Loading...
Plans (63) -�' OFFICE COPY RECEIVED PHOTOVOLTAIC ROOF MOUNT . 1 25 MODULES-ROOF MOUNTED - 10.00 kWWDC kWAC 50 SYSTE 0, 13785 SW MISTLETOE DR, TIGARD, OR 97224 USA OFTIGAR� .. SYSTEM___ _____SUMMARY. BUILDING DIVISION r (N125-2NSHINE SOLAR ZXM7- ( DESIGN CRITERIA: rc (N)08 25-HOYMILES HM-1200N MICRO-INVERTERS RETYPE:-FLAT TILE GOVERNING,CODES: Purelight Power (N)01-HOYMILES HM-300NMICRO-INVERTER STORY:-A FRAMING-2'X4"PRE-ENGINEERED TRUSSES 024"O.C.202202 OREGGONN FIRE CODE OFCCODE(NEC) �1 0 COVER SHEET(N)01-JUNCTION BOXPV-1.0 SNOW LOAD:-25 PSF Ep PROff 2021 OREGON RESIDENTIAL SPECIALTY CODE(ORSC) ®SITE PLAN WITH ROOF PLAN W-2.0 (E)20DA MAIN SERVICE PANEL WITH(E)200A MAIN BREAKER WIND SPEED:-S5 MPH(ASCE 7-16) '� ®ROOF PLAN WITH SOLAR MODULES _ PUREUGNT P01VE (N) 60A NON FUSED AC DISCONNECT qq� G 1 R �`�p 2021 OREGON STRUCTURAL SPECIALTY CODE(OSSC) ATTACHMENT DETAILS f^s`i1pV`.'"'` se (N)100A SOLAR LOAD CENTER WIND EXPOSURE:-B �C4` ram* ft 2021 OREGON SPECIALTY ELECTRICAL CODE(OSEC) '� N'O"BTO''�' RISK SPEED:-96 II h • G91Ba + OCCUPANCY:R-31 1 F 3PE —'�- —• ��-� PxwE MO OSSOS7 LIABILITY RESIDENTIAL ELECTRICAL CALCULATIONS �m VERSION The City of T9 WISE.- DES=PTICn DATE m Bard and its 9,y3,�7'T �yO ']MICRO INVERTER CHART �Pr®V-8 1 PAL RELEASE SS I - employees shall not bewe' a Kam ADDITIONAL NOTES r•+- re? �gMfS Ap 1O'JG'�jw ^.,S �SPECSHEETS W- ..Ot � P nsl? #e for discrepancies EXPIRES: 12/31/24 'ah�11 GENE_ RAL NOTES. ilic`7 may appear herein. andse nhonbeendigitallysyned be on �� sii$. 1. PV SYSTEMS AND SUPPORTING STRUCTURE SHALL COMPLY °"A sea•.on 0. tyc WITH REQUIREMENTS OF 2021 OESC 82022 OSSC STURCTURAL ONLY 'aa•r°�s>t. 2. 3111.3.2-PV RACKING AND ATTACHMENTS SHALL BE UL 1703 • - CE1,3.4-D ARRAY RAY LOCATION C_ATION .�, 3. 3111.3 4-PV SYSTEM SHALL HAVE A FIRE CLASSIFICATION D ("" THAT IS EQUAL TO OR GREATER THAN THE ROOF ASSEMBLY PROJECT SITE REQUIRED BY OSSC SECTION 1505.1, ` PROJECT NAME 4. 3111.4.3-3111.4.7-PV LAYOUT SHALL NOT RESTRICT EGRESS, �11 y 'r Garden LIGHT VENTILATION,OR ROOF DRAINAGE REQUIREMENTS. \ v1 w •'� SEXTON Q 5. 3111.4.8.1-GENERAL PATHWAY REQUIREMENTS: 4nL- d l� (n • 36"WIDE PATHWAY SHALL NOT BE REQUIRED ON # .: MOUNTAIN HIa�rI STRUCTURES WITHA PV ARRAY AREA OF 1000 SF OR LESS Rom' W V' Oo o INSTALLED ON A ROOF WITH A SLOPE THAT EXCEEDS 2:12 ANO `• {- WITH AN INTERSECTING ADJACENT ROOF AND WHERE NO -• *� L U° O N N Q SECTION IS LARGER THAN 150 FEET MEASURED IN LENGTH OR Illi `L "' r (� W n O W (_7 LL WIDTH. '.,. >• . ' ....._. . I_ O m f-' • • WHERE PV ARRAY DOES NOT EXCEED 25%AS MEASURED IN K Ce Ce O O CL O PLAN VIEW OF TOTAL ROOF AREA OF A STRUCTURE,Aq- - -MINIMUM OF 12"UNOBSTRUCTED PATHWAY SHALL BE - I t• RIVER TERRACE Tigard' W g - • MAINTAINED ALONG EACH SIDE OF ANY HORIZONTAL RIDGE ? }} WHERE THE SOLAR ARRAY EXCEEDS 25%AS MEASURED IN LL W > N _J PLANVIEWOFTOTALROOFAREAOFTHESTRUCTURE,A �, • ,,Jg. I� / ■�pp.,,s'�} J Q ('•' (,)MINIMUM OF ONE 36^UNOBSTRUCTED PATHWAY SHALL BE L'K`•. "'� �•• s1f11illt}e Q M t3 Z •. PROVIDED IN ADDITION TO A MINIMUM 12'UNOBSTRUCTED ^ J CO ~ D- _ N. o-. ALONG EA.SIDE OF ANY HORIZONTAL RIDGE. DP PLM u�Y° OR Q 6. ROOF STRUCTURE IS CONVENTIONAL - n - Q CONSTRUCTION WITH PRE-ENGINED TRUSSES UGHT S 2ED 4"WOD. E "- •�; j,�REFER TO ALLOWABLE SPAN REQUIREMENTS IN TABLE 305.4.1 r` ` �T.� ^��-. 1 'Di ` 7. 3111.4.8.5.1-DISCONNECTS,J-BOXES,COMBINER BOXES OR t ▪`���,1' "t GUTTERS SHALL NOT BE PLACED IN ANY REQUIRED PATHWAY LI�Jy._L�y�.11)LI A�TC .• STET DIME OR CUTOUT. � .. t1 8. PV MODULES AND RACKING SHALL BE DIRECTLY ATTACHED TO 1, - [719 I ROOF FRAMING AS SHOWN IN PV-2.WHEN ATTACHMENT - •; OVC(i• J I I Tualatin; COVER SHEET JO LOCATED WITHIN 3'OF ROOF EDGE,HIP,EA BE 24"O.C.MAX. VE,RIDGE SHALL , • j - SHEET SIZE 9- 3111.5.4-MAX MODULE-(EIGHT<18"OFF ROOF SURFACE. / ' ANSIB It #: SI" ^ , 11"X 17" VALIDITY OF PERMIT 1 Address: �i0?-l0°Cj N THE ISSUANCE OF A PERMIT AERIAL PHOTO .>h SHEET NUMBER E •L •►STRUCTiON • G-10 SCALE:NTS Suite �#; G-1 B • ' S2'.ALE:r ifi _...r• 1e PV SHEET:1.0 DOCUMENTS AND OTHER ,; �3 L Date: �` Z3 I G-1.0 DATA SHALL NOT PREVENT : THE CODE OFFICIAL FROM • F_OUIRING THE CORRECTION -'- r:PPORS. ORSC 105.4 •ROOF ACCESS SHALL BE LOCATED IN AREAS THAT DO NOT REQUIRE THE PLACEMENT OF GROUND LADDERS OVER OPENINGS SUCH AS WINDOWS OR DOORS,AND LOCATED ATSTRONG POINTS OF BUILDING CONSTRUCTION IN LOCATIOI`IS WHERE THE ACCESS POINT DOES NOT CONFLICT WITH OVERHEAD OBSTRUCTIONS SUCH AS TREE LIMBS,WIRES OR SIGNS. p §. NOTE:CHECK WITH CITY/COUNTY OR PROPERTY INE FOR ACCURATE PROPERTY LAND SURVEYOR - LocanoN. -151 77' O�Nar �Pt/AC DISCONNECT LOCATED �• -_�_-�-_�__�__� _ NECT __--_ ETVATHEWITHIN - ....—__� MAIN BILLING METER / _ -_ VISIBLE LOCKABLE,LABELED AC METER DISCONNECT ^ • P LOCATED WITHIN 10'OF / \ I� w UTILITY METER / b ,\^ I� PureU9ht Power /82• 1a ST• / 10 / a. PUREQCHT ECIWSt 0' - / MIS =wnclxra1 avEsa 8 G91P:O-131) I E MIO.H:(MI)Hbpq !LO ' an r .1 ��� .4/iiiiiii / Ifrir 4 I AIL/ J.I 2 j / ��:Np PROJECTNMIE • n aC % ii ... ,� co__IL— N Q . %'' (E)TREE(TYP.) W 6.....04 O W (7 ,`\� $��� .. .�196 Ns (E)FENCE m CO Q CO d lit �\ °News II' %' • w g O 0011 Oil • 16'�\ ' > ODF• Z � a G Q Q S� �6 ` EX�SS P� ,' j'" ROOF41 ��0.0 01114 f y LEGEND"1-7 T- �� �` oR�J 25� SOLAR SOLAR ZXM7-SH708 'b ,� �/' ��. MODULES Ey -UTILI (4 l " ' 4 'E 71'METER O� ��\ (N)JUNCTION BOX �1 .IPE SHEET NAME ® -MAIN SERVICE PANEL SITE PLAN WITH A�� r- (M 3N"OR GREATER EMT 1 •• = aC -ACPANEL DISCONNECT J ► 4 'p\ 2a A^ ` CONDUIT RUN(IN ATTIC) 9,f,1y. ` 5� ®u -SUB PANEL ROOF PLAN �- (E)200A MAIN SERVICE PANEL �� '/.' >T WITH(E)200A MAIN BREAKER �A N� SHEET SIZE SITE Z��' j `1 �,G,1' AVE'S IICQ dE -JUNCTION BOX H ROOF , r ' IY at z� ANSI B PLANii 11"X17" N T �, (N)100ASOLAR LOAD CENTER TNs aem has -PROPERTY LINE bean sgnee 1/18"=p.p (N)80A NON FUSED AC DISCONNECTa�seaba°A � -FENCE SHEET NUMBER (E)PGE UTILITY METER -- -CONDUIT PV SHEET:2.0 -TREE X-1.2 At MODULE TYPE DIMENSIONS&WEIGHT NUMBER OF MODULES=25 MODULES MODULE TYPE=ZNSHINE SOLAR ZXM7-SH108(gOOW)MODULES ROOF DESCRIPTION MODULE WEIGHT=45,19 LBS 720.5 KG. ROOF TYPE MODULE DIMENSIONS=67.ST'X 44,65°=21.04 SF Fur TILE ROOF go) >?UNIT WEIGHT OFARRAV=2.15 PSF qPHOTOVOLTAIC MODULE$ ROOFROOF ALMUTHPREENGINEERED PRE-ENGINEEREDa°•1 ZNSHINE SOLAR TILT TRUSSES SIZE TRUSSES SPACING ZX�ZNSHINE SOLAR� o Purelight Power 67.87"--J�- OH 24• 154° Yk4• 24.Oc. As ARRAY AREA&ROOF AREA CALC'S PUREUGHT POWER En.l;MSS CMN CANYON AVE SE ROOF I OF ARRAY AREA ARROOOF sTE lmsAIEM.on 9T.fa2-IS7i �f 0 MODULES EMU F (S9.Ft.) (s9.R) rlaxe�jsnl e+6+ai IF/NO i1 25 525.1I 1560119 "•N"�O"•`'awn BILL OF MATERIALS VERSION 12"FIRE PATHWAY ��I�� �" REV EQUIPMENT QTY DESCRIPTION DOTAL OR,27, UR RAIL 18 UNIRAC SM LGHi RAIL 188'DARK i• / I7i,I�SPLICE 12 END SPLICE BAR PRO SERIES DRK L�1_/�MID CLAMP µ SM PRO SERIES MID-DRK END CLAMP 12 SM PRO SERIES UNIV END-MILLO O PRf ATTACHMENT 70 UNIRAC SOALRHOOKS All O GROUNDING LUG 03 GROUNDING LUG 74,6 �j ��5� I N fE�`��y !� 9 ARRAY AREA&ROOF AREA CALC'S p Q 1• 3PE AREA OF NEW ARRAY AREA OF ROOF(PL.AN (Sq.FIJ VIEW) TOTAL ROOF AREA A 4' -= _ (Sq.FL) COVERED BY ARRAY% O 9 O o re 526.11 6054,02 1 \ Qy PROJECT NAME 9% ROOF AREA(ARRAY<25%OF ROOF AREA) y�4MEs Mtge • PLUMBING VENTS,SKYLIGHTS AND MECHANICAL VENTS SHALL O ¢ EXPIRES: 12/31/24 (A CO NOT BE COVERED,MOVED,RE-ROUTED OR RE-LOCATED. '\ ,,, \\oi.....:\ O Tbis nemi has been d hWly3 signed O 0 `\ \ \ antl sealeU ha: 0655202a 0 '7 O D: saf"" \ \ 0 IO N ¢ v A , v (� LJ I 0 W (9 O JO) ¢ O' L- O \ \ `' ♦ \ \ \ \ \ \ \ \\ \ W r O / ice \d' I \ ` l \ \ \ \, \\ y= p eer' ..,.... ..,•#4,1101004psW\ \ \ .0...' .04. ..