TABLE OF CONTENTS. Roof Decks 172 B, BA, BV Deck N, NA Deck. Form Decks FD,.6 FDV Deck 1.0 FD, 1.0 FDV Deck 1.5 FD Deck 2.0 FD Deck 3.

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1 Pages identified with the NMBS Logo as shown above, have been produced by NMBS to assist specifiers and consumers in the application of New Millennium Building Systems Deck products. Pages identified with the Steel Deck Institute Logo as shown above, have been reproduced from the SDI Publication #30, Design Manual for Composite Decks, Form Decks and Roof Decks. LIABILITY STATEMENT The data published in this catalog has been developed using recognized engineering principles and is intended for general information only. Although the data shown is believed to be accurate, New Millennium Building Systems does not assume any liability or obligation of any kind or nature arising from or related to the data provided herein and/or its use. Applicability of the products and the accuracy of the data should be assessed by a licensed professional engineer or architect to determine the suitability for the intended application. TABLE OF CONTENTS Roof Decks 172 B, BA, BV Deck N, NA Deck Form Decks FD,.6 FDV Deck 1.0 FD, 1.0 FDV Deck 1.5 FD Deck 2.0 FD Deck 3.0 FD Deck Composite Floor Decks CD Deck 2.0 CD Deck 3.0 CD Deck General Deck Information 190 Standard Deck Accessories Fire Resistance Ratings for Deck Bills of Material SDI Specifications for Roof Deck 194 SDI Specifications for Roof Deck, Sections 1 through 9 Roof Deck Design Example SDI Specifications for Non-Composite Floor Deck 200 SDI Specifications for Non-Composite Floor Deck, Sections 1 through 4 Non-Composite Form Deck Design Example SDI Specifications for Composite Floor Deck 206 SDI Pour Stop Selection Table SDI Specifications for Composite Floor Deck, Sections 1 through 7 Composite Floor Deck Design Example Roof Deck Diaphragm Shear 215 Typical Fastener Layouts Diaphragm Shear Strength and Stiffness Design Example B, BA Deck Allowable Diaphragm Shear Strength Tables N, NA Deck Allowable Diaphragm Shear Strength Tables ROOF DECKS FORM DECKS COMPOSITE FLOOR DECKS GENERAL DECK INFO SDI SPECS, ROOF DECK SDI SPECS, NON- COMPOSITE FLOOR DECK SDI SPECS, COMPOSITE FLOOR DECK ROOF DECK DIAPHRAGM SHEAR 169

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3 QUALITY ASSURANCE DECK PRODUCTS New Millennium Building Systems produces a wide range of floor and roof deck at the Butler, Indiana and Lake City, Florida manufacturing facilities. Our Salem, Virginia location will also be producing deck by the third quarter of This catalog contains information on all the products currently being produced, for use by specifying engineers and architects. The load tables shown herein have been calculated using Allowable Stress Design. Deck is available in lengths from 6'-0 to 50'-0. Extra charges are applied to lengths less than 6'-0. DECK FINISHES New Millennium Building Systems offers primer-painted or galvanized deck finishes. The standard primer-painted finish is gray on both the top and bottom sides. The galvanized finish is available in G40, G60, & G90 coatings. Deck can also be furnished with a two coat bright white primer bottom side combined with either a primer-painted or galvanized top side. The primer-painted finish is intended to protect the steel for a reasonable installation period while exposed to ordinary atmospheric conditions and shall be considered an impermanent and provisional coating. Always store deck off the ground with one end elevated and protected from the elements with a weather-proof covering that is ventilated to avoid condensation. DECK CERTIFICATIONS Steel Deck Institute Member Company fully approved to manufacture roof deck, form deck, and composite floor deck. B deck is Factory Mutual approved for use as a component in Class 1-60, 1-75, & 1-90 wind uplift steel roof deck construction. Deck products are approved by Underwriters Laboratory and listed in the UL Fire Resistance Directory. All acoustical deck has been tested in accordance with ANSI ASTM C423 & E795 to determine the noise reduction coefficient (NRC) rating. 171

