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B17-2449 000-000-000
MODULES: (22) LG ELECTRONICS LG335N I C. -A5 INVERTEIZ(S): (22) ENPHASE M250-72-2LL-S2 (240V) MAIN SERVICE: 200A/ 125: MAIN -WIND SPEED: 110, MPH EXPOSURE CATEGORY:Q RISK CA'I'EGORY:-1 • 'O! • SOIL PRESSURE: 1500 PSI SNOW LOAD: 0 PSF STEEL PIPE: SCH. 40 ASTM A53 GRADE B CONCRETE: 2,500 P.S.I. REBAR: ASTM A615 GRADE 40 125'- 1" 1 fy j�' nn qq fie- �PiCWhtiA�1 + Z a) , r p C) Un > % ll l N a) , N ` (22) MODULES SOUTH ARRAY o AZIMUTH 180°; -- Of TILT 25° p' 'SEE 1/PV2. r o 125'- 1" 1 fy j�' nn qq fie- �PiCWhtiA�1 + a c7 u' C CL (4 � Lu > a o 3 Nor OUnvU a CC) coN C> T x Z c0C,4 co - - MCO .A rnU W Q . C -,, V N C�lJ co �U`h Q rel 0 rn ao r-� r p °O4ka- N U CL'C)) J W m J J. • I� • � Q z Z a 7 Y of - 0 Z a) , r p C) Un > % ll l N a) , N U N o Of CD J r o 'c cn z 10 0 i . VJ =Qw= a 0 00 • � Z a c7 u' C CL (4 � Lu > a o 3 Nor OUnvU a CC) coN C> T x Z c0C,4 co - - MCO .A rnU W Q . C -,, V N C�lJ co �U`h Q rel 0 rn ao r-� r p °O4ka- N U CL'C)) J W m J J. • I� • � Q z Z a 7 Y of - 0 Z C) 0 ll l N N U N Of CD J N m O l o i O w W Y O ZF- Lij LD W O N =Qw= a 0 00 a c7 u' C CL (4 � Lu > a o 3 Nor OUnvU a CC) coN C> T x Z c0C,4 co - - MCO .A rnU W Q . C -,, V N C�lJ co �U`h Q rel 0 rn ao r-� r p °O4ka- N U CL'C)) J W m J J. • I� • � Q z Z a 7 Y of - 0 4 GROUNDING ELECTRODE CONDUCTOR SYSTEM PER CEC 250.20 W/ MIN. #6 COPPER FROM THE STRUCTURE TO THE GEC WITHOUT SPLICE PER CEC 250.64 (C) (22) MODULES SOUTH ARRAY AZIMUTH 180° TILT 25° SEE 1/PV2 IRONRIDGE GROUND RAIL CLAMPS TO PIPE BEAMS IRONRIDGE COL. CAP OR HOLLAENDER TEE, INSTALL PER � MAUNFACTURER'S SPECS 9 ,�• — i�i� i uinrnnnni urn nein nn�in� i - - - a. - .. Array Plan 0 GROUND RAIL 3EAMS riY CL U Y= W c U 7 U)� bNL O cnvU 3" STEEL PIPE -J - 3" STEEL N BEAMS TYP z 'PIPE BEAM XX 12" 0 POLE FTGS, SEE CV SECTION FOR DEPTH ' c � rn U co Na W p 3" STEEL PIPE a�: Q rn v JU U c H U - N -KEY:LU COLS C', x NU JX B JUNCTION BOX z ISUBJ SUB PANEL 1 LOAD CENTER _ 00ry z BACKFILL WITH N J Q wa N NATIVE SOIL (E) NATURAL O �.. o ya SOIL IRONRIDGE COL. CAP OR 0 0 W Z � - O Y M )w PVC CONDUIT AS o~ Q HOLLAENDER TEE, INSTALL PER � aoov SCHEDULED ? " 12"-18" MAUNFACTURER'S SPECS � 3" STEEL PIPE � a 1101� Z COLS ,-4) Trench Detail W 1" = 1'-0" 12" DIA TYP n Ground Mount Section 3 Ground Mount Connectors 1 /4" = 1'-0" 3" = 1'-0" riY CL U Y= W c U 7 U)� bNL O cnvU (E) GRADE N a N z o x 12" 0 POLE FTGS, SEE - SECTION FOR DEPTH o c � rn U co Na W p a�: Q rn v JU U c H U QN0 O rn m °9�a z (D 00 -KEY:LU in C', x NU JX B JUNCTION BOX z ISUBJ SUB PANEL 1 LOAD CENTER _ 00ry z BACKFILL WITH N J Q wa N NATIVE SOIL N_ U N J N m ya L ...v. _ 0 0 W Z � O Y M )w PVC CONDUIT AS o~ Q � aoov riY CL U Y= W c U 7 U)� bNL O cnvU (E) GRADE a N z o x - Z NC6 — cn d c � rn U co Na W p a�: Q rn v JU U c H QN0 O rn m °9�a C', x NU GC) CLnJW 00ry BACKFILL WITH N J NATIVE SOIL • J ya ..ate ...v. _ � PVC CONDUIT AS Q SCHEDULED " 12"-18" � 1101� Z ,-4) Trench Detail W 1" = 1'-0" BUS RATING CALCULATION PER .705.12(D)(7) ELECTRICAL EQUIPMENT LIST MAIN PANEL BUS = 200A MAIN BREAKER =125A O# ITEM DESCRIPTION MAIN BUS X 120% =240A - MAIN BREAKER=115A AVAILABLE FOR SOLAR O PV MODULE LG Eleclionics LG335N1C-A5 SOLAR BREAKER =40A OK Voc - 4 i OV, Vmp = 34.1V ' Wire Chart I 11 X 1.25 =13.8 MAX AMPS X NEC (3) #10 PV WIRE (1) #8 THWN-2 EGC 40 X 0.65 X 1 = 26 >=13.8 WIRE RATING X TEMP TERMINATI 11 X 1.25 =13.8 15 MULT = DESIGN BREAKER a 30 -13.8 DERATE X CONDUCTOR ON AMPS @ 11 X 1.25 =13.8 ®.. AMPS SIZE (A) WIRE TYPE EGC DERATE = DERATED WIRE 60°C CONDUIT SIZE 1 11 X 1.25 =13.8 15 (3) #10 PV WIRE (1) #8 THWN-2 EGC 40 X 0.65 X 1 = 26 >=13.8 30 > FREE'AIRW. �W 0% 2 11 X 1.25 =13.8 15 (3) #10 THWN-2 (1) #8 THWN-2 EGC . 40 X 0.65 X 1 = 26 >=13.8 30 -13.8 0.75" EMT FILL:0.0999, 19% 3 11 X 1.25 =13.8 15 (6) #8 THWN-2 (1) #8 THWN-2 EGC 55 X 0.65 X 0.8 = 28.6 >= 13.8 40 -13.8 1" EMT FILL:0.2562, 30% 4 22 X 1.25 = 27.5 40 (3) #8 THWN-2 (1) #8 THWN-2 EGC 55 X 0.87 X 1 = 47.85 - 27.5 40 - 27.5 0.75" EMT FILL:0.1464, 36% 5 22 X 1.25 = 27.5 40 (3) #8 THWN-2 (1) #8 THWN-2 EGC 55 X 0.87 X 1 = 47.85 >= 27.5 40 -27.5 0.75" PVC FILL:0.1464, 36% Isc=10.49A, Imp = 9.83A O2 INVERTER ENPHASE M250-72,-2LL-S2X (-ZC) (-NA) (240V) 96.5% CEC EFFICIENCY 250Wac CONTINUOUS MAX OUTPUT CURRENT 1Aac MAX INPUT CURRENT 15Adc O JUNCTION BOX 6"x6NC UL LISTED, WATER TIGHT NEMA TYPE 3 O AC DISCONNECT 'SQUARE D 30A, -2P BLADE TYPE 240V KEY NOTES: I NOWFUSABLE -SOLID BARE E.G.C. (FREE-AIR) MOUNTED UNDER ARRAY < MAIN SERVICE (E) MAIN SERVICE PANEL & PER NEC 250.120(C): WHERE CONDUCTORS & GROUND WIRE ARE RUN EXPOSED ON FROM ARRAY TO J -BOX, CONDUCTORS & BARE PANEL METER: 200A MAIN BUSBAR W/ GROUND WIRE SHALL BE CONCEALED INSTALL IN CONDUIT E 125A MAIN BREAKER PER NEC ARTICLE 690.35 INVERTER GROUND FAULT PROTECTION PROVIDED -` O6 PV METER PERFORMANCE METER ALL GROUNDS AND NEUTRALS BONDED TO EXISTING GROUNDING CONDUCTOR W/ IRREVERSIBLE CRIP.CONNECTOR. BACKFED BREAKERS MUST BE LOCATED @ OPPOSITE END OF BUS BAR FROM MAIN BREAKER OR MAIN LUG ON GRID SIDE. WHEN AO7 SUB PANEL 125A MAX, 240V, 1 -PH, NEMA BACKFED BREAKER IS THE METHOD OF UNTILITY INTERCONNECTION, BREAKER SHALL NOT READ'LINE OR LOAD'. 13R PER CEC 250.64(C): CONDUCTOR SPLICES ONLY ALLOWED WITH COMPRESSION CONNECTORS OR EXOTHERMIC WELDING ALL GROUNDS AND NEUTRALS BONDED TO EXISTING GROUNDING CONDUCTOR W/ IRREVERSIBLE CRIP CONNECTOR. VERIFY (E) UFER GROUND NEAR MSP. IF (E) LIFER IS NOT ACCESSIBLE OR VERIFIABLE, INSTALL A NEW 5/8"0 X 8' LONG GROUNDING ROD AND BOND SOLAR SYSTEM EQUIPMENT GROUNDING ACCORDINGLY. ; GROUNDING ELECTRODE CONDUCTOR SYSTEM _ PER CEC 250.20 W/ MIN. #6 COPPER FROM THE STRUCTURE TO THE GEC WITHOUT SPLICE PER CEC 250.64 (C) 11 INV X 1A PER INV X 125% = 13.75A = 15A BRKR Branch Circuit 2: (11) MODULES 1 I' ----T I I 2 DC DC DC , ` 1 3 2 AC AC AC t I I IL------- IL---- --- t 11 INV X 1A PER INV X 125%= 13.75A= 15A BRKR j Branch Circuit 1: (11) MODULES I 1 I 1 i (N) UNDERGROUND PVC CONDUIT I ••• APPROX. 82' RUN, 18" TRENCH DEPTH (SEE j -----T I PV2 FOR TRENCH DETAIL) I 1 ' I 2 I'DC DC DC AC AC AC 1 1 20A L I 20A ------------------------------- ------- ---- --- ------ -- ------------------- 1 � J 2 3 3 5 N� \SxoN oml;F • • • 40A 4 )TY (D 22 a) �X Z C-, MCO 0w .c U w 22 CD J m U M U M 0 0 1 N U U�- J w a 05 U z N 00 11 a < � J > a. . w o �z z 1 - 1 -PH, 3W U m 0Q e wN. co 1 0 04 U N � 'S J N m O N p Z x > o w w Ot" O. - Z Y 0 W Co 5 y U') C m Co = V LU c - Z > O U COOL O uJ v U Q a) Co CN �X Z C-, MCO 0w w CD rn U � CD Q M N J m U M U M <0 m OD � N U U�- J w �� a < J N a. 120/240V - 1 -PH, 3W 200 A BUS Z x Ot" O a W 5 N1 ( CEC 605.11.1.4, CEC 690.31(E)(3) & (4), CRC R331.2.4 ARNING: PHOTOVOLTAIC POWER 'SOURCE EVERY 10' ON CONDUIT R ENCLOSURES- `f • nSignage = Enphase - 12" = W N U to J W m (MOTES CEC ARTICLES,690:AND 705 AND CRC SECTION R331rMARK INGS' SHOWN HE=DEON M � r - T' . • �;. .� S; ; F,;f_ _ ,._ , :.• * 2`:ALC MARKINGS SHALL CONSIST OF Tr E FOLLOWING:` ". ,: F �.114 r` 4 ' :A.`UV RESISTANT SIGN'MATERIAL WITH ENGRAVED OR MACHINE PRINTED LETTERS OR ELECTRO=PLATING 0) r • :' «' B.,RED BACKGR UND - w 0 COLOR WITH WiITE TEXT AND LINE WORK n` �~ a -. C. ARIAL FONT-.: - - ONT. -6'- ` �`` 2..ALL SIGNS SHALL BE SIZED APP PRIA RO TELY AND PLACED IN THE LOCATIONS SPECIFIED. r • ' ' " "i" r 'F `'' - ` 'w• '� `, ; ': Y ' j,t ''s` - • "``t{ 3. SIGNS SHALL BE ATTACHED TO THE SERVICE EQUIPMENT USING POP -RIVETS OR SCREWS- x `• -* `. ,°« ti "WARNING" INVERTER OUTPUT. + .k rcu to". - CONNECTION O 's. "WARNING[[ .