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Procedure: Eye Protection

General Information
Purpose To be confirmed.
Relevant To All Internal to ANU
Related Topics Health, Safety & Environment, Occupational Health & Safety (Health, Safety & Environment)
 
Authorisations
Responsible Officer Director Human Resources
Contact Area HR Help Desk
Relevant Dates
Effective Date 30 November, 2005
Date Approved 30 November, 2005
Next Review 30 November, 2008
   
Related Documents
Related Policies Occupational Health and Safety Policy
Related Procedures Footwear and Feet Safety and Protective Clothing Equipment
 
Procedure
1. Scope 3.4 Signage for eye protection zones
2. Definitions 3.5 Subsidy for safety glasses with prescription lenses
2.1 Eye protector 3.6 Contact lenses
2.2 Eye hazard 3.7 Sunglasses
2.3 Eye protection zone 3.8 First aid kits
2.4 Budget Unit 4. History
3. Eye Protection Procedures Appendices
3.1 Eliminating the hazard or reducing the risk A. Specific eye hazards and control methods
3.2 Identification of eye protection zones B. Recommended eye protectors to control residual risk
3.3 Provision and use of eye protectors

 

1. Scope

This publication summarises the operating procedures of The Australian National University to control hazards to the eye and to minimise the risk of eye injury arising from such hazards.

Eye hazards at the University shall be eliminated where possible and otherwise controlled at source and any residual risk minimised by the wearing of a suitable eye protector.

It is a requirement that these procedures shall be followed by managers, employees, visitors, students and contractors of the University.

2. Definitions

2.1 Eye Protector

Eye protector is any device that is worn in front of the eyes and which is designed to protect the eyes against injury from eye hazards. Eye protectors include safety spectacles (plain or prescription), goggles, face shields, hoods and welding helmets.  Eye protectors shall comply with relevant Australian Standards:

  • AS 1336 - Recommended practices for occupational eye protection
  • AS 1337 - Eye protectors for industrial applications
  • AS 1338 - Filters for eye protectors
  • AS 2211 - Laser safety
  • AS 1067 - Sunglasses
  • AS 1680 - Interior lighting
  • AS 3957 - Light-transmitting screens and curtains for welding operations

2.2 Eye Hazard

Eye hazards in the University environment may include:

  • low, medium and high energy particles and materials
  • chemical materials
  • microbiological materials
  • hot materials
  • cryogenic liquids
  • intense light sources (including welding operations)
  • laser radiation
  • ultraviolet radiation (including welding operations)
  • infrared radiation
  • ionizing radiations
  • sunlight

Examples of specific eye hazards and methods for their control are given in Appendix A and recommendations for eye protectors required to control residual risk are given in Appendix B.

2.3 Eye Protection Zone

Eye protection zone refers to a location or task identified and designated by the Budget Unit as requiring the wearing of eye protectors to control a residual risk from eye hazards .

2.4 Budget Unit

Budget Unit refers to a School, Faculty, Centre, Division, Department, Branch or Unit designated by the Vice-Chancellor as responsible for an activity of the University.

3. Eye Protection Procedures

3.1 Eliminating the Hazard or Reducing the Risk

All reasonable steps shall be taken to design a workplace that eliminates eye hazards where possible and reduces the risk of such hazards by engineering or substitution methods where appropriate.  Such steps include changes to processes or materials, isolation of processes, and prevention or containment of harmful emissions (whether liquid, solid or gaseous) by such means as enclosures, screens and exhaust systems, as well as the provision of appropriate lighting.

3.2 Identification of Eye Protection Zones

Budget Units (in conjunction with the OHS Unit, as required) shall survey workplace locations under the control of the Budget Unit or tasks undertaken by the Budget Unit to determine where the wearing of eye protectors is required to minimise any residual risk from eye hazards.  The use of suitable eye protectors is an essential risk minimisation requirement in undertaking chemical, biological, cryogenic, ionizing radiation, laser, workshop, machine, welding and hot work (http://info.anu.edu.au/hr/ohs/ohs_policies.asp).

Guidelines on recommended eye protection for specific hazards and tasks are included in Appendix A and Appendix B.  Advice can also be sought from the OHS Unit.  For protection against low impact hazards and low-risk laboratory hazards, polycarbonate prescription lenses with safety frames can be provided by optometrists as safety spectacles which comply with Australian Standards.

