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Item 13 - Plans PARCEL MAP GOVERNING CODES DESIGN CRITERIA PROJECT LOCATION APPLICABLE BUILDING CODES: BUILDING OCCUPANCY: R-3 - LU I 2018 INTERNATIONAL BUILDING CODE � w R 2018 INTERNATIONAL RESIDENTIAL CODE RISK CATEGORY: Risk Category II w 2018 INTERNATIONAL FIRE CODE ASCE 7-16 WIND SPEED:115 z = 2020 NATIONAL ELECTRIC CODE �0 Cn EXPOSURE CATEGORY:Exposure C 1 • SNOW LOAD:5 - I='+J Of MAIN SNOW EXPOSURE:N/A ; D CONSTRUCTION TYPE:VB O RESIDENCE A .+ _- N tz o p �",_A4 Q 2 o U I Z7 — J m Q� M V1 N SCOPE OF WORK m ROOF MOUNTED PV (SOLAR) PROJECT GRID-TIED - o rl N\ o I R W/O BATTERY STORAGE o R POOL 1 PROPOSED SOLAR EQUIPMENT SITE/PROJECT DETAILS �, W o. QTY. EQUIPMENT DESCRIPTION/MFG/MODEL CONNECTION BACK-FED BREAKER °C 34 MODULES MISSION SOLAR MSE345SX5T SYSTEM SIZE DC 11.730 KW 1 INVERTER(S) SolarEdge SE1140OH-US(240V) SYSTEM SIZE AC 10.704 KW 1 SHEET INDEX N/A RACKING IronRidge XR100 Rail CITY.STRING/CKT. 3 � II SHEET 50 STANCHIONS IronRidge FlashFoot2 ELECT.SERVICE 120/240V-10 SHEETTITLE \ACCESSORY L _ _ - N/A RSD DEVICE INTEGRATED IN INV&OPT ROOF COVERING Comp Shingle NUMBER z STRUCTURE DRIVEWAY N/A BATTERIES N/A PV-001 COVER SHEET N/A COMBINER(S) N/A TILT 37",33" N-001 GENERAL NOTES a- (E) MSP RATINGS 225A BUS/200A MAIN BREAKER AZIMUTH 260-,270° PV-10011 PV ARRAY LAYOUT U PROJECT TEAM LIST s-1oo RACKING LAYOUT LO S-200 SECTION ELEVATION J L ) r, / CONTRACTOR- ELECTRICAL UTILITY: - S-201 ATTACHMENT DETAILS > ro 0 / Current Solar LLC. Tri-county Electric 0 J ai E-001 EQUIP.CALCULATION 1-- Y p 3000 Altamesa Blvd,Suite 300 METER NUMBER:1131951 0 v = �L Fort Worth,tx 76133 PHONE: E-002 WIRE AND COND.CALCS = o -/ CONTRACTOR LIC#:- AUTHORITY HAVING E-003 THREE LINE DIAGRAM coN v�i PHONE:(817)690-1456 E-100 ELECTRICAL LAYOUT CONTACT NAME: Ryan Pruitt JURISDICTION: / AA P-001 STANDARD PLACARDS Y w (n NORTH PHONE: 817 690-1456 BUILDING: City Of Southlake O w L N EMAIL: rpruitt@currentsolar.us PHONE: P-002 DYNAMIC PLACARDS cn Q o o Q PROJECT APN: ENGINEERED BY: rR-lxx EQUIP.CUT SHEETS cH Z pQ pQ Scott E.Wyssling GENERAL PROJECT&JURISDICTIONAL NOTES DESIGN BY: 76 North Meadowbrook Dr Ryan Pruitt om ti a INSPECTION REQUIREMENTS JURISDICTIONAL&LISTING REQUIREMENTS Alpine,UT 84004 v �o 1- PHONE: (817)690-1456 � 1. WHEN APPLICABLE A SMOKE DETECTOR,APPROVED AND LISTED BY THE .- O 1. A LADDER SHALL BE IN PLACE FOR INSPECTION INCOMPLIANCE WITH ALL STATE FIRE MARSHAL OR ANSI/UL 217 CERTIFIED TO NATIONAL FIRE ALARM EMAIL: rpruitt@currentsolar.us LICENSE#:122669 V) .6 OSHA REGULATIONS. AND SIGNALING CODE,NFPA 72 SHALL BE VERIFIED FUNCTIONAL OR INSTALLED LICENSE TYPE:Civil to IN ALL APPLICABLE CODE REQUIRED LOCATIONS. L I: 2. PENDING LOCAL JURISDICTIONAL REQUIREMENTS AND WHEN APPLICABLE PHONE:(202)874-3483 > t -, ALL ELECTRICAL ENCLOSURE DEAD FRONTS,COVERS,DOORS,ETC.SHALE BE PROJECT DRAFTER: m 00 2. ALL APPLICABLE EQUIPMENT TO BE EMAIL:swyssling@wysslingconsulting.com OPEN ANDACCESSIBLE FOR INSPECTIONS.WHEN TRENCH AND ROOF INSPECTIONS JURISDICTIONAL AND UTILITYAPPROVED ASSOCIATION OR NATIONALLY Advanced Solar Solutions ARE REQUIRED WORK SHALL BE OPEN AND ACCESSIBLE FOR INSPECTOR. RECOGNIZED ORGANIZATION. N '� 39650 Mallard LL 3. FULL SC E PE OF WORK SHALL COMPLY WITH ALL APPLICABLE CODES LISTED Bass Lake,CA 93604 IN GOVERNING CODES SECTION,ALL MANUFACTURES'LISTINGS,INSTALLATION " INSTRUCTIONS AND SPECIFICATIONS AND JURISDICTIONAL REQIREMENTS. ``�� Q . ADVANCEDN \ p J REVISED PLANS WILL BE REQUIRED TO BE RESUBMITTED UITHE LOCAL SOLAR SOLUTIONS ��i'1E•OF rFk l 1 u o JURISDICTION IF THE INSTALLED ARRAY AND ASSOCIATED EQUIPMENT DOES -. ....�...N .b�- w !.. 1 M NOT MATCH THE APPROVED BUILDING PLANS.ADDITIONAL FEES MAY ALSO APPLY. PHONE:559-321-7000 + 5. THE PLACEMENT OF A UTILITY PV PRODUCTION METER SHALL BE PROVIDED P '+• •� N •/ EMAIL:info@advpermits.com i"•' r 7 ANDPLACED BY THE CONTRACTOR AS PERAPPLICABLE UTILITYORAHJ A•SCOTT E.WYSSLING (p HOME OWNER PROJECT LOCATION: �// ` 1226619 U REQUIREMENTS. Burchett,Larry Ly 02910 Harbor Refuge,Southlake TX 76092 COPYRIGHT NOTICE Ln C v 1. UNAUTHORIZED USE OF THIS DRAWING SET WITHOUT EXPRESSED CONTACT NAME: Burchett,Larry Wyssling Consulting WRITTEN PERMISSION FROM THE CONTRACTOR AND ADVANCED SOLAR PHONE: Firm No. 20109 SOLUTIONS IS A VIOLATION OF U.S.COPYRIGHT LAWS AND WILL BE SUBJECT EMAIL: U TO CIVIL DAMAGES AND PROSECUTION. GENERAL NOTES:* GROUND,IN COMPLIANCE WITH NEC250.134 AND NEC MICROINVERTER BRANCH CIRCUITS SHALL BE CONNECTED SUNLIGHT IN ACCORDANCE WITH 2O2ONEC 250.136(A). TO A SINGLE OCPD IN ACCORDANCE WITH THEIR 310.15(B)(3)(4)(c) LL J PROPER ACCESS AND WORKING CLEARANCE AROUND INSTALLATION INSTRUCTIONS AND NEC690.9 EXISTING AND PROPOSED ELECTRICAL EQUIPMENT WILL BE PV EQUIPMENT INCLUDING MODULE FRAMES AND OTHER EXPOSED UNGROUNDED DC PV SOURCE AND OUTPUT PROVIDED AS PER SECTION NEC110.26. METAL PARTS SHALL BE GROUNDED INCOMPLIANCE DISCONNECTS AND OCPD NOTES:* CIRCUITS SHALL USE CONDUCTORS LISTED AND IDENTIFIED 0 z WITH NF.Ch90.43 AND MINIMUM GROUND �� J AS PHOTOVOLTAIC(PV)WIRE IN COMPLIANCE 2020NEC" CONDUCTORS SIZED IN ACCORDANCE WITH NEC TABLE m w < PV SYSTEM COMPONENTS;INCLUDING BUT NOT LIMITED ALL DISCONNECTING SWITCHES WILL BE CONFIGURED SO OO w— 250.122. 690.31 C 1 . PV MODULES WIRE LEADS SHALL BE LISTED a w TO,MODULES,INVERTERS AND SOURCE CIRCUIT THAT ALL ENERGIZED CONDUCTORS WHEN DISCONNECT IS m m LU z COMBINERS ARE IDENTIFIED AND LISTED FOR USE IN PV OPEN SHALL BE ON THE TERMINALS MARKED,"LINE SIDE" FOR USE WITH UNGROUNDED SYSTEMS IN COMPLIANCE O L, w LL CONDUCTIVE PARTS OF MODULE FRAMES,MODULE WITH 2O20NEC 690.4 O `n t o LU SYSTEMS IN COMPLIANCE WITH NEC690.4AND 690.E (TYPICALLY THE UPPER TERMINALS) w 2i o RACKING,AND ENCLOSURES SHALL BE GROUNDED IN ANDALL UL,IEC,IEEE CLASSIFICATIONS AS ,; m N REQUIREMENTS. COMPLIANCE WITH NEC 250.134 AND NEC250.136(A). ALL AC DISCONNECTS SHALL BE LABELED,LOCKABLE,OF PV WIRE BLACK WIRE MAY BE FIELD-MARKED WHITE IN m v= UL2703 APPROVED MODULE AND RACK GROUNDING VISIBLE BREAK TYPE SWITCH WITH EXTERNAL HANDLE AND COMPLIANCE WITH NEC200.6(A)(6). LU N N RAPID SHUTDOWN NOTES:* co SHALL BE USED AND INSTALLED PER MANUFACTURER'S ACCESSIBLE TO QUALIFIED UTILITY PERSONNEL. PV MODULE CONDUCTORS LOCATED UNDER ARRAYS WILL Q m ,r� rl INSTALLATION MANUAL.IF UL2703 APPROVED O AC DISCONNECTS SHALL BE A"KNIFE BLADE"TYPE BE SECURED IN A WORKMANLIKE MANNER IN o o rn PV SYSTEM CIRCUITS INSTALLED ON OR IN BUILDIDNG GROUNDING IS NOT USED,MODULE GROUNDING LUGS DISCONNECT.IF EXTERIOR, RATED TO NEMA 3R OR BETTER COMPLIANCE WITH NEC110.12. SHALL INCLUDE A RAPID SHUTDOWN FUNCTION THAT MUST BE INSTALLED AT THE SPECIFIED GROUNDING LUG Z CONTROLS SPECIFIC PV CONDUCTORS IN ACCORDANCE PER NEC110.28 uj WITH 2O20 NEC 690.12 A-D HOLES PER THE MANUFACTURER'S INSTALLATION WATERPROOFING:* O O REQUIREMENTS. ADDITIONAL AC DISCONNECTS SHALL BE PROVIDED EQUIPMENT LOCATIONS& ELECTRICAL THE GROUNDING CONNECTION TO A MODULE SHALL BE WHERE THE INVERTER IS NOT ADJACENT TO THE UTILITY ALL NEW ROOFTOP PENETRATIONS SHALL BE SEALED AND * ARRANGED SUCH THATTHE REMOVAL OF A MODULE DOES AC DISCONNECT,OR NOT WIHTIN SIGHTOF THE UTILITYAC MADE WEATHER TIGHT WITH APPROVED CHEMICAL NOTES. NOT INTERRUPT A GROUNDING CONDUCTOR TO ANOTHER DISCONNECT.2020NEC 690.15(A) SEALANT AND FLASHINGS WHERE REQUIRED PER CODE N AND GENERAL BUILDING AND ROOFING WORKMANSHIP z JUNCTION AND PULL BOXES ARE PERMITTED TO BE MODULE. BOTH POSITIVE AND NEGATIVE PV CONDUCTORS REMAIN STANDARDS BY A LICENSED CONTRACTOR. Q INSTALLED UNDER PV MODULES IN COMPLIANCE WITH a THE GROUNDING ELECTRODE SYSTEM COMPLIES WITH UNGROUNDED.THEREFORE,BOTH SHALL REMAIN OPEN U NEC 690.34. ALL EXTERIOR ELECTRICAL EQUIPMENT,SHALL BE NEMA NEC690.47 AND NEC'250.50 THROUGH NEC250.106. WHERE A DISCONNECT IS REQUIRED IN COMPLIANCE WITH Q v ci IF EXISTING SYSTEM IS INACCESSIBLE OR INADEQUATE,A 2020NEC 690.I5(D) 3R OR BETTER RATED.ALL EXTERIOR CONDUIT AND J o ADDITIONAL AC DISCONNECT(S)SHALL BE PROVIDED WHERE THE INVERTER IS NOT WITHIN SIGHT OF THE AC GROUNDING ELECTRODE SYSTEM WILL BE PROVIDED IN O L m r, CONNECTORS SHALL BE RATED FOR WET LOCATIONS. ALL OCPD RATINGS AND TYPES SPECIFIED SHALL BE IN > x SERVICING DISCONNECT.2020 NEC 690.15 A COMPLIANCE WITH NEC250,NEC690.47ANDAHJ. *ALL NOTES AREAS APPLICABLE TO THIS PROJECT. O O ~ O COMPLIANCE WITH NEC 690.8,690.9, 705.12 AND 240. I-_ -E e PV SYSTEMS SHALL BE PROVIDED WITH DC GROUND- DISREGARD ANY NOTES THAT DO NOT APPLY TO THIS ro ALL EQUIPMENT SHALL BE INSTALLED ACCESSIBLE TO = t = s BOTH POSITIVE AND NEGATIVE DC PV CONDUCTORS ARE PROJECT. QUALIFIED PERSONNEL IN COMPLIANCE WITH NEC FAULT PROTECTION 2020NEC 690.41(B) UNGROUNDED;BOTH REQUIRE OVERCURRENT rn o APPLICABLE CODES. PROTECTION IN COMPLIANCE WITH NEC 690.9 Y co N n INTERCONNECTION/ POC NOTES:* Ln v) ALL COMPONENTS ARE LISTED FOR THEIR INTENDED ARC FAULT(AFCI)DC CIRCUIT PROTECTION IS REQUIRED mm w Lu z PURPOSE AND RATED FOR OUTDOOR USAGE WHEN ALL LOAD-SIDE INTERCONNECTIONS ARE IN COMPLIANCE FOR ALL PV SYSTEMS ON OR PENETRATING A BUILDING z o o Q APPLICABLE. WITH 2O20NEC 705.12(B) WITH A MAXIMUM SYSTEM VOLTAGE OF 80 VOLTS OR Q Q GREATER.ALL DC PV CIRCUITS INSTALLED IN OR ON STRUCTURAL AND INSTALLATION THE TOTAL RATING OF ALL OCPD IN SOLAR LOAD CENTERS BUILDINGS WILL BE ARC-FAULT CIRCUIT PROTECTED IN o m Ln w NOTES:* SHALL NOT EXCEED THE RATED AMPACITY OF THE BUSBAR COMPLIANCE WITH NEC690.11, UL1699BANDSHALLBE v ~ EXCLUDING THE OCPD PROTECTING THE BUSBAR IN LISTED AND LABELED IN ACCORDANCE WITH UL 1699(B). = Y Ln 12(B)(2)(3)(c) RACKING SYSTEM&PV PANELS MOUNTED ON A COMPLIANCE WITH NEC 705. Y ROOFTOP SHALL BE LISTED AND LABELED IN ACCORDANCE ALL FEEDER TAP(LOAD SIDE)INTERCONNECTIONS ARE IN WIRING & CONDUIT NOTES:* m WITH UL 1703 AND SHALL BE INSTALLED IN ACCORDANCE COMPLIANCE WITH 2020NEC 705.12(B)(2)(1) v 0 WITH THE MANUFACTURER INSTALLATION INSTRUCTIONS. ALL CONDUIT AND CONDUCTORS SHALL BE APPROVED E THE PV SYSTEM BACK-FEED BREAKER SHALL BE INSTALLED FOR THEIR INTENDED PURPOSE INCLUDING WET Q Ir ALL PV RACKING ATTACHMENT POINTS SHALL NOT EXCEED LOCATIONS AND EXPOSED TO SUNLIGHT.CONDUIT AND '�� 1 0 ON THE OPPOSITE END OF THE BUS BAR AND IT SHALL SE OF r� 1t o THE PRE-ENGINEERED MAX SPANS OUTLINED BY THE CONDUCTOR SIZE SPECIFICATIONS ARE BASED ON THE ALSO BE SIZED APPROPRIATELY AS PER 2020NEC RACKING MANUFACTURES ENGINEER OF RECORD. MINIMUM CODE REQUIREMENTS AND ARE NOT LIMITED �* I J 705.12(B)(2)(3)(b) •�/ �' TO UP SIZING. i" "".. `G z< aCpn E ygYSSlIN6 O GROUNDING NOTES:* SUPPLYSIDE TAP INTERCONNECTIONS ARE IN 122"S + ALL CONDUCTORS SHALL BE SIZED IN COMPLIANCE WITH / L�Jy COMPLIANCE WITH NEC705.12(A) WITH SERVICE �I , cE" $$;* :� LJ IN UNGROUNDED SYSTEMS ONLY THE DC CONDUCTORS ENTRANCE CONDUCTORS IN COMPLIANCE WITH NEC" NEC690.8,NEC 6927. �111+i 3 O ARE UNGROUNDED AND REQUIRE AN EQUIPMENT 230.42 GROUNDING CONDUCTOR.ALL METAL ELECTRICAL ALL CONDUCTORS SHALL BE DERATED AS APPLICABLE TO Wyssling Consulting uUlEQUIPMENT AND STRUCTURAL COMPONENTS BONDED TO BACKFEEDING BREAKER FOR INVERTER OUTPUT IS EXEMPT THEIR RESPECTIVE ENVIRONMENT INCLUDING DIRECT Firm No. 20109 D FROM ADDITIONAL FASTENING 202ONEC 705.12(B)(5) U PV AC DISCONNECT LOCATED ON ACCESSIBLE EXTERIOR WALL NOTE: ALL ELECTRICAL LAYOUT DETAILS ON SHEET