NCC 2016 Volume One
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Section H Special Use Buildings (H113 to H124)
This Part is applicable to every building or premises in which foundry operations are undertaken.
Foundries must provide for the comfort and safety of workers on the premises.
Every floor in a foundry must be level and, in places other than where molten metal is poured, must be composed of concrete or similar material or wooden blocks.
Every part of a foundry must be not less than 4.2 m high—
where a ceiling is provided, measured from the floor to the ceiling; or
where a ceiling is not provided, measured from the floor to the lowest part of the roof.
The floors of cupola charging platforms must be—
of heavy timber or non-slip steel plate; and
securely fixed in position; and
level.
All parts of the cupola charging platform must be covered by a roof not less than 3 m above the platform.
A cupola charging platform must have—
a wall, not less than 1 m high, measured from the floor of the platform, constructed to surround the platform; and
the sides between the top of the wall and the roof suitably waterproofed and ventilated.
A properly constructed access stair or ramp must be provided to give access to every cupola charging platform and must comply with AS 1657.
Deep moulds or pits, for permanent use—
must be lined with bricks, concrete, or other suitable material in such a manner as to provide adequate reinforcement and to keep the pit or mould in a dry condition; and
must be securely fenced by means of a wall of adequate construction, railings or chains and stanchions raised, in each case, to a height not less than 1 m above the surface of the surrounding floor.
Where pot furnaces are below ground level, the pit must be covered by a substantial grating at the point at which metal is removed from the furnace, and must at all other points be securely fenced as in Tas H113.4(b).
After Tas Part H113 insert Tas Part H114 as follows:
This Part is applicable to every building in which glass reinforced plastics are manufactured or processed.
Premises for manufacture or processing of glass reinforced plastic must—
provide for the safety and comfort of workers; and
be constructed in a manner that will avoid the spread of fire within the building and to other buildings.
A building for manufacture or processing of glass fibre plastics must be—
separated from other buildings or parts of an occupancy by means of impervious walls with FRL at least 120/120/120; or
separated from all other buildings by a clear space of not less than 6 m.
The building must be of single storey construction.
The floor area of any building or fire-separated section must not exceed the relevant maximum floor area set out in Tas Table H114.4.
Tas TABLE H114.4 MAXIMUM FLOOR AREA (m2) OF BUILDINGS FOR MANUFACTUREOR PROCESSING OF GLASS REINFORCED PLASTICS OR ISOCYANATES
Type of construction of building— | |||
---|---|---|---|
Type A | Type B | Type C | |
Not Sprinklered | 1500 | 1200 | 1000 |
Sprinklered | 6000 | 5000 | 3000 |
Each fire-separated section of a building which is a work place must have at least two exits for escape purposes and the number and location of the exits must be such that any point on the floor is not further than 20 m from one of the exits.
Only exits with vertically hinged swinging doors may be considered as exits for the purposes of this clause.
The walls and floors of areas to be used for hand laminating and spray depositing must be constructed of non-combustible materials.
Mechanical or natural ventilation must be via low-level, exhaust ducting in a wall and a fixed, open, floor-level, fresh-air inlet ducting in the opposite wall such as to ensure a cross flow of the ventilation air over the complete working area.
Mechanical ventilation must provide not less than 6 air changes per hour.
The ventilation fan and exhaust ducting must be arranged in such a manner as to—
produce a negative pressure within any exhaust ducting within the work place so that a leak in the ducting will not vent exhaust air back to the work place; and
vent the exhaust air to the atmosphere so as to prevent recirculation of that exhaust air.
Each fire-separated section must be provided with automatic smoke and heat roof vents.
After Tas Part H114 insert Tas Part H115 as follows:
This Part is applicable to every building in which isocyanate production or processing is undertaken.
Premises for the production or processing of isocyanates must—
provide for the safety and comfort of workers; and
be constructed in a manner that will avoid the spread of fire within the building and to other buildings.
Work places in which an isocyanate industry is carried on must be divided into the following divisional areas:
Administration and staff amenities.
Workshop.
Bulk stores.
Curing room.
Processing plant.
Raw materials plant.
Manufacture.
Each of the divisional areas required by Tas H115.2 other than the administration and staff amenities building, must be—
separated from each of the other divisional areas by means of an impervious wall with an FRL not less than 120/120/120; or
separated from all other buildings by a clear space of not less than 6 m.
