FGW9-12 High-Voltage Load Disconnector
FGW9-12 high-voltage load disconnector is a high-performance disconnector developed by our company by absorbing foreign advanced technology. It has the advantages of reliable contact, large current carrying capacity, and certain arc protection capability. It is used in the power system with the rated voltage of 10kV to connect and isolate the power supply when there is voltage. When the disconnector is loaded, it must be operated with a special hand-held load breaking device to avoid casualties and equipment damage.
FGW9-12 high-voltage load disconnector is a high-performance disconnector developed by our company by absorbing foreign advanced technology. It has the advantages of reliable contact, large current carrying capacity, and certain arc protection capability. It is used in the power system with the rated voltage of 10kV to connect and isolate the power supply when there is voltage. When the disconnector is loaded, it must be operated with a special hand-held load breaking device to avoid casualties and equipment damage.
The products developed by our company can be divided into resin pillar type and composite pillar type, among which the composite pillar type has better anti pollution flashover ability and cleaning free characteristics, and is recommended as the first choice.
□ Product model description
□ □ □ - □ □ / □ - □
| | | | | | |______ Short time withstand current (kA)
| | | | | |___________ Rated current (A)
| | | | |________________ Rated voltage (kV)
| | | |____________________ Design No
| | |_________________________ outdoors
| |_____________________________ Isolating switch
|_________________________________ load
□ Operating environment
1. The altitude of plain type shall not exceed 2000m; The altitude of plateau type shall not exceed 4000m;
2. Ambient air temperature:+40 ℃, - 30 ℃;
3. The wind pressure shall not exceed 700Pa (wind speed 34m/S);
4. The seismic intensity shall not exceed 8;
5. Places without frequent and violent vibration;
6. There is no gas, chemical precipitation, salt mist, dust and other explosive and corrosive gases that affect the insulation performance and conductivity of the switch.