As electric forklifts are increasingly widely applied in modern material handling scenarios, mastering proper usage and management methods helps operators give full play to the equipment’s advantages of low noise, zero on-site emission and flexible steering, while cutting unnecessary operation cost. Many frontline operators and site managers lack systematic reference for daily usage, which easily causes early component wear and even unplanned downtime during peak operation periods.

Standardized Daily Operation Specifications

For the start-up phase, operators should conduct pre-operation check around the equipment before formal shift, including checking the remaining battery power, whether the brake response is sensitive, if the tire surface has obvious foreign body stuck, and whether the lifting chain has abnormal looseness. It is not recommended to carry overloaded goods beyond the rated load of the equipment, and operators should avoid sharp steering or sudden brake on wet and slippery ground, to prevent side slip or cargo tipping. For long distance transfer inside the site, keep the cargo 15 to 20 cm above the ground, to reduce the center of gravity and avoid accidental collision with surrounding personnel or facilities. After the daily operation ends, operators should park the equipment at the designated parking area, lower the lifting platform completely, cut off the power supply properly, and avoid leaving the equipment in half-powered state for long time.

Preventive Maintenance Arrangement

Different from internal combustion forklifts, electric forklifts focus more on the maintenance of power system, control circuit and transmission components. For the battery module, it is suggested to complete the full charge and discharge cycle according to the equipment manual for regular calibration, avoid long-term overcharging or completely power depletion, which will affect the overall battery performance in long run. Operators should wipe the dust on the surface of the control panel and heat dissipation holes regularly, to prevent dust accumulation from blocking heat dissipation and causing abnormal temperature rise of internal components. The lubrication points of the lifting system should be added with professional lubricant on a regular basis, to reduce the friction loss between metal contact parts.

Scenario-based Performance Optimization Tips

For narrow aisle storage scenarios, operators can adjust the running speed to a lower level properly, to reserve enough reaction time for avoiding obstacles and passing narrow passages. For low-temperature working environment in cold storage sites, pre-heat the power system for 3 to 5 minutes before formal operation, to make sure all components reach the proper working temperature and reduce unnecessary energy consumption. During peak operation periods, arrange the shift of operators reasonably to avoid long-time continuous overloading operation of the equipment. Following the above guidance, teams can form a set of feasible management system for electric forklift usage, to support stable and efficient daily material handling work.