The Structure Of The Hydraulic Grab And The Hazard Of Leakage

Hydraulic grab in the design process itself is equipped with its opening and closing structure, under normal circumstances will use its hydraulic cylinder for effective drive, hydraulic grab in the process of processing is composed of a number of jaw plates, also known as the hydraulic claw, such products are very widely used, For example, we see the hydraulic lifting tower and hydraulic excavator and other equipment in daily life.
In the process of use, the hydraulic grab will be divided into rotating and non-rotating cases. In general, the non-rotating excavator is used more, and there is no need to add pipelines and hydraulic valves in the process of operation. The brought back grab needs to add pipelines for effective control.
The hydraulic grab is very suitable for loading and digging in some restricted and ditch space, such products are widely used in the loading and unloading of trains, automobiles and ships, the product itself is not configured with its opening and closing structure, generally driven by ropes.
Hydraulic grab in the process of use may appear the harm of its oil temperature rise, in such a case, the efficiency of the entire equipment system will directly decline, so that in the process of operation, the leakage probability of its equipment will continue to increase, which will make the grasping force of the grab smaller.
If the hydraulic grab is unstable in the process of operation, it will directly affect the safe use of the equipment, so that the work efficiency of the grab will be reduced, the leakage of the equipment will also lead to the original parts can carry out normal coordination gap, which will directly lead to the increase of friction, and the hydraulic valve in the equipment will also be stuck.
The leakage of the hydraulic grab will also directly lead to the cavitation of its hydraulic components, so that the rubber deposit formed by the oxidation of the oil in the equipment will directly block the hydraulic valve, which will also cause the hydraulic system to not work normally.