Housing for Health – the guide
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    Electrical Safety

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    • A1.1 Safety switches
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    • A2.1 Gas Safety
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    • A3.1 Fire prevention
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    • A3.3 Escape in the event of fire
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    • A4.1 Structural safety
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    Washing People

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    • B1.1 Wet area design
    • B1.2 Hot water
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    • B1.5 Showers
    • B1.6 Wet area floor drainage (bathroom, shower, toilet and laundry)
    • B1.7 Turning off water to allow plumbing maintenance
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    Washing clothes and bedding

    • B2.1 Laundry design
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    Removing waste water safely

    Removing waste water safely

    • B3.1 Flush toilets
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    Improving nutrition – the ability to store, prepare and cook food

    • B4.1 Quality of drinking water
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    • B4.4 Cooking
    • B4.5 kitchen Design (General)
    Reducing the negative impacts of crowding

    Reducing the negative impacts of crowding

    • B5.1 Performance of health hardware in households with more people
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    • B5.3 Storage areas in the house
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    Reducing the negative effects of animals, insects and vermin

    • B6.1 Dogs, horses, pigs and other large animals
    • B6.2 Animals: rats, mice, snakes and birds
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    Reducing the health impacts of dust

    Reducing the health impacts of dust

    • B7.1 Reducing the health impacts of dust
    Controlling the temperature of the living environment

    Controlling the temperature of the living environment

    • B8.1 Human comfort and climate
    • B8.2 Passive design in tropical zones
    • B8.3 Passive design for houses in arid and temperate climates
    • B8.4 Active cooling of houses
    • B8.5 Active heating of houses
    Reducing hazards that cause minor injury (trauma)

    Reducing hazards that cause minor injury (trauma)

    • B9.1 Hazardous materials
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    • B9.3 Preventing slips, trips and falls
    • B9.4 Preventing cuts and abrasions
    • B9.5 Preventing burns
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    Water

    Water

    • C1.1 Water quantity and treatment systems
    • C1.2 Water quantity and demand management
    • C1.3 Rainwater, stormwater and recycled water for landscaping
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    • C2.1 Electricity
    • C2.2 Gas
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    • C3.1 Waste water
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    • C4.1 Household rubbish removal
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    • C6.1 Landscaping
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Home > Safety > Fire Safety > Escape in the event of fire

A3.3 Escape in the event of fire

People need to be able to escape quickly from a house that is on fire. Houses need several safe exits through doors and large windows. While door locks and security screens are designed to give people security, the doors and screens should not prevent residents, especially children and elderly people, from escaping fires. Houses should be designed to prevent people being locked inside a house or room in the event of a fire. Data shows that since 2013, the ability to easily escape in the event of fire remains poor. Only 34% of houses surveyed having a means of escape through all external doors and some windows. Results show that security screens on windows, design layout and detail compromise escape.

Real world examples of problems

  • A3.3 002 Bolted doors added by tenants for security, can be a trap hazard preventing escape

Design and Specification

Ensure

  • A3.3.1.

    the Building Code of Australia (or local equivalent) building classification (1A) regarding fire safety and emergency escape is applied

  • A3.3.2.

    all door handles and locks, including bedroom doors, are lever type and can provide instant release from the inside of the room without a key

  • A3.3.3.

    lever type door handles are located between 900 to 1100mm above the floor level and can be operated by one hand and are within easy reach for people with disabilities

  • A3.3.4.

    every bedroom has a direct escape to the outside of the house via a door or adequately sized window

  • A3.3.5.

    that where there are window security screens, at least one can be opened from the inside of each room and be at a height and of a proportion to permit escape

  • A3.3.6.

    latches and locks on windows and emergency escape screens are visible in poor light conditions and easy to operate with one hand and located within easy reach from either a seated or standing position (for escape for people who use wheelchairs)

  • A3.3.7.

    there is more than one way to escape from living areas

  • A3.3.8.

    when designing a new building, that there is at least one escape route that does not go past the kitchen

Consider

  • sizing all doorways and hallways on exit routes to comply with AS 1428.1 Design for access and mobility for people with disabilities
  • devising ways to provide security and privacy without limiting the ability of residents to escape if there is a fire
  • providing locks with emergency releases on bedroom doors to deter residents from fitting bolts and padlocks
  • locating doors and passage ways for easy escape from fire
  • a second flight of stairs for elevated houses.

Real world examples of Solutions

  • A3.3 001 Security screens must allow escape in case of fire

Quality control

  • all doors can be opened from inside the house or room, even when locked, and handles are located from 900 to 1100mm above floor level
    info-icon
    COMPLETED DESIGN & SPECIFICATION
    DURING CONSTRUCTION
    AT HANDOVER
    FINAL COMPLETION
  • doors, hallways and windows are large enough to allow escape, including for people with disabilities
    info-icon
    COMPLETED DESIGN & SPECIFICATION
    DURING CONSTRUCTION
    AT HANDOVER
    FINAL COMPLETION
  • there is an external door or large window that can be used for escape in each bedroom
    info-icon
    COMPLETED DESIGN & SPECIFICATION
    DURING CONSTRUCTION
    AT HANDOVER
    FINAL COMPLETION
  • there is more than one escape route from the house including a route that is not via the kitchen
    info-icon
    COMPLETED DESIGN & SPECIFICATION
    DURING CONSTRUCTION
    AT HANDOVER
    FINAL COMPLETION
  • release catches and locks on screens are easy to see in low visibility conditions and easy to operate
    info-icon
    COMPLETED DESIGN & SPECIFICATION
    AT HANDOVER
    FINAL COMPLETION
    TRADE TEST
  • escape screens can easily be closed again after they have been used and cannot be opened from the outside.
    info-icon
    COMPLETED DESIGN & SPECIFICATION
    AT HANDOVER
    FINAL COMPLETION
    TRADE TEST

Maintenance

As part of cyclical maintenance:

  • test that release catches and locks on security screens are working to allow escape in the event of a fire
    info-icon
    Local Maintenance Team
    6 Months
  • check that all doors including security screen doors have locks that can be opened from the inside to allow escape in the event of a fire
    info-icon
    Local Maintenance Team
    6 Months
  • all catches, latches and locks to be lubricated and eased by carpenter or local maintenance team
    info-icon
    Carpenter, Local Maintenance Team
    12 Months
  • if pad bolts or barrel bolts have been fitted to the outside of bedroom doors, talk to the residents about removing them for fire safety.
    info-icon
    Carpenter, Local Maintenance Team, Housing Management
    6 Months

Standard And References

NCC Volume Two & Housing Provisions - Part H3, H3F2, H3P2, H3D6, Part H5 where applicable

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  • Fire Safety
    • A3.1 Fire prevention
    • A3.2 Fire and smoke detection
    • A3.3 Escape in the event of fire
of houses surveyed having a means of escape through all external doors and some windows
Click here for more data on Escape in the event of fire

Real world story

The importance of living conditions to health

Dr. Lilon Bandler – Sydney Medical School Speaking on the importance of living conditions to health video: from Simon J Forbes on Vimeo. https://www.housingforhealth.com…

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