Answer: The OHTLstringingequipment.com/Conductor-Stringing-Equipment.html target='_blank'>conductor stringing process is a critical and highly specialized operation for installing wires on overhead power lines. It involves a series of carefully planned steps to ensure safety, efficiency, and the long-term integrity of the line. The most common and safest method is tension stringing, which keeps the conductor elevated off the ground throughout the entire installation. This prevents damage to the conductor and protects the public.

The key steps in this process include:

• Site Preparation and Setup: Before stringing begins, the route is prepared, and essential equipment is set up. This includes placing the conductor reels on OHTLstringingequipment.com/Reel-Stands--Cable-Winders.html target='_blank'>Reel Stands and positioning the puller and Tensioner machines at opposite ends of the section being strung.

• Pilot Wire Installation: A smaller, lighter pilot wire is first pulled through Stringing Blocks (travelers) that are hung from each tower's cross-arm. This pilot wire is then used to pull the larger, heavier conductors.

• conductor pulling: The main conductors are attached to the pilot wire via a Swivel and running board, and the puller machine begins to pull the conductors through the Stringing Blocks. The Tensioner machine applies a braking force to the reels, maintaining constant tension to keep the conductors off the ground.

• Sagging and Tensioning: Once the conductors are fully pulled in, they are adjusted to the correct sag and tension according to engineering specifications. This is a crucial step for meeting clearance requirements and ensuring the line's structural stability.

• Clamping and Final Fitting: After the correct sag is achieved, the conductors are permanently secured to the insulators using specialized clamps and fittings, and any accessories like spacers are installed.

Ningbo Changshi offers a comprehensive range of high-quality stringing equipment and overhead tools, including hydraulic pullers, tensioners, stringing blocks, and anti-twist devices, all of which are essential for the safe and efficient execution of the tension stringing method.