XGN68-12 miniaturized switchgear

Among the current high-voltage switchgear, the XGN68-12 high-voltage cabinet series is a small-sized, highly insulated, and more environmentally friendly high-voltage switchgear.

A complete set of equipment suitable for 3-10kv three-phase AC 50Hz single busbar and busbar segmentation.

Used for power transmission to small and medium-sized generators in power plants, distribution in industrial and mining enterprises, and secondary substations in power systems, as well as for controlling, protecting, and monitoring the starting of large high-voltage motors.

Characteristics of XGN68-12 miniaturized switchgear:

Compact design

This cabinet is a small and lightweight high-voltage cabinet in a 10KV distribution system. The cabinet width is generally 500 (520) mm, the cabinet height is 1750mm, the cabinet depth is 1000mm, and the cabinet weight does not exceed 200kg.

Due to its reasonable miniaturization design and compact structure, the application design scheme of this vacuum switchgear can be flexibly and conveniently combined, greatly saving building area and space volume, and improving the efficiency of building use.

Characteristics of New Materials

The main components of HJK1-12 vacuum switchgear are made of new composite insulation materials and APG process sealing technology. The structure is compact and simple, the style is novel, and the cabinet is lightweight and compact.

Intelligent features

The XGN68-12 vacuum switchgear is equipped with a microcomputer protection intelligent measurement and control unit, which provides effective control, protection, communication, monitoring, and alarm functions in distribution network applications.

It has unique non electric quantity (temperature, humidity) measurement and environmental adaptive control (heating, defrosting, etc.) functions, and can form a comprehensive automation monitoring system for substations through data communication interfaces.

It can achieve the “four remote” function, complete the distribution automation of substations, and thus achieve unmanned operation of substations.