AS/NZS 1337:1992
Eye protectors for industrial applications
Specifies minimum requirements for eye protectors and associated lenses designed to provide protection for peoples` eyes in the industrial environment. Types of protection offered are for molten metal, airborne particles and fragments, harmful gases, vapours and aerosols, and sunglare and optical radiation in the natural environment. Markings for lenses to indicate the type of protection offered are also included. Reprinted to append Amendments 1 and 2.
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AS/NZS 1337:1992 EYE PROTECTORS FOR INDUSTRIAL APPLICATIONS
PREFACE
CONTENTS
SECTION 1 SCOPE AND GENERAL
1.1 SCOPE
1.2 APPLICATION
1.3 REFERENCED DOCUMENTS
1.4 DEFINITIONS
1.4.1 Browguard
1.4.2 Cover lens
1.4.3 Double-glazed lenses
1.4.4 Eye protector
1.4.5 Eyeshield
1.4.6 Faceshield
1.4.7 Filter
1.4.8 Goggles
1.4.9 Headform
1.4.10 Hood
1.4.11 Laminated lenses
1.4.12 Lens
1.4.13 Luminous transmittance
1.4.14 Prismatic power
1.4.15 Refractive power
1.4.16 Safety clip-ons
1.4.17 Safety spectacles
1.4.18 Side shield
1.4.19 Solar erythemal ultraviolet
1.4.20 Solar near-ultraviolet
1.4.21 Tempering
1.4.22 Tinted lens types
1.4.23 Untinted lens
1.4.24 Visor
1.4.25 Welding handshield
1.4.26 Welding helmet
1.4.27 Wide-vision spectacles
1.4.28 Wire-mesh screen
SECTION 2 REQUIREMENTS FOR LENSES
2.1 SCOPE OF SECTION
2.2 GENERAL REQUIREMENTS FOR LENSES
2.2.1 Finish
2.2.2 Materials
2.2.3 Dimensions of lenses (see Figure 2.1)
2.3 MATERIAL REQUIREMENTS
2.3.1 Visual quality
2.3.2 Viewing area
2.4 OPTICAL PROPERTIES OF LENSES
2.4.1 Position of measurement
2.4.2 Direction of measurement
2.4.3 Refractive power of lenses
2.4.4 Prismatic power of lenses
2.4.5 Transmittance properties of lenses
2.4.6 Fluorescene
2.5 LOW IMPACT RESISTANCE
2.5.1 General
2.5.2 Performance criteria
2.6 MEDIUM IMPACT RESISTANCE
2.6.1 General
2.6.2 Performance criteria
2.7 HIGH IMPACT RESISTANCE
2.7.1 General
2.7.2 Performance criteria
2.8 PENETRATION RESISTANCE
2.8.1 General
2.8.2 Performance criteria
2.9 FLAME PROPAGATION
2.9.1 General
2.9.2 Performance criteria
2.10 SPECIAL REQUIREMENTS
2.10.1 Protection against molten metals
2.10.2 Protection against hot solids
2.11 TESTING
2.12 MARKING OF LENSES AND REPLACEMENT LENS PACKAGING
2.12.1 Marking of lenses
2.12.2 Marking of replacement lens packaging
SECTION 3 REQUIREMENTS FOR ASSEMBLED EYE PROTECTORS
3.1 SCOPE OF SECTION
3.2 GENERAL REQUIREMENTS
3.2.1 Finish
3.2.2 Materials
3.2.3 Optical properties of lenses
3.2.4 Ventilation
3.2.5 Dimensional requirements for eyeshields and faceshields
3.2.6 Impact resistance
3.2.7 Penetration resistance
3.2.8 Flame propagation
3.2.9 Thermal stability