Notwithstanding the distance requirements of (a), bulk stores of polyols and bulk stores of isocyanates must comply with the requirements of the Work Health and Safety Act 2012.
The building must be of single storey construction.
The floor area of any building or fire-separated section must not exceed the area shown in Tas Table H114.4.
Every building or divisional area of a work place must have not less than 2 exits for escape purposes.
The number and location of the exits must be such that any point on the floor is not more than 20 m from one of the exits.
Only exits with vertically hinged swinging doors may be considered as exits for the purposes of this clause.
A bulk store for polyols must be constructed from non-combustible materials and have a smooth impervious concrete floor and it must protect the polyols from direct exposure to the sun's radiation.
A bulk store for isocyanates must—
be constructed from non-combustible materials, have a smooth impervious concrete floor, and must protect the isocyanate containers from direct exposure to the sun; and
if it is used for storage of either TDI of HDI and is not an open sided building, be fitted with mechanical ventilation so that the TLV is not exceeded at any time provided that the ventilation must provide not less than 6 air changes per hour.
The area around both a polyol bulk store and an isocyanate bulk store must be bunded, the bund or bunds must ensure separation of the polyol and isocyanate areas and each bund must have a capacity of 10% more than the storage capacity of the largest tank it protects.
The curing room for the storage of newly produced flexible polyurethane foam must be constructed of non-combustible materials with a smooth impervious concrete floor and fitted automatic fire vents in the roof.
After Tas Part H115 insert Tas Part H116 as follows:
This Part is applicable to every building where any of the processes of electro-plating, electro-polishing, anodising or etching are undertaken.
Premises for electro-plating, electro-polishing, anodising or etching must—
provide for the safety and comfort of workers; and
be constructed in a manner that will prevent the escape of liquids and atmospheric contaminants to other areas of the building.
The floor of every plating area must be—
so graded as to—
permit easy flushing with water; and
prevent liquids from flowing from the area into other parts of the work place; and
chemically resistant to the solutions used in the process.
Every part of a plating area must be not less than 2.7 m in height—
measured from the floor to the ceiling if a ceiling is provided; or
measured from the floor to the lowest part of the roof if a ceiling is not provided.
In every plating area there must be not less than 14 m3 of air space for each person employed and, in the calculation of such space, the height taken into account must not exceed 4.2 m.
The ceiling of a plating area must be so constructed as to prevent, so far as is practicable, atmospheric contaminants from escaping into rooms or work places, situated above the level of the ceiling.
After Tas Part H116 insert Tas Part H117 as follows:
This Part is applicable to every building in which lead processes are used.
Premises for lead processing must—
provide for the safety and comfort of workers; and
be constructed in a manner that will minimise the lodgement of dust and must be capable of being flushed with water.
The floor of every work place where a lead process is used must be—
so constructed of concrete or other suitable material as to be smooth and impervious to fluids; and
graded and properly drained to permit flushing with water.
The material of which the floor is constructed must be applied to the walls to a height of not less than 75 mm in such a fashion that the angle between the walls and the floor is coved for easy cleaning.
Every part of a lead processing area must be not less than 2.7 m in height—
where a ceiling is provided, measured from the floor to the ceiling; or
where a ceiling is not provided, measured from the floor to the lowest part of the roof.
In every lead processing area there must be not less than 14 m3 of air space for each person employed therein, and in the calculation of such space the maximum height taken must be not greater than 4.2 m; and
total floor space for the persons employed in such area, exclusive of space used for storage, must be not less than 3.3 m2 for each person so employed.
The inner surfaces of the walls of every lead processing area must be of a smooth material impervious to fluids and must not contain any projections on which dust may lodge; and
the interior construction of the ceiling or roof must, so far as is practicable, be such that dust will not settle on it.
Any areas in which dust-forming lead materials are manipulated, moved or treated must be served by a mechanical exhaust ventilation system capable of safely and effectively collecting all dust.
Where any process of pasting of electric accumulator plates or drying of paste plates, or melting down of pasted plates or of formation with tacking in the electric accumulator industry or of manipulation of dry oxide of lead, is to be carried on in the same room as any other lead process, the processes of pasting, drying, melting, formation or manipulation must be isolated from one another and from any other lead process—
by a partition extending from the floor to the ceiling in the case of a room having a ceiling not more than 3.6 m in height, or to a height of 2.7 m in any other case; or
by some other suitable method.