•.„iiriliti yol,*.nro, ��� ® 3s LEGEND SHEET NAAIE \ \ ` \ ��� (N1)JUNCTION BOX NOTE;ACTUAL ROOF CONDITIONS ANp \\ \ \ \ \\ \ \ �1�\•. (N)UNIRAC SM LIGHT RAIL I—I -JUNCTION BOX ROOF PLAN PRE-ENGINEERED TRUSSES(OR SEAM) WITH MODULES LOCATIONS MAY VARY.INSTALL PER N \\ \\ \\\' \\ \ \ 4��� (E)2"X4"PRE-ENGINEERED TRUSSES MANUFACTURER(5)INSTRLLATION \ \ \ \ ` \ 24"p.C.(TYP I -CHIMNEY SHEET SIZE GUIDELINES AND ENGINEERED SPANS \ \ \ \` \ \ \ ANSI B FOR ATTACHMENTS \ \ \ \ (N)(70)UNIRAC SOALRHOOKS ATI O -VENT ATTIC FAN \ \ 0 (ROOFOBSTRUCTION) 11"x 17' 01 \ \\ ATTACHMENTS SPACED AT 24"&48"O.C. ROOF PLAN WITH MODULES \ \ �" • -ROOF ATTACHMENT 1 A. ROOF AI -PRE-ENGINEERED SHEET NUMBER (40 W)ZNSHINE SOLDUZXM7SH106 TRUSSES PV SHEET:3.0 SCALE: (4DOW SOLAR MODULES CONDUIT (E)FLAT TILE ROOF(TYP.) I'"s X-1.3 1; -FIRE PATHWAY 1 0 Pi 10 fa I 1:4'.... .....0' L_ (N)PV MODULES 7 PUrelight Power .1• PUREUOIR POWER Me CASCADA CANYON AVE 8E 4111, SLE 1w SALM OR 873011-1977 PHONE.(SET 818i017 EPEE tl PPEEPPMN7cwrm" IX VERSION (E)FLAT TILE ROE t>\ ENLARGE VIEW DESCRIPTOR DATE RN/ J \ INITIAL RELEASE CyP/2023 UR (E) 2'IX4"PRE-ENGINEERED TRUSSES @ 24"O.0 OAt' HMENT DETAIL NOTE:ACTUAL ROOF CONDITIONS AND PRE-ENGINEERED TRUSSES(OR SEAM)LOCATIONS MAY VARY.INSTALL PER SCALE: NTS MANUFACTURER(S)INSTAIINSTALLATION GUIDELINES AND ENGINEERED SPANS FOR ATTACHMENTS PROJECT NAME .gyp PROF£ [r < 40 NY (23 re cr 14 63PE r 0E- N to Q VI WnoEUCD _(N)PV MODULES p L• .: __I Of Q C1 '` c EC H ~ (N)SM LIGHT RAIL 9y14yfS MOQ*y W rra co `f, „ EXPIRES: 12/31/24 W 2 04 -1 _- This Item has been digitally signed J 0) * I— (] and sealed On 08/U52023 Q to Z 111 j:I SS SERRATED FLANGE NUT M Q T- i' SHEET NAME ATTACHMENT --- 19111111111111. DETAIL rAPIIMIMIEr 'V —J SHEET SIZE UNIRAC SOALRHOOKS AT1 V 2.5"MIN. ANSI B EMBE'RENT 11"X 17" ROOF J DECK MEMBRANE - _ (2)1/4"STAINLESS STEEL LAG ©ATTACHMENT DETAIL (ENLARGED VIEW) BOLT AND SS EPDM WASHER;2.5" SHEET NUMBER MINIMUM EMBEDMENT REQUIRED PV SHEET:4.0 SCALE: NTS X-1.4 1. (25)ZNSHINE SOLAR ZXM7-SH108(4001AQ MODULES (06)HOYMILES HM-1200N MICRO-INVERTERS 12'FIRE PATHWAY g IT' (01)HOYMILES HM-300N MICRO-INVERTER o, /1-\N o - (01)BRANCH OF 13 MODULES& " S (01)BRANCH OF 12 MODULES CONNECTED IN PARALLEL PER BRANCH m rc PHOTOVOLTAIC MODULES Purelight Power ZNSHINE SOLAR 8 ZXM7-SH10B(400W) ,1' 67.8r / PURELIBNT POWER 4 NHS CJSCAOW CANTON AVE SE STE 1W SLEM OE MOSTST) PHONE:(SIN 818400 V ErrW: F wm VERSION DESCRIPl1IXi pA1E REV E01111 RELEASE OS27R029 UR ATI ICI I 1 111141 I LIHILA I 1 it. PROJECT NAME r Ci N 111 0 0 CO O N 2i �� Lu2Oo O 0.* 2 R N JliJ N.2,X -57,,, „ IB-, , c., ... � ®� �� �� BRANCH 112 Q � (01)HOYMILES HM-300N ��111.130101 MICRO-INVERTER 9HEETNMIE 3 R5)ZNS (28)ZNSHINE SOLAR ZXM7-SH108 OOF 41 BRANCH LAYOUT (400W)MODULES (OB)HOYMILES HM-1200N SHEET SIZE MICROaNVERTERS ANSI B BRANCH#1 11"X17" SHEET NUMBER ()BRANCH LAYOUT PV SHEET:5.0 SCALE: 3/32"=1'-0" X-1.5 -4 . (25)ZNSHINE SOLAR ZXM7-SH108(400W)MODULES INTERCONNECTION (06)HOYMILES HM-1200N MICRO-INVERTERS 120%RULE-NEC 705.12(b)(3)(2) BILL OF MATERIALS o (01)HOYMILES HM-300N MICRO-INVERTER 1 UTILITY FEED+SOLAR BACKFEED EQUIPMENTDIY 10EscRIPnoN (01)BRANCH OF 13 MOD200A+40A=240A SOLAR PV MODULE 25 ZNSHINE SOLAR ZXM7-SHIO6(400W)MODULES m(01)BRANCH OF 12 MODULES CONNECTED IN PARALLEL PER BRANCH BLISS RATING x120% INVERTER#1 06 HOYMILESHM-1200N MICRO-INVERTERS rc INVERTER#2 01 HOYMILFS HM-SOON MICRO-INVERTER ` 200A X 120%=240A 600V 55AMAX,4 INPUTS.MOUNTED ON ROOF FOR WIRE.1 CONDUIT Purelight '..wer SYSTEM SIZE:-25 x 400W/1000=10.00 kVVDC JUNCTION BOX OI TRANSITION SYSTEM SIZE:-7.50 kWAC LOAD CENTER 01 100A SOLAR LOAD CENTER 'RACEWAY MAY BE SUBJECT TO CHANGE AT AC DISCONNECT 60A NON FUSED,VSBIE,LOCKABLE,LABELED, PURESIGHT POWER TIME OF INSTALL BY QUALIFIED PERSONS AC DISCONNECT 01 DISCONNECT SQUARE-0 DU222RB,240 VAC lsn CASCADIA CANYON AVE SE ACCORDINGTO CHAPTER 3 OF THE NEC sn NOSALEM.OR 0T30B-13T7 BIdIRECTNXNL S 1a69D PHONE IH11#IW01T PGE UTILITY METER AC DISCONNECT SHALL BE LOCATED EmM:+an+ 4a�r.mn V#THIN 10 FEET OF URUTY METER f£W.�1 ' 12aV24M,8Nk VERSION x n• DESCRll10N DATE REV [:IINITIAL RELEASE OYOId¢9 BR CO YE TO (N)100A SOLAR LOAD _ r LOADS OTHER CENTER (N)4w/2P PV (N)AC OISCONNECTGSA NON E 12 x ZNSHINE SOLAR MODULES WITH 03 HOYMILES HM-1200N MICRO-INVERTERS, FUSED,VISIN.E,LOCKABLE, I A4FI FD,dSCONNECT 4w PROJECT NAME 01 x ZNSHINE SOLAR MODULE WIlTH 01 HOYMILES HM-300N MICRO-INVERTER IN BRANCH CIRCUIT#01 Lc SQUARED RB,240 h VAC I -�[ �� i! �i••• OB JUNCTION (E)MAIN SERVICE 0 L ��� I {,L1 BOX Lf Lf ^=- PANEL,law D O 0 (+ Q 2W RATED,12G240V LIJ 0 E[ (03)HOYMILES HM-1200N — (01)HOYMILES FNI-STELA -i---. N 'Qn MICRO-INVERTERS(240V) MICRO-INVERTER(240V) 20A E C . CD w CV w �/ ... .CIRCUIT#02 I 30 4E( Et I— 12 03 n- : -: ® ® 1 I min0 � � 12 x ZNSHINE SOLAR MODULES WITH 03 HOYMILES HM 1200N MICRaINVERTERS IN BRANCH G 1 [y[ L �� �T f ; --T- - 'L - (3)#8 AM THWN-2 I- • — C (n _ -I 1 -1 (1)#10AWGTHV#+2EGC I )E)MNN BREAKER Ct 0: (y —) I— } — 1031 HOYMILES HM-1200N n IN 3/4"EMT CONDUIT RUN (- EXISTING J 21DM2P.240V -1 up Dui 1- 0 MICRO-INVERTERS(240V) GROUNDING Q L() _ Z D . TERMINATOR CAP ON LAST CABLE -,-- (2)TRUNK CABLE — (2)#12 AWG CU THWN-2.RED SYSTEM > CO F a CONNECTOR ACTRUNK LAST LE(L RS BARE CU IN FREE AIR (2)#12 AWG CU THWN-2-BUCK Q (1)412 AWE CUTMMJ-2 EGO Q IN 34"EMT CONDUIT RUN MINIMUM WIRE SIZES SPECIFIED.USE OF LARGER WIRE IS ACCEPTABLE DISCONNECT NOTES: VISIBLE.LOCKABLE,LABELED 1.DISCONNECTING SWITCHES SHALL BE WIRED SUCH THAT WHEN THE SWITCH AC DISCONNECT LOCATED IS OPENED THE CONDUCTORS REMAINING LIVE ARE CONNECTED TO THE TERMINALS WITHIN 10'OF UTILITY METER SHEET NAME MARKED"LINE SIDE'(TYPICALLY THE UPPER TERMINALS) NOTE:PV AC DISCONNECT LOCATED ELECTRICAL TILITY INTERCONNECTION NOTES: 2.AC PERSONNEL.LLOCECT T�ACCESBEAVISIIBLE TO OE-BREAK \MTCH WITHIN10'OF THE MAIN BILLING METER LINE DIAGRAM 1. INTERCONNECTION SIZING,LIMITATIONS AND COMPLIANCE NFUSE BE DISCONNECT AND BE A EDIBLEBREAK SWITCH. DETERMINED IN ACCORDANCE WITH[NEC 705.12],AND[NEC 690.54]. 3.NON FUSED AC DISCONNECT TO USED. r \ SHEET SIZE 3. GROUND FAULT PROTECTION IN ACCORDANCE WITH[NEC 690., GROUNDING 8 GENERAL NOTES: ----- SERVICE INFO. ANSI B [NEC 230.95]AND[NEC 690.4] 1.A SECOND FACILITY GROUNDING ELECTRODE IS NOT REQUIRED PER[NEC 690.47(C)(3)] UTILITY PROVIDER PGE 11 R X 17" 4. ALL EQUIPMENT TO BE RATED FOR BACKFEEDING. 2.PV INVERTER IS UNGROUNDED,TRANSFORMER-LESS TYPE. MAIN SERVICE VOLTAGE: 240V 5. PV BREAKER TO BE POSITIONED AT THE OPPOSITE END OF THE 3.DC GEC AND AC EGC TO REMAIN UNSPLICED,OR SPLICED TO EXISTING ELECTRODE MAIN PANEL BRAND: SQUARE-0 BUSBAR RELATIVE TO THE MAIN BREAKER. 