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Our dry-type transformer is a versatile and efficient solution for various electrical applications. With its advanced design and exceptional cooling capabilities, this transformer offers numerous benefits and advantages.
Cooling Methods:
Our dry-type transformer can be cooled using either natural air cooling (AN) or forced air cooling (AF). When operated under natural air cooling, the transformer can run continuously at its rated capacity for extended periods. However, when operated under forced air cooling, the output capacity of the transformer can be increased by up to 50%. This makes it suitable for intermittent overload operation or emergency overload situations. It is important to note that prolonged continuous overload operation should be avoided as it can lead to increased load losses and impedance voltage amplification, resulting in non-economic operation.
Winding Configurations:
Our dry-type transformer is available in various winding configurations to suit different application requirements:
1. Winding:
This configuration features conventional windings wound on the core. It is a reliable and widely used winding form.
2. Epoxy Resin with Quartz Sand Filling:
In this configuration, the windings are encapsulated in epoxy resin with quartz sand filling. This provides excellent insulation and mechanical strength, ensuring reliable performance in various operating conditions.
3. Glass Fiber Reinforced Epoxy Resin Casting (Thin Insulation Structure):
This configuration involves casting the windings in glass fiber reinforced epoxy resin. This thin insulation structure offers excellent thermal stability, reducing the risk of insulation breakdown and enhancing the transformer's overall reliability.
4. Multi-strand Glass Fiber Impregnated Epoxy Resin Winding:
This configuration utilizes multiple strands of glass fiber impregnated with epoxy resin for winding. It is a preferred choice as it effectively prevents resin cracking during casting, improving the overall reliability of the equipment.
High Voltage Winding:
The high voltage winding of our dry-type transformer is typically designed using a multi-layer cylindrical or multi-layer segmented structure. This design ensures efficient and reliable performance, even under high voltage conditions.
In conclusion, our dry-type transformer offers numerous advantages, including versatile cooling options, advanced winding configurations, and reliable high voltage winding designs. Trust in our dry-type transformer to provide efficient and reliable power distribution for your electrical applications.
Our dry-type transformer is a versatile and efficient solution for various electrical applications. With its advanced design and exceptional cooling capabilities, this transformer offers numerous benefits and advantages.
Cooling Methods:
Our dry-type transformer can be cooled using either natural air cooling (AN) or forced air cooling (AF). When operated under natural air cooling, the transformer can run continuously at its rated capacity for extended periods. However, when operated under forced air cooling, the output capacity of the transformer can be increased by up to 50%. This makes it suitable for intermittent overload operation or emergency overload situations. It is important to note that prolonged continuous overload operation should be avoided as it can lead to increased load losses and impedance voltage amplification, resulting in non-economic operation.
Winding Configurations:
Our dry-type transformer is available in various winding configurations to suit different application requirements:
1. Winding:
This configuration features conventional windings wound on the core. It is a reliable and widely used winding form.
2. Epoxy Resin with Quartz Sand Filling:
In this configuration, the windings are encapsulated in epoxy resin with quartz sand filling. This provides excellent insulation and mechanical strength, ensuring reliable performance in various operating conditions.
3. Glass Fiber Reinforced Epoxy Resin Casting (Thin Insulation Structure):
This configuration involves casting the windings in glass fiber reinforced epoxy resin. This thin insulation structure offers excellent thermal stability, reducing the risk of insulation breakdown and enhancing the transformer's overall reliability.
4. Multi-strand Glass Fiber Impregnated Epoxy Resin Winding:
This configuration utilizes multiple strands of glass fiber impregnated with epoxy resin for winding. It is a preferred choice as it effectively prevents resin cracking during casting, improving the overall reliability of the equipment.
High Voltage Winding:
The high voltage winding of our dry-type transformer is typically designed using a multi-layer cylindrical or multi-layer segmented structure. This design ensures efficient and reliable performance, even under high voltage conditions.
In conclusion, our dry-type transformer offers numerous advantages, including versatile cooling options, advanced winding configurations, and reliable high voltage winding designs. Trust in our dry-type transformer to provide efficient and reliable power distribution for your electrical applications.
