雨天使用自上料攪拌車要注意什么？
許多工程在雨天的時分，都會中止建造，大多是為了維護設備不遭到雨水的腐蝕，但對于急需趕進展的工程來說，許多時分不得不在雨天的時分運用混凝土自上料攪拌車來完成工程的進展，那么，在雨天的時分應當怎樣更好的運用混凝自上料攪拌車呢？
Many projects will be suspended in rainy days, mostly to maintain the equipment from rain corrosion. However, for projects in urgent need of progress, many projects have to use concrete self loading mixer to complete the progress of the project in rainy days. Then, how to better use concrete self loading mixer in rainy days?
你知不知道在雨天混凝土自上料攪拌車是否能正常作業嗎？假如混頻器都能正常作業，那么用戶應當做的避免機器損壞雨天。
Do you know whether the concrete self loading mixer can operate normally in rainy days? If all mixers can work normally, what users should do to avoid machine damage in rainy days.
因為混凝自上料攪拌車是由鋼，用戶應采納一些辦法，以避免雨水從混頻器。混凝自上料攪拌車作業后，有必要當即整理，或許混凝土會凝結在混合管中，這將影響機器的作業性能。因為混凝土自上料攪拌車吸入管，套管和內桿容易生銹，因而，有必要定時查看在這些部件上的這些部件和及時刷防銹漆。
Because the concrete self loading mixer is made of steel, users should adopt some methods to avoid rainwater from the mixer. After the operation of the concrete mixer truck, it is necessary to clean it immediately. Maybe the concrete will coagulate in the mixing pipe, which will affect the operation performance of the machine. Because the suction pipe, sleeve and inner rod of concrete mixer truck are easy to rust, it is necessary to regularly check these parts on these parts and brush antirust paint in time.
混凝土自上料攪拌車的攪拌罐的溫度和減速過程中是非常高的作業，所以用戶有必要保證混凝土自上料攪拌車具有杰出的散熱條件，混頻器，以保證正常作業。此外，用戶應愈加重視維護電線和插頭有些雨水。
The temperature and deceleration process of the mixing tank of the concrete self loading mixer are very high, so it is necessary for users to ensure that the concrete self loading mixer has excellent heat dissipation conditions and mixer to ensure normal operation. In addition, users should pay more attention to the maintenance of wires and plugs.
所以，在雨天運用混凝土自上料攪拌車的時分只需多留意防護辦法仍是能極好的保證混凝土自上料攪拌車不受雨水的腐蝕而形成故障的。
Therefore, when using the concrete self loading mixer in rainy days, only pay more attention to the protection measures, which can still ensure that the concrete self loading mixer will not be corroded by rain and form faults.