The racks or shelves provided in any drying room must not be more than 2.6 m from the floor nor more than 650 mm in width except that, in the case of racks or shelves set or drawn from both sides, the total width must not exceed 1.3 m.
Washing facilities served with running hot and cold water for the use of all employees engaged in a lead process must be provided consisting of—
one washbasin for each 5 employees, or part thereof; and
one shower bath for each 8 employees, or part thereof.
In every work place in which lead is processed there must be provided two suitable furnished change rooms for the use of employees as follows—
one of the change rooms must be used for taking off, storing, and putting on of the street clothing of employees; and
the other of the change rooms must be used for the taking off, storing, and putting on of overalls and other clothing worn in any work room; and
each change room must be so constructed and situated as to prevent the entry into the room of dust or fumes generated in a workroom; and
each change room must be in close proximity to the washing facilities required in Tas H117.9.
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After Tas Part H121 insert Tas Part H122 as follows:
The design and construction of an early childhood centre and school age care facility must to the degree necessary, provide an environment that is spacious enough to prevent overcrowding, and supports a range of daily activities and routines including—
indoor playing; and
outdoor playing; and
sleeping.
An early childhood centre and school age care facilit, must to the degree necessary, have sufficient space and facilities to ensure a healthy, safe and comfortable environment for children, staff and parents including—
sanitary facilities; and
nappy changing facilities; and
laundry facilities; and
food preparation facilities; and
reception, administration and staff facilities; and
storage facilities; and
suitable—
floor surfaces; and
lighting and ventilation; and
fire safety provisions; and
windows and glazing; and
heating and cooling.
An early childhood centre and school age care facility must to the degree necessary, have fencing around the perimeter of any outdoor play space, and any identified hazard isolated by fences, barriers and gates.
Application:
Tas H122 P1 to Tas H122 P3 apply to approved under the Education and Care Services National Law (Application) Act 2011 or licensed under the Child Care Act 2001.
This Part applies to early childhood centres and school age care facilities approved under the Education and Care Services National Law (Application) Act 2011 or licensed under the Child Care Act 2001.
Performance RequirementTas H122 P1 is satisfied by complying with the relevant provisions of the Early Childhood Centre and School Age Care Facilities Code.
Performance RequirementTas H122 P2 is satisfied by complying with the relevant provisions of the Early Childhood Centre and School Age Care Facilities Code.
Performance RequirementTas H122 P3 is satisfied by complying with the relevant provisions of the Early Childhood Centre and School Age Care Facilities Code.
After Tas Part H122 insert Tas Part H123 as follows:
A must, to the degree necessary, be capable of sustaining at an acceptable level of safety and serviceability the most adverse combination of loads and other actions to which it may reasonably be expected to be subjected.
The material used in a temporary structure must, to the degree necessary, be capable of resisting the spread of fire to limit the generation of smoke and heat, and any toxic gases likely to be produced.
Access must be provided to the degree necessary, to enable safe, equitable and dignified movement of people to and within a .
So that people can move safely to and within a , it must have—
walking surfaces with safe gradients; and
stairways and ramps with slip-resistant walking surfaces; and
suitable handrails where necessary to assist and provide stability to people using a stairway or ramp.
Access for people with disabilities must be provided to and within a , including to any public sanitary facilities and all areas normally used by the public.
If fixed seating is provided in a , an appropriate number of wheelchair spaces must be provided.
Exits must be provided to the degree necessary, from a to enable the safe evacuation of occupants, with their number, location and dimensions being appropriate to the—
travel distances to exits; and
number, mobility and other characteristics of the occupants; and
function or use of the structure.
So that occupants can safely evacuate a , paths of travel to exits must have dimensions appropriate to the—
number, mobility and other characteristics of the occupants; and
function or use of the structure.
Where a person could fall 1 m or more, due to a sudden change of level within or associated with a , a barrier must to the degree necessary, be provided which must be—
continuous and extend for the full extent of the hazard; and
of a height to protect the people from accidentally falling from the level; and
constructed to prevent the people from falling through the barrier; and
capable of restricting the passage of children; and
of strength and rigidity to withstand the foreseeable impact of the people and where appropriate, the static pressure of the people pressing against it.
