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HomeMy WebLinkAboutPlansCHASGES IN TEMPORARY CONSTRUCTION TRAIJ.ER PJ.ACEMF.NT Please note that the placement of the construction trailers has heen modified from the original plat provided with the Spet:ial Use Permit Application. These changes are being implemented to improve safety and operations in the Central Production Area storage area. The revised placement also optimizes space requirements to allow additional room for general storage. Sheet No. 1 ============:==== =====================================~======== BEN J . KRAKOWSKI, P. E. CONSULTING STRUCTURAL ENGINEE R . . 13413 N. 101st Way Sco ttsdal e, Az . 85260 Phone: (480) 451 -0587 ============:==== =======================:====================== ~TJ ONS FQJL STD. 24' x 60' MODULAR OFFICE UNIT STATE OF COLORADO PREPARED FOR: MOBILE MINI , IN C., MARI COPA , AZ . 2003 ·Intern ational Building Code Roof Uve Load = Roof Dead Load = Floor Uve Load = Floo r Dead Load = Wall Dead Load = Wind Load: 40 psf (snow) 10 psf, 12 psf (truss) 50 psf 10 psf 7 psf Basic Wind Speed, V 3s = 100 mph, lw = 1.0 Height & EXJ!>osure Coeff. (0-15', Exp. C) = 1.21 MWFAS Load = 19.9 psf (roof slope 3:12 pitch) p = (19 .9 psf)(1 .21){1 .0) = 24 .1 psf (horiz.) Seismic Lo ad: SiteCiass o: Design Cat egory D Ss <= 0.25, Fa = 1.6, le = 1.0, R = 6.5 S ms = Fa Ss = (1 .6)(0.25) = 0.40 S ds = 2/3 S ms = {2/3)(0.40) = 0.267 V (simplified) = 1.2 S ds W 1 R = 0.092 W Allowable Soil Beari ng Pressure = 1,000 psf MATERIAL S.et=..9!E!QA.TIONS : 1. Foundation Pads -3" th ick precast concrete or min. 3/4" thick pressure -treated plywood * (marked PS 1 ). See Foundat ion Plan tor pad sizes. 2. Support Piers -Adjustable st eel jack stands , min . 4,000 lbs. capacity. 3. Tie -Down An chors -Minute Man Mode l 4430 -DH 3/4 MMA -6 (or equal) auge r -type anchors, min. holding power = 4,725 lbs. Install per man ufacturer~s_r~mendations. ----------------------------------------------* P-T Plywood pads: min. 3/4" thick for 16 " x 16"; min . 1 1/8" thick for 24" x 24". ' ~u .~j\ w MI:-t~fl(_ ~'M-f 0~ /8/0 ~.3 24' x 60' UNIT: Sheet No. '1. ::;::=:::::======::;::::::;:;::;:===========::======================·======·==::::===::;::= FOUNDATION PADS ============,==========::::::>::======================:=========::===;;:;:;= DESIGN D1\TA~ Roof LL + DL = 50 psf Aoor Ll + DL = 60 psf Exterior Wall DL = 7 psf Allow. Bearing Pressure = 1 ,000 psf Pf.DS ALONG EXT._gHASSIS BEAM§..; Spacing of Pads = Total LL + DL = Pad Area Req'd. = Area Provided = 2.50 ft. o.c. 1,767 lbs. 1.77 sq. ft. 1.78 sq. ft ...... OK Roof Trib. Width = Aoor Trib. Width = Aoor Trib. Width = Ext. Wall Height = Type of Pad: Pad Width = Pad Length = 5.9167 ft. 5.9167 ft. (Ext.) 5.9167 ft. (Int.) 6.00 ft. See Sht. No. 1 16.00 in. 16.00 in. Therefore, Use: J§" _ _x J6" Foundatign Pads @ 2'-§" __ Q.g. __ (See She<!t_No. 1), t:l_elow Adjust<ll:)le _Ste<l!_~<:ICI<-Supports. Spacing of Pads = Total LL + DL = Pad Area Req'd. = Area Provided = 4.83 ft. o.c. 1,715 lbs. 1.71 sq. ft. 1.76 sq. ft ...... OK Type of Pad: Pad Width = Pad Length = See Sht. No. 1 16.00 in. 16.00 in. Therefore, t,Jse: 1!1~.!'