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PERMIT 607 Aspen Ave Deck 2019-08-20
flTflflIPI 11 La’IltII,t,IDel V Eel)P -“‘-‘2-elvedUë _________ •uwn vi cstes dIft PermitNumber,D (if I elvedBy AUG 202019 RC Application /Building Permit / Dvlslon of Building Saf ty 170 MacGregor Avenue P.O.Box 1200 Estes Park,Co 80517 Application Expires ç,j.;/1’,)( I General Info nation (970)577-3726 •FAX (970)586-0249 www.estes.org / REVER5IDdEFQRE.PROCEEBlN’Permit Expires •‘DI 2C1 2!, Job Address:n 7 4 5/4-”4v—c_-Vacation Home?,’No C Yes #Bedrooms_____ Lot:—Block:__Subdivision: _______________________________________________ Parcel It:______________________________ OwnerName:Phone:70.356 J34i Address:6,o7 4zj..&s-*4y.c &sbes park cc (Street)(City)(State)(Zip Code) contractor:Cans #r.e 4’on L.LC Town LiCense It:/33 Phone:9 o ‘5663 n Address:3riz 4rapaLe.c 2?,’-For?(of/,nS Co gasal (Street)(City)(State)(Zip Code) Email Address(REQUIRED):J04”J-t_S1-ti$&e n’to.J/-CSt.ti The Following Applies to New Work Only —Complete all that apply U New Building El Alteration U Addition Master Plan# Building Use(s):El Owner /Residence LI B &B LI Short-term Rental —Less than 30 days. Existing use:Proposed use:;It of New Dwellings: _______ ;It of New Kitchens: Sewer:El Estes Park Sanitation El Upper Thompson Sanitation LI Private Septic —Requires Applicant to first go to the Health Department. Numbing Involved:El No El Yes —State and Town Licenses Required Fixtures:LI Add El Relocate El Replace LI Demolish Water Service:LI Existing El New -It of Meters: _________ .Meter Size: _______ inches Electric Involved El No LI Yes —State &Town License Required.State Permit and Inspection Required.Phase ___________ Volts _____________ Service:El Existing LI New:El Overhead El underground;#of Meters:;Meter Size: _______ amps;Temp Meter:LI No LI Yes TYPe of Heat:El Gas El Furnace Fuel Gas Involved:El No LI Yes —Qualifications and System Sizing Required. El Electric LI Boiler Type:LI Natural Gas LI LPG It of Gas Appliances /Outlets: Building Height:if Floors Basement (sf)1’Floor (sf)2 Floor (sf)Garage /Carport (sf)Porch w/Roof Deck w/o Roof Existing Grade Fin ___________ Fin ____________ Fin ____________ Attached _________ (sf)(sf) Ft.#Bdrrn Unfin unfin unfin Detached Job Description ITotal Valuations (Labor &Materials)&;uJ Ale...)/(o’c/V 7.20k Is //,4co.co I certifythis application Is true and correct and agree to perform the work described according to plans/specifications submitted,reviewed and approved,and comply with local ordinances,state and federal laws as well as building codes.I certify that I have the property owners authority and permission to apply for this permit.Additionally,I UNDERSTAND THAT I AM RESPONSIBLE FOR ANY FEES OR EXPENSES INCURRED FOR PLAN REVIEW,PERMITS,INSPECTIONS AND OThER FEES ASSOCIATED WITH THIS APPLICATION. contractor C Owner C Owner’s Agent C Tenant ___ -I, Office Use Only Job Description: Dept.Approved Disapproved Fees ApplIcable Code(s):Registered VH Registered LVH?7ñf:-(Qs ‘Water It Bedrooms/Occ.Load Floor Load:Elevation ft./Roof Load/Pg Light &Power_..._—40 psI (gO Planning Variances:F Building b2,OdI.2.z0 N\11c Plan Review çç5’,4 1O4:1n2— Front \ide Rear Rivel County Tax ‘ Setbacks ‘/ I I C.)cert.of Occupancy Zoning Lot SIze Hazards:Wildfire FIoo4 Fire Permit Firelm a frC ç 3S7 9’ tfl&Date —/2./i 9 Print Name a.n.t.s &)cs k-tiSigna Town of Estes Park SANITATION DISTRICTS Li Upper Thompson Sanitation DistrictEstesParkSanitation4 Li New Construction Li Adding or Vacating Plumbing Fixtures Li Adding Square Footage to Existing Building Footprint Li Sand/Oil Interceptor /Grease Trap - Approved Date 2.LAIUMER COUNlY HEAi;i’II DEPARTMENT Li Commercial Food /Drink Preparation Li Alcohol Sales (On Premise) Li Day Care (6 Or More Children Under Age IS) Li Septic System Peititi t Nil nbc,.Z[LtJ1 Approved Date 3.STATE ELECTRICAL BOAR1) Li New Constr:tcticn with Electrical Li Addition I Remodel with Electrica! 4.sTAFF ENGINEER Li Water Well 5.STATE DEPA RTMENT OF’REVENUE Li Tax Exempt [RECEWED Rcceii’cd Recevcd1iyL_Application for Building Permit Departniettt altitilding Safety 170 MacGregor Avenue P.O.Box 1200 Estes Park,CO 80517&enciijttiiroriation (970)577_373f*Inspection Line (970)577-3731 *FAX (970)586-0249 Job Address:7zq-A&ppr-A1e I ,nt:131oth:9—S ubd ivisioti: Owner Address:()c .-f (Street) Lot Size:•2-3 sf/ac Cs\ec __.Parcel#:A[3c3 \Qo I Phone:i4o’3Sj0 —3343 )(L (City) ContractotfAPPlicaflt:_CH (d -iç”h”Lit-Town License I/:33 Phone:(N c;)_/4 (;\\c (Snie)(Zip Code) (City)(State) Approval on non Town entities is the responsibility of the penn it applica ti C Please obtain the appropriate approval(s)ofthefollowingauthorities,as advised/highlighted by (lie Building Official.Each authority will have its own requirements,policies a id p roceil it res and fees w’h ic It a ic distinct and sep a late from M it ii iei pal req ni rein cit ts and fees.Permits will hotbeisstiedpriortoobtainingrequitedapprovals (Zip Code) COMMENTS:j)14-cW—s ifLIiIA?)±tI.t COMMENTS:______________ Reind 3)12104 L __ _ _ _ _ _ _ _ _ _ _ _ _ _ -_ _ _ - - ,. - - 5. g l / ” (V j . F . ) NO T E S : FO U N D A T I O N PL A N SC A L E ; 1/ 4 = 1- 0 ’ • VE R I F Y FO O T I N G DE P T H ME E T S or EX C E E D S LO C A L CO D E S FO R FR O S T . EN G I N E E R CA L C U L A T E S MI N I M U M DE I ’ T H • 3W • VE R I F Y MI N I M V M SO I L BE A R I N G 15 0 0 PS F • AL L F( X ) T I N G S S H A L L BE NE W CO N S T R U C T 1 O N ( U N O ) . ç • ST A I R S OP T i O N A L ST A I R S SH A L L HA V E A CL E A R AR E A LA N D I N G AT BO T T O M AS WI D E AS TH E ST A I R & 36 ’ MI N . IN DI R E C T I O N OF TR A V E L a Da n i c I C. Sm i t h , PE Co n s t I t t n g En g i n e v s 13 2 ) 7 Mc I v, n Ar n o l d na d Ra I c : g I ’ . NC 27 6 1 3 P. 91 9 14 4 . 6 0 5 0 r. F 57 7 14 1 . 