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Plans (79) I Pi r`i '��" Approved plans OFFICE COPY SEP 2 'i 2019 sha N be on job site. L PARCEL MAP GOVERNING CODES 1 I DESIGN CRITERIA PROJECT LOCATION GPS COORDINATES:(45.413240,-122.759171) APPLICABLE BUILDING CODES: BUILDING OCCUPANCY:R 3 T l. f-- 2014 OREGO SOON STRUCTURAL SPECIALITY CODE) RISK CATEGORY:Risk Category II 1 LU fld SIV2014 OREGON ENERGY EFFICIENCY SPECIAUTY ASCE 7-10 WIND SPEED:120 a80nrta Rd W I CODE(OEESC) EXPOSURE CATEGORY:Exposure C ~ I (/l 2017 OREGON RESIDENTIAL SPECIALITY CODE SNOW LOAD:20W CL' (ORSC) SNOW EXPOSURE:N/A a LL 2017 OREGON ELECTRICAL SPECIAUTY CODE �_w B.aRm in 6 ,d (OESCI CONSTRUCTION TYPE:VB , w LL (� 2010 OREGON SOLAR INSTALLATION — -._ _ -_ I R 1,14 I ottiosest f U ..J._ D SPECIALITY CODE SCOPE OF WORK I tt a �L gl - _ 0 ROOF MOUNTED PV(SOLAR)) PROJECT GRID-TIED w o R1 F IS R W/O BATTERY STORAGE g o on PROPOSED SOLAR EQUIPMENT SITE/PROJECT DETAILS W CL R .o.►goa• �n IoregaggQTY. EQUIPMENT DESCRIPTION/MFG/MODEL CONNECTION BACK-FEED cg 1/36131200013 i 22 MODULES Silfab SLA310M SYSTEM SIZE DC 116.820 KW _ ---- INVERTER() APSystemS Altenergy PowerYC600 SYSTEM SIZE AC 5.955 KW I SHEET INDEX D N/A 1 RACKING IronRidge XR100 Rail QTY.STRING/CKT.i 2 N �L 41 STANCHIONS IronRid a Flush Mount System ELECT.SERVICE ' 120/240V-1m SHEET ct 8 Ys SHEET TITLE 11 i RSD DEVICE INTEGRATED IN INVERTER ROOF COVERING Comp Shingle NUMBER_ _ Z E cn m: CC LIABILITY /L 1 �/ N/A BATTERIES N/A MAX ARRAYHGT. N/A PV 001 Y COVER Q y to L „�I L i T i 1 I COMBINER(S) Siemens W0816ML1125CU TILT 26.6 DEGREES N-001 GENERAL NOTES .a7 , N N/A I MSP RATINGS 200A BUS/200A MB AZIMUTH 180 DEGREES PV-100 PV ARRAY LAYOUT UZ o The City of Tigard ar its PROJECT TEAM LIST 5-zoo ISECTION ELEVATION Y 5-100 RACKING LAYOUT ;I 415 a N CONTRACTOR: ELECTRICAL UTIUTY: S-201 ATTACHMENT DETAILS n- 1 1, m employees shall no be PNWSolar PGE-Portland General Electric E-001 EQUIP.CALCULATION g0 3 J 1721 NE 64th Ave METER NUMBER: In responsible for discre ncies ATM Vancouver,WA 98661 PHONE: E-002 WIRE ANOCOND.CALCS = 3 pro. m �, \ ES • CONTRACTOR UC#:189902 AUTHORITY HAVING E-003 ' THREE LINE DIAGRAM a a .aH F-. a which may appear h3rein, PHONE:(360)859-3749 JURISDICTION: E-100 ELECTRICAL LAYOUT CONTACT NAME:Susan Jones - - - -- - Y NORTH P-001 PHONE:(360)859-3749 BUILDING:CittyofTigard STANDARD PLACARDS o w PROJECT APN:W432768 OR R2155921 EMAIL:susanpnwsolar@gmail.com PHONE: P-002 DYNAMIC PLACARDS 2LIS c pa, a ENGINEERED BY: R-1xx ' EQUIP.CUT SHEETS a ca GENERAL PROJECT&JURISDICTIONAL NOTES DESIGN BY: Brandon Krueger INSPECTION REQUIREMENTS JURISDICTIONAL&LISTING REQUIREMENTS 1.WHEN APPUCABLE A SMOKE DETECTOR,APPROVED AND LISTED BY THE PHONE: "I -C m 5.A LADDER SHALL BE IN PLACE FOR INSPECTION IN COMPUANCE WITH ALL STATE ARE MARSHAL OR ANSI/UL 217 CERTIFIED TO NATIONAL FIRE ALARM EMAIL: LICENSE#: i�i a o' OSHA REGULATIONS. AND SIGNALING CODE,NFPA 72 SHALL BE VERIFIED FUNCTIONAL OR INSTALLED Q W LICENSE TYPE: -- co 3 IN ALL APPLICABLE CODE REQUIRED LOCATIONS. - N Z 2.PENDING LOCAL JUR RE TIONALONTUIREMENTS AND RS.DOOWHTC.SH APPLICABLE PROJECT DRAFTER: PHONE: j oo ALL ELECTRICAL ENCLOSURE DEAD FRONTS,COVERS,DOORS,ETC.SHALE BE 2.ALL APPLICABLE EQUIPMENT TO BE UL USTED OR LISTED BY OTHERo m OPEN AND ACCESSIBLE FOR INSPECTIONS.WHEN TRENCH AND ROOF INSPECTIONS JURISDICTIONAL AND UTILITY APPROVED ASSOCIATION OR NATIONALLY Advanced Solar Solutions EMAIL: n V ARE REQUIRED WORK SHALL BE OPEN AND ACCESSIBLE FOR INSPECTOR. RECOGNIZED ORGANIZATION. 39650 Mallard - - � C 3. FULL SCOPE OF WORK SHALL COMPLY WITH ALL APPLICABLE CODES LISTED Bass Lake,CA 93604 ' - j IN GOVERNING CODES SECTION,ALL MANUFACTURES'LISTINGS,INSTALLATION - INSTRUCTIONS AND SPECIFICATIONS AND JURISDICTIONAL REQIREMENTS. 4. REVISED PLANS WILL BE REQUIRED TO BE RESUBMITTED TO THE LOCAL SOLAR S UT Qf,, /I\�A•I'F! •O„ ^,^ • JURISDICTION IF THE INSTALLED ARRAY AND ASSOQATED EQUIPMENT DOES CITY i■ 1Y iM TIGARD J1 NOT MATCH THE APPROVED BUILDING PLANS.ADDITIONAL FEES MAY ALSO ` APPLY PHONE:559-321-7000 5. PIACEMENTOFAUitUTYPVPRODUCTIONMETERSHALLBEPROVIDED EMAIL:info�advpermits.com REVIEWED POR ODE COMPLIANCE ACIDITY OF PERMIT AND DRY THE CONTRACTOR AS PER APPLICABLEUTIUTYORAlA �- HOME OWNER PROJECT LOCATION: Approved:13 HE ISSUANCE OF A PERMIT R ENTS. Mike&Nikole Emerson t' ASED ON CONSTRUCTION 14762 SW 80th Ave,Tigard,OR 97224 [ , COPYRIGHT NOTICE OTC: DOCUMENTS AND OTHER 1. ORIZED SE OF THIS DRAWING SET WITHOUT IXPRESSED CONTACT NAME:Mike&NikoleEmerson WR PERMISSION FROM THE CONTRACTOR AND ADVANCED SOLARSOPHONE:(503)550-7023 ,,fi�gg • p0 V . DATA SHALL NOT PREVENT ro° IS DAMAAGESANDPROSECJTON TION OF US.COPYRIGHT LAWS AND WILL BE SUBJECT EMAIL:EMERSONNIKOLE@GMAIL.COM Permit tf i - THE CODE OFFICIAL FROM Address: , 0711�t REQUIRING THE CORRECTION Suite #: M---- OF ERRORS. ORSC 105.4 By: cad Date: 2-4 (1 V PV AC DISCONNECT LOCATED ON ACCESSIBLE EXTERIOR WALL NOTE:ALL ELECTRICAL LAYOUT DETAILS ON SHEET E-100 ROOF ACCESS REQUIREMENTS WITH EXTERNAL HANDLE VISIBLE,LOCKABLE&LABELED I--' WITHIN 10 FEET OF THE METER THE FOLLOWING INFORMATION INDICATES THE REQUIRED ROOF TOP 0 CLEARANCES FOR PANELS/ARRAYS INSTALLED ON RESIDENTIAL O BUILDINGS WITH SLOPES GREATER THAN 2:12: ROOF ACCESS POINTS•ROOF ACCESS POINTS SHALL BE LOCATED IN AREAS THAT DO NOT REQUIRE THE PLACEMENT OF GROUND LADDERS OVER OPENINGS SUCH AS WINDOWS OR DOORS,AND LOCATED AT F STRONG POINTS OF BUILDING CONSTRUCTION IN LOCATIONS WHERE ). THE ACCESS POINT DOES NOT CONFLICT WITH OVERHEAD CL A OBSTRUCTIONS SUCH AS TREE AMBS,WIRES OR SIGNS. LA CC NIP ROOF LAYOUTS-PANELS/MODULES 6 cc INSTALLED ON RESIDENTIAL BUILDINGS WITH HIP ROOF LAYOUTS Ly W SHALL BE LOCATED IN A MANNER THAT PROVIDES A 3-FOOT-WIDE V1 t Q CLEAR ACCESS PATHWAY FROM THE EAVE TO THE RIDGE ON EACH n� ` ROOF SLOPE WHERE PANELS/MODULES ARE LOCATED.THE ACCESS -2 oc ./ PATHWAY SHALL BE LOCATED AT A STRUCTURALLY STRONG LOCATION w] 0- ON THE BUILDING CAPABLE OF SUPPORTING THE AVE LOAD OF FIRE LY Al FIGHTERS ACCESSING THE ROOF. -.I .S1 O. SINGLE RIDGE-PANELS/MODULES INSTALLED ON RESIDENTIAL _ 0 BUILDINGS WITH A SINGLE RIDGE SHALL BE LOCATED IN A MANNER - 0 I THAT PROVIDES TWO,3-FOOT-WIDE ACCESS PATHWAYS FROM THE a Q Tfl FAVE TO THE RIDGE ON EACH ROOF SLOPE WHERE PANELS/MODULES O' 0 O h ARE LOCATED. 