This 220kV composite post insulator is designed for high-voltage grid applications. Its production requires accurate design, advanced manufacturing equipment, and sophisticated technologies. A manufacturer's ability to produce such insulators reflects its high level of competence. The insulator comes with corresponding inspection certifications.
During operation, it isolates conductors and withstands heavy loads, including those from torsion and bending. The flange design ensures a firm connection with other components. It shows excellent electrical insulation and enhanced mechanical strength, resists environmental impacts, and is essential in high-voltage transmission, especially in complex and demanding environments.
Standards:
IEC 61952-2008; IEC 62231; ANSI C29.18
Specifications:
Application:
It is predominantly used to support conductors in the high-voltage power grid. Its key function is to offer stable electrical insulation and robust mechanical support, which is indispensable for the continuous power supply and the security of the power grid.
Features:
● Exceptional Durability:
Meeting the requirements of the high-voltage grid, it can operate reliably for a long time, reducing the frequency of maintenance and ensuring the efficient transmission of electricity.
● Tailored Design for High-Voltage Insulation:
Its structure and material selection are optimized to handle high-voltage conditions. It addresses the unique insulation challenges in a high-voltage power grid more effectively than many other insulators.
● Superior Anti-Environmental Capability:
Anticipating various environmental stresses in different regions, it has specific features to resist these factors and maintain the normal operation of the power grid.
● Strong Adaptability:
With remarkable performance in withstanding different forces and environmental changes, it can maintain its insulating and supporting capabilities for conductors in a wide range of operating conditions, especially those requiring high anti-torsion and anti-bending performance.