4.ANY EXISTING(AIRING INVOLVED WITH PV SYSTEM CONNECTION THAT IS MAIN SERVICE PANEL: (E)200A SHEET NUMBER FOUND TO BE INADEQUATE PER CODE SHALL BE CORRECTED PRIOR TO FINAL INSPECTION. PV SHEET:6.0 oELECTRICAL LINE DIAGRAM 5 JUNCTION BOX ANDCHANGE IN THE FIE D-JUNCTION BOXITIES,XES DEPICTED ONE ELECTRICALDAGENT SUBJECT TORAM REPRESENT WIRE TYPE TRANSITIONS. MAIN CIRCUIT SERVICE LO RATING: (E)200A CATION: SOUTH-EAST SCALE: NTS B.AC DISCONNECT NOTED IN EQUIPMENT SCHEDULE OPTIONAL IF OTHER SERVICE FEED SOURCE: UNDERGROUND X-1.6 AC DISCONNECTING MEANS IS LOCATED WITHIN 10 OF SERVICE DISCONNECT. SOLAR MODULE SPECIFICATIONS AC CONDUCTOR AMPACITY CALCULATIONS: ZNSHINESOLAR ZXM7-SHIOB FROM JUNCTION BOX TO SOLAR LOAD CENTER: p MANUFACTURER/MODEL* fill D (400WWODULES EXPECTED WIRE TEMP PERT):32' q - VMP 30.90V TEMP CORRECTIONN TABLE 310.15(8)(1):0.96 =w#OF CURRENT CARRYING CONDUCTORS:4 IMP 12.95A CONDUIT FILL CORRECTION PER NEC 310.15(C)(1):0.80 VOC 37.10V CIRCUIT CONDUCTOR SIZE:12 AWG ISC 13.70A CIRCUIT CONDUCTOR AMPACITY: 30A Pu►BiigiYt Power - MODULE DIMENSION 67.67%.x 44.65'W x 1.18'D(In Inch) REQUIRED CIRCUIT CONDUCTOR AMPACITY PER NEC 690.8(A8B): 1.25 X Y MICRO-INVERTERSBRANCH LENGTH)X MAX OUTPUT PUREuolrr POWER INVERTER SPECIFICATIONS (MAX( MI5:.VUIXA CANYON AVE SE - -- - 1 CURRENT BT4110SALEM.OR PTa02-191) MANUFACTURER/MODEL• HOYMILES HM-1200N ' 1.25 X((03 X 5)+(01 x 1.23))=20.29A OxLB:7.28339 NOMINAL AC POWER RONE:(511M6.0N7 NOMINAL OUTPUT VOLTAGE DERATED AMPACITY OF CIRCUIT CONDUCTOR PER NEC TABLE Email, vERSIO� 310.15(B)(1) -DESCNPTION PATE REV NOMINAL OVTPUT CURRENT 5A TEMP CORR.PER NEC TABLE 310.15(B)(1)X INITIAL RELEASE Bvnrma uR CONDUIT FILL CORK.PER NEC 310.15(C)(1)X INVERTER SPECIFICATIONS CIRCUIT CONDUCTOR AMPACITY= MANUFACTURER I MODEL U HOYMILES HM-300N 0.96 X 0.80 X 30=23.04A NOMINAL AC POWER 295W NOMINAL OUTPUT 240 VAC RESULT SHOULD BE GREATER THAN(20.29A)OTHERWISE LESS THE NOMINAL OUTPUT CURRENT 127A ENTRY FOR CIRCUIT CONDUCTOR SIZE ANDAMPACITY ELECTRICAL NOTES AMBIENT TEMPERATURE SPECS AC CONDUCTOR AMPACITY CALCULATIONS: 1.)ALL EQUIPMENT TO BE LISTED BY UL OR OTHER NRTL,AND LABELED WEATHER STATION:AURORA STATE FROM SOLAR LOAD CENTER TO OH1: FOR ITS APPLICATION. RECORD Low TEMP - - U OF INVERTERS:07(06-HOYMILES HM-1200N+01-HOYMILES HM-300N) 2.)ALL CONDUCTORS SHALL BE COPPER,RATED FOR 600 V AND 90 EXPECTED WIRE TEMP °C: DEGREE C WET ENVIRONMENT. 3 AMBIENT TEMP(HIGH TEMP 2%) 72. ( )B 2' 3.)WIRING,CONDUIT,AND RACEWAYS MOUNTED ON ROOFTOPS SHALL PROJECT NAME TEMP CORRECTION PER TABLE 310.15(6)(1):0.96 BE ROUTED DIRECTLY TO,AND LOCATED AS CLOSE AS POSSIBLE TO CONDUIT HEIGHT RUN(IN ATTIC) 9 OF CURRENT CARRYING CONDUCTORS:3 THE NEAREST RIDGE,HIP,OR VALLEY. Q CONDUCTOR TEMPERATURE RATE 9D. CONDUIT FILL PER NEC 310.15(C)(1):1.0 4.)WORKING CLEARANCES AROUND ALL NEW AND EXISTING 0 Tn MODULE TEMPERATURE COEFFICIENT OF Voc -029%PC CIRCUIT CONDUCTOR SIZE:BAWG ELECTRICAL EQUIPMENT SHALL COMPLY WITH NEC 110.28. O 0 -_ CIRCUIT CONDUCTOR AMPACITY:50A 5.)DRAWINGS INDICATE THE GENERAL ARRANGEMENT OF SYSTEMS. CO O CV O �' PERCENT OF VALUES NL* ER OF CURRENT CONTRACTOR SHALL FURNISH ALL NECESSARY OUTLETS, O I- CV LO Q CARRYING CONDUCTORS IN EMT REQUIRED CIRCUIT CONDUCTOR AMPACITY PER NEC 690.8(B): SUPPORTS,FITTINGS AND ACCESSORIES TO FULFILLAPPLICABLE 0 t` IL C.9 O.80 4-8 1.26 X it X MAX OUTPUT CURRENT= _1 O .70 _ 7-9 1.25 X((06 X 5)+(01 x 1.23))=39.04A CODES AND STANDARDS. 1- m a F- 6.)WHERE SIZES OF JUNCTION BOXES,RACEWAYS,AND CONDUITS ARE .50 10-20 DH1AT®MIPACRYOFC07CUITOONI%1CfORSP62NECTABLE310.16: NOT SPECIFIED,THE CONTRACTOR SHALL SIZE THEM ACCORDINGLY. m 22 O O >_ O TEMP CORR.PER NEC TABLE 310.15(BN1)X 7.)ALL HARE TERMINATIONS SHALL BE APPROPRIATELY LABELED AND LU 2 T- H CONDUIT FILL CORR.PER NEC 310.15(C)(1)X READILY VISIBLE. LU CC N J I- 8.)MODULE GROUNDING CLIPS TO BE INSTALLED BETWEEN MODULE U.1 CIRCUIT CONDUCTOR AMPACITY= FRAME AND MODULE SUPPORT RAIL,PER THE GROUNDING CLIP J CO Q # I U 0.96 X 1.0 X 55=52.80A MANUFACTURERS INSTRUCTION. Q LO 0 Z 0 9.)MODULE SUPPORT RAIL TO BE BONDED TO CONTINUOUS COPPER > CO - a_RESULT SHOULD BE GREATER THAN(39.04A)OTHERWISE LESS THE G.E.C.VIA WEEB LUG OR ILSCO GBL-4DBT LAY-IN LUG. Cr)� Q Q ENTRY FOR CIRCUIT CONDUCTOR SIZE AND AMPACITY J 10.)THE POLARITY OF THE GROUNDED CONDUCTORS IS NEGATIVE T- SHEET NAME VOLTAGE DROP CALCULATIONS ELECTRICAL WIRE RUN *OF INV V(VOLTS) I(AMPS) L(FT) VD(%) WIRE SIZE' RACEWAY CALCULATION BRANCH(MODIIIEI TO PASSTHRN J.Box 04 240 16.23 40 0.94% 12AW3 FREE AIR SHEET SIZE PA95TNNII SOLAR l BOX to-LOAD CENTER 04 240 16.23 50 1.18% 12 AM 3/4"EMT IWX BRANCH) ANSI B LOAD CENTER TO AC DISCONNECT 07 240 31.23 10 0.18% 8ANG 3/4"EMT 11"X 17" AC DISCONNECT-TO INTERCONNECTION 07 240 3123 10 0.18% BAWD 3/4"EMT SHEET HOMIER MAX VOLTAGE DROP:2.48% PV SHEET:7.0 (i- ELECTRICAL CALCULATION i SCALE: NTS X-1.7 1. A WARNING i 1 O INVERTER OUTPUT "E" Y SOLAR PV SYSTEM EQUIPPED DO NOT RELOCATE THIS O OVERCURRENT DEVICE WITH RAPID SHUTDOWN Purelight Power LABEL LOCATION: SERVICE PANEL IF SUM OF BREAKERS EXCEEDS PANEL RATING PER 0ODEISE NEC 705.12(B6362) TURN RAPID SHUTDOWN PBRE-USWSCADAC POWER 3WfTCH TO THE-OFF MD fAOSANKOR MM., SE PHOTOVOLTAIC.SYSTEM POSITION TO SHUT 00Y1M ':.,....`, STE wosNtu,oB Brain lan CUB:]ffi1'i1 is AO DISCONNECT AL PV SYSTEMMA HAZARD REDUCE AIgN!(}1n M8AMT :.a�:4pa.•...aan Q ELECTRIC SHOCK HAZARD SHOCK HAZARD IN THE VERSION RATED AC OUTPUT CURRENT 31.23A ARRAY. Mil 0sacaianax SEE REV NOMINAL OPERATING CURRENT 290V IM1ML RELEASE CORM= w Oz � ! _ �• .+,tt_: i. LABEL LOCATION: I>• f.. ..•A �:1e:U AC DISCONNECT,PHOTOVOLTAIC SYSTEM LABEL LOCATION: --- LABEL LOCATION: POINT OF INTERCONNECTION ON OR NO MORE THAT 1 M(3 FT)FROM THE POINT OF INTERCONNECTION (PER CODE:NEC 2020.690.54&690.13(B) SERVICE DISCONNECTING MEANS TO WHICH THE PRODUCTION METER PV SYSTEMS ARE CONNECTED. NEC 705.12(C)S NEC 690.59 PER CODE:NEC 2020:IFC 605.11.3.1(1)&690.56(C) O MAIN PHOTOVOLTAIC �� --SYSTEM DISCONNECT JIB` t n/n R A'I N LABEL LOCATION. �12 �� y J"'� • RN IN'V PROJECT NAME MAIN SERVICE DISCONNECT?UTILITY METER (PER CODE.NEC 690.13(E)) PHOTOVOLTAIC SYSTEM COMBINER PANEL DO NOT ADD LOADS w .1- 0 cc CDON ,- - RAPID SHUTDOWN NEC 690.15(B):AC COMBINER PANEL 0 I— N Lc) Q c� WF.CW 10 FOR SOLAR PV Ir I- CF) m D_ SYSTEM MAIN SERVICE PANEL OD Cl) o CDY (-ILL LABEL LOCATION. OO SOLAR LOAD CENTER- CD J UTILITY SERVICE ENIRANCE?MErER,INVERTER/DC IF USED TO COMBINE W Q N DISCONNECT IF REQUIRED BY LOCAL AHJ.OR OTHER LOCATIONS AS REQUIRED BY LOCAL AHJ. O PV OUTPUT CIRCUITS —.I (-0 (� PER CODE(S):NEC 2020'.80.66(C)(2) > W i= 0_ 12 DO Q Q NON FUSED AC �1 DISCONNECT NOTES AND LICSHALL O PAR ■ UTILITY METER © SHEET NAME •SIGNS AND LABELS SHALL MEET THE REQUIREMENTS OF THELEN ®s 2020 ARTICLE 110.2-I�,UNLESS SPECIFIC INSTRUCTIONS 11 ARE REQUIRED BY SECTION 690,OR IF REQUESTED BY THE ERQ (}1L' N 11 0 INTERCONNECTED O JUNCTION BOX WARNING LABELS LOCAL AHJ. �"'--• �"""k�O"'��T BREAKER) OR COMBINER BOX •SIGNS AND LABELS SHALL ADEQUATELY WARN OF HAZARDS �\ 10 SHEET SIZE USING EFFECTIVEBE PERMANENTLY NLORS AND SYMBOLS.THE. LOCATION:AT UTILITY SERVICE METER _ O5 •LABELS SHALL BE PERMANENTLY AFFIXED TO THE • ANSI B EQUIPMENT OR WRING METHOD AND SHALL NOT BE HAND o 1 1°X 1 T" WRITTEN. J/` •LABEL SHALL BE OF SUFFICIENT DURABILITY TO WATHSTAND THE ENVIRONMENT INVOLVED. • DIRECTORY �� AND LABELS SHALL COMPLY WITH ANSI Z535.4-2011, SHEET NUMBER PRODUCT SAFETY SIGNS AND LABELS,UNLESS OTHERWISE PV SHEET:8.0 SPECIFIED. •DO NOT COVER EXISTING MANUFACTURER LABELS. LABELING DIAGRAM: X_1.8 P. CAUTION MULTIPLE SOURCES OF POWER ! POWER TO THIS BUILDING IS ALSO SUPPLIED FROM THE FOLLOWING SOURCES WITH DISCONNECTS LOCATED AS SHOWN AT:®PGE UTILITY METER&PV RAPID SHUTDOWN rfr OM*A Pi O ra PV MODULES TYP. PV RAPID SHUTDOWN POE UTILITY METER M . 