CGSB 7 1-98-CAN CGSB-1998 Lightweight Steel Wall Framing Components [Superseded CGSB 7 1-M86-CAN CGSB]《轻钢龙骨配件》.pdf

1、 STD-CGSB 7-L-S-CAN/CGSB-ENGL L874b50 0033237 b2 Canadian General Stand+ this remains the continuing responsibility of the accredited standards-development organization. Those who have a need to apply standards are encouraged to use National Standards of Canada whenever practicable. These standards

2、are subject to periodic review; therefore, users are cautioned to obtain the latest edition from the organization preparing the standard. The responsibility for approving National Standards of Canada rests with the: Standards Council of Canada 45 OConnor Street Suite 1200 Ottawa, Ontario KIP 6N7 How

3、 to order &- Publications: by telephone - (819) 956-0425 or (Canada only) - 1-800-665-CGSB by fax - (819) 956-5644 by mail - CGSB Sales Centre Ottawa, Canada K1A 1G6 - Place du Portage Phase III, 6B1 11 Laurier Street Hull, Quebec in person I by email - cgsbpiper.pwgsc.gc.ca on the Web - http:/w3.pw

4、gsc.gc.ca/cgsb , Copyright Canadian General Standards Board Provided by IHS under license with CGSBNot for ResaleNo reproduction or networking permitted without license from IHS-,-,- - - STD-CGSB 7-1-78-CAN/CGSB-ENGL = 1874b50 0033237 985 NATIONAL STANDARD OF CANADA CANICGSB-7.1-98 Supersedes CAN/CG

5、SB-7.1-M86 LIGHTWEIGHT STEEL WALL FRAMING COMPONENTS Prepared by the Approved by the Canadian General Standards Board es Standards Council of Canada Published December 1998 by the Canadian General Standards Board Ottawa, Canada K1A 1G6 0Minister of Public Works and Government Services Canada - 1998

6、No part of this publication may be reproduced in any form without the prior permission of the publisher. Copyright Canadian General Standards Board Provided by IHS under license with CGSBNot for ResaleNo reproduction or networking permitted without license from IHS-,-,-CANADIAN GENERAL STANDARDS BOA

7、RD COMMITTEE ON STEEL FRAMING COMPONENTS (Membership at date of approval) Arthur, P. Cecire, L. Chown, A. Dick, C. Fox, S.R. Galanti, J. Gertz, H. Hashimoto, D. Lger, J. Loiselle, E. McCavour, S. Mix, G. Rapagna, J. Rice, J. Schuster, R. Shivak, J. Shurter, P.G. Snook, E. Trestain, T. Wiebe,“. Zakrz

8、ewski, A.S. Craig, W. Secretary Park Avenue Constmx National Research Council of Canada NRCiRC - Canadian Codes Centre Continuous Colour Coat Ltd. Canadian Sheet Steel Building Institute Four Star Drywall Ltd. Alpine Drywall and Plastering (Edmonton) Ltd. Westroc Industries Ltd. imperial Sheet Metal

9、 Ltd. Lightsteel Industries Inc. McCavour Engineering CSM - Canadian Steel Manufacturing Canadian Gypsum Company Ltd. Bailey Metal Products Ltd. University of Waterloo Saskatchewan Property Management Corporation Dofasco Inc. Department of Works, Services and Transportation, Newfoundland and Labrado

10、r T.W.J. Trestain - Structural Engineering Department of Labour, Manitoba Proen Consultants Canadian General Standards Board Acknowledgment is made for the translation of this National Standard of Canada by the Translation Bureau of Public Works and Government Services Canada. CAN/CGSB-7.1-98 Copyri

11、ght Canadian General Standards Board Provided by IHS under license with CGSBNot for ResaleNo reproduction or networking permitted without license from IHS-,-,-STD*CGSB 7-L-SB-CAN/CGSB-ENGL = L87ib50 003324L 033 D CAN/CGSB-7.1-98 Supersedes CAN/CGSB-7.1-M86 CANADIAN GENERAL STANDARDS BOARD LIGHTWEIGH