3.2.10 Protection against corrosion
3.3 SPECIAL PERFORMANCE REQUIREMENTS
3.3.1 Medium impact protectors
3.3.2 High impact protectors
3.3.3 Protection against splashes
3.3.4 Protection against dust
3.3.5 Protection against gas
3.3.6 Protection against molten metal and hot solids
3.4 TESTING
3.5 MARKING OF ASSEMBLED EYE PROTECTORS AND PACKAGING
3.5.1 Eye protectors
3.5.2 Packaging
SECTION 4 ADDITIONAL REQUIREMENTS FOR ASSEMBLED EYE PROTECTORS FOR WELDING AND ALLIED OPERATIONS
4.1 SCOPE OF SECTION
4.2 DESIGN AND CONSTRUCTION
4.2.1 General
4.2.2 Materials and finish
4.2.3 Safety spectacles
4.2.4 Goggles
4.2.5 Filter and filter cover mounting
4.2.6 Ventilation
4.2.7 Headband
4.2.8 Filters and cover lenses
4.3 DESIGN AND CONSTRUCTION OF HELMETS AND HANDSHIELDS
4.3.1 General
4.3.2 Design
4.3.3 Protection against heat and electric shock
4.3.4 Helmets
4.3.5 Handshields
4.3.6 Mounting of filters and filter covers
4.3.7 Assembled helmets and handshields
4.3.8 Impact resistance
4.3.9 Cover and clear lenses
4.4 PHYSICAL REQUIREMENTS
4.4.1 Flame propagation
4.4.2 Protection against hot solids
4.5 TESTING
4.6 MARKING OF ASSEMBLED EYE PROTECTORS
APPENDIX A - METHOD FOR THE DETERMINATION OF SPECTRAL TRANSMITTANCE
A1 SCOPE
A2 PRINCIPLE
A3 APPARATUS
A4 SCALE CALIBRATION OF SPECTROPHOTOMETER
A5 USE OF SPECTROPHOTOMETER
A6 PROCEDURE
A6.1 General
A6.2 Uniformly tinted lenses (non-polarizing)
A6.3 Uniformly tinted lenses (polarizing)
A6.4 Gradient density lenses (non-polarizing)
A6.5 Gradient density lenses (polarizing)
A6.6 Photochromic lenses
A7 CALCULATION OF LUMINOUS TRANSMITTANCE AND COLORATION FACTORS
A7.1 Luminous transmittance
A7.2 Mean transmittance values for ultraviolet
A7.3 Coloration factors
A8 TEST REPORT
APPENDIX B - METHOD FOR THE DETERMINATION OF FLUORESCENCE
B1 SCOPE
B2 PRINCIPLE
B3 APPARATUS
B4 SPECIMEN
B5 CONDITIONING
B6 PROCEDURE
B7 CALCULATION
B8 TEST REPORT
APPENDIX C - METHOD FOR THE DETERMINATION OF LOW IMPACT RESISTANCE (DROP-BALL)
C1 SCOPE
C2 PRINCIPLE
C3 APPARATUS
C4 PROCEDURE
C5 TEST REPORT
APPENDIX D - METHOD FOR THE DETERMINATION OF LOW IMPACT RESISTANCE (BALLISTIC)
D1 SCOPE
D2 PRINCIPLE
D3 APPARATUS
D4 PROCEDURE
D5 TEST REPORT
APPENDIX E - METHOD FOR THE DETERMINATION OF MEDIUM IMPACT RESISTANCE
E1 SCOPE
E2 PRINCIPLE
E3 APPARATUS
E4 PROCEDURE
E5 TEST REPORT
APPENDIX F - METHOD FOR THE DETERMINATION OF HIGH IMPACT RESISTANCE
F1 SCOPE
F2 PRINCIPLE
F3 APPARATUS
F4 PROCEDURE
F5 TEST REPORT
APPENDIX G - METHOD FOR THE DETERMINATION OF RESISTANCE TO PENETRATION
G1 SCOPE
G2 PRINCIPLE
G3 APPARATUS
G4 PROCEDURE
G5 TEST REPORT
APPENDIX H - METHOD FOR THE DETERMINATION OF FLAME PROPAGATION
H1 SCOPE
H2 PRINCIPLE
H3 APPARATUS
H4 PROCEDURE
H5 CALCULATION
