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20170711 - Permit (4)
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20170711 - Permit (4)
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Last modified
11/29/2022 2:47:53 PM
Creation date
11/29/2022 2:47:51 PM
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Permit
Permit Number
20170711
Full Address
1925 E Kemper Ave
Permit ID
262833
Master ID Number
2020-157499
Project Name
Miscellaneous Counter1 Permit
Street Number
001925
Street Direction
E
Street Name
Kemper
Street Suffix
Ave
Building Use Code
Resid-1 unit
Job Types
Solar
Permit Type
Electrical
Applied Date
1/31/2020
Issued Date
1/31/2020
Finalized Date
2/18/2020
Flood Zone
X-0602320164J
Description of Work
Solar fees paid on #101103007. Service Meter upgrade. Handout given.
Nature of Work
Solar/service meter
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EXPI-.DITED I'ERMIT PROCESS FOR SMALL.SCALE PV SYSTEMS <br />STANDARD STRINC SYSTEM <br />The information in this guideline is intended ro help local jurisdictions and contractors identify when PV system installations <br />are simple, needing only a basic review and when an insEllation is more complex. It is Iikely that 50%-75% of all residential <br />systems will comply with these simple criteria. For projects rhar fail ro meet the simple criteria, resolution steps have been <br />suggested to provide as a path ro permit approval. <br />Reqdred InJormation for Permit: <br />l. Site plan showing location of major components on the property. This drawing need not be exactly to scale, but it <br />should represent relative location of components at site (see supplied example site plan) Pv arrays on dwellings <br />with a 3 perimeter space at ridge and sides may not need separate hre service review <br />2. Electrical diagram showing PV array conhguration. wiring system, overcurrent protecuon, rnverter, disconnects, <br />required signs. and ac connection to building (see supplied standard electrical diagram). <br />3 Specification sheers and insrallation manuals (if available) for all manufactured components including. but nol <br />limited to, PV modules. inverter(s), combiner box, disconnects. and mounting system. <br />Step 1 Structural Review o[ PV Array Mounting System <br />Is the array to be mounted on a defrned, permitted roof structure? <br />U No due to non-compltant rooJ or o ground mount. submit completed wotksheet Jor the slructure wKSl <br />RooJ lnJormation: <br />l. ls rhe roohng type Iightweight (Yes = composition, lightweight masonry. metal. etc . ) <br />Yes E no <br />COMP SHINGLE <br />If No, submit completed worhsheet lor rooJ structure wl(St (No = heavy masonry, slate, etc. ..) <br />2. Does the rooF have a single roof coveringz Eyes E r'lo <br />IJ No, submit completed worksheet lor roof structure WNSI. <br />3. Provide melhod and type oI weatherproohng roof penetrations (e.g. nashing, caulk)FLASHING AND CAULK <br />M oun t in g Sy st ern I nformat i otl <br />I Is the mounting structure an <br />beneath the module frames? <br />en <br />Yes <br />ineered product designed ro mounr PV modules with no more than an l8'gap <br />No <br />IJ No, provide detaik of stl.ucni/al attachmefi certijed by a design professional. <br />2. For manufacrured mounting syslems, nll out information on lhe mounting system below <br />a Mounrnp svsrem Manufacturer QUIGKMOUNT pro6ral Name and Mode 19 EVERFLASH <br />hr ol PV Modules 3n6 g;15 '1470 48 bs <br />.66 <br />b. Total Weig <br />c Toral Number of Arrachment Point <br />d. werghr per Arrachmenr p6;61 16 - 61 22 28 lbs (if greater rhan 45 lbs. see wKS I ) <br />e N4aximum Spacing Be rween Arrachmenl Points on a Rail 72 nches (see product manual lor <br />maximum spacing allowed based on maximum design wind speed) <br />Toml Surface Area of PV N4odules (square feet)584.43 ft <br />Disrribured Weighr ol PV Module on Roof (b + 0 2.47 lbs/ftr <br />If distributed weight of the Pv system is greater than 5 lbsfC, see wKSl . <br />Step 2: Electrical Review o[ PV System (Calculations lor Electrical Diagram) <br />In order for a Pv s)rstem to be consider€d for an expedited permit process, the following must apply: <br />L PV modules. utility-inreractive inverters. and combiner boxes are identihed for use in PV syslems. <br />2. The PV array is composed of 4 series strings or less per inverter. <br />3. The total invener capacity has a continuous ac power output 13.440 watts or less <br />4. The ac inrerconnecrion point is on rhe load side of service disconnecting means (690.64(B)). <br />5. One ofthe srandard electrical diagrams (El.l. El.la, El.lb, or El .1c) can be used to accurately represent the PV <br />system. Interactive PDF diagrams are available al www.solarabcs.org/pertnitting <br />Fill oltt the stondard electrical diagrant cotnpleteU, A guide to the elecn'ical diagronl is llt ovided to help the a )licotlt <br />cot?lnlunicate, pt oyide an qlternative diagram with appropriate detail. <br />2 Exl,ll)trrD PlRr"rr PRoclss roR l'v Sysrtlls <br />I
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