6 0 5 1 1 F. : de c k i ’ . . d u r . s r n i t s p c . c o n i RE S I D E N T I A L AH A C H E D DE C K I Lt D C ><U AP P R O V E D by SA F E b u i l t ; 20 1 5 In t e r n a t i o n a l Co d e s Su i b j e c t to in s p e c t i o n an d co n i p i l a n c e to al l Re l e v a n t , ad o p t e d Bu i l d i n g S. Mu n i c i p a l Co d e s 09 / 2 0 / 2 0 1 9 :E 1 E W E D v Ba r r y Kr a m e r .O N S T R ’ J C T O N TY P E __ _ _ _ _ _ _ _ _ _ _ CU P C Y CL A S S I F i C A T I D N PR I N K L E q E D EX I S T I N G ST R U C T U R E ES :L 9- 0 ’ OU T L I N E OF DE C K AB O V E a c ‘S i s’ ) — — — —, ‘9 ‘0 tt —4 U z C 12 ) (I D Ct .2 (‘ 3 cI ) (I D CO D E S , DE S I G N LO A D S , BA S I C WI N D . AN D SN O W LO A D : O: 20 1 5 IN T E R N A T I O N A L RE S I D E N T I A L CO D E . MI N I M U M DE S I G N LO A D S FO R BU I L D I N G S AN D OT H E R L ST R U C T U R E S , AS C E 7- 0 5 (U N L E S S AS C E 7- 1 0 SP E C I F i E D PE R CO D ? , ) LI V E LO A D : 40 PS F DE A D LO A D : 10 PS F OL — L L 50 P 5 F ‘1 C’ (S OC S P E : 19 . 0 - 0 1 0 1 Dr a w n By : TR W / K S W Re v i s , on I li s t o r y . .‘ S 75 4 1 C ! N ’ \ ’ ‘1 3 nA T e t, ‘i L X ) t V .5 BA 5 I C WI N D SP E E D : SN O W LO A D (g I : 18 5 M P H A 60 PS F Fo r Co n s t r i c t i o n — No t fo r Co n s t r u c l i o n Sh e e t s- I , RE V J S E D of l6 j GU A R D R A I L PO S T - SE E SH E E T cT - i , T- 7 o , or T- 7 c ) AN D PI C K E T SH E F E W- 6 2s 8 PT BA N D BO A R D (T Y P li M O ) US ? CS H - T Z ST R I N G E R HA N G E R (r I P ) 2x 1 2 FE ST A I R ST R I N G E R 9’ OC . (U N O PE R N- 2 ) AD D HA N D R A I L S (S H E E T W- 6 ) an d / o r P0 5 1 3 ON SI D E / S OF ST E P S :8 - c ’ US P JL 2 S I F - T Z • GR A D E to P OF DE C K I N G MA X . DE C K HE I G H T : 44 ’ • EL T S CC S P T A A T TO 13 ° F LL T 1 B P R I AR G E R Th A N SP E C I F I C A T I O N PO S D I O N AL L C. I R D E R S P U C F S O t b X 6 r C € T • ;r : Li N , : , .i r E . J sr t r / 2 F O R S P A C I N G A D J U S F . N T h • GU A R D R A I I . S RE Q L X I R E D F O R DF C K S 3 0 AB O V E GR A D F . . • ‘1 ; ‘; V i bf l A E c f PL L TO P O F DE C K I N G , PE R HO M E O W N E R RE Q U E S T . • NO T SH O W N - AE S T h E T i C FA S G I A FI N L S H OP T I O N A L & PE R HO M E O W N E R OR D E R . • NO DE V I A T I O N S PR O M TH E S E ‘S E W ’ SE A L E D PL A N S WI T H O U T PR I O R WR I T E E N AP P R O V A L . • ON L Y Ti l E MO S T RE C E N T SE A L E D PL A N S AR E VA L I D : GO SH A L L FO L L O W RE V I S I O N In C =bC 0 Oo D DC S P E #: 19 - 0 - 0 1 0 1 Dr n w n Ey : TR W / K S W Re v i s i o n Hi s t o r y : 7I ! Ot l C l ’ . ’ T Is I I OA T A &F C 5 ’ 7 I 5 J C S ‘a Da n i e l C. Sm i t h . PR Co n s u l t i n g En g i n e r s 13 2 3 7 Me l v i n A, n o l d Ro a d Rn v t g h , NC 27 6 1 3 P: 91 9 . 5 4 4 61 1 5 0 ev t I F 87 7 . 8 4 1 .6 0 5 F; de c k i * , d n n - i n , i t i , r o . co n ’ RE S I D E N T I A L AT t A C H E D DE C K (2 ) li S P fL 2 6 1 F - T Z IN V E R T E D FL A N G E HA N G E R S (r I P UN O ) 0 -t C cc 2x 1 2 PT ST A I R BO A R D NE X T T D 2x 8 PT S T A L R S AS FL U S H GI R D E R NU T E S . FK A M I N G M A T E R I A L { U N O ) : VT S Y P # 2 12 - 2 (V . i . P . ) FR A M I N G PL A N SC A L E : 1/ 4 ’ 1- 0 ” X Fo r Co n s t r u c t i o n — No t fo r Co n s t r u c t i o n Sh e e t : RE V I S E D S- 2 of l 6 SP E C I F I C A T I O N . 2. DE S I G N CR I T E R I A 21 UN L E S S O T H E R W I S E NO T E D O N SH F . E T S - 2 (a k a FR A M I N G PL A N ) . NO HO T 11 3 8 5 , SP A S , SA U N A S . BR I C ’ K ’ M A S O N R Y FI R E PL A C E S , BA R B E C U E PI T S , ET C . , AR E TO BE SU P P O R T E D ON TH E DE C K ST R U C T U R E . 40 PS F DL + L L : 3O P S F BA S I C WI N D SP E E D : 18 5 MP H SN O W LO A D (g ) : 60 PS F 1 EX P O S U R E C WI N D IM P . FA C T O R 0, 8 7 (A S C E 7- O S ) RI S K CA T E G O R Y II (A S C E 7- 1 0 ) CH E C K E D LO A D FO R CO M B I N A T I O N S : DL 4 WL (7 5 ’ X , ) CH E C K E D LO A D FO R CO M B I N A T I O N S : DL - WL (U P ! . ] FT t 3. DE S I O N NO T E S 3. 1 WH E R E TH E SN O W LO A D (g ) , DE T E R M I N E D BY LO C A L EN F O R C E M E N T AG E N C Y , EX C E E D S 40 PS F , DE C K HA S BE E N DE S I G N E D TO AC C O U N T FO R IN C R E A S E D LO A D S . TE R M I N O L O G Y CI R D E R ak a BE A M BA N D BO A R D ak a RI M J O I S T o 7 SK I R T BO A R D or RI M PL A T E RI M JO I S T OU T E R - M O S T JO I S T or JO I S T wI RI M TR A C K GE N E R A L NO T E S IM P O R T A N T : CO N T R A C T O R IS TO R F A D AL T . NO T E S AN D RE V I E W AL L DE T A I l S PR I O R TO BE G I N N I N G CO N S T R U C T I O N . CO N T R A C T O R RE S P O N S I B L E FO R VE R I F Y I N G L O C A T . FR O S T DE P T I - I AN D VE R I F Y I N G T H A T TH E F( X ) T I N G DE V m NO T E D O N TH E DR A W I N G S AR E AD E Q U A T E . 1? LO C A l . FR O S T DE P T H IS MO R E SH A L L O W TH A N WH A T IS SP E C I F f l I D ON TH E DR A W I N G S . CO N T R A C T O R 10 GO BY DE P T H ON DR A W I N G S . 2. TI - I F DE S I G N PR O F E S S : O N A I . WH O S E SE A l . AP P E A R S O N TH E S E DR A W I N G S IS TH E ST R U C T U R A L EN G I N E E R OF RE C O R D r SE R ‘ FO R TH I S PR O J E C T . NO OI l I E R PA R T Y MA Y RE V I S E . AL T E R . OR DF L F 1 T AN Y ST R U C T U R A l . AS P E C T S OF T H E S F CC N S T R U C T I O N DO C U M E N T S WT T H O L T W R 7 I T E N PE R M I S S I O N OF DA N I E L C . SM I T H PE CO N S U I . T I N G EN G I N E E R S AN D TH E “S E R ” . 3. uS E R ” IS NO T RE S P O N S I B L E FO R CO N S T R U C T I O N SE Q U E N C E S , ME T H O D S . OR TE C H N I Q U E S IN CO N N E C T I O N WI T h TH E CO N S T R U C T I O N OF 11 4 1 5 ST R U C T U R E . ‘S E R ’ WI L l . NO T BE . HE I . D RE S P O N S I B l E FO R TH E CO N T R A C T O R ’ S FA I L U R E TO CO N F O R M TO TH E CO N T R A C T DO C U M E N T S , SH O U L D AN Y NO N - C O N F O R M I T I E S OC C U R , 4. VE R I F I C A T I O N OF AS S U M E D FI E L D CO N D I T I O N S IS NO T TI l E RE S P O N S I B I I . . I T N ’ OF “S E R ’ . CO N T R A C T O R SH A L l . VE R I F Y TH E . FI E L D CO N D I T I O N S FO R AC C U R A C Y BE F O R E CO N S T R U C T I O N BE G I N S . 5. TH I S ST R U C T U R E AN D AL l , CO N S T R U C T I O N SH A L l . CO N F O R M TO Al T . J AP P L I C A B L E SE C T I O N S OF TH E IN T E R N A T I O N A L RE S I D E N T I A L CO D E AN D AN Y LO C A L LA W S WH E R E TH E . ST R U C T U R E IS TO BE . CO N S T R U C T E D , 6. NO DE C K AT T A C H M E N T AL l O W E D 10 HO U S E BA N D ON SE C O N D F1 . G O R . or HI G H E R , TH A T IS ON A CA N T I L E V F . R E D OV E R H A N G . 