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As 3778.2.2-2001 Measurement of Water Flow in Open Channels General - Establishment and Operation of a Gaugin | Flow Measurement | Measurement
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AS 3778.2.
ISO 1100-1:1996
AS 3778.2.2
Measurement of water flow in open channels Part 2.2: GeneralEstablishment and operation of a gauging station
[ISO title: Liquid flow measurement in open channels, Part 2: Determination of the stage-discharge relationship]
This Australian Standard was prepared by Committee CE-024, Measurement of Water Flow in Open Channels and Closed Conduits. It was approved on behalf of the Council of Standards Australia on 25 September 2000 and published on 12 March 2001.
The following interests are represented on Committee CE-024: Australian Water and Wastewater Association Department of Natural Resources, Qld
Institute of Instrumentation and Control Australia Department of Land and Water Conservation, New South Wales Department of Public Works and Services, New South Wales South Australian Water Corporation Sydney Water Corporation University of New South Wales University of Adelaide University of Technology, Sydney
This Standard was issued in draft form for comment as DR 00114.
AS 3778.2.22001
Originated as AS 3778.2.21990. Second edition 2001.
ISBN 0 7337 3644 0
This Standard was prepared by the Standards Australia Committee, CE-024 Measurement of Water Flow in Open Channels and Closed Conduits. The Standard is identical to and is reproduced from ISO 1100-1:1996, Liquid flow measurement in open channels, Part 2: Determination of the stage-discharge relationship. This Standard is Part 2.3 of AS 3778, Measurement of water flow in open channels, which is published in parts as follows: AS 3778 3778.1 3778.2 3778.2.1 3778.2.2 3778.2.3 3778.2.4 3778.2.5 3778.3 3778.3.1 3778.3.2 3778.3.3 3778.3.4 3778.3.5 3778.3.6 3778.3.7 3778.3.8 3778.4 3778.4.1 3778.4.2 3778.4.3 3778.4.4 3778.4.5 3778.4.6 3778.4.7 3778.4.8 3778.4.9 3778.4.10 3778.4.11 3778.5 3778.5.1 3778.5.2 3778.6 3778.6.1 3778.6.2 3778.6.3 3778.6.4 3778.6.5 3778.6.6 3778.6.7 3778.6.8 Part 1: Part 2: Part 2.1: Part 2.2: Part 2.3: Part 2.4: Part 2.5: Part 3: Part 3.1: Part 3.2: Part 3.3: Part 3.4: Part 3.5: Part 3.6: Part 3.7: Part 3.8: Measurement of water flow in open channels Vocabulary and symbols General Guidelines for the selection of methods of measurement Establishment and operation of a gauging station (this Standard) Determination of the stage-discharge relation) Estimation of uncertainty of a flow-rate measurement Guidelines for the selection of flow gauging structures Velocity-area method Measurement by current meters and floats Measurement by moving boat method Measurement by slope-area method Collection and processing of data for determination of errors in measurement Investigation of total error Measurement of flow in tidal channels Measurement by ultrasonic (acoustic) method Electromagnetic method using a full-channel-width coil
Part 4: Measurement using flow gauging structures Part 4.1: Thin-plate weirs Part 4.2: Rectangular broad-crested weirs Part 4.3: Round-nose horizontal broad-crested weirs` Part 4.4: V-shaped broad-crested weirs Part 4.5: Triangular profile weirs Part 4.6: Flat-V weirs Part 4.7: Rectangular, trapezoidal and U-shaped flumes Part 4.8: Trapezoidal profile weirs Part 4.9: Parshall and Saniiri flumes Part 4.10: End-depth method for estimation of flow in rectangular channels with a free overfall Part 4.11: End-depth method for estimation of flow in rectangular channels with a free overfall (approximate method) Part 5: Part 5.1: Part 5.2: Part 6: Part 6.1: Part 6.2: Part 6.3: Part 6.4: Part 6.5: Part 6.6: Part 6.7: Part 6.8: Dilution method Constant-rate injection method for the measurement of steady flow Integration method for the measurement of steady flow Measuring devices, instruments and equipment Rotating element current-meters Direct depth sounding and suspension equipment Calibration of rotating element current meters in straight open tanks Echo sounders for water depth measurements Water level measuring devices Cableway system for stream gauging Ultrasonic (acoustic) velocity meters Position fixing equipment for hydrometric boats
Under arrangements made between Standards Australia and the international Standards bodies, ISO and IEC, as well as certain other Standards organisations, users of this Australian Standard are advised of the following: (a) (b) (c) (d) Copyright is vested in Standards Australia. The number of this Standard is not reproduced on each page, its identity is shown only on the cover and title pages. In the source text this standard should read this Australian Standard. Where the word fluid appears, it should read water.
(e) A full point should be substituted for a comma when referring to a decimal marker. References to International Standards should be replaced by references to equivalent Australian Standards, as follows: Reference to International Standard ISO
SI units and recommendations for the use of their multiples and of certain other units Quantities, units and symbols
The international system of units (SI) and its application Quantities, units and symbols Measurement of water flow in open channels Part 1: Vocabulary and symbols
2900 3778
772 1100 1100-1 5168
Liquid flow measurement in open channelsVocabulary and symbols Liquid flow measurement in open channels Part 1: Establishment and operation of a gauging station Measurement of fluid flow Estimation of uncertainty of a flowrate measurement Liquid flow measurement in open channels-Velocity area methods Liquid flow measurement in open channels-The moving-boat method Liquid flow measurement in open channelsSlope-area method Liquid flow measurement in open channelsVelocity-area methods Collection of data for determination of errors in measurement
3778.2.2
Part 2.2: GeneralEstablishment and operation of a gauging station
3778.2.4 Part 2.4: GeneralEstimation of uncertainty of a flow rate measurement 3778.3.1 Part 3.1: Velocity-area methods Measurement by current-meters and floats 3778.3.2 Part 3.2: Velocity-area methods Measurement by moving boat method 3778.3.3 Part 3.3: Velocity-area methods Measurement by slope-area method 3778.3.4 Part 3.4: Velocity-area methods Collection and processing of data for determination of errors in measurement 3778.3.5 Part 3.5: Velocity-area methods Investigation of total error
4369 1070 1088
TR 7178 Measurement of liquid in open channelsInvestigation of the total error in measurement of flow by velocity-area methods 2425 Measurement of flow in tidal channels
3778.3.6 Part 3.6: Velocity-area methods Measurement of flow in tidal channels
AS 3778.2.2-2001, Measurement of water flow in open channels General - Establishment and operation of a gauging station
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