Drive-in racks are also called drive-through racks, which can be freely disassembled and assembled. Drive-in racks are designed for large-volume types of goods, usually multiple times the utilization of floor space. Pallets are arranged according to depth, one behind the other, making high-density storage possible.
Usually when people are doing warehouse planning and design, the first thing they pay attention to is how many drive in racks can be placed in their warehouse space. However, we should pay more attention to the practicality and convenience of rack operations. For example, only a single row of drive through racks can be placed in the area against the wall. If double rows of through racks are placed, it will make it impossible for goods to enter and exit.
It is necessary to understand data such as forklift equipment and supporting product models and parameters. The height of the forklift and the available net height of the warehouse need to be surveyed before design to avoid directly affecting the safety of cargo storage and the size of the cargo space, reducing the risk of Cargo loss rate.
The planning and layout of the drive in rack should comply with the degree of refinement of product logistics management, and the planning and design solutions should be continuously demonstrated. For example, the main products should be placed in the nearest place, and ordinary products should be placed in the back. This arrangement will facilitate storage. goods. You should also consider the workload and management system of your warehouse, and try to keep the primary and secondary lanes of the drive through rack unobstructed to avoid clogging.
When planning the drive through rack, it is also necessary to determine the load capacity of each layer based on the weight of the storage rack. The through rack must also set a load limit, to avoid unnecessary losses later.