Hazardous storage equipment selection guide: explosion-proof lithium battery forklift selection points sharing

In a hazardous storage scenario, the safety of equipment is directly related to the safety of personnel and the stability of the storage environment. As the core handling equipment, explosion-proof lithium forklifts need to be strictly followed for selection.

Clear explosion-proof grade requirements

There are differences in the hazardous characteristics of different hazardous chemicals. When selecting models, the first thing to do is to match the explosion-proof level of the storage environment. According to the type of storage medium, such as flammable and explosive gases, combustible dust, etc., the required explosion-proof level is determined with reference to relevant national safety standards. Only forklifts that meet the corresponding level can effectively avoid safety hazards caused by electrical sparks and ensure smooth operation in specific hazardous environments.

Evaluate the core performance of lithium batteries

The lithium battery system is the core of the explosion-proof lithium battery forklift, and two dimensions need to be paid attention to. First, the battery safety and stability, priority should be given to lithium battery products with overcharge, overdischarge, and overcurrent protection functions. At the same time, the high and low temperature adaptability of the battery should be considered to ensure that it can still operate stably in the extreme temperature environment that may occur in dangerous storage, and the battery shell should have good explosion-proof sealing performance. Second, the battery life and charging efficiency. Combined with the daily operation time and frequency, choose a forklift with matching battery life. At the same time, the supporting charging device must meet the explosion-proof requirements to avoid safety risks during the charging process.

Verify security configuration integrity

A complete safety configuration is an important guarantee for explosion-proof lithium-ion forklifts. In terms of the body, it is necessary to confirm that the electrical systems such as motors and controllers have been packaged with explosion-proof packaging to avoid sparks during operation; at the same time, the metal parts of the forklift need to have anti-static functions to reduce the danger caused by static electricity accumulation. Emergency safety devices cannot be ignored. Emergency power-off switches, explosion-proof sound and light alarms and other devices need to be complete and sensitive. In the event of an abnormal situation, emergency response can be quickly started and the probability of safety accidents can be reduced.

Adapt to warehousing operation scenarios

In addition to safety performance, forklifts also need to be adapted to the actual operation scenario of warehousing. If the storage channel is narrow, you need to choose a forklift with a small turning radius and a compact body size to improve the flexibility of the operation; determine the rated load of the forklift according to the weight of the daily handling goods and the pallet specifications to avoid overload operation affecting the stability and safety of the equipment. In addition, if there are multi-layer storage shelves, it is also necessary to consider whether the lift height of the forklift meets the operation requirements.

In short, the selection of hazardous storage explosion-proof lithium forklifts needs to take into account compliance, safety and practicality, combined with the type of hazardous chemicals in their own storage, operation scenarios and other factors to select the appropriate equipment, for the storage operation to build a strong safety line.