4 ROOF DECKS B, BA, BV DECK Height Fy (minimum) Modulus of Elasticity 1 1/2 in. 33 ksi ksi SECTION PROPERTIES Gage Fy Coverage Thickness Weight I Sp Sn (ksi) (in) (in) (psf) (in 4 /ft) (in 3 /ft) (in 3 /ft) ALLOWABLE UNIFORM LOADS Span Condition Gage Allowable Total (Dead + Live) Uniform Load (psf) Center to Center Span (ft. - in.) Max. Constr. Span (ctr. to ctr.) Single Double Triple Notes 1. Section properties are calculated using the AISI Cold Formed Steel Design Specifications, 1996 Edition. 2. Loads and maximum construction spans are based on the SDI Design Manual for Composite Decks, Form Decks and Roof Decks, Publication No Maximum cantilever spans are based on SDI criteria and are sensitive to adjacent spans. For this table, adjacent span is assumed to be at least 1.5 times longer than the cantilever span. 4. Minimum end bearing length shall be 1 1/2". 5. Loads shown in RED are governed by the live load deflection not in excess of 1/240 of span. 10 psf dead load has been included. 6. Perforations which are placed in the vertical ribs of type BA deck reduce the strength less than 5%. FACTORY MUTUAL SPANS Gage Gage Max. Ctr. to Ctr. Span (ft.-in.) CANTILEVER SPANS Maximum Cantilever Span (ft.-in.) Type B deck provides the best balance of strength and economy of all the 1 1/2" deep roof decks. 1" (minimum) rigid roofing insulation is required to be used with type B deck. Available with nested side laps only. Available as an acoustic deck. Type BA deck is manufactured with perforations in the vertical ribs, having a NRC rating of 0.60 with 1 1/2" (minimum) rigid roofing insulation. Available as a vented deck. Type BV deck is manufactured with slot vents in the bottom flutes. The openings equal 0.5% of total surface. Type BV deck is to be specified when venting is required for cementitious insulation fills. Type BV deck is manufactured at our Lake City, FL facility only. Type B deck is Factory Mutual approved. Type BA and BV decks are not Factory Mutual approved. Type B, BA and BV decks are manufactured from steel conforming to ASTM A Grades C, D or E or from A653/A653M-00 structural quality grade SQ33 or higher. The minimum yield strength used by NMBS is 33 KSI. Minimum attachment to supporting structural members requires connections at all side lap ribs plus a sufficient number of interior ribs to limit the spacing between connections to 18. Side laps are to be fastened together between supports, at a maximum spacing of 36" o.c. whenever the deck span exceeds 5'-0". Connections can be made either by welding using a minimum 5/8" diameter puddle weld or properly designed mechanical fasteners. 172

5 ALLOWABLE UNIFORM LOADS Span Condition Gage 10-0 SECTION PROPERTIES Gage Height Fy (minimum) Modulus of Elasticity Allowable Total (Dead + Live) Uniform Load (psf) Center to Center Span (ft. - in.) in. 33 ksi ksi Max. Constr. Span (ctr. to ctr.) Single Double Triple Notes 1. Section properties are calculated using the AISI Cold Formed Steel Design Specifications, 1996 Edition. 2. Loads and maximum construction spans are based on the SDI Design Manual for Composite Decks, Form Decks and Roof Decks, Publication No Maximum cantilever spans are based on SDI criteria and are sensitive to adjacent spans. For this table, adjacent span is assumed to be at least 1.5 times longer than the cantilever span. 4. Minimum end bearing length shall be 1 1/2". 5. Loads shown in RED are governed by the live load deflection not in excess of 1/240 of span. 10 psf dead load has been included. 6. Perforations which are placed in the vertical ribs of type NA deck reduce the strength less than 5%. Type N deck is well-suited for applications where it is desirable to space the supporting members as far apart as possible. This is often the case in structures such as gymnasiums where it is usually more economical to minimize the number of long span structural members by using type N deck to span large spaces. Available with nested side laps only. Available as an acoustic deck. Type NA deck is manufactured with perforations in the vertical ribs, having a NRC rating of 0.65 with or without rigid roofing insulation. Neither type N nor NA decks are covered under Factory Mutual. Fy Coverage Thickness Weight I Sp Sn (ksi) (in) (in) (psf) (in 4 /ft) (in 3 /ft) (in 3 /ft) CANTILEVER SPANS Gage N, NA, DECK Maximum Cantilever Span (ft.-in.) Type N and NA decks are manufactured from steel conforming to ASTM A Grades C, D or E or from A653/A653M-00 structural quality grade SQ33 or higher. The minimum yield strength used by NMBS is 33 KSI. Minimum attachment to supporting structural members requires connections at all side lap ribs plus a sufficient number of interior ribs to limit the spacing between connections to 18. Side laps are to be fastened together between supports, at a maximum spacing of 36" o.c. whenever the deck span exceeds 5'-0". Connections can be made either by welding using a minimum 5/8" diameter puddle weld or properly designed mechanical fasteners. ROOF DECKS 173

