SCB11 Series 10kV Three Phase Dry-type Power Transformer

Reduce operational costs with  Comewill factory's high-efficiency SCB11 Series 10kV Three Phase Dry-type Power Transformer. Utilizing highly magnetic oriented silicon steel sheets with step-lap technology, it significantly minimizes hysteresis loss, meeting stringent national energy efficiency standards. This three-phase transformer delivers stable electrical performance with high-purity oxygen-free copper windings.

Product Features

1. Stable Insulation and Safety

The SCB11 Series 10kV Three Phase Dry-type Power Transformer employs advanced vacuum pressure epoxy resin casting technology. This process transforms the winding into a fully sealed, monolithic insulation structure. This is not merely a coating;

It is a robust shield that completely blocks external contaminants like moisture, dust, and corrosive chemicals, ensuring long-term electrical stability and preventing premature aging.

2. High-Performance Core and Windings

The SCB11 utilizes high-permeability grain-oriented silicon steel sheets. Combined with a step-lap joint design, the magnetic flux is optimized, drastically reducing hysteresis loss and no-load loss.

The windings themselves are crafted from high-purity oxygen-free copper conductors, precisely cast in a vacuum environment.

3.Quiet Operation

Comewill SCB11 Series 10kV Three Phase Dry-type Power Transformer employs an innovative vibration reduction and noise reduction system to suppress the vibration of the core and coils at the source.

Product Application

1. Commercial Buildings: Shopping malls, office complexes, hotels, and hospitals. The fire-resistant properties and quiet operation of SCB11 Series 10kV Three Phase Dry-type Power Transformer make it ideal for indoor installation near people.

2. Residential Communities: High-rise apartments and residential subdivisions. The oil-free design eliminates fire and oil leakage hazards, ensuring resident safety.

3. Industrial Facilities: Factories, processing plants, and manufacturing lines. It provides stable power for machinery, even in dusty or polluted environments, thanks to its enclosed structure.

4. Public Infrastructure: Airports, subways, train stations, and schools where high reliability and safety are non-negotiable.

5. Renewable Energy Projects: Solar farms and wind power stations requiring step-up or step-down transformation with minimal maintenance.

6. Harsh Environments: Areas with high humidity, extreme temperatures, or heavy chemical pollution, where the fully sealed enclosure protects the internal components.

Technical Specifications

Note: The above data is subject to change due to technical improvement.