12、T STEEL WALL FRAMING COMPONENTS 1. SCOPE 1.1 This standard provides criteria, including dimensions, material and structural requirements for lightweight steel wall framing components designed for use in: a. Non-loadbearing applications, typically the framing for interior partitions including studs w

13、ith no axial load other than self weight and the weight of attached finishes and no lateral load other than nominal interior pressure differences. b. Wind loadbearing applications, typically the framing for exterior wails including studs subject to lateral loads due to wind but no axial load other t

14、han self weight and the weight of attached finishes. c. Axial loadbearing applications, typically the framing for interior or exterior walls including studs subject to axial loads in addition to those due to self weight and the weight of attached finishes. The axial loads may act in combination with

15、 lateral loads due to nominal interior pressure differences or wind. 1.2 The components covered in this standard include studs, tracks and rigid furring channels. This standard does not cover other cold formed steel framing components such as joists, resilient furring channels, girts or purlins. 1.3

16、 This standard is intended to establish and encourage the production and use of standardized products. Deviations from the standard dimensions are acceptable, except for the stud depth (web), provided the product complies with all other provisions of this standard. 1.4 The testing and evaluation of

17、a product against this standard may require the use of materials and/or equipment that could be hazardous. This document does not purport to address all the safety aspects associated with its use. Anyone using this standard has the responsibility to consult the appropriate authorities and to establi

18、sh appropriate health and safety practices in conjunction with any applicable regulatory requirements prior to its use. 2. REFERENCED PUBLICATIONS 2.1 The following publications are referenced in this standard: 2.1.1 Canadian Standards Association (CSA) S136 - Cold Formed Steel Structural Members. 2

19、.1.2 American Society for Testing and Materials (ASTM) A 568/A 568 M - Standard Specification for Steel, Sheet, Carbon and High-Strength, Low-Alloy, Hot-Rolled and A 591/A 591M - Standard Specification for Steel Sheet, Electrolytic Zinc-Coated, for Light Coating Mass A 607 - Standard Specification f

20、or Steel, Sheet and Strip, High-Strength, Low-Alloy, Columbium or Vanadium, or A 611 - Standard Specification for Structural Steel (SS), Sheet, Carbon, Cold-Rolled A 653/A 653M - Standard Specification for Steel Sheet, Zinc-Coated (Galvanized) or Zinc-Iron Alloy-Coated A 792lA 792M - Standard Specif

21、ication for Steel Sheet, 55% Aluminum-Zinc Alloy-Coated by the Hot-Dip Cold-Rolled Sheet, General Requirements for Applications Both, Hot-Rolled and Cold-Rolled (Galvannealed) by the Hot-Dip Process Process 1 Copyright Canadian General Standards Board Provided by IHS under license with CGSBNot for R

22、esaleNo reproduction or networking permitted without license from IHS-,-,-STD-CGSB 7.1-78-CAN/CGSB-ENGL 187LIb50 00332q2 T7T A 924/A 924M - Standard Specification for General Requirements for Steel Sheet, Meiallic-Coated by the Hot-Dip C 36 - Standard Specification for Gypsum Wallboard C 645 - Stand

23、ard Specification for Nonstructural Steel Framing Members C 1002 - Standard Specification for Steel Drill Screws for the Application of Gypsum Board or Metal Plaster Process Bases. 2.2 A reference to a regulation is always to the latest issue. A dated reference is to the issue specified. An undated

24、reference is to the latest issue, unless otherwise specified by the authority applying this standard. The sources are given in the Notes section. 3. GENERAL REQUIREMENTS 3.1 The structural capacity and thickness tolerances of all lightweight steel wall framing components (wind loadbearing and/or axi

25、al loadbearing) shall be determined in accordance with CSA S136. 3.2 The typical profiles of the stud, track (runner) and rigid fumng channel are shown in Figures 1, 2 and 3. A - Depth (Web) B - Width (Flange) C - Lip Depth t - Thickness R - Inside Radius t FIGURE 1 Stud 2 Copyright Canadian General