E-100 20181FC ROOF ACCESS REQUIREMENTS WITH EXTERNAL HANDLE VISIBLE,LOCKABLE&LABELED WITHIN 10 FEET OF THE METER THE FOLLOWING INFORMATION INDICATES THE REQUIRED ROOFTOP CLEARANCES FOR PANELS/ARRAYS INSTALLED ON RESIDENTIAL 0 BUILDINGS WITH SLOPES GREATER THAN 2:12: ARRAY SHALL NOT BE INSTALLED GREATER THAN SIX INCHES >- OFF OF FINISHED ROOF SURFACE ROOF ACCESS POINTS-ROOF ACCESS PO I NTS SHALL BE LOCATED I N z Q AREAS THAT DO NOT REQU I RE TH E PLACEME NT OF GROUN D LADDERS r O J OVER OPENINGS SUCH AS WINDOWS OR DOORS,AND LOCATED AT STRONG POINTS OF BUILDING CONSTRUCTION IN LOCATIONS WHERE ' THE ACCESS POINT DOES NOT CONFLICT WITH OVERHEAD w OBSTRU CTIONS SUCH AS TREE LIMBS,WIRES OR SIGNS. LU d LU Of cr HIP ROOF LAYOUTS-PANELS/MODULES C, INSTALLED ON RESIDENTIAL BUILDINGS WITH HIP ROOF LAYOUTS W LL Q SHALL BE LOCATED IN A MANNER THAT PROVIDES A 3-FOOT-WIDE V1 1--O CLEAR ACCESS PATHWAY FROM THE EAVE TO THE RIDGE ON EACH O ROOF SLOPE WHERE PANELS/MODULES ARE LOCATED.THE ACCESS J m PATHWAY SHALL BE LOCATED AT A STRUCTURALLY STRONG LOCATION LU O QNQ a ON THE BUILDING CAPABLE OF SUPPORTING THE LIVE LOAD OF FIRE v)N FIGHTERS ACCESSING THE ROOF. rNI SINGLE RIDGE-PANELS/MODULES INSTALLED ON RESIDENTIAL LU O BUILDINGS WITH A SINGLE RIDGE SHALL BE LOCATED IN A MANNER Q M N O THAT PROVIDES TWO,3-FOOT-WIDE ACCESS PATHWAYS FROM THE EAVE TO THE RIDGE ON EACH ROOF SLOPE WHERE PANELS/MODULES 0 r,4-p O ARE LOCATED. O I HIPS AND VALLEYS-PANELS/MODULES INSTALLED ON RESIDENTIAL > BUILDINGS WITH ROOF HIPS AND VALLEYS SHALL BE LOCATED NO w CLOSERTHAN 181NCHESTO A HIP OR AVALLEY WHERE LU PANELS/MODULES ARE TO BE PLACED ON BOTH SIDES OF A HIP OR VALLEY.WHERE PANELS ARE TO BE LOCATED ON ONLY ONE SIDE OF A HIP OR VALLEY THAT IS OF EQUAL LENGTH,THE PANELS SHALL BE PERMITTED TO BE PLACED DIRECTLY ADJACENT TO THE HIP OR VALLEY. RESIDENTIAL BUILDING SMOKE VENTILATION-PANELS/MODULES INSTALLED ON RESIDENTIAL BUILDINGS SHALL BE LOCATED NO HIGHER THAN 3 FEET BELOW THE RIDGE IN ORDER TO ALLOW FOR FIRE Ln DEPARTMENT SMOKE VENTILATION OPERATIONS. z SEE HATCH DEFINITION BELOW J a `NOTE:DESIGNATION OF RIDGE,HIP,AND VALLEY DOES NOT U APPLY TO ROOFS WITH 2:12 OR LESS PITCH. Q O N t]D PV SITE LAYOUT LEGEND 0 3'FIRE PATHWAYS SECTION PV ARRAY TAG ® ROOF ACCESS POINT 0 O F SECTION# S� SITE ACCESS 1-- J -2 Qj \ 1 MODULE GROUP GATE ACCESS M N = N \ O i rl 7 AZIMUTH AND TILT TABLE �j CO N ,° \ SECTION# AZIMUTH ROOF PITCH/TILTLn Y SECTION SECTION-1 260 37' O LU m m SECTION-2 270 33' r 2 LU Or O 2 rl z o 0 a a o m wLn m 1-1 a m Y � o�•SE Of o m 0 W SQUARE FOOTAGE CALCULATIONS a)18" FIRE SETBACK E 0 SCOTT E.WYSSLINO% ROOF REFERENCE SQUARE FOOTAGEip Y EXISTING ROOF 1883 a .i t;22es+a o SECTION-1 361 0 SECTION-2 289 o rn Wyssling Consulting ~� SECTION Firm No. 20109 Z� H u 1 TOTAL PERCENTAGE 34.52% � 1N' VI 0 U *EXISTING DIMENSIONS ARE APPROX. z+A CONFIRM ALL DIMENSIONS SHOWN D CITY 34 MISSION SOLAR MSE345SX5T MODULES CITY 1 SolarEdge SE1140OH-US(240V)INVERTER NORTH SCALE:1/24"=1'0"@ SHEET SIZE A3 SHEET NOTES A. FOR MANUFACTURED PLATED WOOD TRUSSES AT SLOPES OF FLAT TO 9:12,THE HORIZONTAL ANCHOR SPACING SHALL NOT O EXCEED 6'-D"AND ANCHORS IN ADJACENT ROWS SHALL BE } STAGGERED.UNLESS NOTED OTHERWISE PER RACKING w MANUFACTURER CERTIFIED ENGINEERED PRODUCT AND LOCAL Z Q REQUIREMENTS. H O rrJLu nn wLu z D_ B. ANCHORSAREALSO KNOWN AS"STAND-OFFS,- K OR"STANCHIONS." HORIZONTAL ANCHOR SPACING IS ALSO O to KNOWN AS"CROSS-SLOPE"OR"EAST-WEST"ANCHOR w LL 0 U SPACING.MAXIMUM HORIZONTAL ANCHOR SPACING SHOWN IQ on-, Q IN DETAIL.UNLESS NOTED OTHERWISE PER RACKING J ClIf MANUFACTURER CERTIFIED ENGINEERED PRODUCT AND LU O Q LOCAL REQUIREMENTS.SEE N N "TABLE OF DIMENSIONS"EACH SECTION DETAILED FOR -I c-I HORIZONTAL ANCHOR SPACING. N C. SEE SHEET S-200 FOR SPECIFIC RACKING COMPONENT ~ M MANUFACTURERS. �\ O p MO rl 1 > cN Lu PV RACKING LEGEND cl� ROOF RACKING RAIL 0 ROOF RACKING RAIL SPLICE ROOF RACKING SECTION PV ARRAY TAG :LT STANCHION W/ SECTION# (n RETRO FIT FLASHING 1 MODULE GROUP Q *DETAILS IN TOP VIEW J a EXISTING ROOF CONSTRUCTION U 0'-SlYW COMPONENT TYPE Q N oD O) ROOF STRUCTURAL Rafter-Strut to Walls Below 24"O.C. J CONSTRUCTION O i 01 n FRAMING INFO 2"X6"@ 24"MAX OC > _ ROOFING COVERING Comp Shingle J Qj mRACKING MAX PSF 2.85 PSF Q = ra RACKING BILL OF MATERIALS(BOM) a o N 7 COMPONENT QTY MODEL LENGTH 00) Om N !n PV RAIL 1 Y PV RAIL SPLICE 1 to V1 O LU v1 In PV RAIL 2 n 2 LU LU d Z g1/ PV RAIL SPLICE 2 r-j zoo Q U1 4 RAILTO ROOF Q Q ATTACHMENT O M IDO m In m 11 V v �p ti Y 0 V) y kD �E of Tg11 > _j 1 � 0 N N i D ��. .......................,*., E LL0 8COTT E.WYSSLING m 0..... ..........:... Y ` Q �/� l�,122689� 444 0 70 �I a�CEN9d\� V 0 �� J Wyssling Consulting Im F"'Ly Firm No. 20109 0 U ._ v 0 ,443A *EXISTING ROOF DIMENSIONS ARE APPROX. CONFIRM ALL DIMENSIONS SHOWN U' QTY 34 MISSION SOLAR MSE345SX5T MODULES QTY 1 SolarEdge SE1140OH-US(240V)INVERTER NORTH F SCALE:1/24"=1'0"@ SHEET SIZE A3 U 1 STRUTS TO WALL(S)/RAFTER-PORTRAIT SCALE:NTS 2 STRUTS TO WALL(S)/RAFTER-LANDSCAPE SCALE:NTS SHEET NOTES A. THESE NOTES APPLY TO RAFTER ROOF CONSTRUCTION. O 2 *IF BLOCKING REQUIRED 2 *IF BLOCKING REQUIRED B. THE ROOF STRUCTURE CONFORMED TO BUILDING CODE � S-20 1 REQUIREMENTS AT THE TIME IT WAS BUILT. w Q Z C. THE ROOF SHEATHING IS AT LEAST 7/16"THICK ORIENTED H O W STRAND BOARD OR PLYWOOD.1X SKIP SHEATHING IS ' J 12 p 1 12 PV 1 ACCEPTABLE. Of w W RISEN 1 1 RISEN 1 1 w 3 I %• S-2O1 _ S 3 I �' S-2O1 D. THE SOLAR ARRAY DISPLACES ROOF LIVE LOADS(TEMPORARY K Z 7 % I 7 CONSTRUCTION LOADS)THATTHE ROOF WAS ORIGINALLY O Q S % _ - Mini - _ _ 5 "loll DESIGNED TO CARRY. w LL� ";x��__¢ Ln 6 "^� 3 cr -";rt��__¢ - = 6 "^� E. IF THE ROOF COVERING IS SHINGLES;IT SHALL BE NO MORE Q ~O w RIDGE BEAM r7 _ I RIDGE BEAM _ I THAN TWO LAYERS.(SHOWN) � m N N �QZ FRAMING DZ L - FRAMING w _ - F. IFROOF COVERING ISTILE;ITSASINGLE LAYER.ALL TILES ON N D3 ;%� D3 - PLANE OF PV COMPONENTS ARE SECURE. DIAGONAL AN D/OR _ DIAGONAL AN D/OR _ `� `q_f__ _ VERTI __-IC STRUTS_________________________ ____________________� ___________t,q_f__ /________VERTI_ _1___IC STRUTS_________________________ G. TSHOWTRUCTU OUT H Lu�14 _ _ -A� `_ _-_^_� --� CAL ATT �Z 2 (NO AIL) CAL THE ROOF STRUCTURE IS STRUCTURALLY SOUND,WITH Ln HS2 �' HS1 �',,OH1. HS2 �' HS1 i',,OH% DETERIORATION OR SAGGING.N �� O I�' HORIZONTALSPAN HORIZONTAL SPAN Pf� "r' HORIZONTALSPAN HORIZONTAL SPAN �f� O O f'V H. THE PV MODULES ARE PARALLEL WITH THE ROOF SURFACE. — VERIFY WALL OR BEAM -i VERIFY WALL OR BEAM I. THERE IS A 2"TO 10"GAP BETWEEN UNDERSIDE OF MODULE N BELOW ATTIC STRUT BELOW ATTIC STRUT AND THE ROOF SURFACE.(SEE TABLE OF DIMENSIONS"H1") Lu TABLE OF DIMENSIONS TABLE OF DIMENSIONS J. UPSLOPE ANCHOR SPACING MAY VARY FROM LISTED TABLES. STANCHIONS CAN BE PLACED NO CLOSER THAN 24"O.C. DIM COMPONENT DIMENSIONS DIM COMPONENT DIMENSIONS DIM COMPONENT DIMENSIONS DIM COMPONENT DIMENSIONS K. DETAILS SHOWN ARE A REPRESENTATION OF EXISTING ROOF CONDITIONS.ACTUAL FIELD CONDITIONS MAY VARY.DETAILS OH1 OVERHANG IN THIS AREA 12" RI RIDGE BEAM DEPTH 6" OH1 OVERHANG IN THIS AREA 12" R1 RIDGE BEAM DEPTH 6" ARE SHOWN FOR DIAGRAM USE ONLY.REFER TO TABLES FOR RISE ROOF PITCH 37",33° R2 RAFTER DEPTH THIS AREA 6" RISE ROOF PITCH 37`,33' R2 RAFTER DEPTH THIS AREA 6" DESIGN CRITERIA. L) H1 PV MODULE HGT.ABOVE ROOF 3"-6"TYP HS1 HORIZONTAL SPAN H1 PV MODULE HGT.ABOVE ROOF 3"-6"TYP HS1 HORIZONTAL SPAN L. ALL PLUMBING AND ROOF VENTS SHALL NOT BE OBSTRUCTED z MAX RAFTER SPAN 11'-9"MAX HS2 HORIZONTAL SPAN MAX RAFTER SPAN 11'-9" MAX HS2 HORIZONTAL SPAN BY PV MODULES AND EQUIPMENT. Q M. 0- UPSLOPE ANCHOR SPACING UPSLOPE ANCHOR SPACING U D1 RAIL OVERHANG 17.2" D3 STANCHION O.C. 34.66 D1 RAIL OVERHANG 10.37" D3 STANCHION O.C. 21" tko O N D2 STANCHION O.C. 34.41" D4 MIN./MAX.STANCHION O.C. D2 STANCHION O.C. 20.75" D4 MIN./MAX.STANCHION O.C. 0 ll O 2!1 cr � i X 3 EXPLODED STANCHION&FLASHING DETAIL SCALE:NTS 4 STANCHION SPACING DETAIL SCALE:NTS PV RACKING LEGEND p ROOF RACKING RAIL C) _ 2'4" G-O" 0 ROOF RACKING RAIL SPLICE _ TYP MAX m o 0 ROOF RACKING SECTION PV ARRAY TAG O 01 O ��SE OF r�+l� STANCHION W/ 1 MODSECTUON#LE EGROUP m (4 N IRONRIDGE f 7 RETRO FIT FLASHING N N ASSY,CAPFOOT ,� _ o w 0) w DETAILS IN SECTION OR SIDE VIEW rr1 Z r .......... Of D_ 'S 60611 E.1wYSSLING EXISTING ROOF CONSTRUCTION z o p Q BOLT LAG 5/16 X 4.75 —J L— 19�..t COMPONENT TYPE a a 2.5"MIN EMBEDMENT CEN� ' MEAN ROOF HGT MAX 15' o m kD ROOFING COVERING Comp Shingle n ti a IRONRIDGE Wysslinlgl onsulting TABLE OF COMPONENTS y a) ASSY, —J —J Fi"-, 20109 ® COMPONENT MODEL -p� WASHER, FLASHING 1 PV RAIL TYPE 1 XR100Rail m 0 00 EPDMBACKED� L_J L_J L_J 2 PV RAIL SPLICE TYPE I PER RAIL MANUFACTURER i 3 PV RAIL TYPE NOTUSED E 0 _ m 4 PV RAILSPLICE TYPE PER RAIL MANUFACTURER Q 5 STANCHION FlashFoot2 CJ W. —J L—J J 6 FLASHING Integrated oO 7 MID CLAMP PER RAIL MANUFACTURER J m (E)FRAMING 8 END CLAMP PER RAIL MANUFACTURER Ip p 7 @ 24"O.C.TYPICAL '� L r-� r v Ly u 0 �1/Ln U 1 STANCHION ATTACHMENT DETAIL SCALE:NTS 2 RAIL SPLICE DETAIL-HORIZONTAL RAIL SCALE:NTS SHEET NOTES J 1. A MINIMUM OF(1)5/16"DIAMETER LAG SCREWS WITH 2.5"EMBEDMENT INTO THE RAFTER USED,OR THE ANCHOR Q FASTENER MUST MEET THE MANUFACTURER'S ENGINEERING. L!J MODULE END 2. ADHERE TO RACKING MANUFACTURERS INSTALLATION w 0 3„ PV MODULE, z $-16 X 1"SS CLAMP BY OTHERS INSTRUCTIONS PERTAINING TO CANTILEVER. r O SERRATED T-BOLT 2 Z IRONRIDGE RAIL s w LU a> $"HEX FLANGE owc = NUT r--� --� w LL I U FLASHINGS N ~O Q IRONRIDGE FLASHFOOT2 �__ � Q (E)BUILDING (W/INTEGRATED FLASHING) "' STRUCTURE STAGGER STANCHIONS WHERE POSSIBLE. r r SEE SHEET"S-100"FOR: I„ 0 0 HORIZONTAL ANCHOR SPAN SPACING. ¢m N ci (E)COMP SHINGLES ROOF COVERING �(E)FRAMING �� O TYPICAL 0 mo N i ROOF SHEATHING r--� SPACING VARIES r--� r- w N ALL ANCHOR LAGS TO BE MINIMUM 2-1/2" EMBEDMENT INTO FRAMING MEMBERS L__J L__J L__J PV RACKING LEGEND Ln ROOF RACKING RAIL Q 2 3"OF TOTAL SPAN MAX O ROOF RACKING RAIL SPLICE J RAIL MANUFACTURER ❑ ROOF RACKING SECTION SECTIONri PV ARRAY TAG () 1/3"OF TOTAL SPAN MAX RAIL SPLICE KIT SE o STANCHION W/ 01 N SEE"S-100/TABLE OF COMPONENTS" RETRO FIT FLASHING 1 MODULE GROUP Q M O *MODULES SHOWN PORTRAIT IN EXAMPLE 0 *DETAILS IN SECTION OR SIDE VIEW 0 i n i X 3 RAIL EXTENSION DETAIL SCALE:NTS 4 RAFTER HOLE AND CONSTRUCTION DETAIL SCALE:NTS p �° ~ O `° Y -ri -ri NOTE:WHERE FRAMING IS VISIBLE FROM ATTIC&/OR UNDERSIDE OF ROOF, = s = t 0 VISUALLY REVIEW FRAMING TO VERIFY THAT NO SIGNIFICANT STRUCTURAL i o 0 ❑ ❑ DECAY OR UN-REPAIRED FIRE DAMAGE EXISTS. coN vim) V7 V7 CD w N V) m LU OC z n d RIDGE SAG IN INCHES NOTTO EXCEED RIDGE r 0 0 EXTENSION OF RAIL 1/3 LENGTH IN FEET DIVIDED BY 20 z a a Q RAIL OR STRUT CANT. NOTCHES DEEPER THAN 1/4" 0 M M CONNECTIONS TO MEET MAX -, r--, RIDGE BEAM m ti v NOT ALLOWED ALONG TOP OR �, � WEIGHT REQ.OF EQUIPMENT I� 1/4 H BOTTOM EDGE OF FRAMING N y al ROOFTOP _J L__J J,'` M/ppLESq((OwE o CONDUIT DCB - - HALF F. t y m : 00 AND/OR ��\'-,.;"�'7_` OF FRgMI IN c DC * *� " G'SP /V E o - F- 1/4 w 0 0 /70 COMPONENT+ ----=_ t_ It.OF rt��I o L -------- -_- -------------- ---_-- OF MODULE 'f' �� J Ly 2 FROM SIDE 2 FRAMING SAG IN INCHES NOT R i SCOTT .. wYSSLIN6 O 7 VERIFY THAT NO TO EXCEED FRAMING LENGTH j•••'�••• """"'""i"'� Z� DIAGONAL AND/OR VERTICAL IN FEET DIVIDED BY 20 �l�i •, CEN9�o;'�„% L LI ATTIC/FRAMING STRUT MEMBERS HOLES ALLOWED ONLY IN MIDDLE THIRD II114 1 N`:=o'+� 0 -ri -ri ARE CUT OR NOTCHED OF FRAMING DEPTH,*R2,AND NO LARGER Wyssling Consulting a Ln THAN *R2/4IN DIAMETER. MINIMUM Firm No. 20109 *MODULES SHOWN PORTRAIT IN EXAMPLE I i I i SPACING BETWEEN HOLES AT*R2 1 I **RAILING SHOWING IN VERTICAL IN EXAMPLE -J L--J *SEE DETAILS"1-2/S200"TABLE OF DIMENSIONS V PV MODULE#1 SPECIFICATIONS DC COMBINER/DISCONNECT#1 STRING INVERTER#1 SPECIFICATIONS AC DISCONNECT#1 (IF APPL.) L/) MANUFACTURER MISSION SOLAR MANUFACTURER MANUFACTURER SolarEdge MANUFACTURER Eaton z MODEL NUMBER MSE345SX5T MODEL NUMBER MODELNUMBER SE1140OH-US(240V) MODEL NUMBER DG222URB O WEIGHT 44.8 Ibs OCPD(DISCONNECT TYPE) QUANTITY 1 INVERTER(S) QUANTITY 1 JAC DISCO.