7. IN S T A L L EI T I - I E R G A L V A N I Z F D OR VI N Y ! Fl A S H i N G BF . T W E E N TH E DE C K AN D HO U S E PE R CO D E RE Q U I R E M E N T S S. ST A I R W A Y S SH A L L HA V E A NE W OR EX I S T I N G TI G H T SO U R C E . I. O C A T E D IN TI - I F IM M E D I A T E VI C I N I T Y OF TH E TO P OF EX T E R I O R ST A I R S . I. I G H T S H A L I . OP E R A T E EI T H E R WI T H CO X m N U O U S fl J . L r M I N A T I O N , BY AU T O M A T i C CO N T R O L (E G . . MO T I O N DE T E C T I O N ) , OR WI T H A SW I T C H IN S I D E TH E DW E L L I N G . [2 0 1 2 IR C R3 0 3 . 7 or EQ U I V A L E N T CO D E PE R ST A T E ] 9. AL L SE C T I O N S AN D DE T A I l S AR E TY P I C A l A’ T S I M I I . A R LO C A T I O N S AN T ) WH E R E AP P L I C A B L E . DE T A I L S AP P l Y ON l Y TO EX A C T CO N D I T I O N S SH O W N . DE T A I L S AR E NO T T O BF MO D I F I E D FO R SI M I L A R C0 N D r n 0 N S . EX C E P T DE T A U . S 1 A Y BE MI R R O R E D ‘T O MA T C H FI E L D CO M D E I 1 O N S . 10 . DA N I E L C. SM I T H PE C0 N S U 1 . T I N C ; EN G I N E E R S AN D TH E “S E W AS S U M E NO LI A B I L I T Y FO R DE T A I L S AD A P T E D TO 5I M I I . A R Co N o m o N s . 11 . DA N I E L C. SM I T H PE CO N S U L T I N G EN G I N E E R S AN D TH E ‘S E W ’ AS S U I ’ . I E NO LI A B I L I T Y FO R WA T E R TI G H T IN T E G R I T Y . CO N T R A C T O R SH A L L PR O V I D E FL A S H I N G TO AD J A C E N T ST R U C T U R E S PE R AC C E P T E D PR A C T I C E AN D ME T H O D S . 12 . OW N E R I C O N T R A C T O R TO CO N F I R M DE C K DE S I G N DO E S NO T IN T E R F E R E WI T H EG R E S S PA T h W A Y S . EL E C T R I C A L . CL E A R A N C E S . WI N D O W GI . . A 7 . I N G , ET C . or SH A L L MA K E MO D I F I C A T I O N S TO EX I S T I N G ST R U C T U R E S AS AP P R O P R I A T E TO ME E T LO C A l . CO D E . 13 . TH E S E PL A N S AR E VA L I D FO R PE R M I T T i N G WI T H I N 12 MO N T H S OF TI - I F SE A L DA T E . Wi C 0 U ti UI .4 - ? UI ((. . (O E S I G N LO A D S : BU I L D I N G CO D E S 1. 1 C 20 1 5 IN T E R N A 1 1 O N A L RE S I D E N T I A L C O O E . 1. 2 MI N I M L M DE S I G N LO A D S FO R EU I L D I N G S AN D O T H E R ST R U C T U R E S , AS C E 7- 0 5 (U N L E S S AS C E 7. 1 0 SP E C I F I E D PE R CO D E ) . ‘4 ) (4 (4 (4 (4 (4 (4 10 PS E 2. 2 LI V E LO A D : 2. 3 DE A D LO A D : 2. 4 2. 5 2. 6 2. 7 2. 8 2. 7 2. 8 a Da n i e l C. Sm i t h . PE Co n s u l t i n g En g , n c e r s 13 2 3 7 Me l v i n Ar n o l d Ro a d R, , ! e ’ 1 h . N C 27 6 1 3 F; 01 9 8 4 4 6 0 5 0 ex t I F 87 7 8 4 1 . 6 0 5 E: do c k an s r n : i h p r : . cc i v )4i )4 4) RE S D E N T J A L A1 1 ’ A C H E D DE C K SY M B O L S 0 DI A M E T E R O ‘ DE T A I L NU M B E R ‘5 ” SH E E T NU M B E R CR O S S BR A C I N G AP P R O X I M A T E L Y EQ U I V A L E N T FL O O R JO I S T FT I N G GA L V A N I Z E D HO T DI P P E D HO T DI P P E D GA L V A N I Z E D OP T I O N A L PR E S S U R E TR E A T E D RI N G SH A N K SI M I L A R ST A I N L E S S ST E E L TY P I C A L UN L E S S NO T E D OT H E R W I S E VE R I F Y IN FI E L D AB B R E V I A T I O N S AP P R O X . EQ U I V . F)FT G GA L V . H. D . MD C OP T . yr R. S SI M . 5. 5 . ‘l Y P UN O V, I , F . >C ci . ) cr 2 I: —0 NC (1 5 -5 U -J C -J DC S I ’ E a: 19 - D - O 1 B 1 Dr o w n By : TR W / K S W Re v i s i o n Hi s t o r y : :2 ’ OR t C O i A l 4: 1 3 OA T A & I ’ O O T I N O S X Fo r Cn n c l r u c l i o n — No t br Co n s t r u c t i o n Sh e e t : RE V I S E D N- i of 16 FO O T I N G S & CO N C R E T E L WA R N L \ G : ID E N T I F Y UN D E R G R O U N D UT R J 1 ’ . E S BE F O R E DI G G I N G . OW N E P C O J R A C T O R 1 U VE R I F Y EX n N G c 0 N D r n O N S AN D NO T T Y EN G I N E E R IF c! F F F R E N r F 2. FO O T I N G S SH A L L HF . PL A C E D ON FI R M NA T U R A L OR CO M P A C T E D FI L L FO O T I N G S MU S T BE SE T UN NO N - F R O S T SU S C E P T I B L E SO I L S . TH E FO U N D A T I O N IS BA S E D UP O N AN AS S U M E D NE T SO I L BE A R I N G CA P A C I T Y OF 15 0 0 PS F . 3. FO O l I N G DE P T H SH A L L BE AS SP E C I F I E I ) ON FO O T I N G DE T A I L / S . 4. NO CO N C R E T E SH A I . L BE PO U R E D ON TO P OF or NE X T T O AN Y SU B - G R A D E CO N T A I N I N G WA T E R , IC E . FR O S T , OR LO O S E MA T E R I A L . 3. CO N C R E T E SH A L L HA V E NO R M A L WE I G H T AG G R E G A T E AN D A MI N i M U M CO M P R E S S I V E ST R E N G T H (P C ) AT 25 DA Y S OF 30 0 0 PS I . 6. CO N C R E T E TO CU R E (3 ) GA Y S MI N I M U M PR I O R TO BE G I N N I N G ON S T R L ’ C I I O N OF DE C K . CO M P O S r E E DE C K I N G (T R P X . CH O I C F D F . I < or SI M I l A R ) : 1. RE A D AN D FO L L O W AL T . MA N U F A C T U R E R S RE C O M M E N D A T I O N S AN D IN S T A L L A T I O N IN S T R U C T I O N S . RF D L ’ C P IO I S T S P A C I N G AS / I F RE Q U I R E D . 2. CO M P O S i T E DE C K I N G CA N N O T RE US E D FO R ST R U C T U R A l . AP P l I C A T I O N S . US E SP E C I F I E D ST R U C T U R A l . MA T E R I A l . FO R FR A M I N G AN D JO I S T S . IN S T A I J . JO I S T LU M B E R PE R MA N U F A C T U R E R S SP A C I N G RE C O M M E N D A T I O N S . 3. PR O V I D E GA P BE T W E E N CO M P O S I T E DE C K I N G BO A R D S AS . SP . C I F I D BY MA N U F A C T U R E R FO R AI R F l O W . 4. US E #7 x 2W 5. 5 . TR I M HE A D or OS c 24 PR I M F G U A R D TE N ® SC R E W S or SC R E W S AS SP E C I F I E D BY CO M P O S I T E MA N U F A C T U R E R TO FA S T E N ON L Y DE C K BO A R D S , S. FO R FA C E AT T A C H M E N T . FA S T E N DE C K BO A R D S wI (2 ) FA S T E N E R S P E R JO I S T . AL I G N BL T F EN D S OV E R MI D D I . E O F J O I S T AN D PR E - D R I L L A N G L F I ) II O L E IM O O I S T . AL T E R N A T I V E I Y, SI S T E R 2x 4 NA D E R BO A R D 1 O JO I S T UN D E R BL T T J O I N T w (2 . GR I P - R I T E 9x 3 ” HD G NA I I S A N D IN S T A I , L DE C K BO A R D FA S T E N E R S p9 0 ’ AN G ! F IN T O 2x 4 NA I L E R . a Da n i e l C. Sm i t h . PE Co n L P l l , n g En g i n e e r s 13 2 3 7 Me l v i n Ar n o l d Ro a d R. i l e i g h . N C 27 6 1 3 P: 91 9 . 8 4 4 . 