6 .6 FD,.6 FDV DECK FORM DECKS SECTION PROPERTIES Gage Total Normal Weight Concrete (145 pcf) Light Weight Concrete (110 pcf) Slab Concrete Maximum Construction Concrete Maximum Construction Gage Depth Weight Clear Span (ft.-in.) Weight Clear Span (ft.-in.) (in.) (psf) Single Double Triple (psf) Single Double Triple / / /2 5 Slab Depth (in.) 2 1/ / /2 5 Notes: Fy Coverage Thickness Weight Ip In Sp Sn (ksi) (in) (in) (psf) (in 4 /ft) (in 4 /ft) (in 3 /ft) (in 3 /ft) CONSTRUCTION SPANS ALLOWABLE SUPERIMPOSED UNIFORM LOADS Reinforcement Uniform Load (psf) Clear Span (ft.- in.) Mesh As x 6 W 1.4 x W * x 6 W 2.1 x W x 6 W 2.9 x W x 6 W 1.4 x W * x 6 W 2.1 x W * x 6 W 2.9 x W x 6 W 2.1 x W * x 6 W 2.9 x W * x 4 W 2.9 x W x 6 W 2.1 x W * x 6 W 2.9 x W * x 4 W 2.9 x W x 6 W 2.9 x W * x 4 W 2.9 x W x 4 W 4.0 x W x 6 W 2.9 x W * x 4 W 2.9 x W * x 4 W 4.0 x W Height Fy (minimum) Modulus of Elasticity 1. *(As) does not meet ACI criteria for temperature and shrinkage reinforcement (0.0018Ac). 2. Uniform loads shown are based on reinforcement mesh being draped over supports for all slab depths over 3". 3. If uncoated deck is used, the weight of the slab must be deducted from the uniform loads. 4. Uniform loads are based on three span conditions and ACI moment coefficients. 5. Deck gages recommended are for normal weight concrete and are based on SDI criteria for unshored spans. Recommended Gage Key: 28 Gage 26 Gage 24 Gage 22 Gage 9/16 in. 60 ksi ksi Notes 1. Section properties are calculated using the AISI Cold Formed Steel Design Specifications, 1996 Edition. 2. Loads and maximum construction spans are based on the SDI Design Manual for Composite Decks, Form Decks and Roof Decks, Publication No Minimum interior bearing length shall be 3". Minimum exterior bearing length shall be 1 1/2". 174

7 .6 FD,.6 FDV DECK ALLOWABLE CONSTRUCTION UNIFORM LOADS Gage Span Condition Single Double Triple Single Double Triple Single Double Triple Single Double Triple Loading Condition Uniform Load (psf) Clear Span (ft. - in.) * W1 = maximum weight of concrete and deck, psf Type.6 FD deck is used extensively in floor construction as an economical form to support concrete slabs during construction. Specifying.6 FD deck eliminates the need for expensive temporary shoring. Floor systems using.6 FD deck are some of the most economical floors available. Available with nested side laps only. Available as a vented deck. Type.6 FDV deck is manufactured with slot vents in the bottom flute. The openings equal 0.5% of total surface. Type.6 FDV deck is to be specified when venting is required for cementitious insulation fills. Type.6 FDV deck is manufactured at our Lake City, FL facility only. Type.6 FD deck is manufactured from steel conforming to ASTM A Grades C, D or E or from A653/A653M-00 structural quality grade SQ33 or higher. The minimum yield strength used by NMBS is 60 KSI. Refer to Figure 4 on page 204 for minimum attachment requirements to supporting structural members. Side laps are to be fastened together between supports, at a maximum spacing of 36" o.c. whenever the deck span exceeds 5'-0". Connections can be made either by welding using a minimum 5/8" diameter puddle weld or properly designed mechanical fasteners. Welding washers must be used on all deck units that are less than 22 gage. FORM DECKS 175

