The durable 36 kV Current Transformer manufactured by Youbian is an important component that I believe plays a crucial role in modern electrical systems. It not only measures current, but also performs important tasks such as energy monitoring and ensuring the smooth operation of protective relays in single-phase and three-phase AC systems.
Due to its excellent magnetic properties, this steel sheet is widely used as the core material for 36 kV Current Transformers in the power industry. Cold rolled silicon steel sheets have the characteristics of high magnetic permeability and low core loss, making them excellent in energy transmission. They can effectively conduct magnetic fields, convert electrical energy into magnetic energy, and transmit it to other electrical devices.
Epoxy resin is a widely used material with excellent dielectric properties and mechanical strength. Especially suitable as a primary insulation material for 36kV Current Transformers. Because the dielectric properties of this epoxy resin refer to its ability to resist current flow, which is crucial for ensuring the safe and efficient operation of electrical equipment. Due to its high dielectric strength, epoxy resin can withstand high voltages without breakdown, making it an ideal choice for insulation of current transformers.
Epoxy resin castings are made by pouring epoxy resin into molds, providing stable insulation for 36kV Current Transformers. The casting process ensures a uniform and seamless insulation layer, effectively preventing electrical breakdown and leakage. In addition, insulation blocks environmental factors such as moisture, dust, and chemicals, further enhancing the protection of internal components. This manufacturing method ensures the quality and reliability of the castings, making it one of the commonly used insulation materials in the power industry.
Copper wires are typically used for the windings of 36 kV Current Transformers. These materials have high conductivity and mechanical durability, and can efficiently transmit current signals while withstanding operational stress.
Medium voltage current transformer for indoor applications, capable of proportionally converting multiple primary currents
Convert in phase to measurable and standardized secondary current.
These transformers are completely resin hardened in polyurethane, and one of their main functions is to serve as current transformers and busbar brackets.
These CTs are suitable for measurement and protection purposes.
Hybrid voltage current transformers can also be used as multi-core current transformers. The maximum number of cores depends on the selected load and accuracy level.
Optionally, the current transformer can provide primary or secondary reconnection.
On a primary current transformer that can be reconnected, it is possible to choose between two primary nominal currents, depending on the specific situation
The connection method is parallel or series. The primary nominal current can only be achieved in a ratio of 1:2.
On a 36 kV Current Transformer that can be reconnected through one or more secondary taps, reconnection is achieved
The primary nominal current can be achieved in various ratios.
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