• w DO NOT RELOCATE THIS t DUAL POWER SOURCES CAUTION . OV_ERCURRENT DEVICE s , , SECOND SOURCE IS PHOTOVOLTAIC SYSTEM L v RATED'AC OUTPUT..CURRENT - 22 AMPS `Y � e TO e°' (UNLESS BUSBAR IS FULLY RATED) AC NORMAL OPERATING VOLTAGE -240 VOLTS ' :' POWER THIS BUILDING IS ALSOSUPPLIEDFROM THE 705.12(D)(2)(3)(e) F , :FOLLOWING SOURCES WITH DISCONNECTS) LOCATED AS SHOWN. z o '-- AC -. ` 690.54 ? T . "DANGEROUS VOLTAGE MAY BE'PRESENT AT ALL TIMES. r ti z PV SYSTEM AC DISCONNECT -= . - ,: X -^ ' RATED AC OUTPUT CURREN - 22 AMPS - AC NORMAL OPERATING VOLTAGE - 240 VOLTS + 690.14, 690.15, 690.54 PHOTOVOLTAIC SYSTEM ,y EQUIPPED WITH RAPID - ———_———— �' ~`� . Q N ' . SHUTDOWN CEC • . r . I � ^ 690.12 .. ,�� . _ a a uj �_o.� r: v�-i v LLI A =QW2 I I' SUB .. y PANEL ., t;' `'+ I ,: ,. I' [X '• - _. - ,, ' "�, ' • •SOLAR ONLY $UBPANEL _ - f � t .' I : �� ' . I :. - . � ` 44 t I AC DISCONNA- I a i f UTILITY OPGROUND MOUNTED Y = v .. I SOLAR MODULES, I z o >„ 8 µ ARRAY SERVICE o U) �(E) RESIDENCE JB 00 CD co j* J Cj c6 ' .- -' —_cc —WILL T RD.-_ — o w � r U N JUNCTION BOX y t,�,6\4 Q Q rn CEC 605.11.1.4, CEC 690.31(E)(3) & (4), CRC R331.2.4 ARNING: PHOTOVOLTAIC POWER 'SOURCE EVERY 10' ON CONDUIT R ENCLOSURES- `f • nSignage = Enphase - 12" = W N U to J W 6"X8" TYP - CEC 705.10 _ r Z X Lu m e M � N • OG a 6"X8" TYP - CEC 705.10 _ r Z X Lu v = i, LO IG NeON 2 . 7Life's'Good MechanicalProperttes� ' 1 r' .r i►)+ * r i e L M, Electrical Properties (STC t { ,, j - , . - - - — - - • - Cells 6x.1 -. - _. - - - - Module .. - _. r - 0 t.LG335N1C A5- 1 .Cell Vendor - •LG'. i Maximum Poiver (Pmax) "°C' 335 g - :Cell Type Mtidocrystalline /N -type .`MPP Voltage (VmPP) , 34.1.. r Cell Dimensions• - '- �T61.7x'161.7rtim/6Inches MPP, Current(Impp)' - - 9.831 - •� 0 of Busbar :, ..12 Muto VPue 8usbar r • •t `` '� . ,� Y' i ). Open Circuit Volpge'(Voc)1 ° 41.0'CL r - _ r . . • Dimensions (L x W x H)� ,T686 x 1016k 40 mrr1.- 'Short Circuit Current (lsc) - 10A9 - ♦ y ' r _ i • Y -' 6638 x 40 x 1:57=filth Module Efficiency 19.6 z ' Front Load _ 6000pa -- •, .Qpgpru;90 � Rear Wall t7 ' _ Weight 18k: �4 Maltlmulil YF.SRp! Vglhf ge » - ti R ' . kgg Maximum Series Fuse Rating20 LLLI o ConneetorType - - MC4 ,PowerTolerance(%) ..! ., 0= 3 _ Z - .• unction Box "• " - IP68with 3Bypass Diodes -- • - t� i. . i, , -i - . Cables a _ .... .... - - - HTr000 min ansmission 2ea Te red Glass • tr.et Thraiiii0ata^000s omet a7aow Vii^ ^ eelodow/mi6. my�ancbneJni,cux. , - t. • . - . 1 , Frame - . Anodaed Alumimum • . d . ' - Electrical Properties (NOCT*) U Certifications and Warranty - Q w a _ Module - LG335NIC-AS I- - Certifications. _ IEC 61215, (EC 6173D-11.2 Maximum Power (Pm 247 - • LGN ON° 2 t +-,- PP Voltage (VmQP) _ ' 31.5 U N ax) e• ®- IEC 61701 (Soli: mist corrosion test) MPP Current (ImPP) . 7.83 • - , w - -, intet)^.1.pcuoageoc36.2 Do C1_ Do ■ _ __. ,._ - ISO 9001 Short Circuit Current (Isc) .' 8.44 - O N W p . .. t 2,'_ Module Fire Performance(USA) -TyPeI •MOCr (nlu..,�l0aenempQllmpvavtl eo0w/m;imN.rsr +:+.eM•C Mndnperd Irak .; M Q � Z Y Fire Rating (CANADA) ' ClassC (ULC: /ORDC1703) co F' LLI LD U t LG's new module, LG NeON0 2, ado pts Cello technology. , Product warranty - lz years s0 Q w i Cello technology replaces 3 busbars with 12 thin wires x�o^a�t, r �� Output Warranty of Pmax Linearwarranty" _ to enhance oweroutputand reliability. LG Ne0Nm2 OVE o�us Dimensions (mm/!n) y -' �- demonstratesLG'se.ffortstoincreasecustomer'svalues. !:J CE �� ®�'>1::xa•setL7tnrmJd,r,rossk:^nNld� 3)n,�:e.ax 'r ` EO cell_ ; . beyond efficiency. It features enhanced warranty, durability,' I"tertek *` performance under real environment, and aesthetic , -, Temperature Characteristics'. S �: x design suitable for roofs. 0 - - 1 .. 'NOR - '45 3K • Pmpp -037%rc- t t c 7 .. - Voc - :0.27%/-C.. l5c 0.03 %rc Y. High Power Output►�.�...F t Y U.1 a��- v a Enhanced Performance Warrant °+ s` �'� ""-"` ii Q LG NeON� 2 has an enhan ted performance warranty. Compared with previous models, the LG NeON®2 11 Characteristic Curves . _ - - -.�[ `—� Z o L) The annual degradation has fallen from-0.6%/yr to has been designed to significantly enhance its output { rte, ` ^" �j H AY O iA v U -0.55%/yr. Even after 25 years, the cell guarantees 1.2%p . efficiency, thereby making it efficient even in limitedspacer _ more output than the previous LG NeON® 2 modules.° ' • eoosv u - Aesthetic Roof ® Outstanding Durability 400r LG NeONO 2 has been designed with aestheti cs in mind; With its newly nforced frame design, LG' has extended ' - B\�Q a Q thinner wires that appearall black ata distance the wamanty of reithe LG NeONo2 for an additional ? ®A ®® . < • co°Ov The product may help increase the value of • 2 years. Additionally, LG NeONO 2 canendure a front ` . ' ' ) o a property with its modem design, load up to 6000 Pa, and a rear load up to 5400 Pa. + iao 6 Io is m : u to k �s .o w ao M + �E� ®® Z m `o in X ro) co to M • •- Better'Performance on a Sunny Day Double -Sided Cell StructureL3 M , 4 ` s ,.QbI`jli a) a * ■ * LG Ne0Na 2 now performs bet ter on sunny days thanks The rear of the cell used in LG NeON� 2 w ll contribute to if _ . - "_ ". - • " ' I t• Q m U C) U c`)' - . to its improved temperature coefficiency. generation, just like the front; the light beam reflected from e g 1 k -T- - o '� •_ n■... a O ch _ C U d the rear of the module is reabsorbed to generate a great sr'F -' c � f ,n c) X amountofadditionat r: t - t,- 1 t I cN U to ��/ w t, I - . - - , , �• � . � , t - '.r " >o....owr[i � -�+ it ` ' A I • "^' • - - ' ' - - e • ♦ ' North America SoLv Bus■+ess Team !Piorbxtspedfieadvts aresuijecc to thanrye rridroui rocket .. . 'y s s'~ Mout LG Electronics' '+ / LG . ^ tG Elect m:aUs0.mc * a . ' ufeiGooC t000syt�i a cliff"; - »' a . - LG27ectrcric, is a 9669 ptayi4 ix xi has been owl fitted to• ero•'+ndln9 Its capachl; based on solar energy lxn:kss as Its rualn! 9n*+rd! en -m we embarked ona solarmergy source-nsewth program in - ` , - - Cnoyrig}ct0 2017 LG Elecooria.Ali dgfrts rosencd. . hrcotaim fora getter life t ( - • . 1985 supponed by W Gtocaas rich eyerience In semi-mtrduaoc LC0. therms".. and materials Industry WN, successfully released the Rm Moro X* series to the market in 2010, which were exported to 32 . ' C�ruact:tgsdar�gemm 01101/2017.countries in the`dtawhg 2 yeas, Lhereafter. M 2013. US NeOfs? Cateuiousiy Wow" as I t no X? NeO,N) tmn'%ntetstdar Ar. -and. y hkh proved LG is the leader of im itr atlonin timindusoy. ww_ a IpAaru a.00m _ Sec Sheet Module LG Electronics` ..{ '. ' .. " _co U- 12' = 1' -Ori .... __ • .. - . _.. - .. .� _ � a PRODUCTIVE SIMPLE' RELIABLE 7 - Optimized for higher -power ' - - No GEC needed for microinverter - 4th -generation product " N 7 O U X" i t T Z O M co _ r 4 W to M to N d Q CD -;I- Enphase' M250 Mlcranverter // DATA ' 4 :y + �, ' Y ••/ - ��; f s', ` ' ; t .. INPUT DATA (DC)_ yM250-60-2LL-S22/S23/S24- y' Recommended input power (STC) 210 - 310 W - Maximum input DC voltage•, a +, +48 V' Enphase'K%croinverters . Peak power tracking voltage 27 V - 39 V o - -Operating range • - • .16.V- 48 V - +� r3 ®- S . t+ . • * En phase M250 = - .- » f ' . Min/Max start voltage - Max DC short circuit 22 V / 48 V 15 A • .c r' _ • 4t _ - OUTPUT DATA (AC): (4208 VAC 9240 VAC ► pZ o Peak output power 250 W 25_0 W - W r., ` s r . •, +. Rated (continuous) output power; 240 w 240 W LU o - Z • Nominal output current 1.15 A (A rms at nominal duration) 1.0 A (A rms at nominal duration) 61 r. Nominal voltage/range 208 V / 183-229 V 240 V / 211'264 V g ;: Nominal frequency/range 60.0 / 57-61 Hz 60.0 / 57-61. Hz V a- a A �. Extended frequency range' 57-62.5 Hz -= 57-62.5_ Hz Q ,• - +• A, - - .. Power factor >0.95 >0.95 C/) - + Maximum units per 20 A branch circuit 24 (three phase) - - =16 (single phase) v " f5wnp Maximum output fault current 850 mA rms for 6 cycles 850 mA rms for 6 cycles Y J N CL m of It - < EFFICIENCY _ > o w w _ „ ' ti • >.. CCS weighted efficiency 96.5% co Iii (D G . t r —,.