現(xiàn)在使用登車橋的用戶越來越多，但是據(jù)了解有很多人不太了解登車橋，在使用時(shí)有很多不注意的地方，導(dǎo)致很多不該發(fā)生的事故出現(xiàn)，給企業(yè)和操作人員造成了不必要的損失和麻煩。因此在使用登車橋以前，操作人員提前了解一些在登車橋使用過程中應(yīng)該注意的事項(xiàng)，可以避免很多失誤。
Ramps are now using more and more users, but it is understood there are a lot of people do not understand Ramps, do not pay attention when there are many places to use, leading to the emergence of a lot of accidents should not happen, companies and operators to create loss and unnecessary trouble. Therefore, before using Ramps operator advance understanding of some of the issues in the course Ramps should be noted that, to avoid a lot of mistakes.
1、在檢修時(shí)，工作人員務(wù)必確保登車橋被吊牢，因?yàn)橛袝r(shí)登車橋會(huì)突然下降，給檢修人員造成很大的傷亡。
In the maintenance staff must ensure Ramps are hanging in prison, because sometimes Ramps will suddenly drop to maintenance personnel caused great casualties.

2、對(duì)登車橋的溢流閥不能隨便調(diào)整，這樣很有可能會(huì)導(dǎo)致整個(gè)液壓系統(tǒng)非正常運(yùn)轉(zhuǎn)，因?yàn)橐簤合到y(tǒng)中的每個(gè)元件都是在壓力下運(yùn)行的，所以一旦隨便調(diào)整，對(duì)機(jī)械和人員都會(huì)造成很大的損傷。
Ramps relief valve to adjust not just so likely to cause the entire hydraulic system of non-functioning, because each element of the hydraulic system is run under pressure, so once casually adjusted for machinery and personnel will cause great damage.

3、在登車橋使用時(shí)，保持臺(tái)面平穩(wěn)、牢固，固定鏈一定要與車固定牢，拖運(yùn)時(shí)限速3公里/小時(shí)。
When the ramps in use, the table remained stable, firm, fixed the chain must be fixed firmly with the car, speed 3 km / h when towing.

4、所使用的液壓油要保持清潔，不得混入水和其它雜質(zhì)，一般每半年更換一次，液壓油一般冬季用N32號(hào)，夏季用N46號(hào)，當(dāng)?shù)擒嚇虺霈F(xiàn)故障時(shí)，應(yīng)立即停止操作，排除故障。
The use of hydraulic oil to keep clean, not mixed with water and other impurities, generally replaced once every six months, with a number of hydraulic oil is generally winter N32, summer with No. N46, when Ramps fails, you should immediately stop operation, troubleshooting .

借助液壓登車橋，可減輕勞動(dòng)強(qiáng)度及成倍提高裝卸作業(yè)效率，加快物料流通速度，獲取更大經(jīng)濟(jì)效益。
With hydraulic dock leveler, reduce labor intensity and exponentially increase the efficiency of loading and unloading operations, accelerate the velocity of the material, to obtain greater economic benefits.