Application Of Wedge-type Tension Clamps In High-voltage Lines
In high-voltage transmission line construction, the fungsi dead end clamp component, serving as the connector between the conductor and the tension insulator string, employs a forged steel shell with aluminum or steel wedges. This design effectively meets the transmission line's requirements for mechanical fit and material matching. clamp dead end components typically involve the fit structure between the shell and the wedge, requiring system configuration tailored to different conductor types and installation conditions, largely consistent with the design principles of common tension clamp products on the market.
In technical communication with power equipment manufacturers, the dead and clamp component should be selected based on the conductor's outer diameter, steel-cored aluminum stranded wire, and other conductor characteristics. The geometric fit between the shell and the wedge affects on-site assembly compatibility.
The shell material's corrosion resistance and mechanical properties must meet the requirements of the high-voltage environment. Commonly used materials include high-strength aluminum alloys or heat-treated steel. The wedge component may be selected from aluminum alloys or steel wedges depending on the application environment to meet the mechanical requirements of different conductor combinations. In some industries, automatic side-opening dead clamp types also exist to accommodate specific conductor diameter ranges.
