GB/T 13165-2010
Methods of measurement on noise emitted by arc welding machine (English Version)

Standard No.
GB/T 13165-2010
Language
Chinese, Available in English version
Release Date
2010
Published By
General Administration of Quality Supervision, Inspection and Quarantine of the People‘s Republic of China
Latest
GB/T 13165-2010
Replace
GB/T 13165-1991
Scope
This standard applies to the simple method for determining the A[weighted] sound power level of a sound source, that is, the A[weighted] sound level of the sound source is measured at a specified measuring point, and then the A[weighted] sound power is calculated class. This method is especially suitable for on-site measurement, without having to move the measured sound source into a special acoustic environment. This standard is the broadband, narrowband, discrete frequency and other steady-state noise radiated by all kinds of general-purpose arc welding machines. In addition to bursts with a repetition rate of less than 5 per second, it is also suitable for non-stationary noise sources. There is no limit to the volume of the sound source to be measured. For a sound source with a large size, the part of the main noise source should be selected for measurement. For the noise measurement of other types of electric welding equipment, this standard can be implemented by reference.

GB/T 13165-2010 Referenced Document

  • GB 3102.7 Quantities and units of acoustics
  • GB/T 2900.22 Electrotechnical terminology Electric welding machine
  • GB/T 3758 24° cone connectors. Weld-on nipple
  • GB/T 3947 Acoustical terminology
  • JJG 176 Sound Calibrators*2022-04-29 Update
  • JJG 188 Sound Level Meter Verification Regulations*2018-05-20 Update
  • JJG 277 Reference Sound Sources*2017-11-20 Update

GB/T 13165-2010 history

  • 2010 GB/T 13165-2010 Methods of measurement on noise emitted by arc welding machine
  • 1991 GB/T 13165-1991 Determination for noise emitted by arc welding machines
Methods of measurement on noise emitted by arc welding machine



Copyright ©2024 All Rights Reserved