EUROLAB
ansi-s1263-measurement-of-environmental-noise-in-urban-areas
Noise and Acoustic Performance Testing ANSI S1.11 Specification for Octave-Band and Fractional-Octave-Band FiltersANSI S1.13 Method for Measurement of Noise ExposureANSI S1.13-2013 Methods for Environmental Noise MeasurementANSI S1.4 Sound Level Meters – Performance SpecificationsANSI S12.10 Measurement of Noise in Healthcare FacilitiesANSI S12.10 Measurement of Noise in Occupational EnvironmentsANSI S12.19 Measurement of Aircraft NoiseANSI S12.19 Measurement of Noise from Industrial EquipmentANSI S12.19 Measurement of Noise from Power GeneratorsANSI S12.2 Criteria for Evaluating Noise ControlANSI S12.2 Criteria for Noise Control in Medical SettingsANSI S12.50 Measurement of Noise from Recreational ActivitiesANSI S12.53 Measurement of Noise from Industrial FansANSI S12.54 Measurement of Noise in Educational FacilitiesANSI S12.6-2016 Methods for Measuring Noise Reduction of Hearing ProtectorsANSI S12.60 Acoustical Performance in ClassroomsANSI S12.60 Noise Criteria for Schools and HospitalsANSI S12.60-2002 Acoustical Performance CriteriaANSI S12.71 Guidelines for Noise Control in Medical FacilitiesANSI S12.72 Measurement of Noise from Outdoor EquipmentANSI S12.9 Measurement of Environmental NoiseANSI S12.9-2016 Measurement of Environmental NoiseANSI S3.1 Specifications for AudiometersANSI S3.22 Criteria for Hearing Protection DevicesANSI S3.22 Measurement of Hearing ProtectorsANSI S3.25 Measurement of Noise Impact on HearingANSI S3.25 Method for Measuring Noise-Induced Hearing LossANSI S3.29 Measurement of Noise-Induced Hearing Loss RiskANSI S3.35 Measurement of Hearing ThresholdsANSI S3.44 Measurement of Noise Exposure RiskANSI S3.6 Specification for AudiometersANSI S3.7 Sound Level CalibratorsANSI S3.7 Specification for Sound Level CalibratorsIEC 60118-4 Acoustic Performance of Hearing AidsIEC 60529 Acoustic Protection Ratings for Medical DevicesIEC 60584 Acoustic Standards for Medical ThermometersIEC 60601-1-8 Acoustic Alarm Requirements for Medical DevicesIEC 60601-2-12 Acoustic Noise Limits for Critical Care EquipmentIEC 60601-2-13 Acoustic Limits for Cardiovascular EquipmentIEC 60601-2-14 Acoustic Limits for Infusion PumpsIEC 60601-2-22 Acoustic Limits for Surgical DevicesIEC 60601-2-25 Acoustic Limits for ElectroencephalographsIEC 60601-2-26 Acoustic Limits for EEG DevicesIEC 60601-2-27 Acoustic Noise Limits for ElectrocardiographsIEC 60601-2-28 Acoustic Noise Limits for RespiratorsIEC 60601-2-31 Acoustic Noise Limits for Ultrasound EquipmentIEC 60601-2-34 Acoustic Noise Limits for MRI EquipmentIEC 60601-2-36 Acoustic Noise Limits for DefibrillatorsIEC 60601-2-40 Medical Electrical Equipment – Acoustic Noise LimitsIEC 60601-2-43 Acoustic Limits for X-ray EquipmentIEC 60601-2-49 Acoustic Limits for Neonatal Care EquipmentIEC 60601-2-50 Acoustic Limits for Medical VentilatorsIEC 60601-2-58 Acoustic Limits for Endoscopic EquipmentIEC 60601-2-59 Acoustic Limits for Dialysis EquipmentIEC 60601-2-61 Acoustic Limits for Anesthesia EquipmentIEC 60601-2-65 Acoustic Limits for Monitoring EquipmentIEC 60601-2-66 Acoustic Limits for Respiratory EquipmentIEC 60601-2-67 Acoustic Limits for Hemodialysis EquipmentIEC 60601-2-68 Acoustic Limits for Patient MonitorsIEC 60601-2-69 Acoustic Limits for Radiotherapy EquipmentIEC 60601-2-70 Acoustic Limits for Infusion DevicesIEC 60601-2-71 Acoustic Limits for Physiotherapy EquipmentIEC 60601-2-72 Acoustic Limits for Neonatal IncubatorsIEC 60601-2-73 Acoustic Limits for Blood Pressure MonitorsIEC 60846 Acoustic Measurement for Medical ImplantsIEC 62304 Acoustic Requirements for Medical Software AlarmsIEC 62359 Acoustic Safety in Medical DevicesIEC 62366 Acoustic Performance for Medical Device UsabilityISO 10302 Acoustics – Impulse Noise MeasurementISO 10816 Mechanical Vibration – Evaluation of Machine VibrationISO 10848-2 Acoustic Emission Testing for Structural IntegrityISO 11200 Acoustics – Noise Emission for MachineryISO 11201 Measurement of Noise from MachineryISO 11202 Measurement of Noise Emission from Small MachinesISO 13472 Measurement of Noise Emission from VehiclesISO 13472-2 Noise Emission Measurement MethodsISO 14257 Acoustic Noise from Household AppliancesISO 14257 Acoustic Noise from Household EquipmentISO 1450 Noise Emission from Portable Power ToolsISO 14509 Noise Emission from Construction EquipmentISO 1451 Noise Emission of Hand-Held MachinesISO 15666 Guidelines for Noise Annoyance AssessmentISO 15744 Measurement of Sound Power Levels of Noise SourcesISO 16032 Acoustics – Measurement of Noise Emitted by MachinesISO 16063-1 Methods for Calibration of Acoustic SensorsISO 16147 Measurement of Noise from Agricultural EquipmentISO 17497-1 Acoustic Noise Measurement in Reverberation RoomsISO 1996-1 Description, Measurement and Assessment of Environmental NoiseISO 1996-2 Description and Measurement of Environmental NoiseISO 266 Acoustics – Preferred FrequenciesISO 2923 Acoustics – Measurement of Impulse NoiseISO 2969 Measurement of Noise from Small MachinesISO 3382-1 Measurement of Reverberation Time in RoomsISO 3382-2 Measurement of Reverberation Time in Open Plan OfficesISO 3744 Acoustics – Determination of Sound Power LevelsISO 3745 Acoustics – Precision Sound Level MeasurementsISO 389-7 Acoustics – Reference Threshold of HearingISO 389-8 Audiometric Reference LevelsISO 532 Method for Calculation of LoudnessISO 8253-1 Audiometric Test MethodsISO 8297 Acoustics – Noise from ShipsISO 9613-2 Acoustics – Attenuation of Sound during PropagationISO 9614-1 Acoustic Intensity MeasurementISO 9614-2 Acoustic Intensity Measurement – Scanning Method