01 10 150' R MPS AND VALLEYS-PANELS/MODULES INSTALLED ON RESIDENTIAL C L BUILDINGS WITH ROOF HIPS AND VALLEYS SHALL BE LOCATED NO CLOSER THAN 18 INCHES TO A HIP OR A VALLEY WHERE 1.1-i 0- PANELS/MODULES ARE TO BE PLACED ON BOTH SIDES OF A HIP OR 706'TOPL VALLEY.WHERE PANELS ARE TO BE LOCATED ON ONLY ONE SIDE OFA HIP OR VALLEY THAT IS OF EQUAL LENGTH,THE PANELS SHALL BE PERMITTED TO BE PLACED DIRECTLY ADJACENT TO THE HIP OR VALLEY. C --- -' '--- RESIDENTIAL BUILDING SMOKE VENTILATION-PANELS/MODULES ,A INSTALLED ON RESIDENTIAL BUILDINGS SHALL BE LOCATED NO HIGHER THAN 3 FEET BELOW THE RIDGE IN ORDER TO ALLOW FOR FIRE V) E N DEPARTMENT SMOKE VENTILATION OPERATIONS.TZ DRIVEWAY PiFili ��FI///11� Ca o .y'+HA `NOTEDESIGNATIOEN OF RIDGE,HIP,AND VALLWEY DOER NOT V ZKNR. APPLYTOROOFS WITH 2'12 ORLESSFITCHQ 2 PV SITE LAYOUT LEGEND w a N ..1.. L N O lit Lf0 SECTION PV ARRAY SECTIOARTAG ® ROOF ACCESSSS POINT > IR s 1 igigill cr SECTION `' AZIMHANDTILTTABLE o 3 SECTION R AZIMUTH ROOF PITON/TIIT SECTION-1 180 6:12 o w 0rsi 0 CC z 27.6'TORW ti z a o 231.8' ___ _ a a 1 it I 4 30,E 0 NaWM t c0 w3 °D Z ,o'D N M SQUARE FOOTAGE CALCULATIONS r' 8 WI ROOF REFERENCE SQUARE FOOTAGE j EXISTING ROOF oNo N 5 Alk FA. TOTAL PERCENTAGE \ * a EXISTINGDIMENSIONS ALL DIMENSIONS SHOWN QTY 22 Silfab SLA310M MODULES NORTH fab CO SHEET SIZE A3 f SHEET NOTES I— A. A. FOR MANUFACTURED PLATED WOOD TRUSSES AT SLOPES OF 0 FLAT TO 6:12,THE HORIZONTAL ANCHOR SPACING SHALL NOT EXCEED 4'.G"AND ANCHORS IN ADJACENT ROWS SHALL BE ).- STAGGERED. STAGGERED.UNLESS NOTED OTHERWISE PER RACKING MANUFACTURER CERTIFIED ENGINEERED PRODUCT AND H.. LOCAL REQUIREMENTS. r^ LAI ORANCHORS ARE ALSO KNOWN AS"STAND-OFFS,""MOUNTS," AI V OR"STANCHIONS."HORIZONTAL ANCHOR SPACING IS ALSO d Z KNOWN AS"CROSS-SLOPE'OR"EAST-WEST°ANCHOR 6 Y SPACING.MAXIMUM HORIZONTAL ANCHOR SPACING SHOWN W LL IN DETAIL UNLESS NOTED OTHERWISE PER RACKINGN U MANUFACTURER CERTIFIED ENGINEERED PRODUCT AND LOCAL REQUIREMENTS.SEE J CO CC "TABLE OF DIMENSIONS"EACH SECTION DETAILED FOR DWG N HORIZONTAL ANCHOR SPACING. 01 C. SEE SHEET S-200 FOR SPECIFIC RACKING COMPONENT ti MANUFACTURERS. FW.N �� 0 EN W PV RACKING LEGEND DG I I ROOF RACKING RAIL I--I ROOF RACKING RAIL SPUCE 0 O IA r � IROOF RACKING SECTION PV ARRAY TAG I 0I STANCHION W/ SECTION N H £ N I II RETRO FIT FLASHING 1 MODULE GROUP Z w 01 L_J •DETAILS IN TOP VIEW W N EXISTING ROOF CONSTRUCTION U Z z Y W COMPONENT TYPE F D� y coO ROOF S Pre-Eng Roof TTASEHE 24"O.C. O Y L ry S-201 FRAMING INFO 2''U4"@I 24"MAX OC > tj'O^i N 3 N. ROOFING COVERING Comp Shingle ^ K • RACKING MAX PSF 3.05 PSF 0 0 N O RACKING BILL OF MATERIALS(BOM) Z _ \ a c0. \ 1-' _- .IMM®ML . __ COMPONENT QTY MODEL LENGTH a PV RAIU Y PV RAIL SPLICE 1 w0 LU . PV RAIL W Z a. NB �11 I 611-1 I 11PV RAIL or; Zoo Q L RAIL TO ROOF Q Q mo__ %lit _ w ATTACHMENT all m, W r-.4 = U} n Z N0 C N 13'REDUCED ANCHOR SPACING ZONE/ `mo LA Allrar I►W \ *EXISTING ROOF DIMENSIONS ARE APPROX CONFIRM ALL DIMENSIONS SHOWN QTY 22 Silfab SLA310M MODULES NORTH SCALE:1/8"=1'17 @ SHEET SIZE A3 1 1 , 1 1 MANUF TRUSS/TRUSS-PORTRAIT SCALE:NTS 2 MANUF TRUSS/TRUSS-LANDSCAPE SCALE:NTS SHEET NOTES Ln 2 •IF BLOCKING REQUIREDA THESE NOTES APPLY TO PRE-ENGINEERED PLATED TRUSSES. Z .3/ 3/ 2 3 •IF BLOCKING REQUIRED B. THE ROOF STRUCTURE CONFORMED TO BUILDING CODE O M�R S-201 M�" S-201 REQUIREMENTS AT THE TIME IT WAS BURT. Q 12 SfTBq CK ! 12 SfTG4CK I PV O C. STRANROOF BOARD OR PLYWOOD.IIXTSKIP SHEATHING I 7/1@ THICK S J RISE 'V PV 1 © RISEv . ©©I 1 ; ACCEPTABLE. z LU ',...' _ \ ©©j„, i 0 �/• 5-201 -- r " _ 1` i 0 O S-2O1 D. THE SOLAR ARMY DISPLACES ROOF LIVE LOADS(TEMPORARY 0. Z /`\• © ``��44��.. OQ / CONSTRUCTION LOADS)THAT THE ROOF WAS ORIGINALLY Q '� ! ...... ,.� DESIGNED TO CARRY. UJ Ly D `` .0' • —� E. IF THE ROOF COVERING IS SHINGLES;IT SHALL HAVE NO MORE �/ 2 2 I ' 1 _�•` PRE-ENGINEERED �2 I 1 \��f O I FRAMING 43 1.. I FRAMINGI®FRED THAN TWO LAYERS.(SHOWN) W m N p,3 /� �APPROX.2,@ 0.C. 24,z p3 D l /i / APPROX.24°D.C. F. IF ROOF COVERING IS TILE;ITS ASINGLE DYER.ALL TILES ON K� .- 02WN MIN 2 TJ PLANE OF PI/COMPONENTS ARE SECURE. ST�GFN NOT �1 (NOT SHOWN IN DETAIL) 01 el __ _ ,. I. FRED,TI,P "') G. THE ROOF STRUCTURE IS STRUCTURALLY SOUND,WITHOUT F� SIGNS OF ALTERATIONS OR SIGNIFICANT STRUCTURAL Q 0 LOH 11, ` -4,01-11.1, DETERIORATION OR SAGGING. m Q II „/`- -.1-- H. THE PV MODULES ARE PARALLEL WITH THE ROOF SURFACE. O I. THERE IS A2.TO10.GAP BETWEEN UNDERSIDE OF MODULE > N .•COMP SHINGLE ROOF IN EXAMPLE.SAME ATTACHMENT FOR STANDING SEAM METAL ROOF APPLIES. ••COMP SHINGLE ROOF IN EXAMPLE.SAME ATTACHMENT FOR STANDING SEAM METAL ROOF APPLIES. AND THE ROOF SURFACE.(SEE TABLE OF DIMENSIONS"H1") W K I. UPSLOPE ANCHOR SPACING MAY VARY FROM LISTED TABLES. .- STANCHIONS CAN GE PLACED NO CLOSER THAN 24"O.C. TABLE OF DIMENSIONS TABLE OF DIMENSIONS K. DETAILS SHOWN ARE AREPRESENTATION OFFDUSTINGROOF C CONDITIONS.ACTUAL FIELD CONDITIONS MAY VARY.DETAILS 0 ARE SHOWN FOR DIAGRAM USE ONLY.REFER TO TABLES FOR v DIM COMPONENT DIMENSIONS DIM COMPONENT DIMENSIONS DIM COMPONENT DIMENSIONS DIM COMPONENT DIMENSIONS DESIGN CRITERIA. H1 PV MODULE HGT.ABOVE ROOF 3"-6"TYP RISE ROOF PITCH 6:12 Hi PV MODULE HGT.ABOVE ROOF 3"-6"TYP RISE ROOF PITCH 6:12 L. ALt PLUMBING AND HOOF VENTS SHALL NOT BE OBSTRUCTED Z W ONj OHI OVERHANG IN THIS AREA M1 24" MAX METER SPAN ENGINEERED TRUSS OH1 OVERHANG IN THIS AREA MA%RAPTER SPAN BY PV MODULES AND EQUIPMENT. .Si24" ENGINEERED TRUSSLQ UPSLOPE ANCHOR SPACING M. 1 O N UPSLOPE ANCHOR SPACING Y DI RAIL OVERHANG 16.24" D3 STANCHION 0.C. 32.73" Di RAIL OVERHANG 9.74" 03 STANCHION 0.C. 19.74" Q o y O D2 STANCHION 0.C. 32.48" 04 MIN/MAX.STANCHION 0.C. D2 STANCHIONO.C. 19.49" 04 MIN./MAX.STANCHION 0.C. J 03 Q 74 RB 0 -" rr+ n 3 EXPLODED STANCHION&FLASHING DETAIL SCALE:NTS 4 STANCHION SPACING DETIAI SCALE:NTS PV RACKING LEGEND 0 m to m IO I I ROOF RACKING RAIL Q 0 N Q• d 2'-0n 4/-0" 0 ROOF RACKING RAIL SPLICE 2 C p-2 © TYP. MAX ROOF RACKINGLiii STANCHSECTION PV ARRAY TAG 0. N g sErnoN R l� /� RETRO FIR FLASHING 1 MODULE GROUP —10 —_ r , •DETAILS IN SECTION OR SIDE VIEW Q O O Z 0 — EXISTING ROOF CONSTRUCTION z a a d 1 J __.