AS/NZS 4282:2019
Control of the obtrusive effects of outdoor lighting
Provides a common basis for assessment of the likely effects of developments that involve the provision of outdoor lighting. However, it should be noted that the potentially obtrusive effects of the lighting will normally be only one of a number of environmental and ecological considerations that will need to be addressed. Conformance to this standard, i.e. to the limits for the various light technical parameters, will therefore not usually be the sole basis for the approval of particular development proposals. The effect of lighting of vertical planes including internally and externally illuminated signs, façades or objects has been included. The standard is not intended to specify signage but only addresses the obtrusive impact of these lit surfaces. In general, this standard does not apply to public lighting. However, limits have been included that can be applied when specified by the relevant authority. This was done so that obtrusive light can be controlled in areas where it may be seen as a problem without the need to calculate the impact of every streetlight. This standard applies to broadcast television lighting and limits have been included. Formally recognised sensitive locations, such as Siding Spring Observatory (Australia) and Aoraki Mackenzie International Dark Sky Reserve (New Zealand) may have requirements in addition to this standard.
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AS/NZS 4282:2019 CONTROL OF THE OBTRUSIVE EFFECTS OF OUTDOOR LIGHTING - FORMTEXT
PREFACE
CONTENTS
FOREWORD
SECTION 1 SCOPE AND GENERAL
1.1 SCOPE
1.2 APPLICATION
1.3 NORMATIVE REFERENCES
1.4 DEFINITIONS
1.4.1 Control direction
1.4.2 Dwelling
1.4.3 Floodlight
1.4.4 Glare
1.4.5 Habitable room
1.4.6 Lighting installation
1.4.7 Luminaire
1.4.8 May
1.4.9 Obtrusive light
1.4.10 Outdoor lighting
1.4.11 Public lighting
1.4.12 Reference direction
1.4.13 Relevant boundary
1.4.14 Shall
1.4.15 Should
1.4.16 Solid state lighting (SSL)
1.4.17 Sky glow
1.4.18 Spill light
1.4.19 Threshold increment (TI)
1.4.20 Upward light ratio (ULR)
1.5 DEMONSTRATION OF CONFORMITY
SECTION 2 POTENTIAL OBTRUSIVE EFFECTS
2.1 SCOPE
2.2 POTENTIAL EFFECTS OF OUTDOOR LIGHTING
2.3 INFLUENCE OF SURROUNDING DEVELOPMENTS
2.4 SPECIFIC EFFECTS
2.4.1 Effects on residents
2.4.2 Effects on transport system users
2.4.3 Effects on transport signalling systems
2.4.4 Effects on astronomical observations
SECTION 3 LIGHT TECHNICAL PARAMETERS
3.1 SCOPE
3.2 LIMITS FOR LIGHT TECHNICAL PARAMETERS
3.2.1 Applicable limits
3.2.2 Basis for differentiation of limits according to area type
3.2.3 Basis for differentiation of limits for Ev and I according to times of operation
3.2.4 Basis for differentiation of limits for I according to precedent
3.3 ASSESSMENT OF CONFORMANCE
3.3.1 Environmental zones A0-A4
3.3.2 Sports venues illuminated for TV coverage
3.3.3 Public lighting
3.3.4 Applicable light technical parameters
3.3.5 Lit surfaces
SECTION 4 CALCULATION OF LIGHT TECHNICAL PARAMETERS
4.1 SCOPE
4.2 USE OF COMPUTER PROGRAMS
4.3 DETERMINATION OF ILLUMINANCE, INTENSITY AND LUMINANCE
4.4 DETERMINATION OF LUMINOUS INTENSITIES IN THE CONTROL DIRECTION FOR VENUES ILLUMINATED FOR TV
SECTION 5 FIELD MEASUREMENTS
5.1 SCOPE
5.2 GENERAL
5.3 CHECK MEASUREMENTS
APPENDIX A - DESIGN, INSTALLATION, OPERATION AND MAINTENANCE
A1 INTRODUCTION
A2 DESIGN OBJECTIVES
A2.1 Establishment of objectives
A2.2 Principles
A3 DESIGN GUIDELINES
A3.1 Location of illuminated area/activity
A3.2 Selection of luminaires
A3.3 Classification of luminaires for floodlighting
A3.4 Siting and aiming of floodlights
A3.5 Effect of mounting height and beam angle on spill light
A4 REFLECTIVE PROPERTIES OF AN ILLUMINATED SURFACE
A5 INSTALLATION AND COMMISSIONING
A6 MAINTENANCE
APPENDIX B - DESIGN DOCUMENTATION
B1 SCOPE OF APPENDIX
B2 STATEMENT OF OBJECTIVES
B3 SUPPORTING DOCUMENTATION
B3.1 Information relating to the environment
B3.2 Information relating to the lighting installation