6 0 5 0 ex l I 1: 8 7 7 0 4 1 . 6 0 5 0 F: de c k s o ’ da n e n i r h p e . c o n i RE S I D E N T I A L Af l A C H E D DE C K ST A I R TR E A D MA T E R I A L 2. IF CO M P O S I T E TR E A D S AR E TO BE IN S T A L I . E D , NO W or IN TH E FU T U R E , Th E N ST R I N G E R S SH A L L BE 12 ’ O. C . MA X I M U M (U N O BY CO M P O S I T E MA N U F A C T U R E R ) . ST A I R FR A M I N G MA Y RE Q U I R E MO D I F I C A T I O N IF CH A N G I N G FR O M DI M E N S I O N A L LU M B E R 10 CO M P O S I T E TR E A D MA T E R I A L . 6. FO R CO N C E A L E D AT T A C H M E N T . VE R I F Y ME T H O D AP P R O V E D FO R PR O I E C T AP P L I C A T I O N (e . g . , SE I S M I C (L r A I I O N . US S NU M B E R AN D U. CA T I O N OF ST A R T CL I P S AN D CO N N E C T O R Cl I P S AS SP E C I F I F . F ) BY MA N U F A C T L T R E R 7. ST A I R S TR E A D S CO N S T R U C T E D OF CO M P O S I T E MA T E R I A l S RE Q U I R E ST R I N G E R S SP A C E D 12 ’ O. C . MA X I M U M (U N O BY MA N U F A C T U R F . R ) . ST R I N G E R S SH A L L BE 9” O. C . WH E N US I N G TR E X BR A S I I , I A . CO N T O U R S , AN D ES C A P E S DE C K I N G (U N O BY MA N U F A C T U R E R ) . B. AT T A C H M E N T OF CO M P O S i T E PO S T S AN D RA I l I N G S VA R Y WI T H ST Y L E AN D MA N U F A C T U R E R . FO I . [ O W MA N U F A C T U R E R IN S T R U C T I O N S CA R E F U L I . Y I. ST A I R ST R I N G E R S SP A L E D >1 2 ’ O. C . SI I A L L AI . W A Y S US E DI M E N S I O N A L LU M B E R FO R TR E A D S . WO O D FR A M I N G I. SO L I D SA W N WO O l ) FR A M I N G SH A L L CO N F O R M TO m E SP F C I E I C A T I O N S AS I. I S T E D IN TH E NA T I O N A L FO R E S T P R O D U C T S AS S O C I A T I O N NA T I O N A l . DE S I G N SP F C I F I C A T I O N FO R WO O D CO N S T R U C T I O N .. A T E S T E D I T X I N (N D S ) . TH E FR A N E N G SH A U . RE OF TH F SP E C I E S AN D GR A D E AS SP E C I F I E D . 2. AL L LU M B E R SH . A L L SE PR E S S U R E ’ OR PL E S PR E S S U R E TR E A T E D I. I J M R F R OR EQ L J V A L E N T , 3. PR E S E R V A T I V E RE T E N T I O N OF AL ! . FR A M I N G MF M B E R S S I - I A 1 IS P AS I. 1 S T E D I I F . l iW 3. 1 AB O V E GR O U N D : 3. 2 GR O U N D CO N T A C T : .2 3 LB S / C U . FT .1 0 LB S / C U . FT -l It )0 On —n e t t- — “J c/ I — O0 I 4, GI R D E R S or OT H E R FR A M I N G CO N T A I N I N G MU l T I P L E PI . I F . S OF lU M B E R SH A I . L HA V E EA C I I PL Y AT T A C H E D TO TH E AD J A C E N T PL Y w/ (3 ) GR I P - R I T E 89 x 3” I- I D G NA I I . S 0” 2’ O. C . S. UN T R E A T E D PO S T , PR I M E D & PA I N T E D w/ CO A l . TA R EP O X Y FO R CO N T A C T WI T H GR O U N D MA Y BE SU B S T I T U T E D FO R PR E S S U R E TR E A T E D PO S T . 6. SO M E RE G i O N S RE Q U I R E A FI R E TR E A T E D LE D G E R BO A R D FO R AT T A C H E D DE C K . GC TO CH E C K LO C A L RE G U L A T I O N S 7. AP P L Y IN - F I E L D PR E S E R V A T I V E TR E A T R I E N T T O CL ’ T F M D S OF AL l . PR E S S U R F . T R E A T E D LU M B E R . DC S P E : 19 - D - 0 l 0 l Dr o w n B) : TR W J X S W Re v i s i o n Fi , J l n r v ’ - IZ x fl ! ! l U I \ M ,I ’ f l A f l I, rc y r l x c ) X Fa n Co n c t r u c t i n n — Nr a fo r Co n s , r u c i i o r Sh e e t : RE V : S E D N- 2 of 1 6 1 FA S T E N E R NO T E S 1. AL L CO N N E C T O R S SH A L L BE AP P R O V E D FO R US E WI T H AC Q (o r EQ U I V A L E N T ) PR E S S U R E TR E A T E D LU M B E R . 2. BO L T S . NU T S & WA S H E R S SH A L L BE HO T DI P P E D GA L V A N I Z E D PE R AS T N AI S 3 CL A S S D. IN S T A L L BO L T S 2 MI N I M U M FR O M EN D . BO L T HO L E S SH A L L BE K: MA X I M U M LA R G E R TH A N BO U T DI A M E T E R . 3. LA G SC R E W S SH A L L BE HO T DI P P E D GA L V A N I Z E D , AN D CO N F O R M TO A N S I / A S M E ST A N D A R D BI B 2. 1 - I 9 B L HO L E FO R TI - i F TH R E A D E D PO R T I O N SH A l L HA V E A DI A M E T E R EQ U A L TO 7C R . O F T H E SH A N K D I A M E T E R . AN D A LE N G T H EQ U A L 10 AT LE A S T TH E LE N C r H O F TH E TH R E A D E D PO R 1 I O N DO NO T IN S T A L L TH R E A D E D PO R T I O N OF SC R E W BY DR I V I N G Wi T H A HA M M E R 4. AL L NA I L S AN D SC R E W S IN CO R R O S I V E EN V I R O N M E N T S (e . g WI T h I N 2 nL E S O F SA L T W A T E R ) SH A L L BE ST A I N L E S S ST E E L SE E SU B S T I T U T I o N SC H E D U L E . 5. AL L NA I L S SH A L L BE HO T - D I P P E D GA L V A N I Z E D PE R AS T M A1 5 3 02 N D ) . HA N G E R NA I L S SH A L L PE N E T R A T E WO O D 1W MI N I M U M 6. AL L S C R E W S S H A L L BE HO T - D I P P E D GA L V A N I Z E D PE R AS T M A1 5 3 UN O [ 7. LA G SC R E W S (e g. Le d g e r L O K ) AR E NO T AL L O W A B L E SU B S t T U T I O N S FO R BO L T S PE R CO D E çr Y P ) . ‘- I I- f l 0 C U -2 U) 13 ) -I - i U) 1< Fo r Co n s l r u r b o n CO R R O S I V E EN V I R O N M E N T FA S T E N E R S IN CO R R O S I V E AR E A S . US E TH E FO L L O W I N G SU B S T I T U T I O N FO R FA S T E N E R IN D I C A T E D IN DE T A I L S . DE T A I L SP E C I F I E S — SU B S T i T U T E - GR I P - R I T E 29 x 1W HD G NA I l S GR I P - E r i E :1 3 x 2 S. S. NA I L S GR I P - R I T E ’ 9 x 3 ’ H D C N A I I S GR I P - R I T h ; I 3 x r S S . N A I I S GR I P - R I T E 9x 3 W HO G NA I l S GR I P - R I T E ts x 3 J 4 : S. S . NA I L S GR I P - R I T E 21 9 x 4 HO C SC R E W S GR I P - R I T F :1 0 x 3 S. & SC R E W S a Da n i c l C. Sm i t h , PP . Co n s u l t i n g En g i n e v r ‘3 2 3 7 Me R n Ar n o l d Rc o d R, ! e i r h , N / C 27 6 1 3 p 0; 0 5 4 4 60 . 9 1 en l 1 F’ 11 7 7 84 1 . 