BYD RTR20i three-way stacking forklift lift height adaptation three-dimensional warehouse shelf reference

Core Considerations for Lifting Height Adaptation

Adaptation basis of shelf structure parameters

The beam spacing and floor height of the shelf are the core reference for determining the lifting height of the forklift. Before adaptation, it is necessary to accurately obtain the height value of each layer of the shelf beam to ensure that the maximum lifting height of the forklift can cover the target access layer, and at least 10 cm of safety clearance is reserved to avoid collisions during operation.

Restrictions on warehouse space

Space factors such as the top floor clear height of the warehouse and the layout of fire protection facilities will also affect the choice of lifting height. Even if the high floor height of the shelf design conforms to the lifting capacity of the forklift, if the top floor clear height of the warehouse is insufficient, the actual lifting height of the forklift needs to be appropriately reduced to ensure the safety of the operation process.

Actual requirements for storage of goods

The height of the goods and the specifications of the pallet need to be taken into account. The lifting height of the forklift truck needs to meet the total height of the goods and the pallet, and at the same time reserve the operation space for the access operation to ensure that the goods can be placed smoothly in the shelf level without the risk of getting stuck or dumping.

Lifting height selection in different shelf scenarios

Lightweight multi-layer shelf adaptation solution

For lightweight multi-layer shelves, the floor height is usually between 2-4 meters, and the medium and low lifting gears of the forklift can be selected, which not only meets the access requirements, but also reduces equipment energy consumption and improves operation efficiency. When adapting, focus on whether the load-bearing capacity of each layer of the shelf matches the rated load of the forklift to avoid overload operations.

Heavy duty high shelf adaptation solution

The height of heavy-duty high-rise shelves is mostly 6-12 meters. At this time, the maximum lifting height of the forklift needs to be enabled, but the vertical accuracy of the shelf needs to be verified in advance to ensure that there will be no collision problems caused by the tilt of the shelf during the lifting process of the forklift. At the same time, in combination with the freight turnover frequency of the warehouse, adjust the lifting speed of the forklift to ensure the stability of the high-rise operation.

Narrow channel dense shelf adaptation scheme

The working space of narrow aisle dense shelves is limited, and the forklift needs to be accurately aligned with the shelf level when lifting. At this time, in addition to matching the lifting height, it is also necessary to pay attention to the adaptation of the side shift function of the forklift and the width of the shelf channel to ensure that the position of the goods can be accurately adjusted during the lifting process and the access operation can be completed.

Key considerations during the adaptation process

Accuracy of field measurements

Before adapting, it is necessary to use professional measurement tools to accurately measure the height of each layer of the shelf, the net height of the warehouse, the width of the channel, and other parameters to avoid unreasonable adaptation due to data errors, which will affect subsequent operations.

Matching verification of device performance

After completing the parameter matching, a field trial operation is required to verify the stability and operational flexibility of the forklift at different lifting heights, ensure that the goods can be accessed smoothly in actual operation, and check whether there are blind spots or operational obstacles.

Continuous guarantee for daily maintenance

After the adaptation is completed, it is necessary to regularly maintain the lifting system of the forklift, check the status of the hydraulic cylinder, chain and other components, and avoid affecting the accuracy of the lifting height due to equipment failure. At the same time, according to the use and wear of the shelf, adjust the adaptation parameters in time to ensure the reliability of long-term operation.