Transformador de tipo seco con resina moldeada de 1000 KVA

About 1000 kVA cast resin dry type transformer

In 2021, we delivered 2 units of 1000 kVA cast resin dry type transformer to our Canadian client for their medical facilities. These three phase dry type transformer have a primary voltage of 11kV, secondary voltage of 0.33kV, and a capacity of 1000 KVA. Their vector group is Yy0d11, with ANAF cooling. These cast resin dry type transformer primarily consist of iron cores and coils encapsulated in epoxy resin. Insulating sleeves are placed between the high and low voltage coils to enhance electrical insulation, supported and constrained by spacers. EverNew delivers tens of thousands of transformers of various types to global clients each year. Contact us for factory price, high-quality transformers.

Advantages of 1000 KVA Cast Resin Dry Type Transformer

Cast Resin Dry Type Transformer Series is a type of transformer characterized by low noise, low loss, and low partial discharge. This series of products feature reasonable structure, high-quality materials, scientific design, rigorous craftsmanship, advanced testing methods, and the following characteristics:

• Explosion-proof, non-explosive, non-polluting, and no toxic gases.
• High moisture resistance, capable of safe operation in harsh environments with 100% humidity without the need for dehumidification procedures.
• Strong resistance to short-circuit.
• Strong overload capacity, capable of operating at 110% rated load during AF, and 150% rated load.
• Beautiful appearance, compact size, and low installation cost.
• Performance and parameters meet or exceed GB, IEC, or industry standards.

Discover more about 1000 KVA Cast Resin Dry Type Transformers. EverNew, as a leading transformer factory in China, is eager to share further details with you.

Dry Type Transformer – Insulation Class

Dry Type Transformer Core

EverNew employs high-quality transformer cores crafted from Cold Rolled Grain Oriented (CRGO) steel. These silicon steel sheets undergo precision manufacturing processes, where automated machines cut them to the required dimensions. This meticulous approach minimizes air gaps, reduces excitation current, and lowers noise levels, ensuring optimal transformer performance.

To enhance durability and reliability, each laminated layer of the core is carefully insulated from one another. This insulation not only prevents electrical faults but also extends the lifespan of the iron core.

Our cores are stacked using a 45-degree stepped full tilt method, a technique that effectively reduces no-load current. This innovative approach to core stacking further enhances the efficiency and performance of our transformers.

Dry Type Transformer Winding

Low-Voltage Winding: The low-voltage winding is crafted using high-quality foil conductors or copper wires, ensuring balanced turns for optimal performance. It exhibits minimal additional losses and boasts strong resistance against short-circuit scenarios. Scientifically designed, the winding incorporates a cooling oil circulation system to enhance heat dissipation, effectively lowering temperature rise and thereby boosting overload capacity.

High-Voltage Winding: The high-voltage winding is constructed using premium-grade copper wires, featuring an exceptional structural design that enhances the distribution of the electric field. Through rigorous lightning impulse analysis, it has been fortified to withstand lightning strikes effectively.