The committee's charter is defined in its Terms Of Reference [PDF].
Terms of Reference is subject to change

Active Projects 0
Constitution 11
International Relationships 0
Published Standards 53
Sub Committees 1
Active Projects 0
Constitution 11
International Relationships 0
Published Standards 53
Sub Committees 1
  • This is a list of projects currently being worked on by Standards Australia's Standards Development Team.

    There are no active projects for this committee

  • The constitution of a Technical Committee consists of the Nominating Organisations that represent various interest groups across the industries. These Nominating Organisations are currently participating in Standards Australia’s Standards Development activity. The Nominating Organisation appoints a representative to represent the views of that organisation’s interest group during the development of a Standard.

    Constitution
     
  • Standards Australia participates in Standards development with the International standards bodies as listed below.

    For further information on ISO relationships please visit ISO’s website www.iso.org

    For further information on IEC relationships please visit IEC’s website www.iec.ch

    There are no international relationships for this committee

  • Below is the list of current Standards developed and published by Standards Australia. This list does not display the obsolete, superseded, available superseded and withdrawn Standards. The published Standards are documents that set out specifications and procedures designed to ensure products, services and systems are safe, reliable and consistently perform the way they are intended to.

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    Designation
    Publication Title
    • AS 2360.7.1-2001

      Measurement of fluid flow in closed conduits - Assessment of uncertainty in the calibration and use of flow measurement devices - Linear calibration relationships

    • AS 2360.7.2-1993

      Measurement of fluid flow in closed conduits - Assessment of uncertainty in the calibration and use of flow measurement devices - Non-linear calibration relationships

    • AS 2360.1.2-1993

      Measurement of fluid flow in closed conduits - Pressure differential methods - Measurement using orifice plates or nozzles - Conduits with diameters less than 50 mm

    • AS 2360.1.5-2001

      Measurement of fluid flow in closed conduits - Pressure differential methods - Measurement using orifice plates, nozzles or Venturi meters - Pulsating flow, in particular sinusoidal or square wave intermittent periodic-type fluctuations

    • AS 2360.1.1-1993

      Measurement of fluid flow in closed conduits - Pressure differential methods - Measurement using orifice plates, nozzles or Venturi tubes - Conduits with diameters from 50 mm to 1200 mm

    • AS 2360.1.4-1993

      Measurement of fluid flow in closed conduits - Pressure differential methods - Measurement using orifice plates, nozzles or Venturi tubes - Guide to the effect of departure from the conditions specified in Part 1.1

    • AS 2360.1.3-1993

      Measurement of fluid flow in closed conduits - Pressure differential methods - Measurement using orifice plates, nozzles or Venturi tubes - Guide to the use of methods specified in Parts 1.1 and 1.2

    • AS 2360.0-1993

      Measurement of fluid flow in closed conduits - Vocabulary and symbols

    • AS 2360.6.1-1993

      Measurement of fluid flow in closed conduits - Volumetric methods - By mass

    • AS 2360.6.2-1993

      Measurement of fluid flow in closed conduits - Volumetric methods - By volume

    • AS 3778.7-2008

      Measurement of water flow in open channels - Determination of volume of water and water level in lakes and reservoirs

    • AS 3778.5.1-1991

      Measurement of water flow in open channels - Dilution methods - Constant-rate injection method for the measurement of steady flow

    • AS 3778.5.2-1991

      Measurement of water flow in open channels - Dilution methods - Integration method for the measurement of steady flow

    • AS 3778.2.3-2001

      Measurement of water flow in open channels - General - Determination of the stage-discharge relation

    • AS 3778.2.2-2001

      Measurement of water flow in open channels - General - Establishment and operation of a gauging station

    • AS 3778.2.4-2007

      Measurement of water flow in open channels - General - Estimation of uncertainty of a flow rate measurement

    • AS 3778.2.5-2001

      Measurement of water flow in open channels - General - Guidelines for the selection of flow gauging structures

    • AS 3778.2.1-2001

      Measurement of water flow in open channels - General - Guidelines for the selection of methods

    • AS 3778.5.3-2007

      Measurement of water flow in open channels - Liquid flow in open channels and partly filled pipes - Guidelines for the application of Doppler-based flow measurements

    • AS 3778.4.11-1991

      Measurement of water flow in open channels - Measurement using flow gauging structures - End-depth method for estimation of flow in non-rectangular channels with a free overfall (approximate method)

