Energy Saving Amorphous Alloy Dry Type Transformer
Inquire NowDescription
The Energy Saving Amorphous Alloy Dry Type Transformer is designed to provide exceptional energy efficiency and reliability. Utilizing advanced Dupont Nomex insulation, this transformer ensures high levels of flame and explosion protection, making it a safe choice for various applications. With a robust mechanical design, it withstands short-circuit conditions and guarantees long-term operation.
This transformer employs C Grade insulation materials that achieve an H Grade fire-resistance rating, ensuring both reliability and safety. It features low partial discharge and outstanding insulation levels, combined with long life expectancy, making it a superior choice for demanding environments.
Environmentally conscious, this transformer generates no pollution during transportation, storage, or operation, saving up to 70-80% in core losses compared to conventional transformers. Additionally, it operates with low noise and requires minimal maintenance, while also being recyclable, contributing to a sustainable future.
Built with high-quality amorphous metal, the core significantly reduces off-load losses and provides exceptional mechanical strength, ensuring durability during transportation. The windings are crafted from premium copper foil and feature advanced insulation and sealing techniques, enhancing their performance and longevity.
Specifications
Attribute | Details |
---|---|
Insulation System | Dupont Nomex |
Fire Resistance Rating | H Grade |
Core Material | Amorphous Metal |
Energy Efficiency | 70-80% core loss savings |
Noise Level | Low |
Environmental Impact | No pollution; recyclable |
Additional Information
Features of the transformer include:
- High-quality copper foil and H Grade insulation on the low voltage side.
- Multi-layer, sub-cylindrical ring, and vertical structure on the high voltage side.
- First-class Nomex paper insulation between coil layers.
- Vacuum Pressured Immersed (VPI) windings for enhanced performance.
- Resin-sealed winding endings for additional protection.
These features contribute to high mechanical strength, excellent thermal shock resistance, and superior proofing capabilities against moisture, salt spray, and dust.