(S) Q DIMENSIONS 68.82x41.49x1.57L"xW"xD"/THICK WEIGHT Ibs NOMINAL POWER RATING 11400 WATT AC DISCONNECT DEVICE TYPE NON-FUSIBLE DISCONNECT z PEAK POWER @STC(Pmax) 345 WATTS NEMA RATING WEIGHT 38.8 Ibs. RATED OPERATIONAL VOLTAGE 120/240 VOLTS ~O � Voc(OPEN-CIRCUIT VOLTAGE) 41.0 VOLTS DC LOCATION OF COMPONENT DCINPUT RATED CURRENT 60 AMPS �w JQ LU Vmp(MAX-POWER VOLTAGE) 33.37 VOLTS DC DC INPUT Max INPUT DC VOLTAGE 480 VOLTS DC NUMBER OF POLES 2 P 11 LU U isc(SHORT-CIRCUIT CURRENT) 10.92 AMPS SERIES FUSE RATING FOR PV MODULES AMPS(OCPD) Min.MPPT VOLTAGE RANGE 400 VOLTS DC NEMA RATING 311 z imp(OPERATING CURRENT) 10.34 AMPS QUANTITY OF PV SOURCE CIRCUITS CITY Max.MPPT VOLTAGE RANGE 480 VOLTS DC FUSE RATING N/A AMPS LU MFR.Voc TEMP COEFFICIENT -0.26 %/K MAX PV MODULE Voc VOLTS DC Max INPUT CURRENT 30.5 AMPS TOTAL INPUT CURRENT 47.5 AMPS IQ O r�Y MAX SERIES FUSE RATING 20.0 AMPS MAX#OF MODULES IN CIRCUIT CITY MPPT QTY N/A LU rq L j N TEMP.CORRECTED Voc 44.69 VOLTS DC MAX ALLOWED INPUT VOLTAGE VOLTS DC INTEGRATED DC DISCONNECT YES AC DISCONNECT#2(IF APPL.) °`N MAX INPUT FUSE/BREAKER RATING AMPS INTEGRATED AC DISCONNECT NO COMPLY W/NEC 690.17 MANUFACTURER N N DC OUTPUT AC OUTPUT MODEL NUMBER LU OCV DC/DC OPTIMIZER(IF APPL.) a m MAX CIRCUIT OUTPUT CURRENT AMPS NOMINAL VOLTAGE OUTPUT QUANTITY AC DISCO.(S) pry Ln O VOLTS AC MANUFACTURER SolarEdge Technologies MODELNUMBER P370 Single(240V) MAX CONT.OUTPUT CURRENT AMPS MAX.AC APPARENT POWER 11400 WATTS DISCONNECT DEVICE TYPE ry0c O WEIGHT 1,$ Ibs MAX OVERCURRENT PROTECTION(OCPD) 70 AMPS RATED OPERATIONAL VOLTAGE VOLTS 1 DC COMBINER/DISCONNECT#2(IF APPL.) MAX.OUTPUTCURRENT 47.5 AMPS-MAX RATED CURRENT AMPS w W RATED OUTPUT isc 15 AMPS MAX OUTPUT VOLTAGE 60 VOLTS MANUFACTURER NUMBER OF POLES P OC MODELNUMBER STRING INVERTER#2 SPECIFICATIONS(IF APPL.) NEMA RATING MAX INPUT VOLTAGE Voc 80 VOLTS OCPD(DISCONNECT TYPE) MANUFACTURER FUSE RATING AMPS WEIGHT Ibs MODEL NUMBER TOTAL IN PUT CU RRENT AMPS NEMA RATING QUANTITY INVERTER(S) LOCATION OF COMPONENT NOMINAL POWER RATING WATT AC AC SUB-PANEL#1(IF APPL.) z DC INPUT WEIGHT Ibs. SERIES FUSE RATING FOR PV MODULES AMPS(OCPD) DC INPUT NEW OR EXISTING Proposed QUANTITY OF PV SOURCE CIRCUITS CITY Max INPUT DC VOLTAGE VOLTS DC MAKE/MODEL d MAX PV MODULE Voc VOLTS DC Min.MPPT VOLTAGE RANGE VOLTS DC TYPE OF PANEL LOAD CENTER U � N MAX#OF MODULES IN CIRCUIT QTY Max.MPPT VOLTAGE RANGE VOLTS DC NUMBER OF POLES 2 P _� O MAX ALLOWED INPUT VOLTAGE VOLTS DC Max INPUT CURRENT AMPS NEMA RATING 3R OR BETTER J L v 1O MAX INPUT FUSE/BREAKER RATING AMPS MPPT CITY BUSS BAR RATING 225 AMPS to cr H DC OUTPUT INTEGRATED DC DISCONNECT SUB-PANEL MAIN BREAKER 200 AMPS O 0 COMPLY W/NEC 690.17 MAX CIRCUIT OUTPUT CURRENT AMPS INTEGRATED AC DISCONNECT MAIN SERVICE PANEL P.O.C.BREAKER 200 AMPS O MAX CONT.OUTPUT CURRENT AMPS AC OUTPUT SUM OF EXISTING CIRCUIT BREAKERS AMPS O 3 NOMINAL VOLTAGE OUTPUT VOLTS AC MAX ALLOWABLE SOLAR CURRENT 70 AMPS N DC COMBINER/DISCONNECT#3(IF APPL.) MAX.AC APPARENT POWER WATTS PV BACKFEED BREAKER#1 60 AMPS(Imax) co N MAX OVERCURRENT PROTECTION(OCPD) AMPS PV BACKFEED BREAKER AMPS(Imax) Y MANUFACTURER to N MODEL NUMBER MAX.OUTPUT CURRENT AMPS-MAX PV BACKFEED BREAKER#3 AMPS(Imax) cn � LU Z OCPD(DISCONNECT TYPE) PV BACKFEED BREAKER#4 AMPS(Imax) ^ Q p p 0- WEIGHT Ibs AC COMBINER#1 (SOLAR LOAD CENTER) Z a a a NEMA RATING MANUFACTURER MAIN SERVICE PANEL (IF APPL.) LOCATION OF COMPONENT MODEL NUMBER NEW OR EXISTING EXISTING o cn w Ln DC INPUT RATED OPERATIONAL VOLTAGE VOLTS ELECTRICAL SERVICE 120/240V Single Phase n' o � �,.A OF r�11� SERIES FUSE RATING FOR PV MODULES AMPS(OCPD) RATED CURRENT AMPS BUSS BAR RATED CURRENT AMPS •1U Y 0 ,� . •tt 225 QUANTITY OF PV SOURCE CIRCUITS CITY NUMBER OF POLES P MAIN BREAKER RATED CURRENT 200 AMPS j f - •••••• t t/�j MAX PV MODULE Voc VOLTS DC NEMA RATING SUM OF EXISTING CIRCUIT BREAKERS AMPS >_ t' / _. .. s.. O 00 ci SCOTT•E.WYSSLING; MAX#OF MODULES IN CIRCUIT CITY MAIN BREAKER SIZE AMPS MAX ALLOWABLE SOLAR CURRENT 100% 25 AMPS m �� 122689 MAX ALLOWED INPUT VOLTAGE VOLTS DC TOTAL INPUT CURRENT AMPS MAX ALLOWABLE SOLAR CURRENT 120% 70 AMPS(Imax) a) '-' • MAX INPUT FUSE/BREAKER RATING AMPS NUMBER OF BRANCH CIRCUITS CIRCUITS PV BACKFEED BREAKER#1 AMPS(Imax) m 0 p ••.C E N•�..•a �11Ear` DC OUTPUT PV BACKFEED BREAKER#2 AMPS(Imax) Q MAX CIRCUIT OUTPUT CURRENT AMPS AC COMBINER#2(SOLAR LOAD CENTER) PV BACKFEED BREAKER#3 AMPS(Imax) �. Wyssling Consulting MAX CONT.OUTPUT CURRENT JAMPS O `\ MANUFACTURER PV BACKFEED BREAKER#4 AMPS(Imax) J m Firm No. 20109 MODELNUMBER ALT.ENERGY BACKFEED BREAKER(IF APPL.) AMPS(Imax) i 1 RATED OPERATIONAL VOLTAGE VOLTS M RATED CURRENT AMPS 1/0 L� PV SYSTEM MAXIMUM VOLTAGE (MODULE VOCMA NUMBER OF POLES P u DATA SOURCE SOLARABCS.ORG/ABOUT/PUBLICATIONS/REPORTS/EXPEDITED-PERMIT/MAP/ NEMA RATING �O MAIN BREAKER SIZE AMPS Ly STC MFR.P TEMP CORRECTED TEMPERATURE V L EXTREME. CORRECTED FIC MODULE Voc CORRECTED TOTAL INPUT CURRENT AMPS I n TEMP.["C] TEMPERATURE TEMPERATURE COEFFICIENT FORMULA TEMP. [VDC] OPEN CIRCUIT \J1 ["C] [-0.#%/C]*100 COEFFICIENT VOLTAGE NUMBER OF BRANCH CIRCUITS CIRCUITS -9 - 25 = -34 * -0.26% = 0.09 + 1 1.09 * 41.0 = 44.69 U WIRE AND CONDUCTOR NOTES WIRE COLOR CODING (2020)CEC/NEC SECTIONS 250.119 &200.6 1. ANY CONDUCTOR LENGTH UNDER 50'DOESN'T REQUIRE VOLTAGE DROP CALCULATIONS PV DC WIRING AC WIRING Q 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 EQUIPMENTGROUND GREEN OR BARE,OR GREENIYELLOW U DEEMED QUESTIONABLE TO PREVENT ISSUES RELATED TO USING CONDUCTORSTHAT ARE IMPROPERLY SIZED. GROUNDED CONDUCTOR. GROUNDED CONDUCTOR 3. WIRING METHODS IN THESE CALCULATIONS DON'T EXCEED 1000 VOLTS TYPICALLY NEGATIVE (NEUTRAL)WHITE OR GRAY WHITE OR GRAY Ly 0 4. CEC/NEC 310.15(A)(2)(AS APPLICABLE)WHERE TWO DIFFERENT AMPACITIES APPLY TO ADJACENT PORTIONS OF A CIRCUIT,THE HIGHER AMPACITY SHALL BE PERMITTED TO BE z Z USED BEYOND THE POINT OF TRANSITION,A DISTANCE EQUAL TO 10'-0"(3 METERS)OR 10%OF THE CIRCUIT LENGTH FIGURED AT THE HIGHER AMPACITY,WHICHEVER IS LESS. ANY COLOR OTHER THAN GREEN OR WHITE/GRAY ANY COLOR OTHER THAN GREEN OR WHITE/GRAY ALLOWED. 0 CONVENTIO O WHEN LESS THAN 10'-0"OR 10%OF THE CIRCUIT LENGTH;THE LESSER AMPACITY MAY BE USED. UNGROUNDED CONDUCTOR(S). UNGROUNDED TYPICALLY POSITIVE N IS RED FOR GROUNDED SYSTEMS CONDUCTORS)HOT: CONVENTION IS Ll BLACK w U RED(+)AND BLACK(-)FOR UNGROUNDED SYSTEMS Ll AND L2 ul CONVENTION IS L2 RED d w 0 0 K z w°L Q DC WIRE AND CONDUIT SIZING CHART [SEE SHEET E-003 FOR THREE LINE DIAGRAM] W CLu CONDUCTOR CONDUIT FILL w N REQUIRED CONDUCTOR AMPACITY CONDUCTOR TEMPERATURE DERATING CORRECTED AMPACITY CALCULATION AMPACITY CHECK rg. CIRCUIT CIRCUIT SPECIFICATIONS DERATING _+ TEMP. AMPACITY AMPACITY N N QN IN TEMP AMPACITY Ist(AMPS) ROF MAX CONT. AMBIENT HGT. OPERAT. Ii OF CONDUIT w O p ORIGIN DESTINATION TRADE @ 30"C X COMBINED X CURRENT X OPERATION _ REQUIRED CIRCUIT TEMP. ABOVE ADDER PER TEMP. CORRECTION UNGRND. CORRECTION COND. X TEMP. X FILL = CORRECTED REQUIRED < CORRECTED F\\ PARALLEL RATING OR _ N N & (.C) SIZE PER 310.16 COMPONENT PARALLEL 690.8(A)(1) 690.8(B)(1) AMPACITY ENVIRONMENT ("C) ROOF(in) 310.15 VC) 310.15 COND. 310.15 AMPACITY DERATING DERATING AMPACITY AMPACITY AMPACITY MATERIAL (AMPS) STRINGS (B)(2)(t) (B)(2)(a) (B)(3)(a) Q N O \\ DC1 PV MODULE DC/DCCONVERTER (1)CU 90 AWG 30 10.92 X 1 X 1.25 X 1.25 = 17.06 ROOFTOP 39 >7/8" 0 39 0.91 2 N/A 30 X 0.91 X 1.0 = 27.3 17.06 c 27.3 O MO C) DC2 DC/DC CONVERTER JUNCTION BOX (1)CU 90 N10 40 15 X 1 X 1 X 1.25 = 18.75 ROOFTOP 39 >7/8'1 0 39 0.91 6 N/A 40 X 0.91 X 1.0 = 36.4 18.75 < 36.4 > W AWG I I I I I Iw Jt10 � DC3 JUNCTION BOX INVERTER (1)CU 90 AWG 40 15 X 1 X 1 X 1.25 = 18.75 ROOFTOP 39 >7/8" 0 39 0.91 6 0.80 40 X 0.91 jxx = 29.12 18.75 < 21.12 '--I DC4 J-BOX(garage) INVERTER (1)CU 90 AWG 40 15 X 1 X 1 X 1.25 = 18.75 TRENCH 39 N/A 0 39 0.91 4 0.80 40 X 0.91 = 29.12 18.75 < 29.12 DC5 X X X = X = < N DC6 X X X = X = Z Q DC7 x X X = X = < U DC8 x X X = X = < a N bo v rn J 0 O L r, 1 > i X s��te OFr" O 2 �° a; H lb OF 11 O s E.WYSSLINO rI o rn 0 ! coN N I 722069cc Of i Y a W sslin Consultingz Q a a AC WIRE AND CONDUIT SIZING CHART [SEE SHEET E-003 FOR THREE LINE DIAGRAM] Firm No. 20109 CONDUCTOR REQUIRED CONDUCTOR CONDUIT FILL p m tD CONDUCTOR TEMPERATURE DERATING CORRECTED AMPACITY CALCULATION AMPACITY CHECK 0 M a SPECIFICATIONS AMPACITY DERATING � � TAG CIRCUIT ORIGIN CIRCUIT MAX INV.OUTPUT TEMP. AMPACITY AMPACITY Y � o QTY IN TEMP AMPACITY CONT. CURRENT(AMPS) AMBIENT HGT. #OF CONDUIT � y DESTINATION PARALLEL RATING TRADE _ REQUIRED CIRCUIT ADDER PER OPERAT. CORRECTION CORRECTION COND. TEMP. _ CORRECTED REQUIRED CORRECTED @ 30`C OPERATION X OR - TEMP. ABOVE UNGRND. X X FILL - < v) & (,C) SIZE pER 310.16 690.8(B)(1) COMPONENT AMPACITY ENVIRONMENT (=C) ROOF(in) 310.15 TEMP.(-C) 310.15 COND. 310.15 AMPACITY DERATING DERATING AMPACITY AMPACITY AMPACITY s_ MATERIAL (AMPS) (B)(2)(t) (e)(2)(a) (e)(3)(a) > O AC1 INVERTER AC DISCONNECT (1)CU 75 AWG 85 1.25 X 47.5 = 59.4 EXT WALL 39 N/A 0 39 0.88 3 1.0 85 X 0.88 X 1.0 = 74.8 59.4 < 74.8 v i AC2 AC DISCONNECT SUB-PANEL (1)CU 75 AWG 85 1.25 X 47.5 = 59.4 EXT WALL 39 N/A 0 39 0.88 3 1.0 85 X 0.88 X 1.0 = 74.8 59.4 < 74.8 (= LL (U AC3 SUB-PANEL EXISTING SERVICE PANEL (1)CU 75 AWG 200 1.0 X 200 = 200.0 X X = 200.0 < 200 Q 00 �• AC4 X = X X = < U rn J J ACS X = X X = < � C AC6 X = X X = < N Z Y u AC7 X = X X = < Y1 Ly 0 AC8 X = X X = V L 1 AC9 X = X X = < D AC10 X = X X = < U EQUIPMENT TABLE STRING MODULEQTY INVERTER# LEGEND EGC 1 10 INV 1 TAG QTV COMPONENT DC# DC CONDUCTOR TAG EQUIPMENTTAG 1 34 PV MODULES MISSION SOLAR MSE345SX5T b - ---------—I 2 10 INV1 4 Q y rr _z I 2 34 DC/DCOPTIMIZER P370 Single(240V) 3 14 INV 1 7AC CONDUCTOR TAG GND GROUND CONDUCTOR TAG 3 0 DC DISCONNECT INTEGRATED IN INV z Q I I I 4 0 DC COMBINER BOX ~O DCl LU 5 2 JUNCTION BOX 4x4 Metal ELECTRICAL NOTES �w Z LU _ rr rr _- I 6 0 RAPID SHUTDOWN INTEGRATED IN INV&OPT UNGROUNDED PV SYSTEMS: 0- w J L D _ -INVERTERS,MODULES,AND DC COMPONENTS MUST BE LISTED LU T D� ..