_16" FoundationPag~ __ @__4'_c-10" o.c. 1Se~_§heet No. 1), l:lelow Adjustable Steel Jack Supports. PADS AT END POSTS: Total Roof Load = 17,940 lbs. Total Floor Load = 600 lbs. Pad Area Req'd. = 16.54 sq. ft. Area Provided = 20.00 sq. ft ...... OK Type of Pad: Pad Width = Pad Length = No. of Pads = See Sht. No. 1 24,00 in. 24.00 in. 5 Therefore, Use: 5::::1!~" x 24" Founc:l""!on Pads @End Poslll _(S~e :;!ht~No. J), ~~.9.\V Adjustable Sl!lei._J_acl< _Supports. --- Total Roof Load = Total Floor Load = Pad Area Req'd. = Area Provided = N/A lbs. N/A lbs. o.oo sq. ft. 0.00 sq. ft ...... OK Type of Pad: Pad Width = Pad Length = No. of Pads = N/A N/A in. N/A in. N/A 24' x 60' UNIT: Sheet No. :1> ============;:::;:::;:::;=::::;:;::::=:::::;:::;::::;:::;=:::;::::;;;:::::;:::;:::;:::;:::;:::;::::;::::;=:::;:::;:::;:::;::::;=====:=======o=----- LATERAL FORCE ANCHORAGE ============================================:=============:;: Al\l(;ljQf'l.DESI(31\j_: Wind load -24.1 psf Seismic load -0.092 W Max. Wmd lDad = 3,270 lbs. <--Governs Max. Seis. Load = 640 lbs. Tie-Down Anchor: Auger-Type Anchor Capacity > Max. Load .... OK Roof + Floor DL = Building Width = Building Height Anchor Spacing - Anchor Capacity - 22.0 psf 23.67 ft. 12.33 ft 11.00 ft. o.c. 3,340 lbs.* Therefore, Use: Minute Man Model 443Q,-DH 3/4 MMA-6_~uger-Type Anchors (0.. Equal)_@ 11' 0" o.c. Alj:>n_fl_S[des ~--1 __ E;at;_I!_J;nd of Unit. *Anchor capacity @ 45 deg. angle = (4, 725 lbs.)(O. 707) = 3,340 lbs. 24' x 60' UNIT: BEN J ... KRAKOWSKI, P. E. Sheet No. 4 ---"CO"'f.ISU[fiNG"-S""T"'RU"'C""T,U"'RA.,L ~NGiNEER 12' x 6Q'EXTERIOR UNIL.iQ.~:-SPI\N JB..l,§§ @ MOD-UNE); (2 Required -1 as shown, 1 opposrte hand) Ext. of Unit ->1 ..... 5 Space~ 60' @ I 11'-0" D.C. 11'-10" ~-C.L steel chassis beam-~ FOUNDATION PlAN .... (NfsT -"Mod-Une" (Int. of Unit) 2' " o.c. @ Ext. I 4'-10" o.c. @ Int. ·····~ 1 '--·16" x 16" Foundation pads with adjustable steel support pier, typ. See Shrt. No. 1 for specifications IC--Unit outline 5 -24' x 24" Foundation pads wt adjustable steel support piers at end posts, typ. each end. See Detail 3/S-2. STANDARD FACTORY-BUILT MODULAR BUILDINGS 1Xff~ >T\l-AP w/Lv111P, if'lSTA;~L-P4 1-lf-11--'S. ltJS11>.-VcTioAJS -~>" Tl£-\:.0\.JN fAI!-11\ Ai'!t-1\o~, ';,t.f PlA"-' ~-~--;.,,.......,.( II II A, r::;'\_11\'. TIE.-t>oW,V I\JJCf1o (2. v (~A;Jc/1/i:l'i'i (P-i.t1f) TYPICAL FOUNDATION & TIE-DOWN DETAILS Scale: 3/4' = 1'-0" S-1 STANDARD FACTORY-BUILT MODULAR BUILDINGS H.~. -, -~ -- I< j<--Mo:>D-lA,Jf-PcSH .. . ~ I I I 6><" t>.f.~2. t.Jcol> o{l-' t!, r,:!!:; klb:><"' ~ JE_.k(... p,f'/1 '1 IJ 0 A tJ". .S IE.I'. L. 1''\E .. p ft.J• "~-.).. I 0'1""'1</'> ~-'''"""' FovNOA;\Ie>;ol PA-D~) s£.£ PLA-rJ 0 T\'P. M.t... PoST SVF't>ol'-1~ (I>A;5£Mf.•JT f-1'-11-"11'-) ' ~.#wt· ( ;~., v.nA's/':s,'') l ;, '(1 •, \;·1 24600 ~) l,S;. / J ' ' y ~ i!'q,'·· .•...... ~,;,'IIi> ~·~£ ~u~ .. :. ~">t{'o .. -n-,·oS' TYPICAL FOUNDATION DETAILS Scale: 3/4" = 1'-0" S-2 PHOENIX MODUL .. t\R z '•A.? ~($: c . 'J ~y' e.,,, __ . s·.l/1 . 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