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Homepage>BS Standards>17 METROLOGY AND MEASUREMENT. PHYSICAL PHENOMENA>17.140 Acoustics and acoustic measurements>17.140.20 Noise emitted by machines and equipment>BS EN 60534-8-3:2011 Industrial-process control valves Noise considerations. Control valve aerodynamic noise prediction method
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immediate downloadReleased: 2011-06-30
BS EN 60534-8-3:2011 Industrial-process control valves Noise considerations. Control valve aerodynamic noise prediction method

BS EN 60534-8-3:2011

Industrial-process control valves Noise considerations. Control valve aerodynamic noise prediction method

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Standard number:BS EN 60534-8-3:2011
Pages:52
Released:2011-06-30
ISBN:978 0 580 67340 5
Status:Standard
DESCRIPTION

BS EN 60534-8-3:2011


This standard BS EN 60534-8-3:2011 Industrial-process control valves is classified in these ICS categories:
  • 33.100.01 Electromagnetic compatibility in general
  • 25.040.40 Industrial process measurement and control
  • 17.140.20 Noise emitted by machines and equipment
  • 23.060.40 Pressure regulators
IEC 60534-8-3:2010 establishes a theoretical method to predict the external sound-pressure level generated in a control valve and within adjacent pipe expanders by the flow of compressible fluids. This method considers only single-phase dry gases and vapours and is based on the perfect gas laws. It is assumed that the downstream piping is straight for a length of at least 2 m from the point where the noise measurement is made. The method is applicable to the following single-stage valves:
- globe (straight pattern and angle pattern),
- butterfly,
- rotary plug (eccentric, spherical),
- ball, and
- valves with cage trims.
Specifically excluded are the full bore ball valves where the product FpC exceeds 50 % of the rated flow coefficient. This third edition cancels and replaces the second edition published in 2000. This edition constitutes a technical revision. The significant technical changes with respect to the previous edition are as follows:
- predicting noise as a function of frequency;
- using laboratory data to determine the acoustical efficiency factor.
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