—.,— I 7 1 AC/DCINVERTER SolarEdgeSE1140OH-US(240V) FOR USE UNGROUNDED O LU I BACK-FEED SOLAR BREAKER: 60A Ln I I 8 0 AC/DC INVERTER W/INTE AC DISC TRANSFORMER-LESS(TL) LU LL c-I LLJ I I 1 14 MODULES I i I 9 1 AC DISCONNECT(INDEPENDENT) Eaton DG222UR8 CONDUCTOR TABLE CONDUIT TABLE •OCPD'S WHERE NECESSARY MUST HAVE DISCONNECTING MEANS. Q~O � I I I -PV SOURCE CIRCUITS MUST BE EITHER PV WIRE AND LISTED FOR J c = 10 0 SOLAR LOAD CENTER TAG QTY• SIZE TYPE GROUND SIZE TYPE WET LOCATIONS OR JACKETED MULTI-CONDUCTOR CABLES uJ NQ T Dc I MODULE NAMEPLATE 11 0 PROD/GENERATION METER DC1 2 #12AWG PVWire #6AWG N/A Open Air INSTALLED IN RACEWAY. or I -THE AC SIDE IS STILL GROUNDED ON THE NEUTRAL CONDUCTOR. I I I I RATING 345W 12 1 SUB PANEL (N)225A BUS/200A DC2 7 #10AWG PVWire #6AWG N/A Open Air ry N I I I 13 0 AC DISCONNECT(FUSIBLE) DC3 7 #10AWG THWN-2 #8AWG 3/4" EMT •REQUIRE EQUIPMENT GROUNDING BUT DOES NOT HAVE SYSTEM LLJ O O I I I I GROUNDING;NO DC CURRENT-CARRYING CONDUCTOR IS F 4 rr o + - 14 0 NEW MAIN SERVICE PANEL DC4 5 #10AWG THWN-2 #8AWG 3/4" PVC CON NECTED TO GROUN D.THESE CON DUCTORS ARE COLOR Q N Ln D I I CODED DIFFERENTLY THAN GROUNDED PV SYSTEMS. CD — I I I 15 1 EXISTING MAIN SERVICE PANEL 225A BUS/200A MB DCS AC/DC ELECTRICAL NOTES: M I I I I 16 1 EXISTING UTILITY METER 120/240V-10 DC6 O O OI I J 10 MODULES •I I I ALL OVERCURRENT PROTECTION DEVICES(OCPDs)MUST BE I I I I NOTE:EQUIP TAGS MAY NOT BE IN SEQUENTIAL ORDER,N/A USED DC7 RATEOF THE DFOR 600OLTS ON THE DC/PV POWER SIDE > LU p-- I I I SEE SHEET E-001 FOR ADDITIONAL ELECTRICAL SPECIFICATIONS pig -EXTERIOR ENCLOSURESTO BE NEMA TYPE 311 OR BETTER. oC DC I I I I AC1 4 #4AWG THWN-2 #8AWG 1" EMT -ALL CONDUIT AND CONDUIT CONNECTIONS SHALL BERATED I I I I FOR WET AND DAMP LOCATIONS WHEN APPLICABLE. 1 kFu AC2 4 #4AWG THWN-2 #8AWG 1" EMTINTERCONNECTION NOTES: AC3 4 #3/0 AWG THWN-2 #2 AWG 2" EMT .705.12(B)(4)CIRCUIT BREAKERS MUST BE SUITABLE FOR +i -- I I I AC4 BACKFEEDING.NEC INFORMATIONAL NOTE: D I FUSED DISCONNECTS,UNLESS OTHERWISE MARKED, DC I I I I I AC5 ARE SUITABLE FOR BACKFEEDING. V) I 10 MODULES I I AC6 •690.13(F)(2)DEVICES MARKED WITH"LINE"AND"LOAD"SHALL z I I I I I I I NOT BE PERMITTED FOR BACKFEED OR REVERSE CURRENT I I I I I I I I ACS •705.12(B)(5)CIRCUIT BREAKERS BACK FEED FROM UTILITY d AC9 INTERACTIVE INVERTERS(ANTI-ISLANDING,UL 1741 CERTIFIED) U I nV i AC10 7 O J O 5 I O L r, LO ~ O -2 Oi INCLUDES GROUND&CURRENT CARRYING CONDUCTORS O (6 2 O I I I I I I > co nJ v) I _I.jE•��► O LU Ln N 5 ♦—————— oF'rFf11 1 12 lA ^ Q z w 0 •,' ,,, 4 r o o a ;+.:....... .............:..., M � aQ I I I I I I I A ScOTT E.WYSSL — —' i —I II ..................................� _.� 15 I I I I ,, (122 aE9 0,/,4� I — v UD F: r, I I I l l l i i BUS I I I I I I ,+1lnil; BUS Ii ATS 1X � RING RATING I L'O 1.0 zzsA zooA zzsAWyssling Consulting INVERTER NAMEPLATE AC DISCONNECT NAMEPLATE Firm No. 20109 i i ! I m � °° N �+ I I I I i i RATING 1140OW/240V RATING 6OA/240V E LL I +° I I 3 7 6 9 — 00 TO(E)LOAD rn rn CENTER A Cti2 Lz L2 60 — 00A In N N _ I U Yo ZUI ^ �n e_ I I V EQUIPMENT GROUNDING j 1. METAL PV MODULE FRAMES MUST BE CONNECTED TO THE EGC O (EQUIPMENT GROUNDING CONDUCTOR). 0 1.1.WEEBS MAY BE USED IN LIEU OF MODULE GROUND CLAMPS if OR LUGS,WITH APPROVAL OF AHJ AND RACKING MFG.WEEBS w J ARE ONETIME USE ONLY.SEE"we-Ilc.com"FOR RACKING z SPECIFIC WEEB,INSTALL INSTRUCTIONS,AND UL 2703 CERT. ~0 J 1.2.FOR"LAY-IN"LUG MODULE GROUNDING;CORRECT U HARDWARE OF PROPER METAL MATERIALTO AVOID w j M CORROSION MUST BE USED.TYPICALLY DIRECT BURIAL RATED, w F91SUBI AC IINV TINNED,OR STAINLESS STEEL.GROUNDING LUGS MUST BE K ATTACHED AT MARKED LOCATION ON EACH MODULE. 0 w L j 2. THE EGC(EQUIPMENT GROUNDING CONDUCTOR)IS USED TO a~O j BOND ALL NON-CURRENT CARRYING CONDUCTORS AND EXPOSED LU J co N J METAL PARTS THAT MIGHT COME INTO CONTACT WITH LUQQ j CURRENT-CARRYING CONDUCTORS,INCLUDING THE FOLLOWING: N LU j 2.1.PV MODULES FRAMES,ARRAY MOUNTING RACKING;THE N N METALCHASSISOF EQUIPMENTSUCHAS INVERTERS, LLJ O O j DISCONNECTS,METERS,IUNCTION BOXES AND COMBINER N N BOXES;AND METAL CONDUIT HOLDING CIRCUITS>250 VOLTS M j TO GROUND PER NEC 250.97 Q 3. THE GEC(GROUNDING ELECTRODE CONDUCTOR)IS THE O O CONDUCTOR USED TO CONNECTTHE GE OR GE SYSTEM TO THE SYSTEM GC,TO THE EGC,OR TO BOTH. w 4. THE GE(GROUNDING ELECTRODE)IS A CONDUCTING OBJECT, OC j OFTEN A ROD,RING,OR PLATE ESTABLISHING A DIRECT j CONNECTION TO EARTH.THE AC SYSTEM GROUND IS EXISTING, USUALLY AT THE EXISTING MAIN PAN EL AND/OR UTILITY METER. THE GROUND CAN ONLY OCCUR IN ONE PLACE AND MUST NOT BE j DUPLICATED IN SUB-PANELS OR ANYWHERE ELSE ON AC SI DE. I ELECTRICAL SYMBOL LEGEND z CB DC COMBI N ER BOX ATF AUTOTRANSFORMER Q DCB DC DISCONNECTING IsLC SOLAR LOAD CENTER d j COMBINER BOX ACC AC COMBINER U DC DC DISCONNECT BATT BATTERY N j INV# DC/AC STRING INVERTER FA-Cl AC DISCONNECT p j FC_LPj CRITICAL LOADS PANEL SP SERVICE PANEL J `� FR-01 RAPIDSHUTDOWN © PERFORMANCE METER i c x j SUB SUB-PANEL ® UTILITY METER O J p SECTION PV ARRAY TAG XFMR TRANSFORMER -2 N SECTION# 1B JUNCTION BOX 1.- 1 1 MODULE GROUP ATS AUTO TRANSFER SWITCH = _ O +�+ PV AC DISCONNECT LOCATED ON ACCESSIBLE EXTERIOR >� rn p WALL WITH EXTERNAL HANDLE VISIBLE,LOCKABLE& > co N to LABELED WITHIN 10 FEET OF THE METER. CD LUN En N PROPOSED UNDERGROUND CONDUIT cn LU LU Z TRENCH LENGTH SOFT a 0 Q-- ------- -------------J Z 0 a a JB O cn 1D O m in JB _- m1-1v - - _- -- ar io ti Y ^ O vi Ia .s > ti ..•��y A m 0 00 J1E OF TF +: ......... Y SCOTT E WYSSL ........ a /......................... . . I'' ''•..0 t�DEt49,..' �Ly Wyssling Consulting Z or Firm No. 20109 L ao � 0o DLn CITY 34 MISSION SOLAR MSE345SX5T MODULES CITY 1 SolarEdge SE1140OH-US(240V)INVERTER NORTH SCALE:1/24"=1'0"@ SHEET SIZE A3 U 1 CONDUIT RACEWAY J-BOX AND PULL BOXES SCALE: J-BOX DC COMBINER AND DC DISCONNECT SCALE: 3 DC COMBINER BOX scA`E: SHEET NOTES 1/2„=1,-0„ 2 , . 1/4„_1'.0„ 1/2��=1,_0„ Cn CODE ABBREVIATIONS: 0� NATIONAL ELECTRICAL CODE(NEC) Q WARNING: PHOTOVOLTAIC WARNING: INTERNATIONAL RESIDENTIAL CO(IBC) INTERNATIONAL RESIDENTIAL CODE(IRC) ELECTRIC SHOCK HAZARD.THE DC DC COMBINER BOX g CONDUCTORS OF THIS PHOTOVOLTAIC INTERNATIONAL FIRE CODE(IFC) z POWER SOURCE SYSTEM ARE UNGROUNDED AND MAY UNDERWRITERS LABORATORY ILL) o 1. COMBINATION PLACARDS MAY BE USED IN PLACE OF MULTIPLE BE ENERGIZED PLACARDS FOR THE SAME DEVICE,ALL INFORMATION FROM THE w COMBINER # 1 MULTIPLE PLACARDS MUST BE PRESENT. a w 1. PLACE ON CONDUIT AND/OR RACE WAYS EVERY 10'(60"),12" 1. ONLY FOR UNGROUNDED SYSTEMS. Q FROM BENDS,12"ABOVE AND BELOW PENETRATIONS. 2. BLACK LETTERS WITH YELLOW BACKGROUND MAY BE USED IN O L 0 2. PLACED ON ALL ENCLOSURES WITH UNGROUNDED CIRCUITS PLACE OF THE STANDARD WHITE LETTERS WITH RED Lu L.L, Z 2. CODE REFERENCE:NEC 690.31(G)(3) OR DEVICES WHICH ARE ENERGIZED AND MAY BE EXPOSED BACKGROUND WITH AHJ APPROVAL. Q ~O Q 3. MINIMUM OF 11/8"x 5 3/4" DURING SERVICE. 1. USE PLACARD"COMBINER#1"WHEN MORE THAN 1 3. ALL INTERIOR AND EXTERIOR DC CONDUIT,ENCLOSURES, l,J 2 I-__ 4. FONT:3/8"AND.8 WIDTH FACTOR. 3. MINIMUM OF 3"x 101/2" DC COMBINER 15 USED.NUMBER ACCORDING TO RACEWAYS,CABLE ASSEMBLIES,JUNCTION BOXES,COMBINER W m rJ L�1 THREE LINE DIAGRAM AND CALCULATIONS. BOXES AND DISCONNECTS ARE MARKED.(NEC 690.31[G],NEC K fQV 5. REFLECTIVE WHITE LETTERS ON A RED BACKGROUND. 4. FONT:3/8" 2. MINIMUM OF 1"x4" 690.13&690.53) 5. WHITE LETTERS ON A RED BACKGROUND. ry 3. FONT:3/8"AND.75 TO.8 WIDTH FACTOR 4. THE MARKINGS ON THE CONDUITS,RACEWAYS AND CABLE N W O O 4. WHITE LETTERS ON A RED BACKGROUND. ASSEMBLIES ARE EVERY 10 FEET,WITHIN ONE FOOT OF ALL Q P4\ TURNS OR BENDS AND WITHIN ONE FOOT ABOVE AND BELOW to ALL PENETRATIONS OF ROOF/CEILING ASSEMBLIES,WALLS AND p N _j O BARRIERS.(IFC 605.11.1.4,NEC 690.31[G][31) O O O 5. WHERE PV CIRCUITS ARE EMBEDDED IN BUILT-UP,LAMINATE OR MEMBRANE ROOFING MATERIALS IN ROOF AREAS NOT > COVERED BY PV MODULESAND ASSOCIATED EQUIPMENT,THE W LOCATION OF CIRCUITS SHALL BE CLEARLY MARKED. DC 6. REQUIRED LABELS SHALL BE PERMANENT AND SUITABLE FOR `q 4 NON-LOAD BREAK DC COMBINER/J-BOX SCALE: 5 DC DISCONNECTS SCALE: 6 INVERTER(S) SCALE: THE ENVIRONMENT.MATERIALS USED FOR MARKING MUST BE 1/2"-1'-0" 1/4"-1'-0.. 1/4"=V-0" WEATHER RESISTANT.UL STANDARD IS RECOMMENDED TO DETERMINE WEATHER RATING.UL LISTING OF MARKINGS IS NOT REQUIRED.SEE UL LABELING SYSTEM 969(UL 969) WARNING: WARNING: 7. MARKING CONTENT AND FORMAT: [DO NOT OPEN UNDER LOAD 7.2. MRNAM M3/11"LETTERR SIMILAR HIGHNON BOLD. N ELECTRIC SHOCK HAZARD ELECTRIC SHOCK HAZARD Z DO NOT TOUCH TERMINALS IF A GROUND FAULT IS INDICATED, 7.2. MINIMUM 3/8"LETTTER EIGHT FOROR EATERS. Q 7.3. MINIMUM 1/16"LETTER HEIGHT FOR DATA J TERMINALS ON BOTH LINE AND LOAD NORMALLY GROUNDED CONDUCTORS 7.4. CONTRASTING BACKGROUND AND LETTERING. d 1. CODE REFERENCE:NEC 690.13(C) SIDES MAY BE ENERGIZED IN THE MAY BE UNGROUNDED AND ENERGIZED 7.5. ALL CAPITAL LETTERS. u 2. USE ON NON-LOAD BREAK RATED DISCONNECTION. OPEN POSITION 7.6. CONTRASTING SPACE BETWEEN ROWS OF TEXT N N 3. MINIMUM OF 1"x 6" 7.7. DIMENSIONS OF PLACARDS ARE APPROXIMATE.MAY BE 7 0 4. FONT:3/8"AND.8 WIDTH FACTOR 1. PLACED ON DC DISCONNECTS)AND ON ANV 2. MINIMUM OF 3 1/2"x 10 1/2" REDUCED AND/OR INCREASED TO UL APPROVED J i ) n UD EQUIPMENTTHAT STAYS ENERGIZED IN THE OFF MANUFACTURED PRODUCT S. WHITE LETTERS ON A RED BACKGROUND. POSITION FROM THE PV SUPPLY. 3. FONT:3/8" > H 2. CODE REFERENCE:NEC 690.13(B) 4. WHITE LETTERS ON A RED BACKGROUND. ] RAPID SHUTDOWN SWITCH SCALE: Q J 1/S=LE: 3. MINIMUM OF31/2"x 10" Q N _ 4. FONT:3/8" 1 ON OPR NO MORE HAN 1ID SHUTDOWN 1M(3 FT)FROM T E SW TCH HAT = V m DO NOT DISCONNECT UNDER LTCH SHALL HAVE A LABEL LOCATED OAD INCLUDES THE FOLLOWING: 0)5. WHITE LETTERS ON A RED BACKGROUND. ` co N N ��E.°F••T�`+I� RAPID SHUTDOWN SWITCH FOR SOLAR PV SYSTEM o w VJ � 0................................•/, 2. THE LABEL SHALL BE REFLECTIVE WITH ALL LETTERS CAPITALIZED ^ < d SCOTT E.yyVSSLIN,G ri Q p p Q �•" , •.•,.••;••, AND HAVING A MINIMUM HEIGHT OF 9.5 MM(3/81N.), Z p p SCALE: ......E�B9 _• IN WHITE ON RED BACKGROUND. Q Q I `', C F� 'v ( ) 1/2"-1'-0' ' / Nj9f••' - SCALE: SCALE: O o') 1D I� ti 12 11 8 INVERTERS _ 9 AC AND DC DISCONNECTS �� sAL;��d��10 SOLAR kWh METER 1/z"=r-a 11 MAIN SERVICE PANEL 1/4"=r-0' om LNEC690.56(C)(1)(a) E NO MORE THAN 1 m FROM THE SERVICE DISCONNT Y n Wyssling Cons Iting 5 y S TO WHICH THE PV SYSTEMS ARE CONNECTED AND AC DISCONNECT#1 Firm No. 20109 SOLAR PRODUCTION INDICATETHELOCATIONOFALLIDENTIFIEDRAPID V) INVERTER # 1 OWN SWITCHES IF NOT AT THE SAME LOCATION. s DCDISCONNECT#1 METER CUSTOMER OWNED AR PV SYSTEM EQUIPPED m � 1. USE PLACARD"INVERTER#1"WHEN MORE THAN 1 ITH RAPID SHUTDOWN E 2 INVERTER IS USED.NUMBER ACCORDING TO THREE USE PLACARD"[AC][DC]DISCONNECT#1"WHEN MORE PHOTOVOLTAIC SYSTEMY LINE DIAGRAM AND CALCULATIONS. THAN ONE DISCONNECT IS USED.NUMBER ACCORDING TO Q 2. MINIMUM OF I"x4" THREE LINE DIAGRAM AND CALCULATIONS. kWh METER RAPID SHUTDOWN O ^. SWITCH TO THE 3. FONT:3/8" WLAq ELECTgIC OPV SYSTEM DISCONNECT 1. USE PLACARD ON CUSTOMER GENERATION METER. FF POSDION TO qy pggELS J4. WHITE LETTERS ON A RED BACKGROUND. DOWN PV SYSTEM N2. VERIFY WHICH PLACARD IS REQUIRED WITH AHI. AND REDUCE Z 1. PLACE ON ALL AC AND DC DISCONNECTS 3. MINIMUM OF I"x4"2. CODE REFERENCE:NEC 690.13(B) 4. FONT:3/8"AND.8 WIDTH FACTOR HOCK HAZARD VIIN THE ARRAY.3. MINIMUM OF 1"x 101/2" 5. WHITE LETTERS ON A RED BACKGROUND.4. FONT:3/8" REFERENCE:NEC 690.56(C)(1)(a) O5. WHITE LETTERS ON A RED BACKGROUND. E:MIN.3/8"BLACK CHARACTERS ON YELLOW U KGROUND,REMAINING CHARACTERS MIN.3/16" Ln LACK ON WHITE BACKGROUND. QTY 34 MISSION SOLAR MSE345SX5T MODULES QTY 1 SolarEdge SE1140OH-US(240V)INVERTER u 1 DC DISCONNECTS&DISCO.COMBINER S4'.CALE:=1'-0" 2 AC DISCONNECT, 1/S AC SUB-PANEL SC-ALE:1'-0 3 UTILITY METER,SERVICE PANEL,SUB-PANEL 1/S scA1.