--......— Peak inverter efficiency' .. - 96.5% -.- _ O H (n w � a o o 0 Static MPPT efficiency (weighted, reference EN50530) 99.4 % ' Night time power consumption 65 mW max a IL, _ MECHANICAL DATA Ambient temperature range -40°C 40 +650 } -; J Operating temperature range (int6mal) -40°C to +85°CCa- . �; • . - o ' _ . The Enphase .M250 Microinverter delivers increased energy harvest and reduces design and . Dimensions (WzHxD) - 171 mm x 173 mm x 30 mm (without mounting bracket) �-•-- - - _ . Y = Q LLl complexity with its all -AC approach: With the M25.0, the DC circuit is isolated and insulated Weight 2.o kg - ,- ' o .installation j Yfrom ground, so no Ground Electrode Conductor (GEC) is required for the microinverter. This -- '. - " Cooling Natural convection - No fans - - - `, O 2 CO v ' further simplifies installation, enhances safety, and saves on labor and materials costs. " w . r , ; ,' } Enclosure environmental rating Outdoor -NEMA 6 , FEATURES The Enphase M250 integrates seamlessly with the Engage Cable, the Envoy* Com_ munications•` : Compatibility Compatible with 60 -cell PV modules r y Gateway'""; and Enlighten°, Enphase's monitoring and analysis software. � - _ .,___.__..__ J ° PRODUCTIVE SIMPLE' RELIABLE 7 - Optimized for higher -power ' - - No GEC needed for microinverter - 4th -generation product " modules No DC design or string calculation More than 1 million hours of testing Y ,�y- '� `�" " ,""' """"y "'"y' � _"""� ��aa - Q N p M a Maximizes energy production required and millions of units shipped Compliance UL1741/IEEE1547, FCC Part 15 lass 8, CAN/CSA-C22.2 NO. Gql f9a�l� ®�®•` > M = o v X p 9 y : Engage' Industry-leading ty 0.4-04, and 107.1-01 ��� �� e�C� `" F c"'•, c � ``'') w - Minimizes impact ofshadin Easy installation with En a e -Indus lea�in v.2rran to 25 �J 0 F RAI dust, and debris Cable years Frequency ranges can be extended beyond nominal 'rf required by the utility ' ' \�� m s y _ _ i aid' el «• 0 fa r • W,. .r • : 4 - _ ,t - _T learn more about Enphase Microinverter technolo y; FF11 �e� enphase: SP g �e� enphase E, N E R G Y r L - +C -_ f' visit enphese:com E N E R_ G Y r i ;® 2014 Eroiase Energy. AI e4ns re5?Jved. A9 trademarks or brands in this docurn m are registered try their respeaive ovmer.. V' S ec Sheet E Enhale Inverter WU 12" _ 1,;.011 P 5 y ~ N 7 O U X" i t T Z O M co _ r 4 W to M to N d Q CD -;I- modules No DC design or string calculation More than 1 million hours of testing Y ,�y- '� `�" " ,""' """"y "'"y' � _"""� ��aa - Q N p M a Maximizes energy production required and millions of units shipped Compliance UL1741/IEEE1547, FCC Part 15 lass 8, CAN/CSA-C22.2 NO. Gql f9a�l� ®�®•` > M = o v X p 9 y : Engage' Industry-leading ty 0.4-04, and 107.1-01 ��� �� e�C� `" F c"'•, c � ``'') w - Minimizes impact ofshadin Easy installation with En a e -Indus lea�in v.2rran to 25 �J 0 F RAI dust, and debris Cable years Frequency ranges can be extended beyond nominal 'rf required by the utility ' ' \�� m s y _ _ i aid' el «• 0 fa r • W,. .r • : 4 - _ ,t - _T learn more about Enphase Microinverter technolo y; FF11 �e� enphase: SP g �e� enphase E, N E R G Y r L - +C -_ f' visit enphese:com E N E R_ G Y r i ;® 2014 Eroiase Energy. AI e4ns re5?Jved. A9 trademarks or brands in this docurn m are registered try their respeaive ovmer.. V' S ec Sheet E Enhale Inverter WU 12" _ 1,;.011 P 5 y ~ 9IJW_E34.1 165 - Photo.,ohaic Rapid Shutdo�,Am System.Equipment Page f6f lr. ` .F - 'a� ,£ J1. y t_i ^v ' • • EnphaseO Energy, // Rapid Shutdown; ,• �'. f Y µ r '` _ %=Y ; t ;+ QI7W.E341165, _ ;' ,.. • r .„ t ', ' Ph t V I i Rapid Shutdown -, , ; ` }"'i . r. 0 0 o to c ap d utdown;System Equipments .. Y "' "• i" • ;Page Bolcom _ - � � . � . , , ovvn S built iny. • Photovoltaic Ra id E pid Shutdown Sy quipment s �� °' - ti , - The 2014 edition of the National Electrical Code (NEC 2014). added What's new in NEC 2014? • t new rapid shutdown requirements for. PV systems installed on buildings 2014, Section 690.12'applles ,w y _ _ See General Information for Photovoltaic Rapid Shutdown System Eaufoment .` , , •` r - V conductors over 10 feet f�orrr .. �. Enphase Microinverters fully. meet rapid shutdown requirements in the, :-t • 1 s ' r ' �. f new code without themeed toinstall an additional electrical equip ment the PV array and requires that'the ENpHASE ENERGY INC' t ' E341165 r 1 ,, : , • y. condUdtors power down -to 30 volts 1420 N MCDOWELL BLVD PETALUMA, CA 94954-6515 USA -.'and 240 volt-amperes within 10 w Cat. No. Function Ratings ' Photovoltaic rapid shutdown systemequipment M190.60, -72 Inverter/AC Attenuator Input: 16-48VDC grounds; for,rapid shutdown Workaround. Output: 120/208 or 120/240, 19OW M210-84 - Inverter/AC Attenuator Input: 16-48VDC ' Output: 120/208 or 120/240, 210 W M215.60 Inverter/AC Attenuator Input: 16-48VDC Output: 120/208 or 120/240; 215W M250-60, -72 Inverter/AC.Attenuator Input: 16-48VDC • Work around. Output: 120/208 or 120/240,'250W S230 -60 -LL -X -US Inverter/AC Attenuator Input: 22-48VDC _ - Shutoff switch that is ` Output: 208 or 240, 220W 5280 -60 -LL -X -US Inverter/AC Attenuator Input: 22-48VDC easily accessible to first '- Output: 308 or 240, 270W IQ6PLUS-72-X-US IQ6PLUS-72-ACM Inverter/AC Attenuator Input: 16-62VDC responders on the ground: Output: 208 or 240, 28OW IQ6-60-X-US IQ6-60-ACM-US Inverter/AC Attenuator Input: 16.62VDC - Output: 208 or 240, 230W i. L c j • _ seconds of rapid shutdown Initlatlon. String inverters require work grounds; for,rapid shutdown Workaround. Work around.. -., -•, i . Specialized Rapid Shutdown:. String inverter installed ' . electrical box installed on the - on roof, a hostile • r i root wilhln 70 feet of array. - r environment that string' Inverters are not built r� -- f: • Work around. to live in: _ - Shutoff switch that is ` easily accessible to first responders on the ground: Work around.. + ' ' Extra conduit in Installation ° Re 'd ti 1St ' 1 t _nUW + . sl en a rmtj river er �g1�►ial String Inverter Last Undated on 2016-12-26 • Ouestions? Print this Daae Terms of Use ` Page To • • '. ,a , ' - O 2016 UL LLC rr '• t•Y1 ' _ gC�L°�Y�,� y 'The appearance of a company's name or product in this database does not In itself assure that products so identified have been manufactured E rl p h aSe COI t 1 eS standard with ra\./ h utd own capability,!, under UL's Follow -Up Service. Only those products bearing the UL Mark should beconsideredto be Certified and covered under UL's Follow -Up `. Service. Always look for the Mark on the product. UL permits the reproduction of the material contained in the Online Certification Directory subject to the following conditions: 1. The Guide' Information, Assemblies, Constructions, Designs, Systems, and/or Certifications (files) must be presented In their entirety and in a non- misleading manner, without any manipulation of the data (or drawings). 2. The statement "Reprinted from the Online Certifications Directory with _ . permission from UL" must appear adjacent to the extracted material. In addition, the reprinted material mus[ include a copyright notice in the All FrlphaSe mtCfOIf1FFriphase microinverters ' _ '" r � •• _ - following format: "© 2016 UL LLC". - - - -: Verters, even those+tttat •Gig . `� _ can safely shut down r�,--��--'�'� ' Vvere previously installed, automatically, leaving __: w 1„,:r...