Dry Transformer and Oil Immersed Transformer Manufacturer

DRY TYPE TRANSFORMERS

SCB14 Dry Type Transformer

SCB 14 Dry Type Transformer, offering high efficiency and reliable energy transfer for optimal power distribution. This transformer is ideal for applications in commercial buildings, industrial facilities, data centers, hospitals, schools, and renewable energy projects. With enhanced safety features, low maintenance requirements, and versatile installation options, it ensures efficient and sustainable power distribution across diverse settings.

Introduction of SCB14 Dry Type Transformer

SCB 14 Dry Type Transformer, designed for optimal energy efficiency and reliable power distribution. With high efficiency and dependable energy transfer capabilities, this transformer ensures significant energy savings and enhances overall system performance. Its environmentally friendly design makes it ideal for diverse applications, including commercial buildings, industrial facilities, data centers, hospitals, schools, and renewable energy projects. The absence of flammable oils enhances safety, while the low maintenance requirements reduce operational costs. Suitable for indoor installations, this transformer offers fire-resistant construction and versatile installation options. Experience the benefits of our Dry Type Transformer in ensuring safe, efficient, and sustainable power distribution across various industries and settings.

Application of SCB14 Dry Type Transformer

  • Indoor Installations

    Due to their safety features and absence of oil, dry-type transformers are commonly used in indoor environments where the risk of oil leaks or fires needs to be minimized.

  • Commercial Buildings

    Dry-type transformers are often utilized in commercial buildings, such as offices, shopping malls, and hospitals, where safety, reliability, and environmental considerations are crucial.

  • Industrial Facilities

    They are suitable for various industrial applications, including manufacturing plants, refineries, and chemical facilities, where safety, reliability, and efficiency are paramount.

  • Data Centers

    Dry-type transformers are preferred in data centers and telecommunications facilities where fire safety and environmental concerns are critical.

  • Hospitals and Schools

    These transformers are commonly used in hospitals, schools, and other public buildings where safety, reliability, and low maintenance requirements are essential.

  • Renewable Energy Projects

    Dry-type transformers are also employed in renewable energy projects such as solar power plants and wind farms due to their environmental friendliness and safety features.

Technical Specification of SCB14 Dry Type Transformer

Rated Capacity
(KVA)
No Load Loss
(W)
Load Loss
(W)
Impedance
(%)
Vector GroupExtend Connection
B(100)F(120)H(145)
301306056406854.0Yyn0 or Dyn11±5%
±2*2.5%
50185845900965
80250116012401330
100270133014151520
125320156516651780
160365180019152050
200420213522752440
250490233024852665
315600294531253355
400665337535903850
500790413043904705
630910497552905660
6308855050536557606.0
8001035589562656715
10001205688573157885
12501420819087209335
1600166599451055511320
20002075122401300514005
25002450145351544516605

Drawing of Dry Type Transformer

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