- L_J L_J COMPONENT me MEAN ROOF HGT MAX 25' y e,,,I Os ROOFING COVERING Comp Shingle . `� n © �� TABLE OF COMPONENTS 0, v 01 a 6d r_� Y_1, I_1 r—r QR COMPONENT MODEL ..-I z ,. L:I2 O - .. — I PV RAIL TYPE 1 %RI00 Rail L_J L_•. ,J L_J n III I,II_I I I 2 PV RAIL SPUCE'MEI PER RAIL MANUFACTURER ti O I.�I �I 3 PV RAR TYPE 2 NOT USED N O C 1 li�l 4 PV MIL SPUCE TYPE PER MIL MANUFACTURER — .• —... ..._ __ 5 STANCHION Flush Mount System Rim NGmb.I DRFcrIpHHDn Oly In KR I—J L_1 L_.l 6 FLASHING Ilrtegratetl I I BOLT LAG S/16X4.5" 6 T MID CLAMP PER RAIL MANUFACTURER B ENO CLAMP PER RAIL MANUFACTURER y. RI 2 WASHER,EPDM BACKED 6 (El FRAMING @ Sj 3 BOLT,3/8-I6%I"HEX CS 55 6 ASSUMED 24"O.C. 4 NUT,FLANGE HEX 3/8-16 SS 6 _T r—1 r_I, _I_ I TYPICAL 5 FOOT-L,ADJUSTABLE EXTRUDED 6 -:E._______.—.. ... _ 6 IR-GF-FLASHING _I 7 IR-GF-SUPPORT 6 I _J L_J 111111111111111111 III J I PV MODULE#1 SPECIFICATIONS MICRO INVERTER#1 SPECIFICATIONS AC COMBINER(SOLAR LOAD CENTER) AC SUB-PANEL#1(IF APPL.) H MANUFACTURER Silfab MANUFACTURER APSvstem Altenergy Power MANUFACTURER MODEL NUMBER SLA310M MODEL NUMBER Siemens NEW OR EXISTING Z0 VC600 MODEL NUMBER W0816ML1125CU MAKE/MODEL WEIGHT 41.9 AU NOMINAL POWER RATING 365 WATT AC RATED OPERATIONAL VOLTAGEQ DIMENSIONS 64.96 x 38.97 x 1A9 L"X(w xD^/1NICA WEIGHT 240 VOLTS TYPE OF PANEL y,7 Ibs. RATED CURRENT 125 AMPS NUMBER OF POLES P J PEAK POWER®STC(Pmax) 310 WATTS DC INPUT NUMBER OF POLES 2 P NEMA RATING t u u Vac(OPEN-CIRCUIT VOLTAGE) 40.25 VOLTS DC Max PV POWER®MODULE STC 365 WATTS NEMA RATING 3R BUSS BAR RATING AMPS K J Vmp(MAX-POWER VOLTAGE) 33.05 VOLTS DC Max INPUT DC VOLTAGE 60 VOLTS DC MAIN BREAKER SIZE N/A AMPS SUB-PANEL MAIN BREAKER AMPS Q.U Isc(SHORT-CIRCUIT CURRENT) 9,93 AMPS Max INPUT CURRENT 20 AMPS TOTAL INPUT CURRENT 25.08 AMPS MAIN SERVICE PANELP.O.C.BREAKER AMPS DC USE(SHORT-CIRCUIT POWER) 9.38 AMPS MODULES PER MICRO INVERTERU. d 2 QTY NUMBER OF BRANCH CIRCUITS 2 CIRCUITS SUM OF(COSTING CIRCUIT BREAKERS AMPS W U. MFR.Voc TEMP COEFFICIENT -0.3 %/K AC OUTPUT MAX ALLOWABLE SOLAR CURRENT AMPS C ma=y MAX SERIES FUSE RATING 20.0 AMPS NOMINAL VOLTAGE OUTPUT 240 VOLTS AC AC DISCONNECT#1(IF APPL.) PV BACKFEED BREAKER R1 AMPS(Imax)W m I j TEMP.CORRECTED ASK 43.87 VOLTS DC MAX OVERCURRENT PROTECTION(OCPD( 20 AMPS MANUFACTURER PV BACKFEED BREAKER/12 AMPS(Imax)A V MAX.OUTPUT CURRENT 2.28 AMPS-MAX MODEL NUMBER lei QUANTITY IAC DSCO.(S) AC SUB-PANEL#2(IF APPL.) W 0 DISCONNECT DEVICE TYPE NEW OR EXISTING a08 lel RATED OPERATIONAL VOLTAGE VOLTS MAKE/MODEL • Q RATED CURRENT AMPS TYPE OF PANEL C NUMBER OF POLES P NUMBER OF POLES P > LU NEMA RATING NEMA RATING K FUSE RATING AMPS BUSS BAR RATING AMPS TOTAL INPUT CURRENT AMPS SUB-PANEL MAIN BREAKER AMPS MAIN SERVICE PANEL P.O.C.BREAKER AMPS 0 AC DISCONNECT#2 OF ARK.) SUM OF COSTING CIRCUIT BREAKERS AMPS L^ MANUFACTURER MAX ALLOWABLE SOLAR CURRENT AMPS (/) E N MODEL NUMBER PV BACKFEED BREAKER k1 AMPS(IW c) ZZQ U) OT 1.11 QUANTITY (AC DISCO.(S) PV BACKFEED BREAKER 112 AMPS(Imax) ..] G111 1-1 DISCONNECT DEVICE TYPE d Y N RATED OPERATIONAL VOLTAGE VOLTS MAIN SERVICE PANEL(IF APPL.) V z °C IY RATED CURRENT AMPS NEW OR COSTING EXISTING L_'''• (� > 0 FR NUMBER OF POLES P ELECTRICAL SERVICE 120/24W Single Phase o - ..Lry NEMA RATING BUSS BAR RATED CURRENT 200 AMPS `> 2 b'6,- 1124 FUSE RATING AMPS MAIN BREAKER RATED CURRENT 200 AMPS 0 (O DD¢ v TOTAL INPUT CURRENT AMPS SUM OF EXISTINGCIRCUIT BREAKERS AMPS 0 C N N MAX ALLOWABLE SOLAR CURRENT 100% � N 0 AMPS = C 3 MAX ALLOWABLE SOLAR CURRENT 120% 40 AMPS(Imax) n' Z cr m`'' PV BACKFEED BREAKER kl 3$ AMPS(Imax( > o- ,-1--= �1' PV BACKFEED BREAKER R2 AMPS(bras) Y ALT.ENERGY BACKFEED BREAKER(IF APPL.) AMPS(Imax) N W W W Z CO (C Z 0 Q 0 a W ,tTpT ox p ol D n 01T L 1n Q O ^--I z 3- N -, Cc _`m TR PV SYSTEM MAXIMUM VOLTAGE(MODULE Voce) DATA SOURCE I SOLARABCS.ORG/ABOUT/PUBLICATIONS/REPORTS/EXPEDITED-PERMIT/MAP/ STC MFR.P,,,,,,,TEMP CORRECTED TEMPERATURE EXTREME MIN. TEMPERATURE CORRECTED COEFFICIENT FORMULA TEMP. MODULE Voc CORRECTED TEMP.CCI (,CI TEMPERATURE (-OR%/C)•100 COEFFICIENT NOG) OPEN CIRCUIT VOLTAGE 5 25 = -30 * -0.3% = 0.09 + 1 1.09 * 40.25 = 43.87 1 1 i WIRE AND CONDUCTOR NOTES WIRE COLOR CODING(2014)CEC/NEC SECTIONS 250.119&200.6 u PV DC WIRING AC WIRING -J 1. ANY CONDUCTOR LENGTH UNDER SO'DOESN'T REQUIRE VOLTAGE DROP CALCULATIONS 2. BECAUSE WE ARE UNABLE TO DETERMINE THE EXACT PATH THE INSTALLER WILL RUN CONDUCTORS;WORST CASE SCENARIOS,ROUNDING UP SIZES OF CONDUCTORS THAT ARE EQUIPMENT GROUND GREEN OR BARE,OR GREEN/YELLOW EQUIPMENT GROUND GREEN OR BARE,OR GREEN/YELLOW DEEMED QUESTIONABLE TO PREVENT ISSUES RELATED TO USING CONDUCTORS THAT ARE IMPROPERLY SIZED. GROUNDED CONDUCTOR. GROUNDED CONDUCTOR 3. WIRING METHODS IN THESE CALCULATIONS DONT EXCEED 1000 VOLTS TYPICALLY NEGATIVE WHITE OR GRAY NEUTRAL) WHITE OR GRAY Q 4. CEC/NEC 310.15082)(AS APPLICABLE)WHERE TWO DIFFERENT AMPACINES APPLY TO ADJACENT PORTIONS OF A CIRCUIT,THE HIGHER AMPACITY SHALL BE PERMITTED TO BE Z USED BEYOND THE POINT OF TRANSITION,A DISTANCE EQUAL TO DoW 13 METERS)OR 10%OF THE CIRCUIT LENGTH FIGURED AT THE HIGHER AMPACITY,WHICHEVER G LESS. ANY COLOR OTHER THAN GREEN OR WHITE/GRAY ANY COLOR OTHER THAN GREEN OR WHITE/GRAY ALLOWED. ~- WHEN LESS THAN 10'-0"OR 10°6 Of THE CIRCUIT LENGTH;TME LESSER AMPACITY MAY BE USED. UNGROUNDED0 UNGROUNDED CONDUROfl(5). CONVENTION IS RED FOR GROUNDED SYSTEMS CONDUCTOR(S)HOT: CONVENTION IS LI BLACK C () TYPICALLY POSITIVE RED(U)AND BLACK(-)FOR UNGROUNDED SYSTEMS L3 AND L2 CONVENTION IS U RED d 0 z QJ LL Q DC WIRE AND CONDUIT SIZING CHART[SEE SHEET E-003 FOR THREE LINE DIAGRAM] CONDUCTOR CONDUIT FILL wm REQUIRED CONDUCTOR AMPACITY CONDUCTOR TEMPERATURE DERATING CORRECTED AMPACITY CALCULATION AMPACITY CHECK Ll: CIRCUIT CIRCUIT SPECIFICATIONS DERATING TAG ORIGIN DESTINATION QTY IN TEMP AMPACITY lu(AMPS) NOF MGI CONT, 04%AVG MGT. TEMP. OPENT PMPACITY NOF AMPACITY CONDUIT O PARALLEL RATING TRADE 03U,C oR X COMBINED X CURRENT X OPERATION REQUIRED CIRCUIT HIGH ABOVE AOOER PER TEMP. COR0.ECTION VNGPND. CORRECTION GOND. X TEMP. X FILL CORRECTED REQUIRED CORRECTED F\ MATERIAL Co SIZE PER 310.16 CAMPOrvENT PARALLEL 690.8)A)(I) 690.8(B)(3) • AMPACITY ENVIRONMENT TEMP('C) ROOF(In) 330.15 (°C) 310.15 COND. 310.15 AMMOTY DERATING BERATING • AMPAOtt AMPACITY < AMPACITY Q EN (aMPsl CIRCUITS (8X2)(4) (8X2)15) (3)(3X4) 812 O O O DCI PV MODULE INVERTER (1)CU 90 AWG 30 9.93 X 1 X 1.25 X 1.25 15.5 ROOFTOP 37 >7/B" 0 37 0.91 2 N/A 30 U 0.93 X 1.0 27.3 15,5 < 27.3 O > LU 'Si CC I C 0 a) O2 VI E N Z w O1 ga NT a Y 00 U Z CC v 0 H Lu <'4' O m,s OFo u,O 3 O O N'E3 _ �} n A LT a Z e .. gyS a .