release time：  2021-11-29Click volume:  76

Drive-in storage racks, also known as through-type racks or corridor racks, are integral racks without aisle separation. Compared with ordinary heavy beam racks, it reduces the rack passage of electric forklifts and improves the utilization rate of warehouse space. Compared with other intensive racks, the supporting facilities use forward forklifts or balanced electric forklifts, and the cost of system engineering is relatively low. So, how to design and plan drive-in storage shelves?

Design the shelf scheme according to the type of goods. If the goods stored in the warehouse are all of the same type, it is strongly recommended to use drive-in storage shelves. They are stored separately according to the type of goods, and each shelf module stores the same type of goods, and is marked at the entrance, so that the goods can be classified in more detail and the work efficiency of the warehouse can be improved.

In order to ensure the obvious classification of the goods, the design scheme of the drive-in rack is single-side sorting, continuous vertical rod group sorting, and an electric forklift parking space is embedded in the middle. The total depth of the rack is controlled within the depth of 7 pallets.

Customers are advised to ensure that the net weight of the stored goods is within 1500 kg, the pallet span is within 1.5 meters, and the overall design plan for the aspect ratio is within 10 meters. Detailed design to ensure that the stability and safety factors of all racking systems dominate.

The pallets are stored one by one in a deep level. The cost relevance of customer operations is reduced, and the storage capacity of the warehouse is increased.

The design plan of the drive-in rack must master the following data and information

1. The characteristics of pallet cargo: The design plan of the drive-in rack must consider the parameters of the pallet cargo, such as pallet size, net weight, bottom structure, etc. And the specifications and net weight of the pallet cargo must be considered, which requires accurate measurement and clear estimation before the design scheme.

2. The aspect ratio of the electric forklift and the available net height of the warehouse: the total height of the drive-in rack and the maximum lifting height of the electric forklift are related to the available height of the warehouse. The designer must grasp the maximum aspect ratio that the electric forklift used in the warehouse can increase, and accurately measure the height of the customer's warehouse.

3. Models, specifications and main parameters of electric forklifts: According to the models, specifications and main parameters of electric forklifts, we can understand the loading depth of electric forklifts, and then clarify the specifications and overall dimensions of drive-in racks.

4. The construction situation of the warehouse area: We need to have a deep understanding of the construction situation in the warehouse, including the ceiling load-bearing beam, the position of the fire hydrant in the warehouse, and the key import and export. This can design an effective safe passage for the drive-in rack, which is convenient for the storage of goods and the circulation of staff in the future.

5. Directions and regulations for goods entering and leaving the warehouse: In fact, it is mentioned above that goods entering and leaving must be accurately measured and prepared in advance. In fact, the scientific and standardized design of drive-in racks should also grasp the reasonable design of the incoming and outgoing directions of the goods, and arrange the racks reasonably, so that the racks can be installed with twice the result with half the effort.