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Naming and Significance of AC Disc Suspension Insulators (Porcelain, Glass, or Composite Porcelain/Glass)
Insulators are devices used to support conductors and provide insulation.
According to the installation method, insulators can be classified into suspension insulators and post insulators. Based on the insulating material used, they can be divided into porcelain insulators, glass insulators, and composite insulators (also known as synthetic insulators). Depending on the voltage level, they can be categorized as low-voltage insulators and high-voltage insulators. For different environmental conditions, there are anti-pollution insulators designed for contaminated areas. According to the type of voltage applied, DC insulators are derived. Additionally, there are insulators for special purposes, such as insulated crossarms, semiconductor glaze insulators, as well as distribution tension insulators, spool insulators, and wiring insulators.
Furthermore, based on the possibility of insulator puncture, they can be classified into two types: Type A (non-puncture-proof insulators) and Type B (puncture-proof insulators).
This section mainly introduces the naming conventions and meanings of the models for disk suspension porcelain or glass Insulators and rod suspension composite insulators used in AC overhead transmission lines.
Detailed Production Process of Transmission Line Glass Insulators
The production process of glass insulators
What are the advantages of transparent glass insulators？
Due to the transparency of glass insulators, small cracks and various internal defects and damages are easy to find during appearance inspection.
Everything you need to know about high voltage glass insulators
A high voltage glass insulator is an element designed to support and insulate high voltage electrical conductors in electrical energy distribution and transportation systems. It is composed of a tempered glass disc that can have different shapes depending on its function and specific application, to which a metal cap and pin are attached that allow the insulators to be joined forming insulator strings.