Easterni per conduttore a tre pappelle (tipo di bilanciamento)

MARSHINE Head Boards for Three Bundle Conductor (Balancing Type) are designed to provide unmatched mechanical and electrical balance for multiple cable pulls on high voltage transmission systems. Designed for utility operators and renewable energy projects, these advanced hubs ensure precise spacing, eliminate torsional stress, and evenly distribute dynamic loads on triple split conductors. By preventing galloping, colliding, and uneven tension, they improve grid reliability in extreme weather, high wind areas, and high capacity power corridors.

Product Parameter

Product Feature

High-Strength Construction: Made of high-strength materials to withstand high tensile forces.

Multiple Connection Points: This MARSHINE Head Boards for Three Bundle Conductor (Balancing Type) integrates easily with cable pulls, swivels, and tensioning equipment.

Smooth Operation: Reduces the risk of wire damage or entanglement during cable pulls.

Triple-Beam Balance: Patented symmetrical design maintains consistent spacing between the three conductors, optimizing load distribution and reducing electromagnetic interference (EMI) by 40%.

Product Application

Ideal for the installation of three-beam conductors in high voltage overhead transmission lines.

Suitable for new lines or upgrades to existing lines.

The MARSHINE Head Boards for Three Bundle Conductor (Balancing Type) can be used with hydraulic puller, hydraulic tensioner and conductor stringing blocks.

Ideal for transmission towers and long span cable laying where balance and alignment are critical to cable balance.

Product Details

With superior balance control and rugged construction, the MARSHINE Head Boards for Three Bundle Conductor (Balancing Type) are an essential asset for high-voltage power transmission projects. And due to the features bellow, this tool can offer a professional, durable, and highly efficient solution for managing triple-bundle conductors during stringing operations.

Proven Global Performance: Trusted in high-voltage transmission projects in over 50 countries around the world, including hurricane-prone and earthquake-prone areas.

Advanced Engineering: It is designed based on a deep understanding of conductor characteristics and tension dynamics.

Grid Reliability: Can eliminates uneven tension and conductor collisions, reducing maintenance costs by 50% over a more than 25 year service life.

Labor Efficiency: With its lightweight design (40% lighter than steel) enables rapid deployment, even in mountainous or offshore environments.

Safety Compliance: The insulated materials of this tool meets the CE and ISO international safety standards.