3 I. EACH MODULE TO BE GROUNDED USING THE SUPPLIED CONNECTION POINT PER MANUFACTURER'S REQUIREMENTS.ALL SOLAR MODULES, EQUIPMENT,AND N w METALLIC COMPONENTS ARE TO BE BONDED.IF THE EXISTING GROUNDING ELECTRODE SYSTEM CAN NOT BE VERIFIED OR IS ONLY METALLIC WATER PIPING, Purelight Power IT IS THE CONTRACTOR'S RESPONSIBILITY TO INSTALL A SUPPLEMENTAL GROUNDING ELECTRODE. PURELIGHT POWER MSS CAW-AM CANYON AVE SE 2. ALL PLAQUES AND SIGNAGE REQUIRED BY THE LATEST EDITION OF NATIONAL 3 E1 0 EN.ORSflO-I°n CS228933 a- ELECTRICAL CODE.LABEL SHALL BE METALLIC OR PLASTIC,ENGRAVED OR PHONE °181B1DO, MACHINE PRINTED IN A CONTRASTING COLOR TO THE PLAQUE.PLAQUE SHALL VERSION BE UV RESISTANT IF EXPOSED TO SUNLIGHT. RESCRIPTION a� REV *mu anima 05/I/!2023 Vfl 3. AC CONDUCTORS SHALL BE RUN IN EMT AND SHALL BE LABELED,"CAUTION AC CIRCUIT'OR EQUIV.EVERY 5 FT. 4. EXPOSED NON-CURRENT CARRYING METAL PARTS OF ELECTRICAL EQUIPMENT SHALL BE GROUNDED IN ACCORDANCE WITH 250.134 OR 250.138(A). 5. CONFIRM LINE SIDE VOLTAGE AT ELECTRIC UTILITY SERVICE PRIOR TO CONNECTING INVERTER.VERIFY SERVICE VOLTAGE IS WITHIN INVERTER PROJECT NAME VOLTAGE OPERATIONAL RANGE. 6. OUTDOOR EQUIPMENT SHALL BE NEMA-3R RATED OR BETTER. 0 N 111 O ❑ 0 Cr 7. ELECTRICAL CONTRACTOR TO PROVIDE CONDUIT EXPANSION JOINTS AND O N Q ANCHOR CONDUIT RUNS AS REQUIRED PER NEC. I— ti wct co C9 rn 8. ALL WIRING MUST BE PROPERLY SUPPORTED BY DEVICES OR MECHANICAL CO rj 0 a) • o_ w MEANS DESIGNED AND LISTED FOR SUCH USE,AND FOR ROOF-MOUNTED >- SYSTEMS,WIRING MUST BE PERMANENTLY AND COMPLETELY HELP OFF OF THE Ly _ ROOF SURFACE.NEC 110.2-110.4/300.4 N Q irk F- C7 D 9. ALL ROOF PENETRATIONS MUST BE FLASHED.SIMPLY CAULKING DOES NOT ~ a. Q SUFFICE. SHEET NAME ADDITIONAL NOTES SHEET SIZE ANSI B 11"X 17" SHEET NUMBER PV SHEET:9.0 X-1.9 • ZXM7-SH108 Series ZnShine10*,1Oee r,ALF-�TLL L .� ,it ZNSHINESOLAR ZNSHINESOLAR Nona ystaIIine PERC PV MOdule e DIMENSIONS OF PV MODULEImm) Purelight Power ZXM7—SH108 Series I-V CURVES OF PV MODULE(406W) ,,,_is PUFHIONf POKER YK CAROMS CANTON AVE SE 111II IIIIIIIII IIIIIIpl91111111 pIp INITNI E' 3 STE PIOSA EµOR eaYaN-tan E 11111111111111tlII11A111111111111I111I1 RMlaings n mNium 1088 HALF-CELL Black MonocrystaUine PERC PV Module Ill uullliiiIRInfilllRlllnmuu `T` auwriv'�. 1 Em+mOMB MMVram.r mn Illrynl lip 11115111111 llemLlllppL ! ,y j II g IIIil111p 1 0 111111111 11I1m11111Illlip vERsloN Im11I 111111111III111 INDIA Ilmllll IINI'PIIII1lmlmlll1 llll'I'flllll DESCRIPTION DATE REV IIII illlllll'.p II MIMS RELEASE MOND s UR 11111111111111IIII111IImll O III IIIIIIIIII o; 9, =i I I wasc.M IIp11111d111111Ip1111111111Y1 11111WYWN F -L4 390-410W 20.97% 0.55% oivimlumlmpubilisums IIIIIIIII IIIIIIilium lm11m1I111111N111p- _ ,., P•V CURVES OF PV MODULEMOOW) POWER RANGE MAXIMUM EFFICIENCY YEARLY DEGRADATION pIIRI IIAI IIII!I111NIItll IIIIINI IIIIIpII -- 111400I'm1 111111111II11111111RII11 0110111 .1. ..c : iiiI Iliilrilliiliiiniliiuuiiii -` TZ 13 YEARS PRODUCT WARRANTY 2515 YEARSOt3TPUT GUARANTEE 1111 I IIII IIE1111111111111111mIm111111 1 Yryw I €� (`—� rI��Ir C III IIIIIIIUIItl11m1111111111111011p111- , into L-"I iw Ln• ® �/ lam \ �\ Front V Sack Mew ......r v _....... -. ,�,,........,.,.,.... !.W ...L..... eaawM R91213n25611192t61711q.1n1921,11712 PROJECT NAME I x �.� wl-uwwmwem m wn,n w AL,gam ELECTRICAL[IUR/1CTERISTICS sir- MECHANICAL DATA akkAA maw ww.e M1 - a 15 wmkwPmr a/mamywl' MA MA ma mk A° 'AAA.. mono Ma< .r...,.<.a. ,nn. wen,.....n.i. ..v:.w,.. ..w `. ..u�.v. .n..+........ ..nv..nu:.. wunum MW Vm ❑....� x. 17 n.. , . vow, IXN raw RA Saw 31.10 3130 6W aFM.rat MN',Aral UJ O Tt CC CO a..vmn1 Pow,rnmm�mwr 12.29 Iv] Ixx 1ag3 1r.10 awule dimension I]2Mlleawmm OM Rune', 0 I- N fr% OpenulakvWaae VM1n 10M Saw b.10 31.38 MAD waon ]qyl akg Ur w 1� O _V KEY FEATURES Mra m sc 1 m 3.61 13.a 31.., a]..1,.w,nl,rmmwm,,wan.l.alamr..arw, m I- co 07 a ~ aExcellent Celli Efficiencyekr, Better Weak Illumination Responee .. NkMnMM an mr Doer m.n ram Amnon los was,recites IL 0 O L' - «� MRS technology redude the alelance between butters and More power output in weak light mnrllpon,such as haze. '+x - LAMA ,prn MOM Conn* 0 P is—ringer find line which is benefit to power Increase. cloudy.and early morning W Pi J Cam..r "`qm"'"` 0 rriQ * = U ....0 Ant,PlO T ELECTRICAL CHARACTERISTICS I wear tEMVERATURE MnNGS' WORKING CONDITIONS Q CO F-�1� Adapt To Harsh Outdoor Environment ' LL = N4Nmw9Po1e,wmpl AI! ]yd 81210 MZA 3630 WW1 MI20 WrmmryWmrote. swVIX QEnauRdPDma618hY lhrOughNe fivalY COnllol of® Resistant to harsh anviranmenls Bum as salt ammonia, M manura0Aunng process and raw materials sand,high temperature and high humidity environment aaumem emir vdleye musts Y.w am axm 2549 e.10 TIeWWWw m.ndeM a Mr. 0.351krt opmemgamp,eae +vc..as5 MWnum Vow,runxnmp0W la n 1095 1.1 pA »1p r.m0gammaAIM., nanu mum ga AA AIM., 23A rib TIER 1 (.,l Excellent Quality Marlagermen!System rib )a4wmul5EwMywgn xw 39w n.10 rWmnew.nexhnlmla lotus nurmwanea]kl maul AOMsmw Gkeal:nest bankable brand.with Independently certified Warranted tenability and stringent quality assurames well arm ea SHEET NAME advanced automated mancactur1 SIIm CIRWe[MIMIssnJ 1Pn 11gI 1100 1113 II�a Yl1eW...axlealy uPfp]bpH g beyond certified requlremems. - ,� w..n.. .. SPEC SHEETS Ii{� improved Aesthetics gACNAGInG mNEwlmwnon' -wdw «..a IN Compared to conventional moduleethis full dank modules sissies. J6 .vl..v nM..«...Rn..e. «.,.M.�.�..W SHEET SIZE have re a mo uarm to appearance and superior aestlweos rim mairmi ad.evel eta ANSI B 11"X 17" .11.1 2,ISL'S 21222,2 591,2.2 worid var191.2 Y IF 132PPV 7 9211212 aka kg a,lui,,N iI els ac.anrin yarALt ban nes 1 ca nomod .la.2Nuequmnl3w,e,Im0NWsu213201.P.o.row I®E.mM:a379Ww erersmn ,r Beau ut onc,2m I.m qx=e axaup v.Pv.n. o�.,rwol z.,1:� ,r pv ed,-, r,u:m.,5p ® Q,rl,.bsmau]w33 SHEET NUMBER .riStale. •o ,le. i..., l wnion:2F Ie:ped_.Nkmeurutra M Na YYN.re yM ut MMPWAmE219a.EMM20]2 n];eWn OR.. wwV. 1 no a uW.rtl^rl,eMenl4nW nplke.2NElaq lrvTn[Ne1 No medal undea akikpoeanaMIA McLieci ,u s,v yeos pagephgWmbn ma namavo NIwM3M!gamma*tasks 0W M MrpbNrtl Y .MMa wun"WT a U Lamm,Oaumem PV SHEET.10.0 X-1.10 • • (h ymiles Open Energy For All pragiTechnical Specificationsm " i1el r HM-1200N I HM45OON r I,IPut Data(DC) Purelight Power CommmNusea nodule poser fM 240 to 405+ 300 to 505+ Mautmlm spur cottage(V) PUREMGHT POWER 60 MRS CASCAINA CANYON AVE SE ' MPPT'/dtage rangeM STE tg t.&(IMal9,9m.tan t6.60 rsLE:immi PHONE:(Srn mBn] Start-upwRageM 22 Erm wi' N VERSION • Maximum more current tcr6 4.115 4.115 oDALCOL 10N DATE REV _ ,IIIMMillillii Maximum input SMrtCfCY[current(A) 4x1$ INtiNL RELEASE aYI)/m]] IIR Numr of NIPPY; 2 Number of inputs per MPPT A Output Data(AC) - Peak output power IVA) 1260 1200 150D 1350 Minimum continuos output poor(VA) 1200 1109 1438 1246 Maximum tontnuous output current(A) 5 533 599 5.99 Nominal output whage/range M' 740011-264 2061183228 24N211.26s I08/183228 Nominal trelaentylrange 1141' 60/5565 PROJECT NAME >0.99 defaultPower factor(adlustablel 0.6 laming-Oa lag9n9 Q Microinverter Description Total hMmonit distDmOn <3% Q —h ft Datasheet HDymllesd-in.l microinverter is one of me most cost-effective MmtimYm units per branch' 3 3 2 2 LLJ 0 module level solar solutions,as a can support up O.4 panels at EHiclency N ♦Qfs once and maximize the PV production of your installation.With CECpak efficiency (� _1 O IL �/ n 96y6 - the maximum DC voltage of E0 V.Hoymiles microinverter is a PV CEC weighted efficiency %50 m 0 � d LL Raga Shutdown Equipment and conforms with NEC-201]and W O Q • Nominal MPPT efarrency 999b'120 f NEC-2020 Article 690.12 and CEC-2021 Sec 64.218. _ •Hid-1500N All Of the(Ittemodels listed are equipped with reactive power Nighttime now.cgnswmpdun0nw7 <50 CC N — control and are Tampion!with IEEE)547,UL 1741 and CA Mechanical Data J (n Q j V Rule21. Ambient temperature range('C) 40toe65 — 5 00 F a 7 oinensons(W:H.D tun) 2800176 x33 ^ Q M < — Weigh(tom 3.75 Features Enclosure racing Oou:oa-HEW 6(1o6]1 ® 1111 Cooling Naturalcorrection g fans -N Easy lnstalWUon,Just plug and play SHEET NAME External antenna for stronger Features communication with mu SPEC SHEETS a With Reactive Power Control,compliant CommuWetODn 2460e I ivFxie.ml'RFINordc) with CA Rule 21 Mnmrowg iMiles Cloud' SHEET SIZE High reliability,NEMA 6(IP67)enclosure, a Compliant with U.S.ElEC.201T&NEC-2020 6000 V surge protecdon Warranty Up to 25 years ANSI B 690.12 rapid shutdown ComplianceUL 1741,1ER1647,UL 1141 SA(240 Vac),CA Rule 211240 goo 11"X 17" CSA C222 No.107.1.16.FCC Part 15B,FCC Part 15C ���„„.. e/Word Shutdown Cadmus Mh NEC-2017 and NEC-2020 Article 690.12 & f 3f,a x i; w^'p E'i hx s,; ,s,n t' S.. _, - ;1 NgmnalvdtageHrequanyrarge can lery agzpl4lrq apbwl vegan nd CEC2021 sec 6421E Rapid Shutdown grey system SHEET NUMBER >y1 1y, � '"V F <KKr.