16-400mm2 Hydraulic Crimping Pliers EP-510 AL/Cu Conductor With CE Certification

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April 01, 2025
Category Connection: Hydraulic Crimping Tools
Brief: Discover how the EP-510 hydraulic crimping pliers work in this detailed demonstration. Watch as we showcase the tool's hexagonal crimping process for 16-400mm² AL/Cu conductors, explain the two-stage pumping action for efficiency, and highlight safety features like automatic pressure release and 200KV insulation. Learn why this CE-certified tool is essential for power plants and electrical installations.
Related Product Features:
  • Designed for hexagonal crimping of copper and aluminum conductors with a range from 16-400mm².
  • Features a two-stage pumping action for rapid ram advance with minimal effort.
  • Automatically retracts when the crimping pressure reaches 700kg/cm² for operator safety.
  • Glass fiber insulated handle can withstand up to 200KV voltage for one minute.
  • Hydraulic head is 180-degree rotatable for access in confined spaces.
  • External pressure adjustment valve allows for precise control of crimping force.
  • Delivers a powerful 13-ton crimping force with a 38mm stroke for secure connections.
  • Comes with a complete set of dies for sizes 50, 70, 95, 120, 150, 185, 240, 300, and 400 mm².
Faqs:
  • What conductor sizes can the EP-510 hydraulic crimping pliers handle?
    The EP-510 is designed to crimp copper conductors from 16mm² to 400mm², making it suitable for a wide range of electrical cable termination applications.
  • What safety features does this crimping tool include?
    Key safety features include automatic retraction when pressure reaches 700kg/cm² to prevent over-crimping, and a glass fiber insulated handle that provides protection against up to 200KV of electric voltage.
  • In which industries or applications is this crimping tool typically used?
    This tool is ideal for power plants, power supply bureaus, telecommunication facilities, shipyards, and electrical distribution panels where secure, hexagonal crimping of copper and aluminum terminals is required for reliable conductivity.