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B17-1005 047-310-006
BUTTE COUNTY AREA DEPARTMENT OF DEVELOPMENT SERVICES INSPECTION CARD MUST BE ON JOB SITE 4 24 Hour Inspection Line (IVR) :530.538.4365 (Cut off time for inspections is 3pm) Development Services cannot guarantee inspections on the date requested Office: 530.538.7601 'Fax: 530 Permit �No: B 17-1005 Issued: 5/22/2017 APN: 047-310-006 Address 3612 KEEFER RD, CHICO Owner: BAKER BURTON D & KATHERINE I T Permit Type: SOLAR ROOF -RES Description: Install Solar Electric System sa: i ia� www:uutteuounty.nevaas Flood Zone: A SRA Area: Yes 19F.TRACKS for Zon*ngr- AG. SRA_ PW Front: Centerline of Road: Rear: SRA: Street: AG: Interior Total Setback from Centerline of Road: ALL PLAN REVISIONS MUST BE APPROVED BY THE COUNTY BEFORE PROCEEDING ns ectio e E Setbacks 803 Foundations-/ Footings r216 Pier/Column Footings 813 Eufer Ground '702 Mason Grout Setbacks .131 Do Not Pour Concrete Until Above are Sign d Pre -Slab. 124 Gas Test Underground/floor .404 'Gas Piping Underground/floor 403 Underfloor Framing 149 Underfloor Ducts 319 Shear Transfer 136 Under Floor Plumbing,412 a ufactu ed Homes Under Slab Plumbing 411- ' Blockin nder inin 612 Tiedown/Soft Set System 611 Do Not Install Floor Sheathing or Slab Until Above Signed Shearwall/B.W.P.-Interior 134 . Shearwall/B.W.P.-Exterior 135 Roof Nail/Dra Trusses 129 Manometer Test 605 Do Not Install Siding/Stucco or Roofing Until Above Signed Rough Framing . 153 . Rough Plumbing 406' Rough Mechanical 316 Rough Electrical 208 4 -Way Rough Framing 128 Gas Piping, House 403 Gas Test House 404 . Shower Pan/Tub Test 408 ' Do Not Insulate Until Above Signed Permit Final 802 Electrical Final 803 -Mechanical Final -809 Plumbing Final 813 Fire Sprinkler Test or Final '702 Swimmin2 Pools IS Inspection T e IVR INSP DATE T -Bar Ceiling 145 Stucco Lath 142 Swimmin2 Pools Setbacks .131 Pool Plumbing Test 504 Gas Test 404 Pre-Gunite 506 Pre -Deck 505 Pool Fencin Alarms/Barriers 503 Pre -Plaster 507 a ufactu ed Homes Setbacks 131 Blockin nder inin 612 Tiedown/Soft Set System 611 Permanent Foundation System 613 Underground Electric. 218 Sewer 407 Underground Water 417 Manometer Test 605 Continuity Test' 602 Ski rtin Ste s/Landin s 610 7-1' - Coach Info Manufactures Name: Date of Manufacture: Model Name/Number: Serial Numbers: Length x Width: Insignia: -Public Works Final 538.7681 ' Fire De artment/CDF 538.6226 Env. Health Final 538.7281 Sewer District Final "PROJECT -rrojecc rmai is a %-ernucate of vccupancy for ttcesiaennai vmy) PERMITS BECOME NULL AND VOID 1 YEAR FROM THE DATE OF ISSUANCE. IF WORK HAS COMMENCED, YOU MAY PAY FOR A I YEAR RENEWAL 30 DAYS PRIOR TO EXPIRATION CHICO CA 95973 (530) 228-6144 - Date: j: 171 530 892 2385 �. 530 520 0451 Scale - 1/8" = 1' �. i Notes 1. THIS IS A 10.200 kW DC Power (STC) / 9:041 kW AC Power, (CE C) USING 30 LG320NIC-G4 SOLAR PANELS 2. THIS SYSTEM IS GRID-INTERTIED VIA 1 UL -LISTED POWER CONDITIONING " INVERTER SOLAREDGE SE1000A-US (240V), 3/1" EMT 3. EACH PANEL IS EQUIPPED WITH 1 EA'. SOLAREDGE P400 OPTIMIZER 4. ARRAY WILL FLUSH MOUNT TO ROOF SLOPE OF -1/12 _ 5. WIRE RUN FROM ARRAY. TO SERVICE UTILITY BOX APPROX 20'. 6. WEIGHT PER SQUARE F0OT (AS PER MODULEAND RACKING SYSTEM SPECS = 2.13LBS) 7. RACKING SYS1,E4 STANDOFFS AT AMAX 15.7" ON ROOF EDGE 29.5 "FIELD SPAN 8. RACKING LABELING DETAIL ON ATTACHED SHEET 9. BUILDING IS 1 STORIES. 10. ROOF 1S 24 Ga DELTA RIB METAL ROOF. 3/4"' EMT 11. BUILDING LOAD CAPACATY'IS 20"PSF. , 12. INVERTER. IS LOCATED INSIDE EXISTING SHOP: 12 MAIN SERVICE PANEL IS LOCATED ON WEST SIDE OF HOUSE ,125 AMP SLIBP , 10K SOLAREDGE INVE ZTEP CHICO CA 95973 (530) 228-6144 - Date: j: 171 530 892 2385 �. 530 520 0451 Scale - 1/8" = 1' �. i if faX)awG #! o (PV VW ` t BARE'CU GROUND; t t (a *).,'AWG #6:THV M- 2 WIRE - (lx):AWG#.6`THWMtCU GROUND INVERTER- SOIAREDGE . . g 40000A U5" 15` iLG34052W-G4; o' INVE iii ,. 10 KiNi►7T . :. INVERTER IMEGRATED IMO & DC AF( ' C6tUANLTOalssom ' EXISTING; AMP SUB I V 1 DERATED, TO 70 AMP _ o 200'AfYIPMAIN. ' DERATED T0,17-5 • _ 60'. PVBREAKER �oAnnPeaEAKER,FoR - _ SUBPANEL � GROUNDING ELI=CTROOE' a y - #-LG Life's Good LG Mon ®,.X ,t 72cell =am - . LC, Mono XQ Plus is LG Electronics' high-quality monocrystatline module. The quality is the result of our i 72 telt ' strong commitment to developing a module to improve r Qus �► benefits for customers. Features of Mono X° Plus include Intertek durability, r-onvenient installation, and aesthetic exterior. Enhanced Performance Warranty LG Mono Xc" 72ceil provides the enhanced performance warranty. The it degradation has been improved from -3% to -2%, and the annual degradation has also changed froln-0.7%vyrto-0.6%,,/yr. Improved Product Warranty In addition to the enhanced performance warranty, LG has extended the product wan anty of LIS Mono X1172cell fof additional 2 years with its newly reinforced frame design., o a ;L Convenient Installation }� LG modules are carefully designed to benefit installers by allowing quick and easy installations throughout the carrying,grounding, and connecting stages of rnodules. F EN Reduced LID (LILY Technology) oom LG Mono X�l 72ceil has improved the initial degradation by applying LG•s new LiLY(LID-improvement for Lifetime Yield} Technology,which controls formation of Garan r Oxygen pai,, the key factor of 1-I0. ® Aesthetic Roof `• LG Mai -to X•-' 72r -ell may increase the house value with its shiny black frames. Also, it looks similar to al! -black module from a king distance. Light and Convenient ' - ��`�'� LG Mono X° 72cel1 is carefully designed to benefit installers by allowing quick installation with a weight ofjust 44.75 Ib. and better grips. of About LG Electronics LG Electlnni s is a ylobaf player who has liven committed to expanding its capac't U 4 tllorpsoE r rrTrgyy tura �s �t klr�ule yrowlh engine. Wr- embarked o i a sular eneryyisource reteal�tirForo�rzm in 1985, supported by LG Group's rich experience in semi -conductor, LCD, chemistry, anC.materjai��i ustry;We su e3s,, yrete5 ed the first X° series to the market in 2010, which were exported to 32 counuie; in the following 2 years, theeafter. In 2013, Nr•ON'" (prelriously known tis IV]lfirioyy°-N N� F #O1+i WFf1N� w C�LLD technology won"lntemnl•I Award", which proved LG is the leadrr, of .1, 1ovatioo In thl, • 1. � .. 