electric forkliftHaving a power receiving port for receiving a first specification current, comprising: a battery body, a charging port for receiving a second specification current for charging, and a discharging port for outputting a first specification current; The discharge outlet of the battery body and the battery body are configured to discharge. The unit is connected to the power receiving port through a cable and a connector of the electric forklift to provide the first specification current for the load of the electric forklift; The battery body and the charging port of the battery body form a charging unit connected to the charger to receive the output of the charger. The second specification current charges the battery device. The parallel structure of charging and discharging circuits used in battery devices and electric forklifts with battery devices can ensure that the structure of the original electric forklift system remains unchanged, greatly increasing the charging current and shortening the charging time. Time and improve electric forklifts. Usage efficiency

routine maintenance

1. The battery should always be filled with distilled water (purified water).

If the electric forklift is not used for a long time, the battery should be fully charged. And maintain a charging frequency of about 1-2 months.

3. In multi shift operations, electric warehouse forklifts require backup batteries (which consume power quickly and suffer from significant battery loss during continuous operation).

When charging the battery, the charging circuit must be completely disconnected from the chopper, as in addition to affecting the charging of the charger, the overvoltage generated by the charger can damage the chopper.

5. Do not place the battery horizontally. Because the battery typically contains 22 to 28% dilute sulfuric acid inside. When placing the battery, the electrolyte will fill the plate and leave some space. If the battery is placed horizontally, some electrode plates will be exposed to the air, which is very unfavorable for the battery panel. Generally, there is an exhaust port at the top of the battery observation hole or battery that communicates with the outside world, so the electrolyte can easily flow through the battery.

6. Choose an intelligent graded charger to prevent overcharging and water loss.

7. Choose an efficient electric wheel hub system to reduce operating current.

8. To charge or maintain a reasonable charging frequency, it is best to charge in a planned manner. For example, one or two days.

9. Prevent power storage loss, as power storage loss is harmful to batteries.