1. Introduction of Water Well Drilling Tools track

　　The Water Well Drilling Tools track consists of track shoes and track pins. The track pin is connected to the track shoe to form a tracking link. Both ends of the track shoe have holes to mesh with the driving wheels, and there are induction teeth in the middle to correct the track. Water Well Drilling Tools can prevent the track from falling off during rotation and driving. There are reinforced anti-slip ribs (called patterns) on the side that touches the ground. To improve the firmness of the track shoe and the adhesion between the track and the ground. Water Well Drilling Tools also has support wheels, support wheels, driving wheels, and rail links on this site.

　　2. Water Well Drilling Tools cleaning track

　　When cleaning the drilling rig, the sludge on the lower walking body should be cleaned at the same time. After the operation, the operator should also clean the lower walking body while cleaning the cab. If there is sludge attached to the lower walking body, clean the upper sludge. Unable to check related parts. Therefore, be sure to remove these sludge, and inspect and maintain the lower walking mechanism.

　　3. Water Well Drilling Tools track maintenance

　　During the construction period, the tension of the crawler should be adjusted according to the soil quality to cope with the difference in soil quality at different construction sites. Doing so can also extend the service life of the machine. When the soil is soft, the soil is easy to adhere to the crawler belt and the crawler chain links, so the crawler should be slightly adjusted to prevent abnormal stress on the crawler chain links due to the adhesion of the soil. When the construction site is full of pebbles, the track should also be adjusted slightly so that when walking on the pebbles, the track shoes can be avoided from bending. When the ground is firm and flat, it is best to tighten the track slightly. Adjust track tension: If the track is too tight, walking speed and walking power will be reduced. This not only causes a decrease in work efficiency but also causes abnormal wear due to excessive friction on the pin and bushing. Conversely, if the track is adjusted too loosely, the track will rest loosely on the drive wheel and support sprocket, causing greater wear or damage. Moreover, when the slack track sags too much, it may contact the frame and damage the frame. In this way, even the enhanced lower walking mechanism, if adjusted incorrectly, can cause unexpected failures.

　　Rotary drilling rigs should also pay attention to reducing wear during construction. Load wheels, support wheels, drive wheels, and railway chain links are all easily worn parts. However, depending on whether daily inspections are performed, there will be big differences. Therefore, as long as it takes a little time for proper maintenance, the degree of wear can be well controlled. If part of the support wheels and support rollers are not running, please continue to use it, which may cause wear of the rollers and may cause wear of the chain links. If you find a roller that is not working, you must repair it immediately! In this way, other malfunctions can be avoided. If you walk on a sloping ground for a long time and make a sudden turn, the side of the guide rail will contact the side of the drive wheel and the guide wheel, thereby increasing the degree of wear. Therefore, you should avoid walking and sudden turns on sloping terrain as much as possible. Straight travel and big turns can effectively prevent wear.

　　The bolts and nuts should be checked carefully: when the machine is operated for a long time, the bolts and nuts will loosen due to the vibration of the machine. Especially the bolts and nuts on the lower walking body are easily affected. If the machine continues to run with the track shoe bolts lose, a gap will be formed between the bolt and the track shoe, which will cause the track shoe to rupture. In addition, the generation of the gap may also increase the bolt holes between the track and the track connection, resulting in serious consequences, that is, because the track and the track connection cannot be tightened, they must be replaced. Therefore, the bolts and nuts should be checked and tightened regularly to reduce unnecessary costs.

　　The following parts should be checked and tightened: track shoe bolts; support roller and sprocket mounting bolts; driving wheel mounting bolts; walking pipe bolts, etc. Also, check the parts that do not require maintenance.