� Wt # y Qr t { 5' ;n$ •3 HoymAes Monhonng System exact number of mioanwners per6ranch. PV SHEET:11.0 .esiia4h6'4 •.a..s, I"M✓ 3 #.'I iL^ 5 'es'w"uyy. ��?t.c's i r . . mzortlmymaes Rawer Elemmks4c Nlr4ho rcsmm. X-1.11 • ip g • hogmliss Open Energy For All Technical Specifications p Model r HM.300N 1 HM•350N HM-400N Purelight Power Input Data(PC) Commons used module power(W) 240 to 405+ 28010470. 320 tc S401. PUREt1GHT POWER Maximum Input voltage(V) 60 1093 CAECA040 CANYON AVE SE Sit laic SALEM.OR 8 ST MPPT vdW WI range 15-60 OSL .228393 PXIXiE'(YI)018.10.7 iW1 Start-up voltage(V) 5- E1eM 1e VERSION 411111 ..1.1.4 � 3 1/1"111M1.11111, Maximum input current(A) 11.5 11.5 12.5 pE60Rvnox DATE REV n Maximum inputshonc'.rtuitcurrenr(Al to 15 INITIAL RELEASE wawa= DR Number of MPPTs 1 Number of inputs per MPPT 1 - output Data IACI Peak output power(VA) 300 350 400 _a Maximumcuntinuous output paver PA41 295 349 382 i Maaimam continuous output current(A) 1 23 1 42 1.45 166 1.59 1.84 Nominal output voltage/range(VP 240/211.264 2081183-226 290/211-264 2013/163-228 240211-264 208/183-228 Nominal frequency/range(He 60/55-65 PROJECT NAME Poserfactor(adjustable) 30.99 default 0.8 leading..0.8 lagging Q Total naronic distortion 43% Microinverter Description j m Maximum units per branch` 13 11 11 9 10 8 w O CI Datasheet Hoyrniles 1-in-1 mirroinverrer,which can be connected to one Efficiency W O N r in c\I in Q panel and used in various applications,ls one of the most flexible CEC peak efficiency 96.7% 0 w N. CD LU (.7 solar64u0ions.With the maximum DC voltage of 60 v,Hoymtles CECwephted efficiency96.SV5 CC- � O m a F- _ micmlrivelter is a PV Rapid Shutdown Equipment and conforms NomirWI MPPT efficiency 99.8/6 m �_ LL with NEC-2017 and NEC-2020 Article 690.12 and CEC-2021 Sec CJ Q H M-300 Nighttime power consumption(mW) 45C W n .. 642,8. p H M-350 Merhalocal Data ...CC ¢ CO -I I}- J rn Q 4t ()- Allot the• three models fisted are equipped with reaRrve power Ambient temperature range(°Q .40 to 465 Q Ln C5 z .• control and are mmpNant with IEEE 1547,UL 1741aM CA Rule21. DimeMloralW°HwDmm) 162a 164+r 29.5 > co F d = Weight(kg) 1.98 co ¢ Q c- Enclosure rating Outdoor-NEMA 6(IP67/ Features cooing Natural convection-N o rani Features SHEET NAME ® Easy installation.just plug and play ® External antenna for manger Communication 2.4GH2Proprietary RF(Nordiq SPEC SHEETS communication with DN Monitoring $-Mik3 Cloud' ® with Reactive Power Control.compliant with CA Rule 21 Warranty Up to 25 years SHEET SIZE III High reiiablllty,NEMA 60F67)enclasure. Comp Ilance UL 1741,IEEE 1547,UL 17415A(240 Vac),CA Rule 21(240 Vac). ANSI B Comptimtwith u.S.NEC-20176NEC.2020 6000V surge protection P C5A C22.2 No.107.1-16,FCC Part 15B,FCC Part 15C 11��X 17R 690.12 rapid shutdown PV Rapid Shutdown Conforms with NEC-2017 and NEC-2020 Article 690.12 and CEC.2021 Sec 64.218 Rapid Shutdown of PV Systems SHEET NUMBER a1 Nominal voltage/frequency range can vary depending on Ioul requeenlents. t;"';'" . y T.ys.fF` q Jr w <es ET W Y ,r,' 3 7J - sA •2 Refer to local requirements for exatt number ofmicroinvenerspmbranch. PV SHEET:12.0 aim,-! y. n 134 ,a w nxa s1+ a x " tti *3Hoymtles Monitoring System. �/ t • " -tyax A` /�-�.�2 • y� y • k,-.ILpY4a.. t.¢ o2ozl nymlksltsPrverEmronl[s a,c PS nits rtsnvee. Ya•JWw•6t'._.. ...0 2N..1�M4�'ei � �4 r-bblA.aa'i� i.�a� �vHP4�". . L ., rr v i Piill PRO SERIES END CLAMP PRO SERIES MID CLAMP 1--os."--1 Purelight Power ER LY S. IYw" 1� NOS TAT, .LJONT PoDWIIOIST, STE TAT,ISO ADM OR ON AVE SE IT 9"BOLT LOCATION PHONES.NO)B16.10"7 I 1" VERSERNS ION 1 DESCRIPTION DATE REV INITIAL RELEASE CROZm!tl DR 30mm to 51mm - _ MODULE FRAME9 PART A TABLE 1 P/N DESCRIPTION 1 302035M ENOCLAMP PRO 1 Ji sA, 302030M MIDCLAMP PRO•MILL 302030D MIDCUWP PRO-DRK 34"BOLT LOCATION�, PROJECT NAME 0_ 0 Lu o 0 CD Q N MID CLAMP 1 j N- O LL m I- c[ m C- Li_ LLI2O21 }Ur •END CLAMP CC N J PART#TABLE J W ,11 Q xk , U P/N DESCRIPTION LENGTH > W a i 315168M SM LIGHT RAIL 168"MILL 168" N- Q Q 315168D SM LIGHT RAIL 168"ORR 168" END CAP INCLUDED WITH END CLAMP i 315240M SM LIGHT RAIL 240"MILL 240" 315240D SM LIGHT RAIL 290"DRK 240" SHEET NAME C: IrU N I RAC• PRODUCT LINE: SOLARMOUNT DRAWING NOT TO SCALE , U N I RAC PRODUCT LINE: SOLARMOUNT DRAWING NOT TO SCALE N SPEC SHEETS ALL DIMENSIONS ARE O ALL DIMENSIONS ARE e DRAWING TYPE: PART&ASSEMBLY NOMINAL d DRAWING TYPE DETAIL NOMINAL d SHEET SIZE �1411 BROADWAY BLVD.NE PRO SERIES A g 1411 BROADWAY BLVD.NE E ANSI B BUQUERQUE,IV 87102 USA DESCRIPTION: PRODUCT PROTECTED BY t/i AURIQUERQUE,Nt4 87102 USA DESCRIPTION: LIGHT RAIL PRODUCT PROTECTED BY to PHONE:505.242.6411 BONDING CLAMPS ONE OR MORE US PATENTS PHONE:505242.6411 ONE OR MORE US PATENTS 11'I X 1 71, WWW.UNBM000M REVISION DATE: 10/26/2017 LEGAL NOTICE SHEET WWW.UNIRA000M REVISION DATE: 9/11/2017 I FGA1 NOTICE SHEET SHEET NUMBER PV SHEET:13.0 X-1.13 ra) I PRO SERIES •U N I RAC SOLARHOOKS •• BETTER SOLAR STARTS HERE Purelight Power Pun,. POWER CANYON AVE SE UNIRAC Pro Series SOLARHOOKS is a complete line of attachment solutions for tile roofs.Featuring UNIRAC's STE NIOSALE I.OR9L1@-I3n SEA exclusive POWERARCH technology which increases strength by up 60R/A more than traditional O Email.hooks, Em mmOMIeN Rlmn SOLARHOOKS are simple to install and designed for maximum convenience.Available in universal designs and in VERSION DESCRIPTOR DATE REV specific shapes for flat.S and W tiles,SOLARHOOKS are lotted with stainless lag bolts and have a bead blasted ,NITIALRELEASE Dn„m„ DR stainless steel finish.With SOLARHOOKS,you have everything you need for a quick,professional installation, PRO SERIES ::UNIRAC SOLARHOOKS BRIER SOLAR STARTS HERE ,E. ";IRA( 2A5RI : 1 I I APPLICATIDR GUIDE E 11444. SOIARHOM Ova SOLARH00x HAT SRlARHOON SOIARH00K FIAT SOL AN NOON RAI SDI SRN DOK V MODEL v6N sls wetsA, SPANISS nl�.itAl iSi',clt I SPANSH 11 PIMl Rill SYSiIR PARWW Oall9 WPM OJdC11H WGriS DM (SMCtH PROJECT NAME {WAVY �� • HEW O:dWuiX4 ! lUwaoas ZPO:,WIW & :m*4304 C SISSXSR aud5Nwo t (�. ATMaimsE- O SHP 9 slatl Suess Stec Stamm SN:I MmasSter1 NMeAEM < APPUMIWX bal LE Ow udmN! &P mI-medwN, e t kV onevtil S 1 minMr BSNbn.,Ed.NG, Ila,Pa.-YN noun, a C. I NO,,ENR IW rc1RS v IR5.a ra�ym Tyr xnms ❑ D O ❑ + 'Ay Ar . TER RUBE RIB Yea as res Y IN Ms 11.1 Cr O QPAH URLELAER sag 1.1 6V1 KM ES KNl W O (N nQtk ' Mal HOWL a V — N LLC7V LL r O«ED OSFEMUR wwuu E- c < ii I RAMS I . . . D I— CE m d m (I) C) • LL PPE LIJgO o � - IT g diiii ,ii%Net SRInEwsWlPrpP — — N NOM lNP.WAND r V V . . . Q in Z j U WARRANTS n aue, TSY..