自動上料攪拌機運輸中的防護需要注意什么?
來源:http://www.wishnailspa.com/日期:2021-12-30
概述:1、蓄電池的保養(yǎng)檢查:檢查蓄電池固定是否牢固。
1 Maintenance and inspection of battery: check whether the battery is fi
1、蓄電池的保養(yǎng)檢查:檢查蓄電池固定是否牢固。
1. Maintenance and inspection of battery: check whether the battery is fixed firmly.
2、輪胎的檢查:每月應(yīng)在常溫下檢查一下輪胎氣壓。
2. Tire inspection: check the tire pressure at normal temperature every month.
3、離合器總泵液面的檢查:離合器液面介于高、低液面間則表示正常,如果低于標(biāo)準(zhǔn)線,則可能是總泵或分泵皮碗損壞。
3. Inspection of clutch master cylinder liquid level: if the clutch liquid level is between high and low, it indicates that it is normal. If it is lower than the standard line, the master cylinder or slave cylinder cup may be damaged.
4、制動液面的檢查:制動也在高、低位之間則表示正常。
4. Inspection of brake fluid level: if the brake is also between high and low, it means normal.
自動上料攪拌機運輸中的防護要注意什么?
What should be paid attention to in the transportation of automatic feeding mixer?
5、發(fā)動機冷卻液液面檢查:發(fā)動機在熱機狀態(tài)時,千萬不要打開散熱器蓋,否則可能會被濺出的冷卻液或高溫蒸氣燙傷。等發(fā)動機冷卻后,檢查冷卻液的液面應(yīng)處于滿位和低位之間,否則應(yīng)加蒸餾水或純凈水或冷凍液,加水后的液面高度不能超過滿位。如發(fā)現(xiàn)短時間內(nèi)冷卻液減少的很快攪拌,自動上料攪拌車檢查步驟應(yīng)檢查冷卻系統(tǒng)是否有泄漏或到維修站去檢查。
5. Engine coolant level inspection: never open the radiator cap when the engine is hot, otherwise you may be scalded by splashed coolant or high-temperature steam. After the engine is cooled, check that the liquid level of the coolant should be between the full level and the low level, otherwise distilled water or purified water or refrigerant should be added, and the liquid level after adding water should not exceed the full level. If it is found that the coolant decreases quickly in a short time, the inspection steps of the automatic feeding mixer shall check whether there is leakage in the cooling system or go to the maintenance station for inspection.
自動上料攪拌機操作環(huán)境通常都不是很好,這也導(dǎo)致需要我們對設(shè)備在操作之前有詳細的了解才行。在確保設(shè)備不存在有任何故障問題之后才能夠操作使用設(shè)備正常運行,避免在操作中可能存在的各種不良問題。
The operating environment of automatic feeding mixer is usually not very good, which also requires us to have a detailed understanding of the equipment before operation. The equipment can be operated and used only after it is ensured that there is no fault problem, so as to avoid various adverse problems that may exist in operation.