Epoxy resin cast amorphous alloy dry type distribution transformer

    Epoxy resin cast amorphous alloy dry type distribution transformer-SPL- power transformer, distribution transformer, oil immersed transformer, dry type transformer, cast coil transformer, ground mounted transformer, resin insulated transformer, oil cooled transformer, substation transformer, switchgear

    Custom design

    • Phase: Three
    • Winding: Dual
    • Service Voltage: 6-35kV
    • Rated Capacity: 30-2500kVA
    • Frequency: 50/60Hz
    • Connection symbol: Dyn11

    Meet your precise requiements

     

    Standard products

    Shorter lead time


    Descriptions

    Applies to high fireproofing, load fluctuating, unventilated, incommodious, dirty and moist environment such as power plant field, subway, metallurgy, hospital, high-rise building, shopping center, crowded resident zone, and the special environment such as petrol-land chemical industry, nuclear power station, a nuclear submarine.

    Custom design

    We are able to provide customized solutions for each unique challenge. Our team is flexible and knowledgeable and can provide customized design, guidance, and support while reacting rapidly to requests.

    Standard products

    The standard products are in accordance with Chinese national GB standards and the international IEC standards.

    SC(B)H15 Series

    Epoxy resin cast amorphous alloy dry type distribution transformer-SPL- power transformer, distribution transformer, oil immersed transformer, dry type transformer, cast coil transformer, ground mounted transformer, resin insulated transformer, oil cooled transformer, substation transformer, switchgear

     


    Applicable environment

    1.Highest temperature: +40℃

    Highest daily average air temperature: +30℃

    Highest annual average air temperature:+20℃

    Lowest outdoor air temperature:-25℃

    2.Altitude: ≤4000m

    3.Continental or marine climate

    Transformers that operate under special conditions of use can be provided  according to user requirements.