� 1s TS i4Yeai , 4,,, )Slew, > CO I— a UP TO 60%STRONGER SIMPLE AND VERSATILE EXTENSIVE ASSORTMENT THE COMPLETE TILE ROOF SOLUTION I'dIRove POWERARIAI Windup Ensres no tAllple llo nattrmsan sttm,alnectens Amiable in a variety otwns5Isal.flat&A& - d,PHyI or Naive IRESd10 N WMS SHEET NAME h pima Stainksssteal6gbeltsdug Spanish nit Owls to hatee anychalleege I ,,1 NONS OR CnSIOAILN SERVICE VISIT LItIId AC.COOS OR CAI IrJC>I da> 2'1, IM tan puce oIHEnl SPEC SHEETS THE COMPLETE TILE ROOF SOLUTION SHEET SIZE ANSI B 11"X 17" Ion aursriONs Of, 1, I 'I!, srRVICt 'V T ui.IRGC Cod! OR C , i-o'i '1 .''7 SHEET NLJMRER PV SHEET:14.0 X-1.14 a lie u e. as II 28 SOLAR CODE COMPLIANCE NOTES : ,;; SM illSOLAR STANDARD SYSTEM GROUNDING • :IN S MOUNT INSULATION PAGE ■• MOUNT INSTALEATIDNGUIDE PAGE E WNWCERTIFIFATION MAILING UAW 'WEFRLW W adWa(SMMNOUNT mation WI sted byl 2]03Certlflutimg system y bessemstml aUm e(single MOE morn Userbe applied With C S�yw tau OMYy PUrelight Power theSaul4do NT wNl be oft Ahn the racking y I fully mcoinas l thould at to m.. the S0IMNOUNT oak at Me edge the ed it Beare aI the label the wee it sh the label tlart do not pertain toltir Ine pawn beim installed nest be removed so that mad theinstalled Y4em if usM1atiry a4 '� Non.Tn.alum..ado.nowlewwxwa sum mat tr:vitiate, of m.rwaa lxuy. allyeLY ONE WRPFR PaVa1eNM8 a. .- iayg way lug per row merrladulta t !(y, ziE PUREIJEMEr POWER requited See pap ator aeztorul �3 Lugs required for exwnwiwl loin. r1 PIE USCAGAGWYONAVE SE STE N9 SALSA.OR 97303-1377 __ ` W,: GYID:9N99g •-• 10t1 all S1BaW7 i ,e e•� WNIUGCOEWCIgI-WORK eMON9OE: FmY'. \ -. .coo AppUArq Wee and Insert a WE Mew W rag and through led clearance VERSION ve. CaY.pAae[dso111e pimples w1 p !!ale 'numra E'Na[ebelugW Onn DESORPTION DATE RSV m tiv Elected Aalnlass sl VLLaI meal II "I veN lls waann,laN u..v N •. ( '-�- waNwad LTgIrNn Darat II Ve pimples ompl elYem4Gea-nb INiTAL RELEASE py{rlp3> UR 1.61".1 .�\ : the railald Rq `t^hrY,-_•yam�I �'S. 3 TORQUE VAWE 1VhI0s. PI PANDARD MILSMIIGNT 0.61E -'^'^ See plaW 0 1 m WUU Whit.' - GOUMbNf WSMONRING DUPES: Details ore growled for Wb the WEER end lNb paaaaolhe WEEEWg bat F a Roweling Amite(Located on Me 4p a00 Olo The kw lug has a green loved Pitttaw bar grararypeatio purposes.!Wallah.moNce s'�.s, accwlate twth NEPA NEC 7 NECCCertle W¢poal ddgnet al rented Ibmd 4 • refer to the latest revision 4lHC for trial grooming ecoducto•cable Me. "/ 1450.)04 tondo .N`t. a.g eVww sN x r. u� [u i. (� • .a a wl iu i REDMONDUIE-ROVWE A DREAM -... ��� a a !r ru la u. .W.Y.- GRWNOLUR mu 51E DRILL SIZE NoCo LAyN IIKCNIWLTNI•UN/K PM 00.0 PI Aluemte PoungIg mown 1H' "'PP.r;sal'AP. Lop tN,debun hole and bole Ormbodn eall vale per*. 1LSC0 UN no-32 7/32' TORQUE VALLE]rt las PROJECT NAME • Torque Vella depends conductor Soe R.SEO product data Peat for ewea Lai Ls Mani nio.Ldc-WR1: • We proton data Peet for temp whit _ Non.ISOLATE COPPER FROM ALUMINUM CONTACTIU PRFVENrr0000sION LL ❑ V, :: SM SOLAR BONDING CONNECTION GROUND PATHS is 6:: SM SOLAR ENDCLAMP&FIRST MODULE a N a ■e� MOUNT INSTTAIIATIDNGUIUr PAGE ■■ MOUNT INSTALLAT!ONGUIDE PAGE Lo in wo0]rn Q H � ` our)14,.,.r., s w0 00 110 i v� i .y, j•�rhrnes,, _ 11,40 cc N -1 H co 0NONGIuo....„-awr RwoweNnnahl kenenr 0 wIMS 1eERMw wa RECTO ewortutwa0G toga INSTALIMOPAE supplied Masan wtNttlwi washer raileldame It ExoeulsTearinsen ya'7-bolt into PAM Ta119W1110O TBhat Ow WT n o�oai b�ORw > ~ ~ Q I O aLnl w„n40 aump.tlm raNLLN#N M4pa afana Aher Thew TWA MPS II.c IN ail ain Me Rip of the wwae.m ww.mm.aa.ee„y ®wltessvmrw bona awwvu.e I.am. sma .nm ...u..r. Cr) "'m .«...a.pem. D; ..xrL ao... damp ea 0 sanw5d:.. ax,a mawae to dew r bat.nn.w+w.nd aru me<larrp le In upright for mWbeim[alWlon nd tamp.are,,,,,,„„do one rvrrwbme fist end;moult ant lMaLLea otter the LIU erdmaWo. au �.aa _ ` SHEET NAME • � uxIN816e ... E , ;q ` a SPEC SHEETS a ,p- •Y ,mac Cb .z"' .aa� L.,, ��/ MEET SIZE g �,aa OPIPIT a.NDa" X ANSI B J 11 X17 6OWANG NNROINV pond MOUNT PACE 5YS1ENWW0 ICI uw.wym.wa INSTALL EAST000000PAWLS',dle amhitad mod- T.bolrPOSITIONH001000 -SNPrWFO SWAT Verity Ow POSIIIOM.Logo NI•NON9GMl�T-POET L eMe rtNbrP 0 �.ewm..m.wrw 0 o weeny mnw talc unto WEmapemWule Dame with End- SHEET'Tlwle''''''''''''''''''''Per'''''''''' WtNe W(AygeTbW WITHO YWI t hllyeea NUMBER ___ a y; ao•+lam clumps.Verify angled ane ea]IIIon WlcamrA'TRW toll slow fOfl USF WItNmIIFINr5N RA11.DW1 o...maem shah are Me corms Illilin WV* -... as: w.,...]...w.a, © �.m.�.,].�.w. m. TORQUE; twinw.ronitllwwen PV$FIEET:15.0 An.seta X-1.15 • Ilk SOLAR BONDING MIDCLAMP 14 P ••' MOUNT INSTALLATION GUIDE PACE Purellght Power ONREIIOHT POWER &ME MISSGMCANTONAVE9E 6iE NC SNFY,O3313 13i1 CUB:2ffi93 \ PRONE.MSSS1&pQ \\ Elia wv.Ym 1 I VERSION \ DESCRIPTION DATE REV _ 1 1 � L' �i �� i. INnuu ReuwsEmmrma uR INSTALL MIDCLAMPS:Midclamp is supplied as INSERT MIDCLAMP ASSEMBLY:Insert 1/4"T-Bolt MIDCLAMP:Rotate middamp assembly and slide an assembly with a T-bolt for module installation. into top slot of rail until clamp is against module frame.Do not tighten Clamp assemblies may be positioned in rail near nut until next module is in position.Ensure bolt is PROJECT NAME point of use prior to module placement. perpendicular to rail. Q oN tn0N0 ril I j r O in W (� w - O o F o Y r rr N J _Jt W axtHO a C co Q I I SHEET NAME PLACE ADJACENT MODULE AGAINST CLAMPS: POSITION INDICATOR-SERRATED T BOLT: Modules must be tight against clamps with no gaps. Verify the T-bolt position indicator is perpendicular SPEC SHEETS Tighten nut to required torque. to the raiL SHEET SIZE TORQUE VALUE:11 ft-lbs.No anti-seize. ANSI B 11"X 17" SHEET NUMBER PV SHEET:16.0 X-1.16 • • — ills) t S eill/ CSROUP" SI' CSA GROUP' Purelight Power G PUNF11GIrt POWER aab CASCADIA CANYON AVE SE Ceralicate:70131735 Master Contract:266909 Ere 140 SAEEN,OnaTAm-1377 Certificate of Compliance Project 80104076 Date Issued:2022-10-13 Here B:MOO m(54,1010 VERSION Cerdfate: 70131735 Master Cooped: 266909 Models: SM - SOLARMOUNT Flush-to-Roof is an extruded aluminum rail PV oEeeRlPnnN axis nay racking system that is msmlled parallel to the roof in landscape or earl"E RELEASE nlurraus OR Project: 80104076 Date Issued: 2022-10-13 portrait orientations. ULA - Unirae Large Amy is a ground mount system using the SolarMoum Issued Tel Mine (SM)platform for the bonding and grounding of PV modules. 1411 Broadway NE Albuquerque,New Mexico,87102 United State, Snkrm"uat Attention:Klaus Nkolaedla The system listed is designed to provide bonding/grounding,and mechanical stability for photovoltaic modules, The system is secured to the roof with the L-Foot components through the roofing material to building structure. The products listed below are eligible to bear the CSA Mark shown with Modules are secured to the racking system with stainless steel or aluminum mid clamps and Aluminum end -J1.r r 'US' clamps.The modules are bonded to the racking system with the stainless-steel bonding mid clamps with piercing adjacent indicatorsand far Canada and US or with adjacent 'llt PROJECT NAME points.The system is grounded with 10 A WG copper wire to bonding/grounding lugs.Fire ratings of Class A indicator'US'for US only or without either indicator for Canada only. with Type I,2,3(with metallic frame).4(with trim),5(with trim),10(with metallic frame),19,22.25,29, or 30 for steep slope.Tested at S"interstitial gap which allows insm0ation at any stand-of height. C < The grounding of the system is intended to comply with the latest edition of the National Electrical Code,to 0 - O o Issued by: M'thael