-1 1= O w 4 4 00 aZ N AC WIRE AND CONDUIT SIZING CHART[SEE SHEET E-003 FOR THREE LINE DIAGRAM] z o a a CONDUCTOR REQUIRED CONDUCTOR CONDUCTOR TEMPERATURE DERATING CONDUIT FILL CORRECTED AMPACITY CALCULATION AMPACITY CHECK > " v SPECIFICATIONS AMPACITY DERATING ¢ S P- TAG CIRCUIT ORIGIN CIRCUIT MAR INV.OUTPUT TEMP. AMPAOTY AMPACITY -pNN t m DESTINATION OTY IN TEMP AMPACITY CONT. .04%AVG HOT. NOF CONDUIT Of a PARALLEL RATING TRADE ED 30•C OPERATION X CURRENT(AMPS) REQUIRED CIRCUIT HIGH ABOVE ADDER PER OPENT. CORRECTION CORRECTION COND. TEMP. CORRECTED REQUIRED CORRECTED OO, .p Q Al 8 512E • AMPACITY ENVIRONMENT 310.15 TEMP.CC) 310.15 UNGRNO. 310.15 AMPACITY X DEBATING X FILL • AMPACITY AMPACITY < AMPACITY OD 3 MATER AL (°CI PER 310.16 690.8(8X3) COMPONENT(AMPSTEMP(•Cl ROOF(In) (8)(2X4) (0112X.) COND' (B)(3)(a) DENTING eH Zy O HI m ACI INVERTED JUNCTION BOX (1)CU 75 AWG 25 1.25 X 13.68 • 17.1 ROOFTOP 37 >7/8" 0 37 0.88 4 N/A 25 X 0.88 X 1.0 4 22.0 17.1 < 22.0 n ).-.) 1 8 AC2 JUNCTION BOX LOAD CENTER Il)CU 75 AWG 35 1.25 X 13.68 = 17.1 ATTIC 37 IN ATTIC 0 37 0.88 4 .80 50 X 0.88 X .80 • 24,6 17.1 < 24.6 0 NS AC9 LOAD CENTER EXISTINGSERVICE PANEL (I)CU 75AWG50 1.25 X 25.08 = 31.3 INT/EXT WALL 37 N/A 0 37 0.88 2 1.0 50 X 0.88 X 1.0 • 44.0 31.3 < 44.0 ' AC4 X • X X = < AC5 X • X X . < A AC6 X . X X = < AC7 X P X X • < 1 AC8 X • X X . < AC9 X = X X • < AC10 X _ X X = < BRANCH MODULE QTY OCPD EQUIPMENTTABLE LEGEND 1 12 20A Q 1� �-- 2 10 20A TAG QTY COMPONENT @ DC CONDUCTOR TAG EQUIPMENT TAG 1 22 PV MODULES SBhbIA S310M (TJ CC -O ) A 2 11 MICRO INVERTER APSyRL4m AlIenHBy PoWer YC600 7 AC CONDUCTOR TAG OND] GROUND CONDUCTOR TAG Q f CJT' 3 0 AC COMBINER BOX IjJ Q 4 1 JUNCTION BOX Generic 4z4D4 PVC t W 9 5 1 NEW SOLAR LOAD CENTER Skmens W0816ML1125CU ELECTRICAL NOTES t t W 1 �. 6 0 AC DISCONNECT AT GROUND LEVEL *INTEGRATED MICRO INVERTERS(AC MODULES)MUST BE CERTIFIED— B z I 4, o ESB 7 0 PROD/GENERATION METER UL1742 AND UL1703 COMPUANT.AS EITHER INDIVIDUAL W BACK-FEED SOLAR BREAKER: 3SA g 0 SUB PANELW W W I P COMPONENTS OR AC MODULE ASSEMBLY.THEY MUST ALSO BE t I H' LABELED"UTILITY INTERACTIVE"CONFORMING TO IEEEI547 NCe 0-- [,�11 a O 9 0 AC DISCONNECT(FUSIBIE) TESTING. Q Q M I 10 0 NEW MAIN SERVICE PANEL *PV MODULES THAT INVERTERS ATTACHED WITHOUT AN AC LUm 1— /7nVa 11 1 IXISTING MAIN SERVICE PANEL MODULE EVALUATION BY A NRTL MAY VIOLATE THE ORIGINAL GC 20DA BUS/20DA M8 LISTING OF THE PV MOUULE AND VOID THE WARRANTY OF 2 1 Z 12 1 EXISTING UTILITY METER THE MODULE. OT 2 120/24OV-lm 0 F *VERIFY MODULE IS COMPATIBLE WITH MICRO INVERTER QI JZ MopLxtsl p qa SEE SHEET E-001 FOR ADDITIONAL ELECTRICAL SPECIFICATIONS MANUFACTURER AND MODEL FW-N 2 NOTE:EQUIP TAGS MAY NOT BE IN SEQUENTIAL ORDER N/A USED *ARTICLE CFC/NEC 690 STILL APPLIES.THE INSTALLER payen I c WILL NEED TO CONSIDER REQUIREMENTS SUCH AS:DC GROUND <\ 0 _ 1 t CONDUCTOR TABLE CONDUIT TABLE FAULT DETECTION AND INTERRUPT,DC CABLE MANAGEMENT,DC 04 O ��, TAG QTY* SIZE TYPE GROUND SIZE TYPE EQUIPMENTGROUND NGS ACONDUCTOR TO D DC THE INVERTER.THE UAC .1 ty I _ I�� Fp Da 2 R12 AWG PPOWER B6AWG N/A Open Air *ALLOVERCURRENT PROTECTION DEVICES IOCFOFI MUST BE RATED W I II4J41 '71 g V� ACI 5 1112 AWG !Truk Cable P6 AWG N/A Open Air FOR 800 VOLTS ON THE DC/PV POWER SIDE OF THE INVERTER. AC B. •ALLCONDUIT AND CONDUIT CONNECTIONS SHALL BE RATED FOR � AC2 5 #10 AWG j TNWN-1 BB AWG 1/2 Inch EMT WET AND DAMP LOCATIONS WHEN APPLICABLE. 4, i I31 Z L AC3 3 EB AWG 1 THWN-2 BB AWG 1/2 Inch EMT INTERCONNECTION NOTES: O W AC4 *705.12(8)(4)CIRCUIT BREAKERS MUST BE SUITABLE FOR yj r rV BAGKFEEDING.NEC INFORMATIONAL.NOTE:FUSED DISCONNECTS, L CZ AC5 UNLESS OTHERWISE MARKED,ARE SUITABLE FOR BACKFEEDI NG. A .y g AC7 *690.13(F)(2)DEVICES MARKED WITH"LINE"AND'LOAD"SHALL NOT OM UTIUTY -u W �1J�,! Z AC7 BE PERMITTED FOR BACKFEED OR REVERSE CURRENT AC8 *INTERAIBES)CIRCUIT CTMENVERTERRAXERS BACK FEEDNTIISLANDING,,UL 1741 CERTIFIED) C. ul Y_ C4 1 —— I AC9 ••NO CENTER-FED MAIN BREAKER.PANEL CONFIGURED (> Z K 1 AC10 PER CEC/NEC 705.12(D)(2)(3)(b) Q DI5 pop —I Yc_ .�Q(V LD I •INCLUDES GROUND&CURRENT CARRYING ODNDUCTORS Q C (]01 m O n O a. CC] 31 ©6) I I I I 1 , Q p O p 6 1 I 1 I © — z Q Q I 1 ®� 11 _ Q b h I I I I RATING _ 1MAIN C/B• BUS r� t rn m 125A cm RATINGRATING 1 e Q IYT I I I I (i: 'I 1 i 200A 200A 3 m I I ��� i t 4-1 Z I: ii ii ii g 1 1 I I � I I .,C NO ,� I i i i i i I _ I I (_._._._._._._._._._._ 20A— JJ LL : : : : : : :y: : : : : : : : 51i •""‹-0 N 1i I • li 1, PV MODULE CUT SHEET I- s� w NO Test Conditions STC R II .. ,o .., Module Power(Pmax) Wp I 310 � 234 (/.) Maximum power voltage .� V1):1:1.-7.2:5::`;'\- �« if sLA.... m .Open cult power voltage (Vac)W�azl) A 9.38 A 40.25 29 .2 Shor nt (Isc 9.93 „ uht%a "+-4 • Maximum Modssle da em voltage NDC�.___.._�_� V.. 19.096 _.. 1000 v.._.17.9 L1, Ili ifa Monocrystalline Series fuse ming 8`' h�_._.