    • AS 3778.4.10-1991

      Measurement of water flow in open channels - Measurement using flow gauging structures - End-depth method for estimation of flow in rectangular channels with a free overfall

    • AS 3778.4.6-2007

      Measurement of water flow in open channels - Measurement using flow gauging structures - Flat-V weirs

    • AS 3778.4.2-1991

      Measurement of water flow in open channels - Measurement using flow gauging structures - Rectangular broad-crested weirs

    • AS 3778.4.7-1991

      Measurement of water flow in open channels - Measurement using flow gauging structures - Rectangular, trapezoidal and U-shaped flumes

    • AS 3778.4.3-1991

      Measurement of water flow in open channels - Measurement using flow gauging structures - Round-nose horizontal broad-crested weirs

    • AS 3778.6.6-2008

      Liquid flow measurement in open channels - Measuring devices, instruments and equipment - Cableway systems for stream gauging

    • AS 2360.8.1-2007

      Hydrometry - Measurement of free surface flow in closed conduits - Methods

    • AS 3778.4.1-1991

      Measurement of water flow in open channels - Measurement using flow gauging structures - Thin-plate weirs

    • AS 3778.4.5-1991

      Measurement of water flow in open channels - Measurement using flow gauging structures - Triangular profile weirs

    • AS 3778.4.4-1991

      Measurement of water flow in open channels - Measurement using flow gauging structures - V-shaped broad-crested weirs

    • AS 3778.6.3-1992

      Measurement of water flow in open channels - Measuring devices, instruments and equipment - Calibration of rotating element current-meters in straight open tanks

    • AS 3778.6.2-1992

      Measurement of water flow in open channels - Measuring devices, instruments and equipment - Direct depth sounding and suspension equipment

    • AS 3778.6.4-1992

      Measurement of water flow in open channels - Measuring devices, instruments and equipment - Echo sounders for water depth measurements

    • AS 3778.6.8-1992

      Measurement of water flow in open channels - Measuring devices, instruments and equipment - Position fixing equipment for hydrometric boats

    • AS 3778.6.1-1992

      Measurement of water flow in open channels - Measuring devices, instruments and equipment - Rotating element current-meters

    • AS 3778.6.7-1992

      Measurement of water flow in open channels - Measuring devices, instruments and equipment - Ultrasonic (acoustic) velocity meters

    • AS 3778.6.5-2001

      Measurement of water flow in open channels - Measuring devices, instruments and equipment - Water level measuring devices

    • AS 3778.3.4-1990 AMDT 1

      Measurement of water flow in open channels - Velocity-area methods - Collection and processing of data for determination of errors in measurement

    • AS 3778.3.4-1990

      Measurement of water flow in open channels - Velocity-area methods - Collection and processing of data for determination of errors in measurement

    • AS 3778.3.8-2007

      Measurement of water flow in open channels - Velocity-area methods - Electromagnetic method using a full-channel-width coil

    • AS 3778.3.5-1990

      Measurement of water flow in open channels - Velocity-area methods - Investigation of total error

    • AS 3778.3.1-2001

      Measurement of water flow in open channels - Velocity-area methods - Measurement by current meters and floats

    • AS 3778.3.2-1990

      Measurement of water flow in open channels - Velocity-area methods - Measurement by moving-boat method

    • AS 3778.3.3-2001

      Measurement of water flow in open channels - Velocity-area methods - Measurement by slope-area method

    • AS 3778.3.7-2007

      Measurement of water flow in open channels - Velocity-area methods - Measurement by ultrasonic (acoustic) method

    • AS 3778.3.6-2001

      Measurement of water flow in open channels - Velocity-area methods - Measurement of flow in tidal channels

    • AS 3778.1-2009

      Measurement of water flow in open channels - Vocabulary and symbols

    • AS 4747.1-2013

      Meters for non-urban water supply - Glossary of terms

    • AS 4747.8-2013

      Meters for non-urban water supply - In-service compliance for non-urban water meters

    • AS 4747.5-2013

      Meters for non-urban water supply - Installation and commissioning of closed conduit meters fully charged

    • AS 4747.6-2013

      Meters for non-urban water supply - Installation and commissioning of open channel meters

    • AS 4747.2-2013

      Meters for non-urban water supply - Technical requirements for closed conduit meters fully charged

    • AS 4747.3-2013

      Meters for non-urban water supply - Technical requirements for open channel meters

  • The Sub Committees within the Technical Committee are listed here.

    Sub Committees