H6 TEST REPORT
APPENDIX I - METHOD FOR THE DETERMINATION OF NON-ADHERENCE OF MOLTEN METAL
I1 SCOPE
I2 PRINCIPLE
I3 APPARATUS
I4 PROCEDURE
I5 TEST REPORT
APPENDIX J - METHOD FOR THE DETERMINATION OF RESISTANCE TO HOT SOLIDS
J1 SCOPE
J2 PRINCIPLE
J3 APPARATUS
J4 PROCEDURE
J5 TEST REPORT
APPENDIX K - METHOD FOR THE DETERMINATION OF THERMAL STABILITY AT ELEVATED TEMPERATURES
K1 SCOPE
K2 PRINCIPLE
K3 APPARATUS
K4 PROCEDURE
K5 ORDER OF TESTING
K6 ENVIRONMENTAL TEST CONDITIONS
K7 TEST REPORT
APPENDIX L - METHOD FOR THE DETERMINATION OF CORROSION RESISTANCE
L1 SCOPE
L2 PRINCIPLE
L3 REAGENT
L4 APPARATUS
L5 PROCEDURE
L6 TEST REPORT
APPENDIX M - METHOD FOR THE DETERMINATION OF SPLASH RESISTANCE
M1 SCOPE
M2 PRINCIPLE
M3 REAGENT
M4 APPARATUS
M5 PROCEDURE
M6 ASSESSMENT OF RESULTS
M7 TEST REPORT
APPENDIX N - TEST METHOD FOR THE DETERMINATION OF RESISTANCE TO DUST
N1 SCOPE
N2 PRINCIPLE
N3 APPARATUS
N4 PROCEDURE
N5 CALCULATION
N6 TEST REPORT
APPENDIX O - METHOD FOR THE DETERMINATION OF GASTIGHTNESS
O1SCOPE
O2 PRINCIPLE
O3 REAGENT
O4 APPARATUS
O5 PROCEDURE
O6 ASSESSMENT OF RESULTS
O7 TEST REPORT
APPENDIX P - EXAMPLE OF CALCULATION OF LUMINOUS TRANSMITTANCE
APPENDIX Q - TABLES OF SPECTRAL EFFECTIVENESS AND SPECTRAL IRRADIANCE
TABLE Q1 IRPA 1989 SPECTRAL EFFECTIVENESS
TABLE Q2 RELATIVE ENERGY VALUES OF SOLAR SPECTRAL IRRADIANCE
APPENDIX R - EXAMPLE OF CALCULATION OF MEAN TRANSMITTANCES
R1 ULTRAVIOLET RADIATION
APPENDIX S - EXAMPLE OF CALCULATION OF COLORATION LIMITS
S1 RED SIGNAL VISIBILITY FACTOR (R)
S2 VIOLET FACTOR (V)
ASNZS1337-1992A1.pdf
ASNZS1337-1992A2.pdf
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AS/NZS 1337:1992 EYE PROTECTORS FOR INDUSTRIAL APPLICATIONS
PREFACE
CONTENTS
SECTION 1 SCOPE AND GENERAL
1.1 SCOPE
1.2 APPLICATION
1.3 REFERENCED DOCUMENTS
1.4 DEFINITIONS
1.4.1 Browguard
1.4.2 Cover lens
1.4.3 Double-glazed lenses
1.4.4 Eye protector
1.4.5 Eyeshield
1.4.6 Faceshield
1.4.7 Filter
1.4.8 Goggles
1.4.9 Headform
1.4.10 Hood
1.4.11 Laminated lenses
1.4.12 Lens
1.4.13 Luminous transmittance
1.4.14 Prismatic power
1.4.15 Refractive power
1.4.16 Safety clip-ons
1.4.17 Safety spectacles
1.4.18 Side shield
1.4.19 Solar erythemal ultraviolet
1.4.20 Solar near-ultraviolet
1.4.21 Tempering
1.4.22 Tinted lens types
1.4.23 Untinted lens
1.4.24 Visor
1.4.25 Welding handshield
1.4.26 Welding helmet
1.4.27 Wide-vision spectacles
1.4.28 Wire-mesh screen
SECTION 2 REQUIREMENTS FOR LENSES
2.1 SCOPE OF SECTION
2.2 GENERAL REQUIREMENTS FOR LENSES
2.2.1 Finish
2.2.2 Materials
2.2.3 Dimensions of lenses (see Figure 2.1)
2.3 MATERIAL REQUIREMENTS
2.3.1 Visual quality
2.3.2 Viewing area
2.4 OPTICAL PROPERTIES OF LENSES
2.4.1 Position of measurement
2.4.2 Direction of measurement