__ P aau av 15 Power Tolerance W -0/05 CI LU J A t60i it 41A epulis Measurement conditions:SIT 1COO W/m3•AM15•Temperature 25•C•NOCTBOO W/ AM15•Measurement rsys3% B „i} 'P 5 'mule.calibrationreference modules from Fraunhofer Insdt.tlett cal characcensucs may vary byes%and power by.o SW. BAA JU>1 ti AB • fmp t Ming, SILFABSLAMonoc staline cc ARRA - III- RANxARLF • r'•Ref ^•^^ •” TII1E \�%� $�$ HIGH Temperature Coefficient IscVoc 96/K 0.33 0 Temperature CoelYlUent Yoc 96/K 0.30 1111 Q e_ e Temperature Coefnden[Pmax %/K -0.38 l"i 31 0 Wp O erann temperature C 40y+g501111 CL 100%MAXIMUM POWER DENSITY P._ P Siodul s are optimized ultra-high-efficiency vleeraing t Properties d c m t modules are optimized for both ResidentialPo'r n.5 stLFAB SLA Monbc talline and Commercial projects where maximum Module weight(t 1 kg) kg 19 power density is preferred. Dimensions(H x L xD t 1mm) mm 1650 x 990 x 38 60 Cel' Cells Maximum surface load(w nd/snow)*� N/m° 5400 C Hail impact resistance 0 25 mm at 83 km/h 100%NORTH AMERICAN n Cells 60-Simonocystallme-3 or 4 busbar 156.75 x 156 75 mm Z N QUALITY MATTERS Glass 3.2 mm hips transmittance,tempered,an:reflective coating u-y Silfab's fully-automated manufacturing facility Backsheet Mult layer polyester-based `D.I Monocrystalline ensures precision engineering is applied at Frame Anodized Al U z every stage.Superior reliability and performance Bypass diodes 3 diodes 45V/12,4 IP67/IP68 PV Module combine to produceneofthehi hest P g Cables and connectors(See installation manual) 1200 mm o 5.7 mm{4 mm2}MGl compatible O quality modules with the lowest defect rate ------ -----_-_� —._. . .___ . _._. _ __. J 03 in the industry. •. 0 N n Module product warran[x_..,_._.._____ 12years _ ' t� 0 C NORTH AMERICAN — "'" "' 2s years (— CUSTOMIZED SERVICE z97%end ofl year ik 0 : - 'V Silfab's 100%North American based team Linear power performance guarantee z 9096 end of 129 year R 2 3 CE if;C [(Tui) l Frau„hater leveragesjust-mmmanufacturing to deliver ---- zs2%end of 25year a F g --^ unparalleled service,on-time delivery and - - - --- -- g'ertlf cations SI LFAB SLA Monoc stalline_ 2 y flexible project solutions. Product ULC ORD C1703 UL 1703 IEC 61215,IEC 61730,IEC 61701,CEC listed __._�.,....__.-I UL Fire Rating:Type 2(Type 1 on request) I e W ill Factory ISO 90012008 ... '. g 1,43 /i Warning:Read the installation and User Manual before g A A handling,Installing and operating modules. .,,:..� - g en „i on ENSURES MAXIMUM EFFICIENCY 44 PPM DEFECT RATE* Third-parry generated pan flies fllesfrvm PV Ceolution Labs available Pill M0b e a kg n 60 of the highest efficiency,premium quality monocrystalline Total automation ensures strict quality control during each for download at www.silfab.ca/downloads p N •� m FA cells result in a maximum power rating of 310Wp. step of the procens at our certified ISO manufacturing facility. i e cm lava o3 *As of December 31,2016 Bi Pallet Count:up to 26 per pallet ` N W 3 ADVANCED PERFORMANCE WARRANTY Bi Container Count:936 I z irn 25-year linear power performance guarantee to 82% LIGHT AND DURABLE I �� n m Over-engineered to weather low load beating structures up a, E e•I g ENHANCED PRODUCT WARRANTY to 5400 Pa.Lig it-weight frame exclusively designed with g 12-year product/workmanship warranty wide-ranging racking compatibility and durability. 1 BUILT BY INDUSTRY EXPERTS PID RESISTANT 'i}s '0�+o ' With over 35 years of industry experience,Silfab's technical Proven in accordance to IEC 628041 team are pioneers in PV technology and are dedicated to an .orov atat. innovative approach that provides superior manufacturing AVAILABLE IN S I Ifo b Ii Cm processes including:infra-red cell sorting,glass washing, All Black �IE,yN 69Ap CD to automated soldering and meticulous cell elignrnent. fctL Silfabsolar Inc. t II S Z 240 Courts ark Drive East•Mississauga, 1V. w 1 POSITIVE TOLERANCE Z '�•0 <: r ` ~' 0- .t' V Ontario Canada LST255 (-0/+SW)All positive module sorting ensures 0� �: Tel 01 905-255-2501•Fax+1 905-696-0267 R, maximum erformance �� hAM � -- --- I p �,,,,,,,,,,,,,, �� Nto�silfab.w•wwwslifab.ca I INVERTER CUT SHEET N 1 u Lu w 0 • APsystems YC600 Microinverter Datasheet N jAPsystebiscc INPUT DATA(DC) U ALTENERGY POWER Leading the Industry in o Module.Compatibility 60&72 Cell PV Modules O a Solar Microinverter Technology MPPT Voltage Range 22V-48V Po C Operation Voltage Range 16V-55V2 O. , , Maximum Input Voltage 55V lus=�l Vw Maximum Input Current: 12A x 2 a, YC6 O O Maximum Total PV Array Short Circuit Current5A W N , _ OUTPUT DATA(AC) ( 240V 208V $ 0 ay'L Maximum Continuous Output Power 548VA 1 548VA l <.; ..- ;°..: ()inverter Peak Output Power 600VA 600VA CC Nominal Output Voltage 240V 208V W K Dualmodule microime Nominal Output Current 2.28A 2.63A Utility-interactive with Reactive Power Control(RPC) Nominal Output Frequency 60Hz 60Hz C Adjustable Output Voltage Range 211-264V i 183-229V O CA Rule 27 camplIa t - ,Adjustable Output Frequency Range 19,3-60,5Hz 59.3-60.$Hz i Continuous power of 274VA per channel,NOVA peak Power Factor(Adjustable) 0.8leading...0.8 lagging 08leadin9...0.8 lagging ii/ E N Accommodates modules from 250-365W4 ,.i Total Harmonic Distortion <3% <3% Z W N d • Wide MPPT voltage range(22V-48V) I Maximum Units per Branch 7(14 PV modules) 6(12 PV modules) a O -.-1 • Meets NEC 2014/2017 690.12 Rapid Shutdown requirements () Z K 1 EFFICIENCY Z z • 21gBee communication&free monitoring 1 Q cei8) O Peak Efficiency -96.7% J y Q V pp CEC Weighted Efficiency 96.5% 0 t " ^ is. DIMENSIONS Nominal MPPT Efficiency 99.5% 0 »¢ mV „,_10.24" 124" With its groundbreaking design and features,the YC600 is the Night Power Consumption 60mW O C O d pinnacle of microinverter technology.A single-phase,smart MECHANICAL DATA = '1")".A.. Cr grid-compliant microinverter,the YC600 serves two modules - d a sa-a gi Operating Ambient Temperature Range -40°F to+149°F(-40°C to+65°C) w e "' with dual,independent MPPT.Zigbee wireless communication Storage Temperature Range -40°F to+185°F(-40°C to+85°C) Y t h over a mesh network offersfaster data speeds than PLC and a w Dimensions(WxHxD)inches 1024'x 74"x 1.24" O w wider MPPT volts a ran a results in a rester ever harvest N w‘,2 2 g g 8 gY Dimensions(WxHxD)mm 260mm x 188mm x 31 5mm CO for homeowners. Weight 5:7 lbs(2.6kg) La z 0 p Q QI AC BUS Maximum Current 20% Q Q A true utility-interactive microinverter with Reactive Power Connector Type MC4 Type y •,.i i Control (RPC) technology, the YC600 meets CA Rule 21 Enclosure Rating NEMA 61 IP67) Q 'i to Sri--—Z._. _..m.,.. _j requirements and is inherently NEC 2014/2017 Rapid Cooling Natural Convection-No Fans ry aQ0 Cs Shutdown compliant.The unit also builds on the successful ea 3 to FEATURES&COMPLIANCE APsystems line of mold-module microinverters,simplifying 2 " Communication Wireless Zigbee N > n? WIRING SCHEMATIC installation and reducing logistics costs. r-- o Transformer Design High Frequency Transformers,Galvanic Isolation o Monitoring Via EMA""Online Portal i Emissions&Immunity(EMC)Compliance FCC PART 15,ANSI C63 4,ICES-003 ■■■■■■■■ f■■■■■■f ■' NMI■■■■■ *EMI■■■f Safety&Grid Connection Compliance UL1741,Ut1741 SA(240V version only),IEEE1547, ■■�■■■f■. !