=1 c•.". - inherently meet rapid on Nlow-volts e DC LLJ - shutdown requirements, :`electricity isolated to-^---� no additional equipmeit, t• 'the PV module,,?-,-- _ or workarounds need Lg ` l x - - • _ r'. ,: -Residential Microinverter Commercial Microinverter. Y _ To team more, visit enphase.com - " E N P H AS E, http://database.ul.com/cgi-bin/X,YV/template/`ISEXT/1 FRAME/s_ho% page.html?name Q1J... 1/5/2017 -• Ra id Shutdown 0 d • [tam IRONRIDGE Ground Mount C_ onfigurations_ Strength Meets FlexibilityRl fa The'lionRidge Ground Mount System suppods; a. ` ` i it The XR1000 c„Ved aishape of xAi000 iFide adjustment of ti9t angle, foundation size and 9=eases vertical and lateral' destrength. white also resisting ph t, and module size. These variables can be bending and twisting. Modules quickly optimized for cost and petiformance using are attached using familiar top- - . the online Design -Assistant tool . 3w down clamps or under damps' Otie of the most critical engineering variables is the array size. For - example, using 5 -high columns in! landscape significantly increases - - ' �- the number of modules per pier compared to 4-high�� columns, saving on • __, �' C pipe or mechanical tubing, and f, - concrete. Concrete Foundations Conefele foundations allow for the largest possible spans and highest lateral force bearing, which eliminates the need for cross bracing. Steel Substructure Multiple pipe and mechanical tubing size . options help to optimize cost. The 3" option can increase East-West spans up to 18 feet, greatly reducing the number ' of piers and material required. Compatible with Soil Classes 2-4 Wide Tilt Angle Range (0-45 Degrees) - The size of Ground Mount foundations depends on Lower tilt angles are an effective may of reducing i C a number of factors, including column height and wind loads on ground mount structures. resulting O site loading conditions. Stronger and sturdier soil in increased East-West pipe spans and reduced classes (Class 2 and Gass 3) allow for reduced[[[ ��� number of foundations. Refer to table on backside: foundation depth, saving on materials and labor. to see how tilt angle affects spans_ Spec Sheet IronRidge Ground Mount 2 _ 12" = 1 '-0" , • ' t 04V Substructure Seiect on ' ' - ����� �® 1\`�to Ground Mount"uses locally -sourced galvanised schedule; BUI� drCL 40 steel pipe (ASTM A53 Grade B, 35 ksi) or Allied #co 'mechanical tubing '(2 -'50 ksi, 3 45 ksi) to reduce shipping costs. -Mechanical tubing is lighter and can be,, easier to couple when building.the substructure. ; • Z' Pipe/Tubing *More attractive for commercial us_e. - ~_ Capable of spanning up to 18'. - 2'° Pipla/Tubing :_Greatly reduces number of piers. Ideal for residential use 1 1 , Easier'to handle' 1 Smaller foundations. f 1 Wall .Thickness Wall Thickness 1 0.154' (Pipe) 1 1 0.216" (Pipe) 1 0.109" (Allied) 1 1 0.165" (Allied) 1 1 t 1 1 1 Outside Diameter 2.375" • Outside Diameter 3.5" Refer to the following table to see how size impacts the East-West span between foundations. The table complies with ASCE 7-10 structural code. Values are based on 72 -cell modules in Wind Exposure Category B. . .. Q 4 -High too 100 t 120 140 30° 100 U • t iao Z 0 O t 10' t00 2" Pipetrubing fi 3" Pipe/Tubing 120 140 1 100 w o �z 1 30 PSF _ . t t 120 z 1 100' g 1' U a + 5 -High a 1 0 win 1 140 1 N U N o r J N m Oa of >oww M O - Z Y LD 01— U) w =¢w= d 0 0 U . .. 0 PSF 4 -High too 100 t 120 140 30° 100 ��� 120 iao ' 5 -High 10' t00 2" Pipetrubing fi 3" Pipe/Tubing 120 140 300 100 120 30 PSF 4 -High t100- 10. 120 140 300 100' i _, 120 140 + 5 -High ':10' • r 120 140 100 -Requrresomagmm aradng. N L0 rL 0') N a' (0— U W c _ Z � o 0 ar 00 O iAvU Q CJD o x CO Z fd Ncn MM 00 Ui — @ U 0 • N Q pj CV f° U d) U ch QN O CM mP�- �_ o °O*ka- W N U LM J W m M O J • �• Z O ~ W. W ■ICY_\Y_lY ♦(:!_l�■ � • ., � • v _ + .0 1%d IRONRIDGE = -Ground Mount System _ y ' . - . • s - - ^. _ r : of • f _ - - - M W r - µ • K - 00 .f L L� l �/ y • Z U 360° Product Tour / = Visit ironridge.com L o Substructure >CL N = Top Caps Bonded Rail Connectors 19 Diagonal Braces - Cross Pipe & Piers Y o C o • ,. ♦f , ,Mount on all Terrains, in no time: • > o w w - Z M ouJL =Qw= . Xw- ALW�� The IionRidge Ground Mount System combines our XR1000 rails with locally- sourced steel pipes or, { mechanical tubing, to create a cost-effective structure capable of handling any site or terrain challenge. Connect vertical and cross Attach and bond Rail Optional Brace provides Steel pipes or mechanical Installation is simple with only a few structural components.and no drilling, welding, or heavy machinery pipes. Assembly to cross pipes. additional support. tubing for substructure. o required. In addition, the system works with a variety of foundation options, including concrete piers and driven o piles. Rail Assembly a o _ • XR1000 Raiis UFOs B Stopper Sleeves e Accessories ' u, C� o 9 Rugged Construction - PE Certified - Engineered steel and aluminum Pre -stamped engineering letters _ components ensure durability. available in most states. h {■� co co y - _ UL 2703 Listed System Design Software ' Curved rails increase' V ♦Universal Fastening Objects Snap onto the UFO to turn Wire Clips and End Caps 1q) Meets newest effective UL 2703 Online tool generates 'engineering, spanning cap' bond modules to rails. into a bonded end clam ® g g g, g p �_, p• • provide a finished look.. U) o z M. Mao w o N L — - & standard. values and bill of materials. _ J m U 0 M Resources `_ _. _ e _ < o ° C a Flexible Architecture 20 -Year Warranty_ :_- _ Design Assistant " A NABCEP Certified Training. Multiple foundation and array Twice the protection offered by Go from rough layout to fully CO�► V, Earn free continuing education credits, Q • = .—.: - . For free_ 4learning p M= M U X W N U CS J w o Q J -_-, � engineered system. while more about our systems: ;configuration options. competitors. - —' tom. Ga to ironridge.com/design, Go to ironridge.com%training Y f ;. J W r 44 n Spec Sheet IronRidge Ground Mount 1 . , 1 a w W H R'eport.N'o. 101541132lLAX-0412 .� r IronsRid'ge,• Cnc - 2-0 Product Desai tion BB, WBAC, or BBAC.�, _ • • • These systems were evaluate r ' .Q- i l - Module frames: 1 Motech -_ Black,or'Silver Fr. (n _I • Models . — ET Solar 72 cell modules with 40 and 50 mm frames I M and XS series, 60 arid 72 OPTxxx-60-A-YYY-Z * IM and XS series; 60 and 72. ET-Y672xxxZZ - IM and'XS series, 60;ind72 MVXxxx-60-A-YYY-Z U N Where "Y can be P, L, or M;-"xxx" refers to the module power, "ZZ can be WB, WW, '_ Suntech'=Black or Silver Fi •'. "YYY:' is either 100,101,700,1B0, Models:' _ BB, or W BG Wdb, Wde; aind Wd series, 6 ' t_$ _ , Vd series; 60 and '72 cell moc • ;r ET Solar = Black or Silver Fi Hyundai: or Silv_ Frames Models: ' f. FT Si,lar P,d1 mall! meiefeilac weft Page 3 of 86 t Issued: 22 -May -201 Revised: 15 -Jan -2011 x4ested for bonding and grounding with the following PV-; modules with 40 mm frame height e . . modules with 45 mm frame height. • ` modules vv 50 mm `frame height., i IeS. S. r, *• • F a nd 72 cell modules with 35mm frame height: s with 50 mm frame height: z. ies i n; irl An mm framac t= Report No-101541132LAX 002 t Page 4 of 86 : Issued: 22 -May -2014, - .� �. Suniva Modules -Black or Silver Frames - > , IronRidge, Inc.,'Revised: 15 -Jan -2016. BB, WBAC, or BBAC.�, _ • • • 2.0 Product Descri tion r ' .Q- i l - LG Modules`; Black or Silver + • ' Frames - Models: (n _I • �' LG 60 cell modules with 35`mm frames: +' -. • . . .� �• }'s �� f' .