Forragem de campos petrolíferos Utilização de forragem de forragem de forragem de forragem de forragem de potência hidráulica

Máquinas de perfuração
March 06, 2025
Category Connection: máquina de furo boa
Brief: Discover the Oilfield Oil Drilling Hydraulic Power Tong Drill Rig Tongs, designed to streamline threading and unthreading operations in well maintenance. These hydraulic power tongs reduce physical strain, enhance safety, and increase torque precision for pipes and drill pipes. Ideal for various pipe sizes, they feature intelligent speed control and real-time torque monitoring.
Related Product Features:
  • High-Precision Torque Control System ensures accurate torque application for safe operations.
  • Intelligent Speed Control adapts to different operational needs for efficiency.
  • Automatic Forward/Reverse Recognition improves workflow by adjusting directions automatically.
  • Real-Time Monitoring of Make-Up Torque Curves allows on-site adjustments for optimal performance.
  • Large Contact Area Jaws made of flexible materials minimize damage to pipe surfaces.
  • Optional Adjustable Speed Valve Group enhances operational flexibility and control.
  • Rated torque of 700 N.m and low-end torque of 1800 N.m for robust performance.
  • Compact dimensions (543 x 334 x 404 mm) and transport weight of 105 kg for easy handling.
Perguntas frequentes:
  • What sizes of pipes can the hydraulic power tongs handle?
    The hydraulic power tongs can handle pipe sizes ranging from ∅50 mm (1.99") to ∅114 mm (41/2"), including ∅60 mm, ∅73 mm, ∅89 mm, ∅95 mm, ∅108 mm, and Ø120 mm.
  • How do the hydraulic power tongs improve safety during operations?
    They reduce physical strain on workers, minimize accidents, and provide precise torque control to prevent thread disengagement incidents.
  • What is the working principle of the hydraulic power tongs?
    The tongs transfer power from the workover rig to a hydraulic motor, which rotates the pipe via deceleration mechanisms. The jaws grip the pipe securely, ensuring efficient threading and unthreading.