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JOB FLORIDA MEDICAL CLINIC <br /> + ", ,,, VOl-l�i � e,e� ��C. SHEET NO 2 OF 3 <br /> �� ��� ��� CALC BY DATE O6/29/12 <br /> 60'Z c� lllexgnder St, c�uite 103, Plant City, FL 33563 CHECKED BY DATE <br /> 813 704 484'Z otc/ 813'Z04 4843 t� MEMORANDUM: - VE#12-01093 GN <br /> Paul D. Ridoell.P.L. I2e #52683,COA#Z8035 <br /> CLIENT. AMERICAN PETROLEUM IMAGING LOCATION: ZEPHYRHILLS, FL <br /> General Notes and Soecifications <br /> 1 0 Contractor Responsibility <br /> 1 � Veriiy all dimensions and report any discrepancies to engineer prior to starting any work. <br /> 1.2 Field verify the adequacy of the structure and/or substrate to support the signage. <br /> 1.3 Choose a connector from the listed altematives that may be logistically installed per manufacturer's specifications,given the prevalent <br /> field conditions. <br /> 1 4 Mixing and matching the listed connectors is acceptable to achieve the desired proper attachment per manufacturer's specifications <br /> (i.e.-as substrate dictates,a part of the sign may be attached with all-thread rods,whereas another portion may require Titen HD's) <br /> 2 0 Anchors: <br /> 1 1 All anchors shall be installed per manufacturer's specifications. <br /> 1.2 All anchors are required to have Florida Product Approval or a Miami-Dade NOA. <br /> 1.3 All weather exposed anchors shall be hot-dip galvanized or stainless steel. <br /> 1 4 All connectors in contact with pressure treated or fire resistant lumber shall be hot-dip galvanized or stainless steel. <br /> 3.0 Epoxy' <br /> 3 1 All epoxy shail be installed per manufacturer's specifications. <br /> 3.2 All suAaces and penetrations shall be prepared in accordance with manufacturer's surtace preparation gui<ielines <br /> 4 0 Silicone Adhesive: <br /> 4 1 All silicone adhesive shall be installed per manufacturer's specifications. <br /> 4.2 All surfaces and penetrations shall be prepared in accordance with manufacturers surface preparation guicielmes. <br /> 5.0 Steel: <br /> 5.1 All steel shall conform to ASTM A992(wide flange),ASTM A500(all tube and pipe),or ASTM A36(All other shapes,bars,and plates), <br /> unless otherwise noted. <br /> 5.2 All steel shall be Fy=36 ksi(46 ksi for tube shapes),unless noted otherwise. <br /> 5.3 All exposed metal shall be properly primed and painted,galvanized,or stainless steel. <br /> 5.4 All field welds shall be continuous fillet welds with a throat thickness equal to the thickness of the member being welded(1/4"min.),use <br /> 7oXX electrode material,or equal. <br /> 5.5 All shop welds shall be continuous full penetration welds. <br /> 5 6 All splices shall be sleeve spliced with a 2'-0"minimum lap,using a 3/8"minimum butt and cap plate,snug fit,with a continuous 1/4"fillet <br /> weld along the full edge of the cap plate,U.N.O <br /> 5.7 Other splices shall be defined and noted in the calculations. <br /> 5.8 All welds shall meet AWS sTandards <br /> 6.0 Aluminum: <br /> 6.1 All aluminum shall be alloy 6063-T6 or equal in material and strength properties. <br /> 62 All welds shall be full penetration continuous welds. <br /> 7 0 Wood: <br /> 7 1 All wood components shall be#1 Southem Yellow Pine,pressure treated or equal. <br /> 7.2 All sheathing shall be e�Rerior grade,pressure treated,and rated. <br /> 7 3 All nails shall be ring shank,as specified,and hot-dip galvanized. <br /> 8.0 Masonry <br /> 8.1 General specifications for masonry structures: <br /> S 1 1 Masonry construction and materials shall conform to all requirements of,"Specification For N1Aasonry Structures <br /> (ACI 530.1/ASCE 6/TMS 602),"except as modified by these contract documents. <br /> 8.1 1 Testing of field materials is not required by engineer for this project. <br /> 8.12 Compressive sVength requirement is fm=1500 psi. <br /> 8.1 3 Determination of compressive strength is allowable stress method <br /> 8.1 4 Unit strength method is not applicable. <br /> 8.1.5 Quality assurance is not applicable. <br /> 8.2 Products: <br /> 82.1 Mortar Materials shall be type M or S mortar <br /> 8.2.2 Masonry unit materials shall be 1900 psi min.,CMU <br /> 8.2.3 Reinforcement,pre-stressed tendons,and metal accessories shall be 60 ksi rebar(min.). <br /> 8.2.4 WWF to be installed as specified. <br /> 8.2.5 Stainless steel is not applicable. <br /> 8.2.6 Coating for corrosion protection is not applicable. <br /> 8.2.7 Corcosion protection for tendons is not applicable. <br /> 82 8 Pre-stressing anchorage,couplers,and end blocks are not applicable. <br /> 8.2 9 Joint fillers are not applicable. <br /> 8.2.10 Lintels to be by Cast Crete or equal. Power's Power-Box lintel is not acceptable. <br /> 8.3 Execution: <br /> 8.3.1 Pipes and conduit are not applicable. <br /> 8.3.2 Accessories are not applicable. <br /> 8.3.3 Expansion and control joints shall be as indicated in plan set. <br /> 9.0 Concrete: <br /> 9.1 Operation,installation,and procedure to comply with ACI standards. <br /> 9.2 Concrete&minimum compressive strength of 3000 psi at 28 days(U.N.O) <br /> 9.3 Reinforcement rebars ASTM A615 Grade 60(U.N O) <br /> 9 4 Welded wire fabric(WWF ASTM A185) <br /> 9 5#5 rebar lap to be 31"minimum. <br /> 10 0 Soil <br /> 10.1 Minimum allowable soil bearing pressure 2000 psf U.N.O <br /> 10.2 The foundation system for the attached project is designed for a minimum allowable soil bearing pressure of 2000 psf <br /> 10.3 It is the contractor's responsibility to verify soil capacity and compaction. <br /> 11 0 Applicable Codes: <br /> 1' 1 2010 Florida Building Code,Building <br /> 11.2 ASCE 7 current version <br /> 11 3 ACI 318 current version <br /> 11 1 ACI 530 current version <br /> 2 �.�� 11.5 National Design Specificat�ons,cunent version. <br /> 11.ti AISI:Jt@21 U@Slgn M8nU81,CufT@nt v@fS10�. <br />