All designated eye protection zones, except those where the hazard is limited to radiation, should have an eye wash station.

3.3 Provision and Use of Eye Protectors

Eye protectors shall be provided by the Budget Unit as personal issue to employees, post-graduate students and visitors working in eye protection zones.  It is obligatory that eye protectors be worn in eye protection zones.  The Budget Unit is responsible to ensure that eye protectors are being worn by persons in eye protection zones.

The wearing of eye protectors is also obligatory for casual visitors to eye protection zones and for those passing through such zones if there is risk of eye injury during transit. The Budget Unit should plan to have sufficient numbers of appropriate eye protectors available for such purposes.

Undergraduate students shall provide appropriate eye protectors for their own use before being approved to access eye protection zones.

3.4 Signage of Eye Protection Zones

Signs conforming to AS 1319 - Safety Signs for the Occupational Environment shall be posted to indicate eye protection zones. Signs should be clear and strategically placed to capture attention.  

3.5 Subsidy for Safety Glasses with Prescription Lenses

Where an eligible person consults an optometrist and has eye protectors made with polycarbonate or hard resin prescription lenses and safety frames, 100% of the following costs will be met by the Budget Unit :

  • a set of safety frames;
  • polycarbonate or hard resin lenses;
provided that the costs are not met by the person's own health insurance cover.  The Optometrist's tax invoice provided to the Budget Unit as documentation of supply must include a statement from the Optometrist stating:  "Lenses and frames comply with safety spectacles requirements of AS 1336, AS 1337 and AS 1338".

Lenses are to be manufactured from suitable impact-resistant material (such as polycarbonate or hard resin) and be coated to avoid scratching. Hardening of glass lenses is not recommended.

Employees and students should consult an optometrist at least every 2-3 years to ensure that their lens prescription is satisfactory. Some individuals, due to age or eye pathology, may require more frequent review. Optometrist consultation fees for prescriptions are the responsibility of employees and students and are, at present, recoverable from Medicare.

3.6 Contact Lenses

It is inadvisable to wear contact lenses in dusty conditions and in laboratory and workshop activities.  In other situations requiring eye protection they should only be worn in conjunction with eye protectors .

3.7 Sunglasses

If sunglasses are provided they must comply with AS 1067 - Sunglasses.

3.8 First Aid Kits

First aid kits should be appropriately located and accessible to all staff.  A list of First Aid Attendants is provided at http://info.anu.edu.au/hr/OHS/OHS_Networks/First_Aid_Attendants.asp.  A list of recommended contents for a first aid kit is available at http://info.anu.edu.au/Policies/_DHR/Procedures/First_Aid_Services.asp including sterile eye wash sachets.  Additional contents should be added to first aid kits where specific hazards exist.

4. History

These hazard management procedures for Eye Protection were prepared by the OHS Unit, reviewed by Budget Unit management, recommended by representatives of employees and management at the Occupational Health and Safety Policy Committee, 21 February 2001, and approved by Margaret Ford, Director, Human Resources Division on 1 May 2001.

These procedures should be read in conjunction with the University's Occupational Health and Safety Policy and other relevant policies and procedures of the University.

First issued:  June 1987
Current revision:  May 2001


APPENDIX A

Specific Eye Hazards and Control Methods
(condensed from AS\NZS 1336)

Examples of some specific eye hazards found in the work environment and the typical methods used to control such hazards are listed below for sources from:

  • workshop and trade work
  • laboratory work
  • outdoor work
Typical processes giving rise to eye hazards
Hazard
(of the process)
Typical methods of controlling eye hazards
Suitable type of eye protectors (See Appendix B)
Workshop and Trade Work
Manual chipping, riveting, spalling, hammering, handling wire and brick cutting 
 
 

 

Flying fragments and objects with low velocity or low mass 
 
 
 

 

Fixed or mobile screens 
 
 
 
 

 

Low impact 

Note: Medium impact (marked I) and high impact (marked V) will give greater protection 
 

Machine disc cutting of materials, scaling, grinding and machining metals, certain wood working operations, stone dressing Small flying particles with medium velocity or medium mass 

 

Fixed or mobile screens exhaust systems, dust extractors, water 

 

Medium impact (marked I) 

Note: High impact (marked V) will give greater protection 

 

Use of explosive powered tools High velocity particles Fixed or mobile screens High impact (marked V)
Timber sanding, textile trades, some chemical works, leather buffing 
 