8 1.0 FD, 1.0 FDV DECK FORM DECKS SECTION PROPERTIES Gage Total Normal Weight Concrete (145 pcf) Light Weight Concrete (110 pcf) Slab Concrete Maximum Construction Concrete Maximum Construction Gage Depth Weight Clear Span (ft.-in.) Weight Clear Span (ft.-in.) (in.) (psf) Single Double Triple (psf) Single Double Triple / / /2 5 Slab Depth (in.) 2 1/ / /2 5 Notes: Fy Coverage Thickness Weight Ip In Sp Sn (ksi) (in) (in) (psf) (in 4 /ft) (in 4 /ft) (in 3 /ft) (in 3 /ft) CONSTRUCTION SPANS ALLOWABLE SUPERIMPOSED UNIFORM LOADS Height Fy (minimum) Modulus of Elasticity Reinforcement Uniform Load (psf) Clear Span (ft.- in.) Mesh As x 6 W 1.4 x W * x 6 W 2.1 x W x 6 W 2.9 x W x 6 W 1.4 x W * x 6 W 2.1 x W x 6 W 2.9 x W x 6 W 2.1 x W * x 6 W 2.9 x W x 4 W 2.9 x W x 6 W 2.1 x W * x 6 W 2.9 x W * x 4 W 2.9 x W x 6 W 2.1 x W * x 6 W 2.9 x W * x 4 W 2.9 x W x 6 W 2.9 x W * x 4 W 2.9 x W x 4 W 4.0 x W *(As) does not meet ACI criteria for temperature and shrinkage reinforcement (0.0018Ac). 2. Uniform loads shown are based on reinforcement mesh being draped over supports for all slab depths over 3" 3. If uncoated deck is used, the weight of the slab must be deducted from the uniform loads 4. Uniform loads are based on three span conditions and ACI moment coefficients. 5. Deck gages recommended are for normal weight concrete and based on SDI criteria for unshored spans Recommended Gage Key: 26 Gage 24 Gage 22 Gage 20 Gage 1 in. 60 ksi ksi Notes 1. Section properties are calculated using the AISI Cold Formed Steel Design Specifications, 1996 Edition. 2. Loads and maximum construction spans are based on the SDI Design Manual for Composite Decks, Form Decks and Roof Decks, Publication No Minimum interior bearing length shall be 3". Minimum exterior bearing length shall be 1 1/2". 176

9 1.0 FD, 1.0 FDV DECK ALLOWABLE CONSTRUCTION UNIFORM LOADS Gage Span Condition Single Double Triple Single Double Triple Single Double Triple Single Double Triple Loading Condition Uniform Load (psf) Clear Span (ft. - in.) * W1 = maximum weight of concrete and deck, psf FORM DECKS Type 1.0 FD deck is used extensively in floor construction as an economical form to support concrete slabs during construction. Specifying 1.0 FD deck eliminates the need for expensive temporary shoring. Floor systems using 1.0 FD deck are some of the most economical floors available. Available with nested side laps only. Available as a vented deck. Type 1.0 FDV deck is manufactured with slot vents in the bottom flute. The openings equal 0.5% of total surface. Type 1.0 FDV deck is to be specified when venting is required for cementitious insulation fills. Type 1.0 FDV deck is manufactured at our Lake City, FL facility only. Type 1.0 FD deck is manufactured from steel conforming to ASTM A Grades C, D or E or from A653/A653M-00 structural quality grade SQ33 or higher. The minimum yield strength used by NMBS is 60 KSI. Refer to Figure 4 on page 204 for minimum attachment requirements to supporting structural members. Side laps are to be fastened together between supports, at a maximum spacing of 36" o.c. whenever the deck span exceeds 5'-0". Connections can be made either by welding using a minimum 5/8" diameter puddle weld or properly designed mechanical fasteners. Welding washers must be used on all deck units that are less than 22 gage. 177

