r'eSS ...... U_ Grid wiring termination type Terminal block, ure clamp,AW020-AWG6 verse polarity protection.. .......... UJ Yaristor,2 fo each channel ------- ------ -------- LLJ Reverse polarity protection Yes PV arrayqrc�urid fault detection Pre start-up R_and dynamic GFDl(requires floating arrays) < U ''''*......................... ....... ........... .......................... b V _!9�tLt Z 0 IX ar-yoltage.pr!eqiGn it Vaistor,2 for each chan el ype.-L. .1 .. - . - .1 1 1.. ...1_11-1.1..-1 1.-11,-1-1...................... ........... ................. Anti-slanding pr lection Meets UL1 741/IEEEl 547 requirements 0 Pre ntnrt-un R. ."I" ... 0 PV array ground fault detection arid dynamic GF01(requires floating arrays) ........ ..... .... ................. ...................................... LLJ Over-volta9p.protec ion t U_ Outpu�P!rt��Llq�s t ...................... Varistor.2(LI-L, L-G) LU Maximum ei� 1F r ,U L ------ 35A 30A 25A _39A 'Anti-islanding protection ..'1L7.4.11./1E.EE1 54.7 requirements, 0 U z jv e'r'-volt Elfficiency a protection type Varistor,2(L.-L,/L, ------------ ------- .9.e -'G). .. ........... 97.1% U Maximum AC OCP0 rating 20A 20A 15A 25A 20A mA �bA 20A 20A 25A 25A 25A Maximum efficiency. .... ... .........L............. z < .................... CIE'C"e'111,c'1'en 96.5% 96.5% 96% 96.5% d 96.5% Efficiency ...... cy ............ U.1 00 0 User interface Graphic display 97% .97% 97% Operating performance CEC± 96% 04 Lu Oper Stand-by consumption <8W,,, <8w"� <0.6w Tption Nighttime consumption <0:6W ---------------------- ----------- _Ws...L 11 11-L... .... -1 'L Communication Sta consumption ........... ............. < V1 ----------------------- ---------- ser-interface 16 characters x 2 lines LCD displa Y "d& lx�S�q§incl.) Card I.) --------------------------------------------- -------- Rernote monitqqn VSN700 Data Logger(opt.),VSN300 User-interface 16 characters x 2 lines LCD dils ...... ronnieritall ............ VSN700 Data�o r(qpL),%�SN300 -------- __9�__ _ ni�_ 4 01-with Environmental Ambient air operating temperature range -13'F to+140'F(-25'C to+60'C) -186F6_04 Ct 0, Ambient air operatin tem rature rangi derat.ilngabovq 122'F(5p,c) PV SYSTEM 7131F to+1 401F(-25%to 60'Q with derating above 1221F(5010) C to+60*C) I air storage temperatu ran 0 -4TF to,176 F 40' mbien ai s ora a temperature ran a re �O'F to+.l..76.'.F(740.*�C to n si -4 F tor+17'F(-40'C to+80,C) Relative h idit QL P-IW%RH cond 0_iW%RHco den n arising elative humidity _100%Ar ....... ...... Y. RETROFIT H c.ond!ensin noise emission level ,A6. sit g. <5 db(A)@lm <wdbw dim M� ............. .......... .......... c poise emission level <50 PI.T operaiiirlg"air ......... ....... ximum o eratin attitude without derating. P560ft(2000m) 6560ft(2000m) Total Output: 2.6-11.7 kW(DC) Maximuni ItIt 6560ft(2WOm) "g,-- 1.Capability enabled at norritrai AG voltage and WithsittIMM D(%,PoWar available. #Modules: B-36 2 ARB solar inverters I Product flyer for PVI-3.0/3.613.8/4.2-TL-OUTD 2 ABB solar inverters Product flyer for PIA-5000/6000-TL-OUTO Manufacturer: Solarworld Model: SW32SXL Module SCALE: NTS DRAWN BY:JT CHECKED BY: RC DATE: 2/27/16 SHEET 6 OF 10 Data Sheet Revision: Sheet: SCALEATS DS-02 % 061. C= name U wage U N I RA SOLARMOUNT Technical Datasheets 0 SOLARMOUNT Technical Datasheelits C NIRAC t- ti o "s -1 AS a. SOLARMOUNT Beams lqt 00 Z 0 SOLARMOUNT Tec nical Datasheet Part No.310132C,310132C-B.310168C,310168C-B.310168D 310208C,31020SC-B.310240C,31024OC-B,310240D. Pub 130817 410144M,410168M.410204M.,410240M 4-0 SOLARMOUNT Module Connection Hardware........................................................... 