What Are The Classifications of Rotary Drilling RIGS？

The classification of rotary drilling RIGS is diverse, usually based on different dimensions such as structure, function and power. Understanding its classification can help us better select appropriate equipment based on engineering requirements and improve construction efficiency.

1.By power type: there are diesel-powered rotary drilling RIGS and electric rotary drilling RIGS. Diesel power is suitable for environments without power grids, while electric power is more energy-efficient and environmentally friendly, making it suitable for sites with stable power supply.

2. According to the chassis structure: it can be divided into crawler type and tire type. The crawler type has a large grounding area and good stability, making it suitable for complex terrains. The tire-type movement is flexible and convenient for relocation.

3. Classified by the diameter of the hole formed: it includes small (diameter less than 1 meter), medium (1-2 meters) and large (greater than 2 meters). The small-sized ones are suitable for shallow pile operations, while the large-sized ones meet the demands of deep piles and large-diameter projects.

4. According to the drilling method: there are rotary cutting type and impact vibration type. Rotary cutting type is suitable for soft soil and sandy soil, while impact vibration type has more advantages in hard rock strata.

5. By application: It covers basic engineering use, mining application, etc. For foundation engineering, it focuses on pile foundation construction, while for mining, it is designed for special scenarios such as drilling in rock strata.

6. Classified by the degree of automation: there are manual operation type and intelligent automation type. The intelligent type is equipped with an automatic positioning and drilling control system, which can improve the accuracy and efficiency of operations.

Rotary drilling RIGS of different classifications each have their applicable scenarios. In engineering projects, they should be reasonably selected in combination with geological conditions, construction requirements and other factors. Clarifying the classification characteristics is conducive to giving full play to the performance of the equipment and promoting the smooth progress of construction.