Weights and Measures (National Standards) Regulations (Amendment)

Overview

The Weights and Measures (National Standards) Regulations 1972, made under the Weights and Measures (National Standards) Act 1960-1966, were enacted to provide a comprehensive framework for the regulation of weights and measures within Australia, ensuring uniformity and accuracy in trade and commerce. The Act addresses the problem of discrepancies and inconsistencies in the use of units of measurement, which could lead to misunderstandings and disputes in transactions. These Regulations, crafted by the Administrator of the Government of the Commonwealth of Australia on the advice of the Federal Executive Council, aim to maintain and update national standards for various units of measurement, reflecting advancements in science and technology. The policy objective is to ensure that measurements used in Australia are precise, reliable, and internationally comparable, thereby facilitating fair trade practices and consumer protection.

Scope and Application

The Weights and Measures (National Standards) Regulations 1972, which amend the existing regulations under the Weights and Measures (National Standards) Act 1960-1966, apply to all persons and entities within the Commonwealth of Australia, encompassing both private and public sectors. The Regulations establish and standardise units of measurement, ensuring consistency and accuracy in the use of measurements across various industries and transactions. The scope of the Regulations is broad, covering numerous units of measurement, including temperature, volume, mass, time, energy, force, and electrical measurements, among others. They are designed to ensure that measurements are uniformly understood and applied, facilitating trade, commerce, and scientific research. The Regulations are enforced nationwide, applying to all states and territories within Australia. There are no specific exclusions mentioned in the text, but it is understood that the Regulations primarily target the standardisation of measurement units, with any specific exemptions or exclusions likely to be detailed in subordinate instruments or specific legislative provisions. The Act allows for further extension or restriction of its application through subordinate instruments, enabling the adaptation of the Regulations to new scientific discoveries or technological advancements in measurement techniques.

Key Provisions

The main operative sections of these Regulations amend various Schedules under the Weights and Measures (National Standards) Act 1960-1966. They primarily focus on updating and adding new units of measurement to ensure consistency and clarity in the application of national standards. For instance, Regulation 64 (paragraph 1) introduces the term 'Kelvins' as an acceptable alternative to 'Kelvin degrees' for temperature measurement. Additionally, these Regulations expand the Fifth Schedule (paragraph 2) by adding the unit 'microlitre' and the Seventh Schedule (paragraph 3) by including 'Tonne per cubic metre'. The Eighth Schedule (paragraph 4) is augmented with the unit 'Nanosecond', while the Tenth Schedule (paragraph 5) introduces 'Millimetre per second'. The Eleventh Schedule (paragraph 6) adds 'Millimetre per second per second', and the Twelfth Schedule (paragraph 7) modifies the units of force by adding 'Meganewton' and 'Kilonewton'. The Thirteenth Schedule (paragraph 8) is replaced to list units of work and energy, including 'Gigajoule' and 'Gigawatt hour'. The Fourteenth Schedule (paragraph 9) is updated with the addition of 'Gigawatt', and the Fifteenth Schedule (paragraph 10) introduces 'Megapascal' and 'Kilopascal'. The Sixteenth Schedule (paragraph 11) is replaced to include units of viscosity and kinematic viscosity, such as 'Pascal second' and 'Square metre per second'. The Seventeenth Schedule (paragraph 12) includes 'Kiloampere', and the Nineteenth Schedule (paragraph 13) adds 'Gigohm'. These Regulations impose specific obligations and requirements on entities that deal with measurements. They must adhere to the newly defined units and their equivalents as outlined in the various amended Schedules. For instance, entities must use 'Kelvins' interchangeably with 'Kelvin degrees' when referring to temperature measurements. Similarly, they must adopt 'microlitre' in place of 'millilitre' for very small liquid measurements, and 'Tonne per cubic metre' instead of 'Gramme per cubic centimetre' for density measurements. The Regulations also require the use of 'Nanosecond' for extremely short time intervals, 'Millimetre per second' for speed, and 'Millimetre per second per second' for acceleration. In the realm of force, entities must now use 'Meganewton', 'Kilonewton', 'Newton', and 'Millinewton' appropriately. For work and energy, they must recognise units such as 'Gigajoule', 'Gigawatt hour', and 'Kilowatt hour'. The Regulations further mandate the use of 'Megapascal' and 'Kilopascal' for pressure, and 'Pascal second' and 'Square metre per second' for viscosity and kinematic viscosity. Lastly, entities must also incorporate 'Kiloampere' for electric current and 'Gigohm' for electrical resistance. Failure to comply with these Regulations may result in various consequences. Although the document does not explicitly state penalties, breaches of national standards for weights and measures can typically lead to legal actions under the Weights and Measures (National Standards) Act 1960-1966. These actions may include fines, legal penalties, or other administrative actions deemed appropriate by the relevant authorities. The exact penalties would depend on the specific nature and severity of the breach, as well as the applicable laws and regulations in force at the time of the offence.