200kva-1000kva Dry Type Power Transformer 10.5kv To 0.4kv Three Phase

Efficient, Reliable, Compact, Versatile 

High-quality three-phase Epoxy Resin Dry-Type Transformer suitable for power transmission, featuring low loss, compact structure, and strong overload capacity. Safe, maintenance-free, and moisture-resistant with fireproof and explosion-proof properties for reliable operation. Customizable options including protective shell materials, busbar outgoing lines, and silicon-steel plate cores for enhanced performance and extended service life.

Efficient and Reliable Power Transformation

The 200kva-1000kva Dry Type Power Transformer 10.5kv To 0.4kv Three Phase is designed with safety and reliability in mind, featuring fireproof and maintenance-free characteristics for easy installation and low economic operation cost. With good moisture resistance and low loss, this transformer also boasts strong overload capacity and efficient heat dissipation, making it suitable for use in power transmission and distribution systems. Additionally, the product is equipped with a protective shell and outgoing busbar options, as well as a silicon-steel plate core and pure copper coil for enhanced performance and durability in various operating conditions.

Material Introduction

Our 200kva-1000kva Dry Type Power Transformer 10.5kv To 0.4kv Three Phase is constructed using high-quality materials to ensure reliable performance and longevity. The protective shell, made of materials such as aluminum alloy, cold-rolled steel plate, or stainless steel, provides efficient protection and comes in various protection grades, such as IP20 and IP23. The iron core of the transformer consists of new cold-rolled silicon steel sheet, providing energy savings, noise reduction, corrosion resistance, and reduced no-load losses. The use of pure copper coil ensures stable operation, enhanced overload capacity, low line loss, and prolonged transformer life. The cooling fan helps reduce the temperature rise and increase the heat dissipation area, ensuring efficient and continuous operation of the transformer even under demanding conditions.