 
 

 

Airborne dusts 
 
 
 
 
 

 

For indoor work - exhaust systems, dust extractors, suction conveyors 
For outdoor work - damping down of work area, sealing of dusty surfaces, use of large fixed or mobile screens
Dust resistant (marked D) 
 

Gas resistant (marked G) 
 
 

 

Pickling baths, metal cleaning, plating, handling corrosives Liquid splash, harmful liquids and corrosives Screens, catchments, splashguards, overflows, tilting apparatus and splash trays Splash resistant (marked C) 

 

Welding, cutting, brazing, furnace work Visible, UV and IR radiation Fixed or mobile screens Marked in accordance with AS\NZS 1338 Parts 1, 2 or 3 as appropriate 
Welding goggles or welding helmets with rearward facing indirect ventilation
Metal casting, glass crafting, molten metal, hot solids, galvanising baths, lead joining Splashing metals and glass Screens, catchments, splashguards, overflows, tilting apparatus and splash trays Molten metal resistant (marked M) and infrared filters complying with AS\NZS 1338.3
Laboratory Work
Chemical processes, microbiological processes, spray painting aerosols Gases, vapours, aerosols 

 

Enclosures and exhaust systems, screens, catchments, biological safety cabinets Safety spectacles, goggles, gas resistant (marked G) 

 

Chemical processes, microbiological processes, cryogenic liquids Liquid splashes 

 

Splashguards, overflows, tilting apparatus and splash trays Safety spectacles, goggles, splash resistant (marked C) 

 

UV radiation sources UV radiation Fixed or mobile screens Those with filters complying with AS\NZS 1338.2
Laser work UV, visible or infrared Fixed or mobile screens or enclosure Those with filters complying with AS\NZS 2211.1 and AS\NZS 1336 section 6.4.
Ionizing radiation Beta radiation Plastic shielding Polycarbonate lenses
Outdoor Work
Outdoor work Sunglare and glare from visible radiation 
Solar ultraviolet radiation
Suitable screens or sunshades 

Suitable screens or sunshades

Low impact or medium impact (marked I), tinted 
Low impact or medium impact (marked I) if tinted, or outdoor untinted (marked O)

 


APPENDIX B

Recommended Eye Protectors to Control Residual Risk
(condensed from AS\NZS 1336)

 

