Скачать или смотреть 2000kVA 25-0.6Y/0.347kV three phase pad mounted transformer

2000 kVA three phase pad mounted transformer was delivered to Canada in 2025. The rated power of the transformer is 2000 kVA with ONAN cooling. The primary voltage is 25 kV with ±2*2.5% tapping range (NLTC), the secondary voltage is 0.6Y/0.347 kV, they formed a vector group of Dyn1.
The Three Phase Pad Mounted Transformer is a robust, outdoor-compatible electrical device widely used in urban and rural power distribution systems. Its primary function is to convert high-voltage power into low-voltage power to meet the needs of residential, commercial, and industrial users, providing reliable electricity support.
This device is typically equipped with various safety and monitoring devices to ensure efficient and safe operation. Among these, bayonet fuses and current-limiting fuses effectively protect the circuit, automatically disconnecting the power supply during overload or short-circuit conditions to prevent equipment damage. The load break switch allows operators to safely switch the circuit under load, facilitating maintenance and inspections. The de-energized tap changer is used to safely adjust the transformer’s output voltage to accommodate different load conditions, ensuring flexibility and stability in power supply.
Additionally, the top oil thermometer and oil level gauge can monitor the temperature and liquid level of the internal insulating oil in real time, promptly alerting operators to replenish the oil and maintain the health of the equipment. The vacuum pressure gauge helps monitor the internal vacuum state of the transformer, preventing moisture and impurities from entering, thereby prolonging the equipment's lifespan. The pressure relief device can automatically release pressure when internal pressure becomes too high, ensuring the safety of the equipment. These comprehensive features make the Three Phase Pad Mounted Transformer an indispensable component in modern power distribution systems, ensuring its reliability and stability under various operating conditions.