6 0 9 1 E: de c x s . d s n . s r n i t h r co r n RE S I D E N T I A L AT T A C H E D DE C K CO N N E C T O R S & EQ U I V A L E N T S US E SI Z E SP E C I F I E D IN 7I . A N S o r I A R G F R ) SI M P S O N SY M B O L PU R P O S E US ? : SU B S T I T U T I O N E) - < c ST R A P In se c u r e GI R D E R J I 9 In FO O T I N G ST I - I Z MA B L S Z LI 4x 4 P O S T B A S E PA 4 4 E ’ T Z . P A U 4 4 - T Z AB A 4 4 Z , AB 4 - 4 Z 4x 6 PO S T BA S E PA 4 6 F . - T Z . PA U 4 6 - T Z AB A 4 6 Z AB U $ 6 Z 6s 6 PO S T BA S E PA 6 6 F . - T Z . PA U 6 6 - T Z AB A 6 6 Z . AB U 6 6 Z R PO S T CA P fo r FL U S H GI R D E R PB 4 4 - 6 T Z , PB 6 6 - 6 T Z LP C 4 Z . I .P C 6 Z RA F T E R TI F us e d to se c u r e FJ to GI R D E R RT F A - T Z H2 . S A Z JU S 2 6 - T Z . JU S 2 B - T 7 , . LU S 2 6 Z , LU S 2 S Z , I. U S 2 I O Z J L U 1- P L Y I- l A N C E R 70 5 2 1 0- T Z J L 2- P L Y HA N G E R 7U S 2 6 - 2 1 ’ Z . J U S 2 S - 2 T Z . LU 5 2 6 - 2 7 L U 5 2 8 - 2 Z . LU S 2 I f l - 2 Z JU S 2 I O - 2 T 1 S C U 1- P L Y IN V E R T E D FL A N G E HA N G E R JL 2 6 1 F - ’ I ’ Z . JL 2 I O I F - T Z I. U C 2 6 Z , LU C 2 I O Z LU 2- P L Y IN V E R T E D FL A N G E HA N G E R (2 ) 1 L 2 6 1 P - T Z . (2 ) JL 2 I D T F - T Z FI U C 2 S - 2 Z , HU C 2 I O - 2 Z % I- P L Y A D ) U S T A B L E S K E W E D J S T I - L A N G E R I. S S H I 5 - T Z L5 U 2 6 7 AD J U S T A B L E L- A N G L E MP S - T Z , MP 7 - T Z . MP 9 - T Z I 55 0 7 . LS 7 O Z . LS 9 0 Z LI .. 1 AD J U S T A B L E ST A I R ST R I N G E R HA N G E R CS H - T 7 LS C Z A3 - T Z GA 2 F4 M 1 N G AN G L E fo r BL 1 G N G RE I N F O R C E M E N T DE C K TI E BA C K w! I DT T I - T Z I TH R E A D E D RO D & 13 ) SC R E W S TE N S I O N TI E fo r LE D G E R RE I N F O R C E M E N T LT S I 9 - T Z L1 T I 9 F I D G ci j C a)U) N.0 —I bO C It U C fr - i Dr m n By : TR W / K S W Re v i s i o n Hi s l o r y : D1 T h I, Fc x r% c s — Nn or Co n s l r u c l i o n Sh e e t RE V I S E D N- 3 of 16 TO P SQ U A R E or RO U N D E D ED G E PE R GC li S P ST A N D O F F PO S T BA S E AS ,— SP E C I F I E D or EQ U I V A L E N T FO R PO S T SI Z E : 4x 4 PA 4 4 E - T Z 4x 6 PA 4 6 E - T Z 6x 6 PA 6 6 E - T Z 4” 0 AN C H O R BO L T w/ WA S H E R & NU T -7 ’ EM B E D M E N T IN If )C I)><u tc r z s rQ ) -Q r I ru ) - U< ,z 0o Jc z J DC S P F c , 19 - 0 - 0 1 0 1 Dr a w n By . 1’ R W / K S W Re v i s i o n I Ii 6 t o , y : fl ’ T A 5, F( K f l r \ ’ i , s PT PO S T P E R PL A N — OP T I O N A L : US E 6’ LO N G x 12 , 0 SO N A T U B E TO FO R M CO N C R E T E AB O V E GR A D E . A SO I L GR A D E SH A L L BE HO R I Z O N T A L FO R 2 FE E T MI N I M U M AR O U N D PO S T 7 ON AL L SI D E S a Da n i e l C. Sm i t h , PE Co r i s t i l t i n g En g i fl o o r s 13 2 3 7 Me l v i n Ar n o l d Ro a d Ra l e i g h , NC 27 6 1 3 P: 91 9 8 4 4 G O S O e x i I F: 87 7 S4 1 6 0 5 0 0 ,I r c k * , , la n c r n i t l , po c n n AL RE S I D E N T I A L AT T A C H E D DE C K CO N C R E T E SH A L L HA V E NO R M A L WE I G H T AG G R E G A T E AN D A MI N I M U M CO M P R E S S I V E ST R E N G T H (P C ) AT 28 DA Y S OF 30 0 0 PS I . NO T E : 30 IN S T A L L E R DE P T H MU S T VE R I F Y (M I N . ) LO C A L FR O S T DE P T H . US E TH E GR E A T E R OF DE P T H SP E C I F I E D HE R E & LO C A L FR O S T DE P T H . 4 4 __ _ _ _ d. 4 4 4 A A 4. PO U R E D CO N C R E T E — IN DR I L L E D or DU G HO L E VE R I F Y MI N . SO I L BE A R I N G 15 0 0 PS F 12 ” 0 12 ” 0 CO N C R E T E to DE P T H SC A L E : 2” 1- 0 ” EL E V A T I O N VI E W GR A P H I C SC A L E (I N C H E S ) X Fo r Co n s i r u c i , , , n — No t fo r Co n s t r u c t i o n Sh e e t RE V I S E D F- 4 of 16 0 3 6 9 12 OP T I O N A L : US E 6” LO N G x 12 ’ 0 SO N A T U B E TO FO R M CO N C R E T E AB O V E GR A D E . US P ST A N D O F F PO S T BA S E AS i— SP E C I F I E D or EQ U I V A L E N T FO R PO S T SI Z E : 4x 4 PA 4 4 E - T Z 4x 6 PA 4 6 E - T Z 6x 6 PA 6 6 E - T Z 3- 4 ” 0 AN C H O R BO L T w/ WA S H E R & NU T - 7” EM B E D M E N T cu > t — ci (I D Co J\ c DC S P F * . 10 - 0 - 0 1 0 1 Dr a w n By : TR W / K S W Re v st u n f- l i s t e n ’ : OR IC I” . ’ 51 2 C FI K ’ T I ’ J C PT PO S T PE R PL A N — A TO P SQ U A R E or RO U N D E D ED G E PE R GC SO I L GR A D E SH A L L BE HO R I Z O N T A L FO R 2 FE E T MI N I M U M AR O U N D PO S T ON AL L SI D E S ‘N Da n i e l C. Sm i t h , PF L Co n s u l t i n g Fn g t n e e 13 2 3 7 Me l v i n Ar n o l d Ro a d Ra l e i g h , NC 27 6 1 3 I’ : 01 0 . 5 4 4 6 0 5 0 ew t I F: $7 7 5 1 1 6 0 5 0 E: de c k s s d e n s r n i t h p e . c n m 4’ Cs I I CO N C R E T E SH A L L HA V E NO R M A L WE I G H T AG G R E G A T E AN D A MI N I M U M CO M P R E S S I V E ST R E N G T H (F ’ C ) AT 28 DA Y S OF 30 0 0 PS I . NO T E : IN S T A L L E R MU S T VE R I F Y LO C A L FR O S T DE P T H . US E TH E GR E A T E R OF DE P T H SP E C I F I E D HE R E & LO C A L FR O S T DE P T H . RE S I D E N T I A L AT T A C H E D DE C K 4 4 RI I 14 I I I 4 ‘- 4 - - - - 44 4 44 •4 4 30 ” DE P T H (M I N . ) t — - __ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ 4; 4 44 4 j. PO U R E D CO N C R E T E IN DR I L L E D or DU G HO L E $ VE R I F Y MI N . SO I L BE A R I N G 15 0 0 PS F N LO C C U (I DC- ) (I D JJ 16 0 (O P T . SU B S T I T U T I O N 16 ” x 16 ” ) 47 16 ” 0 CO N C R E T E to DE P T H SC A L E : 2’ = 1- 0 ” EL E V A T I O N VI E W GR A P H I C SC A L E (I N C H E S ) X Fo r Co n s t r u c t i o n No t fo r Co n s t r u c t i o n Sh e e t RE V I S E D F- 5 of 16 0 3 6 9 12 EX I S T I N G HO U S E WR A P rI CU T EX I S T I N G HO U S E WR A P & IN S T A L L FL A S H I N G FU L L DE P T H OF LE D G E R BE H I N D HO U S E WR A P #2 - IN S T A L L FL E X I B L E TO P FL A S H I N G UN D E R HO U S E WR A P ; t4 - FO L D OV E R TO P OF LE D G E R 3- IN S T A L L NE W LE D G E R PE R SH E E T T- 3 NO T E : US E FL E X I B L E TH E R M O P L A S T I C or SE A L I N G PV C FL A S H I N G 16 - 1 8 WI D E . EN D LA P MI N I M U M 6 AS NE E D E D . F SI D I N G EX T E R I O R FL A S H I N G L- 5 SC A L E : I” = 1- 0 ’ EL E V A T I O N VI E W RE M O V E EX I S T I N G SI D I N G BE T W E E N LE D G E R & BA N D BO A R D S RE M O V E EX I S T I N G WA L L SH E A T H I N G BE T W E E N BO A R D S JE NO T PL Y W O O D OR OS U SE E FR A M I N G PL A N FO R OR I E N T A T I O N & SP E C I F I C A T I O N DE C K I N G FL O O R JO I S T PT LE D G E R PE R PL A N w/ FA S T E N E R S PE R IN C L U D E D SH E E T T- 3 FL A S H I N G PE R DE T A I L pa - s -% - ‘. In C C)> ;< ( -o - —) ; - Qt t rH< -J t - - _ •i - ’ o’ J\ O U . DC S P F : 19 - D - O 1 O 1 Dr a w n By : TR W / K S W Re v i s i o n Hi s t o r y : - IT S op c . l J . T r I 51 1 3 DA T A & ft K ) T I N C . S lO T S -‘ - — I - 3 fl S . . a 55 3 1 1 . - 1 .: z t i 5 - A OI C SI T I t N a C S TS R I. A T U R S . lA S t ON E OF TH E S E ME T H O D S SH A L L BE US E D FO R LA T E R A L LO A D S PE R TH E 20 1 5 IR C a Da n i e l C. Sm i t h , PE Co n a t i l t i n g En g i n e r s 13 2 5 7 Me l v i n Ar , ’ o k i Ro a d Ra l e i g h , NC 27 6 1 3 F; 01 9 . 