Vibration dampers for PAS 35-50mm CO27

Vibration dampers for overhead lines PAS

The CO27 vibration damper is designed for PAS overhead lines with a cross-section of 35-50mm². Its function is to reduce vibrations caused by wind, which translates to increased durability and safety of the installation. Installing the damper minimizes the risk of mechanical damage to the lines, thereby reducing repair and downtime costs.

The damper is made of plastic, which ensures lightness and resistance to weather conditions. The white color makes it easy to identify the element against the background of the power line structure. The use of vibration dampers is particularly important on sections with large spans and in places exposed to strong gusts of wind.

Characteristics and application

The CO27 series vibration dampers are accessories for overhead lines, designed specifically for use with insulated cables in PAS sheathing. Their construction allows for effective damping of low and high frequency vibrations, protecting the cables from material fatigue and potential failures. Installation is simple and does not require specialized tools, which translates to time and cost savings during installation and maintenance.

• Vibration protection: Reduction of vibrations caused by wind, minimizing the risk of cable damage.
• Increased durability: Extension of the installation's lifespan by reducing material fatigue of the cables.
• Simple installation: Quick and easy installation without the need for complex tools.
• Weather resistance: Plastic construction provides resistance to moisture, UV radiation and temperature changes.
• Lightweight design: Facilitates transport and installation, especially at heights.
• Visual identification: White color makes it easy to locate the element during inspections and maintenance.

It is also worth mentioning that the vibration dampers are compatible with various types of insulated PAS cables, making them a universal solution for many power installations. The use of these elements contributes to improving the reliability of the power grid and reducing operating costs.