Overview
ISO 10819:2013/Amd 2:2021 is an international standard amendment focused on mechanical vibration and shock related to hand-arm vibration (HAV) exposure. It specifically addresses the measurement and evaluation of vibration transmissibility of gloves at the palm of the hand. This amendment updates test methods and requirements to ensure effective assessment of antivibration gloves used in industrial and occupational settings, enhancing worker safety when operating vibrating tools and machinery.
Developed by ISO Technical Committee ISO/TC 108 and subcommittee SC 4, in collaboration with CEN/TC 231, this amendment provides detailed procedures to evaluate the protective performance of gloves against hand-transmitted vibrations and ensures compliance with updated criteria for glove construction and material properties.
Key Topics
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Vibration transmissibility measurement – Defines test methods to quantify how vibrations pass through glove materials at the palm, which is critical for protecting workers from hand-arm vibration syndrome (HAVS).
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Antivibratile material spacing – Clarifies limits on gaps and separation between antivibration materials in gloves, especially between the thumb, fingers, and palm areas, to maintain consistent vibration isolation.
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Material thickness evaluation – Introduces procedures for measuring antivibration material thickness in areas with spacing or "open surfaces" using specified loads and precise instruments to ensure minimum protection levels.
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Test setup and equipment – Describes apparatus like height-adjustable cantilever arms, dial indicators, and hemispherical probes for consistent thickness testing under controlled forces.
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Performance criteria – Establishes relationships between thickness in spaced areas versus uniform palm regions, requiring the ratio to meet or exceed a threshold to confirm adequate glove performance.
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Documentation requirements – Stipulates method for documenting measurement points and results, including the use of illustrative diagrams or images for traceability and reproducibility.
Applications
ISO 10819:2013/Amd 2:2021 serves as a vital reference for organizations and professionals involved in worker health and safety where hand-arm vibration risks exist, including:
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Glove manufacturers – To design, test, and certify antivibration gloves that meet global safety performance standards.
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Safety engineers and occupational health specialists – For selecting appropriate protective gloves, assessing their effectiveness, and ensuring compliance with vibration exposure limits.
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Testing laboratories – To implement standardized vibration transmissibility and material thickness testing protocols in accreditation and quality assurance.
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Regulatory bodies – For developing mandates and guidelines to protect workers exposed to vibration hazards in industries such as construction, mining, forestry, and manufacturing.
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Employers and safety managers – To ensure that personal protective equipment (PPE) provided to employees offers validated vibration protection, reducing the incidence of HAVS.
Related Standards
ISO 10819:2013/Amd 2:2021 complements and aligns with related international standards addressing hand-arm vibration and PPE performance, including:
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ISO 10819:2013 – The original standard specifying measurement principles and glove classification for vibration transmissibility at the palm.
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ISO 5349 series – Standards on measurement and evaluation of human exposure to hand-transmitted vibrations.
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ISO 9612 – Methods for measuring workplace vibration exposure.
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EN standards (European Norms) – Harmonized standards for antivibration gloves adopted across Europe, often consistent with ISO protocols.
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ISO/IEC directives – Providing guidance on drafting and updating international standards within the ISO framework.
By adhering to ISO 10819:2013/Amd 2:2021, industries can ensure effective evaluation of antivibration gloves, contributing to the reduction of hand-arm vibration injuries and enhancing overall workplace safety and health compliance. This amendment ensures that glove designs maintain uniform antivibratile protection, minimizing gaps in material that could compromise worker protection.
Open preview (PDF)Mechanical vibration and shock — Hand-arm vibration — Measurement and evaluation of the vibration transmissibility of gloves at the palm of the hand — Amendment 2