AS/NZS 2211.9:2002
Laser safety - Compilation of maximum permissible exposure to incoherent optical radiation
Provides requirements for Maximum Permissible Exposure (MPE) values for the exposure of the human eye and skin to incoherent optical radiation from artificial sources in the wavelength range from 180 nm to 3000 nm. This Standard is identical with and has been reproduced from IEC TR 60825-9:1999.
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AS/NZS 2211.9:2002 SAFETY OF LASER PRODUCTS - COMPILATION OF MAXIMUM PERMISSIBLE EXPOSURE TO INCOHERENT OPTICAL RADIATION
PREFACE
CONTENTS
1 Scope and Object
2 Reference documents
3 Definitions
3.1 angular magnification M
3.2 angular subtense
3.3 aperture, aperture stop
3.4 apparent source
3.5 blue light hazard
3.6 coherence
3.7 coherence length
3.8 diode emitter
3.9 exposure distance
3.10 exposure duration
3.11 incoherent
3.12 infrared radiation
3.13 infrared A (IR-A)
3.14 infrared B (IR-B)
3.15 infrared C (IR-C)
3.16 intended use
3.17 intermediate source
3.18 irradiance
3.19 large source
3.20 light
3.21 light emitting diode (LED)
3.22 maximum angular subtense
3.23 maximum permissible exposure (MPE)
3.24 measurement aperture
3.25 monochromatic radiation
3.26 optical radiation
3.27 photometric quantities
3.28 pulse duration
3.29 radiance
3.30 radiant energy
3.31 radiant exposure
3.32 radiant power
3.33 reflectance
3.34 scanned radiation
3.35 small source
3.36 solid angle
3.37 spectral irradiance
3.38 spectral radiance
3.39 time integrated radiance
3.40 ultraviolet radiation
3.41 ultraviolet A (UV-A)
3.42 ultraviolet B (UV-B)
3.43 ultraviolet C (UV-C)
3.44 visible radiation (light)
3.45 visual angle
4 Maximum permissible exposure
4.1 General remarks
4.2 Measurement aperture
4.3 Pupil diameter
4.4 Repetitively pulsed, modulated or scanned radiation
4.5 Angular subtense of the source
4.6 Time basis
4.7 Radiance and irradiance
4.8 Maximum permissible exposure of the eye
4.8.1 Ultraviolet spectral range
4.8.2 Visible and infrared spectral ranges
4.8.3 Overview on the maximum permissible exposure of the eye
4.9 Maximum permissible exposure of the skin
4.9.1 Ultraviolet spectral range (180 nm to 400 nm)
4.9.2 Visible and infrared spectral ranges (380 nm to 3000 nm)
4.10 Photometric quantities
5 Measurements
5.1 Measurement conditions
5.2 Measurement methods
5.2.1 Measurement of (time integrated) radiance
5.2.2 Measurement of the dimensions of the apparent source
5.2.3 Determination of the angular subtense
Annex A - Spectral functions for the Blue-Light-Hazard and the Retinal Thermal Hazard according to ICNIRP
Annex B - Ultraviolet exposure limits and spectral weighting functions according to ICNIRP
Annex C - Relative spectral luminous efficiency according to CIE
Annex D - Action spectra
D.1 Erythema (skin):
D.2 Pigmentation (skin):
D.3 Premature skin ageing and skin cancer:
D.4 Photokeratoconjunctivitis (eye):
D.5 Cataract (eye):
D.6 Retinal photochemical injury (eye):
Annex E - Bibliography
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Related Information
Civil Aviation Rules Part 77 Objects and Activities Affecting Navigable Airspace
Ministry: Civil Aviation Authority of NZ
Section: 77
Citation context:NZS/AS 2211 means the New Zealand standards for laser safety approved by the Standards Authority under the provisions of the Standards Act 1988
Civil Aviation Rules Part 77 Objects and Activities Affecting Navigable Airspace
Ministry: Civil Aviation Authority of NZ
Section: 77.7(b)
Citation context:A person proposing to operate a light or a laser must notify the Director in accordance with rule 77.13 if ...(2) for a laser, it would produce exposures in navigable air space exceeding the maximum permissible exposure defined for that laser in NZS/AS 2211; or...