6 4 4 . 6 0 5 0 ca l I F SV S I l . n O 5 c F: de a L , . ,r , r n i t h a e na RE S I D E N T I A L AH A C H E D DE C K ,— EX I S T I N G HO U S E BA N D BO A R D / EX I S T I N G HO U S E FL O O R JO I S T (A C T U A L OR I E N T A T I O N MA Y VA R Y ) .1 I: I’ ‘I Li 4N LE D G E R on SI D I N G EX T E R I O R SC A L E ; 1” = 1- 0 ” EL E V A T I O N VI E W __ _ _ _ _ _ _ _ X Fo r Co n s t r u c t i o n — No t fo r Co n s t r u c t i o n Sl , e e t : RE V I S E D L- S of 16 In 0 0 U JD (/ D I TO E - N A I L (2 ) GR I P - R I T E #9 x 3” HD G NA I L S PE R JO I S T / G I R D E R IN T E R S E C T I O N (T Y P ) PT BL O C K MA T C H I N G FJ DE P T H w/ (2 ) GR I P - R I T E #9 x 3 HD G NA I L S PE R EN D (T Y P ) Da n i d C. Sm i t h , PE Co n s t i l r : n g Fn n e n s 15 2 R ’ Me l v i n Ar n o l d Ro a d Ra l e g h , NC 22 6 1 3 I’ Q1 9 5 4 4 60 5 0 cx l i F: S7 M L 6 0 5 L 1 F de c k a , d a , ’ n n , i l N i —J RE S I D E N T I A L R PL A N A1 1 ’ A C H E D DE C K DR O P P E D GI R D E R FA S T E N E R NO T E : US E GR I P - R I T E #9 x 14 ” HD G NA I L S FO R AL L HA R D W A R E (U N O ) . GR A P H I C 9C A L F ,I \ , l i F 5 , FL O O R JO I S T PE R PL A N PT BL O C K I N G PE R 2/ T - I C TO E - N A I L S PE R 2/ T - I C j FR E Q U E N C Y OF GI R D E R CL I P / N A I L S ‘I - I C SC A L E ; 3/ 4 ’ l - O ’ PL A N VI E W S IX A US P RT 7 A - T Z ON A MI N I M U M OF EV E R Y 3r d JO I S T w/ (4 ) CL I P S - MI N I M U M PE R DE C K - TY P - -‘ (S E E FA S T E N E R NO T E ) 1- 1 3 - 2 O 1 ’ PE R PL A N US P RT 7 A - T Z GI R D E R CL I P PE R DE T A I L 3, T - I C GI R D E R CL I P & NA I L CO N N E C T I O N S SC A L E : 1- 1 / 2 ” = 1- 0 ” EL E V A T I O N VI E W I I I: I If l I I I I I FL O O R JO I S T a PE R PL A N /D R O P P E D GI R D E R PE R PL A N 47 N JO I S T to GI R D E R CL I P DC 3 P E 2: 19 4 3 . 0 1 0 1 Dr a w n By : TR W / K S W Re v i s i o n Hi c t o r y : - _. ! v n R t c , J I I g/ n or s 5, c( x , T l ’ c i S Fo r Co n s t r u c t i o n — No t fo r Co n s t r u c t i o n Sh e e t : RE V I S E D T- I C of l 6 SC A L E : 1- 1 / 2 ” = 1- 0 ” EL E V A T I O N VI E W FA S T E N E R NO T E : US E GR I P - R I T E #9 x 1k 4 ” 1- T O G NA I L S FO R AL L HA R D W A R E (U N O ) . Ic *A : . l r: 7 , c H : : s mm m i ‘- I I I I 1 $ FL O O R JO I S T PE R P L A N FL O O R JO I S T PE R PL A N - SE E DE T A I L 2F F - I C FO R AT t A C H M E N T I DE C K I N G & 17 NO T SU O W N (2 ) 3 ’ 4 ” 0 x 6 ” H D G BO L T S N WA S H E R & NU T NO T C H E D a Da n i e l C. Sm i t h , PS Co n ti l I , n En g i n r s 32 3 7 ,M v r “, n ’ \ r n o Id Ra i d Ra l e i g h , NC 27 6 1 3 R 9l 9 . 8 4 a 60 5 0 ex t I F’ 52 7 5 4 1 6 0 5 0 E: do , I’ . ’ ! I. ,r , ’ , n i , Ii RE S I D E N T I A L A HA C HE 0 DE C K —‘ 1 , 4’ 5I ” ± 2x 8 M, I N . PT ‘ DR O P P E D GI R D E R PE R PL A N PE R \ FR O N T VI E W DR O P P E D GI R D E R SP L I C E 4x 6 or 6x 6 PT (A ) BA C K VI E W PO S T PE R PL A N (B ) SI D E VI E W NO T C H E D PO S T fo r DR O P P E D GI R D E R SC A L E : 1- 1 / 2 ” 1- 0 ” EL E V A T I O N VI E W DE C K I N G PE R HO M E O W N E R , % x 6c r EQ U I V A L E N T , WO O D or CO M P O S I T E , w/ #7 x 2Y 4 ” S. S . TR I M HE A D or x 2/ 2 ” PR I M E G U A R D TE N ® SC R E W S , / -_ _ _ _ _ _ _ _ _ _ or SC R E W S AS SP E C I F I E D BY __ _ _ _ _ _ _ _ _ _ _ _ _ (S E E FA S T E N E R NO T E ) CO M P O S I T E MA N U F A C T U R E R (T Y P ) I [ DE C K BA N D —S ‘, BO A R D PE R PL A N CA N T I L E V E R E D FL O O R JO I S T PE R PL A N 3 HA N G E R fo r CA N T I L E V E R E D FJ Li D SC A L E : 1- 1 / 2 ’ = 1- 0 ” EL E V A T I O N VI E W SC A L E : 1- 1 / 2 ’ = 1- 0 ” EL E V A T I O N VI E W US P HA N G E R PE R PL A N IN S T A L L ‘ UP S I D E - D O W N N ‘I Lf l C U rJ )V (I D w C. )>cr j Pc W- D . 0 1 0 1 o B, , : fl W / K S W Re v i s i o n Hi s t o r y : Di u i X A t IS fl A r A & t Fo r Co n , t r u ct i o n — No t Fo r Co n s t r u c t i o n Sh e e t : RE V I S E D T- 1 D of 16 FA S T E N E R NO T E : US E GR I P - R I T E #9 x 1” HD G NA I L S FO R AL L HA R D W A R E (U N O ) . GR A P H I C SC A I . E (I N C H E S ) T- 1 3 - 2 O 1 q . 2x 8 MI N . PT FL U S H GI R D E R PE R PL A N BE Y O N D FL O O R JO I S T PE R PL A N a Da n i e l C. Sm i t h , PE Co n t i l l i n g Fn g i n e e r s 13 2 3 7 Me l v i n Ar n o l d Ro a d Ra l e i g h , NC 27 6 1 3 F: 01 9 84 4 60 5 0 ee l 1 F: C? ? 84 1 6 0 5 0 F, : do c k s c . ’ d a n e n , i l l , po r n o FL O O R JO I S T PE R PL A N BE Y O N D 2x 8 MI N . PT FL U S H GI R D E R PE R PL A N (A ) BA C K VI E W 34 ” øx 6” HO C BO L T S w/ WA S H E R & NU T NO T C H E D 4x 6 or 6x 6 PT PO S T PE R PL A N KI N NO T C H E D PO S T fo r FL U S H GI R D E R RE S I D E N T I A L AT T A C H E D DE C K (B ) SI D E VI E W (2 ) W ’ 0 x 6 ” HD G BO L T S PE R GI R D E R (T Y P ) T- 1 j ) SC A L E : 1- 1 / 2 = 1- 0 ’ EL E V A T I O N VI E W 6x 6 PT PO S T FR O N T VI E W KI N GI R D E R SP L I C E 0 \T - 1 ) 1 SC A L E : 1- 1 / 2 ” = 1- 0 ’ EL E V A T I O N VI E W DE C K I N G PE R HO M E O W N E R , h x 6 or EQ U I V A L E N T , WO O D or CO M P O S I T E , w/ #7 x 21 / 4 ” S. S . TR I M HE A D or #8 x 23 4 ” ,— PR I M E G U A R D TE N ® SC R E W S , or / SC R E W S AS SP E C I F I E D BY CO M P O S I T E J MA N U F A C T U R E R (T Y P ) lI T Ii I I I\ 4 \ I / FL O O R V’ N Q PL A N JO I S T I ’ E R r--I 10 C di ><L di ; (i D c u< w Zt % 4 Oo Z J’ c 1 J FL U S H GI R D E R PE R PL A N __ _ _ _ _ _ _ _ _ _ _ - US P HA N G E R PE R PL A N (S E E FA S T E N E R NO T E ) TY P . FL O O R JO I S T HA N G E R 2x 1 2 PT FO R ST A I R ST E P - N O T C H E D 4x 6 or 6x 6 PT PO S T PE R PL A N (S E E AL S O IB / T - 1 N ON FA S T E N E R S ) 2x 1 2 ST E P - N O T C H SC A L E : 1- 1 / 2 ” = 1- 0 ” EL E V . VI E W KI N DC S I ’ E #: 10 - 0 , 0 1 0 1 Dr a w n By : TR W / K S W Re v i s , o n I li s t e n , ’ : 24 OF ) Tc r a , ’ l I 80 fl . F T A S F Oc r n N C S X Fo r Cc n s l r u r l i o n — No l fo r Co r , t r u c l i o n Sh e e t : RE V I S E D T1 N of l 6 SC A L E 1- 1 / 2 ” 1 ’ - 0 ” EL E V A T I O N VI E W a Da n i e l C. Sm i t h , ‘F Co n x t i l l n g En g i n e e r s 13 2 3 7 Me l v i n Ar n o l d Ro a d Ro l e i g h , MC 27 6 1 3 I’ : 91 9 . 