1. Simple Structure
Typically composed of a hammer head, steel strand, and clamp, it has a concise overall structure that facilitates installation and maintenance. The modular design allows for quick replacement of individual components (e.g., hammer head or strand) without specialized tools, reducing downtime during maintenance.
2. Rational Mass Distribution
The hammer head is generally made of cast iron or other high-density materials, providing substantial mass. Connected to the clamp via a steel strand, this design ensures rational mass distribution, enabling the shock absorber to effectively absorb and dissipate vibrational energy from the conductor. The inertia of the heavy hammer head counteracts conductor oscillations, minimizing amplitude and fatigue stress.
3. Good Frequency Adaptability
By adjusting parameters such as steel strand length and hammer head mass, it can be tuned to have appropriate natural vibration frequencies, making it well-suited for suppressing conductor vibrations across multiple frequency ranges. This adaptability allows it to cater to different conductor specifications (e.g., cross-sectional area, tension) and line operating environments (e.g., wind speed, terrain), ensuring optimal vibration damping performance in various scenarios.
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