Wholesale Long Rod Insulator, Long Rod Insulator Manufacturer
In electrical power systems, the Long Rod Insulator plays a fundamental and common role. When the power system is operating, the Long Rod Insulator guarantees the smooth running of the transmission lines. It helps maintain a proper distance between conductors and effectively prevents electrical breakdowns. In various environmental conditions, it enables the conductors to be properly insulated and keeps the electrical performance within a stable range.
It's mainly used along the conductors in power systems. Different from the Composite Interphase Spacer which focuses on the phase relationship, the Long Rod Insulator undertakes the task of providing insulation support for the conductors directly. For instance, in high-voltage power lines like those with a voltage level of 500kV or above, the production of Long Rod Insulators requires ingenious design, advanced equipment, and mature manufacturing processes. The ability to produce Long Rod Insulators for 500kV and above is a symbol of an insulator manufacturer's strong technical and financial strength. And Jiuding Electric's 10-500kV Long Rod Insulators (Deadend / Suspension Insulators) have already obtained the inspection reports from the international authoritative institution XIHARI, which further demonstrates its excellent quality and reliability.
Know More Details about XIHARI Test Reports,
Click: JD-Electric Got XIHARI Test Reports for 10 - 500kV Long Rod Insulators
Long Rod Insulator Components:
● Insulation Body:
Made of high-quality materials with outstanding insulation properties and mechanical durability. It not only offers reliable electrical insulation for the conductors but also can bear the mechanical forces from different directions, ensuring stable operation in the tough environment of the power grid over a long period.
● Metal Fittings:
These are carefully crafted to securely attach the insulator to the conductors or other supporting structures. Made of sturdy and corrosion-resistant metal materials, they can maintain a firm connection under various weather and load conditions, playing a key role in ensuring the overall stability of the insulator in the power system.
● Sealing and Protective Structures (in some models):
They cooperate with the main body when facing external factors like moisture and dust. By effectively sealing and protecting the internal parts of the insulator, they reduce the impact of the external environment on its performance and extend its service life, contributing to the stable operation of the entire power transmission system.