` ,, — ET Solar 72 cell modules with 40 and 50 mm frames ' LGxzxylz • OPTxxx-60-A-YYY-Z * • Where xxx is the module power ratio , ' ' pate, be A N or S,--, can be G or. K, and „'6".'can be �" ET-Y672xxxZZ - or.G. 9 MVXxxx-60-A-YYY-Z U N Where "Y can be P, L, or M;-"xxx" refers to the module power, "ZZ can be WB, WW, '_ ' LG 60 celi Modules . h`40mm frames: 1 "YYY:' is either 100,101,700,1B0, • _ • _ LGxxzy1z-G4 ' _ { BB, or W BG . Where;°'iixx" iso a module power rating can.be N;or S' grid z".can ;be C or K. ; ' ' t_$ _ , { f •__ t ,y" • LG 72:Cell Modules with 46mm frames: Hyundai: or Silv_ Frames .. LGxxxy2z-b3 r s 4 72 Cell Modules with 38, 46, -and 50mm frames: • ' ` r, Where xxx is theV..module power rating ",can be Nor S 'Z'pzin be C_ or K, and "b" can be A z -,Blade er . Models: .. _ it i;,+. Where "Y" can be P, L, or M; "xxx"•refers to the'module power rating; '2Z'' can be.1N6; WW,. �. Suniva Modules -Black or Silver Frames - z BB, WBAC, or BBAC.�, _ • • • • - • Models: i l - a c V G G it ..� _ 60 Cell Modules with 35 and 40mm frames: _I • — ET Solar 72 cell modules with 40 and 50 mm frames _ - :: - OPTxxx-60-A-YYY-Z * `) ET-Y672xxxZZ - i` # MVXxxx-60-A-YYY-Z U N Where "Y can be P, L, or M;-"xxx" refers to the module power, "ZZ can be WB, WW, '_ Where "xxx" is the module power rating, "Xis- either 4 or 5 "YYY:' is either 100,101,700,1B0, BB, or W BG t - or 161, and "z is blank or B. _ , o of J !ZJ& Co Hyundai: or Silv_ Frames 72 Cell Modules with 38, 46, -and 50mm frames: M o V w -,Blade er . Models: .. _ OPTxxx-72-A-YYY-Z , a o o v SG, MG,, RG and TG Series, 60 cell modules with 35 mm frame height. t MVXxxx-72-A-YYY-Z µ , .> MI, RI and TI Series;�72 cell modules with 50 mm frame height. s Where 'xxx' is the module power rating, "Ais either 4 or 5YYY is either 100,101,700'180. or 161, and "Z" is'either blank orb w Yingli "- Black or Silver Frames ! . Models: '' Hanwha Modules - Black or Silver Frames �.-, . • Panda and YGE models, 60 cell modules with 40 mm or 35 mm frame height., _ Models: , -�, . _ of(M • YGE models, 72 cell modules with 50 mm or 40 mm frame height. - HSL72P6-PA-1-xxx(50mm frame) r - -� CU 1- a x HSL72P6-PB-1-xxx(45mm frame)w U • Kyocera., r_ HSL60P6-PB-1-xxx(40mm frame) . • .• - '• 8• a o Models • HSL60P6-PA-1-xxx(45mm frame) o cis v 0 ' The model number can be followed with a "B".= KD(xxx)GX-LPU, KD(xxx)GX-LFU, KD135SX-UPU, KD(xxx)GX-LFBS,• KD(xx_x)GX-LPB ' KD(xxx)GX-LFB, KD(xxx)GX-LF62, KD(xxx)GX-LPB2 Where xxx is the module power rating f - KD135GX-LPS, KD140GX-LPS, KD140SX-UPU ' j - - Tricia Solar Modules - Black or Silver Frames - KU(xxx)-3AC, KU(xxx)-4AC, KU(xxx)-5AC, KU(xxx)-36C, KU(xxx)-4BC - Models: Q KU(xxx)-SBC, KU(xxx)6BC, KU(xxxr8BC; KU(xxx)-3FC; KU(xxx)-4FG - - TSM-xxxPA05 (35mm,frame height)CD =-' N N KU(xxx)-SFC, KU(xxx)�FC, KU(xxx)-4UC, KU(xxx)SUC. - _ ,' TSM-xxxPC05 (35mm frame height) , x Where xxx refers to the module power rating - Other Ratings, TSM-xxx-PD05 (35mm frame height) ., , : _ ; - .• , z Cj Mao Canadian Solar - Black or Silver Frames ' ' -` TSM=xxzPA05 (40mm frame height) • ' „•, a, c) o `_° a' Models: _ - TSM-xxxPA14 (4666 frame height), _' .. " t _ , T _ ¢a • CS6P-M 60 Cell Modules with a 40mm frame height. •' TSM-xzxPD14 (40mm frame height), r "+ ��� ` '; . { • r o ao° 4* a CS6P-P 60 Cell Modules with a 40mm frame height.'. '�. _' •' TSM-xxxPC14 40mm frame height ' ` p _ - CS6X-M 72 cell modules with a 40mm frame height. The model number can be followed by A and :05 or .08 ` e CS6X-P'72 cell modules with a 40mm frame height. lWherexxx refers to module power rating •, y-' ` L^- ' .,�, �• T. -, ,jv t+�► ,.. t: •• r lo''• ,y t Y t - ' � J •. ..~ {. ; - _' M1 y ••.' rr t'-' -•.. • -#a - •w_ - •r - Y-. - - - 'E6t6.3.t5(t-Jartt3)LfanCamry-. •_ ••.f .. „-. .. ` ED 16.3.15(1=Jarri3)tda • a 1 f0 Spec Sheet IronRid a Ground Mount 4" '' - - ' '- i • - �r ~ o7,s Ila t Report No. 101541132LAX-002 1ronRidge;,lnc. 2.0 Product Description Page 5 of 86 Issued'. 22 -May -2014 Revised: 15 -Jan -2016 SolarWorld Modules•- Black orSitver Frames. t . - Models: Sunmodute Plus'SW-xxx, . t Sunmodute Protect SW-xxx, '' > Sunmodule.XL SW-xxx - Mono or Poly.with 31, 33; of 46 mm frame height: - Where xxx refers to the module power rating, _ Phono Solar Modules - Black or Silver Frames;; Models: PSxxxP-20/U, PSxxxM-20/U, PSxxxP-24/T; PS_xx_x_M-_241T with 40mm'frame height-.,, , Where xxx refers to module power. rating, SunEdison modules - Black or Silver Frames - Models: ' SE-QxxxBCC-3Y, SE-MxxxBCC-3Y, SE-FxxxBCC-3Y, SE-PxxxBCC-3Y,'SE-QXXXBMC=3Y SE-MxxxBMC-3Y, SE-FxxxBMC-3Y, SE-DxxxBMC-3Y, SE-Pkxx13MC-3Y .with 50mm frame, height. Where xxx refers to module power rating Hanwha Q CELLS' modules -Black or Silver Frames Models: - Hanwha QCells 60.cell modules with 32 mm frames Q. PLUS-G4-xxx Q. PRO BFR=.134-xxx where xxx refers to module power rating - Hanwha QCells 60.cell module_ s with 35.mm frames:! , "•, Q.PRO-G3-xxx f - Q.PRO-'BFR-G3-xxx, - • • . Q. PEAK BLK G3-xxx • . Q: PLUS .G3-xxx ` where xxx.refers to module power rating Hanwha QCells 72 cell modules with 35 mm frames: w Q.PRO L-G4y-xxx Al- Q. PLUS L=G4y-xxx _ ' where " y' can be blank, 1 or.2 and 'xxx" refers to module power rating ' Hanwha QCell 72 cell modules with 40 mm frames: Q.PRO L-G2xxx _ Q.PRO L-G3y-xxx - - where 'y' can be blank or 1 and "xxx" refers to module power rating Hanwha QCell 72 cell modules with 42 mm frames.- Q.PRO rames:Q.PRO L-G2-xxx where "xxx" refers to module power rating { `� '+ , ~ �` - • • �® i6.3.t5(1.tan:m UaridatDn Spec Sheet IronRidge Ground Mount 5 12" = 1 '-011 • .. �Reporl'No 101541132LAX -002.- Page 6 of 86: r ` Issued: 22=May72014 0 IronRidge; Inc..,Revised: _ 15 -,Jan -2016. , cn r 2.0 Product Descri tion Renesola'Modules - Black or Silver Frames, - Models Mono andVirtus ll Modules: ` JCxxxM 24/Abh JCxxxS-'24'/A` bh, JCxxxF 24lAbh, JCxxxM=24/Abh-b, JCxxzS 24/Abh-b: JCxxxF, 24/AbhF`b JCxxxM'24/Ab; JCxxxM=24/AbvJCxzzS-24/A6, JCxxxF-24/Ab JCxxxM 24/Ab;b,<JCxxxM-24/Abv-b; JCxxxS-24/Ab=b, JCxxxF-24/Ali-bwitli 50mm frame " height.. . ., .. t JCxxxM-24/1315JCxxxM=24'/Bbv, JCxxx&24/Bb, JCxiocF-24/Bb, JCxxxM-24/1310b • JCxxxM-24/Bbv-b, JCxxxS-24/Bb-b, JCxxxF-24/Bb;-b -.JCxxxM-24/Bbh,.JCnxS=24/Bbh,' t JCxxxF 24/Bbh;,JCxxxM-24/Bbh-b,,JCxxxS-24/Bbl,— JCxxxF-24/Bbh-b with 40mm frame. height: JCxxxS 24/Db; JCxxxF-24/0b, JCxxxS 246bb JCxxxF 24/Dt w6;35mm frame heightI Where,xxx•refers to the module power rating.'- Sunpower Modules- Black or Silver Frames. �. Models:; 4 SPR-E-xx series with standard (G3) or InvisiMount (135) 46 mm'franie SPR-X-xx series with standard (G3) or InvisiMount,(G5) 46 mm frame. where`xx is the series number Panasonic Modules - Black or Sliver Frames - Models:.