As the core low-carbon material handling equipment widely used in modern warehouses, manufacturing workshops and distribution centers, electric forklifts have gained growing popularity for their low noise, zero local emission and easy operability features. Mastering correct operation and maintenance knowledge can help logistics teams reduce unnecessary equipment wear, extend service life and ensure on-site operation safety.

Core Pre-operation Inspection Protocols

Before each startup, operators should complete a full round of visual and functional check covering key parts. First, check the residual power level of the power supply unit to confirm it can support the estimated working hours of the shift, avoid sudden power loss in the middle of heavy load handling. Then inspect the tire surface for embedded hard objects, abnormal wear or crack, confirm the brake system, steering sensitivity and lifting mechanism run smoothly without abnormal stuck or noise. Operators also need to check the validity of the surrounding safety alarm devices and lighting system to make sure they can send clear warning signals to nearby passing staff.

Standard Daily Operation Specifications

During the operation process, operators should keep the vehicle body running at a stable low speed in indoor narrow channels, avoid sharp turning, sudden acceleration or emergency braking as much as possible. When carrying goods, the load weight should be controlled within the rated load range marked on the equipment nameplate, do not use the fork tip to pry heavy goods or carry unbalanced stacked goods that are easy to slide. When the lifting height of the goods is more than 30 centimeters, the driving speed should be further reduced, and avoid lifting or lowering the goods when the vehicle is moving. Operators need to keep full attention to the surrounding pedestrians and obstacles at all times, reduce the use of electric forklifts on slopes with excessive inclination to avoid sideslip risk.

Routine Post-shift Maintenance Practices

After completing the daily work, operators should park the electric forklift in the designated special parking area, lower the fork frame completely to the ground, turn off the power switch and pull the hand brake firmly. Wipe the dust, sundries and residual cargo debris on the vehicle surface and body gap in time, do not leave scattered packaging materials or sundries stuck in the heat dissipation structure of the power system. Charge the equipment according to the official specified process, do not overcharge for a long time or use mismatched charging accessories to avoid potential safety hazards. Arrange professional technicians to conduct regular deep inspection of the circuit system and power unit every fixed cycle, clear hidden troubles in the early stage to avoid unexpected downtime during peak operation periods.

Scenario-based Efficiency Optimization Suggestions

For long-time continuous operation scenarios in large distribution centers, teams can arrange reasonable shift rotation and power supplement plans to ensure the continuity of material handling work. For narrow channel scenes in high-density storage warehouses, operators can adjust the driving route in advance according to the actual channel width to reduce unnecessary turn around time. The whole team can arrange regular skill training for new operators to help them get familiar with the performance characteristics of electric forklifts faster, further improve the overall operation safety and work efficiency of the on-site logistics process.