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The storage rack placement is the last step before its use. How to put the shelves scientifically and regularly in order to better serve the storage ? Of course, there are some technical things. Some people think that the more racks are placed, the higher the utilization rate of the warehouse, but this is not the case. Take a problem: it’s as elegant as the rack on the side of the wall. In the case of close to the wall, if double-row racks are placed, then the

The protective accessories are widely used in industrial racks. These accessories not only protect the safety of forklift operators but also stabilize pallets on the racks. However, some users feel that adding these protective accessories is not necessary because of the extra cost. They believe that as long as the forklift operator operated properly, the safety problem will not happen to them. Is it necessary to install protective accessories for pallet rack or cantilever rack? Absolutely! Unlike the display shelving in the supermarket, the warehouse storage racks

Warehouse managers always have many worries in their daily work. Such as, too many goods piled up, finding no places to store goods, lacking of operators, slow efficiency and so on. What’s worse, the mess of warehouse also drives staff mad from time to time. Under this circumstance, Jracking rack can be an idea solution to everyone. So how to set up Jracking racks and take full use of spaces is our topic today. Now we will introduce how to set and use Jracking rack efficiently. Firstly,

Double deep rack is derived from the common pallet rack. It is a kind of intensive rack storage system. The rack is designed as a double-row parallel structure to work with scissors forklift. The utilization ratio of warehouse is about 42% and the selection ratio is 50%. The aisle is designed according to forklift, and the structure is the same as the adjustable rack. It is widely used in food and beverage industry, tobacco industry, paper industry, manufacturing industry and so on. Its main characteristics are: 1) The beam height is low,

Characteristic of drive in rack Pallets are stored in depth direction with high storage density and high utilization rate of warehouse. FIFO and FILO can be achieved, but forklift must be driven into the rack aisle for operation. It can be set as unilateral access or bilateral access. Generally, it is better to control the depth of 7 cargo spaces on one side and 12 cargo spaces on two sides in order to improve the efficiency and reliability of forklift’s access. The operation speed of forklift can be

Storage can be roughly divided into two types from material form: one is pallet storage form. The other is box storage form. Following is a description of common schemes for pallet storage:   Pallet storage is suitable for the storage of large items, that is, the average storage volume of a single SKU is relatively large.   Pallet storage currently has pallet stacking storage; pallet rack + forklift storage; pallet rack + VNA forklift storage; drive in rack + forklift storage; shuttle rack + forklift storage; ASRS storage.   1.1 Pallet stacking storage

Intelligent storage system is an intelligent warehouse that stores goods on high-rise steel racks, accesses and stores goods with roadway stacking crane cooperating with other loading and unloading handling systems around it, and is managed and controlled by computer in an all-round way.   Enterprises are upgrading their warehousing systems because of these attractive advantages: 1. Replacing land with space, reducing land cost and expanding storage capacity; 2. Reduce labor intensity and labor cost of workers; 3. Improving delivery accuracy; 4. Shorten supply chain cycle   1.

1. Design standard   JB/T 5323-91 steel rack technical conditions;   ZBJ83015-89 code for design of high-rise warehouse;   Specification for design of FEM10.202 European material handling industry of steel racks;   2. Product features   Upright and H bracing, D bracing and the footplate are connected by bolts, bolts for high strength bolts 4.8 galvanized;   The whole beams punch forming, effectively prevent the severe impact, greatly improves the loading capacity;   The upright can be adjusted up and down according to the pitch. Each layer of the

Structural continuity collapse refers to structural failure caused by accidental loads, which leads to continuous failure of components connected with failure components, leading to collapse failure in a wider range than the initial local failure. The consequences of continuous collapse are very serious, and the causes are not proportional to the losses. Rack structure, due to its own characteristics, is prone to continuous collapse.   First of all, the rack structure has low redundancy and no redundant components. After the failure of a single column, there is