` VBHNxxxSA06, VBHNxxxSA066, VBHNxxxSA11, V9HNzzxSA11 B with 3.5 mm frame height: Where xxx refers to the module power rating Winaico Modules - Black or Silver Frames Models: r - Winaico 60 Cell,rnodules with 35 and 40 mm frames ~ Wsy-xxxz6 Where' ' can be either Por T, "xxx" is the module power; rating, and "z" can 'be either M or P Mitsubishi Modules - Black or Silver Frames *. Models: PV-MYYxxxZZ Where :YY can be LE or JE, xxx is.the module power.rating, and ZZ can.be'either HD, HD2, or FB Jinko Sola_ r Modules - Silver Frames Models: JKMxxxP-60: Where xxx is the module power rating between 250-270 in increments of 5. JKMSxxxF5: Where xxx is the module power rating between 255-270 in increments of 5. JKMxxxPP-60: Where xxx is the module power rating between 255-270 in increments of 5r CL ^^� • c •x 0 a Y N r p ) ' - W o o' z , z U a� 0 W a LO UN U N �a J N. m OO Ix WW MO Z Y(no�w ao0C) M ' LC) ` M a� m_a Lu ZZ p 0 7N 0 L O(n�U +. a a� 00 C) U) L X T 00 UJ CD Cd CN ` �. �16.3J5(t-Jan•13)Uandatwy , Z z W 8431'Murphy Drive _rtek Int MiMeton, lN1 53562 USA ' .1' - tl- ' , _ Telephone 608.836.4400 T ' Facsimile, 608.831.9279_ ti } " - www intertek,com ' r. - Test Verification of .Conformi _ I ' In the basis of the tests uitc�itaken; the sample(i) of the below product have been found to comply with the requirements of the referenced specifications at the time the tests were carried out. Applicant flame & Address: IronRidge, Inc. ' - I ai H -Q 'This Verification is for the exclusive use of Atterrek's-client and is provided/ pursuant to the agreement between Intertek and its Client. lntertelesresponsibilityandliab;%y are fimired to the terms and conditions of rhe agreement. Inrerrek assumes no'h6bifiryto any parry, other than to the Client in occordonce with the agreement, fol cny Foss; expense Z 9) or damoye.00cosioned by the use of this Verification. Oiiry the Client is authorized to permit copying or datribution of this Verificarion, Any use of the fnrerieir'nome or one of its marks for the stile or advertisement' of the tested material, product br service must first be cpproved fn writing by Intertek. The observations ond'tei fnspea5on re_ softs - - 'Stai]I111g'Madlson� LOf(lU1St, Inc. � CO11SIl]i11Ilg Sf7l1CtUI81 Ai1C1 FOIeI1S1C Engineers" � CeiS` l;( referenced in this Verificvt on ore relevant only to be rested�iispected.,This Verification by irseff does not imply that the material, product, or service s a has ever been n�r11 a • under an lnrerrek certifcptioit progrdmi - - Q • � GFT -OP -11a (24 -MAR -2914) `- Z n Spec Sheet IronRidge Ground Mount 6 - Qo 12" = 1 '-0" _ - L G �.. IronRidge F1ashFoot �'1 •�, �'"�-,.' t' car +. Y w. �' � -.. ♦ •♦ .. a N address the requirements for use with the IronRidge F1ashFoot: N N =�_ ', Y �r J N m ;Starling Madison Lofquist, Inc. o o z w substrate for the tests consisted of 1/2" �.CDX plywood . over a 2x6 SPF #2 rafter with : a specific -� 'gravity of 0.42. A full detail can be seen on the attached drawings. ti a o o .Ctansu.�r;iqg 3truct«ral'anrd Fornsic Cn�,irree,rs: L.L y • �► ; 5224 South 39Street,=Phoenix; Arizona ':85040: s the testing. The maximum allowable uplift ,reaction "of, 717 lbs and the' maximum allowable '; ' -'``438-2500 (602),,_438-2505.ROC#291316..smleng.com�. 'fox vv" i' ` a CO ,The allowable' loads used to develop she tables below have been :increased from'the'tested yalueg LU a g!,$ above'to reflect installation into a wood substrate with specific gravity of 0.50. The increase was IroriRldge `' > :Dcccnlber 18; V2014 'yr determined using the ANSFAF&PA NDS -2010 National Design Specification (NDS) for Wood ;149 Zeph. Ave`; '- a ; ' ` ; page l of l Ir .f - o �`- maximum allowable 'uplift reaction is 779 lbs and ,the maximum allowable downslope (lateral) IIay�crard; CA°94544 - ,. j •'� - ' wind and snow are shown in Tables 1-9 below. .'0 .5 `4 • F Z j Mc_o 00 UJ CO M +` • • .. Q C Q� U N coo M ai H -Q 'This Verification is for the exclusive use of Atterrek's-client and is provided/ pursuant to the agreement between Intertek and its Client. lntertelesresponsibilityandliab;%y are fimired to the terms and conditions of rhe agreement. Inrerrek assumes no'h6bifiryto any parry, other than to the Client in occordonce with the agreement, fol cny Foss; expense Z 9) or damoye.00cosioned by the use of this Verification. Oiiry the Client is authorized to permit copying or datribution of this Verificarion, Any use of the fnrerieir'nome or one of its marks for the stile or advertisement' of the tested material, product br service must first be cpproved fn writing by Intertek. The observations ond'tei fnspea5on re_ softs - - 'Stai]I111g'Madlson� LOf(lU1St, Inc. � CO11SIl]i11Ilg Sf7l1CtUI81 Ai1C1 FOIeI1S1C Engineers" � CeiS` l;( referenced in this Verificvt on ore relevant only to be rested�iispected.,This Verification by irseff does not imply that the material, product, or service s a has ever been n�r11 a • under an lnrerrek certifcptioit progrdmi - - Q • � GFT -OP -11a (24 -MAR -2914) `- Z n Spec Sheet IronRidge Ground Mount 6 - Qo 12" = 1 '-0" _ - L G �.. IronRidge F1ashFoot 1Dear. Sir: ` V a This letter is a;supplement to the standard Ietter for the IronRidge Roof Flush Mounting System to Q } N address the requirements for use with the IronRidge F1ashFoot: N N =�_ _ The, IronRidge F1ashFoot comprises an aluminum block and flashing .;in L -Foot ' base is Y �r J N m ;plate. attached using a 5/16" lag screw with a'.3 inch minimum embedment into a -wood substrate. The wood o o z w substrate for the tests consisted of 1/2" �.CDX plywood . over a 2x6 SPF #2 rafter with : a specific M o ��—, w 'gravity of 0.42. A full detail can be seen on the attached drawings. ti a o o The.testing data provided shows that the critical'failure occurs in one of two ways,:pullout of the lag ' screw from-thebase material or the shear failure of the L -Foot.. Mak'uiri allowable values for these failure conditions were derived using a. safety factor of 3.0 on the lowest ultimate load provided by the testing. The maximum allowable uplift ,reaction "of, 717 lbs and the' maximum allowable o l t al i downslope (aer) reaction of 341 lbs are based on the tested criteria, _. ` a CO ,The allowable' loads used to develop she tables below have been :increased from'the'tested yalueg LU a g!,$ above'to reflect installation into a wood substrate with specific gravity of 0.50. The increase was determined using the ANSFAF&PA NDS -2010 National Design Specification (NDS) for Wood 'Construction adjustment factor of 1 / 1-(0.50-G) where. G. is the tested specific gravity. Therefore, the maximum allowable 'uplift reaction is 779 lbs and ,the maximum allowable downslope (lateral) - reaction is'370 'lbs: The maximum allowable spacing of the FlashFoot for common'load cases due to a wind and snow are shown in Tables 1-9 below. .'0 .5 `4 • F Z j Mc_o - '�; UJ CO M +` • • .. Q C Q� U N coo M Mp LO Cl)C-� d ai H -Q 'This Verification is for the exclusive use of Atterrek's-client and is provided/ pursuant to the agreement between Intertek and its Client. lntertelesresponsibilityandliab;%y are fimired to the terms and conditions of rhe agreement. Inrerrek assumes no'h6bifiryto any parry, other than to the Client in occordonce with the agreement, fol cny Foss; expense Z 9) or damoye.00cosioned by the use of this Verification. Oiiry the Client is authorized to permit copying or datribution of this Verificarion, Any use of the fnrerieir'nome or one of its marks for the stile or advertisement' of the tested material, product br service must first be cpproved fn writing by Intertek. The observations ond'tei fnspea5on re_ softs - - 'Stai]I111g'Madlson� LOf(lU1St, Inc. � CO11SIl]i11Ilg Sf7l1CtUI81 Ai1C1 FOIeI1S1C Engineers" � CeiS` l;( referenced in this Verificvt on ore relevant only to be rested�iispected.,This Verification by irseff does not imply that the material, product, or service s a has ever been n�r11 a • under an lnrerrek certifcptioit progrdmi - - Q • � GFT -OP -11a (24 -MAR -2914) `- Z n Spec Sheet IronRidge Ground Mount 6 - Qo 12" = 1 '-0" _ - ,I llL�'IRONRIDGE Integrated Grounding System,' = installation Overview - N Y ~ CCL O Install Roof Attachments Simplified Grounding • t • Install"appropriate roof flashing -and/or standoff for roof type: ! 'For Greater Safety.