With the continuous expansion of industrial intelligent logistics scenarios, electric forklifts have become one of the most widely used material handling equipment in warehouses, manufacturing workshops and distribution centers. Mastering standardized operation and scientific maintenance skills can help operators give full play to the performance of the equipment, reduce unnecessary operating costs, and avoid potential safety hazards in daily work.

Core Pre-operation Check Protocols

Before each start-up, operators should conduct a full visual and functional inspection of the equipment first. It is necessary to confirm that there is no oil leakage in the hydraulic lifting system, the tire surface has no obvious damage or excessive wear, the braking system responds sensitively, the remaining battery power meets the operation requirement of the current shift, and the warning light, prompt buzzer and operating handrail all work normally. Unqualified equipment is not allowed to be put into operation, to prevent minor hidden dangers from evolving into equipment failure or safety accidents in the subsequent working process.

Scientific Routine Maintenance Specifications

Daily maintenance work should follow the official technical guidance of the equipment, no random disassembly of core components is allowed. Operators need to clean the dust and residual sundries on the surface of the power battery regularly, to avoid oxidation of the charging contact port caused by long-term accumulation of dirt. It is recommended to charge the device in time when the remaining power drops to 20% to 30%, and avoid deep over-discharge that may affect the overall service life of the battery. Every three months, the insulating performance of the connecting lines of the walking motor and hydraulic power station should be tested, and the debris accumulated at the heat dissipation holes should be removed in time to ensure the stable heat dissipation of the equipment during long hours of operation.

Scenario-adapted Operation Essentials

When working in narrow warehouse aisles, operators need to control the driving speed below the safe specified value, and sound the warning reminder in advance before turning. When the equipment is running on wet and slippery ground, the braking distance should be appropriately extended to avoid sudden braking that may cause the loaded goods to slip. When the equipment lifts heavy loads to a high position, do not adjust the body direction at a large angle at will, to keep the whole vehicle in a stable horizontal state. Developing good operating habits can effectively reduce the wear of core parts and extend the overall service cycle of the equipment.