10 1.5 FD DECK SECTION PROPERTIES FORM DECKS Gage Total Normal Weight Concrete (145 pcf) Light Weight Concrete (110 pcf) Slab Concrete Maximum Construction Concrete Maximum Construction Gage Depth Weight Clear Span (ft.-in.) Weight Clear Span (ft.-in.) (in.) (psf) Single Double Triple (psf) Single Double Triple / / /2 6 Fy Coverage Thickness Weight Ip In Sp Sn (ksi) (in) (in) (psf) (in4/ft) (in4/ft) (in3/ft) (in3/ft) CONSTRUCTION SPANS Height Fy (minimum) Modulus of Elasticity 1 1/2 in. 33 ksi ksi Notes 1. Section properties are calculated using the AISI Cold Formed Steel Design Specifications, 1996 Edition. 2. Loads and maximum construction spans are based on the SDI Design Manual for Composite Decks, Form Decks and Roof Decks, Publication No Minimum interior bearing length shall be 3". Minimum exterior bearing length shall be 1 1/2". ALLOWABLE SUPERIMPOSED UNIFORM LOADS Slab Depth (in.) 3 1/ / /2 6 Notes: Reinforcement Uniform Load (psf) Clear Span (ft.- in.) Mesh As x 6 W 2.1 x W * x 6 W 2.9 x W x 4 W 2.9 x W x 6 W 2.1 x W * x 6 W 2.9 x W x 4 W 2.9 x W x 6 W 2.1 x W * x 6 W 2.9 x W * x 4 W 2.9 x W x 6 W 2.9 x W * x 4 W 2.9 x W x 4 W 4.0 x W x 6 W 2.9 x W * x 4 W 2.9 x W x 4 W 4.0 x W x 6 W 2.9 x W * x 4 W 2.9 x W * x 4 W 4.0 x W *(As) does not meet ACI criteria for temperature and shrinkage reinforcement (0.0018Ac). 2. Uniform loads shown are based on reinforcement mesh being draped over supports for all slab depths over 3". 3. If uncoated deck is used, the weight of the slab must be deducted from the uniform loads. 4. Uniform loads are based on three span conditions and ACI moment coefficients. 5. Deck Gages recommended are for normal weight concrete and based on SDI criteria for unshored spans. Recommended Gage Key: 22 Gage 20 Gage 18 Gage 178

11 1.5 FD DECK ALLOWABLE CONSTRUCTION UNIFORM LOADS Gage Span Condition Single Double Triple Single Double Triple Single Double Triple Loading Condition Uniform Load (psf) Clear Span (ft.- in.) * W1 = maximum weight of concrete and deck, psf FORM DECKS Type 1.5 FD deck is used extensively in floor construction as an economical form to support concrete slabs during construction. Floor systems using 1.5 FD deck enables the designer to space the structural members to over 7'-0" o.c. without any additional shoring. Available with nested side laps only. Type 1.5 FD deck is manufactured from steel conforming to ASTM A Grades C, D or E or from A653/A653M-00 structural quality grade SQ33 or higher. The minimum yield strength used by NMBS is 33 KSI. Refer to Figure 4 on page 204 for minimum attachment requirements to supporting structural members. Side laps are to be fastened together between supports, at a maximum spacing of 36" o.c. whenever the deck span exceeds 5'-0". Connections can be made either by welding using a minimum 5/8" diameter puddle weld or properly designed mechanical fasteners. 179

12 2.0 FD DECK SECTION PROPERTIES Gage Fy Coverage Thickness Weight Ip In Sp Sn (ksi) (in) (in) (psf) (in 4 /ft) (in 4 /ft) (in 3 /ft) (in 3 /ft) Height Fy (minimum) Modulus of Elasticity 2 in. 40 ksi ksi FORM DECKS CONSTRUCTION SPANS Total Normal Weight Concrete (145 pcf) Light Weight Concrete (110 pcf) Slab Concrete Maximum Construction Concrete Maximum Construction Gage Depth Weight Clear Span (ft.-in.) Weight Clear Span (ft.-in.) (in.) (psf) Single Double Triple (psf) Single Double Triple / / / Notes 1. Section properties are calculated using the AISI Cold Formed Steel Design Specifications, 1996 Edition. 2. Loads and maximum construction spans are based on the SDI Design Manual for Composite Decks, Form Decks and Roof Decks, Publication No Minimum interior bearing length shall be 4". Minimum exterior bearing length shall be 2". ALLOWABLE SUPERIMPOSED UNIFORM LOADS Slab Depth (in.) 4 4 1/ / /2 Notes: Reinforcement Uniform Load (psf) Clear Span (ft.- in.) Mesh As x 6 W 2.1 x W * x 6 W 2.9 x W x 4 W 2.9 x W x 6 W 2.1 x W * x 6 W 2.9 x W x 4 W 2.9 x W x 6 W 2.1 x W * x 6 W 2.9 x W * x 4 W 2.9 x W x 6 W 2.9 x W * x 4 W 2.9 x W x 4 W 4.0 x W x 6 W 2.9 x W * x 4 W 2.9 x W x 4 W 4.0 x W x 6 W 2.9 x W * x 4 W 2.9 x W * x 4 W 4.0 x W *(As) does not meet ACI criteria for temperature and shrinkage reinforcement (0.0018Ac). 2. Uniform loads shown are based on reinforcement mesh being draped over supports for all slab depths over 3". 3. If uncoated deck is used, the weight of the slab must be deducted from the uniform loads. 4. Uniform loads are based on three span conditions and ACI moment coefficients. 5. Deck gages recommended are for normal weight concrete and based on SDI criteria for unshored spans. Recommended Gage Key: 22 Gage 20 Gage 18 Gage 180