8 4 4 . 6 0 5 0 ex t I F: S7 7 84 1 . 6 0 5 0 U: de c k e c , ’ d a n t n , i t h pc . c o r n RE S I D E N T J A L AU A C H E D DE C K In 0 0 U ct .4 - ) CJ D .L ] PT LE D G E R PE R PL A N 14 0 (U N O ) HD G HE X TI - W V - B O L T S w/ WA S H E R & NU T @ 16 ” O. C ST A G G E R E D ‘5 : 4\ -x 26 O. C . EX I S T I N G HO U S E SA N D BO A R D RE F E R TO LE D G E R SE C T I O N DE T A I L FO R FI N I S H & SH E A T H I N G SP E C I F I C A T I O N NE W LE D G E R HD G TH R U - B O L T w/ WA S H E R & NU T (T Y P ) SE C T I O N X TY P LE D G E R to HO U S E BA N D BO A R D SC A L E : 1” = 1- 0 ’ EL E V A T I O N VI E W NO T E S : • NO R T H CA R O L I N A RE Q U I R E S %“ 0 HD G BO L T S PL U S (3 ) GR I P - R I T E #9 x 31 / 4 ” HD G NA I L S @6 ” O. C . • NO Le d g e r L O K ® or EQ U I V A L E N T SC R E W S AL L O W E D . • LA G BO L T S (o r SU B S T I T U T I O N LA G SC R E W S ) CA N N O T BE SE C U R E D TO PL Y W O O D or OS B ON L Y . 4’ — MA X . BO T H RE Q U I R E D “ 0 (U N O ) X 6” HD G LA G BO L T S w/ WA S H E R @1 6 ” O. C . GR I P - R I T E #1 0 x 4” HD G SC R E W S @8 ” O. C . ST A G G E R E D 2 PT LE D G E R PE R PL A N +J EX I S T I N G HO U S E BA N D BO A R D RE Q U I R E D TO RE M O V E FI N I S H & SH E A T H I N G BE T W E E N BO A R D S NE W LE D G E R DI R E C T L Y ON BA N D BO A R D HD G LA G BO L T w/ WA S H E R SC R E W (T Y P ) SE C T I O N Y cv C)U,C Ct b. C Ct U z C -J 2” NO T E S : IF AC C E S S TO BA N D BO A R D IS NO T AV A J L A B L E (e . g . , FI N I S H E D BA S E M E N T CE I L I N G , ET C . ) , TH E N TH E CO N T R A C T O R MU S T DE T E R M I N E IF LA G SC R E W S CA N FA S T E N IN T O SO L I D LU M B E R . RE M O V E PL Y W O O D SH E A T H I N G AN D VE R I F Y FR A M I N G SY S T E M TY P E (i . e . , TR U S S or DI M E N S I O N A L LU M B E R ) , SP A C I N G & DI R E C T I O N . NO T AL L O W E D TO LA G TO ON L Y OS B , PL W O O D , or BL A C K BO A R D BE C A U S E NO T ST R U C T U R A L L Y AD E Q U A T E . KI N HO U S E BA N D BO A R D w/ FI N I S H E D CE I L I N G SC A L E : 1” 1- 0 ” EL E V A T I O N VI E W DC S P F C: 19 - D - 0 1 0 1 Dr o w n By : TR W / K S W Re v i s i o n Hi s t o r y : ?f l S fl t l C I V s i x/ i 3 DA T A 5’ FU O T I N L S X Fo r Co n s t r u c t i o n — No t fo r Co n s t r u c t i o n Sh e e t : RE V I S E D T- 3 of 16 NO T C H E D 6x 6 PT PO S T PE R PL A N (2 ) 34 0 x 6’ HD G BO L T S NO T C H E D 6x 6 PT PO S T PE R PL A N NO T E : IN S T A L L E R SH A L L LO C A T E SP L I C E BO L T S >1 2 ’ AW A Y FR O M GI R D E R BO L T S (N O T SH O W N ) or US E I- P I E C E PO S T . (4 ) GR I P - R I T E #9 x 3” !- I D G NA I L S VE R T I C A L L Y (4 ) GR I P - R I T E #9 x 3” HD G NA I L S VE R T I C A L L Y PE R BL O C K I N G (T Y P ) (4 ) GR I P - R I T E #9 x 3” HD G NA I L S VE R T I C A L L Y (T Y P ) — PT ST R I N G E R PE R PL A N (T Y P ) PT BL O C K I N G - CO N T I N U E TO GR A D E & AD D BL O C K I N G ST R I N G E R S AS NE E D FO R AD D I T I O N A L TR E A D S (T Y P ) AT T A C H E D DE C K r Lf l C C)> ‘< u -ç 3 : 1 Z - — cn c u< u , Zr Co c t -s z i 1 Ro v i s o n Hi s t o r y : I iI iA ’ A s F ’ J : f l V 4 j X Fr , Co n x l r u c I o n — No t fo r Co n s t r u c t i o n Sh e e t : T- 5 d GI R D E R PE R PL A N FL O O R JO I S T PE R PL A N (2 ) GR I P - R I T E #9 x 3” HD G NA I L S II SP L I C E FO R PO S T >1 2 1 0 a Da n i e l C. Sm i t h , FE Co n s u l t i n g En g ’ n c c r n 13 2 3 7 Me l v i n Ar n o l d Ra n d Rn e i g h , NC 27 6 1 3 F: 91 9 84 4 . 6 U O cx l i F: 87 7 8 4 1 6 0 5 0 F, ’ de c k r n ’ d n s c n i t h p o co r n 4- US P R T 7 A - T Z U PE R PL A N OV E R L A P P E D FL O O R JO I S T RE S I D E N T I A L SC A L E : 1” = 1- 0 ” PL A N VI E W SC A L E : 1” = 1- C ” EL E V A T I O N VI E W (8 ) GR I P - R I T E #1 0 x4 ” PT PO S T PE R // / ‘ / PL A N . NO T C H E D GI R D E R or DO U B L E BA N D PE R PL A N TY P ) 3 AN G L E D CO R N E R T- 5 SC A L E : 1 = 1- 0 ” PL A N VI E W V PT ST R I N G E R S CU T wI AN G L E D RI S E R FA C E S 4 ST A I R ST R I N G E R in CO R N E R T- 5 SC A L E : J ” = 1 ’ - o ” PL A N VT E W DC S T ’ E : 19 - 0 - 0 1 0 1 Dr a w n B’ : TR W / K S W RE V IS ED of 16 4x 4 PT GU A R D R A I L PO S T @6 - 0 ’ O. C . MA X . (T Y P ) DE C K I N G w/ MI N . (1 0 ) SC R E W S WI T H I N ‘1 2 ” 0 OF PO S T (T Y P ) %- ‘1 - - / IF IN CO R N E R . i— ’ TH I S PI E C E . MA Y BE B/ c ; . PA R A L L E L 2- P L Y Jr IS • • U’ S G - /W I N C O R N E . R , TH I S PI E C E - kI A Y E B/ G LI PA R A L L E L i- P L Y N. In 0 0 U C cu -4 - , ri D DC S P E #: 1Q - D - c l l O l Dr a w n By : TR W I K S W Re v i s i o n Il i s l o r > ’ : Oi l IG N 5 ‘i k T . . rv o r , . ’ X Fe ” Co n e r u i 1 , o n WA R N I N G DO NO T NO T C H 4x 4 PT GU A R D R A I L PO S T S , BA N D BO A R D PE R PL A N TY P ) (2 ) 4” 0 x £ HD G BO L T S (T I P ) BL O C K I N G PE R PL A N BE L O W (T Y P ) 7- P L Y BA N D zu l BL O C K I N G FI F E R O N NO T E S : a Da n i e l C. Sm i t h , PE Co n ’ ; t , l h r ’ g En g ’ n e o r s ‘3 2 3 7 Me l v i n Ar n o 2 Ro a d Ra I e : g b , NC 27 6 1 3 P H. F 1 - I bO . o c, . ’ i F: Sf l 4I SO 5 7 E dk da r . - n i , l i w c co r n RE S I D E N T I A L AT J E A C H E D DE C K tI N IN S I D E GU A R D R A I L PO S T CO N N E C T I O N SC A L E : 1” = 1- 0 ” EL E V A T I O N VI E W EQ U A L 2- P L Y BA N D BO A R D or — GI R D E R PE R PL A N (T I P ) NO T E S : I ‘ , • GU A R D R A I L P O S T S D E S I G N E D = FO R 20 0 LB S PO I N T LO A D . • BO L T S SH A L L BE TH R U CE N T E R L I N E 2- P L Y BA N D / G I R D E R OF PO S T & AT LE A S T 2” FR O M ED G E S , • US E (2 ) GR I P - R I T E :9 x 3” HD G NA I L S PE R EN D TO FA S T E N BL O C K I N G US I N G TO P & - B O T ] ’ O M or FA C E TO E - N AI L S , •D O N O T U S E F I B E R O N P O S T .j . ii • • : . . ii . MO U N T SC R E W E D TH R U TO P OF -. : _ _ i \. K C DE C K I N G LN V 1 - • IN S T A L L GU A R D R A I L PO S T S • PE R SH E E T T- 7 DE T A ] L S . • FI N I S H GU