The dry-type transformer meets all relevant performance standards and has proven reliable through user experience, reaching a national advanced level. This series utilizes advanced international manufacturing technologies, with complete, accurate, and clear design documents and technical files. It features advanced production equipment, stable manufacturing processes, and comprehensive testing methods, ensuring high-quality product production.
Dry-type transformer has many types you can to choose. They have epoxy resin cast dry-type transformer, non-encapsulated dry type transformer, amorphous alloy dry type transformer, three-dimensional wound core dry-type transformer.
Dry-type transformer is a high-performance electrical equipment. It adopts advanced insulation technology, does not require oil immersion, and is safe and environmentally friendly. It is fireproof and explosion-proof, and its operation is stable and reliable. Compared with oil-immersed transformers, dry-type transformers are more adaptable to various environments and have lower maintenance costs.
It is widely used in high-rise buildings, commercial centers, hospitals, factories and other places. It efficiently converts and distributes electrical energy, providing continuous and stable power support for our lives and production. It is an indispensable and important part of the modern power system.
Product Features of of dry type transformers:
1 Low consumption and energy-saving: The core made of amorphous alloy material has low no-load loss and no-load current, which is equivalent to 30% of silicon steel sheets. The no-load loss of amorphous alloy dry-type transformers is 75% lower than the specified value in GB/T10228, which can significantly reduce operating costs and achieve remarkable energy-saving effects.
2 Strong corrosion resistance: The amorphous alloy core is fully encapsulated with resin and high-temperature-resistant silicone gel, effectively preventing corrosion and the detachment of amorphous alloy fragments, thereby effectively protecting the core and coils.
3 Low noise: To reduce product operating noise, a reasonable working magnetic flux density is selected during product design, and improvements in core and coil structures, as well as special noise-reduction materials and processes, are implemented during product processing. The noise level of the product is about 5~15 decibels lower than the requirements of the national standard GB/T10088.
4 Strong short-circuit resistance: The product adopts a three-phase three-limb structure, with a compact and reasonable clamping structure for the core and coils. The amorphous alloy dry-type transformers produced by our company have taken the lead in passing the sudden short-circuit test in China.
5 Low partial discharge: Due to the use of epoxy resin vacuum casting, the product has low temperature rise, long service life, and strong heat dissipation capability, allowing it to operate at 150% of rated load under air-cooled conditions. The temperature control protection system equipped with the product provides reliable safeguards for the safe operation of amorphous alloy dry-type transformers.
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