6KN 8KN Cable Winch Machine Conveyer Transmission Line Stringing Tools

牵引设备
July 21, 2025
Category Connection: Cable Winch Machine
Brief: Discover the 6KN 8KN Cable Winch Machine Conveyer Transmission Line Stringing Tools by Suntech Power, designed for urban power network reconstruction and new cable laying. Ideal for long-distance cable release, these tools feature rubber die-cast conveyor wheels to protect cable sheaths and adjustable center distances. Choose from models like DCS-5, DCS-8, DCS-Z5, and DCS-110, each offering unique power and performance specifications.
Related Product Features:
  • Suitable for urban power network reconstruction and new cable laying, especially for long-distance cable release.
  • Can be pushed by a single machine or connected in series with synchronization controlled by a control box.
  • Conveyor wheel made of rubber die casting to prevent damage to cable sheaths.
  • Adjustable center distance based on the external diameter of the cable.
  • DCS-Z5 model features a variable frequency servo motor and intelligent control box for speed setting, monitoring, and more.
  • DCS-2 model uses gasoline power for convenient field construction.
  • Available in multiple models (DCS-5, DCS-8, DCS-Z5, DCS-110) with varying power and performance specs.
  • Designed for ease of use with functions like speed regulation and meter counting.
Faqs:
  • What is the primary use of the 6KN 8KN Cable Winch Machine?
    It is primarily used for urban power network reconstruction and new cable laying, especially for long-distance cable release.
  • How does the conveyor wheel protect the cable sheath?
    The conveyor wheel is made of rubber die casting, which ensures it does not damage the cable sheath during operation.
  • What are the power options available for these machines?
    The machines are available in both electric (380V) and gasoline-powered models, such as the DCS-110 and DCS-2, respectively.
  • Can multiple machines be synchronized?
    Yes, multiple machines can be connected in series, and their synchronization is controlled by a single control box.