20165066 - Permit (2) - Laserfiche WebLink

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U No. s-ubmit completed wothsheet Jot rcof structure WKSI (l!b = heary masonry. slate. etc. .) 2 Ooes rhe roof have a single roof coveringz Eves E no Y No, submit completed worhsheet Jor rooJ stn)cture WKSI I Provide merhod and rype of wealherproohng roof penerrations (e.g flashing, callk)flashing M ottnting Sy stefl ryorrrution: I Is the mounting srructure an engineered product designed to mount PV nlodules with no nlore than an l8' gap benearh rhe module frames? Eyes fltlo II No, proid,e detaib oJ structurql attachment certijed by a design prolessional. 2. For manufactured mounting systems. hll oul information on the mounting svstem below: a. Mounting Svstern p13nu6oa,r,", EcoFasten Producr \ame and MoLlcl+ Rock it b TJral weishr of Pv Modules 3n6 3211q 712.4 lbs c. Total Number of Attachmenr Poinrs22 d Weight per Arrachmenr Pornr (b + cl 32.4 bs (if grearer lhan 45 lbs, see WKS I ) Maximum Spacing Between Attachment Points on a Rail 48 inches (see product manual tor nraxinrum spacing allowed based on maxrmunl design wind speed) Total Surface Area of PV Modules (square Feet)246.5f g fr' Disrribured Weighr of PV Modr e on Rool (b - f)2.9 r'r :_ If distributed weight oJ the Pv system is greater than 5 lbs/fp. see wKSl . Step 2 Electrical Reuie,, o[ PV System (Calcrlatrons lor Electrical Diagram) In order for a Pv system to be considered for an expedited permit process, the following must apply: I PV modules. utrlir),-'interacrive inverters, and combiner boxes are idenrifred tor usc in PV sysrems. 2 The PV arrav rs corrposed of 4 series srnngs or less per inverrer J The total inverter capacity has a conrinuous ac po\,!er output 15.440 Watts or less 4 The ac rnrerconnecrion pornr is on rhe load side of senice disconnecring means (690 64rB)) 5 One of rhe srandard elecrrrcal diagrams (El I.El.la.El.lb.orEl Icl can be used ro accurarel\.represenr rhe PV s!srem lntcracrive Pf)F diagrams are avallable ar rvuu solarahcs,)rgipermrrfing ,r)rrrit)t,irr,-Li:.. frr1.rri. ) .tit.'r.u.Ui\'a drrlqr,?))l !..rrh .lprl"Oirrt,it,.,.lpa.ii/ 2 t\ t'tntlt I, l'tllr.i,I ('1.()( [\\ t( )tr l'\ \\\It\t-. EXPEDITED PERNIIT PROCEJ5 FOR SNTALL.SCALE PV S\'\TEIUTS STANDARD STRING S\.5TEI.t The inlormarion in rhis grideline is intended Io help loca I jurisdicrions an(l conrra(:mrs idenlily when PV sylirem insrallations are simple, needrng only a basic revieu and when an installaron is nrore complex. Ir ls llkely that 50 % -75 % of all resldential sysrems will comply with these simple crireria. For projec6 rhat fail to meer rhe simple criteria. resolurion steps have been suggested to provide as a path to permir approval. Required. tnfonnatiott for Permit : I Site plan showing locarion of major components on the properry This drawing need no[ be exacdy co scale. but ir should represent relative location of components at site (see supplied example site plan). Pv arrays on dwellings with a l' perimeter space ar ndge and sides may nor need separate f,re servrce review 2 Elecrrical diagram showing PV array confrgurarion, wiring sysrem, overcurrent prorecrion, inverret disconnecrs, requrred signs. and ac connection ro buildrng (see supplied sEndard electrical dragram) 3. Speci6carion sheets and installation manuals (if available) for all nranufactured conrponenrs including, but nor Iimlted ao, PV modules, inverLer(s), combiner box, disconnecrs, and mounnng sysrem. Step 1 Structural Review of PV Array Mounting System ls the array to be mounted on a defrned, permitted mof structure? Eyu. Eno U No due to non-complrunr ro<tJ or a ground mount, sLtbmtt complete.l worhshe?r Jor the sftucture wXSl. R@I Infonnation: I Is thr roohn( rvpe liQlrrweight (Yes = corrtrusition. liqhtweiql[ nrasorrrv, nrrral, Frc . )comp shingle