Civil Aviation Rules Part 77 Objects and Activities Affecting Navigable Airspace
Ministry: Civil Aviation Authority of NZ
Section: 77.19(e)
Citation context:The Director may determine, based on the circumstances of each proposal, the use of a laser to be a hazard in navigable airspace if its use will produce exposures in navigable airspace exceeding the maximum permissible exposure defined for that laser in NZS/AS 2211.
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AS/NZS 2211.9:2002 SAFETY OF LASER PRODUCTS - COMPILATION OF MAXIMUM PERMISSIBLE EXPOSURE TO INCOHERENT OPTICAL RADIATION
PREFACE
CONTENTS
1 Scope and Object
2 Reference documents
3 Definitions
3.1 angular magnification M
3.2 angular subtense
3.3 aperture, aperture stop
3.4 apparent source
3.5 blue light hazard
3.6 coherence
3.7 coherence length
3.8 diode emitter
3.9 exposure distance
3.10 exposure duration
3.11 incoherent
3.12 infrared radiation
3.13 infrared A (IR-A)
3.14 infrared B (IR-B)
3.15 infrared C (IR-C)
3.16 intended use
3.17 intermediate source
3.18 irradiance
3.19 large source
3.20 light
3.21 light emitting diode (LED)
3.22 maximum angular subtense
3.23 maximum permissible exposure (MPE)
3.24 measurement aperture
3.25 monochromatic radiation
3.26 optical radiation
3.27 photometric quantities
3.28 pulse duration
3.29 radiance
3.30 radiant energy
3.31 radiant exposure
3.32 radiant power
3.33 reflectance
3.34 scanned radiation
3.35 small source
3.36 solid angle
3.37 spectral irradiance
3.38 spectral radiance
3.39 time integrated radiance
3.40 ultraviolet radiation
3.41 ultraviolet A (UV-A)
3.42 ultraviolet B (UV-B)
3.43 ultraviolet C (UV-C)
3.44 visible radiation (light)
3.45 visual angle
4 Maximum permissible exposure
4.1 General remarks
4.2 Measurement aperture
4.3 Pupil diameter
4.4 Repetitively pulsed, modulated or scanned radiation
4.5 Angular subtense of the source
4.6 Time basis
4.7 Radiance and irradiance
4.8 Maximum permissible exposure of the eye
4.8.1 Ultraviolet spectral range
4.8.2 Visible and infrared spectral ranges
4.8.3 Overview on the maximum permissible exposure of the eye
4.9 Maximum permissible exposure of the skin
4.9.1 Ultraviolet spectral range (180 nm to 400 nm)
4.9.2 Visible and infrared spectral ranges (380 nm to 3000 nm)
4.10 Photometric quantities
5 Measurements
5.1 Measurement conditions
5.2 Measurement methods
5.2.1 Measurement of (time integrated) radiance
5.2.2 Measurement of the dimensions of the apparent source
5.2.3 Determination of the angular subtense
Annex A - Spectral functions for the Blue-Light-Hazard and the Retinal Thermal Hazard according to ICNIRP
Annex B - Ultraviolet exposure limits and spectral weighting functions according to ICNIRP
Annex C - Relative spectral luminous efficiency according to CIE
Annex D - Action spectra
D.1 Erythema (skin):
D.2 Pigmentation (skin):
D.3 Premature skin ageing and skin cancer:
D.4 Photokeratoconjunctivitis (eye):
D.5 Cataract (eye):
D.6 Retinal photochemical injury (eye):
Annex E - Bibliography
AS/NZS 2211.9:2002
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.