Description

Product Features

The magnetic core for leakage protection switches is a very good device with many good qualities. It has a high starting magnetic permeability and high voltage output value, which can effectively reduce the size of the magnetic core. It can function optimally even in smaller-sized devices and is thus well-suited for application across various domains.

Also, it possesses low remanence, which translates to good resistance to high impacts. This characteristic ensures the trip current stability, protecting electrical systems from sudden surges and damage.

The magnetic core also has high Curie point, good temperature stability, and can work at-55°130℃ for a long time, maintaining its performance under different environmental conditions.

Last but not least, it has a high value for money. With its numerous superior characteristics, it is excellent value for money and therefore the ideal choice for manufacturers and users alike.

Product Applications

The magnetic core for leakage protection switches is extensively employed in electronic and electromagnetic leakage protection switches. In electronic leakage protection switches, it facilitates precise leakage current detection through the transformation of magnetic field changes into electrical signals, enabling fast response and accurate tripping to guard electrical systems. In the case of magnetic leakage protection switches like Type A and AC type, the magnetic core plays an essential role in responding directly to variations in magnetic flux resulting from leakage currents. Its stable magnetic properties and high sensitivity make it possible for such switches to work reliably, to serve to protect against electric shock hazard and to prevent electrical appliances from damage.

In conclusion, the magnetic core for leakage protection switches is a high – performance component designed to ensure electrical safety. With its high initial permeability and voltage output, it enables compact designs without compromising efficiency. Its low remanence and excellent current – impact resistance guarantee stable tripping performance, while the high Curie point ensures reliable operation across a wide temperature range (-55°C to 130°C). Cost – effective and versatile, it is ideal for both electronic and electromagnetic leakage protection switches (Type A and AC), providing precise detection and rapid response to leakage currents. This makes it an indispensable choice for safeguarding electrical systems and appliances in diverse environments.