Standard
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AS/NZS 1200:2015
[Current]Pressure equipment
Sets out basic requirements and good practice for the design, materials, manufacture, examination, testing, installation, conformity assessment, commissioning, operation, inspection, maintenance, repair, alteration and disposal of pressure equipment (boilers, pressure vessels and pressure piping) but excluding gas cylinders. Includes detailed requirements for various pressure equipment by direct reference to a range of Australian, New Zealand and other Standards.
Published: 03/12/2015
Pages: 43
Table of contents
Cited references
Content history
Table of contents
Header
About this publication
Preface
1 Scope and general
1.1 Scope
1.2 Objective
1.3 Application
1.4 Definitions
1.5 Referenced documents
1.6 New designs, materials and manufacturing methods
1.7 Rounding of numerical values
1.8 Conversion of units
1.9 Tolerances
1.10 Concessions
1.11 New Zealand requirements
2 Basic requirements and compliance standards
2.1 Basic requirements
2.2 Compliance standards
2.3 Mixing standards
Appendix A
A1 Pressure equipment covered
A2 Examples
A3 Equipment or plant under pressure not specifically covered
Appendix B
B1 General
B2 Definitions
Appendix C
Appendix D
D1 Policy for materials
D1.1 General
D1.2 Permitted material Standards
D1.3 Alternative national Standards
D2 New material
D2.1 Amendment or supplement
D2.2 Mechanical properties
D2.3 Weldability
D2.4 Physical changes
Appendix E
Appendix F
F1 Introduction
F2 Purpose
F3 Recognized standards
F4 Comparison of Australian and overseas pressure equipment Standards
F5 Boiler Standards
F6 Pressure piping Standards
F7 Related pressure equipment Standards
F8 Observations/recommendations
Appendix G
G1 General
Appendix H
H1 General
H2 Specific requirements
H2.1 Design verification
H2.2 Fabrication inspection
H2.3 Certificate of inspection
H3 Seismic loadings
Appendix I
I1 General
I2 Basis for use
Appendix J
J1 General
J2 General requirements
J2.1 Design and manufacture
J2.2 Use
J3 Design
J3.1 General
J3.2 Design for adequate strength and deflection control
J3.2.1 General
J3.2.2 Basis
J3.2.3 Calculation method
J3.2.4 Experimental design
J3.3 Design for safe handling and operation
J3.4 Means of examination
J3.5 Means of isolation, draining and venting
J3.6 Corrosion or other chemical attack
J3.7 Wear
J3.8 Provisions for filling and discharge
J3.9 Protection against exceeding allowable limits
J3.10 Safety accessories
J3.10.1 General
J3.10.2 Pressure limiting devices
J3.10.3 Temperature limiting and monitoring devices
J3.11 External fire
J4 Manufacture
J4.1 Manufacturing procedures
J4.1.1 General
J4.1.2 Preparation of the component parts
J4.1.3 Permanent joining
J4.1.4 Non-destructive tests
J4.1.5 Heat treatment
J4.1.6 Traceability
J4.1.7 Repair
J4.2 Final assessment
J4.2.1 General
J4.2.2 Final inspection
J4.2.3 Proof test
J4.3 Marking and labelling
J4.4 Operating instructions
J5 Materials
J5.1 General
J5.2 Materials for pressurized parts
J5.3 Documentation
J5.4 Compliance
J6 Safety requirements for special applications
J6.1 Fired or otherwise heated pressure equipment with a risk of overheating
J6.2 Additional safety requirements for piping
J7 Specific quantitative requirements for certain pressure equipment
J7.1 Provisions
J7.2 Allowable stresses
J7.3 Joint coefficients
J7.4 Pressure limiting device
J7.5 Hydrostatic test
J7.6 Material characteristics (for steel only)
J8 Use
J8.1 General
J8.2 Equipment operations
J8.3 Safety management system
Cited references in this standard
ASME B31.5
Refrigeration piping and heat transfer components
ASME B31.3
Process piping
ASME B31.1
Power piping
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