13 2.0 FD DECK ALLOWABLE CONSTRUCTION UNIFORM LOADS Gage Span Condition Single Double Triple Single Double Triple Single Double Triple Loading Condition 5-0 Uniform Load (psf) Clear Span (ft. - in.) * W1 = maximum weight of concrete and deck, psf 11-0 FORM DECKS Type 2.0 FD deck is used in floor construction as an economical form to support concrete slabs during construction. Floor systems using 2.0 FD deck enables the designer to space the structural members to over 10'-0" o.c. without any additional shoring. Available with interlocking side laps only. Type 2.0 FD deck is manufactured from steel conforming to ASTM A Grades C, D or E or from A653/A653M-00 structural quality grade SQ33 or higher. The minimum yield strength used by NMBS is 40 KSI. Refer to Figure 4 on page 204 for minimum attachment requirements to supporting structural members. Connections can be made either by welding using a minimum 5/8" diameter puddle weld or properly designed mechanical fasteners. Side laps are to be fastened together between supports, at a maximum spacing of 36" o.c. whenever the deck span exceeds 5'-0". Side lap connections can be made by button punching. 181

14 3.0 FD DECK FORM DECKS SECTION PROPERTIES Gage Total Normal Weight Concrete (145 pcf) Light Weight Concrete (110 pcf) Slab Concrete Maximum Construction Concrete Maximum Construction Gage Depth Weight Clear Span (ft.-in.) Weight Clear Span (ft.-in.) (in.) (psf) Single Double Triple (psf) Single Double Triple / / /2 Fy Coverage Thickness Weight Ip In Sp Sn (ksi) (in) (in) (psf) (in 4 /ft) (in 4 /ft) (in 3 /ft) (in 3 /ft) CONSTRUCTION SPANS Height Fy (minimum) Modulus of Elasticity 3 in. 40 ksi ksi Notes 1. Section properties are calculated using the AISI Cold Formed Steel Design Specifications, 1996 Edition. 2. Loads and maximum construction spans are based on the SDI Design Manual for Composite Decks, Form Decks and Roof Decks, Publication No Minimum interior bearing length shall be 5". Minimum exterior bearing length shall be 2 1/2". ALLOWABLE SUPERIMPOSED UNIFORM LOADS Slab Depth (in.) 5 5 1/ / /2 Notes: Reinforcement Uniform Load (psf) Clear Span (ft.- in.) Mesh As x 6 W 2.1 x W * x 6 W 2.9 x W x 4 W 2.9 x W x 6 W 2.1 x W * x 6 W 2.9 x W x 4 W 2.9 x W x 6 W 2.1 x W * x 6 W 2.9 x W * x 4 W 2.9 x W x 6 W 2.9 x W * x 4 W 2.9 x W x 4 W 4.0 x W x 6 W 2.9 x W * x 4 W 2.9 x W x 4 W 4.0 x W x 6 W 2.9 x W * x 4 W 2.9 x W * x 4 W 4.0 x W *(As) does not meet ACI criteria for temperature and shrinkage reinforcement (0.0018Ac). 2. Uniform loads shown are based on reinforcement mesh being draped over supports for all slab depths over 3". 3. If uncoated deck is used, the weight of the slab must be deducted from the uniform loads. 4. Uniform loads are based on three span conditions and ACI moment coefficients. 5. Deck gages recommended are for normal weight concrete and based on SDI criteria for unshored spans. Recommended Gage Key: 22 Gage 20 Gage 18 Gage 182