lieffna9h' include NEC 250&690.Local codes compliance is required,in addition to national codes.All Cn O CVO IL' Michael Hoffman!. grounding/bonding connections are to be torqued in accordance with the Installation Manual and the settings used 0 I-- CV Q 11 during the unification testing for the current edition of the project report. h o UJ 0 O Q 0 1 CO ® The system may employ optimizers/micro-inverters and used for grounding when installed per installation CC 1— [t CO d instructions. m COO O O C US UL 2703 Mechanical Load ratings: _ Module Area up to 22.2 sq ft W CO Q N H F— Downward Design Load(Ib/R') 113.5 ; W Z D PRODUCTS Upward Design Load(Ibf t') 50.7 N. Q 2 , CLASS-C531302-POWER SUPPLIES-PHOTOVOLTAICS-PV Racking Down-Slope Load(Mft') 16.13 crtQ CLASS-C531382-POWER SUPPLIES-PHOTOVOLTAICS PV Racking and clamping systems-Certified to US Standards - Module Ara up to 27.12 sq ft Downward Design Load(113/114) 33.9 Upward Design Load(IWIN) 33.9 SHEET NAME Down-Slope Load(I15/ft2) 16.5 SPEC SHEETS SHEET SIZE ANSI B 11"X17" J810.SPlar1S419-04-30 o ant ran G1010 AllrivhIs relery d Pnvel 000507 ter totS-s4.10 02018 CSA Ron All&Nstcsaved Paer2 SHEET NUMBER PV SHEET:17.0 X-1.17 • a • 4. ., 0us r p L 7 Engineering Alliance,Inc I L 1 Engineering Alliance,Inc � frt Powe r I t hops://www.enge/liance.com hops://www.engrollionce.com Components and aadding Roof Zones: PURELIGHT POWER 06July-2022 The Components and Cladding Roof Zones shall be determined based an ASCE/SU 7-05,7-10&7-16 Component and CladdingIe3G0 n EMOilION AVE SE a5ENSCADAl.aae�VES design. CSLE:220353 Unirac PHONE.(641)816-4047 Enna ada*$n,nInqcopn 1411 Broadway!Md.NE r Notes: 1. ,-Builder 2.0 Online tool analysis is only for Unirac SM SOLARMOUNT Rail Flush systems VERSION Albuquerque,NM 87101 only and do not Include roof capacity check. -- - Tel:505 242 6411 2. Risk Category II per ASCE 7-16. oeecRiPnou DATE Rev INITIAL RELEASE 001272623 EN 3. Topographic factor,krt is 1.0. Attn.:Engineering Department 4. Array Edge Factor YE•1.5 5. Average parapet height Is 0.0 ft. Subject:Engineering Certification for the Unirac SOLARMOUNT Flush Rag System to Support Photovoltaic Panels. 6. Wind speeds are LRFD values. 7. Attachment spacing(s)apply to a seismic design category E or less. The Unfree SOLARMOUNT Flush•to•Raof Is an extruded aluminum rail system that is engineered to hold most framed solar modules to a roof structure and Installed parallel to the roof. Design Responsibility: The U-Builder 2.0 design software is intended to be used under the responsible charge of a registered design professional where We have reviewed the SOLARMOUNT system,a proprietary mounting system constructed from modular parts which are • required by the authority having Jurisdiction.In all cases,this U-Builder 2.0 software should be used under the direction of a intended for rooftop installation of solar photovoltaic(PV)panels;and have reviewed the U-Builder 2.0 Online tool.This U- design professional with sufficient structural engineering knowledge and experience to be able to: Builder 2.0 software includes analysis for the SOLARMOUNT rails(SM LIGHT rail,SM STANDARD rail,and SM HEAVY DUTY rail) with Standard and Pro Series hardware.All information,data and analysis are in compliance with the following codes,city •Evaluate whether the U-Bullder 2.0 Software is applicable to the protect,and ordinances,and typical specifications: •Understand and determine the appropriate values for all input parameters of the U-Builder 2.0 software. PROJncT NAME Code: 1. 2019 Oregon Structural Specialty Code . This letter certifies that the Unirac SM SOLARMOUNT Rails Flush,when installed according to the U-Builder 2.0 engineering Q 2. ASCE/SET 7-05,7-10,7-16 Minimum Design Loads for Buildings and Other Structures report and the manufacture specifications are in compliance with the above codes and loading criteria. 3. International Building Code,2018 Edition w/Provisions from SEAOC PV-2 2017 ❑ 4. International Residential Code,2015,2018 Edition w/Provisions from SEAOC PV-2 2017 W ❑ This certification excludes evaluation of the following components: 0 O CD cL 5. AC428,Acceptance Criteria for Modular Framing Systems Used to Support Photovoltaic(PV)Panels, 11 The structure to support the loads imposed on the building by the array;including but not limited to:strength and November 1,2012 by ICC-ES0deflection of structural framing members,fastening and/or strength of roofing materials,and/or the effects of snow O C•I tO Q 6. Aluminum Design Manual,2015&2020 Edition accumulation or the structure. Ur W r O lL (9 2)The attachment of the SM SOIARMOUNT taBs to the existing structure. LA CO d Following are typical spedficatIons to meet the above code requirements: . 3)The capacity of the solar nodule frame to resist the loads. CO O O Onlgn Criteria: Ground Snow Load=0-100(psfl This requires additional knowledgeO O Basic Wind Speed=85-190(mph) of the building and is outside the scope of the certification of this racking system. W - Roof Mean Height=0-fill(ft) Please feel free to call for anyW Q (V J FT- Roof Pitch=0-95(degrees) questions or clarifications. Q • Exposure Category=B,C&D J ut 7 ~ 0• Q tO E- C . Attachment Spacing: Per U-Bulkier 2.0 Engineering report. Prepared By: ®°' rp F- d S Engineering Alliance,Inc ti < Cantilever: Themaximum cantilever length hsL/3,where'L"is the span noted in the U-Builder 2.0 online Sugar Land,T% W��IN6F'p DO Q B(W44PE - Clearance: Y to 10"clear from top of roof to top of PV panel (/� Toleeance(ab 1.0"tolerance for any specified dimension in this report is allowed for installation O71EOf1 Installation Orientation: See SDLARMOUNT Rail Flush Installation Guide. 96. ® SHEET NAME Landscape-PV Panel long dimension is parallel to ridge/eave line of the roof and the PV panel is mounted on the long side. SPEC SHEETS Portrait-PV Panel short dimension is parallel to ridgeleave line of the roof and the PV panel Is Date Signed:06-JUL-2022 mounted on the short side. Expires:31-DEC-21123 SHEET 512E ANSI B 11"X 1T' 4603 April Meadow Way,Sugar Land,TX 77479. Ph:832 865 4757 4603 April Meadow Way,Sugar Land.TX 77479. Ph:831 865 4757 SHEET NUMBER PV SHEET:18.0 X-1.18 Product Data Sheet DU222RB ap. ' Safety Switch,60A,240VAC, Non-Fusible, General Duty,2-Pole ®'^'sp, Purelight Power MBWeIOV Eler.i, List Rim8363.00 USD PURFI1GI/r POWER nab CASCAUAGVIVON AVE SE Availability stook Item:Tide lbw lanormally stocked In our distribution facility. 5Th 110 SA EN,oRa7Sm-1 o'R COLe:96N PHONE(Eau als-s0I7 0a_OdrIBWa410eae1m111 • VERSION CESCRIP11OH DATE REV INIDAL RELEASE OATld@a UR Technical Characteristics Wile Size e10 ton AWG(N)-814 to#2 AWGICU) Action Single Tams Ampere Rating 60A Apprwsb UL Listed File Number E2976 Enclosure Type Rainproof and SleeNw proof(Indoor/Outdoor) Enclosure Rating NEMA 3R Factory Installed Neutral No PROJECT NAME Maximum Voltage Rating 240VAC Diecmect Type Nonasitle Q a F Terminal Type Logoa 0 Mounting Type Surf W CC! Type of Duly General Oldy �(�nn f. N 0 `l Number of Poles 2-Pole V W N- O W (. Shipping and Ordering CC- tT m d Qphases Schedule Os-Safety Switch.General Duty,30-200 Amp.NEMA3R W CO0 O . C) GTIN 00785901491491 - CO J I— Pnekege0uanaly 1 J Cl) '• Itl U Weigle 4,71bs. < Lo p a Availability Coon Stock Item:This Item Is normally stocked in our distribution facility. > CO RelumabllRy V M Q Country of Origin MX �l As standards.specifications.and designs mange front time to time,please ask tot confinnatlen of the iNalmauon given In this document. SHEET NAME SPEC SHEETS SHEET SIZE ANSI B 11"X 17" SHEET NUMBER °2909 Sneaker Bede,Ay Oahe reamed. Sc UWeider . PV SHEET:19.O X-1.19 Electric RECEIVED JUN 1 3 2023 CITY OF TIGARD BUILDING DIVISION McPherson ErLgirteering Structural Analysis Report For Photovoltaic System Addition to Existing Structure At cp 4601 Nf4� 1611 PE The Briggs Residence 13785 SW Mistletoe Dr 4fies Tigard, OR 97224 e>a s: I2/31/24 The Wen NG boon d!ttaly ta.ine' aenw? r Cf.,i..