Cu/XLPE/GSWA‌‌/PVC-0.6/1kV Cable

Selling Units: Meter
Package Type: Export specific packaging

Cu/XLPE/GSWA‌‌/PVC-0.6/1kV Cable

The cable in question, whether it be a low voltage power cable rated for 1-3kV, an Underwater Power Cable, or an Aerial Insulated Cable, can be installed through either manual pulling as illustrated in picture 1 or mechanical pulling as demonstrated in picture 3, adhering strictly to the national standard GB50618-2016.

For Low Voltage Power Cables rated 1-3kV, often used in residential and commercial buildings for distributing electrical power, manual pulling is a common method employed in less confined spaces where the cable run is straightforward and accessible. This approach ensures precise placement without the need for heavy machinery, thus reducing installation costs. However, in scenarios where the cable must traverse longer distances or complex layouts, particularly in industrial settings, mechanical pulling becomes indispensable. It guarantees efficiency and safety, minimizing the risk of cable damage during installation.

Underwater Power Cables, designed to transmit electricity across aquatic environments, pose unique installation challenges due to the underwater terrain and depth. In such cases, mechanical pulling, facilitated by specialized underwater vehicles or winches, is the preferred method. It not only handles the weight and length of the cable effectively but also maintains the integrity of the cable's waterproof insulation, ensuring reliable power transmission underwater.

Aerial Insulated Cables, suspended above ground level for urban and rural power distribution, often necessitate the use of mechanical pulling equipment due to their extended spans and the need for precise alignment with existing power infrastructure. This method allows for faster deployment and less disruption to existing landscapes, adhering to environmental and safety regulations stipulated by GB50618-2016.

In summary, the choice between manual and mechanical pulling for installing these cables depends largely on the type of cable, its intended application, and the specific installation environment, all while adhering to national standards for safety and efficiency.