'iU•l Cs�s�'???,-; {�':, 0'1 �wn,] LG Mono.'X* 72cen mum= Mechanical Properties Cells 6 x 12 Cell vendor LG Cell Type—_ MMooyst@LtTw/ -t pe, Celt Dimensions 156.75 x 156.75 ITIM / 6 inches of Busbar 3 Dimensions (L x W x H) 1960x -1000 x_46 mm Product VdarrantN, 77.17),39.37x'1.81 inch Front Load --Re,-, —rLoad 60 psf pram.-s:: 1) L-' year 98% 2) af- 2,ul y— I dere adi,d-' 60 psf Temperature Characteristics 20.3 ± 0.5 kg / 44�75 t 1.1 lbs Connector Type -- MCA Junction Box ... . .... ....... IP67 with 3 Bypass Diodes Length of Cables 1 200mm x 2 ea 147.24 x 2 ea Glass High Transmission Tempered Glass Frame Anodized Aluminum Certifications and Warranty Certifications UL 1703 340 W I . ..... - ------ 37.5 IEC 62716 (Ammonia Corrosion'lest)* MPP Current (Impp) IEC 61701 (S -alt MiSt COITO.Sion Ttst)' Module Fire Performance (USA) Type 2 (ULI 703) Fire Rating (for CANADA) ... ............... . .. .... .... ..... Class C (ULC/ORD C1703) ...... . .... Product VdarrantN, ------- 12 years Output Warranty of Pmax Linear wan-inty— pram.-s:: 1) L-' year 98% 2) af- 2,ul y— I dere adi,d-' 3)83. V,' rw 2 5 Y— Temperature Characteristics 40-.90 NOCT 46 zt 3 C Pmax -0.42 %/*C Voc -0.30 %/'C Isc 0.03 %/"C Characteristic Curves 100ow -J 800W OW N Z.ow . ...... . ......... --.: ........ oa> lour M,.o Bt• . Electrical Properties (STC 4A Module Type 335 W 340 W I MPP Voltage (Vmpp) 37.5 251 MPP Current (Impp) 8.94 9.02 Open Circuit Voltage (Voc) 46 46.4 Short Circuit Current (Isc) -.--9.48 9.54 Module Efficiency '17.1 17.4 Operating Temperature (*C) 40-.90 Maximum System Voltage (Y) 1000 Maximum Series Fuse Rating (A) Power iblerarice . ..... . .......... 0-3 ' STC (Standard llnr Cutiditin) Irrodia 1000 Win °. module temp -141, e 25 c. Am 1.5 'The m,ueplaw pu— oa"A F; —,iied-d&L i -A by LG at im mW and 6-1.te dixre— Electrical Properties (NOCT* Module Type . ..... 335 W 340 W Maximum Power (Pmnx) 248 251 MPP Voltage (Vnipp) 34.4 34.6 MPP Current (Impp) 7.20 7.26 Open Circuit Voltage (Voc) . ............. ...... ...... 43.1 43.3 Short Circuit Current (Isc) 7.63 7.68' ' NOM (W--1 Operating Ul TnI—di—e COD Wim . amh;ent tempest— RIC. ...... d -,Feed I r Dimensions (mm/in) The 141W— Product specifications are subject to change without North Ameoca Sohn Business learn notice - 771 LG LG Electronics U.S.A. Inc (IS.N2-fi0-C-U-F-FN-50301, 0 . ........ v B Wes Good 1000 Sylvan Ave, Englewood Cloffs. NJ 076 3 2 *0 pr Copyright 0 2016 LG rlectioniCS. All rights i eSorved.. nnmation for a Better Life Contact: fg.solar(o)[gecom 01/01/16 VSs 3F r'4 The 141W— Product specifications are subject to change without North Ameoca Sohn Business learn notice - 771 LG LG Electronics U.S.A. Inc (IS.N2-fi0-C-U-F-FN-50301, 0 . ........ v B Wes Good 1000 Sylvan Ave, Englewood Cloffs. NJ 076 3 2 *0 pr Copyright 0 2016 LG rlectioniCS. All rights i eSorved.. nnmation for a Better Life Contact: fg.solar(o)[gecom 01/01/16 solar- @@ mw- SolarEdge Power Optimizer Module Add -,On For North America P300 / P320 / P400 / P405 4 �p 4. 4 6f 4tt,,h], 5ses,.,,from , anp a 6lexible system -designfor 'Maximum _pace`ti izat Fafstinstallatibn with -a -single bolt N qqzmaintqnaqrith-hodule:'leyel, monitolrip., Module -level v6ltage-shutdoWhlfor- insta'lle'r ahAfir fightersp et "Y USA - GERIfIvIANY - I TAILY - FR/-Ii,-,jCE - JAPAN - CHINA - ISRAEL - AUSTRALIA www.solaredge,: F ,=P.0 power optimization at h du eI eve n 4 �p 4. 4 6f 4tt,,h], 5ses,.,,from , anp a 6lexible system -designfor 'Maximum _pace`ti izat Fafstinstallatibn with -a -single bolt N qqzmaintqnaqrith-hodule:'leyel, monitolrip., Module -level v6ltage-shutdoWhlfor- insta'lle'r ahAfir fightersp et "Y USA - GERIfIvIANY - I TAILY - FR/-Ii,-,jCE - JAPAN - CHINA - ISRAEL - AUSTRALIA www.solaredge,: Sola SolarEdge Power Optima'er Module Add -On for North America - P300 P320 / P400 P405 P300 i P320 P400 - 1111 P405 (for thin film (6r 60 -cell modules) (for high-power (for 72 & 96 -cell 60 -cel modules) modules) 1111 INPUT ..............•. Rated Input .Rq,Power(1) 1 300 320 400 405 W Absolute Maximum Input Voltage 48 80 125 Vdc (vqc.alowest temperature) 'Vdc MPPT Oberilting Range.., .. 8-48 8-80 12.5- 105 ...................... ...... Maximum Short 10 10 Adc . ..... ............ .. ..... . ........... Maximum DC Input Current . 12.5 13.75 12.5 Adc ........ ..... ..... .... ... ....... .. ........ ... ... ... .......... Maximum.Efficiency,.. 99.5 .......... 11 . ...... ...... .... .... ... Weighted Efficiency 41111. 98.8 % Ove*,�o1j'a''g, * .... ai1111 eg("Ir" ... ...... .... . ..... . OUTPUT DURING OPERATION (POWER OPTIMIZER CONNECTED TO OPERATING SOLAREDIISE INVERTER) ...... ........ Maximum Output Current T 15 1 Adc ....... ... ...... Maximum Output Voltage;� 60 85' Vdc OUTPUT DURING STANDBY (POWER OPTIMIZER DISCONNECTED FROM SOLAREDGE INVERTER OR SOLAREDGE INVERTER OFF) Safety Output Voltage per Power Optimizer Vdc ...... ....... STANDARD COMPLIANCE . .. ... .......... EMC FCC Part15 Class B, IEC61000-6'72,.IEC61000-6-3 ....... .. .. ....... Safety .......... ... ... A ... . ...... 1E.C621.09.-I (.class. 11 safet.y).,..UL.17.4.1. ROHS Yes .... .. .................. .. . ......... .... INSTALLATION SPECIFICATIONS ......... . 7,_ . ...... _-._._11.11..__--.__._._.._.._...... Maximum Allowed System Voltage 1000 ! Vdc ............ 4 - Compatible —inverters. All SolaiEclg.�.�in le Phase and Three Phase inverters 128 x 152 x 35 128 x 152 x 4 128 x 152 x 27.5 8/ Dimensions (W x L x H) mm/in 5 k S.97 x 1.085 x 5.97 x 1.37 5 x 5.97 x 1.89 . .. .... .................... Weight (including cables 770/1.7 9302.05 930/2.05 &r,/ Lb Input Connector ............... MC4 Compatible - ,Output Wire Type/ Connector Double Insulated; MC4 Compatible _ Output Wire Length0.95/.3.0 1.2/3.9 m/ft -40 =+85 -40 -+185 -F _qperati�.&J�mperature Rar�&�.., Protection Rating IP68 / NEMA6P Relative. Humidity. 0_,100 % .. .......... . .. ....... In Rated 5TC power of the module. Module of up to +5% power tolerance -allowed. .. ........ .. ............. ....... . ........... ............ ... PV SYSTEM: DESIGN USING A SOLAREDGE INVERTER(') SINGLE PHASE Minimum String Length (Power Optimizers) 8 . ..... ..... ..... Maximum String Length 25 (.Power Optimizers). Maximum Power per Strin'r, 5250 Parallel Strings offfifferent Lengths PT.Orientatio.ns te1It is not allowed to mix. P405 with 1>300/I`400/1`600/P700 in one string. THREE PHASE 208V THREE PHASE 480V . . .......... 10 18 25 .50 6000 12750 W Yes to ' (r(INkY00SIPb00il3S-lbkaAti� MAW0l 10)1 CIINNOSId$f1N+W'a'i$ N/4 a®I;tOA OU^tai IYtiNNP,9trifl=Esjd2t,;S;JA110AuiA1U074.Jtlj 131aA4;�p2JU9nu�AaL;tI y 9101@I.2 0NU 04101 1044(1) IJItlUI ill WWII pµ±140AUI 14l `OAVI P4 AOtti a�InVJiO;4D) i g414 Vt.., . Y)twOtR OX6JaPl0$ lAOlow mala GXuljOs 12401X011uu1810.i,- '... HViNIN .. @t;p4uO.l..... (t,jAl(JtllltlAC, UOI%jOA DOr+U7 ov-) 0,r 0) Q, % OGI'I` 01 fit' • iiJt'tytl.ibdw�� frulynJedr� Np"l1�' NlW Ziotj-, .. 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L6j a.Afi e ��i AIRMG M' q'15 i A.i ii�l5� f)O:1lIpIaJVi �� % .. ?� •• ' n!ulxZjN96 �liAl;lss a mj(Jt3�j kltipa.olocj Uk�riulacl lltital'purts>a� ' SoA - � Uutj3U18a�j isyjll?IC)�•6�.l3A�a� Jad ! �iT i jU6JJt'�'� Iln'.�.11�_l ;.+t3EIS JY.kfUj 'Xt3lN ape hon 010 TOE ?'uGI j AM' & s;'E f � �� ie L i AM � 5`Jt � ' S'd ; tUul.in� litdui' (plM IPA l AW 0 ©5F' l lobe q su f � +uiluA yttElUl RC1 °kti(+N :1pi1 OtJS U89'110A AlUj `xE (Aj t I �%. (JAjjWtFiiflkl(�'S'SFtj;lr?tUJd)atJV7J1 , AnOti O1 �. 00"fQ 1 M5!_ - s tJfJ[S fjattr fa�triUtl3Clwnculxotm .'5A , lndN ' CdA 'I•JIk3kIECl.tt(};j4jn1(ieifJiit) 1JiunA Uf3ii3a7&sJ,y h61115tltllsl (IUIJEiJIUk9I/V AI;(Ilf) ti + t � I;Icy'z lllf 151�`� . AMtJi Ee5 iii t AM t? i '�.� ! , AI#0Z fit I - tl5 ( 97� E I Mot (M 01' d'i;�. ; iU 3JJn;� jmajmcj 5110nud)wo., fel7l%V do E%W, r Ir,'YcjN 'uI�N< u;IAI Ast mnitAJ I ) I. � )• is OCA OR 00Z C I? {:s;`LBS-w6N,'Uj6NGS07jAA'Ifldil4�„1t/ [ j . Abid ?d �� i I . !' { Xt Vq-'kUbN-t UIIN'3.4NI0,1 indwc) -)V VA Ao? mm 00d$tiAgo? 01UdI3cJC ; oSCfr dt)(lt3 A.43M� C� uM*� ; 6r.6ti tiu i irtcl;n �.la w� �h `ueW VA. ) 000r i'. 00.0�5 (P 0966' �- oi. u9— h iilliiANAR07 _ _Dooe t intino �_6h=tio0biY5S Sh=HtlB00�flS I Bli=dbtigLHS mHOoom Sh-tlOdOCH igAlvoogris : &h•-voode3S I sn-voovtos / sn-v000pw / sd-voogos sn-V000e9s / Sn-VO00939 / snaVooOOS / sn-V00009 -80HOWV JOJ GNU , ,jelos gVION SJOIJOAUI BIBU1s to ' s.ol'ar =9" SolarEdge Single Phase. Inverters For North America. SE300OA-US / SE3800'A-US f SE500OA-US /-SE600.OA-US 1 SE760OA-US f SE1000OA-US /• SE1140.OA-US �.9 3�1 J ^.Y.f :. ): 'i .:.75 .... Pr;.. _.'.y4.t ,-.k-... Y+ia sly. ".y f Y lF. s;,• ,N" 4N{.k - y `i♦ t ?;'- *• 1C 'k—S.- � `—Ed e,s'enab:ledl s stems < .�ti i Y.r` � r , q ,, � ���3.b7 The best cho ay �, tg Y z K r 1 1,�s r r r ' 3}! ti9 T 1 ij. ✓ ,'4 pr t :'1" tJ:$:: !'l: v; t�'`r•.�'%'Y x ;, ��r Integrated arc,fauitprotection,far NE;C 2019: 69011 compliance � ti� ��nt� ; �1 �F, t-; wW t} , w �, F�k� � � ¢ �� i �t �r Rapid'shutdown for1NEC '3 Vin. �. �"�iL�('t� ,�11j{}.a)�i q '' .:,-•;,a- zLi'. ij.�;!^al rr ?!.. ..4.. +'. 1 � i t - ! -.'{➢ i; �`' >.G )Y�. ,��}}t°:. •4 f j�,�,tit v�t�rt6:... 7.; r. ,r ;F� � '3t f . t t i.S'.. tifJl, ✓>: i' 1{lis rR' 'Y: yJ 1fl�r t. t�Pz t...arc �. .)r`.1 �rf"t-Z41,'�; 1 + ftr.0 ,4 Is �y ,i:•. Superior efFic�ency {989%) r, 4 �y o- < v a t iii .x"* Pyr..;<� 1,x•,`.u�`�tr.lt�r;.4t„.1�, .J.. di�.;J ,�)f Ja �•Yt :�N, e �Y,{.ei.. ti rFY AJ1.�•..r 4n ,,f� S ` F r�:t 11 rr A-:L>.nttr-M1 J' ! �•L~s si rt �_.ry�f ;, l.i A ��4$n�ail;�I�ghtWelght ar�d easy to`;tnstall on provided bracket 1 f `; Y an {tig. r >� '} `° � s t tss: , a ' r ,� .` ,, i c $uiPt:in macluie-level man�tocing s d N yp t ff ,i b E ti Iniernet connect�onSthrougMet, h'et orriWireless, r :, . e' `Outdoor and indoor �nstaUation �; `a � � y Fixed uoita,eiir,verter, )DC/AC'�onversion only r }W. Pre assembled Safety Switch for faster; nista, apon Optiorsa[ re"verEue grade tleta, ANSI,C12 .... r..�V; i,il%tl-11': ••r ,�Y"^4i�:t*. l.. L. _..ri�F�'�`:�V�.l'I.!:i:'i' )1":is ._ .L,��.i'a r.. .. .l i`: ..11:�L..ftlr, --,Sola r - • • Single Phase'' inverters for North Amerka C . , SE3000A-US / SE3300A i)S / SE5000A-liS / SE6000A-US SE760OA-US / SE10000AAA] SE1140OA-US 1 SE3000A-US! SE3800A-U5 SESMA-US SE6000A-US j S£76WA-US j S£1000DA_US � SE1140OA-US 1 _ .—___—.-'---',----.--- OUTPUT � Nominal AC Power Output 3000 i 9980 @ 208V ? j 3800 5000 6000 .7600 i 10000 @240V 11400 i ..,,. I . ,.:. . VA Max- AC Power Output 3300 I 5400 @ 208V ' 10800 @ 208V 4150 6000 835Q i 12000 ? 5$SO@240V,.,...._...:. 10950-@240V,: VA AC Output Voltage Min: Nom: Max.(ti ( ..,,. ./. - ✓ 183 - 208 - 22.9 Vac _ .:. .. "'. _ AC Output Voltage Min: Nom: Max nI ✓ (.. ✓ : ✓ i ✓ ✓ I ✓ 211- 240 - 264 Vat i t .....,.,`....?.:..Hz. AC Frequency Mtn. NQm.,Max I 9....._................ .... .,5,3. _._ Output Current 12,5 Max. ContinuousOu utCurr 24@208V 48 @ 208V . ! 1625 32 47.5 .............e.,...e,^...._.,. ...._ A GFDI Threshold • . 1 .. -,....,...._...:.........:-..-.,._..,.......................,.. .... _._.... ... - A . ... ........................................,.....,. _,,. .__._................... .. Utility Monitoring tslandinProtection, Country Configurable Thresholds Yes . __--_•__ _.._._........_.....__ _ ___._.. _.._ ...__._..__.._. _....._.—_.._..__.._._.._...__.............. ...,..._..._... ......- _.....-__....._.._-__--..i._.__..�_....._...._......._.._._..._____.._.._..._.____...__......._._._.... Yes ........... '--.. INPUT......... .._.-•___•.___..__—._.__....__.._._.......... ....... .......__....'_........-... Maximum DC Power (STC} 4050 _.._..._----...._...:_..__._......._.........___.._...._.....-._.._..._.__.._.._......__....__..__.._.._._....._...._..........._—...._...__.'......_-__..�...._..... '..___._.._...... 5100 i 6750 ? 8100 1Q250 135Q0 _ 15350 ....... W g...................t......,..-:..._,..........................._.-.............- Transformer-fess, Un rounded Yes . ! .. ... ... . Max. input Voltage� S00W. Vdc Nom; DC In trt Vottage 325 �? 208V j 350 @ 240V j ` V Max. InputCurrenttri 9.5 16.5 @ 208V 1 i 33@2 V 1 1318 23 34.5' Adc - 240V..1. .. ...........!.... -.. ?-,305�240V...:.............. Max, Input Short Grcuit Current i 45... , ?.. ............... ..........., Adc Reverse-Polarity Protection i., .