GFL2D08300SN

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GFL2D08300SN is a type of current transformer which can solve the problem of localization and over-current. When it is applied in various power transmission and distribution systems, it can provide comprehensive protection and reliability, as well as reduce system costs and improve efficiency. GFL2D08300SN can be used in many fields such as electronics, energy industry, metallurgy, chemical industry, etc.

GFL2D08300SN has a wide range of applications in the power system, such as medium and small power systems, distribution transformers, meter high-precision monitoring, transmission line protection, and phase sequence compensation, etc. It can also be used for three-phase low-loss power transfer and automatic measurement systems, that can automatically correct phase shift and provide reliable measurement and protection.

This type of current transformer is widely used in many different fields of industry such as medium and small power systems, AC units, distribution transformers, and various levels of metering, monitoring, and protection of motor power. It is also used in the field of electricity sales where accurate measurement of the power consumed by the customer is required. In addition, it is also used in the metallurgical, chemical, electronic, and oil exploration industries, as well as in the distribution of packing materials and wind turbine power systems.

Unlike general current transformers, the GFL2D08300SN series features a flexibly configured core opening, complementary-type secondary winding structure, and circuit distribution. This makes it possible to accurately transfer current and voltages during transient conditions, thus reducing interference and improving accuracy. It also has a small size and is suitable for installation in confined spaces.

The working principle of GFL2D08300SN current transformer is mainly based on the magnetic induction principle, that is, when current flows through the primary winding of the transformer, a certain amount of magnetomotive force will be generated by the alternating current, which will then magnetize the iron core of the transformer. In this way, a certain amount of electric energy can be induced in the secondary windings of the transformer, and then can be read out or processed. In addition, since the current transformer only needs to detect the current and cannot detect the magnitude of the voltage, it can reduce the risk of electric shock.

GFL2D08300SN current transformer can provide precise and reliable measurements and reliable protection. It has good overload capacity, high accuracy, and low cost. In addition, it can be used in diverse fields and is suitable for use in various power transmission and distribution systems, so it is widely applied in the industry.

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