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This 10kV composite deadend insulator is specifically designed for distribution grid applications. Its production requires precise engineering techniques, advanced manufacturing facilities, and strict quality control measures. The insulator comes with relevant quality assurance certificates.
During its service, it effectively insulates conductors and bears significant mechanical loads. The Ball and Socket fittings, made of either aluminium or iron, offer a reliable connection with other line components. It showcases excellent electrical insulation properties, sufficient mechanical strength, and high resistance to environmental factors, making it a vital element in power distribution, especially in various outdoor and demanding situations.
Standards:
IEC 61109: 2008; ANSI C29.13
Specifications:
Application:
It is primarily employed to terminate and support conductors in the distribution power grid. Its main function is to provide reliable electrical insulation and mechanical anchoring, which is crucial for the uninterrupted power supply and the integrity of the distribution network.
Features:
Long-Term Dependability
Meeting the requirements of the distribution grid, it can operate reliably for an extended time, reducing the need for frequent replacements and ensuring the continuous distribution of electricity.
Optimized Design for Distribution Insulation
Its structure and material composition are optimized to fit distribution voltage levels. It addresses the typical insulation needs in a distribution power grid more effectively than some other insulator types.
Outstanding Resistance to Environmental Stress
Considering the various environmental conditions in different locations, it has features that allow it to endure these challenges and maintain the normal operation of the power grid.
High Adaptability
With good performance in dealing with different mechanical forces and environmental changes, it can maintain its insulating and anchoring functions for conductors in a wide range of operating conditions, especially in those where reliable dead-ending is essential.
This 10kV composite deadend insulator is specifically designed for distribution grid applications. Its production requires precise engineering techniques, advanced manufacturing facilities, and strict quality control measures. The insulator comes with relevant quality assurance certificates.
During its service, it effectively insulates conductors and bears significant mechanical loads. The Ball and Socket fittings, made of either aluminium or iron, offer a reliable connection with other line components. It showcases excellent electrical insulation properties, sufficient mechanical strength, and high resistance to environmental factors, making it a vital element in power distribution, especially in various outdoor and demanding situations.
Standards:
IEC 61109: 2008; ANSI C29.13
Specifications:
Application:
It is primarily employed to terminate and support conductors in the distribution power grid. Its main function is to provide reliable electrical insulation and mechanical anchoring, which is crucial for the uninterrupted power supply and the integrity of the distribution network.
Features:
Long-Term Dependability
Meeting the requirements of the distribution grid, it can operate reliably for an extended time, reducing the need for frequent replacements and ensuring the continuous distribution of electricity.
Optimized Design for Distribution Insulation
Its structure and material composition are optimized to fit distribution voltage levels. It addresses the typical insulation needs in a distribution power grid more effectively than some other insulator types.
Outstanding Resistance to Environmental Stress
Considering the various environmental conditions in different locations, it has features that allow it to endure these challenges and maintain the normal operation of the power grid.
High Adaptability
With good performance in dealing with different mechanical forces and environmental changes, it can maintain its insulating and anchoring functions for conductors in a wide range of operating conditions, especially in those where reliable dead-ending is essential.