40.5KV 33 KV 12KV 11KV GIS High Voltage Switchgear for Power
Generation
Product Introduction
- The use of SF6 gas as the insulating and interrupting medium in GIS
technology offers several advantages over conventional AIS
technology. SF6 gas has excellent insulation properties, allowing
for a more compact design, and is non-flammable and non-toxic,
making it a safe choice for high voltage applications.
- GIS technology allows for a higher degree of reliability and safety
compared to conventional AIS technology. The gas-insulated
enclosure provides a high degree of protection against
environmental factors such as dust, moisture, and temperature
variations, reducing the risk of equipment failure and downtime.
- 33KV GIS High Voltage Switchgear may be designed for various
applications, including power generation, transmission, and
distribution systems, as well as industrial and commercial
facilities.
- The switchgear may be configured in different ways, including
single busbar, double busbar, and ring main unit configurations,
depending on the specific application requirements.
- 33KV GIS High Voltage Switchgear may include advanced features such
as digital monitoring and control systems, allowing for remote
operation and real-time monitoring of the electrical system.
- The switchgear is designed to meet various international standards
such as IEC and ANSI, ensuring that it meets the highest quality
and safety standards.
- 33KV GIS High Voltage Switchgear is an important component of
modern electrical systems, providing a safe, reliable, and
efficient means of controlling and protecting electrical equipment
and circuits at a medium voltage level.
Main Technical Parameters
Main Technical Parameters | Specifications |
Rated voltage | 40.5KV |
Rated frequency | 50Hz |
Rated current of the main busbar | 1250A, 1600A, 2000A |
Rated insulation level 1min power frequency withstand voltage | 95KV between phases and relative, 115KV for the first isolating
joint |
Lightning impulse withstand voltage | 185KV between phases and relative, 215KV for the first isolating
joint |
1min power frequency withstand voltage of the auxiliary control
circuit | 2KV |
Dimensions (widthdepthheight) | 1400*2800(3000)*2800 |
Rated current of branch busbar | 630A, 1250A, 1600A |
Advantages
1.Excellent quality
2.24 hour service
3.Professional design
4.Advanced technique
5.Rapid delivery
Team Show
1.Professional team
2.Comprehensive services
3.Strict quality control
4.Comprehensive inspection
5.Responsibility guarantee
Why Choose Us
1.Our Expertise
2.Quality Products/Services
3.Competitive Pricing
4.Innovation
6.Possibles
7.Authorization by ABB Schneider Siemens