ASME B31.9 11 with Interps:2011 Edition

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ASME B31.9 Building Services Piping

Published By	Publication Date	Number of Pages
ASME	2011	88

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PDF Catalog

PDF Pages	PDF Title
7	FOREWORD
8	COMMITTEE ROSTER
10	INTRODUCTION
12	SUMMARY OF CHANGES
13	Chapter I Scope and Definitions 900 GENERAL 900.1 Scope
14	Figures Fig. 900.1.2 Code Jurisdictional Limits for Piping — Drum Type Boilers
15	900.2 Terms and Definitions
19	900.3 Nomenclature
21	Chapter II Design 901 DESIGN CONDITIONS 901.1 General 901.2 Pressure 901.3 Temperature 901.4 Ambient Influences 901.5 Dynamic Effects 901.6 Thermal Expansion and Contraction Loads 902 DESIGN CRITERIA 902.1 General 902.2 Pressure– Temperature Design Criteria for Piping Components
22	902.3 Allowable Stresses and Other Stress Limits
23	902.4 Allowances 903 CRITERIA FOR PRESSURE DESIGN OF PIPING COMPONENTS 904 PRESSURE DESIGN OF COMPONENTS 904.1 Straight Pipe Tables Table 902.4.3 Joint Factors, E
24	904.2 Curved and Mitered Segments of Pipe Fig. 904.2.2 Nomenclature for Miter Joints Fig. 904.2.2 Nomenclature for Miter Joints Table 904.2.1 Pipe Thickness for Bends
25	904.3 Branch Connections 904.4 Closures
26	904.5 Pressure Design of Flanges and Blanks 904.6 Reducers 904.7 Pressure Design of Other Pressure Containing Components 905 PIPE 905.1 General 905.2 Specific Limitations
27	906 FITTINGS, BENDS, AND INTERSECTIONS 906.1 Fittings 906.2 Bends and Miter Joints 906.3 Limitations on Fittings 907 VALVES 907.1 General 907.2 Marking 908 FLANGES, BLANKS, GASKETS, AND BOLTING 908.1 General 908.2 Flange Facings 908.3 Gaskets 908.4 Bolting 910 PIPING JOINTS 911 WELDED JOINTS 911.1 Metallic Pipe
28	911.2 Nonmetallic Pipe 912 FLANGED JOINTS 913 MECHANICAL AND PROPRIETARY JOINTS 913.1 Limitations on Mechanical and Proprietary Joints 914 THREADED JOINTS 914.1 Acceptable Types 914.2 Limitations on Threaded Joints 915 FLARED, FLARELESS, AND COMPRESSION JOINTS 916 BELL AND SPIGOT JOINTS 916.1 Caulked or Leaded Joints 916.2 Push- Type Elastomer Gasket 917 BRAZED AND SOLDERED JOINTS 917.1 General 917.2 Brazed Joints 917.3 Soldered Joints
29	919 EXPANSION AND FLEXIBILITY 919.1 General 919.2 Concepts 919.3 Properties for Analysis 919.4 Analysis, Metallic Piping Table 917.3 Rated Internal Working Pressures of Joints Made With Copper Water Tube and Solder Joint Fittings, psig
31	Table 919.3.1 Moduli of Elasticity and Thermal Expansion Coefficients
32	919.5 Movements 919.6 Cold Spring 919.7 Reactions 920 LOADS ON PIPE- SUPPORTING ELEMENTS 920.1 General 920.2 Test Loads
33	921 DESIGN OF PIPE- SUPPORTING ELEMENTS 921.1 General 921.2 Fixtures
34	Fig. 921.1.3-1 Support Spans for Standard Wall Steel Pipe
35	Fig. 921.1.3-2 Support Spans for Copper and Thermoplastic Pipe
36	921.3 Structural Attachments 921.4 Supplemental Steel 921.5 Attachments to Concrete Table 921.2.2 Capacities of Threaded ASTM A 36 Steel Rods
37	921.6 Supporting Structures 922 DESIGN REQUIREMENTS PERTAINING TO SPECIFIC PIPING SYSTEMS 922.1 Pressure Reducing Systems 922.2 Steam Trap Piping 922.3 Fuel Oil Piping
38	Chapter III Materials 923 MATERIALS — GENERAL REQUIREMENTS 923.1 Materials and Specifications 923.2 Limitations on Specific Metals 923.3 Limitations on Specific Nonmetals
39	923.4 Coatings and Linings 923.5 Deterioration in Service
40	Chapter IV Component Requirements and Standard Practices 926 DIMENSIONS AND RATINGS OF COMPONENTS 926.1 Standard Piping Components 926.2 Standard Practices 926.3 Nonstandard Piping Components 926.4 Abbreviations
41	Table 926.1 Component Standards and Specifications