2.4.3 Refractive power of lenses
2.4.4 Prismatic power of lenses
2.4.5 Transmittance properties of lenses
2.4.6 Fluorescene
2.5 LOW IMPACT RESISTANCE
2.5.1 General
2.5.2 Performance criteria
2.6 MEDIUM IMPACT RESISTANCE
2.6.1 General
2.6.2 Performance criteria
2.7 HIGH IMPACT RESISTANCE
2.7.1 General
2.7.2 Performance criteria
2.8 PENETRATION RESISTANCE
2.8.1 General
2.8.2 Performance criteria
2.9 FLAME PROPAGATION
2.9.1 General
2.9.2 Performance criteria
2.10 SPECIAL REQUIREMENTS
2.10.1 Protection against molten metals
2.10.2 Protection against hot solids
2.11 TESTING
2.12 MARKING OF LENSES AND REPLACEMENT LENS PACKAGING
2.12.1 Marking of lenses
2.12.2 Marking of replacement lens packaging
SECTION 3 REQUIREMENTS FOR ASSEMBLED EYE PROTECTORS
3.1 SCOPE OF SECTION
3.2 GENERAL REQUIREMENTS
3.2.1 Finish
3.2.2 Materials
3.2.3 Optical properties of lenses
3.2.4 Ventilation
3.2.5 Dimensional requirements for eyeshields and faceshields
3.2.6 Impact resistance
3.2.7 Penetration resistance
3.2.8 Flame propagation
3.2.9 Thermal stability
3.2.10 Protection against corrosion
3.3 SPECIAL PERFORMANCE REQUIREMENTS
3.3.1 Medium impact protectors
3.3.2 High impact protectors
3.3.3 Protection against splashes
3.3.4 Protection against dust
3.3.5 Protection against gas
3.3.6 Protection against molten metal and hot solids
3.4 TESTING
3.5 MARKING OF ASSEMBLED EYE PROTECTORS AND PACKAGING
3.5.1 Eye protectors
3.5.2 Packaging
SECTION 4 ADDITIONAL REQUIREMENTS FOR ASSEMBLED EYE PROTECTORS FOR WELDING AND ALLIED OPERATIONS
4.1 SCOPE OF SECTION
4.2 DESIGN AND CONSTRUCTION
4.2.1 General
4.2.2 Materials and finish
4.2.3 Safety spectacles
4.2.4 Goggles
4.2.5 Filter and filter cover mounting
4.2.6 Ventilation
4.2.7 Headband
4.2.8 Filters and cover lenses
4.3 DESIGN AND CONSTRUCTION OF HELMETS AND HANDSHIELDS
4.3.1 General
4.3.2 Design
4.3.3 Protection against heat and electric shock
4.3.4 Helmets
4.3.5 Handshields
4.3.6 Mounting of filters and filter covers
4.3.7 Assembled helmets and handshields
4.3.8 Impact resistance
4.3.9 Cover and clear lenses
4.4 PHYSICAL REQUIREMENTS
4.4.1 Flame propagation
4.4.2 Protection against hot solids
4.5 TESTING
4.6 MARKING OF ASSEMBLED EYE PROTECTORS
APPENDIX A - METHOD FOR THE DETERMINATION OF SPECTRAL TRANSMITTANCE
A1 SCOPE
A2 PRINCIPLE
A3 APPARATUS
A4 SCALE CALIBRATION OF SPECTROPHOTOMETER
A5 USE OF SPECTROPHOTOMETER
A6 PROCEDURE
A6.1 General
A6.2 Uniformly tinted lenses (non-polarizing)
A6.3 Uniformly tinted lenses (polarizing)
A6.4 Gradient density lenses (non-polarizing)
A6.5 Gradient density lenses (polarizing)
A6.6 Photochromic lenses
A7 CALCULATION OF LUMINOUS TRANSMITTANCE AND COLORATION FACTORS
A7.1 Luminous transmittance