A R D R A i L w/ FI B E R O N BI , O C K I N G PO S T SL E E V E PE R MA N U F A C T U R E R . L lZ ’ N G — LE G E N D : - L PT BL O C K I N G - MA T C H FJ SI Z E F] FL O O R JO I S T B/ C BA N D BO A R D or GI R D E R DE C K SC R E W H C PE R P E N D I C U L A R MI D - B A Y 2- P L Y fr i . PE R P E N D I C U L A R CO R N E R 2- P L Y EQ U A L BU K K C N C 2” 1- O N C I h’ E R P E N D ! C U L A R CO R N E R 1- P L Y a)0) (I D N.C -- I b- c (c z U C PE R P E N D I C U L A P MI D - B A Y I- P L Y EX A M P L E LO C A T I O N S - IN S I D E — No : ic r Co n s l r j c l i n n Sh e e t : RE V I S E D of 16 SC A L E : I” = 1- 0 ’ PL A N VI E W S T- 7 2x 1 2 PT ST A I R BO A R D w/ (3 ) GR I P - R I T E #9 ,c 3” HD G NA I L S @1 2 ’ O. C . CL O S E D RI S E R (S H O W N ) or CH I L D - S A F E OP E N RI S E R SU C H TH A T 40 SP H E R E CA N NO T PA S S 2x 1 2 PT ST R I N G E R or PR E F A B R I C A T E D EQ U I V A L E N T NO T E : PO S T NE E D E D EV E R Y 8- 0 ’ MA X . OF ST A I R RU N (2 ) 34 ” 0 x 6” HD G BO L T S (T Y P ) BE V E L - C U T 2x 8 PT w/ (4 ) GR I P - R I T E #1 0 x 4 ” H D G SC R E W S PE R PO S T 4x 4 PT PO S T (E I T H E R IN S I D E or OU T S I D E ST R I N G E R ) SE E 12 ” 0 FT C PE R PL A N 2x 4 PT CL E A T w/ 34 ’ 0 AN C H O R BO L T w/ WA S H E R & NU T -7 ’ EM B E D M E N T In 0 cc 0 U .4 - ) cr j IJ FL O O R JO I S T . BA N D or OU T S I D E GI R D E R BO A R D PE R PL A N (N . T . S . ) D ‘C , 2w . D a Da n i e l C. Sm i t h , FE Co n s u l t i n g En g ’ n n 32 3 7 Me l v i n Ar n o l d Ro a d Ra l e i g h , NC 27 6 1 3 PT ST R I N G E R 1’ : 91 9 . 8 4 4 . 6 0 5 0 ex t 1 1: 8 7 7 . 8 4 1 . 6 0 3 0 F: de c k s s x d a n s n , i t h 1 e . c o r n RE S I D E N T I A L AT T A C H E D DE C K TR I M BA C K ED G E OF ST R I N G E R AS SH O W N US P CS H - T Z CO N C E A L E D ST R I N G E R HA N G E R w/ GR I P - R I T E #9 x 11 4 ” HD G NA I L S 1 DR O P P E D ST R I N G E R TO P CO N N E C T I O N W- 3 SC A L E : 1” = 1- 0 ” EL E V A T I O N VI E W ST A I R ST R I N G E R PO S T TO SU P P O R T ST A I R ST R I N G E R W- 3 SC A L E : 1” ‘ 1- 0 ” EL E V A T I O N VI E W 4x 4 I’ T G U A R D R A I L PO S T EI T H E R IN S I D E or OU T S I D E OF ST R I N G E R (2 ) ‘ Ox 6’ HU G BO L T S (T V I’ ) (T N GU A R D R A I L PO S T TO ST R I N G E R DE C K I N G TR E A D w/ 3/ 4 ” to 13 4 ” NO S I N G HC A t l t : 1’ 1 ‘- 0 ’ Pb ’ N Vl l , W 10 ” MI N . TR E A D NO T E : ST A I R SH A L L HA V E 3’ x 3’ MT N . CL E A R LA N D I N G AR E A , FI N I S H E D PE R LO C A L CO D E , GR A D E I) ci i 0 0 PA I N T / C O A T CU T EN D S OF ST R I N G E R (T Y P ) 8” WI D E x 4” TH I C K CO N T I N U O U S CO N C R E T E 30 ” DE E P x 8” 0 FT G S w/ AN C H O R BO L T S PE R PL A N ct bt U C 30 ” DE P T H (M I N . ) NO T E : FT G S © BO L T S MA Y BE CI R C L E S or SQ U A R E S AS DE S I R E D . KI N TY P ST A I R FO O T I N G DC S P P . 5: 19 - 1 ) 0 1 0 1 Dr a w n Br : TR W / K S W Re v i s i o n Hi s t o r y : 7) 2 OR t C P t x ’ S t 4. 1 3 OA t s a Fc x r t l N ( : s X Fa r Co n s t r u c t i o n — t’ j o t fo r Co n s t r u c t i o n Sh e e t : RE V I S E D W- 3 SC A L E : 1” = 1- 0 ” EL E V A T I O N VI E W of 16 GU A R D R A I L 34 ” MI N AB O V E TR E A D NO S I N G 4W ’ 0 SP H E R E CA N NO T PA S S AN D , IF GU A R D RA I L PR E S E N T . .6 0 SP H E R E CA N NO T PA S S (1 U)0 -J Di F- ’I US LU 0 H 4 ST A N D A R D HA N E ) R A I L H E l C I 4 T 3 4 ’ - 3 FR O M TR E A D (f l ’ P , F -< /. I 1 i’ — DX ’ rr r ’ , ’ r r ‘I a Da n i e l C. Sn i i t l - , PE Co r I ’ c T l l t i n g En g T n e e r c 13 2 3 7 Me L v i n .4 r n n l d Ro i , d Ra I e i R h . NC 27 6 1 3 P 91 9 84 4 60 5 0 ex t I P 87 7 84 1 . 6 0 5 0 E de c k s ” d L I n s n L I R p e co r n cv (n cv Co ) PI C K E T & RA I L I N G NO T E S • IN S T A L L E R MA Y SU B S T I U J E A PI C K E T DE S I G N NO T SH O W N PE R HO M E O W N E R RE Q T E S T TH A T FO L L O W S LO C A L CO D E RE Q U I R E M E N T S . • RA I L I N G RE Q U I R E D FO R DE C K S w/ 31 ] ’ ci t MO R E FR O M GR A D E to TO P OF DE C K I N G • US E GR I P - R I T E #9 ,c 3” HD G NA I L S or EQ U I V A L E N T . PI C K E T RY E ) 40 SP H E R E CA N NO T PA S S (T Y P ) / 2 GU A R D R A I L PI C K E T SP A C I N G W- b SC A LE : N4 .. I I] ” EL I ] c ’ A I’ L O \ VI E W CL A S S I C AU T O R A I L IN S I D E HA N D R A I L PO S T S RE S I D E N T I A L AT T A C H E D DE C K AU T O R A I L TR A O f T ( O N A L (T N GU A R D R A I L PI C K E T OP T I O N S OU T S I D E HA N D R A I l , PO S T S SC A L E : 37 4 ’ - 1- 0 ” ii F, V A T 1 O N /1 F W fl , M I __ _ (N ST A I R GU A R D OP E N I N G S .— C ’ , L E S, 4 : c i H c , / , ’ r i , ) \ ,- _ _ _ _ \ r , 1” L. M - i i J . 94 3 2 it MO U N T E D TO WA L L HA N D R A I L NO T E S • HA N D R A I L I N G IS RE Q U I R E D PE R LO C A L BL U L D I N G C O D E RE Q U I R E M E N T S . MA Y NO T BE RE Q U I R E D IN AL L AR E A S . • WH E N TH E R E AR E 4. RI S E R S IN A FL I G H T OF ST A I R S , TY P I C A L L Y HA N D R A L S MA Y BE RE Q U I R E D ON AT LE A S T II ) SI D E • HA N D R A I L SH A L L 55 CO N T I N L O U S S 4 ’ - 35 1 N HE I G H T . • HA N D R A I L SH A L L TE R M I N A T E IN T O NE W E L PO S T or SA F E T Y TE R M I N A L S or HA V E EN D RE T U R N E D . MO U N t E D TO PO S T (T N HA N D R A I L MO U N T I N G EX A M P L E S N- -4 In 0 00 0 U 2 (I t 0 (I t CC U El . EV A T I O N vo w Ro , M : \ . _ , 7 r 4 - . : , / 2Z %I A X • US E fl x DX ” 5. 5 . TR I M HE A D SC R E W or EQ U I V A L E N T 12 ’ CC . or (2 ) PE R IN T E R S E C T I O N IR E F , 1 1 1 1 ? IR C R 3 I I 7 e t I l IE E F : 2 1 1 1 1 1 R C 1 3 1 1 , ’ i , l ’ 2 1 FO R WO O D FA S T E N E R S . - FO L L O W MA N U F A C T U R E R ’ S TY P E I HA N D R A I L GR I P SI Z E (7 ” TY P E II HA N D R A I L GR I P SI Z E RE C O M M E N D A T I O N S FO R ME T A L MO U N T I N G A’ - E ‘S C A L P ‘V - I .0 rr F’ V A I I C L L I V I I ’ , W SC A L E 4- 1 ’ - EL E V A T I O N VI ’ C BR A C K E T S . Mi i % I6 MI N ,i z ½ i, U “C DC S T ’ E : 19 - 0 . 0 1 C C Dr a w , ’ Dv : mw / K s ’ : Re i s , o n Hr s l o r y : ‘/ 2 I, OR lO I N I iv I l CI L I A AW ( l i N ( S X Fo r — No t to t Co n r u c Li o n Sh e e t : RE V I S E D W- 6 of 16