Three-pivot electric forklift narrow channel operation advantages and selection instructions

Nowadays, in order to improve the utilization rate of storage capacity per unit area, many warehouse operators will actively compress the reserved channel width between shelves. Traditional four-point handling equipment is often difficult to adapt to the operation requirements of such narrow spaces. Three-point electric forklifts are designed for this type of scenario.

From the perspective of the core advantages of narrow channel operation, the first is that the steering adaptability is stronger. Relying on the three-point wheel group layout structure, the minimum turning radius of the whole vehicle is greatly reduced compared with the conventional electric forklift with the same load, and there is no need to reserve too much redundant steering adjustment space. The full steering operation can be completed in a narrow channel with limited width, and there is no need to move the vehicle to adjust the working angle multiple times. Secondly, the vehicle body has better passability, the vehicle structure layout is more compact, the body width control is more fine, and with the optimized counterweight distribution, there is no need to set heavy rear counterweights. The probability of scratching goods and shelves on both sides when passing through the shelf gap is significantly reduced. In addition, the operation accuracy is higher. With the electric power steering system, the steering response is smooth and smooth, allowing the operator to precisely control the subtle movements of walking, lifting, and steering. It can also maintain sufficient operation accuracy when picking up and placing high-rise shelf goods in narrow passages, effectively improving the operation efficiency in dense storage scenarios.

In the selection process, first of all, it is necessary to measure the actual usable width of the working channel in advance. When measuring, the protruding parts on the edge of the shelf and the space occupied by the temporarily stacked goods on both sides of the channel should be included in the calculation range, and enough safe operation margin should be reserved. Then match the three-point electric forklift with the corresponding outer width parameters to avoid smooth passage after equipment procurement. Secondly, it is necessary to combine the maximum weight of the goods handled daily and the maximum shelf pickup height to select the products corresponding to the rated load and the maximum lifting height. At the same time, it is necessary to pay attention to the load attenuation characteristics under the high lifting state, and do not exceed the rated load operation for a long time to ensure the safety of the operation process. Finally, the appropriate tire configuration should be selected according to the ground conditions of the work site. If there are many surface gaps in the passage and there are mild irregularities, a style suitable for high wear-resistant solid tires can be selected to further improve the smoothness of narrow passage traffic.

Reasonable selection and standardized operation can give full play to the scene advantages of the three-point electric forklift, help the operator to effectively improve the utilization rate of storage space without expanding the site, and reduce the comprehensive cost of long-term handling operations.