1 Properties Units SOLARMOUNT SOLARMOUNT HID 0 Bottom Up Module Clip...................................... ..........................................................1 L_ MidClamp...................................................................................................................2 Beam Height in 2.5 3.0 75 E (1) EndClamp....................................................................................................................2 8 -0 L_ V P LL 0 iu 41A' .6 E SOLARMOUNT Beam Connection Hardware................................................................3 Approximate Weight(per linear ft) pff 0.811 1.271 4- ,V 2 t: > Ln _j W 4-J L-Foot...........................................................................................................................3 Total Cross Sectional Area in 2 X > 4-1 0) SOLARMOUNT Beams.......................................... .........................................................4 0.676 1.059 MO Ln C .S 0 3 Ln Section Modulus(X-Axis) in 0.353 0.898 E :-� 8 14 m .4 5 4-J Section Modulus(Y-Axis) in' 0.113 0.221 CD - 0 M o U Moment of Inertia(X-Axis) in 4 0.464 1.450 ca M 4_4 M Moment of Inertia(Y-Axis) in' 0.044 0.267 > 0 4--A SOLARMOUNT Module Connection Hardware Radius of Gyration(X-Axis) in 0,289 1.170 0 SOLARMOUNT Bottom Up Module Clip Radius of Gyration(Y-Axis) in 0.254 1 0.502 0. Part No,302000C 'Rails are extruded using these aluminum alloys:600545,6105-T5,6061-T6 Washer Bottom Up Clip material:One of the following extruded aluminum Bottom (h1d4m..8 allc ys:6005-T5,6105-T5,6061 J6 0 ma 04 *Ut Clear Anodized Ult to tensile:38ksi,Yield:35 ksi V) 1,12 notel 4 UP "Z"", 5,100 V I Finish 0 LU Bo� om Up Clip weight:-0.031 lbs(14g) ,j C14 Alk able and design loads are valid when components are co W. Beam Z LU Cy ast,embled with SOLARMOUNT series beams according to 0 0 autiorized UNIRAC documents CD U_ SLOT FOR T-BOLT OR LLJ N , As.,emble with one%"-20 ASTM F593 bolt,one%"-20 ASTM F594 1.728 LU *Cie C) SLOT FOR T-BOLT OR < U ser ted flange nut,and one%"flat washer V4"HEX HEAD SCREW I— M 1/4"HEX HEAD SCREW Z 0 L,) 0 ui 0 Usi i anti-seize and tighten to 10 ft-lbs of torque U U.J # Re 4stance factors and safety factors are determined according to M U_ U.1 2X SLOT FOR SLOT FOR 0 Z par�1 section 9 of the 2005 Aluminum Design Manual and third- BOTTOM CUP 2 DO BOTTOM CUP -7 < V> U par y test results from an IAS accredited laboratory LU 00 0 0 Mo Jule edge must be fully supported by the beam 3.600 M ::E I@ C14 W NOTE ON WASHER:Install washer on bolt head side of assembly T Lu DO NOT install washer under serrated flange nut 1.316 SLOT FOR Applied Load Average Allowable Safety Design Resistance HEX BOLT SLOT FOR 1.385 Direction Ultimate Load Factor, Load Factor, HEX BOLT PV SYSTEM lbs(N) lbs(N) FS lbs(N) 0 '24 - .387- Tension,Y+ 1566(6967) 686(3052) 2.28, 1038(4615), 0.6621 RETROFIT Y 1 3-.43 .75 Total Output: 2.6-11.7 kW(DC) A Transverse,X* 1128(5019) 1 329(1463) 497(2213) 0.441 Y Y #Modules: 8-36 11�x Sliding,Z-* 66(292) 1 27(119).....l 2.441 41(181)1 0.6191 A 90-X so.X Manufacturer: Solarworld SOLARMOUNT Beam SOLARMOUNT HD Beam Model: SW32SXL Module Dimensions specified in inches unless noted Dimensions specified in inches unless noted SCALE: NTS DRAWN BY:JT CHECKED BY: RC DATE: 2/27/16 SHEET 7 OF 10 Data Sheet Revision: Sheet: SCALE:NTS DS-03