H/①X/②G/③N/④□/⑤-12/⑥/ 630/⑦-□/⑧
| ① | Ring network unit |
| ② | Box structure |
| ③ | Fixed |
| ④ | Indoor type |
| ⑤ | Design serial number |
| ⑥ | Rated voltage kV |
| ⑦ | Rated current A |
| ⑧ | I: FLN36-12 load switch Il: FLN48-12 load switch |
The HXGN-12 Unit Type Metal Enclosed Ring Network Switchgear is a medium-voltage power distribution system designed for three-phase AC applications with a rated voltage of 12kV and a frequency of 50Hz. It is primarily used in ring main unit (RMU) configurations for load control, distribution automation, and fault isolation. The switchgear is modular in design, enclosed in a metal housing, and equipped with air or gas-insulated components depending on the configuration. Its compact structure and reliable switching capabilities make it suitable for a range of distribution environments.
Product Advantages
Efficient Power Distribution
Designed for ring network systems to support continuous power supply and simplify sectionalizing during faults.Ensures flexible switching and load management in complex distribution networks.
Safe and Enclosed Structure
The metal enclosure contains all live components to limit direct human contact.Integrated mechanical interlocks are included to reduce operational risks and guide proper switching sequences.
Modular Construction
The unit-based layout supports a range of functional modules such as load break switches, circuit breakers, and fuse combinations.Expansion and replacement of modules can be performed with minimal disruption to the system.
Product Features
Metal-Enclosed Cabinet
The cabinet is constructed using galvanized steel or stainless steel, providing mechanical durability and corrosion resistance.Each compartment is separated by grounded metal partitions for improved arc protection and operational separation.
Interlocking and Protection Mechanisms
Equipped with mechanical and electrical interlocks to help ensure correct operation sequences.Arc fault containment and pressure relief features enhance personnel and equipment protection.