Several points to organize when building an automated three-dimensional warehouse

　　With the development of various industries, many enterprises have begun to build their own automated three-dimensional warehouses. However, for some unfamiliar enterprises, it is still quite troublesome to build them up, and the key points are not well understood. Therefore, the Shenzhen shelving editor has summarized 7 key points for everyone. Let's take a look together below.

　　1. Warehouse basic data

　　Any design should be based on fundamental data. Without fundamental data, it has no meaning and cannot judge the quality of the design. The more accurate the basic data, the more reasonable the automated three-dimensional warehouse designed. The key factors in basic data include inventory, shipping and receiving volume, scrap quantity, working hours, SKU quantity, etc. Generally, these data should be referenced from historical data or peer data.

　　2. Warehouse load capacity

　　Basic bearing capacity: This includes the ground and floor, and the calculation should be carried out according to the specifications. Shelf bearing capacity: In this regard, the focus is on seismic loads, and it is necessary to use finite element method for mechanical analysis, especially the determination of seismic loads, which is the key.

　　3. Floor height

　　For floor height, there are many understandable concepts, such as floor height, shelf height per floor, etc. However, the floor height we are referring to here refers to the shelf height. For a single depth stacker crane, the floor height includes the crossbeam h1, pallet h2, cargo h3, access space h4, safety space h5, as well as the bottom and top floor heights. If it comes to double depth, there are even more complex regulations for floor height. For the height of the floor, it is also important to note that modular shelves generally have fixed pitch restrictions.

　　4. Pre storage area and post storage area

　　The determination of the front and back areas of the warehouse is actually related to the stacker crane. To determine the dimensions of the front and back areas of the warehouse, it is necessary to have a thorough understanding of the structure of the stacker crane; For an inexperienced designer, it's best to refer to someone else's design. Correctly understand the front and back areas of the warehouse, as well as the requirements of the maintenance area.

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