As the core equipment of modern warehouse material handling, electric forklift has been widely applied in various industrial scenarios due to its low noise, zero local emission and relatively low long-term operating cost. Mastering systematic knowledge of its correct use and maintenance can help operation teams give full play to the equipment’s performance while extending its service cycle.

Fundamental Pre-operation Check Specifications

Before starting any operation activity, operators need to complete a series of standardized inspection steps, which covers the status of the power supply system, the flexibility of the lifting and steering mechanism, the validity of the braking function, and the clarity of the safety alarm devices. Operators should also confirm that the load weight does not exceed the rated load capacity of the equipment, and the goods are placed stably on the pallet to avoid falling risks during the moving process. No hidden safety hazards should be left before the equipment enters the formal working state.

Standard Operation Best Practices

During the operation process, operators need to keep a proper observation perspective, avoid sharp steering at high speed, and keep a safe distance from surrounding personnel and stacked goods. When the equipment is working in narrow passage scenarios, operators should appropriately reduce the moving speed and give corresponding prompt signals when necessary. For long-distance transfer tasks, it is recommended to maintain a stable moving speed to avoid frequent acceleration and deceleration which will cause extra consumption of power energy and mechanical parts. Operators are also supposed to avoid long time continuous load lifting operation beyond the specified scope, to prevent extra wear of the hydraulic structure.

Daily Routine Maintenance Tips

Daily maintenance work of electric forklift mainly focuses on two core parts, the power system and the transmission structure. For the power system, operators should follow the specified charging rules, avoid over-discharging the power unit for a long time, and clean the dust and foreign matters on the surface of the power module regularly. For the transmission and lifting structure, relevant lubrication measures should be taken according to the specified cycle to reduce the friction loss between different mechanical parts. Regular maintenance can effectively reduce the probability of unexpected equipment failure, and avoid unnecessary work interruption caused by sudden breakdown. Different operation scenarios can adjust the specific maintenance frequency according to the actual working intensity, so as to achieve more stable use effect.