hydraulic pipeline installation drilling vehicle for coal

The pipeline installation drilling vehicle for coal mines is specially designed for roadway excavation, pipeline installation, and anchor support. Equipped with a lifting platform and mechanical arm, it flexibly adapts to operational needs at various heights and angles, achieving efficient and safe automated construction.

Description

Pipeline Installation Drilling Vehicle for Coal Mines

The pipeline installation drilling vehicle for coal mines is a multifunctional device specially developed for pipeline installation and anchor support operations during roadway excavation. This vehicle is adaptable to roadways of various cross-sectional sizes, and, with its flexible lifting platform and efficient mechanical arm, enables automated operations at multiple angles and heights, greatly improving construction efficiency and safety.

Main Features of the Pipeline Installation Drilling Vehicle for Coal Mines

  • Strong Adaptability: Suitable for various roadway cross-sections with widths of 4.6 to 6.0 meters and heights of 2.7 to 5.0 meters, meeting diverse construction requirements.
  • Multi-Platform Combination: Equipped with an integrated lifting platform and independently adjustable work platforms, allowing operators to easily adjust working height and angle according to site conditions.
  • Pipeline Manipulator Configuration: Built-in dedicated manipulator efficiently completes pipeline installation and handling tasks in the roadway, reducing manual labor.
  • Dual Operation Modes: The manipulator supports both remote and manual control, ensuring operational flexibility and safety in complex environments.
  • Mechanized Operations: Enables automated drilling of anchor and cable bolt holes and pipeline installation, significantly enhancing the level of construction mechanization.

Application Areas

This pipeline installation drilling vehicle is widely used for pipeline installation, anchor support, and cable bolt construction during coal mine roadway excavation. It is especially suitable for complex mining environments with large variations in cross-section, limited space, and high demands for operational efficiency and safety.