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Lighting Plan

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Toolbox Talk: Workplace Lighting Safety

Date: [DATE] Duration: [DURATION] minutes Presenter: [PRESENTER NAME] Location: [LOCATION]

Objective

The objective of this toolbox talk is to ensure all employees understand the importance of proper workplace lighting and how to identify and control lighting-related hazards to prevent accidents and injuries.

Introduction

Adequate lighting is crucial for a safe and productive work environment. Poor lighting can lead to eye strain, headaches, fatigue, and an increased risk of accidents. This toolbox talk will cover the standards for workplace lighting, common hazards, and control measures to ensure a well-lit and safe workspace.

Presenter Note: Engage the audience by asking if anyone has personal experience related to the topic.

Key Points

  • Adequate Illumination: Sufficient lighting is essential for performing tasks safely and efficiently [1].
  • Quality of Light: The quality of light, including glare, direction, diffusion, and distribution, impacts visibility and comfort [1].
  • Emergency Lighting: Functioning emergency lighting is critical for safe evacuation during power outages 2, 4.
  • Regular Inspections: Routine checks of lighting systems can identify and address potential hazards before they cause incidents [2].
  • Proper Placement: Correct placement of lighting fixtures minimizes shadows and ensures even distribution of light [3].

Hazard Identification

  • Insufficient Lighting: Can cause trips, falls, and collisions with objects. It also increases the risk of errors and reduces productivity [1].
  • Glare: Excessive brightness can cause discomfort, eye strain, and reduced visibility, leading to accidents [1].
  • Shadows: Deep shadows can obscure hazards and make it difficult to perceive depth, increasing the risk of slips and falls [1].
  • Flickering Lights: Can cause headaches, eye strain, and trigger seizures in susceptible individuals [1].
  • Inadequate Emergency Lighting: Can lead to confusion and injuries during evacuations in the event of a power failure 2, 4.

Presenter Note: Encourage participants to share any additional hazards they've encountered.

Control Measures

  • Elimination: Use natural light where possible to reduce the need for artificial lighting 13, 16.
  • Engineering Controls: Install appropriate lighting fixtures that provide adequate and even illumination. Use task lighting for specific work areas requiring higher levels of light 3, 5.
  • Administrative Controls: Implement a regular lighting maintenance program to replace burned-out bulbs and clean fixtures. Conduct routine inspections to identify and correct lighting deficiencies 2, 4.
  • Personal Protective Equipment (PPE): Use appropriate eyewear to reduce glare and eye strain in areas with high levels of light [1].

Safe Work Procedures

  1. Assess Lighting Needs: Evaluate each work area to determine the appropriate level and type of lighting required 5, 16.
  2. Install Proper Lighting: Install fixtures that meet the recommended illumination levels for the specific tasks performed in each area 5, 16.
  3. Minimize Glare: Position light sources to avoid direct glare and reflections on surfaces. Use indirect lighting or glare shields where necessary 3, 16.
  4. Regular Maintenance: Replace burned-out bulbs promptly and clean fixtures regularly to maintain optimal light levels 2, 4.
  5. Emergency Lighting Checks: Test emergency lighting systems monthly to ensure they function properly during power outages 2, 4.

Presenter Note: If possible, demonstrate the safe work procedure or use visual aids.

Personal Protective Equipment (PPE) Requirements

  • Safety Glasses: Wear safety glasses or goggles in areas where there is a risk of eye strain or exposure to bright lights [1].
  • Specialized Eyewear: Use task-specific eyewear, such as anti-glare glasses for VDT work, to reduce eye strain and improve visibility [4].

[Emphasize the importance of proper PPE use and maintenance]

Real-World Example or Case Study

[Provide a detailed description of a relevant real-world scenario or case study]

[Discuss what went wrong or right, and the lessons learned]

Presenter Note: Ask participants if they can relate this example to their own experiences.

Group Discussion

Discuss the following questions:

  1. Are there any areas in our workplace where the lighting is inadequate?
  2. Have you experienced any near-misses or incidents due to poor lighting?
  3. What improvements can we make to enhance workplace lighting and safety?

Presenter Note: Encourage active participation and facilitate the discussion.