& Lower'Cosi �� t .. _ r •Attach L -Feet to flashing or, standoff. - m Traditionally, solar nodules are grounded by attaching r _ lugs, bolts or clips to the module frame, then connecting; Prepare Rail Connections R these to a copper conductor that runs throughout the array. This process adds time and cost to the installation;. •- - Insert splice into first rail, then'secure with Bonding Strap and .and often results in improper ground-ing;. creating self -drilling screw. significant Eong-term safety risks. ` Slide second rail over'splice, then secure with opposite "end of ' The IronRidge Integrated Grounding System solves these Grounding Strap and self -drilling screw. 0 O 0. N. LU o W Z challenges by bonding modules dire* to the mounting rails. This approach eliminates separate module Z F Mount &. Ground Rails ..grounding hardware, and it creates many parallel ® � a grounding paths throughout the array, providing • Attach rails -to L -Feet and level rails.LU a greater safety for system owners. Grounding Mid Clamp • w • Install one Grounding Lug per row of modules.Q r N Each Grounding Mid Clamp pierces through the '� N - anodized coatings of both the module frame and • Connect Grounding Lug to grounding conductor. -• - - ,, a the mounting rail to form secure electrical bonds. F o r which are repeated throughout the array. �pLU N tY Install Modules & Clam > o Z w Clamps M otw-WUi �j • Install first module using End Clamps and Grounding Mid Clamps. ti a- o o U • Install additional modules using Grounding.Mid Clamps.. ` • Finish row with a second pair of End Clamps. Testing & Certification ® a = ® • The IronRidge Integrated Grounding System has been tested and certified to ® 0 G a. * �` �`- r.. �//�►�� •UL 2703 by Intertek Group plc. UL 2703 is a proposed UL standard for evaluating solar module mounting ° `�- and clamping devices. It ensures these '• �- �`� - devices will maintain strong electrical and 3 mechanical connections over an extended Y' ©..,- -, ;��-,N �••', period of time in extreme outdoor environments. 2 The testing process closely mirrors that Bonding Strap a ` of UL 1703, the solar module testing; w Bonding Straps are used to ' �' standard, including temperature and bond rad -to -rail connections. �/ Grounding Lug They are only required on the A single Grounding Lug humidity cycling, electrical and mechanical rail with the grounding lug. connects entire row load testing, and manufacturing quality ra of PV modules to the reviews - grounding conductor - Spec Sheet IronRidge Ground Mount 7 12" = 1'-0" } Report No 101541132LAX=002 r - Paget of 86 P Issued:'22 May=2014 LASSIFICATIONIronRidge; Inc: t ' yRevised: 15-Jan=20163 .:Constructional Data Report (CDR) 1.0 Reference and Address Report Number 101541132LAX-002. Original 22 -Ma -2014. Revised: 15 -Jan -2016 Brand name Subject 2703 Outline of Investigation for Rack Mounting- Systems and Clam ping' Devices Standard(s)UL for .Flat -Plate Photovoltaic Modules and Panels, Issue Number: 1, October 4;.'2010: :Applicant IronRidge, Inc. ;Manufacturer 1 IronRidge, Inc: - 1495 Zephyr Ave' 1495 Zephyr Ave Address. Hayward,Address, CA 94544: � r - Hayward,• CA`94549 ' Country USA _: Country' USA Contact Yann Schwarz Contact Jim Norsworthy•Or _ The Grounding Mid Clamps are installed onto the module frame by using a 18-8 stainless steel Dave Taggart Description (800) 227-9523 (707) 363-3025 - - Phone (510)225-0973 Phone (800)227-9523 - FAX (707) 459-1833 FAX (510) 225-0975 Email yschwarzO_ironrldQe.COm Email inorsworthy(a�ironridge:com using stainless steel hex bolt or T -Bolt, flat washer, split lock washer, and nut, tightened to dta artironrid e:com Manufacturer.2 Precision Die & Stamping, Inc. secured to XRL, XR10, XR100 or XR1000 Rail's -side center'cavity of rails using stainless steel 1704 W. 10th Street Address Tempe, AZ 85281 ` = s Country USA Contact Andy Frola Phone' (480)967-2038 FAX (480) 829-0838 Email andy0precisiondie.com 2.0 Product -Description Product.' XR Rails with Integrated Grounding. Brand name IronRidge Roof.Mount ` The product covered by this reportis the IronRidge Rails,with Integrated Grounding solar roof; mounting system This system .is designed to provide bonding and grounding to photovoltaic . modules..The mounting system ' employs anodized aluminum rails that are roof mounted using, - aluminum Extruded L,Foot brackets. The.'mounting rails in this report are`XRL,'XR10;.XR100 and.XR100.0 Rail. All rails have an optfonal;aluminum splice which ties the.�ails together.to extend their length. - r r A grounding strap and stainless steel hardware are required for penetrating theanodized - coating of the rails, creating a bonded connection from rail to-rail.'304 stainless.steel Grounding Mid Clamp and aluminum End Clamps are used to attach and support framed photovoltaic_: modules to the system: The End Clamps are not used as a grounding means: _ The Grounding Mid Clamps are installed onto the module frame by using a 18-8 stainless steel serrated T -Bolt and a 18-8 stainless steel Flange Hex Nut that gets screwed onto.the rails to a Description speciffedtoique. The retention teeth of the clamp and bolt penetrate the anodized coating of the photovoltaic modules frame and rail to contact the me_tal,.creating'a bonded connection from module to module and module to rail. The grounding of the entire system is intended to be in accordance with the latest edition of the National Electrical Code, including NEC 250: Grounding and Bonding, and NEC 690: Solar Photovoltaic Systems. Any local electrical codes must be adhered in addition to the. national electrical codes. An entire array, regardless of size, is grounded via one grounding lug. The. WEEB Grounding Lug is secured to XRL, XR10, XR100 or XR1000 Rail's top slot _ using stainless steel hex bolt or T -Bolt, flat washer, split lock washer, and nut, tightened to manufacture's specified torque. The WEEB Grounding Lug is intended for use with one solid or. stranded copper wire; conductor size. 14 AWG though 6 AWG. The Titan Grounding Lug is ' secured to XRL, XR10, XR100 or XR1000 Rail's -side center'cavity of rails using stainless steel T -bolt, k -lock nut, star washer, and machine screw. The Titan Grounding Lug is intended for use with one solid or stranded copper wire, conductor size 14 AWG though 4 AWG. Models. IR XR followed by 4 Alphanumeric Characters Model Similarity N/A Fuse Rating: 20 A 2.0 Product -Description Product.' XR Rails with Integrated Grounding. Brand name IronRidge Roof.Mount ` The product covered by this reportis the IronRidge Rails,with Integrated Grounding solar roof; mounting system This system .is designed to provide bonding and grounding to photovoltaic . modules..The mounting system ' employs anodized aluminum rails that are roof mounted using, aluminum Extruded L,Foot brackets. The.'mounting rails in this report are`XRL,'XR10;.XR100 and.XR100.0 Rail. All rails have an optfonal;aluminum splice which ties the.