APPENDIX C - IMPACT OF EXTERNAL LIGHTING ON BIOTA
C1 INTRODUCTION
C2 BIOTA MAY HAVE DIFFERENT SENSITIVITY TO RADIATION FROM HUMANS
C3 GREATER POTENTIAL ARTIFICIAL LIGHT EFFECT ON SPECIES YOUNG
C4 COLOUR TEMPERATURE EQUIVALENCE IS NOT SPECTRAL EQUIVALENCE
C5 AUSTRALIAN GOVERNMENT AGREEMENTS AND DATABASES
C5.1 Threatened species under the EPBC Act
C5.2 Migratory species and agreements in Australia
C6 BIBLIOGRAPHY FOR THIS APPENDIX
BIBLIOGRAPHY
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AS/NZS 4282:2019 CONTROL OF THE OBTRUSIVE EFFECTS OF OUTDOOR LIGHTING - FORMTEXT
PREFACE
CONTENTS
FOREWORD
SECTION 1 SCOPE AND GENERAL
1.1 SCOPE
1.2 APPLICATION
1.3 NORMATIVE REFERENCES
1.4 DEFINITIONS
1.4.1 Control direction
1.4.2 Dwelling
1.4.3 Floodlight
1.4.4 Glare
1.4.5 Habitable room
1.4.6 Lighting installation
1.4.7 Luminaire
1.4.8 May
1.4.9 Obtrusive light
1.4.10 Outdoor lighting
1.4.11 Public lighting
1.4.12 Reference direction
1.4.13 Relevant boundary
1.4.14 Shall
1.4.15 Should
1.4.16 Solid state lighting (SSL)
1.4.17 Sky glow
1.4.18 Spill light
1.4.19 Threshold increment (TI)
1.4.20 Upward light ratio (ULR)
1.5 DEMONSTRATION OF CONFORMITY
SECTION 2 POTENTIAL OBTRUSIVE EFFECTS
2.1 SCOPE
2.2 POTENTIAL EFFECTS OF OUTDOOR LIGHTING
2.3 INFLUENCE OF SURROUNDING DEVELOPMENTS
2.4 SPECIFIC EFFECTS
2.4.1 Effects on residents
2.4.2 Effects on transport system users
2.4.3 Effects on transport signalling systems
2.4.4 Effects on astronomical observations
SECTION 3 LIGHT TECHNICAL PARAMETERS
3.1 SCOPE
3.2 LIMITS FOR LIGHT TECHNICAL PARAMETERS
3.2.1 Applicable limits
3.2.2 Basis for differentiation of limits according to area type
3.2.3 Basis for differentiation of limits for Ev and I according to times of operation
3.2.4 Basis for differentiation of limits for I according to precedent
3.3 ASSESSMENT OF CONFORMANCE
3.3.1 Environmental zones A0-A4
3.3.2 Sports venues illuminated for TV coverage
3.3.3 Public lighting
3.3.4 Applicable light technical parameters
3.3.5 Lit surfaces
SECTION 4 CALCULATION OF LIGHT TECHNICAL PARAMETERS
4.1 SCOPE
4.2 USE OF COMPUTER PROGRAMS
4.3 DETERMINATION OF ILLUMINANCE, INTENSITY AND LUMINANCE
4.4 DETERMINATION OF LUMINOUS INTENSITIES IN THE CONTROL DIRECTION FOR VENUES ILLUMINATED FOR TV
SECTION 5 FIELD MEASUREMENTS
5.1 SCOPE
5.2 GENERAL
5.3 CHECK MEASUREMENTS
APPENDIX A - DESIGN, INSTALLATION, OPERATION AND MAINTENANCE
A1 INTRODUCTION
A2 DESIGN OBJECTIVES
A2.1 Establishment of objectives
A2.2 Principles
A3 DESIGN GUIDELINES
A3.1 Location of illuminated area/activity
A3.2 Selection of luminaires
A3.3 Classification of luminaires for floodlighting
A3.4 Siting and aiming of floodlights
A3.5 Effect of mounting height and beam angle on spill light
A4 REFLECTIVE PROPERTIES OF AN ILLUMINATED SURFACE
A5 INSTALLATION AND COMMISSIONING
A6 MAINTENANCE
APPENDIX B - DESIGN DOCUMENTATION
B1 SCOPE OF APPENDIX
B2 STATEMENT OF OBJECTIVES
B3 SUPPORTING DOCUMENTATION
B3.1 Information relating to the environment
B3.2 Information relating to the lighting installation
APPENDIX C - IMPACT OF EXTERNAL LIGHTING ON BIOTA
C1 INTRODUCTION
C2 BIOTA MAY HAVE DIFFERENT SENSITIVITY TO RADIATION FROM HUMANS
C3 GREATER POTENTIAL ARTIFICIAL LIGHT EFFECT ON SPECIES YOUNG
C4 COLOUR TEMPERATURE EQUIVALENCE IS NOT SPECTRAL EQUIVALENCE
C5 AUSTRALIAN GOVERNMENT AGREEMENTS AND DATABASES
C5.1 Threatened species under the EPBC Act
C5.2 Migratory species and agreements in Australia
C6 BIBLIOGRAPHY FOR THIS APPENDIX
BIBLIOGRAPHY
AS/NZS 4282:2019
Online Library subscription information
Online library subscriptions provide a cost-effective solution for organisations of any size to access the latest standards, offering 24/7 access to a personalised catalogue. The service ensures subscribers have have the most up-to-date version of selected standards, incluing automatic updates for any amendments or versions. Pricing is dependent on the chosen standards and the number of concurrent users, with discounts applied from the standards PDF price. For customised subscriptions or further inquiries, contact the Online Library team.