-............ .....:..... ........... .. .......... Yes.......,....... .... ...i............ Ground-Faun Isolation Detection 6Q0ka.SenSItivity • • Effi Maximum Inverter ciency............1......97,7.. ,.?.....98? .. ,....,9II3.,.........�:? ......,i.:.....yl'..... 98 f.......98...... ......... CEC Weighted Efficiency 97.5 ?... ...:......... 97 @ �08V : ' ' 97' @ 208V 98 97.5 i 97,5 i I 97,5 .......... ..t...98@2nOV .j ...`._....'......f,...._. .. 975�?24QV..i.,.._...,_.... ..i......._._. a a Power Consumption .._.._.-. _ `.. <25 _....... <__...__.._.—........._W .................._ ........ ..... ADDITIONAL FEATURES ........................................-_,...._.._........,... ........ .-.-............_....._........ .... __............ ........ ._....,_..._..........-......__._.....__.,.__..... _._.........._.._.;....._............._....._............._...........,_.... _._...._......__.....- Supported Communication Interfaces. PS485, RS232, Ethernet. 2:igpee (optional) .... .,-... _ ............. Revenue Grade Data, ANSI 012.1 Optionail') ................ . . Rapid Shutdown _ NEC 2014 690,12 i ___._._.._._......_...._...._....._-......................._...___.........,....._...__.............-...........__..........._I.._.._._._.._...__ Yes ........_............._..._._...._...._..,.... ... ............ _....__..._......_.............. ............ . STANDARD COMPLIANCE .......... ....._-....,.._........ ... ........ _..__...._........__._.._.._......._...........__.._....__.....__............. _...._....I....._._................_...._............... .............,....... Safety _...._._....._..._....._._..... ...... _...... ........ Ut174, UL16998, UE1998, CSA 22,2..............,. .._., ... Grid Connection Standards ? iEEE1547 .......... .......-. ........... .......:................. Emissions i _........_.--_:,....._,_...._._...._.._..............._........._............................................_.._.......... FCC partly class S _.............. _..............._._ .._.....-._....._....._,_.,...._..,....._..... ....... ........... _...._...... ...... .......... ......... _.._.._........_............. ....... ........_.............. ................. . . . iNISTALLAT'ION SPECIFICATIONS _........_............_............ _....,......._.......,.......-_ ._..-__. ...._,.._._._.._._......_....._.............--.._._._......._._..,..... _ ..... _..........................._......_..........__.—.............,...._........._._._........_....._._.......-,...__..._.-._,__ AC output conduct size /AWG range 3/4" minimum / ?6 C AWG ' 3/4" minimum 18-3 AWG , DC Input conduit size / W4 strings/ ! 3%4" minimum / 1-3 strings / 3/4" minimum/ 1-2 sMW—;' / _6-6 AWG ? AWG ran ...... . ],4-6 Dimensions with Safety Switch ! 30.5 x 12.5 x 10 5 30.5 x 12,5 x. 7,2 / 775 x 315 x 184 f ,•,.. .,..-.. .,.. ... ?,it31 x60,_. ..1...!'nm,._ ,(fixlNxD)„..................... ...............i...,.......: ...�..,.,....:.....,.........................,,...,..... Weight with Safety Switch ! 51.2 /23,2 54J / 24,7 ... 88 ,4 % d0,1 ..'i_ lb / kg lb ,.,. ,....., .. Natural ? i Cooling and latus! Convection and internal i Fans (user replaceable) t. 'fan (user i :,..... ..-,._......._ re aceabie} (. •-dBA.... ..-,.,................:................. Noise ..... . .... <'-S ESO...., ..i... ,-. _..........:........................... Min,-Max, Operating Temperature -13 to 4140 /-25 to +60 (-40 to +60 version avallabiei91) C itan..................................... ............................. ..................................................I.._.... .. „ .,..... ................ :............... NEMA 3R ................. ,......... ..._ .. ........ ........ .F . -... _. . N Fe, other M&nal seWn&s pie am contact SobtEdge wpport. tL A ham• current murex may be used; the Inverter will limit its input current to the values stated. , tn. Revenue grade inwrterP/N: SEhwwArUS00oNNR2 (For 76MW tnverter.SE7600A-USMNNR]1. Eft 40 w`rsioe P/N; SExxxxA-US000NNU4 (For 7600W tnverter•SE7WoA-USoo2NNU4). lj3• , , TABL'E,OF CONTENTS s TABLE OF CONTENTS 2 ' r •• THE COMPANY 3 SAFETY REGULATIONS 4 - MATERIALS REQUIRED 5 TOOLS REQUIRED 6 I BONDING AND GROUNDING 7 ASSEMBLY 8 r i APPENDIX 16 TERMS AND CONDITIONS 17 r" y it e � EN'GINEERING.STRENGTH IS AT OUR CORE 1 ori ,t.• �' With sophisticated product innovations and a deep customer focus, Everest Solar is the'enginearing leader for,all,your moun- ting system needs. We are the US division of K2 Systems, one . Europe's market leaders with more than.3 GWrinstalled. - , We offer`proven product solutions and innovative designs. Wind tunnel testing along with advanced structural and electrical - - validation that should facilitate permitting, design and installation. Our designs result in cost oompetitive racking systems. WA dedicated support that Will position you to win more projects. We partner with our customers and suppliers for the long-term. High quality matenals'and cutting edge designs provide a. du- rable, yet functional system. Our productlirie is comprised of a few, coordinated components fiat lower•the cost of materials, and'simplify installation, saving you time and money.,All backed by German (engineering, a long track record of quality, and a , companythat is hereto stay. Thank you for,choosing Everest Solar mountings systems for your Solar P,V, Project.: , [yLy : !i • - ! T r - : ' ' i` r 1. . •! - se f a < �- • i .: � '' ` � The Company.3 `r 1 18 GENERAL SAFETY INSTRUCTIONS Everest Sola Systems' General Assembly Instructions must be followed to maintain the exclusive, limited product warranty. You can access these instructions at. Everest Technical Info Page t •http://www.evere'st-solarsystems.com/us/downloads/technical'information.html or by contacting us directly. In general, the following applies: Systems should be installed by experienced contractors licensed and qualified to perform the work with professional workman- ship and cuality. Before installation, Contractor must`verify that the system meets all applicable laws, regulations, ordinances, and codes. Con- tractor shall verify that the roof or other structures to which the system is being attached