Nowadays, the field of anchor drilling rigs has become more and more extensive. The equipment is used in water conservancy, highway, hydropower facilities and railway projects. The anchor drilling rig is also effectively used for the construction of deep foundation pit support and base reinforcement engineering holes.
The anchor drilling rig has very good performance when it is used. the structure of the whole equipment is relatively compact and small size, The equipment is flexible and can be used for high-slope and scaffolding. the output torque of the hydraulic power head in the equipment is large, strong drilling ability.
The output speed of the power head of the anchoring rig is infinitely variable, and the drilling parameters can be selected independently according to its different construction requirements and geological conditions in the process of use, so as to effectively achieve the best drilling efficiency.
No matter what type of anchor rig, the hydraulic transmission system of the equipment is a very important part of the equipment. If the equipment is not maintained properly in the process of use, various faults will occur, which will seriously affect the normal operation of the equipment.
During the use of the anchor drilling rig, attention should be paid to the maintenance of the hydraulic system. There are a variety of possible faults in the hydraulic system of the equipment. In the process of use, some of the faults are caused by improper oil selection, oil contamination, air entering the system and excessive oil temperature.
When using anchor drill pipe for the first drilling, it is necessary to "grind the new buckle" first, which includes first applying thread oil, then fully tightening with the drill rig, opening the buckle and then applying thread oil, and then opening it again, so that repeated three times can avoid new wear and buckle.The buckle must be tightened with full torque every time, and always pay attention to whether the clip is in good condition.Tighten the buckle slowly to reduce overheating and wear.