26、 Standards Board Provided by IHS under license with CGSBNot for ResaleNo reproduction or networking permitted without license from IHS-,-,- - STD-CGSB 7-L-SA-CAN/CGSB-ENGL L79b50 0033243 706 t R a FIGURE 2 Track (Runner) A - Depth (Web) B - Width (Fiange) t - Thickness R - Inside Radius D- t i, I I

27、A - Depth (Height) B - Width (Face) Flange Width FIGURE 3 Rigid Furring Channel 3.3 The thicknesses specified in the Detailed Requirements are the minimum base steel thicknesses exclusive of protective coating(s). CANKGSB-7.1-98 _ 3 Copyright Canadian General Standards Board Provided by IHS under li

28、cense with CGSBNot for ResaleNo reproduction or networking permitted without license from IHS-,-,-4. 4.1 7 ASTM A 924tA 924M and A 568lA 568M ASTM A 591lA 591M and A 568tA 568M 4.2 4.2.1 ASTM A 653lA 653M ASTM A 653lA 653M ASTM A 607 ASTM A 607 4.2.2 4.2.3 4.3 4.4 4.5 STD-CGSB 7*1-SB-CAN/CGSB-ENGL 1

29、874b50 0033244 B42 DETAILED REQUIREMENTS The material shall be steel sheet, coil or cut length, conforming to the following standards: Non-Loadbearing Studs, Tracks and Rigid Furring Channels Wind Loadbearing Studs, Tracks and Rigid Fumng Channels Axial Loadbearing Studs, Tracks and Rigid Furring Ch

30、annels I I ASTM A 611 ASTM A 611 I ASTM A 792lA 792M I I - 1 ASTM A 792A 792M 1 ASTM A 792lA 792M I A protective coating shall be applied to the surface of lightweight steel wall framing components and shall conform to the following requirements: For interior applications the steel shall be protecte

31、d from corrosion by a zinc coating at least meeting the requirements of ASTM A 591/A 591M, Class B. Other coatings providing equivalent or better corrosion protection may be used. For exterior2 wall applications the steel shall be protected from corrosion by a zinc coating at least equal to the Zl80

32、 designation of ASTM A 653lA 653M. Other coatings providing equivalent or better corrosion protection may be used. Aluminum-zinc alloy coated steel components conforming to ASTM A 792lA 792M are not currently recommended for applications in contact with fresh concrete. The track (runner) shall be fo

33、rmed in a U-shaped configuration having depths compatible with those of the studs of the same nominal size. The tracks (runners) shall be designed such that when the studs are placed in both the top and the bottom tracks (runners) they shall be held by friction. The thickness of tracks (runners) sha

34、ll be at least equal to the thickness of the corresponding stud. The camber and sweep, defined as the deviation from straightness of a stud or any portion of a stud with respect to its major and minor axes respectively, shall not exceed 32.4mm over a 2400mm length (see Figure 4). This tolerance shal

35、l be pro-rated for other lengths. The studs, runners, and rigid furring channels shall be manufactured with a minimum of burrs and sharp edges. An interior wall is a wail that is not exposed to the outdoor environment on either side. *An exterior wall is a wall that is exposed to the outdoor environ

36、ment on one side and to the interior building environment on the other. 4 CANtCGSB-7.1-98 Copyright Canadian General Standards Board Provided by IHS under license with CGSBNot for ResaleNo reproduction or networking permitted without license from IHS-,-,-Sweep Camber f m p ! C-: 3mm m8x. 2400 mm mm

37、FIGURE 4 Camber and Sweep of Studs I S r mm4 (x104) mm3 (xlO3) mm 4.6 Other Configurations - The studs of other configurations and/or dimensions deviating from those specified in this standard may be deemed to comply with this standard provided: a. The studs have a fastening surface (B, Width) at le

