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The XGN-12 intelligent solid insulation cabinet is a fully insulated, fully sealed, and maintenance-free enclosed ring network switchgear designed for 12kV, 50Hz power distribution systems. It adopts solid insulation technology to integrate the vacuum arc-extinguishing chamber, main circuit, insulation support, and high-voltage live components into a fully molded epoxy resin structure. By using solid insulated busbars to connect each functional unit, the XGN-12 intelligent solid insulation cabinet ensures high operational reliability and complete immunity to external environmental influences.
This type of switchgear is particularly suitable for distribution networks requiring high reliability, long service life, and safe operation. Its design eliminates oil, gas, and air insulation weaknesses, making it ideal for harsh climates and challenging installation environments such as high altitude, high temperature, humid heat, severe cold, and heavy pollution. With a simple structure, flexible operation, and strong mechanical interlocking, the XGN-12 intelligent solid insulation cabinet provides a stable and safe solution for cable ring networks and terminal distribution projects.
XGN-12 series solid insulated enclosed ring network switchgear is a fully insulated, fully sealed, and maintenance-free solid insulated vacuum switchgear.
All high-voltage live parts are cast with high-performance epoxy resin, integrating the vacuum arc extinguishing chamber, main circuit, and insulation support into a unified structure.
Functional units are connected through fully insulated solid busbars, making the entire system unaffected by external environmental conditions.
Ensures high reliability of equipment operation and enhanced safety for operators.
Features simple structure, flexible operation, reliable interlocking, and easy installation.
Suitable for 50Hz, 12kV power systems.
Widely used in industrial and civil cable ring networks, and distribution network terminal projects.
Ideal for electrical energy reception and distribution in diverse locations.
Particularly suited for harsh environments including high altitude, high temperature, humid heat, severe cold, and heavy pollution.