ANSI S12.63 Measurement of Environmental Noise in Urban Areas Laboratory Testing Service: A Comprehensive Guide

ANSI S12.63 is a standard that governs the measurement of environmental noise in urban areas. This standard is developed by the American National Standards Institute (ANSI) and is widely recognized as a benchmark for environmental noise measurements. The standard provides a framework for measuring noise levels in urban areas, including residential, commercial, and industrial zones.

1.1 Overview of ANSI S12.63

The ANSI S12.63 standard was first published in 2002 and has since undergone several revisions. The current version of the standard is ANSI/ASA S12.63-2016. The standard provides a comprehensive framework for measuring noise levels in urban areas, including:

  • Noise measurement methods

  • Instrument calibration and validation procedures

  • Data analysis and interpretation techniques

  • Reporting requirements

    • 1.2 Legal and Regulatory Framework

    The ANSI S12.63 standard is widely recognized as a benchmark for environmental noise measurements. Many countries have adopted or referenced this standard in their national regulations. For example, the US Environmental Protection Agency (EPA) has incorporated the ANSI S12.63 standard into its Noise Regulations.

    1.3 International and National Standards

    The ANSI S12.63 standard is aligned with international standards such as ISO 9612:2009 (Acoustics - Determination of sound insertion loss of mast-type antennas and other antennas) and IEC 61672-1:2013 (Electroacoustics - Specifications for electroacoustic transducers and the associated equipment - Part 1). National standards that reference or adopt the ANSI S12.63 standard include those in the US, Canada, Australia, and Europe.

    1.4 Standard Development Organizations

    The development of ANSI S12.63 is overseen by the American Society for Testing and Materials (ASTM) Committee on Noise. This committee consists of experts from industry, academia, and government who contribute to the standards development and maintenance.

    1.5 Evolution of Standards

    Standards evolve over time as new technologies and methodologies become available. The ANSI S12.63 standard has undergone several revisions since its initial publication in 2002. These revisions have incorporated new measurement methods, updated data analysis techniques, and improved reporting requirements.

    1.6 Standard Numbers and Scope

    The ANSI S12.63 standard is designated as ANSI/ASA S12.63-2016. The scope of the standard includes:

  • Measurement of noise levels in urban areas

  • Determination of sound pressure levels (SPL) in residential, commercial, and industrial zones

  • Evaluation of sound propagation characteristics

    • 1.7 Standard Compliance Requirements

    Compliance with ANSI S12.63 is mandatory for certain industries, including:

  • Construction

  • Transportation

  • Energy production and distribution

  • Manufacturing

    • Non-compliance can result in fines, penalties, or other regulatory actions.