46	Chapter V Fabrication, Assembly, and Erection 927 WELDED FABRICATION OF METALS 927.1 General 927.2 Materials 927.3 Preparation 927.4 Rules for Welding
47	Fig. 927.4.3-1 Fillet Weld Size
48	Fig. 927.4.3-2 Minimum Weld Size, Setback, and Depth of Insertion for Slip-On and Socket Weld Flanges Fig. 927.4.3-3 Minimum Welding Dimensions for Socket-Welding Components Other Than Flanges
49	Fig. 927.4.5-1 Acceptable Welds for Flat Heads Fig. 927.4.5-2 Unacceptable Welds for Flat Heads
50	Fig. 927.4.6-1 Typical Weld Branch Connections Fig. 927.4.6-2 Typical Weld Details
51	927.5 Qualification 927.6 Qualification Requirements 928 BRAZING AND SOLDERING OF METALS 928.1 Brazing 928.2 Soldering
52	929 BENDING 929.1 General 930 FORMING 930.1 General 930.2 Mechanically Formed Extruded Outlets in Copper Tube 931 HEAT TREATMENT 934 FABRICATION OF NONMETALS 934.1 Joining Thermoplastic Piping
53	934.2 Reinforced Thermosetting Resin Piping Joints 934.3 Repair of Defective Work 935 ASSEMBLY 935.1 General 935.2 Bolting Procedure 935.3 Bell and Spigot Joints 935.4 Threaded Piping
54	935.5 Flare Joints 935.6 Ferrule Bite Joints 935.7 Compression Joints 935.8 Other Mechanical and Proprietary Joints 935.9 Borosilicate Glass Piping 935.10 Equipment Connections 935.11 Cold Spring 935.12 Valve Installation 935.13 Repair of Defective Work
55	Chapter VI Inspection, Examination, and Testing 936 INSPECTION AND EXAMINATION 936.1 General 936.2 Required Inspection 936.3 Responsibility for Examination 936.4 Methods of Examination 936.5 Type and Extent of Required Examination 936.6 Acceptance Criteria
56	937 LEAK TESTING 937.1 General 937.2 Preparation for Testing 937.3 Hydrostatic Testing
57	937.4 Pneumatic Testing 937.5 Initial Service Leak Test
59	MANDATORY APPENDIX I STRESS TABLES
60	Table I- 1 Allowable Stresses
61	Table I- 1 Allowable Stresses ( Cont’d)
62	Table I- 1 Allowable Stresses ( Cont’d)
63	Table I- 1 Allowable Stresses ( Cont’d)
64	Table I- 1 Allowable Stresses ( Cont’d)
65	Table I- 2 Hydrostatic Design Stresses ( HDS) and Recommended Temperature Limits For Thermoplastic Pipe
66	Table I- 2 Hydrostatic Design Stresses ( HDS) and Recommended Temperature Limits For Thermoplastic Pipe ( Cont’d) Table I- 3 Design Stress Values For Contact Molded ( Hand- Lay- Up) Pipe Made From Reinforced Thermosetting Resins
67	Table I- 4 Hydrostatic Design Basis Stress for Machine- Made Thermosetting Resin Pipe
68	Table I- 4 Hydrostatic Design Basis Stress for Machine- Made Thermosetting Resin Pipe ( Cont’d)
69	MANDATORY APPENDIX II ALLOWABLE PRESSURES FOR NONMETALLIC, NONPLASTIC PRESSURE PIPING Table II- 1 Alowable Pressures for Nonmetallic, Nonplastic Pressure Piping
70	MANDATORY APPENDIX III REFERENCE STANDARDS
73	MANDATORY APPENDIX IV PREPARATION OF TECHNICAL INQUIRIES IV- 1 INTRODUCTION IV- 2 REQUIREMENTS IV- 3 SUBMITTAL
74	NONMANDATORY APPENDIX A NONMANDATORY QUALITY SYSTEM PROGRAM1
75	NONMANDATORY APPENDIX B SEISMIC DESIGN AND RETROFIT OF PIPING SYSTEMS B- 1 PURPOSE B- 1.1 Scope B- 1.2 Definitions B- 1.3 Required Input
76	B- 2 MATERIALS B- 2.1 Applicability B- 2.2 Retrofit B- 3 DESIGN B- 3.1 Seismic Loading B- 3.2 Design Method B- 3.3 Design By Rule B- 3.4 Design By Analysis
77	Table B- 3.2.1 Seismic Design Requirements, Applicable Sections Table B- 3.3.1 Maximum Span ( ft) Between Lateral Seismic Restraints for Steel Pipe With a Yield Stress of 35 ksi, in Water Service at 70° F B- 3.5 Alternative Design Methods B- 3.6 Mechanical Joints B- 3.7 Seismic Restraints
78	B- 3.8 Equipment and Components B- 4 INTERACTIONS B- 5 DOCUMENTATION B- 6 MAINTENANCE B- 7 REFERENCES
79	INDEX
85	ASME B31.9 INTERPRETATIONS