- SHEET NOTES 1/ ' =1'-0" N AC DISCONNECT#1-INDEPENDENT/SEPARATE CODE ABBREVIATIONS: 0 PHOTOVOLTAIC SYSTEM PV SYSTEM AC DISCONNECT PHOTO VOLTAIC SYSTEM WARNING NATIONAL ELECTRICAL CODE < PV SYSTEM DC DISCONNECT DC DISCONNECT RATED AC OUTPUT CURRENT 47.5 AMPS AC DISCONNECT INTERNATIONAL RESIDENTIAL C (IBC) U RATEDACOUTPUT CURRENT zs AMPS DUAL POWER SOURCES #1 INTERNATIONAL RESIDENTIAL CODE(IRC) w U MAXIMUM CIRCUIT CURRENT 45.0 ADC #� MAX.CIRCUIT CURRENT .o ADC AC NORMAL OPERATING VOLTAGE 240 VOLTS RATED Ac ouTPUT cuRRENT s AMPS INTERNATIONAL FIRE CODE IFC z Q AC NORMAL OPERATING VOLTAGE - VOLTS ( ) MAXIMUM VOLTAGE 480 VDC MAXIMUM VOLTAGE ma VDC AC NORMAL OPERATING VOLTAGE - VOLTS UNDERWRITERS LABORATORY(UL) F-O J STRING INVERTER#1-INTEGRATED AC DISCONNECT 2 1. COMBINATION PLACARDS MAY BE USED IN PLACE OF MULTIPLE LLJ U PV SYSTEM AC DISCONNECT PHOTOVOLTAIC SYSTEM PLACARDS FOR THE SAME DEVICE.ALL INFORMATION FROM d> BUILDING CONTAINS TWO SOURCES w RATED AC OUTPUT CURRENT AMPS AC DISCONNECT OF POWER:UTILITY,SOLAR PV THE MULTIPLE PLACARDS MUST BE PRESENT. Ir PHOTOVOLTAIC SYSTEM RATEDACOUTPUT CURRENT AMPS PV SYSTEM DC DISCONNECT AC NORMAL OPERATING VOLTAGE VOLTS UTILITY SERVICE DISCONNECT LOCATED #2 2. BLACK LETTERS WITH YELLOW BACKGROUND MAY BE USED IN DC DISCONNECT AC NORMAL OPERATING VOLTAGE VOLTS BELOW.SOLAR PV SYSTEM DISCONNECT PLACE OF THE STANDARD WHITE LETTERS WITH RED N p Z MAXIMUM CIRCUIT CURRENT ADC #2 MAX.CIRCUIT CURRENT ADC LOCATED[N/E/S/WJ WALL OF BUILDING BACKGROUND WITH AHJ APPROVAL. Q -O >_ STRING INVERTER#2-INTEGRATED AC DISCONNECT MAXIMUM VOLTAGE VDC MAXIMUM VOLTAGE vOc J 2 1� 0 3.ALL INTERIOR AND EXTERIOR DC CONDUIT,ENCLOSURES, m N PV SYSTEM AC DISCONNECT PHOTOVOLTAIC SYSTEM RACEWAYS,CABLE ASSEMBLIES,JUNCTION BOXES,COMBINER RATED AC OUTPUT CURRENT AMPS AC DISCONNECT BUILDING CONTAINS TWO BOXES AND DISCONNECTS ARE MARKED.(NEC 690.31[E][3], AC NORMAL OPERATING VOLTAGE VOLTS RATED AC OUTPUT CURRENT AMPS SOURCES OF POWER: NEC 690.31[E][4]&690.53) AC NORMAL OPERATING VOLTAGE VOLTS N N UTILITY,SOLAR PV PV SYSTEM DC DISCONNECT PHOTOVOLTAIC SYSTEM UTILITY SERVICE DISCONNECT W#3 F N O 4. REQUIRED LABELS SHALL BE PERMANENT AND SUITABLE FOR DC DISCONNECT AC SUB-PANEL#1 LOCATED BELOW.SOLAR PV THE ENVIRONMENT.MATERIALS USED FOR MARKING MUST BE Q MAXIMUM CIRCUIT CURRENT ADC #3 MAX.CIRCUIT CURRENT AUG SYSTEM DISCONNECT LOCATED WEATHER RESISTANT.UL STANDARD IS RECOMMENDED TO MAXIMUM VOLTAGE VDC MAXIMUM VOLTAGE VDc PV SYSTEM AC DISCONNECT PHOTOVOLTAIC SYSTEM [N/E/SM/]WALL OF BUILDING DETERMINE WEATHER RATING.UL LISTING OF MARKINGS IS o 4 CD NOT REQUIRED.SEE UL LABELING SYSTEM 969(UL 969) RATED AC OUTPUT CURRENT AMPS AO DISCONNECT M AC NORMAL OPERATING VOLTAGE VOLTS AC NOR C OUTPU OPERATING VOLTAGE AMPS O O AC NORMAL OPERATING voLTACE VOLTS 1. (#1)PLACARD PLACED AT MAIN UTILITY SERVICE DISCONNECT/BREAKER AND PV SYSTEM 5. MARKING CONTENT AND FORMAT: a SUPPLY BREAKER AT POINT OF INTERCONNECTION.(#2&#3)PLACARD(S) 5.1. ARIAL OR SIMILAR FONT,NON-BOLD. W REQUIRED WITH#1 PLACARD WHEN UTILITY SERVICE AND PV SYSTEM DISCONNECT(S)ARE 5.2. MINIMUM 3/8"LETTER HEIGHT FOR HEADERS. IY NOT LOCATED NEXT TO EACH OTHER.MAP PLACARD REQUIRED AS SPECIFIED. 5.3. MINIMUM 1/16"LETTER HEIGHT FOR DATA 2. VALUES MUST MATCH EQUIPMENT CALCULATIONS. 5.4. CONTRASTING BACKGROUND AND LETTERING. 1. PLACARD PLACED ON EACH DISCONNECT,IF MORE THAN ONE PRESENT. 2.1.VALUES WILL MATCH LOAD CENTER OR SUB-PANEL VALUES IF INSTALLED AFTER 5.5. ALL CAPITAL LETTERS. INVERTERS.IF AC CONNECTION TO SERVICE PANEL COMES FROM INVERTERS;SEE 5.6. CONTRASTING SPACE BETWEEN ROWS OF TEXT 2. VALUES MUST MATCH EQUIPMENT CALCULATIONS. SHEET"E-001/STRING INVERTER[#]SPECIFICATIONS". 5.7. DIMENSIONS OF PLACARDS ARE APPROXIMATE.MAY BE SEE SHEET T-001/DC DISCONNECT[#]" 2.1.1.INVERTERS ARE PARALLEL CONNECTIONS. REDUCED AND/OR INCREASED TO UL APPROVED N 3. CODE REFERENCE:NEC 690.53 1. PLACARD PLACED ON EACH SOLAR SYSTEM DISCONNECTING COMPONENT. 2.1.2."RATED AC OUTPUT CURRENT"WILL BE THE SUM OF THE INVERTERS MANUFACTURED PRODUCT z 4. MINIMUM OF 21/2"x 8"OR 5"x 21/2"RESPECTIVELY. 2. VALUES MUST MATCH EQUIPMENT CALCULATIONS. 2.1.3."AC NORMAL OPERATING VOLTAGE"WILL BE THE NAME PLATE RATING OF THE 6. ANSI Z535.4 PRODUCTSAFETY SIGNS AND LABELS:THIS SEE SHEET"E-001/AC DISCONNECT[#]" INVERTER INFORMATIONAL NOTE AND ITS REQUIREMENTS FOR PLACARDS S. FONT:3/8"HEADER,3/16"DATA 3. CODE REFERENCE:NEC 690.54 3. CODE REFERENCE:NEC 690.54,NEC 705.12(B)(3) MAY BE USED WITH PRIOR APPROVAL OF THE AHJ.MOST d 6. WHITE LETTERS ON A RED BACKGROUND. NOTABLE DIFFERENCES IS COLOR OF PLACARDS AND USE OF 4. MINIMUM OF 11/2"x 81/2"OR 13/4"x 61/2"RESPECTIVELY. 4. MINIMUM OF 2"x 61/2"(#1),VARIES(#2&#3) HAND WRITTEN VALUES WITH INDUSTRIAL MARKERS ON V N 7. IN SOME CASES TWO LABELS MAY BE REQUIRED.AN INVERTER WITH INTEGRATED STANDARD PLACARDS WHERE THE VALUE MAY CHANGE AT A < Co DC DISCONNECT UTILIZING TWO MPPT TRACKERS;IF CONFIGURATION USES 5. FONT:3/8"HEADER,3/16"DATA 5. FONT:3/8"HEADER,3/16"DATA(#1),1/4"(#2&#3) DIFFERENT MODULES. 6. WHITE LETTERS ON A RED BACKGROUND. 6. WHITE LETTERS ON A RED BACKGROUND FUTURE DATE.I.E.ADDING MODULES ATA FUTURE DATE,OR LID 0 . STANDARD PLACARD MANUFACTURER INSTALLED ON O �, 0J n ELECTRICAL COMPONENT.AHJ APPROVAL REQUIRED.(SEE i x 4 MAP PLACARD:MAIN SERVICE PANEL AND PV INVERTER(IF NOT SAME LOCATION) SCALE: S MAP PLACARD:MAIN SERVICE PANEL AND PV INVERTER(IF NOT SAME LOCATION) SCALE: NOTE#1 FOR INDIVIDUAL PLACARDS) > J o 1/2"=V-0" 1/2"=1'-0" O (- (WITH COMBINED WARNING PLACARD IF REQUIRED.EXAMPLE:LADWP) Q N M 1. PLACARD PLACED AT ELECTRICAL SERVICE AND AT THE PV 1. PLACARD PLACED AT ELECTRICAL SERVICE AND AT U O INVERTER AND PV DISCONNECTS IF NOTAT THE SAME LOCATION. THE PV INVERTER AND PV DISCONNECTS IF NOT AT C) THE SAME LOCATION. A CAUTION 2 DMAP PLACARD PROVIDES A DIRECTORY ISCONNECTING MEANS AND P OTOVOLTA CESYSTEME CAUTION �E OF lE %t m N o 2. MAP PLACARD PROVIDES A DIRECTORY OF THE DISCONNECTION MEANS. SERVICE DISCONNECTING MEANSAND =!� " '� N N PHOTOVOLTAIC SYSTEM DISCONNECTION MEANS. i O LU In N POWER TO THIS BUILDING IS SUPPLIED 3. CODE REFERENCE:NEC690.56(A)(B),705.10 3. CODE REFERENCE:NEC 690.56(A)(B),705.10 %+f ,// A M 2 LU FROM THE FOLLOWING SOURCES WITH 4. WHITE LETTERS ONAREDBACKGROUND. POWER TO THIS BUILDING IS SUPPLIED +r �....•...:�./ I� Q o o a DISCONNECTS LOCATED AS SHOWN: 5. MINIMDM DF73/4"X5" FROM THE FOLLOWING SOURCES WITH 4. WHITE LETTERS ON ARED BACKGROUND. * .SCOTT E,WYSSLING r4 z 0 0 Q (E)UTILITY METER_ 6. FONT:3/4""CAUTION",1/4""WARNING",3/16"HEADER, 5. MINIMUM OF 61/2"x 61/2" Q Q DISCONNECTS LOCATED AS SHOWN. 6. FONT:3/4""CAUTION",1/4"HEADER,1/8"DATA ��/ /2268 Q,O' � &SERVICE PANEL 1/8"DATA AND NOTES AND NOTES �I C'F N�' � O cv) �O SUB PANEL 7 DISCONNECT N ARDWILL E LOCATIONDJACENT CLEARLYVISIBLEOMAIN SERVICE WHERE SOLAR ARRAY (E)UTILITY METER 7. PLACARD WILL BE PLACED ADJACENT TO TH E MAIN 1 � � Om r"I � ON ROOF TOP &SERVICE PANEL Y � c-I &AC DISCO INVERTER THE DISCONNECT IS OPERATED.(IFC 605.11.1.3) SERVICE DISCONNECT IN A LOCATION CLEARLY W sslin�1 Consulting - ^ O W/DC DISCO VISIBLE FROM WHERE THE DISCONNECT IS Y y y D y a) OPERATED.(IFC 605.11.1.3) Firm No. 20109 s [O O W SUB PANEL H I&ACDISCO RESPONSIBILITY NOTES E L° NVERTER Y /W/DC DISCO 1. PRIME CONTRACTOR/PERMIT APPLICANT SIGNER Q A IS RESPONSIBLE FOR THE DESIGN AND O �• SPECIFICATIONS OF THE PHOTOVOLTAIC SYSTEM j O INSTALLATION.PRIME CONTRACTOR/PERMIT rn SOLAR ARRAY Z➢ APPLICANT SIGNER WILL BE RESPONSIBLE FOR J ON ROOF TOP N COLLECTION OF EXISTING ONSITE INFORMATION N 1 WARNING REQUIREMENTS TO DESIGN,SPECIFY,AND INSTALL THE EXTERIOR MOUNTED PORTION OF THE In PHOTOVOLTAIC SYSTEM DETAILED IN THIS I I I ELECTRIC SHOCK HAZARD-DO NOT TOUCH TERMINALS DOCUMENT. u TERMINALS ON BOTH THE LINE AND LOAD SIDES 2. ADVA MAY BE ENERGIZED IN THE OPEN POSITION NCED SOLAR SOLUTIONS,INC IS RESPONSIBLE Ly 0 3 FOR APPLYING SUPPLIED INFORMATION INTO A SET OF PERMIT DRAWINGS.ANY CHANGES TO L'n DRAW INGS ARE SUBJECT TO CONTRACT u' CONDITIONS BETWEEN THE CLIENT AND ADVANCED SOLAR SOLUTIONS,INC.IN ACCORDANCE WITH THE REQUIREMENTS OF THE AHJ. PV MODULE CUT SHEET N LU boom, TMI 11 • • - PE _ z ,. I �0 ~ �w MISSION SOLAF w ELECTRICAL SPECIFICATION MECHANICAL DATA => i w U Ln Cr ENCf�L,Y �� i W Product Type MSExxxSX5T(t =P, NMI Solar Cells P-type mono-crystal line silicon LUO Power Output Pma, Wp 330 335 345 Cell Orientation 60 cells(6x10) Q 0 LU Module Efficiency % 17.9 18.2 18.5 18.7 Module Dimension 1748mm x 1054mm x 40mm m-I rNI Tolerance % 0/+3 0/+3 0/+3 0/+3 Weight 20.3 kg(44.8 lbs.) owC N LU CERTIFIED RELIABILITY Short Circuit Current I,° V 10.72 10.78 10.86 10.92 3.2mm,tempered,low-iron, © Open Circuit Voltage Von A 40.40 40.58 40.82 41.00 Front Glass N N O p 9 anti-reflective >Tested to UL 61730&IEC standards w o 0 Rated Current Imp V 10.05 10.14 10.24 10.34 Frame Anodized Q m N O >PI D resistant Rated Voltage Vmp V 32.85 33.03 33.20 33.37 Encapsulant Ethylene vinyl acetate(EVA) C]\\ Q Resistance to salt mist corrosion Fuse Rating A 20 20 20 20 Protection class IP67 O O Junction Box I ® ADVANCED TECHNOLOGY System Voltage V 1000 1000 1000 1000 with,Wire4s-diodes Cable 1.Om,Wire4tlmz(12AWG) > PE RC and 6 busbar drive>18.7%module efficiency TEMPERATURE COEFFICIENTS Connector Staubli MC4,Renhe 05-8 s Ideal for all applications Normal Operating Cell Temperature (NOCT) EXTREME WEATHER RESILIENCE Temperature Coefficient of Pm 0.361%/°C MSE3455X 345 WP,60 CELL SOLAR MODULE - CURRENT-VOLTAGE CURVE 5600 Pa front and 4800 Pa back load Temperature Coefficient of V 0.262%/C Temperature Coefficient of 6 0.039%/°C au=Temp.=zs^c Cn Tested load to UL 61730 Incident o-rd.=i000w/m z BAA COMPLIANT FOR GOVERNMENT PROJECTS OPERATING CONDITIONS a '° Incident Irrd.=800 w/mz >BuyAmerican Act Maximum System Voltage 1,000Vdc s incident CL c Irrd.=600 w/m U_ Operating Temperature Range -40°C(-40°F)to+85°C(185°F) d American Recover &Reinvestment Act 6 Q v N Y Maximum Series Fuse Rating 20A o0 0 Fire Safety Classification Type O 4 Incident Irrd.=aoo w/m� J W i 5600 Pa front and 4800 Pa back load Incident Ind.