English
The mining dry-type transformer is a power conversion equipment specifically designed for the mining environment, featuring high efficiency, stability, and safety. It utilizes advanced insulating materials and cooling technologies to ensure stable operation under harsh mining conditions, providing reliable power support for mine production.
High Efficiency and Energy Saving: With advanced winding design and high-quality materials, it reduces energy loss, improves conversion efficiency, and effectively saves electricity.
Stable and Reliable: The unique insulation structure and cooling design enable the transformer to operate stably for a long time in high-temperature, high-humidity, and dusty mining environments.
Safe and Environmentally Friendly: The fully enclosed structure effectively prevents the entry of external pollutants, and the use of environmentally friendly materials meets the safety and environmental requirements of mines.
Intelligent Monitoring: Equipped with an intelligent temperature control system and fault alarm function, it can monitor the transformer's operating status in real-time, ensuring timely detection and handling of potential issues.
The mining dry-type transformer is widely used in various mines, including coal, metal, and non-metal mines. It provides stable and reliable power support for mining, excavation, transportation, and other production processes, contributing to safe mine production and efficient operation.
GB1094.1～2-1996, GB1094.3, 5-2003, GB/T6451-2008, GB12173-2008.
1. The altitude does not exceed 1000m above sea level. Special environment will be explained separately;
2. Ambient temperature:
The highest temperature +40 ℃;
The highest daily average temperature +25 ℃;
The highest annual average temperature +20 ℃;
The minimum outdoor temperature is -20 ℃.
3. The relative humidity of the surrounding air is not more than 95% (at +25 ℃);
4. Although there is coal dust and gas installed in the mine. But there is no risk of explosion;
5. The waveform of the power supply voltage is approximately sine wave.
The mining dry-type transformer is a power conversion equipment specifically designed for the mining environment, featuring high efficiency, stability, and safety. It utilizes advanced insulating materials and cooling technologies to ensure stable operation under harsh mining conditions, providing reliable power support for mine production.
High Efficiency and Energy Saving: With advanced winding design and high-quality materials, it reduces energy loss, improves conversion efficiency, and effectively saves electricity.
Stable and Reliable: The unique insulation structure and cooling design enable the transformer to operate stably for a long time in high-temperature, high-humidity, and dusty mining environments.
Safe and Environmentally Friendly: The fully enclosed structure effectively prevents the entry of external pollutants, and the use of environmentally friendly materials meets the safety and environmental requirements of mines.
Intelligent Monitoring: Equipped with an intelligent temperature control system and fault alarm function, it can monitor the transformer's operating status in real-time, ensuring timely detection and handling of potential issues.
The mining dry-type transformer is widely used in various mines, including coal, metal, and non-metal mines. It provides stable and reliable power support for mining, excavation, transportation, and other production processes, contributing to safe mine production and efficient operation.
GB1094.1～2-1996, GB1094.3, 5-2003, GB/T6451-2008, GB12173-2008.
1. The altitude does not exceed 1000m above sea level. Special environment will be explained separately;
2. Ambient temperature:
The highest temperature +40 ℃;
The highest daily average temperature +25 ℃;
The highest annual average temperature +20 ℃;
The minimum outdoor temperature is -20 ℃.
3. The relative humidity of the surrounding air is not more than 95% (at +25 ℃);
4. Although there is coal dust and gas installed in the mine. But there is no risk of explosion;
5. The waveform of the power supply voltage is approximately sine wave.