15 3.0 FD DECK ALLOWABLE CONSTRUCTION UNIFORM LOADS Gage Span Condition Single Double Triple Single Double Triple Single Double Triple Loading Condition Uniform Load (psf) Clear Span (ft. - in.) FORM DECKS Type 3.0 FD deck is used in floor construction as an economical form to support concrete slabs during construction. Floor systems using 3.0 FD deck enables the designer to space the structural members to over 12'-0" o.c. without any additional shoring. Available with interlocking side laps only. Type 3.0 FD deck is manufactured from steel conforming to ASTM A Grades C, D or E or from A653/A653M-00 structural quality grade SQ33 or higher. The minimum yield strength used by NMBS is 40 KSI. Refer to Figure 4 on page 204 for minimum attachment requirements to supporting structural members. Connections can be made either by welding using a minimum 5/8" diameter puddle weld or properly designed mechanical fasteners. Side laps are to be fastened together between supports, at a maximum spacing of 36" o.c. whenever the deck span exceeds 5'-0". Side lap connections can be made by button punching. 183

16 1.5 CD DECK SECTION PROPERTIES Gage Fy Coverage Thickness Weight Ip In Sp Sn (ksi) (in) (in) (psf) (in4/ft) (in4/ft) (in3/ft) (in3/ft) Height Fy (minimum) Modulus of Elasticity 1 1/2 in. 40 ksi ksi COMPOSITE FLOOR DECKS NORMAL WEIGHT CONCRETE (145 pcf), fc'=3,000 psi Total SDI Max. Unshored Superimposed Live Load (psf) Slab Concrete Clear Span (ft.-in.) Clear Span (ft.-in.) Gage Depth Weight Single Double Triple (in.) (psf) Span Span Span / / / MINIMUM ACI SLAB REINFORCEMENT Total Slab ACI Recommended Wire Area Depth (in.) Welded Wire Fabric (in. 2 /ft.) x 6 - W1.4 x W x 6 - W1.4 x W x 6 - W1.4 x W x 6 - W2.1 x W x 6 - W2.1 x W x 6 - W2.1 x W Notes 1. Minimum required interior bearing length is 4". Minimum required exterior bearing length is 1 1/2". If these minimum lengths are not provided, web crippling must be checked. 2. Welded wire fabric should be supplied per ACI requirements ( x concrete section area). 3. Section properties are based on AISI Cold Formed Steel Design Specifications, 1996 Edition. 4. The superimposed live load and maximum construction spans are based on SDI Composite Deck Design Handbook and Design Manual for Composite Decks, Form Decks and Roof Decks, Publication No The superimposed live load and maximum construction spans are based on the AISI/ASD design method. 184

17 1.5 CD DECK LIGHT WEIGHT CONCRETE (110 pcf), fc'=3,000 psi Total SDI Max. Unshored Superimposed Live Load (psf) Slab Concrete Clear Span (ft.-in.) Clear Span (ft.-in.) Gage Depth Weight Single Double Triple (in.) (psf) Span Span Span / / / Type 1.5 CD deck has embossments in the vertical ribs that bond with the concrete slab to develop a composite floor system. The 1.5 CD composite deck acts as a form during the concrete pour enabling the designer to space the structural members to over 10'-0" o.c. without any additional shoring. Once the concrete cures, the resulting composite floor system provides both superior strength and stiffness. Available with nested side laps only. Type 1.5 CD deck is manufactured from steel conforming to ASTM A , Grades C and D, or from A653-00, Structural Steel with a minimum yield strength of 40 KSI. Minimum attachment to supporting structural members requires connections at all side lap ribs plus a sufficient number of interior ribs to obtain a maximum average spacing of 12. Maximum spacing between connections shall not exceed 18. Side laps are to be fastened together between supports, at a maximum spacing of 36" o.c. whenever the deck span exceeds 5'-0". Connections can be made either by welding using a minimum 5/8" diameter puddle weld or properly designed mechanical fasteners. COMPOSITE FLOOR DECKS 185

