In power transmission and distribution systems, transformers are indispensable equipment. As a common type of transformer, dry-type transformers offer numerous advantages, such as high reliability, simple maintenance, and excellent safety. There is a wide variety of dry-type transformer models, and below are several common ones:

1.Dry-Type Transformer - Dry-Type Model
The dry-type transformer - dry-type model is one of the most common types. It uses dry insulation materials and does not require oil immersion, thus avoiding oil pollution issues. This model is suitable for environments with high environmental requirements, such as hospitals and subway stations.

2.Dry-Type Transformer - Dry-Type Cast Resin Model
The dry-type transformer - dry-type cast resin model is manufactured using a casting process. It features excellent heat dissipation and high mechanical strength, making it suitable for locations with significant load variations, such as factories and large shopping malls.

3.Dry-Type Transformer - Dry-Type Strip-Wound Model
The dry-type transformer - dry-type strip-wound model uses strip-wound windings. It has high insulation strength and low partial discharge levels, making it ideal for places with high power quality requirements, such as telecom base stations and computer rooms.

4.Dry-Type Transformer - Dry-Type Rectifier Model
The dry-type transformer - dry-type rectifier model is specifically designed for rectifier equipment. It offers high heat resistance and low electromagnetic interference, making it suitable for locations requiring stable DC power, such as power electronics manufacturing plants and battery charging stations.

5.Dry-Type Transformer - Dry-Type Isolation Model
The dry-type transformer - dry-type isolation model is designed for isolating circuits. It features high insulation strength and low leakage current, making it suitable for places with high electrical safety requirements, such as laboratories and mines.

The variety of dry-type transformer models is extensive, with each model having its specific applications and characteristics. When selecting a dry-type transformer, it is essential to consider actual needs and environmental requirements comprehensively to ensure the transformer's normal operation and safe use.