=zoo w/mz X Front&Back Load(UL Standard) 0 ~ Tested to UL 61730 o (6 m m m m O r 00 Y Hail Safety Impact Velocity 25mm at 23 m/s 2 IN THE USAVoltage M _ O +L+ Current-voltage characteristics with dependence on irradiance 0`1 p and module temperature m N V) Y Vf N BASIC DIMENSIONS(UNITS:mm) CERTIFICATIONS&TESTS Cn LU LLI Z FRAME-TO-FRAME WARRANTY IEC 61215,61730,61701 r^I ¢ 0 o Q CLASS LEADING POWER OUTPUT Z 0 o Degradation guaranteed not to exceed 2.5% in year one and 1114 UL 1 61730 Q Q 330 u 345 VtI 0.7%annually from years two to 30 with 80.7%guaranteed in -1r40 �tosa� �a c 9us year 25. CEC � " POSITIVE POWER TOLERANCE LISTED $w LO y Ito +3 % F61215 S I I i A70 n > tf r, Mounting Hole Ib � Pp- SHIPPING N U C EC t 4a t ae 1 asa o 61730 TgIN 05.5 Container FT • Pallets Panels 345 W Bin mIiThe True American Brand LISTED I I Grounding Holelx2l 53' Double Stack 36 936 322.92kW a �.Mission Solar Energy is headquartered in San Antonio,Texas, I I 40' Double Stack ' 28 728 251.16 kW 00 where we manufacture our modules.We produce American,high rn Pallet[26 Panels] J quality solar modules ensuring the highest in class power output,y I Weight Freight Width Length Please contact Mission Solar Energy if you have questions or concerns about and best in-class reliabilit .Our roduct line is tailored for 1263 lbs. 47.5 in 46 in 70.25 in o y P certification of our products in your area. '0' residential,commercial and utility applications.Every Mission Front View Side View Front View (573 kg) (120.65 cm) (116.84 cm) (178.43 cm) + LU Solar Energy solar module is certified and surpasses industry 'Standard 12-year product warranty extendable to 25 years with registration: i J www.missionsolar.com/warranty/ O standard regulations,proving excellent performance over the Ly v L'n long-term.Demand the best,demand Mission Solar Energy. U Mission Solar Energy reserves the right to make specification Mission Solar Energy I83035.New Braunfels Ave.,San Antonio,Texas 78235 changes without notice www.missionsolar.com I info@missionsolar.com I , www.missionsolar.com info@missionsolar.com v INVERTER CUT SHEET N w Single Phase Inverter witFi HD-Wave Technology for North America l-o SE3000H-US / SE380OH-US/ SE5000H-US SE6000H-US/ ww Single Phase Inverter SE7600H-US / SE10000H�US / SE11�400H-US W o L with H D-Wave Tech nology OUTPUT J 3800 @ 240V 6000 @ 240V 11400 @ 240V w m QNQ Rated AC Power Output 3000 3300 @ 208V 50W 5000 @ 208V 7600 10000 10000 @ 208V VA N N w Maximum AC Power Output 3000 3800 @ 240V 5000 6000 @ 240V 7600 10000 11400 @ 240V VA for North America 3300@208V 5000@208V 0000 @ 208V N N AC Output Voltage Min.-Nom.-Max. ✓ ✓ ✓ ✓ ✓ ✓ ✓ Vac F\r SE3000H-US/ SE380OH-US / SE5000H-US/ SE6000H-US / a„-240 Volta a m 1-, AC Output Voltage Min.-Nom.-Max. ✓ ✓ ✓ Vac �� O SE760OH-US/ SE10000H-US / SE1140OH-US ACFre u ny( 1-4 g o AC Frequency(Nominal) 59.3-60-60.501 Hz t Maximum Continuous Output 125 16 21 25 32 42 47.S A > Current @240V lL Maximum Continuous Output _ Current@208V 16 - 24 - - 49.5 A GFDI Threshold 1 A Utility Monitoring,Islanding G solar;y. .:lID Protection,Country Configurable Yes Thresholds INPUT N Maximum DC Power @240V 4650 1 5900 1 7750 9300 11800 15500 17650 W Maximum DC Power @208V - 5100 1 - 7750 - - 15500 W r� Transformer-less,Ungrounded Yes IJ Maximum Input Voltage 480 Vdc N fV •��• •��• Q hD 0 Nominal DC Input Voltage 380 400 Vdc J Maximum Input Current @240V(2) 8.5 10.5 113.5 16.5 20 27 30.5 Adc O i Crn Maximum Input Current @208Vn - 9 - 13.5 - - 27 Adc > i H O • ` '— Max.Input Short Circuit Current 45 Adc J Qj ++ Y ^" Reverse-Polarity Protection Yes O N I rp n Ground-Fault Isolation Detection 600ku Sensitivity = d O Maximum Inverter Efficiency 99 99.2 % O � O ® ® CEC Weighted Efficiency 99 99 @ 240V % m cV tq 98.5 @ 208V Y Nighttime Power Consumption <2.5 W O w t/f w W W ADDITIONAL FEATURES n W = Z Q 0 Q Supported Communication Interfaces R5485,Ethernet,ZigBee(optional),Cellular(optional) Z o 0 C] Revenue Grade Data,ANSI C12.20 Optional- Q Q Rapid Shutdown-NEC 2014 and Automatic Rapid Shutdown upon AC Grid Disconnect Optimized installation with HD-Wave technology 2017690.12 o m LD STANDARD COMPLIANCE m Safety UL1741,UL1741 SA,UL1699B,CSA C22.2,Canadian AFCI according to T.I.L.M-07 / Specifically designed to work with / Extremely small Grid Connection Standards IEEE1547,Rule 21,Rule 14(HI) v) power optimizers Emissions FCC Part 15 Class B > n INSTALLATION SPECIFICATIONS 00 / Record-breaking efficiency / Built-in module-level monitoring `° 0 00 AC Output Conduit Size/AWG a°+ Range 3/4"minimum/14-6 AWG 3/4"minimum/14-4 AWG N / Fixed voltage inverter for longer strings / Outdoor and indoor installation DC Input Conduit Size/#ofStrings/ 3/4"minimum/1-2 rings/14-6 AWG 3/4°minimum/1-3 rings/14-6 AWG 'aLL AWG Range Q �. Dimensions with Safety Switch in/ / Integrated arc fault protection and rapid shutdown for P g n.7x14.6x 6.a/asox37oxn4 z1.3x1a.6x7.3/saox 37ox1ss o 9 P P / Optional:Revenue grade data,ANSI C12.20 (HxwxD> min u o \ NEC 2014 and 2017,per article 690.11 and 690.12 Class 0.5(0.5%accuracy) Weight with Safe),Switch 22/10 zs.1/n.a 26.2/11.9 38.8/17.6 lb/kg J m Noise <25 <50 dBA / UL1741 SA certified,for CPUC Rule 21 grid Cooling Natural Convection 16 r L compliance (" C Z Operating Temperature Range -40 to+140/-25 to+60 (-40°F/-40°C option) °F/°C IA Protection Rating NEMA 4X(Inverter with Safety Switch) C J 1 m For other m- I settin lease contact SOIarEd rt Yl J giona setting, gesuppo O solar=ss f ReVe ercurrentsourcemaybeused theinverterwillLmrtR inpu cunenttothevalues ed Ly rn Revenuegrade inverterP/N:SErvxxH-USOOONNQsolaredge.com For power de-ratinginformation refer US hops//wwwsolaredge com/sites/defauh/files/se-temperature-derahng-note-na pdf (1 LY,A n-40 version P/N:SExxxH-US000NNm U I ®SolaredgeT hmlogi rx.Allrigbtsreser tl.SOtARE)GE,tlesolarE4gelogo,OmMREDW50tAREDGEaretrademarksorregisteredtratlem ofsolarEdge—n-gies,IrcAll ROHS other[mdema mentioned In—arer.demarlrsoftheir respectiire owners.Date:1) 0181WYENG NAM.Subject to charge without notice. U DC/DC CONVERTERS CUT SHEET N H- LU Power Optimizer = z J) For North America �� -- P320 / P340 / P370/ P400 / P401/ P405 / P485 / P505 U of wcc U Power Optimizer °� O .. r " rr " r r Q~o (typical module (for odules) modEI r '. LU D For North America :. w ca N �j . .. LNG cr P320/ P340/ P370/ P400/ P401/ P405 / P485 / P505 INPUT N N mRated Input DC Poi320 340 370 400 405 485 505 W Q N N Absolute Maximum Input Voltage 48 60 80 60 125- 83ah Vdc rV _j O (Voc at lowest temperature) N M MPPT Operating Range 8-48 8-60 8-80 8-60 12.5-105 12.5-83 Vdc O p Maximum Short Circuit Current 11 10.1 11.75 11 14 Adc O is Ma) w Maximum DC Input Current 13.75 12.5 14.65 12.5 17.5 Adc w Maximum Efficiency 99.5 % Weighted Efficiency 1 98.8 98.6 % Overvoltage Category 1 II OUTPUT DURING OPERATION(POWER OPTIMIZER CONNECTED TO OPERATING SOLAREDGE INVERTER) Maximum Output Current 15 Adc Maximum Ouput Voltage 60 85 Vdc N OUTPUT DURING STANDBY(POWER OPTIMIZER DISCONNECTED FROM SOLAREDGE INVERTER OR SOLAREDGE INVERTER OFF) Safety Output Voltage per Power 1±0.1 Vdc Optimizer C11- STANDARD COMPLIANCE U N v N EMC FCC Part15 Class B,IEC61000 6 2,IEC61000 6 3 Q Z 0 Safety IEC62109-1(class II safety),UL1741 J l0 Material UL94 V-0,UV Resistant O i T RoHS Yes � X O ~ INSTALLATION SPECIFICATIONS Y Maximum Allowed System 1000 Vdc O N 2 Voltage = r t O Compatible inverters All SolarEdge Single Phase and Three Phase inverters d i j 129 x 153 x 33.5 129 x 153 x29.5 129x162x59/ mm O � O Dimensions(W x L x H) 129 x 153 x 27.5/5.1 x 6 x 1.1 129 x 159 x 49.5/5.1 x 6.3 x 1.9 m N N /5.1x6x 1.3 /5.1 x6x 1.16 5.1 x6.4x 2.3 /in Y Weight(including cables) 630/1.4 750/1.7 655/1.5 845/1.9 1064/2.3 gr/lb N N Input Connector MC4t't Single or dual MC, OM W W w P MC4mh°� r" K Z Input Wire Length 0.16/0.52 m/ft .--I Z Q 0 Q Output Wire Type/Connector Double Insulated/MC4 `"q Q Q Output Wire Length 0.9/2.95 1.2/3.9 m/ft PV power optimization at the module-level Operating Temperature Ranges, _40-,85/_40-+185 "C/"F O o9 1D Protection Rating IP68/NEMA6P Om cm-1 Ln Relative Humidity 0-100 % Y / Specifically designed to work with SolarEdge / Fast installation with a single bolt - ^ o inverters (T R ited power of the module At STC will not exceed the optimizer"Rated Input DC Power"Modules with up to+5%power tolerance are all-w d n (2)NEC 2017 requires max input voltage be not more than SOV / Next generation maintenance with module- (s)Forether tonne orrypes please-tad SolarEdge l� (4)For dual version for parallel connection of two modules use P485-4NMDMRM.In the case of an add number of PV modules in one string,installing one P485 dual version power optimizer connected / Up to 25%more energy level monitoring to onePVmadule Whenconneebn emodule ealtheunasedin tconnectorswiththesa lied of seals m 00 Basing pu pp pair (5)For ambient temperature above+85"C/+185"F power de-rating is applied Refer to Power Op[imrzers Temperature De-Rating Technical Note for more details. H a.+ / Superior efficiency(99.5%) / Meets NEC requirements for arc fault a) p protection(AFCI)and Photovoltaic Rapid Single Phase Three Phase for Three Phase f M " / Mitigates all types of module mismatch losses, Shutdown System(PVRSS) PV Designior Q �. from manufacturing tolerance to partial ' " '' rid ' o shading / Module-level voltage shutdown for installer Minimum string Lengthp P400 P401 P320,P340,P370, a o a u O (Power Optimizers) r n and firefighter safety P405,Paas,Psos 6 a 14 � / Flexible system design for maximum space Maximum String Length(Power Optimizers) 25 25 501a1 utilization 5700(6000 with Maximum Power per String SE7600-US- with Z- 5250 600P"t 12750�°h \°d N U5) uParallel Strings of Different Lengths or Orientations Yes C 1 (6)For detailed rt-g-zing-nf at on refe t_http//wwwsol dg_ m/site/d f It/files/,in g --g na.pdf , I J solar=@@ (8)A s not II d t a P405/P485/P505 to t meet NLC r pid 4h'uaJ-n a st g L�O solaredge.com (9)For208V gridh Allltptrs lip m65es oow permng h hind nrq p erdfleery Iegtwee�l eecn stahghs oow nlremen V 'n (10)For 277/480V grid:iris allowed to install up to 15,0DOW per string when the maximum power difference between each nng is 2,001 U' ®Solarrdge Tecbmlogie Ntl.All nghls reserved SOL1RmG�[M1e Soladtlge logo,OPnt.�ED OY SO W2EW E are tratlemarks or r yisRretl[ratlemarl¢arsolarCdge TecM1hwlogies,Inc. EI�ins ROHS U All oMer tratlematls mehrtioned M1eretin are tratlemarks of[M1eir respective ownery Hate:04/2020/VOJJEN6 NAM.Subjec[to charge wrtM1out nNice. Intertek RACKING & RAIL CUT SHEET N Lu w w 2 AQk IRONRIDGE XR Rail Family XR Rail Family 1-0 �w The XR Rail Family offers the strength of a curved rail in three targeted sizes. Each size supports specific LU a> U design loads,while minimizing material costs.Depending on your locatio n,there is an XR Rail to match. =� Solar Is Not Always Sunny W o L Over their lifetime,solar panels experience countless 'a o on (� extreme weather events.Not just the worst storms in years, -�I -- N� w but the worst storms in 40 years. High winds capable of - \ ripping panels from a roof,and snowfalls weighing N N W 00 enough to buckle a panel frame. _ - ¢m M o rN O XR Rails are the structural backbone preventing o o these results.They resist uplift,protect xRio XR100 xRl000 > against buckling and safely and efficiently XR10 is a sleek,low-profile mounting XR100 is the ultimate residential XR1000 is a heavyweight among s transfer loads Into the building structure. rail,designed for regions with light or mounting rail.It supports a range of solar mounting rails.It's built to handle Their superior spanning capability \ no snow.It achieves spans up to 6 feet, wind and snow conditions,while also extreme climates and spans up to 12 requires fewer roof attachments, while remaining light and economical. maximizing spans up to 10 feet. feet for commercial applications. reducing the number of roof 6'spanning capability 10'spanning capability 12'spanning capability penetrations and the amount i Moderate load capability Heavy load capability Extreme load capability Clear&black anodized finish Clear&black anodized finish Clear anodized finish N of Installation time. _\ Internal splices available Internal splices available Internal splices available z R -W g Rail Selection N 0 SIM The table below was prepared in compliance with applicable engineering c odes and standards.