�ails together.to extend their length. - r A grounding strap and stainless steel hardware are required for penetrating theanodized - coating of the rails, creating a bonded connection from rail to-rail.'304 stainless.steel Grounding Mid Clamp and aluminum End Clamps are used to attach and support framed photovoltaic_: modules to the system: The End Clamps are not used as a grounding means: _ The Grounding Mid Clamps are installed onto the module frame by using a 18-8 stainless steel serrated T -Bolt and a 18-8 stainless steel Flange Hex Nut that gets screwed onto.the rails to a Description speciffedtoique. The retention teeth of the clamp and bolt penetrate the anodized coating of the photovoltaic modules frame and rail to contact the me_tal,.creating'a bonded connection from module to module and module to rail. The grounding of the entire system is intended to be in accordance with the latest edition of the National Electrical Code, including NEC 250: Grounding and Bonding, and NEC 690: Solar Photovoltaic Systems. Any local electrical codes must be adhered in addition to the. national electrical codes. An entire array, regardless of size, is grounded via one grounding lug. The. WEEB Grounding Lug is secured to XRL, XR10, XR100 or XR1000 Rail's top slot _ using stainless steel hex bolt or T -Bolt, flat washer, split lock washer, and nut, tightened to manufacture's specified torque. The WEEB Grounding Lug is intended for use with one solid or. stranded copper wire; conductor size. 14 AWG though 6 AWG. The Titan Grounding Lug is ' secured to XRL, XR10, XR100 or XR1000 Rail's -side center'cavity of rails using stainless steel T -bolt, k -lock nut, star washer, and machine screw. The Titan Grounding Lug is intended for use with one solid or stranded copper wire, conductor size 14 AWG though 4 AWG. Models. IR XR followed by 4 Alphanumeric Characters Model Similarity N/A Fuse Rating: 20 A Fire Class Resistance Rating: -..Class A for Steep Slope Flush -Mount (Symmetrical) Applications when using Type 1, Type 2 and Type 3, Listed Photovoltaic Module. Ratings g -.Class A for Low Slope Flush -Mount (Symmetrical) Applications when using Type 1,. ' �, ,Type 2 and Type 3, Listed Photovoltaic Module. 'Class A for Steep Slope Tilt -Mount ( Asymmetrical) Applications when using Type 1 •'and Type 2, Listed Photovoltaic Module. Class A for Low Slope Tilt -Mount (Asymmetrical) Applications when using Type 1, ' '.-Type 2 and Type 3, Listed Photovoltaic Module. Page 1 of 86 ' � 7 .� ,• r• '� _;-Ibis report Is to the exclusive .use at tnwnLk's Client arta Is pro•Jtdea pursuant to the agreement betvm4m Intertet arta tts CGem. tntenews�responsibdity antl ••�� r; , � - � -�` ! tiabfYt; .are limited to the terms and conditions of the agreement. tmcrtek assumes no liability to any party, other than to ft Client in accordance rtth the :agreement, for arty loss, expense w damage occasioned by the use of this report. Only the Ctieni is authorized to pemdi copying or distribution at this report and . them only In its entirety.' Any use of the breY.ek name of one of its marks to the sale'o advertisement of the tested material. product or service must first be - approved in inntirtg by Iri:ertek. The observations and -test results in this report are relevant onlytothe sample tested, This repot by twit does not Imply that the ' « t. material, product, or seroke is or has over been under an tnmrtek CertIfiG,tiort program, y • - y ... (r ^ ED 16.3.15 (1-Jat>-13)htnndatory ' Spec Sheet IronRidge Ground Mount 3 - - r w , CM i- :0 j F } L �. . C) is 0 m " U) w o Z 0 0 �; Q } N Cn,N w : U �a �N_�m I` ODfa N > o w w O � Z Y MoptU)L I` zaoov M rn�rn cu m U w c Z 9!- 0 U)ib t OcnvU to N C) Z; X co Z @N o00' M LLI mM CSN ora MC f°U ouch Q N O M m }oU aka of N U u7 J W to m n O. N a • c c �I Z a n W Z Starling. Madison L®fquist, Inc. 5ML Consulting Structural and Forensic Engineers �� ^ r� 5224 South 39" Street, Phoenix, Arizona 85040 tel: (602) 438-2500 fox: ,(602) 438-2505 ROC#29131.6 www.smleng.com Royal Aire Inc. August 161, 2017 20 2530 Zanella Way Suite A Page , 0 2 Chico, CA 95928 Attn: Ms. Laura Thayne Subject: Ground Mounting System — Structural Analysis — 5 Module Steven Kaps Residence PV 3Array®gyp 4870 Will T. Rd. ! Chico, CA 9597.01 �,S`o� SML Project #270-14 �� b ®\� Dear Ms. Thayne, We have analyzed the subject ground mounted structure and determined that it is in compliance with the applicable sections of the following Reference Documents: Codes: ASCE/SEI 7-10 Min. Design Loads. for Buildings & Other Structures California Building Code, 2016 Edition Other: AC428, Acceptance Criteria for Modular Framing Systems Used to Support PV Modules, dated Effective November 1, 2012 by ICC -ES Aluminum Design Manual, 2015 Edition Exhibit - 0002 The structure is a simple column (pier) and beam (cross pipe) system. The piers & cross pipes are 3 inch standard weight (schedule 40) steel pipes. The tops of the piers are connected in the E -W direction by the cross pipes which cantilever over and extend past the end piers. The cross pipes are connected by proprietary IronRidge XR1000 Rails spanning up and down the slope which cantilever over and extend past the top and bottom cross pipes. The solar modules are attached to the rails with IronRidge clamps. There are typically two rails per column of modules. Gravity loads are transferred to the piers and foundations by the rails and cross pipes acting as simple beams. For lateral loads the system is a cantilevered structure. The effect of seismic loads (for all design categories A -F) have been determined to be less than the effect due to wind loads in all load conditions and combinations. The pier spacing in the N -S direction is 9'-0". The pier spacing in the E -W direction is 12'-7" and is determined by the structural design for the specified design criteria below. The governing criteria for the pier spacing is either the spanning capacity of the cross pipes or the cantilever capacity of the pier. The foundations shall be 12" diameter and shall have a depth below finished grade of 7'-0". Starling Madison Lofquist, Inc. Consulting Structural and Forensic Engineers Royal Aire Inc. August 16, 2017 Ms. Laura Thayne Page 2 of 2 Ground Mounting System — Structural Analysis —.5 Module Design Criteria: 1. Panel Tilt Angle = 25 degrees 2. Wind Exposure = C 3. • Wind Speed = 100 mph 4. Snow Load = 0 psf 5. Dead Load (Weight) = 3 psf 6. Maximum PV Panel Dimension = 77.17" T. Topographic (Wind) Factor= 1.0 (no topographic effects) 8. Concrete Weight = 145 pcf / f c = 2500 psi 9. Skin Friction per 2016 CBC 1810.3.3.1.4 & 5 10. Top l'-0" of soil neglected for Skin Friction 11. Resistance to corrosion and/or sulfate attack, along with possible adverse effects due to expansive soils has not been considered in these foundation recommendations. SML Engineers assumes no liability with regard to these items. 12. Soil conditions shall. meet minimum requirements for Class 4 soil per 2016 CBC Table 1806.2. Soil classification is to be. determined and verified by the end user of this certification letter. The analysis assumes that the array, including the connections and associated hardware, are installed in a workmanlike manner in accordance with the IronRidge Ground Mount Installation Manual and generally accepted standards of construction practice. Verification of PV Module capacity to support the loads associated with the given array shall be the responsibility of the Contractor or Owner and not IronRidge or Starling Madison Lofquist: Please feel free to contact me at your convenience if you have any questions. Respectfully yours, . Q S Tres Warner, P.E. D m Design Division Manager 13 71973 � ®�c�t�� Starling Madison Lofquist, Inc. Consulting. Structural and Forensic Engineers -2- EXHIBIT: EX -0002 CONCRETE FOUNDATION DETAILS Project: Steven Kaps Residence PV Array 4870 Will T Rd. Chico, CA 95973 �•4� `9 ls'¢ C 7197193713�17'-'6"1AAX q EQ DISTANCE \ 's4 r:. _TILT ANGLE 25 Deg - Ci` CAS. r 1 3" Dia. EQ DIST 2'-6"ANCE GALVANIZED PIPE f _�' - _ _--- Brace Not. '00— -_--� Y� - �- Required Max 'FINAL GRADE /Ai V.X I I 2504 PSI I I l 91-091 Ij�/yCONCRETE FOUNDAInON - I ! • " . I FOUNDATION DEPTH -D (! ! ( I ! 7'-0" �-- PIER DIA. -*-� Note: 1'-0" The spacing of this section in the East-West direction shall be 12'-7" max.