Rammer pipe hammer construction video

Pneumatische Pijp Aanstampende Hamer
November 11, 2022
Categorie Verbinding: Pijp het Aanstampen
Kort: Follow along for a hands-on demonstration that highlights performance points. This video showcases the BH350 6000kN Pipe Rammer in action, demonstrating how it drives steel pipe directly into the earth along rail tracks. You will see the high-impact force at work, cutting through soil and completing pipeline laying efficiently.
Gerelateerde Productkenmerken:
  • Delivers an instant maximum impact force of 6000kN for powerful pipe ramming.
  • Features a forward wear ring for sustained performance by eliminating metal-to-metal contact.
  • Equipped with a push chuck for quick setup and disassembly, reducing work time.
  • Operates with an air consumption of 6-17 m³/min and air pressure of 0.4-0.7 MPa.
  • Applicable for pipe laying diameters from 273mm to 820mm, with a standard of 426mm, 529mm, and 630mm.
  • Includes a collet jack for easy movement and handling of heavy collets on-site.
  • Host dimensions are 350/365mm outer diameter and 2400mm length, weighing 1200kg.
  • Designed for direct soil cutting and pipeline completion without needing a support frame.
Veelgestelde vragen:
  • What is the maximum impact force of the BH350 Pipe Rammer?
    The BH350 Pipe Rammer delivers an instant maximum impact force of 6000kN, providing powerful performance for driving pipes through soil.
  • What pipe diameters is the BH350 model suitable for?
    The BH350 is applicable for pipe laying diameters ranging from 273mm to 820mm, with standard sizes including 426mm, 529mm, and 630mm.
  • How does the push chuck feature improve efficiency?
    The push chuck allows the tamper tool to be set into a conical locking chuck, reducing setup and disassembly time by firmly engaging with the steel housing, eliminating the need for a support frame.
  • What are the operational air requirements for the BH350?
    The BH350 operates with an air consumption of 6-17 m³/min and requires an air pressure of 0.4-0.7 MPa for optimal performance.