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Home My WebLink About1011 W 10th St - BuildingELECTRICAL PEST AND INSPECTION RECORD CITY OF PORT ANGELES 360 417 -4735 Application Number Application pin number Property Address ASSESSOR PARCEL NUMBER Application type description Subdivision Name Property Use Property Zoning Application valuation Owner Kurt Jafay 1011 w 10 th st PORT ANGELES Permit Additional desc Permit pin number Permit Fee Issue Date Expiration Date Fee summary Permit Fee Total Plan Check Total Grand Total WA 98362 124107 64 00 4/04/08 10/01/08 08 00000405 649885 1011 W 10TH ST 06 30 00 0 3 0190 0000 ELECTRICAL ONLY COMMERCIAL NEIGHBORHOOD 0 64 00 64 00 00 00 64 00 64 00 Contractor SIMPSON ELECTRIC 243036 W HWY 101 PORT ANGELES (360) 457 9270 ELECTRICAL ALTER RESIDENTIAL Plan Check Fee Valuation Qty Unit Charge Per 1 00 64 0000 ECH EL R OR RM 0 200 ALT SRV FDR Charged Paid Credited 00 00 00 Date 4/04/08 WA 98363 00 0 Extension 64 00 Due 00 00 00 SPECTION ELECTRICAL TYPE DATE. RESULTS INSPECTOR DITCH SERVICE ROUGH IN FINAL COMMENTS: loo 1 1451 ie-e= �i ,E)11/41. U,+- i /rti_p c �s5 NWP 6-gbu r-c,P 12017 s oh�Lt� 047'02/2008 23:20 4579270 SIMPSON ELECTRIC PAGE Ell 06-0 s-- . ELECTRICAL WORK PERMIT APPLICATION JIJ/} ",/red ", )'El.etrteal Contr._ 0 Oml... ElllornC.' COl\trJ,ctm QmC ~ numbur Del:lel &~ S;iY\f)Se-vr r:;;...J-ec.ffe/C 57lf7P.f;;::L 97:fR () pun:haoif. m.lIinn~' 0 ~1l~1'1 /)n. ~;(J;;~r. 9~3!o~ . Telcph~ne nUDltter FAX numbel' In'tell,UOWl daeription lJ C.......rd.. )IS. Ites.klmtlol lJN... ~A_n / ~ ~ \f sitF A.4Idre.. 0' ItI'pec~~n J ~ /0/) vv- ) (/ CI.y Pod- J!NJe/es P.one aumbet' I. lt~ed.1e J' !Oil' OWIJrr lJJ defl"H by R.CW.I9.18.1dJ..(/) Ow".,. ",ill ocr..,' 11l~ '~frlr fWc) ymn tffkr ,lib elecrrlcal prtrtrll/ IR fillOlind. (2) OtMt~r i$ ~ If,.Mre tIfI eJ~oa' COfUra,*", if dhow mkl prOPt!#1)' II jM~. ~ or 11!A.~. Aft" """IDa .... .- __ I hoI<by CClItiIY "'AI I '"' tbe ....,,, .r lit. ob.~. named propaty or I UcfrJaod elecaieal contf8l::!ur. , """ makWta the ck:ctrScltl inscal.. IllitNl or Iltcnttoa il' COfttpliAncr wllh tllll electricAl IQ*_. N.I3..C.. RCW. CMp1er 19.28, WAC. Chspttt ~96-44B. The o( Port AnlClc!;: Mnkipal Code, .n<l UlUily Spe dnn&. el,DD'. . OWA"'... .~rt r..e~r or IlulrlcA. ....ta..ir.tltt v Date: '/3-o:? f'T"",!-t :/~ "S, 'l7 ~ \J \ LlZ.- , o Cash 0 Cbflck # C1CrmitCllrd ~~ Di_ . . Cw#__~ ~____~_~__ o::J - Expil'lllion Dote of cerd lJ NO LOAD CtlANGES o _bOard _ KW OF........ _ KW lJ OWItIl.Od Sorvl.o o - Pump __ Ton _ U\R IJ Tomp SeIVfce o Fan-Wa/l _ KW 0 Und"'llI'OW1d S.NIce SAME DAY INSPECTION. CALL BEFORE 7:00 AM 360-.417-4735 VOIIlllIG _010' llenItlmSlz.:_ ,,-, SR.: ROUC~ r 'l'llERMOSTAT SERVICE I I #~ - _Or ... ~IBy ~FINAL~ DI'l"CH r I')!;UJU( I Or .... -"""" "- ..., .~ 1nspetlion Aro., Building or Ii4lllipment Inll}>eCllld EIClotrio.l DAICI AettDII T.ken Inspector . ... -- -- J i ~ '" Iii '" .J ~ '3 ( i : . ~ ~ I.. ~ l .. ~ ~ '" ~ ~ "~. ~ ~ "< ~ \.. ~ <<.. " ]~ . ~ ~ ~ ~ ~ ~ \. ~ .. Q() ~ 1- \, \.. ~ ~ ~ ~. ~ It ~'. ~. ~cl\t \" ~ ~ ~ i ~ k ~l ~o1! "( \i;.... ~':l. I., "3 ~ ~ .2 "::>., i .J ~ i < 1 !'o l~l1 i ~ IH ~ ~ ). ~ "< ~ r . 18- r '-. .. "', " [!8;.- ~~- rw.- .. I ~. M r' . r .- lit .'-- it r ," liD . ~ . , iit r.,,... '-' " .-- [. .'. !iI) I"~ ~- . . [,.~ !ill ~ I. I' . [III) . ~ .,.. .. Ii .- .- lit ~- &I) ~' . ~. . iii F' , II it f . . ii- lie 235C Part 2: Safety Rules for Overhead Lines 235C2a(1 ) C. Vertical clearance between line conductors All line wires, conductors, and cables located at different levels on the same supporting structure shall have vertical clearances not less than the following: 1. Basic clearance for conductors of same or different circuits a. Between supply lines of the same or different circuits The clearance requirements given in Table 235-5 shall apply to supply line wires, conductors, or cahles' of 0 to 50 'kVattached to supports, No value is specified for clearances between conductors of the same 'Circuit ex'ceeding' 50 kV, between cables meeting Rule 230C3 and neutral conductors meeting Rule 230EI of the same utility, or between ungrounded open supply conductors 0 to 50 kV of the same phase and circuit of the same utility. b. Between supply lines and communication lines The clearance requirements given in Table 235-5 shall apply, c. Between communication lines located in the communication space The clearance and spacing requirements of Rule 235H shall apply to communication lines located in the communication space. d. Between communication lines located in the supply space The clearance requirements of Table 235-5 shall apply to communication lines located in the supply space, EXCEPTION 1: Line wires, conductors, or