PDF Catalog
PDF Pages | PDF Title |
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15 | 202 DESIGN CRITERIA 204.3.2 Non-Standard Tees |
16 | INTRODUCTION |
18 | CHAPTER I – SCOPE AND DEFINITIONS 200 GENERAL STATEMENTS 200.1 Scope |
19 | 200.2 Definitions |
22 | CHAPTER II – DESIGN PART 1: CONDITIONS AND CRITERIA 201 DESIGN CONDITIONS 201.1 General 201.2 Pressure 201.2.1 Maximum Working Pressure Limits In Buildings 201.2.2 Design Pressure 201.3 Temperature 201.3.2 Design Temperature 201.5 Dynamic Effects 201.5.2 Wind 201.5.3 Earthquake 201.5.4 Vibration 201.6 Weight Effects 201.6.1 Live Loads 201.6.2 Dead 201.6.3 Test Loads 201.7 Thermal Expansion and Contraction Loads |
23 | 201.8 Thrust Forces 202.1 General 202.2 Pressure-Temperature Ratings for Piping Components 202.2.1 Method Of Establishing And Applying Pressure- Temperature Ratings 202.2.2 Connections Between Systems And To Equipment 202.3 Allowable Stresses and Other Stress Limits 202.3.1 Allowable Stress Values 202.3.2 Stress Limits 202.4 Allowances 202.4.1 Corrosion Allowances For Steel Pipe |
24 | 202.4.2 Threading 202.4.3 Weld Joint Factors 202.4.4 Mechanical Strength CHAPTER II – DESIGN PART 2: PRESSURE DESIGN OF PIPING COMPONENTS 203 DESIGN CRITERIA 204 DESIGN OF COMPONENTS 204.1 Pipe |
25 | Table 204.1 Least Nominal Wall Thickness For Pipe And Tubing |
26 | 204.2 Pipe Bends 204.2.1 Wall Thickness 204.2.2 Non-Standard Bends Or Elbows 204.3 Branch Connections 204.3.1 Wall Thickness 204.3.3 Tapped Connection s In Steel Systems 204.3.4 Tapped Connection s In Nodular Iron Systems 204.3.5 Tapped Connections In Non-Ferrous Systems 204.3.6 Welded Connections |
27 | 204.3.7 Extruded And Reinforced Connections 204.4 Heads And Closures 204.5 Flanges 204.5.1 Standard Flanges 204.5.2 Non-Standard Flanges 204.6 Reducers 204.7 Pressure Design of Other Pressure Containing Components 204.7.1 Components Covered By Standards Listed In Code 204.7.2 Components Not Covered By Standards Listed In Code |
28 | 204.7.3 Special Valves CHAPTER II – DESIGN PART 3: SELECTION AND LIMITATIONS OF PIPING COMPONENTS 205 PIPE OR TUBING 205.1 General 205.2 Metallic Pipe And Tubing 205.2.1 Ferrous Pipe and Tubing 205.2.2 Non-Ferrous Pipe 205.3 Non-Metallic Pipe 205.4 Non-Metallic Hose and Flexible Metallic Connectors |
29 | 206 FITTINGS AND BENDS 206.1 Fittings 206.2 Bends 206.8 Special Fittings and Connections 207 VALVES 208 FLANGES, GASKETS AND BOLTING 208.1 Flanges : 208.1.1 General 208.1.2 Non-Standard Flanges 208.2 Blind Flanges |
30 | 208.3 Flange Facings 208.4 Gaskets 208.4.1 General 208.4.2 Asbestos Composition Gaskets 208.4.3 Metallic Gaskets 208.4.4 Gasket Dimensions 208.5 Flange Bolting 208.5.1 General 208.5.2 Machine Bolt And Nut Dimensions 208.5.4 Bolting Material For Cast Iron Flanges 208.5.5 Bolting Material For Brass Or Bronze Flanges |
31 | 208.5.6 Bolting Material For Steel Flanges CHAPTER II – DESIGN PART 4: SELECTION AND LIMITATION OF PIPING JOINTS 210 PIPING JOINTS 210.1 General 211 WELDED JOINTS 211.1 General 211.2 Burt Welds 211.3 Socket Welds 211.4 Fillet Welds 211.5 Seal Welds 212 FLANGED JOINTS 213 EXPANDED JOINTS 214 THREADED JOINTS |
