The ZBB S Oil Immersed Power Transformer has a power rating of 500KVA, allowing for strong and efficient energy conversion.
The transformer operates with an input voltage of 20KV, and it can be specified for other voltages suitable for various high voltage applications.
The secondary voltage is designed to be lower than the input voltage, typically ranging from 10.5KV to 0.4KV, ensuring safe and efficient voltage transformation.
The ZBB S Oil Immersed Power Transformer is available in 2 or 3 coil configurations, providing flexibility based on system design and application requirements.
The winding materials used in the ZBB S transformer can be copper or aluminum, depending on the specific model and requirements.
The transformer uses ONAN (Oil Natural Air Natural) and ONAF (Oil Natural Air Forced) cooling methods to ensure efficient thermal management.
Yes, the transformer comes with a 2-year warranty, ensuring support and service during this period.
The transformer is manufactured in Shanghai, China, ensuring high-quality construction and advanced engineering.
The transformer complies with standards such as IEC60076, GB, and ANSI, ensuring it meets international safety and performance criteria.
Yes, the ZBB S Oil Immersed Power Transformer is designed with customizable impedance, making it adaptable to various operating conditions.
Oil immersion technology aids in cooling and provides better insulation for high-voltage applications, enhancing the reliability and longevity of the transformer.
This transformer is specifically designed for use in high voltage distribution systems, making it ideal for industrial, commercial, and utility power networks.
The transformer has a vector group of Dyn11 / Yyn0, which is essential for understanding its phase displacement and connection arrangements.
The transformer employs high-efficiency designs that minimize energy losses, resulting in lower operational costs and improved energy utilization within power systems.
The transformer incorporates multiple safety mechanisms such as overload protection, short-circuit protection, and temperature monitoring to prevent fires and ensure safe operation.
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