are capable of carrying the system loads. •For`;information about the dead loads of the various system components, Contractor should review the Everest Technical information page at http://www.everest-solarsystems.com/us/downloads/technical-information.html' o� contactus directly , Contractor, is solely responsible for work safety and accident prevention regulations and corresponding standards and regulations of the applicable occupational safety and health agency are followed, including Safety clothing is worn such as safety helmets, work shoes, and gloves. ; WhereTrequired,,the contractor should use fall protection, scaffolding with arrestor equipment and other approved methods for worker safety ' a, Contractor ishalI verify that it is using the most current instructions by downloading the latest version from our website or contac- ting our office directly... Module manufacturer installation guides must be followed. Please use approved electrical bonding and grounding components that are required by the local or national codes and AHJ. �'A copy of these instructions must be on site, andread and understood by all workers during installation In the event our general installation and assembly instructions are not followed, or that not all system components and assem- blies are used according to these instructions, or that components are used which were not obtained from us, Everest Solar Systems is not liable for any resulting defects and damages, and the exclusive, limited warranty will be void. The exclusive, limited product warranty shall apply only if all instructions are strictly adhered to and the system is correctly installed. Everest Solar Systems disclaims any and all warranties, express or implied, including without limitation any warranties of merchantability and fitness for a particular purpose other than as set forth in the exclusive, limited warranty in the terms and conditions of sale, which can be viewed under on our website: http://www.everest-solarsystems.com/us/downloads/ technical-information.html; The dismantling of the system should be in reverse order of these assembly instru' tions. 4 ,__ ' _-� • • .. a !, . s Safety Regulations .:, 4118 Mounting; systems .fog solar technology ' �'• ": solarsystem XPressRail for Pitched Roof High quality, German e'nginee'ring i 1 >; t.. �; • , - UL 2703 Listed for bonding Fast, simple installation.' No drilling, no bonding jumpers ` Pre -assembled clamps with integrated bonding Robust bonding rail splices t Low part count UL 2703" LISTED COMPONENTS O , 'All components evaluated under UL 2703 and encompassed within Everest Solar System's UL 2703 Listing shown below usrm XPressRail 22 Bonding,Mid Clamp Set' �+■ Material: Aluminum , Material: stainless steel - 'Finish: silver, dark WEEB Lug 6.7 l Bonding End Clamp Set Material: Aluminum — " ,Material: stainless steel ' r Finish: silver, dark XPressLock Set; ; Optional Micro Inverter Mount ing,Kit- µ;, Material: Aluminium o �i t. a` ` a Material: stainless steel. _ i Hardware: Stainless steel - 'The inverter hardware kit is not intended to ieplace the micro inverter ground and has only been evaluated to attach to the rail. d + NON -UL LISTED COMPONENTS• ' Components in this section were not evaluated by U[ for bonding ' XPressClip Material: Glass fibre reinforced polyamid, EPDM M' r - + Self Japping Screw 6x 36 - Material: Stainless steel, jointing: EPDM, Wrench size: 8 mm • '• ' Alternative: Self -tapping moulded screw 6 x 38 - Material: Stainless Steel, EPDM, SW 8 ti AT A GLANCE:,OVERVIEW OF THE TOOLS' Everest Solar Systems are designed to make installation easy and fast. The basic tools required to assemble the parts are listed below as a guide. - Torque Wrench ► ! With attachment for HW 6 • Measuring Tape �nr _' , - Cordless Screwdriver u ' ` With attachment for HW 6 ' { w.,, , Tools and materials for the installation�of third party items such as roof attachment products, roof covering and sealing products or items used for bonding and grounding are not listed here. Please refer to the instructions of those third party products. A BONDING AND GROUNDING: Appropriate means of bonding and grounding are required by regulation. The information provided in this manual shall always be verified with local and'national building codes. Everest Solar Systems has obtained a UL 2703 system listing from Underwriter's Laboratories (UL). A sample bonding path diagram is shown in Figure 1 below. Your specific installation may vary, based upon site conditions and your . AHJ's requirements. Each electrical connection has been evaluated to a maximum fuse rating of 30A. At least one -ground lug must be used to ground 'all strings within each sub -array, although additional may be used for redundancy. When installed per these installation instructions, all connections meet the requirements of NEC 690.43. 't This racking system may be used to ground and/or mount a PV module complying with UL 1703 only when the specific module has been evaluated for grounding and/or mounting in compliance with the included instructions. Refer to Appendix on page 16 for a list of modules that have been tested. If the module manufacturer's UL 1703 Listing requires a higher clearance between the module and roof surface, the use of a Climber Set and additional CrossRail is required. An additional clearance of 1.88" (48mm) or 3.15" (80mm) can be obtained using CrossRail 48 or 80, respectively. t XPRESSRAIL,ASSEMBLY. STEP BY STEP In order to ensure safe and correct assembly of the system, please first read through all of the steps. For each step, the materials • ` required are listed. d General Instruction: If the trapezoidal roof is to be fastened with storm washers, do not bolt the XPressClips to the calottes! Alternatively, mount'all XPressClips staggered in this sequence on the trapezoidal roof. , The modules maynever be attached over the thermal expansion joint. • The product is petty -patent- protected and patent pending. M1 � N y"4 `■■ :,. moi- 1. � •.