38、ast 30 mm wide. b. Non-loadbearing studs have section properties meeting or exceeding those given in Table 1, when manufactured in the depths shown. The structural capacity of wind loadbearing and/or axial loadbearing studs has been established by engineering analysis, testing or other means in acco

39、rdance with CSA S136. c. The studs shall be capable of pulling the head of the screw below the surface of the wallboard when tested in accordance with par. 6.1. d. The components have a minimum base steel thickness of 0.46 mm. TABLE 1 Minimum Section Properties - Non-Loadbearing Studs I Minimum Unre

40、duced Properties2 About the Maior Axis 41 64 92 152 1.39 3.86 9.03 30.3 0.69 1.23 1.98 4.02 16.8 25.5 35.3 55.0 I At a minimum thickness of 0.46 mm. I = Moment of Inem*% S = Section Modulus, r = Radius of Generation 4.7 Non-Loadbearing Components 4.7.1 Standard Configuration - Studs, tracks (runners

41、) and rigid fumng channels of standard configuration shall conform to the dimensions and tolerances shown in Table 2. 4.7.2 Cutouts - Unreinforced cutouts may be made in the webs of studs provided they do not exceed 10% of the web area (web depth x stud length) and are at least 6 mm from the flanges

42、. Length ToZerance - The studs shall be within fi mm of the specified length. 4.7.3 CANKGSB-7.1-98 5 Copyright Canadian General Standards Board Provided by IHS under license with CGSBNot for ResaleNo reproduction or networking permitted without license from IHS-,-,-Standard Configuration - Non-Loadb

43、earing Components Dimensions Components Stud Track (Runner) Rigid Furring Channel Depth Width Lip Depth A B C mm mm mm 41, 64, 92, 152 31 6 - see par. 4.5 30 - 19 30 1 Stud 11 hh 1 Wr 1 Lip? Components Tolerance Tolerance Tolerance -1, +2 -1, +2 -0, +4 mm - - 12 Track (Runner) see par. 4.5 Rigid Fur

44、ring Channel mm mm 0.46 1 t min./ 4 t max. 1 t min./ 4 t max. .46 1 t min./ 4 t max. see par. 4.5 Flange Width 1 Thickness I Inside Radius Flange Width Tolerance mm Thickness Inside Radius Tolerance Tolerance mm mm Cutouts Stud Depth, Across the Stud Along the Stud Web, max. Length, ma. mm mm mm 92

45、or 102 40 105 152 or 203 65 115 -1-1- Centre to Centre Spacing, min. mm 600 600 Corner Angle O 90 see par. 4.5 Comer Angle Tolerance O 4.8 Wind Loadbearing Components 4.8.1 Standard Configuration - The studs of standard configuration shall conform to the dimensions and tolerances shown in Table 3. T

46、he tracks (runners) of standard configuration shall conform to the dimensions and tolerances shown in Table 4. 4.8.2 Cutouts - Unreinforced cutouts may be provided but shall be limited to the following dimensions: The distance from the centreline of the last unreinforced cutouts to the end of the st

47、ud shall be at least 300 mm unless otherwise justified by engineering analysis. The effect of cutouts on the strength and stiffness of studs shall be considered. Cutouts that are reinforced by a continuous lip around each opening do not need to conform to the dimensions specified above, provided the

48、 resulting capacity of the component has been established by engineering analysis, testing or other means in accordance with CSA S136. 1 6 CANKGSB-7.1-98 Copyright Canadian General Standards Board Provided by IHS under license with CGSBNot for ResaleNo reproduction or networking permitted without li

49、cense from IHS-,-,-STD-CGSB i=L-SB-CAN/CGSB-ENGL W L874b50 0033247 551 = TABLE 3 Depth Width Thickness Inside Radius Corner Angle Standard Configuration - Wind Loadbearing Studs A mm Depth A mm B t R mm mm mm O 92 102 152 92 102 152 203 see par. 4.5 Depth Tolerance mm Depth Tolerance mm 30 see par. 4.5 1 t minJ4 t max. see par. 4.5 Width Thickness Inside Radius Comer Angle To