The insulating parts of high-voltage insulators can be divided into glass, ceramic and synthetic insulators according to their different manufacturing materials. The insulators are connected with the fittings mainly by means of bonding, filling, crimping and bolt connection. At present, most high-voltage insulators in use are often subjected to external forces such as wind force, which is easy to produce a large instantaneous impact force. Over time, the insulators will loosen and increase the risk of slip. Therefore, the manufacturer updated a new high-voltage insulator structure to solve the problems of unstable connection and inconvenient assembly in the use of high-voltage insulators.
The new high voltage insulator structure includes multiple high voltage insulator blocks, connecting cylinder structure and locking chassis structure. The main characteristics of this high voltage insulator structure are as follows:
The bottom supporting block structure is arranged between the high voltage insulator block and the locking chassis structure. The bottom supporting block structure is a hollow tray body, and the outer part of the upper part of the tray body is provided with an extension edge. The upper part of the hollow part of the tray body is provided with a supporting block, and the central position of the bottom end of the tray body is provided with a bonding groove.
This kind of high voltage insulator has a reasonable structure, which can eliminate the external impact of composite insulators, reduce the vibration caused by composite insulators, avoid the loss of composite insulators, reduce the risk of composite insulators slipping, and ensure the normal use of composite insulators. The rain shield can reduce the heavy rain effect of composite insulators, and the spring can eliminate the heavy rain effect. Reduce the impact of external force on composite insulators.
