1. Where is the Ball eye link applicable?
The ball eye link is mainly used for overhead power lines or substations. Connect the conductor, lightning arrester, or tension clamp to the insulator through the connecting hardware. The lightning arrester is connected to the pole tower. According to the different installations, it is divided into two categories: connecting hardware and general connecting hardware. The connecting hardware refers to the ball eye link and socket clevis connected to the insulator. The general connecting hardware is used in various situations and is classified according to the load tonnage.
2. Types of ball eyes:
According to its appearance, it can be divided into two types: Q type and QP type. According to the model, different models are distinguished according to the product's nominal breaking load.
3. The role of the ball eye link: The ball eye is an iron circular device used to connect the insulating suspension piece. This product belongs to the connecting hardware in the power fittings and is mainly used for connecting the conductor ground wire hardware string. It is often used in combination with the tension hardware string, suspension hardware string, jumper hardware string, etc. The role of the ball-eye link in the construction of the power grid is very important. It can not only improve the load-bearing capacity and tensile performance of the cable but also avoid the displacement or breakage of the cable to ensure its safe operation. Therefore, we must pay special attention to the role of the connecting hardware, the ball eye link, in the construction of the power grid to ensure its safety and effectiveness. The connecting hardware, the ball eye link, is a very important component in the construction of the power grid. Its main function is to firmly fix the cable to the pole or wall to ensure the safe operation of the cable. First of all, the ball-eye link can improve the load-bearing capacity of the cable. In the construction of the power grid, the cable often needs to cross different obstacles, such as walls, peaks, etc. These obstacles often cause a great burden on the cable. By connecting the ball eye of the hardware, the cable can be fixed in the appropriate position to avoid damage to the cable due to external forces such as gravity and wind, thereby improving the cable's carrying capacity. Secondly, the ball eye can improve the tensile performance of the cable. In the construction of power grids, since the cable needs to span a large span, a long tension transmission is often required, and the ball eye of the connecting hardware can effectively buffer and stabilize this tension, allowing the cable to withstand greater tensile force, thereby improving the tensile performance of the cable. In addition, the ball eye can also prevent the displacement or breakage of the cable. In the construction of power grids, due to various reasons, the cable often displaces or breaks, and the ball eye of the connecting hardware can fix the cable to maintain the original state of the cable, avoid displacement or breakage of the cable due to external forces, and make the cable more firm and stable.