Electric forklifts have become a core type of widely adopted material handling equipment in modern logistics, manufacturing and retail storage scenarios, with notable advantages including low operation noise, no direct on-site emission, and compact flexible structure. Mastering scientific use rules and standardized maintenance logic can help enterprise teams reduce unexpected equipment downtime, lower long-term operation cost, and create safer and more efficient internal handling workflows for all relevant staff.

Core Operation Specifications for Daily Scenarios

Before every official operation, operators need to complete a full pre-check routine, including testing the sensitivity of service and parking brakes, confirming the remaining battery level matches the expected operation duration, and checking whether there is visible leakage on the hydraulic lifting system. During driving and handling process, operators should avoid overloading the equipment beyond its rated load limit, keep a safe distance with surrounding pedestrians and stacked goods, slow down when passing narrow channels or turning corners, and avoid sharp acceleration or sudden braking that may cause goods to fall or equipment to lose balance. After finishing the daily operation task, operators should park the equipment at the designated safe area, turn off all power systems, and pull up the parking brake properly.

Key Points of Routine Preventive Maintenance

Regular preventive maintenance works as the core support to keep stable long-term performance of electric forklifts. For the power system, operators should avoid overcharging or deep discharging the battery, keep the electrode terminals dry and free of dust or corrosion, and inspect the battery shell for any deformation or leakage at fixed intervals. For the walking and lifting structure, teams should check the wear degree of tires regularly, adjust the tightness of brake pads to keep proper brake sensitivity, inspect the liquid level and cleanliness of hydraulic oil, and clear away accumulated dust on the motor and heat dissipation components to avoid overheating risk. For transmission components, apply suitable industrial lubricant at quarterly intervals to reduce frictional wear of moving parts.

Common Misoperations to Avoid in Long-Term Use

Several unnoticeable misoperations will cause unnecessary damage to equipment parts if accumulated for long. Operators should not drive the electric forklift in deep accumulated water environment for long, to prevent moisture from entering the internal electrical system and causing short circuit risk. It is also not recommended to park the equipment under strong direct sunlight exposure or in extremely low temperature environment for a long time, which will accelerate the attenuation speed of battery performance and reduce its whole service cycle. Non-trained personnel should not be arranged to operate the equipment without permission, to reduce the probability of accidental collision and man-made component damage.