The crushing hammer plays a very big role in the excavator

The crushing hammer plays a very large role in the excavator, many engineering projects need to remove some hard rocks before construction, this time need to use the crushing hammer, in the use of the process, if the correct operation can improve the efficiency of the crushing hammer, and can extend the service life, so we must pay attention to the operation of the excavator crushing hammer. So in the process of using the crushing hammer, what need to pay attention to, how to operate is the correct operation.

When we use the hammer for operation, it is best not to soak the whole hammer in water or soil. Or it must be operated in this sludge, it also needs to be cleaned in time, otherwise a large amount of silt will be accumulated on the parts of the crushing hammer, resulting in premature wear of the crushing   hammer.

When breaking to a very hard object, we should need to start from the edge, and do not connect to the same point above the hit for more than 1 minute, otherwise it may lead to the drill rod due to overheating burned or affect the hydraulic oil overheating problem.

Do not use the protection plate of the crushing hammer to push those heavy objects, sometimes there are other heavy objects in the place that need to be broken, for the sake of convenience, many machines will use the crushing hammer to push directly, which is not right. Because of its own excavator crushing hammer operation precautions light weight, if it pushes heavy objects, light will damage the crushing hammer, heavy will cause the main engine boom to break, and even the main engine rollover accident.

We usually need to pay attention to these details when using the hydraulic crushing hammer, otherwise it is easy to cause damage to the excavator. Sometimes the place we need to break is relatively far away, and some excavator masters will directly extend the work in order to save time, but the excavator crushing hammer should not be fully extended or fully shrunk during the operation, otherwise the amplitude of vibration will lead to the failure of the main body of the machine.