Leave Your Message

China Suppliers Transformer Silicon Wound Core Factory - Rated Capacity Up to 10MVA, IEC 60076 Standard

,
,
, , , , , , , , , , , , , , , , , , , , , , , ,
,

Model Series

,
,

Silicon Wound Type

,
,

Rated Capacity

,
,

Up to 10MVA

,
,

Standard Compliance

,
,

IEC 60076

,
,

Warranty Period

,
,

Two Years

,
,

Application

,
,

Transformer CCA

,
,
,
,
, Discover high-quality transformers from a leading China supplier specializing in silicon wound type models. Our transformers come with a rated capacity of up to 10MVA, ensuring robust performance for various applications, including Transformer CCA. Manufactured in our state-of-the-art factory, we adhere to the IEC 60076 standard for quality assurance. Plus, enjoy peace of mind with our two-year warranty on all products. Trust us as your reliable partner in sourcing superior transformers from China

    In electrical engineering, the transformer core plays a critical role in the efficient operation of power transformers. As a key component, the transformer core is designed to facilitate the transfer of electrical energy between circuits while minimizing energy losses.

    product-icoWide Range Of Specifications

    Transformer cores are available in a variety of sizes to meet various power requirements. From 5kVA to 100MVA, these cores are carefully designed to meet the needs of different applications, allowing you to choose the right transformer core for your specific needs, whether it is a small operation or a large industrial application.

    product-icoHigh-Quality Materials

    The performance of a transformer core is significantly influenced by its construction materials. High-quality, low-iron-loss, high-permeability cold-rolled grain-oriented silicon steel (CRGO) is the preferred material for transformer cores. This specialty steel is available in a variety of thicknesses, including 0.23 mm, 0.27 mm, 0.30 mm, 0.35 mm, and 0.5 mm. The use of laser-coated CRGO, a unique electrical silicon steel, can further enhance the efficiency of power transformers. These materials are specifically designed to minimize energy losses and enhance the overall performance of the transformer.

    product-icoInnovative Design Features

    A key feature of the transformer core is its innovative design. The two halves of the core are closed together to form an open structure with a closed magnetic circuit. This design not only optimizes the magnetic flux but also allows the coil and core to be produced separately. The easy assembly feature shortens the total production time and improves production efficiency. It can maintain high quality standards while simplifying the operation process.

    product-icoMulti-Functional Applications

    Transformer cores are suitable for a variety of power transformers, with widespread use in 50Hz and 400Hz transformers. Their applications extend beyond traditional power transformers to include current transformers, reactors, chokes, and other magnetic components in electronic equipment. This versatility makes transformer cores an essential component across a wide range of industries, including power generation, telecommunications, and manufacturing.

    product-icoCustom Design Options

    Transformer cores offer custom design options, allowing customers to tailor core specifications to their needs. This flexibility ensures businesses can achieve optimal performance and efficiency for their electrical systems.

    product-icoCommitment To Quality And Reputation

    At the heart of transformer core manufacturing is a commitment to quality and integrity. Farady is dedicated to providing products that not only meet but also exceed industry standards. By focusing on high-quality materials, innovative designs, and customizable options, we ensure reliable performance and a long service life for our transformer cores.
    Transformer cores are essential for the proper functioning of power transformers and other magnetic components. With a comprehensive range of specifications, high-quality materials, innovative designs, and a wide range of applications, transformer cores are crucial for efficient energy transmission across a wide range of industries. Farady's continued emphasis on quality and customization ensures a bright future for transformer cores, paving the way for advancements in electrical engineering and technology.

    product-icoProduction pictures

    Transformer Silicon Wound Core01

    product-icoProduction line pictures

    Transformer Silicon Wound Core02
    Transformer Silicon Wound Core03

    product-icoPackage & Shipping

    Transformer Silicon Wound Core04
    Transformer Silicon Wound Core05
    We have been in all kinds of steel, which can meet your various needs. At the same time, we have good cooperation with China each big steel companies , our company is reliable.
    Frequently Asked Questions
    Q1: What power capacities do your transformer cores support?
    Our transformer cores support a wide range of specifications, from small 5kVA units to large industrial 100MVA applications.
    Q2: What materials are used to ensure high efficiency?
    We use high-quality, low-iron-loss, high-permeability cold-rolled grain-oriented silicon steel (CRGO) in various thicknesses like 0.23mm to 0.5mm, including laser-coated options.
    Q3: Are these transformer cores suitable for high-frequency applications?
    Yes, our cores are suitable for a variety of power transformers and are widely used in both 50Hz and 400Hz systems.
    Q4: Can I request a custom design for my specific project?
    Absolutely. We offer custom design options that allow you to tailor core specifications to achieve optimal performance for your unique electrical systems.
    Q5: How does the innovative design affect production?
    The two-half open structure design allows the coil and core to be produced separately, which simplifies assembly and significantly shortens total production time.
    Q6: What other magnetic components can use these cores?
    Beyond power transformers, they are used for current transformers, reactors, chokes, and other magnetic components in electronic equipment.

    Leave Your Message