A level of illumination for safe evacuation from a in an emergency must be provided, to the degree necessary, appropriate to the—
function or use of the structure; and
size of the structure; and
distance of travel to an exit.
To facilitate evacuation from a suitable signs or other means of identification must, to the degree necessary—
Fire equipment must be installed in a to the degree necessary, to allow the occupants to undertake initial attack on a fire appropriate to the—
function or use of the structure; and
fire hazard.
Fire equipment must be installed in a to the degree necessary, to allow the occupants to undertake initial attack on a fire appropriate to the—
function or use of the structure; and
fire hazard.
disability or other particular needs of the occupants.
A temporary structure must be provided with natural or artificial lighting to enable the safe use and movement of people using the structure. Lighting must be installed to the degree necessary, to provide a level of illumination appropriate to the function or use of a to enable safe use and movement by the occupants.
A must be provided with a means of ventilation which will maintain adequate air quality. Ventilation must be provided to the degree necessary, to a level appropriate to the function or use of a
Electrical services must be installed to the degree necessary, to provide a level of safety appropriate to the environment and function or use of a by the occupants.
Where provided in a , a heating appliance and its associated components must be installed to the degree necessary—
to withstand the temperatures likely to be generated by the appliance; and
so that it does not raise the temperature of any structural element to a level that would adversely affect the element’s physical or mechanical properties or function; and
so that hot products of combustion will not—
escape through the walls of the associated components; and
discharge to a position that will cause fire to spread to nearby combustible materials or allow smoke to penetrate the ; and
to reduce the likelihood of fire and harmful emissions spreading beyond the appliance.
A of tiered seating must be designed and constructed to the degree necessary, to provide for the safety of the occupants and orderly means of evacuation in an emergency.
A must, to the degree necessary, be a safe and hazard free environment for the people using the structure.
Application:
Tas H123 P1 to P15 only applies to a that—
is used by the public as a place of assembly as described in the Public Health Act 1997; and
is a as described in the Building Act 2000.
This Part only applies to a that—
is used by the public as a place of assembly as described in the Public Health Act 1997; and
is a as described in the Building Act 2000.
Performance RequirementsTas H123 P1 to Tas H123 P14 are satisfied by complying with the provisions of the ABCB Temporary Structures Standard, except for the following:
Disability access requirements, which are included in Tas H123.4.
Lighting requirements, which are included in Tas H123.11.
Ventilation requirements, which are included in Tas H123.12.
Electrical requirements, which are included in Tas H123.13.
Heating appliance requirements, which are included in Tas H123.14.
Access for people with disabilities must be provided to and within a by means of a continuous path of travel.
Access for people with disabilities must be provided to—
any public sanitary facilities; and
all areas normally used by the public but excluding those areas only used by persons working in the .
If fixed seating is provided, in a , wheelchair spaces must be provided not less than—
1 wheelchair space for up to 100 seats; and
2 wheelchair spaces for 100 -200 seats; and
an additional wheelchair space for each additional 200 seats or part thereof.
Parts of the temporary structure required to be accessible must comply with AS 1428.1.
Natural or artificial lighting must be provided to all enclosed areas in a .
Natural lighting must as far as practicable be not less than 10% of the floor area of the enclosed area.
The artificial lighting system must as far as practicable comply with the relevant provisions of AS 1680 Parts 1, 2.0, 2.1, 2.2 and 2.3.
Natural ventilation or mechanical ventilation must be provided to all enclosed areas in a .
Natural ventilation must as far as is practicable consist of openings or devices which can be opened with an aggregate opening of not less than 5% of the floor area of the enclosed area.
Mechanical ventilation must as far as practicable comply with the relevant provisions of AS 1668.2.
All electrical installations in a must be installed in accordance with AS/NZS 3000.
The installation of a stove, heater or similar appliance in a must as far as practicable comply with the following standards:
Domestic oil-fired appliances – Installation: AS 1691.
Domestic solid-fuel burning appliances – Installation: AS/NZS 2918.
L P gas portable mobile appliances: AS 2658.
This Part is applicable to every building where work is undertaken on gas-fuelled vehicles.
The working area of a building where work is undertaken on a gas-fuelled vehicle is to be designed and constructed to comply with the requirement for premises in AS 2746 Working areas for gas-fuelled vehicles.