■ •■■■i■■■ ■ ■ f■■■■■■f ■ •un f■■■■■■■ ■ CSA C22.2 No.1071 01,NEC 2017 690.12,690.1E CA ■■■■■■■f f■ i■■■f f■■■■■■f MMM MM f■■■■■■f •Depending on the localregulations. Rule 21(240V version only).■ ■■ ■ ■■■/■ ■■ y ■■■■■■■■ ■■■■■■■f f■ ■■■■■■ '"APsystems online Energy Management Analysis(EMA)platform ■■pf■f ■■HI■■fl■ f■■■■■■■ ■■■■■■■� III:. O i^■f■■f ■■ ■■■■, \leo■■■■i ■ mostSpecificationscetversion et AP without notice please ensure you are using the f!■� r"" �■■ f r-1. a■■s ■■r' tom ��_■■ moor revert vers on found at Acsysinms.com L`- _ 2.1119.All Rights Reserver/ l. t ,1, 11 yo, 600EricksenAveNE,Suite200,Seattle,WA98110 ( 844.666.7035 I APsystems.com ' APsystems s u • ALTENERGY POWER RACKING&RAIL CUT SHEET N I— w Tech Brief LU /lam IRONRIDGE XR Rail Family XR Rail Family -2 II-- D The XR Rail Family offers the strength of a curved rail in three targeted sizes.Each size supports specific a U design loads,while minimizing material costs.Depending on your locatio n,there is an XR Rail to match. Solar Is Not Always SunnyN F ,: Cr Over their lifetime,solar panels experience countless m extreme weather events.Not just the worst storms i ears, '^�1.,1< z LU but the worst storms in 40 years.High winds capab: • .` r tipping panels from a roof,and snowfalls weighing w N enough to buckle a panel frame. ' Qo$ O XR Rails are the structural backbone preventing 1 these results.They resist uplift,protect / �, % : - .,, r XRiO XR100 XR1000 > OC against buckling and safely and efficiently z 4 + XR101s a sleek,low-profile mounting %R100 is the ultimate residential X01000 is a heavyweight among transfer loads into the building structure. (* .R far x' `.,• nail,designed for regions with light or mounting rail.It supporta a range of solar mounting rails.It's built to handle Their superior spanning capability y no snow.It achieves 8 foot spans,while wind and snow conditions,while also extreme climates and spans 12 feet or requires fewer roof attachments, + remaining light end economical. maximizing spans up to a rest. more for commercial applications. C reducing the number of roof 0 d lr ,IP r + • 8'spanning capability • 8'spanning capability • 12'spanning capability 61 penetrations and the amount k a • Moderate load capability • Heavy load capability • Extreme load capability N E N •..,• rx ^ , • Clear&black anodized finish • Clear&black anodized finish • Clear anodized finish of installation time. :' Z W p1 �. ,1 Internal splices available • Internal splices available • Internal splices available JQ a' y1 .;:„,,-,:-..,-.,,,n4-4'.'"- � C C H Rail Selection u Z ce V" fF The following table was prepared in compliance with applicable engineeri ng codes and standards.Values are O� Y a N based on the following criteria:ASCE 7-10,Roof Zone 1,Exposure B,Roof Slope of 7 to 27 degrees and Me an > 2 co m N Building Height of 30 ft.Visit IronRidge.com for detailed span tables and certifications. 0 UD 3 ' il Load Rail Span • a 3 n rq `m c Z a To a- p a "+a'a_ }, Snow(PSF) Wind(MPH) 4' 5'4" 6' 8' 10' 12' d '� Y 5 Force-Stabilizing Curve 100 �; o w m I� S- �- Sloped reefs generate both vertical and lateral W K V''.1 Z P on mounting rails which can cause them 120ff.1Z po O Q to bend end twist.The curved shape of XR Rails None 1 �^ << is specialty designed to increase strength In DOM F4 ` directions while ressting the twisting.This unique feature ensures greater security during extreme 16° > '•1 y „,P >y nd weather ea longer system lifetime. $ 1 N Q o�O f. M 10-20co 120 I NV 14 F Z 3 140 ., ti v wt N > m c— c 100 > 30 - : .,. " 160 R,. ?; '--. __—�..- Compatible with Flat&Pitched Roofs r ' -Resistant Materials 100 XR Rails are IronRdge otters All%R Rails are made 018000-series K 40 - m Compatible with a range of lett leg aluminum alloy,then protected with an 160 r.......„). �\� FleshFoot end options for Ilet anodized finish.Anodizing prevents surface I 1 I 1 other pitched roof I 1 1 j moi mounting and structural corrosion,while also providing —50-70 160 3 attachments. applications a more attractve appearance. Z .... r. 80-10 160 a `63bYi1rmflSety6.M1re alis`rl'y�hiAaervee.Ylsilwww,.enrbeecoMoimna-ean?2T=9523 to:mwalmormaron vason tis t , I • 1 RACKING&RAIL CUT SHEET tri I— LU 7e_h Bfi LU //r IRON RIDGE Class A Fire Rating Frequently Asked Questions i I- What is a"module type"? What attachments and fleshings are deemed a U Background 11111 - compatible with Class A? 6 Cl. The new UL1703 standard introduces the concept of a IA I... .