Laserfiche WebLink
<br /> <br /> -r~ IF TOP OF GRADE <br /> COMPACTED BACK FILL <br /> ...-- 3" x 3" POST (SEE TABLE) <br /> (2) 2" x 2" x .t" ANGLE OR <br /> ~ (1) U CHANNEL x "t" <br /> N <br /> ~ 318" x 3- 1/2" BOLT <br /> . 80 LB. 2500 PSI <br />'t" IS 1111CKNESS OF ~ CONCRETE PRE.MIX <br />REQUIRED POST '" <br />-.-- <br /> I I 3' EXTRUDED ALUMINUM <br /> l J BASE <br /> ~6" <br /> <br />'Z..o" MIN. <br />BEFORE SLOPE <br />1-' ..(: I <br />I : I~ <br />I ,'" <br />~ <br />I I J II I I II <br /> <br />ALUMINUM/STEEL <br />COLUMN <br />SEE SECTION 9 FOR <br />ANCHORS <br /> <br />'1.J CHANNEL (SEE <br />SECTION 9 FOR <br />CONNECTIONS) <br /> <br />CONCRETE ANCHORS <br />(SEE SECTION 9) <br /> <br />(1) #Sill BAR CONT. <br />rJl'~ . <br />W"'I - <br />~;7 .~ -< " <br />0( N I . <br />>~, I , .. <br /> <br /> <br />(1) #Sill BAR CONT. <br />J1b",'~" . <br />~ ~ _/~ ~ - - <br />~>' ..'. <br />, : I <br />I ,(---,(- <br />6" <br /> <br />TYPE II <br />~DERATE SLOPE FOOTING <br />2"/12" - 1'-10" <br /> <br /> <br />CONCRETE Su-a OR <br />FOOTING POST TO CONCRETE CONNECTION <br />INTERNAL OR EXTERNAL RECEIVING CHANNEL <br /> <br />TYPE I <br />RAT SLOPE / NO FOOTING <br />0-2" /12" <br /> <br />TYPE III <br />STEEP SLOPE FOOTING <br />> 1'.10" <br /> <br />SEE SECTION 9 FOR <br />ANCHORS <br /> <br /> <br />NOTES: <br />1. NO FOOTING 0111ER T1-IAN 4' Su-a IS REQUIRED EXCEPT WHEN ADDRESSiNG EROSION <br />UNTIL 111E CARPORT OR PATIO COVER EXCEEDS 20'..0". 111EN A MINIMUM OF A TYPE II <br />FOOTING IS REQUIRED. <br />2, FOR WOOD FRAME UTiliTY SHEDS 111E MINiMUM DEPTH OF 111E FOOTING SHALL BE 10' FOR <br />TYPE II FOOTING AND 14" FOR TYPE III FOOTING. <br />3. MONOU111IC Sv-aS AND FOOTINGS SHALL BE MiNIMUM 2,500 PSI CONCRETE WI1116x6-1Ox10 <br />WELDED WIRE MESH OR FIBER MESH MAY BE USED IN liEU OF WIRE MESH. <br />4. IF LOCAL BUILDING CODES REQUIRE A MINIMUM FOOTING USE TYPE 11 FOOTING OR <br />FOOTING SECTION REQUIRED BY LOCAL CODE. LOCAL CODE GOVERNS. <br /> <br />ALUMINUM/STEEL <br />COLUMN <br /> <br />2" x 2" WITH WALL <br />THICKNESS EQUAL TO OR <br />GREATER T1-IAN COLUMN <br />WAlL <br /> <br />ALUMINUM POST AND BURIED FOOTING CONNECTION <br /> <br />CONCRETE ANCHORS <br />(SEE SECTlON 9) <br /> <br />CONCRETE Su-a OR <br />FOOTING <br /> <br />3" x 3" POST T1JRN <br />BOLTED" TO ANCHOR <br />RISER <br /> <br />POST IN CONCRETE <br />rl41ll BAR 12" LONG <br /> <br />POURED CONCRETE <br />(REFER TD TABLE 2.4) <br /> <br />(j) <br />0-' <br />LJ.J~ <br />J:~ <br />(j)Z <br />.~ ~ (j) <br />(j)(/') -' <br />O::Wz<i <br />~O::OI- <br />O~-W <br />(..J1-t:0 <br />(..JON <br />O:::lWZ <br />f=O::OO <br />~I-o_ <br />0.