� �+��-��`` _ S� ; MOUNTi,XPRESSCLIPS Align XpressClips horizontally with each other using a chalk line, and mark the pcsition of the rail on the roof. Mount each XpressClip onto the high bead (minimum width of bead must be 0.90 inches). ThE K2 logo should point towards the roof ridge. The XPressClips are each fastened with two self -tapping hexagonal screws 6 x 36 mm with EPDM seal washers. ' No pre -drilling! — Except -in the'case of overlapping trapezoidal roof sheets, to avoid spaces. Thickness of steel trapezoidal sheet: min. 0.0239 inch, gauge 26 (assuming 52213 psi). Thickness of aluminium trapezoidal sheet: min 0.039 inch, gauge 18 (assuming 28282 psi). Tightening torque based on flush fit. Materials re uired: XPressClip, tapping screws with sealing washer See page 15(for instructions for special space -saving assembly, t Assembly of XPressRail System ' 81.18 5� PLACE XPRESSRA IL j Guide the XPressRail diagonally into the upper groove of the first two XPressClips attached on the. roof and push upward until they can go no further. Materials required: XPressFail } Lay XPressRail onto the supporting area of the XPressClips.. r ... and push into the lowL- groove. r Assembly of XPressRail System ._ I .91 18 li ' PLAN IN THERMAL EXPANSION The XPressRail must always be placed to support the clamping range approved by the module manufacturer. It is recommended that a physical gap for thermal expansion between adjoining rails be placed every 20 ft, with a maximum allowable distance not to exceed 27.6 ft. The gap should be 1.2 - 2 inches between rails. The modules may never be attached over the thermal expansion joint.. Materials required: XPressRail 11 • I LAW, . .i - - Assembly of XPressRail. System 10 1 1s - LOCK XPRESSRAIL IN PLACE WITH ADDITIONAL XPRESSCLIPS In the low beads, add XPressZlips onto the rail... Materials required: XPressClip • n ...push the XPressClip up ori'the rail... l� ...then slide the XPressClip Jown until the top groove of the XPressC- lip is engaged in the flange Df the rail... t. ...then slide the XPressClip;sideways on the rail •until it is positioned on the top bead of the'trapezoidal roof. s . Assembly of XPressRai1.System i t 11s I "-, FASTEN XPRESSCLIPS ' Attach each XPressClip with two self tapping screws 6 x 36 mm. The number of additional clips required depends on the wind and snow loads. Screw the self -tapping screws flush. Materials required: XPressClip, self tapping screws with sealing washer � F ADHERE TO CLIP SEQUENCE AND SPACING Insert every fourth clip with the K2 logo downward in order to prevent . the rail from shif_ing in the direction of the roof edge. Distance between clips is project specific, and should be calculated by a licensed P.E. The maximum distance between two clips shall not exceed the following: Roof edge area: 15.7 inch Roof middle area: 29.5 inch; for cross -bracing 19.6 inch In order to maintain structural integrity and water tightness, never attach two XPressClips at a top bead! For rail joints directly on a top bead: always fasten XPressClips to the respective closest top bead of the rails. Important! At the end of each rail, a XPressClip must be faste- ned to the last top bead! The cantilever of the rail must be no more than 9.8 inch. t Materials required: XPressClip, self tapping screws with sealing washer ASSEMBLY SPEEDLOCK The XPresslock Must always be mounted in the middle of the rail. First insert an M K2 slat nut level with a XPressClip and turn it clockwise by 90°. Screw the XPresslock over the XPressClip with the M K2 using an M8 x 20 countersunk head screw. Tightening torque 10.3 Ibf-ft (14 Nm). The XPressClip fastens the XPresslock and therefore the row of rails. Materials requirec: M K2, XPressLock, Hexagon socket countersunk head screw M8 x 20 Assembly of XPressRad System 12 1.18 J• 1 IMPORTANT INFORMATION 11 • These assembly instructions must also be followed for space -saving assembly (see page 15). ' Assembly of XPressRail System 13'118 • Use C. AB 771117 1 IMPORTANT INFORMATION 11 • These assembly instructions must also be followed for space -saving assembly (see page 15). ' Assembly of XPressRail System 13'118 OPTIONAL: ADDITIONAL MODULE CLEARANCE _ Steps 138 through.13C below should only be used if the module re- quires a higher roof clearance than XPressRail provides. Use CrossRail ` 48 to gain an additional 1.89" of clearance, and CrossRail 80 for 3.15" of additional' clearance.' OPTIONAL: ATTACH CROSSRAIL Attach CrossRail 48 or 80 using a Climber Set. Position the CrossRails accordingly, based upon your specific array layout and the module manufacturer's clamping locations. Torque the Climber Set to 11.8 Ib -ft (16 Nm). Materials required: Climber Set, CrossRail 48/80, , OPTIONAL: ATTACH PV MODULES - Layout your PV modules according to your site specific design. Always consult a licensed Professional Engineer for structural validity of your design Attach your PV module`s'sing'mid and end clamp sets, -r5 L following Steps 15 to'16. r . Important: Verify module manufacturers recommended torque �1 specification to ensure clamps are compatible. Materials required: PV Modules, Mid Clamps, End -Clamps - 1 IMPORTANT INFORMATION 11 • These assembly instructions must also be followed for space -saving assembly (see page 15). ' Assembly of XPressRail System 13'118 t rt ATTACH END CLAMPS Insert the MK2 slot nut of the pre -assembled end clamps into the top channel on XPressRail. While slightly lifting.the plastic tabs, rotate 90 degrees clockwise to engage the MK2 into the channel. Attach the end clamps to the module at the specified locations per the PV module manufacturer's installation instructions. Torque the M8 bolt to 10.3 Ib -ft. Never mount end clamps directly over a rail connector or at the end of the rail. Ensure a minimum gap of 1 " (20mm) exists from the end of the rail to the clamp. t Tightening torque 10.3 Ib -ft (14 Nm). Materials required: End Clamp Set • ATTACH MID CLAMPS Insert the MK2 slot nut of the pre -assembled mid clamps into the top channel on XPressRail. While slightly lifting the plastic tabs, rotate 90 degrees clockwise to engage the MK2 into the channel. Attach the mid clamps to the module at the specified locations per the PV module. manufacturer's installation instructions. Torque the M8 bolt to 10.3 Ib -ft. Important: Verify module manufacturers recommended