— F re Testing Process PV module type,based on 4 construction parameters Attachments and their respective flashings are not ni.f All roofing products are tested and - and 2 fire performance parameters.The purpose of constituents of the rating at this time.All codecomptant w, classified for their ability to resist fire. Test Setup this classification is to certify mounting systems without flashing methods are acceptable from a fire rating �'^ Ltl Saar Modules needing to test it with every module. standpoint. a, Recently,these fire resistance standards Solar modules are given a Type W ry were expanded to include solar equipment classification based on their a Q M materials and construction. What roofing materials are covered? What mounting height is acceptable? c as part of the roof system.Specifically,this O requires the modules,mounting hardware Mounting system g and roof covering to be tested together as Mounting Is testes as pan ora All fire rated roofing materials are covered within this UL fire testing was performed with a gap of 5",which is 1 system that Includes type-tested certification including composition shingle,clay and considered worst case in the standard.Therefore,the > a system to ensure they achieve the same modules end fire-rated roof covering. cement tile,metal,and membrane roofs. rating Is applicable to any module to roof gap. cc fire rating as the original roof covering. Roof Covering Roof covering products are given a These new requirements are being adopted Fire Class Rating of A.B or C betted What If I have a Class C roof,but the jurisdiction Am I required to install skirting to meet the fire c on their tested fire resistance. now requires Class A or B? code? ,o„ throughout the country in 2016. iv Generally,older roofs will typically be"grandfathered No,IronRidge achieved a Class A tire rating without any 1n E N Burning Brand Test in",and will not require re-roofing.However,if 50%or additional racking components. Z w cont IronRidge Certification more of the roofing material is replaced for the solar cin installation the code requirement will be enforced. G.. Y N What determines Fire Classification? LAcc IronRidge was the first company to -c7 a 0 receive a Class A Fire Rating—the highest Where is the new fire rating requirement code listed? Fire Classification refers to a tire-resistance rating w ¢v FS possible rating—from Intertek Group plc.,a system for roof covering materials based on their ability p :TIEQ rNi n Nationally Recognized Testing Laboratory. 2012 MC:1509.7.2 Fire classification.Rooftop to withstand fire exposure. > 2 m rrq A burning wooden block is placed on module as a fan brows at 12 mph. mounted tion as rltaic systems shall have the same fire 1- ^ 3 O IronRidge Flush Mount and Tilt Mount Flame cannot be seen on underside of roof within go minutes. classification as the roof assembly required by Section Class A-effective against severe fire exposure o 8 In - a, Systems were tested on sloped and flat I _ 1505. Class B•effective against moderate fire exposure = E 3 roofs in accordance with the new UL 1703 Class C-effective against light fire exposure a Z dr j 3 Spread of Flame Test ? a• '- 1,-_. Ti &UL 2703 test standards.The testing Where is a Class A Fire Rating required? Y evaluated the system's ability to resist What if the roof covering Is not Class A rated? y flame spread,burning material and The general requirement for roofing systems in the IBC m M c a Z structural damage to the roof. refers to a Class C fire rating.Class A or B is required for The IronRidge Class A rating will not diminish the fire a4) z ca c2 a areas such as%Midland Urban Interface areas(WUi)and rating of the roof,whether Class A,B,or C. Refer to the table below to determine the for very high fire severity areas.Many of these areas are found throughout the western United States.California What tilts Is the tilt mount a `" o, requirements for achieving a Class A Fire has the most Class A and B roof fire rating requirements, system fire rated for? a' Rating on your next project. .at southern edge of root is aimed up the roof as a fen bbws at 12 due to wild fire concerns. N t m m The name comet spreads feet or more In 10 minutes. The tilt mount system is rated for 1 degrees and up and 81 a ¢ ,°n' any roof to module gap,or mounting height. is It 3 ae Are standard mid clamps covered? " Z f - wit, N System Roof Slope Module Fire Rating* Mid clamps and end damps are considered part of the ,^-i 8 PV"system",and are covered in the certification. m Flush Mount n Any Slope Type 1,2,&3 Class A More Resources Tilt Mount '` Installation Manuals Engineering Certification Letters ,on t s 6 Degrees Type 1,2,&3 Class A �Y Visit our website for manuals that Include UL pE- We offer complete engineering resources Z 2703 Listing and Fire Rating Classification, O and pre-stamped certification letters. a Intertek Class.,retell PV systens an m,OafiS on cw.A.e..nd mom.. Go to IronRidge.eom Go to IronRidge.com :,, Into rnnVol. mon 1.20 //AU.m2ar61mnRidpe Inc.Al rghts reserved.Vint www: ind9e.como all l.6nl1'!1I-e52Jion mor" • RACKING&RAIL CUT SHEET to I— I Lu System Diagram Lu //r IRONRIDGE t,-, UFO Family of Components - a U Simplified Grounding for Every Applit ptio€ The UFO family of components eliminates the need for t separate grounding hardware by bonding solar modules o I directly to IronRidge XR Rails.All system types that feature z R the UFO family—Flush Mount,Tilt Mount and Ground Mount—are fully listed to the UL 2703 standard. Se --0 0___I 1 r___0 0__ _._-_ _ _ _ su N UFO hardware forms secure electrical bonds with both the , o g O module and the rail,resulting in many parallel grounding paths throughout the system.This leads to safer and more rr' CC reliable Installations. I I w g u Stopper Sleeve Universal Fastening Object(UFO) II 0 The Stopper Sleeve snaps The UFO securely bonds solar modules to XR Z 01 W dNi onto the UFO,converting It Into ,,,���"` Rens.It camas range of ed and lubricated,and = ^ _ _ ___O___r-7—t___0 0 3 a 122 p usin a re bonded end clamp. can NI a wide renge of module heights. <) W V Y K Z Q Y L N n M S ICA " co 0 UFO Stopper Sleeve •Grounding Lug I I I Bonded Splice ±-Ground Wire 0 n 0 3 Q Approved Enphase microinverters can provide equipment grounding of IronRidge systems,eliminating the need for ? a N i a j�✓ ,, a grounding lugs and field installed equipment ground conductors(EGG).A minimum of two microinverters mounted to the - - d -, same rail and connected to the same Engage cable is required.Refer to installation manuals for additional details. o o -/! v Q O ry La 0 / Z O -V - UL Certification Cross-System Compatibility _ t' The IronRidge Flush Mount, Feature Flush Mount Tilt Mount Grout(I Mount Zt $ n � Y lilt Mount,and Ground Mount N ` m " Bonded STice �. XR Rails. .I .I XR16000nty Si a a no P Systems have been listed to UL % m g no Each Bonded Splice uses UFO/Stopper d se se 2703 byIntertek Groupplc. " Z sett-drifting screws to form :',/,.: ',,;`.' a P opPe i a secure connection.No , ,,' ti., _ ,` N M. Bonded Splice se se N/A N bonding strap needed UL 2703 is the standard for evaluating solar mounting Grounding Lugs 1 per Row I per Row 1 per Array > systems.It ensures these devicesir Microinvertera Enphase-M250-72,M250-60,M215-60,C2¢0-72 Grounding Lug will maintain strong electrical and &Power Darton-MIG240,MIG300,G320,0640 ."