Against the background of rapid development of low-carbon logistics, electric forklifts have become one of the most widely used material handling equipment in various storage and manufacturing scenarios, for their low noise, zero local emission and relatively low long-term operating cost. Many frontline operators and warehouse managers are looking for scientific methods to give full play to the performance of electric forklifts, avoid unnecessary equipment loss and create higher operational value.

Core Operating Habits to Reduce Unnecessary Wear

Standardized daily operation is the foundation to keep electric forklifts in good condition for a long time. Operators are suggested to avoid frequent sharp acceleration and emergency braking in the process of driving, which will cause extra loss to the motor, tire and brake system. It is not recommended to carry loads beyond the rated load mark of the equipment, especially when the load is lifted to a high position, overload operation may lead to unbalanced center of gravity and potential safety risks. When driving on sloped roads, operators should keep the load facing the uphill direction, and avoid turning on the slope to prevent sideslip. If the equipment needs to be parked for more than 2 hours, it is better to cut off the main power switch to avoid unnecessary power consumption and hidden danger of short circuit.

Targeted Routine Maintenance to Extend Service Life

Routine maintenance work does not need overly complex operation, but regular execution can effectively reduce the probability of sudden failure. Operators can check the cleanliness of power supply contact points before daily work, wipe off the accumulated dust and sundries on the surface to avoid poor contact caused by dirt. It is also necessary to regularly clean the heat dissipation grille of the motor and control module, to ensure that the heat generated during long-time operation can be discharged smoothly. For the hydraulic system, regular inspection of the sealing parts for oil leakage can avoid the decline of lifting efficiency caused by insufficient hydraulic pressure. The wear degree of brake pads and steering parts should be checked every certain working hours, and corresponding adjustment and replacement should be carried out according to the actual wear condition, instead of waiting for obvious failure to deal with it.

Scenario Adaptation to Improve Overall Operational Efficiency

Making the electric forklift adapt to the actual operation scenario can further tap its performance potential. For narrow channel working scenarios, operators can adjust the driving speed in advance to match the small turning radius characteristics of the equipment, to reduce the collision risk with shelves. For high-lifting operation scenarios, the stability of the mast should be confirmed before lifting the goods to the maximum height, to ensure the safety of operation. Warehouse managers can also reasonably plan the driving route of electric forklifts, reduce the no-load driving distance in the operation process, so as to cut down unnecessary energy consumption and improve the average daily working efficiency of the whole team. Following the above practical operation and management methods, teams can make the electric forklift better serve the daily material handling work, and help the whole logistics system move towards a more sustainable development direction.