torque specification to enrsure clamps are compatible. Materials required: Mid Clamp Set - SYSTEM GROUNDING XPressRail components are required to be electrically bonded to ground via Burndy's WEEB Lug 6.7 Assembly (Burndy P/N 781810537558) and the use of either #6 or #8 AWG solid copper wire. A minimum of one WEEB Lug 6.7 is required per each independent row of modules. To attach the WEEB Lug 8.0, drill a 1/4" clearance hole inside the chan- nel at the end of the rail. Assemble the WEEB-LUG-6.7 assembly and torque fasteners to 10 ft -lbs (13.5 N -m) using Penetrox-A on threads. Once the lug has been installed, a #6 or #8 AWG solid copper wire from a DC ground location external to the array must be inserted in the equipment ground conductor location on the lug. Torque the bolt to 7 Ib -ft (10 N -m). Materials required: Burndy WEEB-LUG-6.7, WEEB Lug Hardware Kit Assembly of, XPressRail System (' 14 118 rM 6 r IMPORTANT INSTRUCTIONS FOR ASSEMBLY ' ` r Slot nuts at splice locations are not allowed. , Never mount middle or end clamps directly onto the rail joint or rail end! (Distance: min. 1 inch (20mm) from end clamp) The modules may never be fixed over the thermal expansion joint." ALTERNATIVE SYSTEM ASSEMBLY _ 4 SPACE -SAVING ASSEMBLY ' You can offset every second row of rails to'save space when assembling the XPressRail. The space between the rails is the space required for mounting the XPressClips. The next rail is laid at the same height as the p '!� first. This assembly method reduces the distance between the modules at the end of the fail to 1..6 inches. Module edges should be aligned. ' The total length of a row of rails may not exceed 27.6 ft. r " RAILPROJECTION �t How far the rail projects depends on the width of the modules. It must - be at least 0.8 inch from the end clamp. - Please note that the clearance between two clips on a seam ,1 �+ must be a minimum of 0.4 inches. 16.118 APPENDIX Everest XPressRail system was tested with the SolarWorld, 4 • Sunmodule family of modules. `; • Plus SW 200 Mono • ` '- Plus SW 205 Mono i • `; Plus SW 210 Mono ' Plus SW 215 Mono Plus SW 220 Mono s Plus.SW 225 Mono Plus SW 230 Mono Plus SW 235 Mono . Plus SW 240 Mono } Plus SW•245 Mono Plus SW 250 Mono t Plus SW 255 Mono ' Plus SW 260 Mono Plus S\V65 Mono Plus SW,270 Mono U Plus SW 275 Mono r Plus SW 280 Mono' Plus SWC 285 Mono Plus SW 290 Mono , Plus SW1295 Mono : ' - Plus SW 300 Mono " Plus SW -200 Poly , Plus SW 205 Poly ' Plus SW Poly. - Plus SW.215 Poly r Plus SW220 Poly Plus SW -225 Poly , ' Plus SW,230 Poly Plus SW - 235 Poly Plus SW,240 Poly Plus SW245 Poly U Plus SW250 Poly Plus SW:255 Poly o t Plus s*260 Poly E . z ... >: 1.' r ` , Plus SW 265 Poly Plus SW,' 270 Poly - Plus SW,275 Poly Plus SW 280 Poly A -(all may be followed by "black") J .a.. � 1. .. _ _ / • � r - _ '- -•,� - 16.118 Mountio.g_systems fo;r solar technology ` solarsystem t �z Everest Solar Systems, LLC' K2 Systems International 3809 Ocean Ranch Blvd. World headquarters Suite 111 K2 Systems GmbH, Germany Oceanside, CA 92056 K2 Systems SARL, France i� Tel. +1.760.301.5300 K2 Systems SRL, Italy i info@everest'-solarsystems.com K2 Solar'Mounting Solutions Ltd:, UK www.eve,rest' solarsystems.com If , {+ _ •a Y nn Iy ms—ions XwmR,o use EZEs h• pd. k.). m Ea®mvCe pupvzsmy.5pee8retvam. {, tinea+�se.Mnwoea�n,�a..ae�.,.�wm - vidM ro E.e.aE Stls Sy.ryems toms atl miEnMm trhdnq • 1 , � • 3 she e.0u�h! ErtIttE weanry ui bM ilieMn. • , :ITEM- NO. DESCRIPTION 1,' r Xpress Rail 22, Mill 2 XPressClip, Trapezoidal Metal Roos 3 XPressClip Screw w/EPDM SW8 6x42mm ' 4 Comm End -Clamp Set.UL 2703; °S 5 Comm Mid -Clamp Set UL 2703, �•S 6 XPressLock Set, XR22 .. 1.' ` ' XPr=ssRail Technical Sheet US01;0916 CERTIFIGAT-E"OF CO`M`PLIANGE ! Certificate Number: 201,5-28=04 E467724I�,'� E467724=20104 Report Reference 5-28=- issue Date 2015-28=041 Issued to: EverestSolar Systems .. .. Ste .111 3809 Ocean Ranch Blvd Oceanside CA 92056 r This is to certify that `MOUNTING SYSTEMS, MOUWTI NG DEVICES; representative samples, of CLAMPING DEVICES AND; • � ff } r M 4906— Ounti`ng systems for solar techriolOgy solar system I a • M Vil lr, \\ \• ' EVEREST SOLAR SYSTEMS- XPRESSRAIL- SYSTEM'METAL ROOF SOLUTION , • • : XPressRail 22 Material: Aluminum - Module End Clamp Material: Aluminum p '. XPressClip Material: Glass fibre reinforced polyamid, EPDM Burndy WEEB Lug 6.7 Material: Aluminum Self -Tapping Screw 6x36 Burndy KMC WEEB CLIP Material: Stainless steel with EPDM Washer SW8 6 x 36 mm ' Material: Stainless steel Use with Everest Mid Clamps to bond modules M K2 Slot Nut With Clip f to the XpressRail Material: Stainless steel, Glass fibre reinforced polyamid 'XPressLock 1+ Set t ♦ • Material: Aluminum, Stainless steel L !' 't• \ Module Middle Clamp + •. ` Material: Aluminum + r . _ - •. Contractor is sol for work safe and acddent solely responsible safety prevention regulations and cones- ' , ponding standards and regulations of the applicable occupational safety and health agency are . _ f000wed. Please see full safety g6iMnes on the Everest Solar website at - _ - htwIv/ w.eve-Smarsysterns =W.ustdownloadsitedmin4infwmation.html. �I FASTEN XPRESSCLIPS Attach each XPressClip with two self tapping screws 6x 36 .� INSTALLATION.OF XPRESSRAIL SYSTEM: STEP BY STEP ,i - ` J ®MOUNT XPRESSCLIPS Align XpressClips horizontally with each other using a chalk '• ' 'Y t line, and mark the position of the rail on the roof. Mount �• '6`•'� 1 each XpressClip onto the high bead. Point the K2 logo up The from toward the roof ridge. minimum distance the roof edge must be 59 inches. The XPressClips are each fastened I` with two self -tapping hexagonal screws 6 x 36 mm with EPDM seal washers. ' - No pre -drilling! Except in the case of overlapping trapezoidal roof sheets, to avoid spaces. _ - Thickness of steel trapezoidal sheet: min. 0.0179 inch, gauge 26 (assuming 52213 psi) � Thickness of aluminum trapezoidal sheet: min 0.039 inch, gauge 18 (assuming 28282 psi) ' j Tightening torque based on flush fit 0 I Materials required: XPressClip, tapping screws with sealing washer t " ®PLACE XPRESSRAIL Guide the XPressRail diagonally into the upper groove of .. �ta r`L the first two XPressClips