A7.2 Mean transmittance values for ultraviolet
A7.3 Coloration factors
A8 TEST REPORT
APPENDIX B - METHOD FOR THE DETERMINATION OF FLUORESCENCE
B1 SCOPE
B2 PRINCIPLE
B3 APPARATUS
B4 SPECIMEN
B5 CONDITIONING
B6 PROCEDURE
B7 CALCULATION
B8 TEST REPORT
APPENDIX C - METHOD FOR THE DETERMINATION OF LOW IMPACT RESISTANCE (DROP-BALL)
C1 SCOPE
C2 PRINCIPLE
C3 APPARATUS
C4 PROCEDURE
C5 TEST REPORT
APPENDIX D - METHOD FOR THE DETERMINATION OF LOW IMPACT RESISTANCE (BALLISTIC)
D1 SCOPE
D2 PRINCIPLE
D3 APPARATUS
D4 PROCEDURE
D5 TEST REPORT
APPENDIX E - METHOD FOR THE DETERMINATION OF MEDIUM IMPACT RESISTANCE
E1 SCOPE
E2 PRINCIPLE
E3 APPARATUS
E4 PROCEDURE
E5 TEST REPORT
APPENDIX F - METHOD FOR THE DETERMINATION OF HIGH IMPACT RESISTANCE
F1 SCOPE
F2 PRINCIPLE
F3 APPARATUS
F4 PROCEDURE
F5 TEST REPORT
APPENDIX G - METHOD FOR THE DETERMINATION OF RESISTANCE TO PENETRATION
G1 SCOPE
G2 PRINCIPLE
G3 APPARATUS
G4 PROCEDURE
G5 TEST REPORT
APPENDIX H - METHOD FOR THE DETERMINATION OF FLAME PROPAGATION
H1 SCOPE
H2 PRINCIPLE
H3 APPARATUS
H4 PROCEDURE
H5 CALCULATION
H6 TEST REPORT
APPENDIX I - METHOD FOR THE DETERMINATION OF NON-ADHERENCE OF MOLTEN METAL
I1 SCOPE
I2 PRINCIPLE
I3 APPARATUS
I4 PROCEDURE
I5 TEST REPORT
APPENDIX J - METHOD FOR THE DETERMINATION OF RESISTANCE TO HOT SOLIDS
J1 SCOPE
J2 PRINCIPLE
J3 APPARATUS
J4 PROCEDURE
J5 TEST REPORT
APPENDIX K - METHOD FOR THE DETERMINATION OF THERMAL STABILITY AT ELEVATED TEMPERATURES
K1 SCOPE
K2 PRINCIPLE
K3 APPARATUS
K4 PROCEDURE
K5 ORDER OF TESTING
K6 ENVIRONMENTAL TEST CONDITIONS
K7 TEST REPORT
APPENDIX L - METHOD FOR THE DETERMINATION OF CORROSION RESISTANCE
L1 SCOPE
L2 PRINCIPLE
L3 REAGENT
L4 APPARATUS
L5 PROCEDURE
L6 TEST REPORT
APPENDIX M - METHOD FOR THE DETERMINATION OF SPLASH RESISTANCE
M1 SCOPE
M2 PRINCIPLE
M3 REAGENT
M4 APPARATUS
M5 PROCEDURE
M6 ASSESSMENT OF RESULTS
M7 TEST REPORT
APPENDIX N - TEST METHOD FOR THE DETERMINATION OF RESISTANCE TO DUST
N1 SCOPE
N2 PRINCIPLE
N3 APPARATUS
N4 PROCEDURE
N5 CALCULATION
N6 TEST REPORT
APPENDIX O - METHOD FOR THE DETERMINATION OF GASTIGHTNESS
O1SCOPE
O2 PRINCIPLE
O3 REAGENT
O4 APPARATUS
O5 PROCEDURE
O6 ASSESSMENT OF RESULTS
O7 TEST REPORT
APPENDIX P - EXAMPLE OF CALCULATION OF LUMINOUS TRANSMITTANCE
APPENDIX Q - TABLES OF SPECTRAL EFFECTIVENESS AND SPECTRAL IRRADIANCE
TABLE Q1 IRPA 1989 SPECTRAL EFFECTIVENESS
TABLE Q2 RELATIVE ENERGY VALUES OF SOLAR SPECTRAL IRRADIANCE
APPENDIX R - EXAMPLE OF CALCULATION OF MEAN TRANSMITTANCES
R1 ULTRAVIOLET RADIATION
APPENDIX S - EXAMPLE OF CALCULATION OF COLORATION LIMITS
S1 RED SIGNAL VISIBILITY FACTOR (R)
S2 VIOLET FACTOR (V)
ASNZS1337-1992A1.pdf
ASNZS1337-1992A2.pdf
Previous versions
AS/NZS 1337:1992
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.