LIUGONG SH32 Multi Functional Drilling Rig

SH32 rotary drilling rig adopts Euro III emission, high power, high durability, high weight and low centre of gravity, which greatly improves the construction stability, and the whole rig works without shaking and buckling, which provides stable and reliable power guarantee for the drilling rig.

Adopting Euro Ⅲ emission, high power and high durability; large weight and low centre of gravity greatly improve the construction stability, and the whole machine works without shaking and buckling; it provides stable and reliable power guarantee for the drilling rig.

Ultra-stable drilling support: Adopting ultra-stable large triangular mast support structure, the distance between the drill pipe and the mast can be adjusted to ensure the stability and reliability of the whole machine when entering the rock, and the ability to enter the rock is strong; ensure the verticality of the drilling hole, and effectively avoid the accident of the drill pipe breakage.

Energy saving and environmental protection: adopting multiple pumps in series and parallel system as well as specially designed main valve, it can reasonably distribute the power, reduce energy consumption and increase the output power of main valve.

High-efficiency construction power head: multi-speed control of rotational speed, higher drilling efficiency; long guided single-side three sets of wear-resistant structure, accurate vertical precision of drilling; double cushion system, improved protection ability.

Stacked counterweight, can be flexibly increased or decreased according to the configuration and actual construction conditions; the main engine turning radius is reduced to 3715mm, increasing construction safety and operational flexibility.

Lightweight crane design improves the safety of the whole machine and its stability during construction.

The integrated hydraulic system and electrical system make the operation more flexible and reasonable, and the reasonable change of power effectively improves the efficiency of energy consumption.