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As a back-to-back storage system, steel shelving systems have many advantages. In these shelf systems, shelf dimensions can be prepared according to the customer's needs. The dimensions of the shelf system are determined and produced after the feasibility study for other shelf systems. It is the most economical pallet racking system designed with the fifo working principle, providing direct access to the pallets. What is fifo? The English abbreviation of FIFO is First In First Out. This expression means 'First In First Out' in Turkish. Pallet size, shelf size, pallet height including product, max. Project layout and product selection are made according to pallet weight.
Appropriate corridors are left in the project according to the stacking device to be used. A stacking device should be selected in such a way that the warehouse height is used to the maximum, it can take the pallet on the top floor and lift the maximum weight to this height. Compared to other rack systems, vertical and horizontal connections must be used in this system in accordance with the required places and module loads. The quality of the steel used in the steel shelf table even affects the assembly of the shelves used as warehouse shelves.
In this storage system, the sleepers carrying the pallets are selected in accordance with the floor load and the shelf dimensions can be adjusted according to the pallet size. It is possible to change the distances between floors easily later. The shelf legs used are manufactured from pre-galvanized sheet metal with a maximum thickness of 2.5 mm.
Steel shelf tables vary according to the weight of the material. Electrostatic powder paint to be used in the material is preferred in different colors.
The traverses are attached to the carrier legs by snapping. Safety pins are used to prevent the traverses from coming off. Various accessories and products can be adapted to the system in accordance with the OHS rules.
H traverse, intermediate sleeper, stopper sleeper, foot protectors, wire back cages, aisle fasteners, load bearing labels etc. products can be included.
Back to back storage rack system can be used easily in all sectors.
This system is suitable and can be used in warehouses with robotic systems.
The disadvantage of the system is that a significant part of the warehouse volume is used for these aisles, since a corridor is required between each row of shelves to work.
The carrier feet used in the system are selected according to the load coming to the module and the height of the warehouse, and their dimensions are determined.
In order for products other than pallets to be used in the system, special carrier profiles, pans and grids made of sheet metal are placed between the sleepers to form a suitable surface.
In the system, both stocking and order picking compartments can be created on the lower floors.
Carrier legs and heavy type crosses are fixed to the ground with chemical anchors. Adjustment plates are used at the bottom for the system to be leveled.
The floor concrete must be manufactured to be resistant to the point loads that will affect the system when it is loaded. It is desired that the slope on the ground be as close to zero as possible.
The intermediate distances of the double modules in the system are determined depending on the pallet size to be used and if there is product overflow from the pallet.
It will be appropriate to leave a 150 mm working space on the pallet so that the pallets can be taken easily with the stacking device on the floors.
In warehouses, the racking system should be placed 90 degrees perpendicular to the shipping ramps as much as possible. In this way, warehouse control and traffic can be observed more easily. Thus, product placement and retrieval can be done easily. Depending on the architectural structure of the building, this settlement can be in different forms. Efficiency and warehouse capacity should always be at the forefront here.
When the number of side-by-side modules is high in the rack system, the so-called tunnel passages should be removed from the determined points, and the places where intermediate transitions are provided should be opened. This is a necessity according to order picking and fire regulations.
In the system, it is important to put foot protectors inside the corridors and at the beginning of the corridors for safety against the impact of the stacking device.
In the design, it would be appropriate to leave product preparation and handling areas in front of the shipping ramps. In addition, appropriate spaces should be left in the front of the other sections (office, dining hall, battery charging stations, wc, etc.) in the warehouse for both human passage and stacking device passages. Fire access doors and points should also be designed accordingly.
Column etc. in warehouse architecture. structures should not be located in corridors as much as possible. It is important in terms of occupational safety and in-warehouse traffic. For a correct placement, it is important to position the columns so that they coincide with the module. As ÜÇGE, contact us for our high-tech products and more that we bring to your door. -Go to e.
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