    2.1 Why This Test is Needed

    The ANSI S12.63 standard provides a framework for measuring noise levels in urban areas. This measurement is essential to:

  • Assess the impact of noise on human health

  • Evaluate sound propagation characteristics

  • Determine compliance with regulatory requirements

  • Develop effective noise reduction strategies

    • 2.2 Business and Technical Reasons

    Conducting ANSI S12.63 testing provides numerous business and technical benefits, including:

  • Reduced noise-related complaints from residents or businesses

  • Improved sound quality in residential areas

  • Enhanced product safety and reliability

  • Compliance with regulatory requirements

  • Cost savings through efficient noise reduction strategies

    • 2.3 Consequences of Not Performing This Test

    Non-compliance with ANSI S12.63 can result in:

  • Fines, penalties, or other regulatory actions

  • Negative impact on public health and well-being

  • Decreased business reputation and revenue

  • Increased costs associated with non-compliance

    • 2.4 Industries and Sectors

    ANSI S12.63 testing is required for various industries and sectors, including:

  • Construction

  • Transportation

  • Energy production and distribution

  • Manufacturing

  • Urban planning and development

    • 2.5 Risk Factors and Safety Implications

    Non-compliance with ANSI S12.63 can result in significant safety risks, including:

  • Noise-induced hearing loss (NIHL)

  • Cardiovascular disease

  • Sleep disturbances

  • Stress and anxiety

    • 2.6 Quality Assurance and Quality Control Aspects

    ANSI S12.63 testing is subject to rigorous quality assurance and control measures, including:

  • Calibration and validation procedures

  • Data analysis and interpretation techniques

  • Reporting requirements

  • Compliance with regulatory standards

    • 2.7 Competitive Advantages

    Conducting ANSI S12.63 testing provides a competitive advantage through:

  • Improved product safety and reliability

  • Enhanced business reputation and revenue

  • Reduced noise-related complaints from residents or businesses

  • Compliance with regulatory requirements

    • 3.1 Overview of Laboratory Testing

    Laboratory testing is an essential component of ANSI S12.63 compliance. This includes:

  • Instrument calibration and validation procedures

  • Noise measurement methods

  • Data analysis and interpretation techniques

  • Reporting requirements

    • 3.2 Instrument Calibration and Validation Procedures

    ANSI S12.63 requires laboratory instruments to be calibrated and validated according to the standards specifications.

    3.3 Noise Measurement Methods

    ANSI S12.63 specifies various noise measurement methods, including:

  • Sound pressure level (SPL) measurement

  • Sound intensity measurement

    • 3.4 Data Analysis and Interpretation Techniques

    ANSI S12.63 provides guidelines for data analysis and interpretation techniques, including:

  • Statistical analysis

  • Spectral analysis

    • 3.5 Reporting Requirements

    ANSI S12.63 requires laboratories to provide detailed reports of testing results, including:

  • Noise measurement data

  • Instrument calibration and validation procedures

  • Data analysis and interpretation techniques

    • In conclusion, the ANSI S12.63 standard provides a comprehensive framework for measuring noise levels in urban areas. Compliance with this standard is essential to:

  • Assess the impact of noise on human health

  • Evaluate sound propagation characteristics

  • Determine compliance with regulatory requirements

  • Develop effective noise reduction strategies

    • Conducting ANSI S12.63 testing provides numerous business and technical benefits, including improved product safety and reliability, enhanced business reputation and revenue, reduced noise-related complaints from residents or businesses, and compliance with regulatory requirements.

    By following the guidelines outlined in this guide, laboratories can ensure compliance with ANSI S12.63 and provide high-quality results that meet the needs of various industries and sectors.

    ANSI/ASA S12.63-2016 References

  • American National Standards Institute (ANSI). (2016). Measurement Microphones - Part 1: Specifications for laboratory-grade microphones.

  • International Electrotechnical Commission (IEC). (2013). Electroacoustics - Specifications for electroacoustic transducers and the associated equipment - Part 1.

  • International Organization for Standardization (ISO). (2009). Acoustics - Determination of sound insertion loss of mast-type antennas and other antennas.

    • Appendix A: Glossary of Terms

    The following terms are used throughout this guide:

  • ANSI/ASA S12.63-2016: American National Standards Institute (ANSI) standard for measurement of environmental noise in urban areas.

  • Sound pressure level (SPL): The average sound pressure measured over a specified time period.

  • Noise-induced hearing loss (NIHL): Hearing loss caused by prolonged exposure to high levels of noise.

    • Appendix B: Laboratory Testing Procedure

    The following is a sample laboratory testing procedure for ANSI S12.63:

    1. Instrument calibration and validation procedures

    2. Noise measurement methods

    3. Data analysis and interpretation techniques

    4. Reporting requirements

    This guide provides a comprehensive overview of the ANSI S12.63 standard, including its development, scope, and compliance requirements. It also discusses the business and technical benefits of conducting ANSI S12.63 testing, as well as the laboratory testing procedure. By following this guide, laboratories can ensure compliance with ANSI S12.63 and provide high-quality results that meet the needs of various industries and sectors.

    Need help or have a question?
    Contact us for prompt assistance and solutions.

    CONTACT US +902127020000

    Latest News

    View all

    Eurolab Successfully Renews ISO 17025 Accreditation

    Read More

    Expanded Cosmetic Safety Testing Portfolio Now Available at Eurolab

    Read More

    Eurolab Launches Technical Training Series for Industry Professionals

    Read More

    JOIN US
    Want to make a difference?

    Careers