What are the design requirements for logistics storage shelves?
Published on:
2021-09-27
Logistics storage shelves are based on packaging, transportation, loading and unloading, classification, and information management, and the six basic functions of logistics. With the continuous development of the warehouse shelf industry in 2014, more and more industries and enterprises are applied to warehouse shelves, and more and more enterprises enter the warehouse industry. Serving friends from all walks of life. The logistics storage shelf is one of the main facilities of the warehouse. It can be said that it is a necessary part of the modern industrial warehouse, logistics center and distribution center.
What are the design requirements of logistics storage shelves?
A brief summary of several points that need to be paid attention to when choosing warehouse shelves
(1) Factory structure (available height | beam and column position | floor condition | fire protection facilities)
Optional lathes for storage equipment should consider the effective height under the beam to determine the lathe height. The beam and column position will affect the shelf configuration. It is related to the strength of the floor, the flatness of the floor, and the design and installation of the shelf. In addition, consider the installation location of fire protection facilities and lighting facilities.
The shape and size of the deposit are directly related to the selection of shelf specifications, and the weight of the deposit directly affects the strength of the shelf to be selected. In what unit is the storage unit stored? Pallets (pallets), warehouse cages or items each have different types of racking options. Also, to estimate the total storage count, one needs to consider the company's growth needs over the next two years. This information can be obtained through storage system analysis, or professional advice can be requested prior to design.
(3) Accessibility (storage density | FIFO | storage location management)
Typical access and storage densities are relative. That is, in order to obtain high storage densities, one needs to sacrifice the accessibility of the relative sacrificial items. Some forms of lathes have higher storage densities, but are more complex than slot management and often have no FIFO control. The three-dimensional automatic warehouse can be developed upward, with high accessibility and storage density, but the investment cost is relatively high. Therefore, choosing which storage device to choose can be said to be a compromise of various factors and an application of strategy. Accessibility and storage density comparisons for each storage device can be asked over the phone.
(4) Processing equipment (counterweight|horizontal tower|channel width|lifting height|lifting weight|rotation radius)
Access to the storage device is done by carrying the device. Therefore, the choice of storage equipment also considers transportation equipment. The stacker is a typical processing equipment, and the width of the shelf channel directly affects the selection of the stacker (counterweight or narrow road).
(5) Number of checkouts (first in, first out | visit frequency | number of visits)
Some styles of racks have good storage density, but the output is not high, which is suitable for low-frequency work. High shipment volume is a very important data, which is a consideration for the choice of shelf form.
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