Emergency Procedures

  1. Report Power Outages: Immediately report any power outages or failures of the regular lighting system to your supervisor.
  2. Activate Emergency Lighting: Ensure emergency lighting systems are activated and functioning properly.
  3. Evacuate Safely: Follow established evacuation procedures, using emergency lighting to guide you to the nearest exit 2, 4.
  4. Assist Others: Help colleagues who may have difficulty seeing or navigating in low-light conditions.

Questions and Answers

[Encourage participants to ask questions]

[Provide answers to common questions related to the topic]

  • Q: How often should we test emergency lighting?

A: Emergency lighting should be tested monthly to ensure it functions properly 2, 4.

  • Q: What should I do if I notice a flickering light?

A: Report it immediately to maintenance so they can replace the bulb or repair the fixture.

  • Q: Are there specific lighting requirements for VDT work?

A: Yes, VDT workstations should have adjustable lighting to minimize glare and eye strain [4].

Summary

  • Adequate lighting is essential for workplace safety and productivity [1].
  • Identify and control lighting-related hazards such as insufficient light, glare, and shadows [1].
  • Regularly inspect and maintain lighting systems, including emergency lighting 2, 4.
  • Use appropriate PPE, such as anti-glare eyewear, when necessary 3, 16.

Action Items

  1. Conduct a lighting assessment of your work area and report any deficiencies to your supervisor.
  2. Familiarize yourself with the location and operation of emergency lighting systems.
  3. Ensure all lighting fixtures in your area are clean and in good working order.

Remember: Good lighting is key to a safe and productive workday!

Report all hazards, near-misses, and incidents to your supervisor immediately.

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4 source record(s)

Sources used for this answer

[1] Canada Occupational Health and Safety Regulations (SOR/86-304)

Page 53

Open source document

Source excerpt

Sections 6.6-6.10 referred to in section 6.7 or 6.9, shall not be less than the level set out in Column II of that item. SOR/89-515, s. 1. ## Lighting - VDT - 6.7 (1) The average level of lighting at a task position or in an area set out in Column I of an item of Schedule IV shall not be more than the level set out in Column II of that item. - (2) Reflection glare on a VDT screen shall be reduced to the point where an employee at a task position is able to - (a) read every portion of any text displayed on the screen; and - (b) see every portion of the visual display on the screen. - (3) Where VDT work requires the reading of a document, supplementary lighting shall be provided where necessary to give a level of lighting of at least 500 lx on the document. SOR/89-515, s. 1. ## Lighting - Aerodrome Aprons and Aircraft Stands - 6.8 (1) Subject to subsection ( 2 ), the average level of lighting at a task position on an aerodrome apron shall not be less than 10 lx. - (2) The average level of lighting at a task position on an - aircraft stand shall not be less than 20 lx. SOR/89-515, s. 1. ## Lighting - Artefactual Exhibits and Archival Materials - 6.9 The average level of lighting in an area in which artefactual exhibits or archival materials are handled or stored shall not be less than 50 lx. SOR/89-515, s. 1. ## Emergency Lighting - 6.10 (1) Emergency lighting shall be provided to illuminate the following areas within buildings: Articles 6.6-6.10 à la colonne I de l'annexe III ne peut être inférieur au niveau établi à la colonne II. DORS/89-515, art. 1. ## Éclairement - TEV - 6.7 (1) Le niveau moyen d'éclairement d'un poste de travail ou d'une aire visés à la colonne I de l'annexe IV ne peut être supérieur au niveau établi à la colonne II. - (2) L'éblouissement par réflexion sur l'écran du TEV doit être réduit de manière que l'employé puisse, à son poste de travail : - a) d'une part, lire …

[2] Canada Occupational Health and Safety Regulations (SOR/86-304)

