高空升降平台配备邱健Trojan电池常见的故障？

高空升降平台配备邱健Trojan电池常见的故障？

Among the high-altitude lifting platforms, the electric lifting platform is popular among the public.

The main driving energy of the electric lifting platform is the power provided by the battery, so once the battery fails, it will not operate normally.

For this reason, some related high-altitude lifting platform batteries have been sorted out. The cause and solution of the failure:

在高空升降平台中，电动升降平台在大众中很受欢迎。电动升降平台的主要驱动能量是电池提供的动力，因此一旦电池发生故障，它将无法正常运行。

为此，对一些相关的高空升降平台电池进行了整理。故障原因及解决方法：

　　Common failure one: the battery discharges itself during existence
常见故障：电池在存在期间自行放电

 There are two reasons for self-discharge. One is that the electrolyte is not pure, and the other is that the concentration of sulfuric acid in the electrolyte is uneven,.

and the concentration difference between the upper and lower strokes causes self-discharge.

自放电有两个原因。一是电解液不纯净，二是电解液中硫酸浓度不均匀，上下冲程浓度差导致自放电。

Solution: This is to completely discharge the battery, clean the battery with distilled water, and then inject new electrolyte, and recharge it to recover.

解决方法：这是将Trojan电池完全放电，用蒸馏水清洗电池，然后注入新的电解液，并重新充电以恢复。
　　Common failure two: battery plate vulcanization

常见故障：电池极板短路

The main reason is that the electrode plates of the battery are deformed or damaged because the positive and negative plates are in reverse contact.

If the falling objects accumulated at the bottom of the battery tank cause the positive and negative plates to be short-circuited, carefully check the cause and then

repair the deformed plates to clean up the accumulation. 

主要原因是电池的电极板因正负极板反向接触而变形或损坏。如果积聚在电池箱底部的落物导致正负极板短路，请仔细检查原因，然后修复变形的极板以清理积聚。

The above are the reasons and solutions for the battery failure of the electric lifting platform.

The electric lifting platform is not only convenient to move, but also meets the current environmental protection requirements.

以上就是电动升降平台蓄电池故障的原因和解决方法。电动升降平台不仅移动方便，而且符合当前的环保要求。

常见故障：电池极板硫化
　　 Long-term under-charge of the battery, frequent over-discharge, low electrolyte level, contact with air on the upper part of the plate, excessive electrolyte density,

impure products, and large temperature changes can all easily lead to plate vulcanization. Solution: If the vulcanization is mild,

you can directly use the "desulfurization method" to charge, and then clean the lead sulfate on the battery plate, and rinse it with distilled water, and charge it after the surface water is dry.

电池长期充不足、频繁过放、电解液液位低、极板上部与空气接触、电解液密度过大、产物不纯、温度变化大等都容易导致极板硫化。

解决方法：如果硫化程度较轻，可直接使用“脱硫法”充电，然后清洗电池极板上的硫酸铅，并用蒸馏水冲洗干净，待地表水干燥后再充电。
　　

Common failure three: short circuit of battery plate