32 | 215 FLARED, FLARELESS AND COMPRESSION JOINTS 217 BRAZED JOINTS 218 SLEEVE, COUPLED AND OTHER PROPRIETARY JOINTS CHAPTER II – DESIGN PART 5: EXPANSION, FLEXIBILITY, STRUCTURAL ATTACHMENTS, SUPPORTS AND RESTRAINTS 219 EXPANSION AND FLEXIBILITY 219.1 General 219.5 Flexibility |
33 | 221 DESIGN OF PIPE SUPPORTING ELEMENTS 221.1 General 221.5 Maximum Spacing of Supports CHAPTER II – DESIGN PART 6: SYSTEMS DESIGN REQUIREMENTS PERTAINING TO SPECIFIC PIPING SYSTEMS 222 FUEL GAS PIPING SYSTEMS 222.1 Valves 222.2 Pressure Controlling Devices (Pressure Regulators) |
34 | 222.3 Instrument, Control and Sampling 222.3.1 General |
36 | 222.3.2 Design Requirements 222.4 Relief and Pressure Limiting Devices 222.4.1 General 222.4.2 Relief Valves 222.4.3 Pressure Limiting Devices |
37 | 222.5 Back Pressure and Low Pressure Protective Devices 222.5.1 Back Pressure Protection 222.5.2 Low Pressure Protection |
38 | CHAPTER III – MATERIALS 223 MATERIALS – GENERAL REQUIREMENTS 223.1 General |
39 | 223.2 Limitations on Materials 223.2.1 General 223.2.5 Nodular Iron 225 MATERIAL LIMITATIONS APPLIED TO MISCELLANEOUS COMPONENTS 225.3 Gaskets 225.4 Bolting |
40 | CHAPTER IV – DIMENSIONAL REQUIREMENTS 226 DIMENSIONAL REQUIREMENTS FOR STANDARD AND NON-STANDARD PIPING COMPONENTS 226.1 Standard Piping Components Table 226.1 Dimensional Standards |
41 | 226.2 Non-Standard Piping Components 226.3 Threads |
42 | CHAPTER V – FABRICATION, ASSEMBLY AND ERECTION 227 WELDING 227.1 General 227.2 Material 227.2.1 Filler Material 227.2.2 Backing Rings 227.3 Preparation 227.3.1 Butt Welds 227.3.2 Fillet Welds |
44 | 227.4 Procedure 227.4.1 General 227.4.2 Girth Butt Welds 227.4.3 Longitudinal Butt Welds |
45 | 227.4.4 Fillet Welds 227.4.5 Seal Welds 227.4.6 Welded Branch Connections 227.4.7 Thermal Treatment |
46 | 227.5 Qualification 227.5.1 General 227.5.3 Welding Responsibility 227.5.4 Qualification By Others 227.5.5 Test joint 227.5.6 Performance Requalification 227.6 Qualification Records 227.7 Defect Repairs 228 BRAZING 228.1 Materials 228.1.1 Filler Metal 228.1.2 Flux |
47 | 228.2 Preparation and Material 228.2.1 Surface Preparation 228.2.2 Joint Clearance 228.2.3 Heating 228.2.4 Brazing Qualifications 229 BENDING 229.1 Radii of Bends 229.2 Procedure 231 HEAT TREATMENT 231.1 Heating and Cooling Method 231.2 Preheating 231.3 Postheat Treatment (Stress Relieving) 235 ASSEMBLY AND ERECTION 235.1 General 235.2 Proprietary Joints 235.4 Threaded Joints 235.4.1 Seal Welds 235.4.2 Joint Compound 235.5 Installation of Pipe Below Ground 235.5.1 Installation |
48 | 235.5.2 Backfilling 235.5.3 Cover Requirements 235.5.4 Casing Requirements 235.5.5 Clearances |
49 | CHAPTER VI – INSPECTION AND TEST 236 INSPECTION 236.5 Type and Extent of Inspection Required 237 PRESSURE TESTS 237.1 General 237.2 Test Medium 237.3 Test Preparation 237.4 Test Pressure 237.5 Test Records 237.6 Detection of Leaks and Defects APPENDIX A APPENDIX B |
54 | APPENDIX C |
55 | APPENDIX D |
70 | APPENDIX E |