What Should I Do If The Tracks of A Rotary Drilling Rig Slip

If the tracks of a rotary drilling rig slip during construction, it will not only affect the progress of the project but also may cause safety hazards. Mastering the correct response methods can effectively enhance construction efficiency and safety. Here are six practical tips for solving the problem of track slippage in rotary drilling RIGS:

1. Check the ground condition: Inspect whether the working ground is soft, muddy or has loose stones. If the ground's load-bearing capacity is insufficient, steel plates or wooden boards can be laid to increase the contact area and disperse the pressure.

2. Remove foreign objects from the tracks: Promptly clear the soil, stones and other debris between the tracks and the drive wheels to prevent the tracks from slipping due to uneven force distribution caused by foreign objects.

3. Adjust the tension of the tracks: Tracks that are too loose are prone to slipping. Use a dedicated tool to adjust the track tension cylinder to maintain an appropriate tension and ensure good contact between the tracks and the ground.

4. Change your walking style: Try to operate slowly and steadily, and avoid sudden acceleration or sharp turns. Adopt small-angle steering and segmented walking to reduce the risk of skidding.

5. Reduce load: If the drilling rig is overloaded, the weight of the drill pipe and drill bit can be appropriately reduced, or the excavation can be carried out in several stages to lower the pressure on the tracks.

6. Check the wear of the tracks: Regularly inspect the wear of the tracks. When the wear is severe, replace the track plates or chains in a timely manner to ensure the grip of the tracks.

When encountering the problem of track slippage in rotary drilling RIGS, it can be investigated and solved from multiple aspects such as ground conditions, the status of the equipment itself, and operation methods. Through the above measures, the slippage phenomenon can be effectively reduced, ensuring the safe and efficient construction of rotary drilling RIGS.