Walk-in warehouse racking systems, eIt is a manual storage system that consists of storing the same pallets as bat, on top of each other and in depth, one after the other, with a stacking machine without leaving any spaces.
It is mostly used to store the same size and same type of products in accordance with the first-in, last-out (LIFO) system, and the aim is to reach the maximum storage capacity in the area.
Soğuk hava depoları, hammadde ve yarı mamul ürün depoları, üretim tesislerinde vb. Ürün sirkülasyonu düşük, çeşitliliğin az olduğu işletmelerde daha sık olarak tercih edilir. Depolama alanının yaklaşık %85’i kullanılır. Alandan maksimum fayda sağlarlar.
This system is used very efficiently when storage is made in the form of blocks (one type in modules), when seasonal products are required to be stored, and in cases such as the storage of raw materials and semi-finished products.
Pallet dimensions, pallet heights, pallet weights should be determined first, and then the project stage should be started. The number of floors is determined according to the height of the warehouse. The depth of the modules is decided after the product variety and the number of pallets on a product basis are determined by considering the in-warehouse operation. The efficient use of warehouse space is another detail that needs to be taken into account when making a decision on this issue.
Retractable warehouse rack systems, pallets in modules are placed on galvanized pallet sheets placed on the right and left sides of the floors.
One of the points to be considered while preparing the project is that regardless of the height of the pallet, the first floor height should be suitable for the entrance of the device, since the stacking device must enter inside. When an application is made below this size, forklift etc. There may be problems with the entrance of vehicles. In addition, the stacker must be able to move in the gap between the forklift guide rails. This issue should be discussed at the project stage.
Since there is a forklift entry into the system, the construction can only be connected to each other from the back and the top. In order to obtain a statically safe structure, it is very important to make calculations about these connection points and to determine the products to be used and the assembly details.
cold storageIt is important to design in such a way that the air circulation and cooling devices in the area are not blocked.
The system cannot be connected to each other in this area, as the forklift entry into the corridors allows the products to be taken. This poses a static risk. In order to minimize this risk, necessary fasteners are placed on the system from the top and the back.
Retractable Warehouse Shelving Systems provide maximum efficiency by being used in the storage of products known as Drive-in with the logic of agglomeration. With this system, it allows to store many similar products with the same features easily.
It is important for the efficiency and operation of the system that the quality of the pallets to be used in the system is in accordance with the europallet norms, that the wood quality must comply with the determined criteria, that there is no overflow on the pallets. If the products are transported on pallets and there is a non-geometric loading method, this must be taken into account in the project design and special products should be designed according to these data at the order stage.
In the project design, the modules are arranged side by side and the number of corridors required for the stacking device is at a minimum level. In retractable warehouse rack systems, the truck performs the process by penetrating deep into the modules to receive the pallets loaded into the modules.
In order to ensure safe and comfortable forklift movement in the corridor, there must be guide rails on the sides.