| Customization: | Available |
|---|---|
| Application: | High-voltage |
| Material: | Solid |
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Insulators are installed between conductors of different potentials or between conductors and grounded components, and can play an important role in overhead transmission lines.
Composite insulators are lightweight, easy to install, have excellent electrical insulation and anti-pollution flashover properties, and are designed to comply with international
An insulator is a device installed between conductors of different potentials or between a conductor and a grounded component that can withstand voltage and mechanical stress.
There are many types of insulators with different shapes.
The technical standards of insulators also require that insulators be subjected to various electrical, mechanical, physical and environmental conditions changes depending on the model and usage conditions to test their performance and quality.
| Service condition | |
| Ststem highest voltage | 38KV rms |
| Operating voltage | 34.5KV rms |
| Rated mechanicl strength losd | 70KN |
| Creepage distance | 1150mm |
| Structure height | 600±15mm |
| Insulating distance | 460mm |
| Lightning impulse withstand voltage | 1 2/50μ S 200kV peak |
| Power frequency withstand voltage | 1min dry 9 0kV 1min wet 70kV |
Ceramic insulator:
-High resistivity, high dielectric strength, good mechanical properties
-Good heat dissipation and insulation capabilities in humid and corrosive environments
Composite insulator:
-Light weight, easy to install and maintain
-Good anti-pollution performance, the surface is not easy to form corona, arc and other phenomena
-Insulators of different shapes and specifications can be designed according to needs
- Simple production process, short delivery time.
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