With the development of the application of warehouse shelves in logistics, the development and innovation of new types of shelves have also begun in the planning of storage shelves. Using new standards and material selection and processing can produce shelves with a larger layer load. Then let's take a look at the problems that need to be paid attention to when choosing heavy-duty shelves and how to determine the carrying capacity.
1. The structure of the on-site warehouse. When choosing a shelf, you must consider the effective height under the beam to determine the height of the shelf. The position of the beam is also considered. In addition, the location of ground flatness, fire protection facilities, and lighting facilities need to be considered.
2, the characteristics of stored items. Dimensions, shelf specifications. Weight determines the strength of the shelf. Storage methods: pallets, storage cages or single items, which determine different types of shelves. In addition, the company's growth needs in the next two years must be taken into consideration.
3. Handling equipment. The width of the rack aisle will directly affect the choice of stacker. In addition, the lifting height and weight should also be considered. The comparison of handling equipment can refer to the type and brand of forklifts.
4. Access frequency and access method. Although some models of shelves have good storage density, they have low access and are suitable for low-frequency operation.
How to determine the bearing capacity:
The materials produced by warehouse shelves are all made of steel materials, so the design of the shelves is an important part of the shelf loading performance. Although the appearance and standard of the two shelves are exactly the same, the connection method of the layer weight is also different due to the different steel processing methods used in the production.
Two, shelf parts standard:
The shelf size standard that has not been established will also affect the performance of the laminate's load-bearing capacity. The column and laminate of the storage shelf are the supporting points of the entire shelf, so the thickness is a critical factor. For large warehouses with high requirements for the bearing capacity of the storage layer, the safety factor of the storage layer can be improved by increasing the bearing capacity of the storage layer.
Three, planning skills:
With the development of warehouse shelves in logistics, the planning of warehouse shelves has also begun the development and innovation of new types of shelves. Using new standards and material selection and processing can create larger layered shelves.