Page 54

Open source document

Source excerpt

- (a) exits and corridors; - (b) principal routes providing access to exits in open floor areas; and - (c) floor areas where employees normally congregate. - (2) Except in the case of a primary grain elevator in which hand-held lamps are used for emergency lighting, all emergency lighting provided in accordance with subsection ( 1 ) shall - (a) operate automatically in the event that the regular power supply to the building is interrupted; - (b) provide an average level of lighting of not less than 10 lx; and - (c) be independent of the regular power source. - (3) Where a generator is used as a power source for emergency lighting, the inspection, testing and maintenance of the generator shall be in accordance with the requirements referred to in section 6.7 of the National Fire Code, as amended from time to time. - (4) Where a central storage battery system is used as a power source for emergency lighting or where emergency lighting is provided by a self-contained emergency lighting unit, the battery system or the unit shall be tested - (a) monthly by hand; and - (b) annually under simulated power failure or electrical fault conditions. - (5) Where a battery, other than a hermetically sealed battery, is tested in accordance with paragraph ( 4 )(a), the electrolyte level of the battery shall be checked and, if necessary, adjusted to the proper level. - (6) Where a self-contained emergency lighting unit is tested in accordance with paragraph ( 4 )(b), all lamps forming part of the unit shall be operated for the time period set out in Sentence [redacted address] 2 ( ) of the National Building Code, as amended from time to time, that is applicable to the class of buildings to which the building in which the unit is installed belongs. - (7) Every employer shall make a record of the results of each test performed in accordance with subsection ( 3 ) or ( 4 ) and keep the record for two years after the test. S…

[3] Safety Standards for General Safety and Health Standards (Chaper 296-24 WAC)

Page 427

Open source document

Source excerpt

\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_ switchboards and control panels permits a continuous and unobstructed way of exit travel, or unless the work space required in (e)(i) of this subsection is doubled. - (B) Where one entrance to the working space is permitted under the conditions described in (d)(i)(A) of this subsection, you must locate the entrance so that the edge of the entrance nearest the switchboards and control panels is at least the minimum clear distance given in Table S-2 away from such equipment. - (C) Where bare energized parts at any voltage or insulated energized parts above 600 volts, nominal, to ground are located adjacent to such entrance, you must suitably guard them. - (ii) You must provide permanent ladders or stairways to give safe access to the working space around electric equipment installed on platforms, balconies, mezzanine floors, or in attic or roof rooms or spaces. ## (e) Working space and guarding . - (i) Except as elsewhere required or permitted in this part, the minimum clear working space in the direction of access to live parts of electric equipment may not be less than specified in Table S-2. You must measure distances from the live parts, if they are exposed, or from the enclosure front or opening, if they are enclosed. - (ii) If switches, cutouts, or other equipment operating at 600 volts, nominal, or less, are installed in a room or enclosure where there are exposed live parts or exposed wiring operating at over 600 volts, nominal, you must effectively separate the high-voltage equipment from the space occupied by the lowvoltage equipment by a suitable partition, fence, or screen. However, switches or other equipment operating at 600 volts, nominal, or less, and serving only equipment within the high-voltage vault, room, or enclosure may be installed…

[4] Rules for the Administration of the Oregon Safe Employment Act (General Occupational Safety and Health, Division 2, OSHA Oregon)

Page 1691

Open source document

Source excerpt

Division 2 - (i) Opening. Doors shall not open directly on or block a flight of stairs, and shall swing in the direction of exit travel. - (ii) Identification. Exits shall be located and identified in a manner that affords ready exit from all work areas. - (iii) Swinging doors. All swinging doors shall be provided with windows; with one window for each section of double swinging doors. Such windows shall be of shatter proof or safety glass unless otherwise protected against breakage. - (iv) Sliding doors. Where sliding doors are used as exits, an inner door shall be cut inside each of the main doors and arranged to open outward. - (v) Barriers and warning signs. Where a doorway opens upon a railroad track or upon a tramway or dock over which vehicles travel, a barrier or other warning device shall be placed to prevent workmen from stepping into moving traffic. - (7) Air requirements. Ventilation shall be provided to supply adequate fresh healthful air to rooms, buildings, and work areas. - (8) Vats and tanks. All open vats and tanks into which workmen could fall shall be guarded. - (9) Lighting. - (i) Adequacy. Illumination shall be provided and designed to supply adequate general and local lighting to rooms, buildings, and work areas during the time of use. - (ii) Effectiveness. Factors upon which the adequacy and effectiveness of illumination will be judged, include the following: - (A) The quantity of light in foot-candle intensity shall be sufficient for the work being done. - (B) The quality of the light shall be such that it is free from glare, and has correct direction, diffusion, and distribution. - (C) Shadows and extreme contrasts shall be avoided or kept to a minimum. - (10) Reserved. - (11) Hazard marking. Physical hazard marking shall be as specified in 1910.144 of this part.

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