Identification of eye protector and eye protector marking  (See AS\NZS 1337)
Type of eye protector
Purpose and application of eye protection
Low impact Safety spectacles, including side shields to provide additional protection Frontal protection to the eyes from low energy flying fragments and objects.  Tinted lenses will provide a degree of protection from glare.  Metal frames not suitable for electrical hazards.
Low impact Goggles, wide vision, with direct ventilation Frontal protection to the eyes from low energy flying fragments and objects.  Tinted lenses will provide a degree of protection from glare.  Metal frames not suitable for electrical hazards.  Some types may be worn over prescription spectacles.
Low impact Faceshield, including neck guard to provide additional protection Protection provided to eyes, face, forehead and front of neck from low energy flying fragments and small particles.  Tinted lenses will provide a degree of protection from glare.
Low impact 
[marked C - splash resistant - optional]
[marked D - dust resistant - optional]
Goggles, wide vision, with indirect ventilation Frontal protection to the eyes from low energy flying fragments and objects.  Tinted lenses will provide a degree of protection from glare.  Metal frames not suitable for electrical hazards.  Splash or dust protection where marked.
Low impact 
[marked C - splash resistant - optional]
[marked D - dust resistant - optional]
Hood and helmet incorporating an eyeshield or a faceshield 'All round' protection to the eyes, head and neck from flying fragments and small particles.  Respiratory protection may be provided (see AS\NZS 1715 and AS\NZS 1716).  Splash or dust protection where marked.
Medium impact 
[marked I - medium impact resistant]
Safety spectacles, wide vision incorporating side protection Frontal and side protection to the eyes from medium energy flying particles.  Tinted lenses will provide a degree of protection from glare.
Medium impact 
[marked I - medium impact resistant]
Goggles, wide vision, with direct ventilation 'All round' protection to the eyes from medium energy flying particles.  Tinted lenses will provide a degree of protection from glare.
Medium impact 
[marked I - medium impact resistant]
Goggles, wide vision, with indirect ventilation 'All round' protection to the eyes from medium energy flying particles. Tinted lenses will provide a degree of protection from glare.
Medium impact 
[marked I - medium impact resistant]
Faceshield, including neck guard to provide additional protection Provide protection to the eyes, face, forehead and front of neck from medium energy flying particles.  Tinted lenses will provide a degree of protection from glare.
Medium impact 
[marked I - medium impact resistant]
Hood and helmet incorporating an eyeshield or faceshield 'All round' protection to the eyes, head and neck from medium energy flying particles.  Tinted lenses will provide a degree of protection from glare.
High impact 
[marked V - high impact resistant]
Faceshield, including neck guard to provide additional protection Provide protection to the eyes, face, forehead and front of neck from medium energy flying particles.  Tinted lenses will provide a degree of protection from glare.  Also from high energy flying fragments and small particles.
Molten metal 
[marked M - molten metal resistant]
Faceshield and wire mesh screens with plastic lenses, including neck guard to provide additional protection Provide protection to the eyes, face, forehead and front of neck from medium energy flying particles.  Tinted lenses will provide a degree of protection from glare.  Also providing protection from molten metal and hot solids.
Splashes 
[marked C - splash resistant]
Goggles, wide vision, with indirect ventilation Frontal protection to the eyes from low energy flying fragments and objects.  Tinted lenses will provide a degree of protection from glare.  Metal frames not suitable for electrical hazards.  Splash or dust protection where marked and also providing protection from harmful liquids.
Splashes 
[marked C - splash resistant]
Faceshield or hood Protection provided to eyes, face, forehead and front of neck from low energy flying fragments and small particles.  Tinted lenses will provide a degree of protection from glare. 
OR 
'All round' protection to the eyes, head and neck from flying fragments and small particles.  Respiratory protection may be provided (see AS\NZS 1715 and AS\NZS 1716).  Splash or dust protection where marked, and also providing protection from harmful liquids and splashing materials.
Dust 
[marked D -dust resistant]
Goggles, wide vision, with indirect ventilation Frontal protection to the eyes from low energy flying fragments and objects.  Tinted lenses will provide a degree of protection from glare.  Metal frames not suitable for electrical hazards.  Splash or dust protection where marked and also providing protection against dust particles and aerosols.
Gas 
[marked G - gas resistant]
Goggles, wide vision, without ventilation Frontal protection to the eyes from low energy flying fragments and objects.  Tinted lenses will provide a degree of protection from glare.  Metal frames not suitable for electrical hazards.  Splash or dust protection where marked and also providing protection against harmful gases and vapours.
Non-ionizing radiation 
[marked with Shade No.]
Safety spectacles with filter lenses and opaque side shields Depending on filter used will provide protection, e.g. for welders' assistants against ultraviolet or infrared radiation. 
(a) AS 1338.1, Table 2.2 for gas welding filters (up to shade 3). 
(b) AS 1338.2 for ultraviolet filters. 
(c) AS 1338.3 for infrared filters.
Non-ionizing radiation 
[marked with Shade No.]
Goggle, opaque frames, with indirect ventilation Depending on filter used will provide protection for gas welding and ultraviolet or infrared radiation.  For recommended filters, see - 
(a) AS 1338.1, Table 2.2 for gas welding filters 
(b) AS 1338.2 for ultraviolet filters 
(c) AS 1338.3 for infrared filters
Non-ionizing radiation 
[marked with Shade No.]
Welding helmets all types and handshields Depending on filter used will provide protection for arc welding.  For recommended filters, see AS 1338.1 for Arc welding filters.
Laser Safety spectacles or goggles See AS 2211.1 Laser Safety, and the University's laser safety procedures* 
Laser Safety Officers are available within the University for consultation**
Ionizing radiation Safety spectacles made of polycarbonate or other plastic Plastic lens will provide significant absorption of Beta radiation.  See AS 2243.4 Safety in Laboratories, part 4, Ionizing Radiations, and the University's ionizing radiation safety procedures*** 
Ionizing Radiation Safety Officers are available within the University for consultation****

 

*        http://info.anu.edu.au/policies/procedures/human_resources/ohs/Laser_Procedures.asp
**      http://info.anu.edu.au/hr/OHS/OHS_Networks/index.asp
***    http://info.anu.edu.au/policies/procedures/human_resources/ohs/Ionizing_Radiation_Procedures.asp
****  http://info.anu.edu.au/hr/ohs/ohs_Networks/Radiation_Safety_Officers.asp