The crushing hammer plays a very important role in excavators. Many projects need to remove some hard rocks before construction. At this time, the crushing hammer needs to be used. In the process of use, if it is operated correctly, the working efficiency of the crushing hammer can be improved and its service life can be prolonged, Therefore, we must pay attention to the operation of excavator breaking hammer. So what should we pay attention to in the process of using the crushing hammer and how to operate it correctly.


1. When we use the crushing hammer for operation, it is best not to immerse the whole crushing hammer in water or soil. Or if it is necessary to operate in this kind of sludge, it also needs to be cleaned in time, otherwise a large amount of sludge will accumulate on the parts of the crushing hammer, resulting in premature and serious wear of the crushing hammer.


2. When a hard object is broken, we should start from the edge, and do not contact the same point for more than 1 minute, otherwise the drill rod may be burned due to overheating or the hydraulic oil may be affected.


3. Don't use the guard plate of the crushing hammer to push those heavy objects. Sometimes there are other heavy objects blocking the places that need to be broken. For the sake of convenience, many machine operators will push them directly with the crushing hammer, which is wrong. Due to its own precautions for the operation of excavator breaking hammer, the weight is light. If it is used to push heavy objects, the breaking hammer will be damaged if it is light, and the boom of the main engine will be broken if it is heavy, and even the main engine rollover accident will occur.


We usually need to pay attention to these details when using hydraulic breaking hammer, otherwise it will easily cause damage to excavator and breaking hammer. Sometimes the place where we need to break is far away. Some excavator masters will stretch out directly to save time, but do not fully extend or shrink the excavator breaking hammer during operation, otherwise the amplitude of vibration will lead to the failure of the main body of the machine.