*Values are 0 based on the following criteria:ASCE 7-16,Gable Roof Flush Mount,Roof Zones 1 &2e, Exposure B, Roof L X Slope of 8 to 20 degrees and Mean Building Height of 30 ft.Visit IronRidge.com for detailed certification letters. O �° ~ O `° Y a E o �� rn ) coto N Y Force-Stabilizing Curve 90 0 w U) V) Sloped roofs generate both vertical and lateral 120 of owc a forces on mounting rails which can cause them I Z p p None a to bend and twist.The curved shape of XR Rails a a is specially designed to increase strength in both 140 XR10 XR100 XR1000 directions while resisting the twisting.This unique feature ensures greater security during extreme 160 o m un weather and a longer system lifetime. On ti a 90 a) 0 3 y m _ 120 '^ 1O 20 s 140 co 0 Pp m 160 v N LL 90 _ 30 �. 160 I 0 0 Compatible with Flat&Pitched Roofs Corrosion-Resistant Materials 90 J rn o \ XR Rails are IronRidge offers All XR Rails are made of 6000-series ob 40 � A compatible with range of tilt leg aluminum alloy,then protected with an �+ 160 7`I FlashFoot and � options for flat anodized finish.Anodizing prevents surface o L�\( other pitched roof roof mounting and structural corrosion,while also providing I 80 I 160 U attachments. applications. a more attractive appearance. y 120 160 O 'Table is meant to be a simplified span chart for conveying general rail capabilities.Use approved certification letters for actual design guidance. V ' r Ul o n :ii r ,�� U RACKING & RAIL CUT SHEET N w w w = IRONRIDGE Class A Fire Rating Frequently Asked Questions 0 Lu �w a> U What is a"module type"? What attachments and flashings are deemed =cr Background compatible with Class A? r„O rn d Fire Testing Process he new UL1703 standard introduces the concept of a ,r L:C)PV module type,based on 4 construction parameters Attachments and their respective flashings are not w o D All roofing products are tested and „m and 2 fire performance parameters.The purpose of constituents of the rating at this time.All code-compliant N� classified for their ability to resist fire. Test Setup his classification is to certify mounting systems without flashing methods are acceptable from a fire rating '^� w Solar Modules needing to test it with every module. standpoint. ;', ,J Recently,these fire resistance standards Solar modules are given a Type F o were expanded to include solar equipment classification based on their a m N I:t materials and construction. What roofing materials are covered? What mounting height is acceptable? o � as part of the roof system.Specifically,this N M requires the modules,mounting hardware Mounting System O o `� and roof coveringto be tested together as Mounting is tested as part of a All fire rated roofing materials are covered within this UL fire testing was performed with a gap of 5",which is g 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 and fire-rated roof covering. cement tile,metal,and membrane roofs. rating is applicable to any module to roof gap. s fire rating as the original roof covering. Roof covering 1-4 Roof covering products are given a What if I have a Class C roof,but the jurisdiction Am Ire required to install skirting to meet the fire These new requirements are being adopted Fire Class Rating of A,B or C based � 1 � q 9 throughout the country In 2016. on their tested fire resistance. now requires Class A or B. code. Generally,older roofs will typically be"grandfathered No,IronRidge achieved a Class Afire rating without any N Burning Brand Test in",and will not require re-roofing.However,if 50%or additional racking components. z IronRidge Certification more of the roofing material is replaced for the solar g installation the code requirement will be enforced. CL What determines Fire Classification? U IronRidge was the first company to Q receive a Class A Fire Rating—the highest Where is the new fire rating requirement code listed? Fire Classification refers to a fire-resistance rating � W possible rating—from Intertek Group plc.,a system for roof covering materials based on their ability 0 L X Nationally Recognized Testing Laboratory. 2012IBC:1509.7.2 Fire classification.Rooftop to withstand fire exposure. > ,� o h mounted photovoltaic systems shall have the same fire O J a; A burning wooden block is placed on module as a fan blows at 12 mph. I— Y IronRidge Flush Mount and Tilt Mount Flame cannot be seen on underside of roof within 90 minutes. Classification as the roof assembly required by Section Class A-effective against severe fire exposure 1 � Systems were tested on sloped and flat 1505. Class a-effective against moderate fire exposure at Y p Class C-effective against light fire exposure roofs in accordance with the new UL 1703 Spread of Flame Test > coN `) &UL 2703 test standards.The testing Where is a Class A Fire Rating required? Y What if the roof covering is not Class A rated? v) v> evaluated the system's ability to resist O UJ U) V) The general requirement for roofing systems in the IBC mLJJ flame spread,burning material and g q g y o o- refers to a Class C fire rating.Class A or B is required for The IronRidge Class A rating will not diminish the fire ¢ p o structural damage to the roof. r4 Z a a a areas such as Wildland Urban Interface areas(WUI)and rating of the roof,whether Class A,B,or C. 1-1 Refer to the table below to determine the �;Wi for very high fire severity areas.Many of these areas are found throughout the western United States.California What tilts is the tilt mount system fire rated for? o m WD requirements for achieving a Class A Fire has the most Class A and B roof fire rating requirements, On ti a Rating on your next project. Flame at southern edge of roof is aimed up the roof as a fan blows at 12 due to wild fire concerns. a) mph.The flame cannot spread s feet or more in 10 minutes. The tilt mount system is rated for 1 degrees and up and � y any roof to module gap,or mounting height. _ Are standard mid clamps covered? > o co Roof Sl,,- ModuleMid clamps and end clamps are considered part of the PV"system",and are covered in the certification. B r° m Flush Mount Any Slope Type 1,2,&3 Class A o More Resources o J Tilt Mount I Installation Manuals Engineering Certification Letters ro Z <6 Degrees LTY pe 1,2,&3 Class A Visit our website for manuals that include UL We offer complete engineering resources u�1 2703 Listing and Fire Rating Classification. and pre-stamped certification letters. v J a"ssn rated Pv systems can beinst"neap"aassn,a,"oacr""rs.— a Go tolronRidge.com Go tolronlidge.com 3 0 v �'n o ,� U RACKING & RAIL CUT SHEET N LU System Diagram w AMIRONRIDGE z U0 UFO Family of Components - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2? - - - - - - - - - - - - - - - - -m- - - - - - - - - - - - - - - - - Lu U Simplified urounaing Tor Every Applicatio W o or The UFO family of components eliminates the need for Ln Lu~o Lu separate grounding hardware by bonding solar modules w directly to IronRidge XR Rails.All system types that feature LU the UFO family—Flush Mount,Tilt Mount and Ground - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - Mount—are fully listed to the UL 2703 standard. - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - F o 0 rj Qm,n UFO hardware forms secure electrical bonds with both the N m O module and the rail,resulting in many parallel grounding 0 0 paths throughout the system.This leads to safer and more reliable installations. - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - "' Stopper Sleeve Universal Fastening Object(UFO) z The Stopper Sleeve snaps The UFO securely bonds solar modules to XR _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ — _ _ _ _ _ _ _ onto the UFO,converting it into Rails.It comes assembled and lubricated,and — _ _ — — _ _ _ — — — — _ — _ _ — — — _ — — _ _ — — — — — _ — — _ — — — — — a bonded end clamp. can fit a wide range of module heights. i1 U J � O L 'l > i X O UFO C Stopper Sleeve 0 Grounding Lug m Bonded Splice Ground Wire O J �° H ++ Y O v = m O 4 Approved Enphase microinverters can provide equipment grounding of IronRidge systems,eliminating the need for coN V) grounding lugs and field installed equipment ground conductors(EGC).A minimum of two microinverters mounted to the Y N N same rail and connected to the same Engage cable is required.Refer to installation manuals for additional details. 0 u, rn V) m it it Z Z Q Q Q ? ' UL Certification Cross-System Compatibility The IronRid a Flush Mount, rn m � Y o � g Tilt Mount,and Ground Mount ._ ^ o XR Rails d d XR1000 Only R y a)Bonded Splice Systems have been listed to UL Each Bonded Splice uses —s � self-drilling screws to form 2703 by Intertek Group plc. UFO/Stopper .� d m o cc a secure connection.No ' bonding strap needed. Bonded Splice d d N/A UL 2703 is the standard for a o evaluating solar mounting Grounding Lugs 1 per Row 1 per Row 1 per Array E 2 systems. It ensures these devices a Microinverters Enphase-M250-72,M250-60,M215-60,C250-72 0 Groundin Lu will maintain strong electrical and 0 9 9 &Power Darfon-MIG240,MIG300,G320,G640 0 A single Grounding Lug Bonded Attachments mechanical connections over m 16 Optimizers SolarEdge-P300,P320,P400,P405,P600,P700,P730 connects an entire row The bonding bolt attaches an extended period of time in of PV modules to the and bonds the L-foot to the grounding conductor. rail.It is installed with the extreme outdoor environments. Fire Rating Class A Class A N/A -6 7 I same socket as the rest of the Tested or Evaluated with over 400 Framed Modules U_f system. Modules O Refer to installation manuals for a detailed list. J Go to Iron Ly O 3 0 2016 IronRidge,Inc.All rights reserved.Visit www.ironridge.com or call 1-800-227-9523 for more information.Version 1.10 W v DLy�A � U STANCHION -ROOF ATTACHMENT CUT SHEET V) H ® w w w = /lr IRONRIDGE FlashFoot2 Installation Features 1-0 H crw w> U aw The Strongest Attachment in Solar 0 Lu ° A Alignment Markers a o D IronRidge FlashFoot2 raises the bar in solar roof ; m N protection.The unique water seal design is both i_ Quickly align the flashing with chalk lines to find pilot holes. w elevated and encapsulated,delivering redundant layers N N of protection against water intrusion. In addition,the w o twist on Cap perfectly aligns the rail attachment with the C o N L lag bolt to maximize mechanical strength. I I O B Rounded Corners N m l C o i Makes it easier to handle and insert under the roof shingles. > w C Reinforcement Ribs A Twist-On Cap Help to stiffen the flashing and prevent any bending or rrf FlashFoot2's unique Cap design encapsulates crinkling during installation. z the lag bolt and locks into place with a simple Three-Tier Water Seal Q twist.The Cap helps FlashFoot2 deliver FlashFoot2's seal architecture utilizes three d superior structural strength,by aligning layers of protection.An elevated platform U the rail and lag bolt in a concentric diverts water away,while a stack of rugged N a a load path. components raises the seal an entire inch. Q o The seal is then fully-encapuslated by the J ,� Cap.FlashFoot2 is the first solar attachment O i to pass the TAS-100 Wind-Driven Rain Test. > J F O Benefits of Concentric Loading 1200 v Se 1000"I Foote O _ ro Traditional solar attachments have a _ o horizontal offset between the rail and lag �y' 800 FlashFoot rn o • > bolt,which introduces leverage on the lag Q LeOolnq competitor p] N N 600 bolt and decreases uplift capacity. v Y to to to 400 •Low-Cost Competitor rn :E W L Z FlashFoot2 is the only product to align the 200 Z o o a rail and lag bolt.This concentric loading - a a design results in a stronger attachment for o 1 2 3 the system. Rail-to-Lag Offset(in) o m Ln Q0 m r1 a v w ti r, c Y Ln o o Y Testing &Certification m oo Structural Certification E Designed and Certified for Compliance with the International Building Code&ASCE/SEI-7. a . Single Socket Size ea Ratings o Water Seal Rati u Acustom-design lag bolt allows � m you to install FlashFoot2 with Water Sealing Tested to UL 441 Section 27"Rain Test"and TAS 100-95"Wind Driven Rain Test"by Intertek. the same 7/16"socket size 2 used on other Flush Mount Ratings applicable for composition shingle roofs having slopes between 2:12 and 12:12. C System components. N Water-Shedding Design U UL 2703 y An elevated platform diverts water O away from the water seal. Conforms to UL 2703 Mechanical and Bonding Requirements.See Flush Mount Install Manual for full ratings. 