cables on vertical racks or separate brackets placed vertically and meeting the requirements of Rule 235G ~ay have spacings as specified in that rule. EXCEPTION 2: Where communication service drops cross under supply conductors on a common crossing structure, the clearance between. the communication conductor and an effectively grounded supply conductor may be reduced to ~l'OO.mm (4 in) provided the clearance betv.'een the communication conductor and supply conductors not effectively grounded meets the requirements of Rule 235C as appropriate. EXCEPTION 3: Supply service drops of 0 to 750 V running above and oarallel to communication service drops may have a clearance of not less than '300.mm.(12 in) at any point in the span including the point of their attachment to the building or structure being served provided that the nongrounded conductors are insulated and that the clearance as otherwise required by this rule is maintained between the two service drops allhe pole. EXCEPTION 4: This rule does not apply to conductors of the same circuit meeting Rule 2300. 2. Additional clearances Greater clearances than those required (by Rule 235C I) and given in Table 235-5 shall be provided under the following conditions. The increases are cumulative where more than one is applicable, a. Voltage related clearances (l) For voltages between 50 and 814 kV, the clearance betwccn line wires, conductors, or cables of different circuits shall be increased-tB-mm.(OA in) per kilovolt in excess of 50 kY. EXCEPTION: For voltages to ground exceeding 98 kV ac or 139 kV dc, clearances less than those required above are permitted for systems with known switching-surge factors. (See Rule 235C3.) EXAMPLES: Calculations of clearances required by Rule 235C2a for a 69.7 kV maximum operating voltage phase-to-ground conductor above a 7.2 kV phase-to- ground conductor, assuming conductors are 1800 out of phase. Rule 253C2a: Clearance required at support Copyright@2006 IEEE. All rights reserved. 137 ou UY!:KMI:ALJ L1Nt:i Rule 235F 12.4717.2 kV, 30. 4W distribution line ieclively grounded lUtral (230El) ommunication cable cated in the supply lace per Rule 224A2a or Jle 23QF1a or 230F~b. ommunicalions (Cable v) located in the lmmunication space Not less than 12" al the specified conductor temperature and loading conditions per Exception 1 of Rule 235C2b(1 }(a). ommunicalions elephone) located in e communication space Not less than 30" of vertical clearance between the communication cable in the supply space meeting rule 230Flb and the communication cable in the communication space per NESC Table 235-5, Footnotes 5, 9, and 10. Footnote 5 does nol reference rules 224A2a or 230Fl a bullhese rules permit treating the communication cable in the supply space as a 230E1 neutral if the communication messenger is effectively grounded. Bonding per Rule 092Cl is required to use the 30~ and 12" clearance on 224A2a and 230F1 a cables. Fig. 235-12. Example of vertical c1earanr.fl betwefln ioint IIse (supply [md communir.ation) conductors (Rule 235C). lIed an alley arm. The rules related to clearance between supply circuits of fferent voltages on the same support arm are outlined in Fig. 235-16. :SG. Conductor Spacing: Vertical Racks. Reduced vertical clearance 'tween conductors is permitted when vertical racks are used. The rules for nductor spacing on vertical racks are outlined in Fig. 235.17. SH. Clearance and Spacing between Communication Conductors, Cables, Id Equipment. Rule 235H1 addresses the clearance and spacing between mmunication cables. The rule does not state if the clearance and spacing val- s are vertical, horizontal, or radial. . Typically, communication cables are --'-",' ""O;:;~-'" ~,.., . , r(ftf, ','l .....'.;o:;'.:;f f':'~'>~;i ~:f-F,J'''d ,,<,. "-,,'<. ~ ~~'J('-.! ;i14_<~.-":b'1 !;li..;t...' <) . . '\1 Rule 235H CLEARANCES 231 (Effectively grounded neutral Required vertical clearance between phase conductor and communication cable must be maintained. . D- Exception 2: Vertical clearance for a communication service drop crossing under an effectively grounded neutral may be not less than 4". Neutral Exception 3: Supply service conductors of 0-750V running above and parallel to the communications service drop may have clearance anywhere in the span including the building attachment of not less than 12~ to the communication conductor provided the phase conductors of the service drop are insulated and the required clearance is maintained at the pole. Required clearance must be maintained at the pole rO-750V Supply ~ See Photo L Communication Fig. 235-13. Exceptions tovertical clearance requirements for jllint use construction (Rule 235(1),