attached on the roof and push up- ward until they can go no further. - Lay XPressRail onto the supporting area of the XPress- Clips and push into the lower groove. Materials required: XPressRail L1 r CONSIDER THERMAL EXPANSION The XPressRail be built in must always the clamping range i approved by the module manufacturer. rm However, due to thermal expansion, we recommend that the rows be interrupted after 20 It they must be interrupted after a maximum of 27.6 ft (2x 13.8 it). The minimum spac- ing for thermal break is 1.2 - 2 inch between two rails. The modules may never be attached over the ther- mal expansion joint. - Materials required: XPressRail - . LOCK XPRESSRAIL IN PLACE WITH ADDITIONAL k XPRESSCLIPS In the low beads, add XPressClips onto the rail, push the XPressClip up on the rail. Then slide the XPressClip down w, until the tap groove of the XPressClpp isengaged in the flange of the rail and slide the XPressClip sideways on the rail until it is positioned on the top bead of the trapezoidal roof. Materials required: XPressClip p ?t ,A FASTEN XPRESSCLIPS Attach each XPressClip with two self tapping screws 6x 36 .� mm. The number of additional dips required depends on the wind and snow loads. screws Screw the self -tapping flush. l Materials required: XPressClip, self tapping screws with sealing washer �I I` • ADHERE TO CUP SEQUENCE AND SPACING Insert every fourth dip with the K2 logo facing downward to the roof edge in order to prevent the rail from shifting. The XPressRail System is s,mple and fast to install. Please contact us for further assistance: SERVICE -HOTLINE +1 760.301.5300 t • 1 Distances between two dips are project specific and can be calculated by our calculation software Everest Base: otherwise the maximum distance for. _ Roof edge area: 15.7 indh Roof middle area: 29.5 inch; forcross-bracing 19.6 inch In order not to compromise structural integrity, never attach two XPressOips to the same top bead! For rail joints d-oecUy on a top bead: always fasten XPress- Clips to the respective closest top bead of the rails. Importantl At the end of each rail, a XPressClip must be fastened to the last top beadl The cantilever of the rail must not be more than 9.8 inches. Materials required: XPressClip, self tapping screws with sealing washer INSTALL SPEEDLOCK The XPressLock must always be mounted in the middle of the rail. First insert an M K2 slot nut level with a XPress- Clip and turn it clockwise by 90". Screw the XPressLock over the XPressClip with the M K2 using an M8x20 counte sunk head screw. The XPressClip fastens the XPressLock and therefore the row of rails, j Tightening torque 10.3 Ibf-ft (14 Nm). Materials required: M K2, XPressLock, Hexagon socket countersunk head screw M8 x 20 . ATTACH MODULES First, insert the slot nut M K2 in the XPressRail and turn r 90o clockwise. If the end and middle damps are supplied / I as a set, please attach the whole set in the rail. Clamp the solar modules onto the rails according to the manufacturer's information. Tightening torque moment 10.3 Ibf-ft (14 Nm). Materials required: M K2 slot nuts• end clamps, Allen bolt M8, locking washer 58 r Each module at the end of a row is to be fastened with end damps and Allen bolts M8 and dot nuts. . Important instructions for assembly ' Slot nuts at butt joints of the rails must be avoided! Never mount middle or end damps directly onto the rail joint or rail end! (Distance: min. 0.8 inch from end 'damp) The modules may never be fixed over the thermal ex- pansion joint. Everest Solar Systems, LLC 3809 Ocean Ranch Blvd. Suite 111 Oceanside, CA'92056 Tel. +1.760.301.5300 info@everest-solarsysterhs.com www.everest-solarsystems.com THANK YOU FOR CHOOSING AN EVEREST SOLAR SYSTEMS MOUNTING SYSTEM. XPressRail System Quick Guide US4 - 0316 Product images are for illustrative purposes only. Specif'xations are subject to change without notice. All sales of our products shall be subject to Everest Solar Systems terms and conditions, including , the exclusive limited warranty set forth therein. Image sources: fotolia Carbon monoxide alarms required by Sections R315.1 and R315:2 shall be installed in the ; v following locations:. 1. Outside'of each separate dwelling unit sleeping area in the immediate vicinity of the bedcoom(s). 2. On every level of a dwelling unit 'including.basements. R31.5.1.5 Multiple -purpose alarms: Carbon, monoxide alarms combined with smoke alarms' t shall comply with Section R3�15,. all applicable standards, and requirements for listing and approval by the Office of the State Fire Marshal, for smoke alarms. Butte County's Interpretation of 2013 ,CRC, Sections 3144 315 for - Smoke Alarms & Carbon Monoxide Alarms: C Where alterations;.repairs or additions exceeding $1,000 in valuation, existing dwellings shall be retrofitted.with smoke alarms and Those that have attached' garages or.fuel-burning appliances shall have carbon monoxide alarms'installed: Existing smoke alarms canbereplaced with dual function alarms. for Smoke and Carbon Monoxide and inmost cases will comply with the aforementioned code requirements for Carbon Monoxide Alarms. DECLARATION OF INSTALLATION UNDER THE. PENALTY OF PERJURY ,As`Owner/Contractor,, Uwe.affirm�and declare under the penalty of perjury, under the laws of the State of California,, by -our signatures below as Owner/Contractor, that Uwe will comply prior to final inspection with Items 'A & B as specified herein: , A. Both Owner/Contractor have read and clearly. understand the aforementioned 2010 z California Residential Code (CRC) Carbon.Monoxide Alarm requirements. B., .Both Owner/Contractor are responsible for installing Carbon Monoxide Alarms prior to ;final .inspection'as per the aforementioned building code and maintaining such 4 installation. Smoke Alarms will also be installed prior to final inspection as per the 2010 i. `CRC.. Smoke and CarbQon /Monoxide alarms are now installed in the following locations: 1.1 /AA } - Owner's name (print): y21 ,� 3o// Owner's signature: Date: Contractor's name (print): �C4ilC� . EX�C'eG f s CSLB License: -15Zl n5 g.{ 513011 Contractor's sin" ature. Date: ProjectAddress: 3(61L ke ec R\A C1R• mo Cts . t Page 24 2 r