3 U Ul . o 2016 :tip .c for more information.Version 1.0 �,�� U STANCHION -ROOF ATTACHMENT CUT SHEET N 8431 Murphy Drive L.L.I Intertek Middleton,WI 53562 USA LU Telephone: 608.836.4400 z N Facsimile: 608.831.9279 O www.intertek.com of w Test Verification of Conformity �/ IRONRIDGE Hayward,28357 CA aw Hayward,CA 94545 =� 1-800-227-9523 w CL IronRidge.com Q I_o w0 cr Attn:Corey Geiger,COO,IronRidge Inc. w co N In the basis of the tests undertaken,the sample(s)of the below product have been found to comply with the requirements of Date:September 51^,2019 cc v=i rg. LU the referenced specifications at the time the tests were carried out. r Re:Structural Certification for the IronRidge FlashFoot2 L. o 0 Qmr\n � Applicant Name&Address: IronRidge,Inc. This letter addresses the structural capacity of the IronRidge FlashFoot2(FF2)component for use as a roof attachment for PV solar 0 r 1495 Zephyr Ave. O systems. FF2 is composed of an aluminum Cap,a 9"x 12"aluminum flashing,and an aluminum stabilizing base.The flashing O Mo I Hayward,CA 94544 component is attached to an underlying roof rafter using a 5/16"lag bolt. The assembly details are shown in Exhibit EX-0013. > USA "' The referenced uplift and lateral resistance of FF2 is based on structural tests conforming to ASTM D1761-12"Standard Test Methods °C for Mechanical Fasteners in Wood." Testing was performed by installing a FF2 component on a sample roof deck composed of Product Description: Flush Mount System with XR Rails. composition shingles covering%"OSB Board over a 2x4 Douglas Fir rafter as shown in Figure 1. The moisture content and specific gravity of the rafter was measured and recorded per ASTM D2395-14"Standard Test Methods for Density and Specific Gravity Ratings&Principle Fire Class Resistance Rating: (Relative Gravity)of Wood and Wood-Based Materials_" The moisture content for uplift test samples was between 8%and 15%with an Characteristics: -Flush Mount(Symmetrical). Class A Fire Rated for Low Slope applications when using Type 1,2 average specific gravity of 0.54. The moisture content for lateral test samples was 13%with an average specific gravity of 0.54. z and 3,listed photovoltaic modules. Class A Fire Rated for Steep Slope applications with Type1, Z 2 and 3,listed photovoltaic modules. Tested with a 5"gap(distance between the bottom the The critical failure mode observed for both the uplift and lateral tests was pullout of the 5/16"lag screw from the rafter. The average module frame and the roof covering),per the standard this system can be installed at any gap peak loads recorded at the critical failure point for the uplift and lateral tests were 3203 lbs.and 1237 lbs.,respectively. A safety d rJ allowed by the manufacturers installation instructions. No perimeter guarding is required. This factor of 3.0 was applied to certify the allowable uplift capacity to 1067 lbs.and the allowable lateral capacity to 412 lbs.for a Q N substrate with a specific gravity of 0.54. o rating is applicable with any IronRidge or 3'rd party roof anchor. W O ^ For rafter wood species with specific gravity other than 0.54,the allowable uplift capacity shall be adjusted by a factor of c 3 per > 0 H Models: IronRidge Flush Mount with XR Rails o54)z O 1 o Brand Name: IronRidge Flush Mount AP&PA National Design Specification Eq.(12.2-1),and the allowable lateral capacities shall be adjusted per the equation 1—(0.5—G) H 2 Y from APA Engineering Wood Construction Guide APA 2011(G is wood specific gravity). For the common wood species,the allowable O v = f0 Relevant Standards: UL 2703(Section 15.2 and 15.3)Standard for Safety Mounting Systems,Mounting Devices, _ o in Devices,and Ground Lugs for Use with Flat-Plate Photovoltaic Modules capacities are provided in Table 1. 1Clam Retention 0 P� g/ g � rn o and Panels,First Edition dated Jan.28,2015 Referencing UL1703 Third Edition dated Nov.18, m N `^ 2014,(Section 31.2)Standard for Safety for Flat-Plate Photovoltaic Modules and Panels. Table 1. IronRidge FlashFoot2 Allowable Capacities Irl N N NDS Assigned Specific Allowable Uplift Capacity Allowable Lateral Capacity O w U) V) Verification Issuing Office: Intertek Testing Services NA,Inc. M LU u, Wood Species Gravity(2) (lbs)131 (lbs)I31 ^ K oc 8431 Murphy Drive ¢ 0 0 Douglas Fir,Larch 0.50 951 396 �4 Z p 0 Q Middleton,WI 53562 Q Q Date of Tests: 08/27/2014 to 03/17/2015 Douglas Fir,South 0.46 839 380 Test Report Number(s): 101769343MID-001r1,101769343MID-001a,101915978MID-001&101999492MID-001ar1-cr1. Hem,Fir 0.43 758 368 O M M Hem,Fir(North) 0.46 839 380 M 11 a This verification is part of the full test report(s)and should be read in conjunction with them.This report does not automatically Southern Pine 0.55 1097 416 a, w � �, ^ imply product certification. Spruce,Pine,Fir 5 y 0.42 732 364 u1 UD Completed b Chris Zimbrich Reviewed b Chad Na s p y� y� ggs (I)The minimum size rafter is 1x4. > p r' Title: Technician II,Fire Resistance Title: Technician I,Fire Resistance 00 (1)The listed specificgravities are per 2015 NOS Table 11.3.3A. M ? (3)Values are based on securing lag bolt within center 113 of rafter width with a minimum 1.5"end distance,and loading directions as shown in y o Signature: d^'" Signature: Figure 1. E LL Date: 05/25/2016 Date: 05/25/2016 lateral Uplift Q O U O m J 10 o Z V1 `CI` This Verification is for the exclusive use of intertek's client and is provided pursuant to the agreement between Intertek and its Client.Intertek's responsibility and liability are U limited to the terms and conditions of the agreement.Intertek assumes no liability to any party,other than to the Client in accordance with the agreement for any loss,expense v or damage occasioned by the use of this Verification.Only the Client is authorized to permit copying or distribution of this Verification.Any use of the Intertek name or one of its - marks for the sale or advertisement of the tested material,product or service must first be approved in writing by Intertek. The observations and test/inspection results _ _ (> Ly O referenced in this Verification are relevant only to the sample tested/inspected. This Verification by itself does not imply that the material,product,or service is or has ever been — L n I under an Intertek certification program. FIVIV 1 1 v 1 GFT-OP-11a(24-MAR-2014) 0 2019 IronRidge,Inc. FlashFoot2 Certification Letter-1 U STANCHION - ROOF ATTACHMENT CUT SHEET N H w w w = EXHIBIT: EX-0013 1-0 ~ D w> U aw �Cr 2 w 0 Ln d V) J�o W m N L u N N Lu 00 3 ornN 00 N� O 0 o r-I 12 in) t (3.Oin) 4 i z Q 4.Sin d U 9.Oin N o O i Cr r, 0 O ~ Ocli x m d V O (3.6in ) CON V) Y In N O w N V) m 2 K owC Z n d Z 0 a a a STABILIZING BASE (3.7in) o v �0 n p' V) y m kD s > ^- m 0 00 m FlashFoot2 Cap can be installed in either orientation shown v E LLo Y a fr . ITEM NO. DESCRIPTION CJ � m 1 ASSY,FLASHING,MILL OR BLACK J Ly 2 ASSY,CAP,MILL OR BLACK c lr IRONRIDGE C U J 3 BOLT LAG 5/16 X 4.75" a, 4 WASHER,EPDM BACKED ASSY,FLASHFOOT2 = 0 DWG.NO. EX-0013 V V U AC DISCONNECT CUT SHEET N 1 . 1 Switching Devices ,w F.TeN 1 Safety Switches = F-O N Powering Business Worldwide Lu Standards and Certifications w U General Duty Non-Fusible All general-duty switches ULlistedFileNoE5239 Lu above 100A and all heavy- Meets UL 98 for enclosed Safety SWItCII duty switches incorporate switches and NEMAStd. Lu these K-Series switch KS-1 m rV+[ design features. w 0(QN DG222 U RB �+ I Two points of contact OIh UL N N LU provide a positive 11 open and close,easier ..µ.. Listed Lu rSI O Np UPC:782113144238 operation,and also help prevent contact burning Clearly Visible Handle Q m trt (S for longer contact life Interlocking Mechanism Seismic Qualifications N Dimensions: The position(ON or OFF) General-duty switches O O `� I can be clearly seen from Door cannot be opened exceed the requirements when the handle is in the • Height: 7.5 IN a distance and the length ON position.Front and of Uniform Building > provides for easy operation Code(UBC)and California uu • Length: 6.41 IN side operable defeater Code Title 24 OSP-0011-10, mechanism provides OSP-0012-10 • Width: 8.4 IN - for user access when necessary on single- throw switches Weight:9 LB pe.eaton.com e Nuble-B—Ir Notes:WARNING! Switch is not approved for VisiblBlade Mechanismntary Z service entrance unless a neutral kit is installed. Protects against accidental contact with energized Triple Padlocking Capability Warranties: parts.Probe holes enable U the user to test if the line Personnel safety feature Q • Eaton Selling Policy 25-000, one (1)year from side is energized without because the large hasp can 3 O removing the shield. accommodate up to J tD the date of installation of the Product or Not provided on general- three 3/8-inch(9.5 mm) Tangential Knockouts 0 L X Cr duty switches,but shank locks � F eighteen 18 months from the date of shipment provided ample number are J o g ( ) p available as a field kit provided on the top, � - Y or factory installed bottom and sides of both O of the Product, whichever occurs first. NFMATypes 1 and 3R = rall = to enclosures through 200A Ll O 3 Specifications: ; CO N • Type: General Duty/Non-Fusible „ V) kn • Amperage Rating: 60A '1 g Of = o- d • Enclosure: NEMA 3R Additional Locking Capability .-i Zoo Q ' Q Q • Enclosure Material: Painted galvanized steel Clear Line Shield padlocked at or can op an her padlocked at the top and • Fuse Configuration: Non-fusible bottom as applicable _ 00 m Ln g Bolt-On Hub Kits m ti -tT • Number Of Poles: Two-pole • For switches in a NEMA _1U n Type 3R,30-200A.Use 3 • Number Of Wires: Two-wire a Myers type hub for `) s `° all others > • Product Category: General Duty Safety Switch 5 00 • Voltage Rating: 240V vC C LL N Supporting documents: a r • Eatons Volume 2-Commercial Distribution o • Eaton Specification Sheet- DG222URB m Certifications: 0 Z • UL Listed U� Product compliance: No Data u 1Z0 E—May 2016 V2-T7-26 Volume 2—Commercial Distribution CA06100003 www.eaton.com �/1 ©2016 Eaton. All rights reserved. U U