� on gle Grounding Lug Bonded Attachments mechanical connections Over Optimizers SolarEdge-P300,P320,P400,P405,P600.P700,P730 — ....*. r, netts an entire row The bondng bolt attaches an extended period of time in "- - rp nt PV modules to the end bonds the L-toot to the _ounding conductor. rad.it Is Installed with the extrema outdoor ernironments. Fire Rating Class A Class A WA ,o- same socket ae the rest of the system. Tested or Evaluated with over 400 Framed Modules O1 Modules Go to IronRidge.com/UFO Refer to installation manuals for a detailed list. /AII STANCHION-ROOF ATTACHMENT CUT SHEET I— LU .Datasheet Datasheet tL - XR Rails OO N / IRONRIDGE Flush Mount System O0 XR10 Rail XR100 Rail XR1000 Rail Bonded Splices ce D a U W m A low-profile mounting rail The ultimate residential A heavyweight mounting All rails use internal splices LL.1 N for regions with light snow. solar mounting rail. rail for commercial projects. for seamless connections. a., In •6'spanning capability •8'spanning capability • 12'spanning capability •Self-drilling screws oa •Moderate load capability •Heavy bad capability • Extreme load capability •Varying versions for rails $ _,,....m" •Clear and black finish •Clear and black finish • Clear anodized finish • Forms secure bonding w CC -, — Clamps&Grounding e UFOs Stopper Soaves CAMO Grounding Lugs o '''1,',,,,,,,,,,-;',,,,.,.,-, , -._ ,.-: r.,..... . ,,,.,,,... 0_ a ut t o 4 td( d p Y N , ..:_ Universal Fastening Objects Snap onto the UFO to turn Bond modules to rails while Connect arrays to F a ¢w bond modules to rails. into a bonded end clamp, staying completely hidden, equipment ground. 0 sF I. • Fully assembled&lubed •Bonds modules to rails •Universal end-cam dO amp • Low profile 0 -cc m •Single,universal size •Sized to match modules •Tool-less installation •Single tool installation � h 3 •Clear and black finish •Clear and black finish •Fully assembled •Mounts in any direction = 0 n'o Built for solar's toughest roofs. a z �^� m w - Attachments© ? a ,-1 i= $ IronRidge builds the strongest mounting system for' ,«.ed roofs in sola r.Every component has been tested to Y the limit and proven in extreme environments. FlashFoot2 Conduit Mount Slotted L-Feet Bonding Hardware o w `SI Vo Q 2 Our rigorous approach has led to unique structural i ures,such as curved rails and reinforced flashings,and Z o o ad is also why our products are fully certified,code co nt and backed by a 20-year warranty. a a MI VIIIE Strength Tested PE Certified ^ r oa0, • P bw Q otr'i el All components evaluated for superior O Pre-stamped engineering letters Flash and mount XR Rails Flash and mount conduit, Drop-in design for rapid rail Bond and attach XR Rails " 3 °, if structural performance. available in most states. with superior waterproofing. strut,or junction boxes, attachment, to roof attachments. Z y •Twist-on Cap eases Install •Twist-on Cap eases install •Secure rail connections •T&Square Bolt options • o M •Wind-driven rain tested •Wind-driven rain tested •Slot for vertical adjusting •Nut uses 7/16-socket c O Class A Fire Rating Design Assistant •Mill and black finish •Secures'h"or 1"conduit •Clear and black finish •Assembled and lubricated > Certified to maintain the fire resistance E Online software makes it simple to — Resources rating of the existing roof, create,share,and price projects. Design Assistant ,,,�,,,;,.... NABCEP Certified Training re UL 2703 Listed System 25-Year Warranty Go from rough layout to fully NABCEP', Earn free continuing education credits, °n 44 O engineered system.For free. while learning more about our systems. Entire system and components meet Products guaranteed to be free -- Go to IronRidge.com/design Go to IronRidge.com/training Za newest effective UL 2703 standard. of impairing defects, kr 69 20,8IronRidge,Inc.All rights reserved.U.S.Cate:s.ke.fi95.290;49,0,9.303.e9.985,938:Others Cantlin9.Verson n$5 ,AI_ STANCHION-ROOF ATTACHMENT CUT SHEET N I— LLI Cut Sheet Cut Sheet LU 2 /� IRONRIDGE FlashFoot TM i 2)Washer,EPDM backed 5)Foot-L,Adjustable Extruded a (� II w6 Ii ���.az I. x.35 14 1.18 g� D I O W © -...1.94 wche c., 01.75 1 0$ 0 © �!J © Property Value 1.22 $ t J Material Steel 3.00 + ec Finish Hot-Dip Galvanized 31 0 �O ec 3) Bolt,3/8-16 x 1"Hex CS SS .' 1.66 _•I 1.92 } a v .23 �- 3/8-16 THD Property Value QZ w m Material Aluminum _7 N N O 0 Finish Mill/Black d , N U Z CZ z O --..-1 .56 ---1.11.00 I— 6)IR-GF-Flashing v a'N Nem Number Deserlptlon Qty In Kit Property Value T 92 0 to a0 c a 1 BOLT LAG 5/16 X 4.5" 6 Material Stainless Steel iI k- , ,,CJ 3 Finish Clear 12.0 _ $ ko'0 3 2 WASHER,EPDM BACKED 6 25 Z et °p 1 3 BOLT,3/8.16 X t"HEX CS SS 6 O o- 1= 4 NUT,FLANGE HEX 3/8-16 SS 6 4)Nut,Flange Hex 3/8-16 SS Y 'In5 FOOT-L,ADJUSTABLE EXTRUDED 6 �12.0� N �2 K 1' Z, 6 IR-GF-FLASHING 6 0.75 3/8-16THDb Z a O 7 IR-GF-SUPPORT 6Q Q ��/ Property Value l� Material Aluminum v m J Finish Mill/Black a 1 n Part Number Description N .5 FA KR,6-Pack,IronRidge FlashFoot(MIII)(L-foot Included) .56 ,35--....2 7)IR-GF-Support w 3 FA FM-FFI.002B Kit,6-Pock,IronRidge FlashFoot(Black)(L-foot Included) 02.50 Z a`, 1)Bolt Lag 5/16 X 4.5" Property Value a .24-e- �-- 5/16 TND Material Stainless Steel `i o c O = Finish Clear /Mk w 31 > -�.50 k-- 038 Property Value Property Value `m Material Aluminum a Material Stainless Steel `^ Finish Clear Finish Mill Z 0110 kiloo. 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