(/')01- <br />~N(..J <br />(/')-., UJ <br />I-...J (j) <br />o::~ <br />O~ <br />a.~ <br />0::-, <br />~~ <br />(..J <br /> <br />/ <br /> <br />I <br /> <br />POST TO CONCRETE CONNECTION <br />INTERNAL OR EXTERNAL ANGLE CLIPS <br /> <br /> <br />2-314" x 2-314" x 2.1/2" <br />LONG x 118" T1JBING <br /> <br />WELDED CONNECTION <br /> <br />FASTEN (SEE TABLE 2.5) <br /> <br /> <br />SLAB-FOOTING DETAILS <br /> <br />iNTERNAL EXTRUDED <br />AlUMiNUM BASE OR <br />BREAI< FORMED U-CU? <br />WI111 WALL EQUAL TO OR <br />GREATER T1-IAN POST <br />WAlL <br /> <br />NOTE; <br />A TT ACI-IMENT DETAILS <br />SHOWN REQUIRE <br />DIAGONAL BRACING FOR <br />FREE-ST ANDING COVERS <br /> <br />ALUMINUM I STEEL <br />COLUMN <br /> <br />CORROSION RESISTlVE <br />STEEL 111RU BOLT PER <br />SCHEDULE <br />SEE SECTION 9 FOR <br />CONCRETE ANCHORS <br /> <br />~~ <br />~-~ <br /> <br />I I' <br />,I- 12" -,(- <br /> <br />ALUMINUM STRUCT1JRE FOOTING <br />2500 PSI CONCRETE WITH (3) ~ <br />BAR CONT. MINIMUM 2.112" OFF <br />GROUND <br /> <br />~~ <br /> <br />, .~ <br />-;(' 8" ,('- <br /> <br />ALUMINUM STRUCT1JRE FOOTING <br />2500 PSI CONCRETE WITH (1) #S <br />BAR CONT. MiNiMUM 2-1/2" OFF <br />GROUND <br /> <br />RIBBON FOOTING TYPE I <br /> <br /> <br />> <br />~'v <br /> <br />12" X 12" X 1/4" PlATE <br /> <br />3-1/2" CONC. StAB <br /> <br />. POST MAY BE FILLET <br />WELDED DIRECn Y TO <br />BASE PlATE <br /> <br />CONCRETE Sv-a OR ~ <br />FOOTING <br />POST TO CONCRETE CONNECTION <br />TUBE COLUMN BASE SCHEMATIC INTERNAL BASE <br /> <br />RIBBON FOOTING TYPE II <br /> <br />ISOLATED FOOTING <br /> <br />.BASE ANCHOR CONNECTOR <br />FOR POST TO SLAB CONNECTION <br /> <br />12 <br />112=- <br /> <br /> <br /> <br />____ GALV. METAL STRAP (14 GA. X") <br />8" X 8" X 1 S" CONCRETE BLOCK <br /> <br />12" ALUMINUM PANEL <br />ROOF (SEE TABLE 2.5) <br /> <br />RECENING CHANNEL <br /> <br />ANCHOR AlUMINUM FRAME <br />TO WALL OR StAB WITH <br />1/4' X 2.1/4" MASONRY <br />ANCHOR WI111IN 6" OF POST <br />AND 24' O.C. MAXIMUM <br /> <br />(1) rl41ll BAR CONTINUOUS <br /> <br />(1) rl41ll BAR AT CORNERS AND <br />10'..0" O.C. FILL CELLS AND <br />KNOCK OUT BLOCK TOP <br />COURSE WITH 3000 PSI PEA <br />ROCK CONC. DECK <br /> <br /> <br />CONCRETE CAP BLOCK OR <br />BLOCK (OPTIONAL) <br />RJBBON OR MONOLl11-1IC <br />FOOTING <br />(IF MONOLl111IC SLAB IS USED <br />SEE NOTES OF DETAILS NEXT <br />PAGE) <br />8" X 8" X 16" BLOCK WAlL <br />(MAX. 32") <br /> <br /> <br />~ 8" X 24' X 24' POURED CONCRETE PAD <br />(2) #S BARS (18" LONG) EACH WAY <br /> <br />.f- <br />W ~_ <br />. '" N <br />0... ... - <br />~ N <br />Ul'" <br />::r~Li. <br /><J) <.J - ~ <br />Cf-~'l'..o <br />~ 0 "- '" <br />CllJ~;e:g <br /><J)~o(~~ <br />aJoa~;e <br />,...J :r ___ <br />. ~ ;- W (!; <br />W~i55~ <br />'1\'~::~ <br />"":l:"'fu,,- <br />C)llJ"'.... <br />CllJ"'w <br /><J)~~;- <br />~ ~ <ll <br />~OJo <br />ro S ~ <br />-.JG <br /> <br />RECENlNG CHANNEL <br /> <br />12" ALUMINUM PANEL <br />(SEE TABLE 2.5) <br /> <br />CONCRETE POURED CELLS WI111 #S BAR <br />(SAKRETE READY MIX .,,1 GRAVEL) <br /> <br />PAD FOOTING <br /> <br />ALUMINUM UTILITY SHED WALL <br />(ELEVATION) <br /> <br />ALUMINUM UTILITY SHED WALL <br />WITH DOOR (ELEVATION) <br /> <br />#8 X 112" S, M. S. INTO <br />s= EACH RISER @ PANEL <br />ENOS <br /> <br />- ;~ ANO BOTTOM PAN ROOF <br /> <br />BOTTOM CHANNEL (SEE TABLE 2.5) <br />ANCHORED TO SLAB <br />~ W/1,4'QJ X l' PAN TO WA~ <br />~ EMBEDMENT CHANNEL(3)#8x1/2 <br />EXPANSION BOLTS@ PER PAN <br />24' 0 C. OR CONCRETE <br /> <br />~ ~~R=:R PANEL ?AN TO WALL <br />I -C (SEE TABLE 2.5) <br />~ 1 1/4'lllx 1-1/4' <br />i:MBEDMENT <br />II IT EXPANSION BOLTS OR <br />~ EQUAL DRIVE PINS @ <br />24'0.C. <br /> <br />(2) #41ll BARS MIN. 2-1/2" OFF <br />GROUND <br /> <br />. <br />'" <br /> <br />KNEE WALL FOOTING FOR SCREENED ENCLOSURES <br /> <br /> <br /> <br />ALUMINUM ATTACHMENT <br /> <br />12 <br />112=- <br /> <br />,.- <br />) <br />b:!:; <br />~lu <br />>U.I <br />rJl <br />;c <br /> <br />CONCRETE FILLED BLOCK <br />Sre.... WALL 8" X 8" x 16' C.M.U. <br />(1) rl41ll BAR CONTINUOUS <br /> <br />---'1 \- <br />I <br />I <br /> <br />-ir <br />I <br /> <br />RECElVING CHANNEL <br />PAN WALL <br /> <br />2" x 2" x 0.044' BRACE <br />FOR GREATER PAN ~ <br />HEIGHT I <br />(REFER TO TABLE 2.5) I <br /> <br />8' X 12" CONCRETE FOOTING <br />WITH (N) #S BAR CONT. <br />LOCATE ON UNDIST1JRBED <br />~T1JRAL SOIL (1) #5QJ VERT. <br />BAR AT CORNERS AND <br />." O.C. MAX. FILL CELLS WI <br />3000 PSI PEA ROCK <br />CONCRETE <br /> <br />~ 'x" <br />2 10'..0" <br />2 8'..0" <br />3 4'..0" <br /> <br />h' W <br />32" , 2" <br />36- 12- <br />48- 1a- <br /> <br />~ <br /> <br />. ALL MASONRY KNEE WALLS SHALL HAVE A FILLED CELL AND VERTICAL BAR AT ALL CORNERS <br />3-1/2" CONCRETE SLAB 6 X 6. lOx 10 welDED WIRE MESH OR FIBER MESH CONCRETE <br />VISQUENE VAPOR BARRIER UNDER SLABS HAVING STRUCT1JRES ABOVE COMPACTED CLEAN <br />FILL OVER (SCARIFIED) NAT1JRAL SOIL 90% DENSITY <br />RAISED PATIO FOOTING <br />KNEE WALL FOOTING FOR SCREENED ENCLOSURES <br /> <br />3-112" CONCRETE SLAB <br /> <br />NOTE; <br />.MAX. SHED FLOOR AREA <br />200 Sa. FT. <br /> <br />ATTACH PANELS TO <br />CHANNEL W/ (2) #8 x 112" <br />S.M.S. EACH PANEL @ <br />EACH END <br />PAN WALL CONNECTION <br /> <br />SECTION THROUGH UTILITY SHED <br /> <br />OF 8 <br />