18 2.0 CD DECK SECTION PROPERTIES Gage Fy Coverage Thickness Weight Ip In Sp Sn (ksi) (in) (in) (psf) (in4/ft) (in4/ft) (in3/ft) (in3/ft) Height Fy (minimum) Modulus of Elasticity 2 in. 40 ksi ksi COMPOSITE FLOOR DECKS NORMAL WEIGHT CONCRETE (145 pcf), fc'=3,000 psi Total SDI Max. Unshored Superimposed Live Load (psf) Slab Concrete Clear Span (ft.-in.) Clear Span (ft.-in.) Gage Depth Weight Single Double Triple (in.) (psf) Span Span Span / / / MINIMUM ACI SLAB REINFORCEMENT Total Slab ACI Recommended Wire Area Depth (in.) Welded Wire Fabric (in. 2 /ft.) 4 6 x 6 - W1.4 x W x 6 - W1.4 x W x 6 - W1.4 x W x 6 - W2.1 x W x 6 - W2.1 x W x 6 - W2.1 x W Notes 1. Minimum required interior bearing length is 4". Minimum required exterior bearing length is 2". If these minimum lengths are not provided, web crippling must be checked. 2. Welded wire fabric should be supplied per ACI requirements ( x concrete section area). 3. Section properties are based on AISI Cold Formed Steel Design Specifications, 1996 Edition. 4. The superimposed live load and maximum construction spans are based on SDI Composite Deck Design Handbook and Design Manual for Composite Decks, Form Decks and Roof Decks, Publication No The superimposed live load and maximum construction spans are based on the AISI/ASD design method. 186

19 2.0 CD DECK LIGHT WEIGHT CONCRETE (110 pcf), fc'=3,000 psi Total SDI Max. Unshored Superimposed Live Load (psf) Slab Concrete Clear Span (ft.-in.) Clear Span (ft.-in.) Gage Depth Weight Single Double Triple (in.) (psf) Span Span Span / / / COMPOSITE FLOOR DECKS Type 2.0 CD deck has embossments in the vertical ribs that bond with the concrete slab to develop a composite floor system. The 2.0 CD composite deck acts as a form during the concrete pour enabling the designer to space the structural members to over 12'-0" o.c. without any additional shoring. Once the concrete cures, the resulting composite floor system provides both superior strength and stiffness. Available with interlocking side laps only. Type 2.0 CD deck is manufactured from steel conforming to ASTM A , Grades C and D, or from A653-00, Structural Steel with a minimum yield strength of 40 KSI. Minimum attachment to supporting structural members requires connections at each rib, including all side lap ribs. Connections can be made either by welding using a minimum 5/8" diameter puddle weld or properly designed mechanical fasteners. Side laps are to be fastened together between supports, at a maximum spacing of 36" o.c. whenever the deck span exceeds 5'-0". Side lap connections can be made by button punching. 187

20 3.0 CD DECK SECTION PROPERTIES Gage Fy Coverage Thickness Weight Ip In Sp Sn (ksi) (in) (in) (psf) (in 4 /ft) (in 4 /ft) (in 3 /ft) (in 3 /ft) Height Fy (minimum) Modulus of Elasticity 3 in. 40 ksi ksi COMPOSITE FLOOR DECKS NORMAL WEIGHT CONCRETE (145 pcf), fc'=3,000 psi Total SDI Max. Unshored Superimposed Live Load (psf) Slab Concrete Clear Span (ft.-in.) Clear Span (ft.-in.) Gage Depth Weight Single Double Triple (in.) (psf) Span Span Span / / / MINIMUM ACI SLAB REINFORCEMENT Total Slab ACI Recommended Wire Area Depth (in.) Welded Wire Fabric (in. 2 /ft.) 5 6 x 6 - W1.4 x W x 6 - W1.4 x W x 6 - W1.4 x W x 6 - W2.1 x W x 6 - W2.1 x W x 6 - W2.1 x W Notes 1. Minimum required interior bearing length is 5". Minimum required exterior bearing length is 2 1/2". If these minimum lengths are not provided, web crippling must be checked. 2. Welded wire fabric should be supplied per ACI requirements ( x concrete section area). 3. Section properties are based on AISI Cold Formed Steel Design Specifications, 1996 Edition. 4. The superimposed live load and maximum construction spans are based on SDI Composite Deck Design Handbook and Design Manual for Composite Decks, Form Decks and Roof Decks, Publication No The superimposed live load and maximum construction spans are based on the AISI/ASD design method. 188

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