$2023 Designed m Accordance with OSSC 2022,ASCE 7-16 Date: 6/1/23 Job N: 23-09628 E.O.R.: Ryan McPherson, P.E. 9240 Limonite Ave Jurupa Valley,CA 92509 Mobile: [909)566-0066 Email: SE@mcpe.group I cif 7 611J2023 A 31 PM McPherson Engineering p McPherson Engineering By: T.B. S S E Date: 6/1/23 Project Info Location: 13785 SW Mistletoe Dr Tigard ,OR 97224 Existing Structure Info: Number of Stories= 1 Aroof= 6000 sq.ft. Roof Square Footage A3rd flr= 0 sq.ft. Third Floor Square Footage(if applicable) A2nd flr= 0 sq.ft. Second Floor Square Footage(if applicable) Site Properties: Lattitude= 45.418374 Longitude = -122.818367 Ss = 0.847 St = 0.395 Exposure Category= B Ult.Wind Speed = 96 m.p.h. P.V.Array Info: Model = ZXM7-SH108-405-M Height of Panel = 68.03 in. Width of Panel= 44.64 in. Area of Panel= 21.1 ft.2 Number of New Panels= 25 Number of Exis. Panels= 0 Total Area of Array= 527.2 ft.2 Spacing of Anchors = 4.0 ft. max.on center rows of racks per panel = 2 Panel Tilt= 7-27 deg Snow Load: ASCE 7-16 table 7.4-1 Pg= 25.00 p.s.f. snow load per AHJ Ct= 1.1 thermal factor Ce= 1.0 exposure factor CS E= 1.0 slope factor w/out solar(not slippery) CS_N = 0.9 slope factor with solar(slippery) I = 1.0 importance factor SLE= 27.5 p.s.f. existing snow load on roof SLN= 24.75 p.s.f. new snow load on roof 3 of 7 6/1/2023 4:31 PM ©McPherson Engineering E McPherson Engineering By: T.B. Date: 6/1/23 Gravity Loads Existing Loads: Roof Design Loads: Roofing= 10.0 p.s.f. Concrete Tile roofing Sheathing= 1.5 p.s.f. 1/2" Plywood Framing= 1.5 p.s.f. 2x Rafter/Truss Framing Misc= 1.0 p.s.f. DLri = 14.0 p.s.f. Roofing Dead Load(applied to top of rafters/trusses only) Ceiling= 2.0 p.s.f. Drywall and 2x framing DLr2 = 16.0 p.s.f. Total Existing Roof Dead Load LLr= 20.0 p.s.f. Roof Live Load(Per C.B.C,Table 1607.1) SL = 25.0 p.s.f. Snow Load Floor Design Loads: (if applicable) Flooring= 10.0 p.s.f. Weight of floor finish Sheathing= 2.2 p.s.f. 3/4" plywood Framing= 2.0 p.s.f. 2x framing or manufactured floor truss Interior Partitions= 15.0 p.s.f. 2x framed walls with drywall finish each side Ceiling= 5.0 p.s.f. Drywall ceiling finish below Misc. = 0.8 p.s.f. DLf= 35.0 p.s.f. Total Existing Floor Dead Load Proposed Loads: Panels= 3.1 p.s.f. weight of panels including rack system DLri proposed = 17.1 p.s.f. Proposed Roof Dead Load(applied to top only) DLrz_proposed = 19.1 p.s.f. Total Proposed Roof Dead Load LLr_proposed = 24.8 p.s.f. Reduced Live Load per Building Authority Check Proposed Gravity Loads: Total Existing Roof Load Wex = (DLri + LLr) (Aroot) = 249.0 kips Total Proposed Roof Load Wprop= (DLr1 + LLr) (Aroof-Aarray) + (DLrt_proposed+ LLr_proposed) (Aarray) = 249.2 kips Proposed Load Demand Wprop"Wex = 0.07% LESS THAN 5% INCREASE IN GRAVITY LOADS, PANELS OK! Wex 4 of 7 6/1/2023 4:31 PM ©McPherson Engineering McPherson Engineering By: T.B. Lateral Loads Seismic Design Parameters Risk Category= 2 Per Table 1-5-1 R= 6.5 Response Modification Factor(Table 12-2.1) Site Class= D Per 11.4.2 le = 1 Seismic Importance Factor(Table 1.5-2) Ss= 0.85 Short Period P.G.A. 51 = 0.40 1-Sec Period P.G.A. S.D.C. = D Seismic Design Category Per 11.6 Fa= 1.20 Site Coefficient per Table 11.4-1 ASCE 7-16 Supplement#1 Tables used for Fa and Fv Fv = 1.70 Site Coefficient per Table 11.4-2 (note:section 11.4.8 Exception#2 calc used) SMS = SDS Fa = 1.02 Short Period M.C.E. Per Eq. 11.4-1 5M1 = SD1 Fv = 0.67 1-Sec Period M.C.E. Per Eq. 11.4-2 SDS = 2/3 (SMS) = 0.68 Short Period Design Parameter Per Eq 11.4-3 SD1 = 2/3 (SM1) = 0.45 1-Sec Period Design Parameter Per Eq 11.4-4 Approximate Fundamental Period (Per 12.8.2.1) T=Ct(hn)x per Eq.12.8-7 hn = 15ft Ct = 0.02 (per table 12.8-2) x= 0.75 (per table 12.8-2) T= 0.15 sec Approximate Fundamental Period TL = 8 sec Long-Period Transition Period per Figure 22-12 Seismic Response Coefficient(Per 12.8.1.1) CS = (SDS Ie)/R = 0.10 Seismic Response Coefficient Per Eq. 12.8-2 Cs1 = 1.5*(SD1 le)/R T = 0.68 Max.Seismic Response Coefficient Per Eq. 12.8-3 if T 5 TL Cs2 = 0.01 Min.Seismic Response Coefficient Per Eq. 12.8-5 Cs2 = 0.044 Sips le = 0.03 Min.Seismic Response Coefficient Per Eq. 12.8-5 C53 = 0.5 Si le/R = 0.03 Min.Seismic Response Coefficient Per Eq. 12.8-6 if Si > 0.6g Cs = 0.10 Design Seismic Coefficient Check Additional Base Shear Wexisting = 96.0 kips Weight of Existing Structure Wpaneis= 1.6 kips Weight of Proposed Panels Vexisting = Cs Wexisting = 10.0 kips Roof Level Shear of Existing Structure Vpanels= Cs Wpanels= 0.2 kips Additional Roof Level Shear of Proposed Panels Vpanels = 1.68% < 10% PER I.E.B.C. 1103.2 Exception#2, STRUCTURE DOES NOT Vexisting REQUIRE SEISMIC RETROFIT, PANELS OK! 5 of 7 6/1/2023 4:31 PM ©McPherson Engineering McPherson Engineering By: T.B. EL Date: 6/1/23 Wind Uplift Anchorage Rooftop Solar Panels Wind Pressures(Section 29.4,ASCE 7-16) Vuit= 96 mph Kn= 1.00 (sec 26.8.2) h = 15 ft Exposure Category= B K,= 0.57 (sec 26.10.1) Roof Zone= 2 Kd= 0.85 (sec 26.6) Roof 0= 7-27 deg Ke= 1.00 (sec 26.9) qh=0.00256 K,Kit Kd Ke V2 qh= 11.43 (eq.26.10-1) GPp= -2 uplift YE= 1.5 (sec 29.4.4) Ya= 0.78 (fig 29.4-8) Flush Mounted Panels-ASCE Section Flat Roof Panels-ASCE Section 29.4.3 29.4.4(where applicable) (where applicable) YE= 1.5 FIG 29.4-7) Yc= 0.94 (fig 29.4-7) hp,= 0 Ya= 0.78 (fig 29.4-8) Yp= 0.9 (fig 29.4-7) W= 0.00 deg(panel tilt) GPp= -2 uplift GC,„= 1.4 uplift P = qh(GPp) YE Ya (eq 29.4-7) p = qh(GCrn) YE Yc Yp (eq 29.4-6) p = -26.7 p.s.f. p = 20.3 p.s.f. Check Anchorage to Existing Structure 0.6DL-0.6W controlling load combination(eq. 16-15 for ASD) DL= 3.1 p.s.f. dead load of panel (inlcuding rack system) W= 26.7 p.s.f. wind load normal to face of panel Areaiag = 11.3 sq.ft. area tributary to each anchor SPanc= 4.0 ft. spacing of anchors P„ply=Areaiag(0.6DL-0.6' = 160.7 lbs total uplift on anchor Material= DFL lumber anchor material Diaiag = 1/4 in. diameter of screw Penlag= 2.5 in. min. penetration to existing framing Wlag = 225 lb/in. withdrawal load per in.of penetration per NDS Table 11.2A CD= 1.6 load duration factor for wind per NDS Table 2.3.2 Ct= 0.8 temperature factor per NDS Table 2.3.3 Noscrews= 2 number of screws in withdrawal Pallow= Penlag(Wlag CD Ct) * Noscrews= 1440 lbs total allowable withrawal on anchor P uplift = 0.11 < 1.00 Anchor is OK! Pallow Anchorage = USE (2) 1/4IN. DIA. LAG SCREW(5)AT 4FT. MAX. O.C. W/2.5IN. MIN. PENETRATION 6 of 7 6/1/2023 4:31 PM ©McPherson Engineering E McPherson Engineering By: T.B. Date: 6/1/23 Summary Gravity Loads: DEMAND INCREASED BY.07%= OK! Lateral Loads: DEMAND INCREASED BY 1.68%< 10%= OK! Anchorage: DEMAND OF 160.7LB. < CAPACITY OF 1440.LB. = OK! USE (2) 1/41N. DIA. LAG SCREW(S) AT 4FT. MAX. O.C. W/2.51N. MIN. PENETRATION Summary: STRUCTURE IS ADEQUATE FOR THE PROPOSED PV ARRAY ANCHORS ON EAVES/OVERHANGS ARE OK! This structure qualifies for the prescriptive path since it was built in 1996 and the roof system is composed of 2x4 engineered trusses. 7 of 7 6/1/2023 4:31 PM ©McPherson Engineering