As low-carbon logistics equipment continues to gain popularity in modern industrial scenarios, electric forklifts have become a core part of daily material handling work for most warehouse teams. Many operators lack systematic, practical guidance to fully tap the value of this equipment, which may lead to unplanned downtime and extra operating costs over long-term use. The following content provides targeted, industry-recognized operation and maintenance suggestions for common usage scenarios.

Core Pre-operation Daily Check Items

Before starting each shift’s work, operators can complete a set of simple checks within 3 to 5 minutes to eliminate hidden risks in advance. This process includes confirming the normal status of tire wear, brake sensitivity, light and signal systems, as well as checking whether there is obvious leakage of hydraulic oil in the lifting structure. Operators can also test the flexibility of the steering system under no-load condition, to make sure no abnormal jamming or noise appears. These small steps effectively avoid sudden equipment failures that may interrupt the ongoing handling tasks in the middle of the shift.

Proper Operating Habits to Reduce Equipment Wear

Forming standardized operating habits can effectively extend the overall service life of electric forklifts, without generating extra management cost. Operators should avoid sudden acceleration, sharp turn or emergency brake under full load status, which may bring extra impact load to the motor, bearing and frame structure. It is also not recommended to keep the lifting fork at high position when driving for a long distance, which will increase the risk of rollover and cause extra consumption of power output. When stacking or picking up goods, operators should keep the load center within the allowable range marked on the equipment nameplate, to avoid unbalanced force on the mast structure.

Scientific Daily Battery Management

As the core power component of electric forklift, the battery status directly determines the continuous working time and overall performance of the equipment. Operators should arrange charging work according to the specified operation instructions, avoid over-discharging the battery to extremely low state before charging, which will cause damage to the internal active materials. For equipment that will be idle for more than one week, staff should store the battery in a cool, dry environment with 50% to 70% remaining power, and complete supplementary charging at regular intervals. Regularly clean the dust and debris on the battery surface to keep the ventilation holes unobstructed, which helps maintain stable heat dissipation during long time continuous operation. Following these practical rules can help warehouse teams get more stable performance output from electric forklift equipment, and create safer, more efficient material handling conditions for daily work.