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    ?Explosion Protection Standards for Fuel Dispensers

    Explosion Protection Standards for Fuel Dispensers: Key Chinese National Standards (English Overview)

    China's fuel dispenser explosion protection standards are primarily defined in the GB/T 22380 series, which aligns with international safety frameworks while incorporating localized requirements. Below is a synthesis of core standards and their English-language requirements:


    1. GB/T 22380.1-2017

    Title: Explosion Protected Safety Technique of the Petrol Filling Station – Part 1: Explosion Protected Safety Technique Requirements for Fuel Filling Dispenser
    Scope:

    • Applies to fuel dispensers with a flow rate ≤200 L/min used in environments ranging from -20°C to +40°C.

    • Covers design, installation, and operational safety for outdoor gas stations.

    Key Requirements:

    • Explosion Classification:

      • Electrical components must meet GB 3836.1-2010 (IEC 60079-0 equivalent) for Zone 1 and Zone 2 environments.

      • Minimum ignition energy (MIE) compliance for Zone 1: ≤1 mJ.

    • Material Stability:

      • Components in contact with fuel must resist corrosion (tested per ISO 9328).

      • Aluminum alloys require compliance with GB 25286.1-2010 for explosion-proof properties .

    • Leakage Control:

      • Hydraulic systems must limit internal leakage to ≤4 L and external leakage to ≤1 L during pressure tests.

    • Electrical Safety:

      • Cables must have insulation resistance ≥100 MΩ (per GB/T 3836.15).

      • Emergency shutdown systems must disconnect power within 0.5 seconds of activation.


    2. GB/T 22380.2-2010

    Title: Explosion Protected Safety Technique of the Petrol Filling Station – Part 2: Safety Requirements for Construction and Performance of Safe Breaks
    Focus:

    • Safety Break Valves:

      • Mandatory installation between fuel hoses and nozzles to prevent leaks exceeding 15 mL during rupture.

      • Materials must withstand fuel immersion (tested per EN 13463-1).

    • Mechanical Integrity:

      • Valves must withstand 500 N tensile force without separation.

      • Reusable valves require full disassembly and reassembly testing.


    3. GB 22380.1-2008 (Superseded by 2017 Edition)

    Legacy Requirements:

    • Zone Classification:

      • Refueling areas designated as Zone 1 (ignition likely) and Zone 2 (ignition unlikely).

      • Enclosures must have IP54 protection against dust/water.

    • Vapor Barrier Systems:

      • Use of non-conductive materials to prevent static buildup (tested per EN 13463-1).


    4. International Compliance

    • ATEX/IECEx:

      • Chinese standards align with ATEX Directive 2014/34/EU for equipment in explosive atmospheres.

      • Mandatory CE marking for exports to EU markets.

    • UL/CSA:

      • Electrical components must meet UL 1203 (explosion-proof enclosures) for North American markets.


    5. Implementation Guidelines

    • Testing Protocols:

      • Vibration resistance: 20 g acceleration for 1 hour (per GB/T 2423.10).

      • Temperature cycling: -40°C to +85°C for 24 hours.

    • Documentation:

      • Manufacturers must provide Explosion Protection Certificates (e.g., GB/T 3836.1 compliance statements).


    How to Access Full Standards

    1. Official Sources:

      • Purchase from China Standards Service Center ( or SAC/TC 9 (National Technical Committee on Explosion Protection).

    2. Third-Party Translations:


    Key Differences from International Standards

    AspectGB/T 22380IEC 60079
    Zone ClassificationSimplified Zone 1/2Detailed Zone 0/1/2/21/22
    Material TestingFocus on corrosion resistanceEmphasis on electrical safety margins
    CertificationMandatory CPA markCE/ATEX marks

    For detailed implementation, refer to the full texts of GB/T 22380.1-2017 and GB/T 22380.2-2010.


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