What are the factors that cause damage to the lead-acid battery of the electric stacker?

The batteries used in electric stackers produced by electric stacker manufacturers are usually lead-acid batteries and lithium batteries. Now the battery is transforming to lithium battery and new energy. However, the popularization of new things is a process. At present, electric stackers with lead-acid batteries still account for the majority. As the driver and maintenance personnel of the electric stacker, there will also be some blind spots, and sometimes they are not aware of their own wrong operation methods. What you don't know is that this wrong operation will greatly shorten the battery1—3 years of service life, and will cause economic losses! Next, the electric stacker manufacturer will tell you about some wrong operations related to the lead-acid battery of the electric stacker.

The irregular charging operation of electric stacker is a serious problem. It is unscientific for drivers with electric stackers to charge at will during their spare time at work. We need to fully understand the charging method, charging time, charger model and other details of the electric stacker when installing the battery, which can prolong the service life and save a lot of cost. Different electric stackers should choose different types of charging systems, and the required charging time is also different. Electric stacker manufacturers tell you that the number of times the battery can be charged is limited. Most industrial batteries have about 1,500 charging cycles, which is equivalent to five years of normal use.

Inaccurate hydration can damage the battery. Keeping your electric stacker powered requires the right steps at the right time. If you add water before the battery is fully charged, it may overflow and lose some sulfuric acid, losing the balance specific gravity of the electrolyte, causing voltage errors. If the loss is not stopped in time, and this process is repeated, more and more sulfuric acid will be spilled, and the damage to the battery will become more and more serious. In addition, it is also wrong to add drinking water or water from the water pipe that is connected casually instead of distilled water. The correct operation is to add distilled water every 1-3 weeks. Moreover, electric stacker manufacturers recommend regularly monitoring the battery water level of the electric stacker.

Using the wrong charger will also bring great trouble to the lead-acid battery of the electric stacker. Many companies use chargers that are not original but diverted from old batteries. Mixing chargers will seriously damage the battery because the chargers are designed for the specific size and capacity of the battery. The electric stacker manufacturer reminds everyone not to use the charger indiscriminately, and must use the original charger. If the charger is damaged or lost, do not misappropriate the charger of other stackers, it must be configured in time.

Electric stacker manufacturers tell everyone that unreasonable working temperature and charging temperature will also damage the battery. Lead-acid batteries are suitable for 30—Operating at temperatures above or below 90 degrees Fahrenheit will be adversely affected. The ideal temperature range for electric stacker charging is 50—86 degrees Fahrenheit.