降低井下裝載機的故障率對于用戶而言是非常重要的，每一個消費者都希望自己購買的井下裝載機可以實現利益更大化，而且故障率可以做到更低。怎樣才能降低井下裝載機的故障率呢？

It is very important for users to reduce the failure rate of underground loaders. Every consumer hopes that the underground loaders they buy can realize greater benefits and lower failure rate. How to reduce the failure rate of underground loader?

為提高井下裝載機施工的經濟性，減少因設備故障導致的施工成本增加，我們需要從如何控制設備故障率來著手進行探究和管理。

In order to improve the economy of underground loader construction and reduce the increase of construction cost caused by equipment failure, we need to explore and manage how to control the equipment failure rate.

一般情況下機械設備發生故障與該設備的運行時間有關，設備運行時間越長，發生故障的概率也就會越大。這是因為隨著工作時間的延長，設備受外界環境的影響以及自身零部件的磨損程度都在加大并且一直在累積，當累積達到一定程度后就會以非正常的狀態表現出來，從而導致設備故障。

In general, the failure of mechanical equipment is related to the operation time of the equipment. The longer the operation time of the equipment, the greater the probability of failure. This is because with the extension of working time, the equipment is affected by the external environment and the wear degree of its own parts is increasing and accumulating. When the accumulation reaches a certain degree, it will show in an abnormal state, resulting in equipment failure.

在井下裝載機正常工作時間里，通過對井下裝載機零部件老化情況、疲勞狀況以及工作表現進行檢查、分析，對設備發生故障的可能性進行預判，在此基礎上可以采取對應的措施，用于延長設備的使用壽命，降低故障發生概率，保障設備的正常運行，這就是機械設備故障控制的基本原理。

During the normal working hours of the underground loader, through the inspection and analysis of the aging condition, fatigue condition and working performance of the underground loader parts, the possibility of equipment failure can be predicted. On this basis, corresponding measures can be taken to prolong the service life of the equipment, reduce the probability of failure and ensure the normal operation of the equipment. This is the basic principle of mechanical equipment failure control.

井下裝載機發生故障時承受的載荷與機械零部件的壽命有著密切的關系。如果工作強度太大，設備進入疲勞狀態的速度就會很快，損耗加劇，進而引發機械故障。在日常的工作中，要盡可能避免機械設備長期處于高負載的情況，盡可能保持調整過程均勻、平滑，避免劇烈變動。

The load borne by the underground loader in case of failure is closely related to the service life of mechanical parts. If the working intensity is too high, the equipment will enter the fatigue state quickly, the loss will increase, and then lead to mechanical failure. In daily work, try to avoid long-term high load of mechanical equipment, and try to keep the adjustment process as uniform and smooth as possible to avoid violent changes.

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