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1. Rack Types There are three ways to store goods on racks: manual storage, forklift storage and automatic storage, depending on which way you access goods, to choose the storage racks, according to their current development and future development direction. 2. Quality High-quality racks are guaranteed by the thickness of the steel and racks on the racks. Only when the base is well laid can the racks be used for a long time. The rack structure can also determine the quality of a rack. The separators can

Another expression of this question is, should racks be collision-proof? It is well known that racks are used in conjunction with handling equipment. Most racks are equipped with forklifts. It is almost inevitable that forklift collide with racks due to misoperation. However, the accidental loads caused by forklift impact are not considered in the design standard of the rack structure (the dynamic loads of forklifts when loading and unloading goods are given in the mature European rack design standard EN15512, which reflects the good operation of forklifts.

ASRS generally follow the following principles:   1. High performance and low cost of the system (high cost performance ratio)   2. Use simple and appropriate equipment as far as possible, use the least equipment, simplify the whole logistics system   3. The least number of goods disposal and the highest overall operating efficiency   4. Fully consider the safety of personnel and systems   5. High degree of unmanned, minimizing manual intervention   6. Meet the relevant international and industrial standards and adopt standard spare parts and

There are six principles for warehouse layout:   1) Straight line movement Avoid roundabouts as much as possible, preferably straight lines.   2) Monolayer storage It is better to avoid multi-layer accumulation.   3) Efficient handling Transportation efficiency must be high, the speed of single layer storage is relatively fast, but this requires a large area. From another point of view, it is a pallet in, a pallet out is a pallet, which can also be understood as a single layer.   4) Planned storage The purchasing

The design of pillar spacing of storage space in warehouse can be considered from the following aspects:   1. According to the number and type of trucks, determine the number and type of trucks whose column spacing enters the warehouse and stops: trucks of different types and weights will have different volume lengths, and the space and column spacing required for stopping platform will also be different.    2. According to the type and size of storage equipment, the design of storage space between columns should give priority

In dense storage system, rack is the most important component. The initial intensive storage system mainly refers to all kinds of rack forms, including drive in rack, push back rack, gravity rack, mobile rack and so on. In addition, some people also regard ASRS as an implementation of intensive storage. However, it should be pointed out that ASRS is mainly aimed at improving space utilization, which is essentially different from the various rack-type intensive storage methods mentioned above.   The shuttle rack system integrates the characteristics of various racks. It not only

Metal pallet is one of the common logistics equipment in transportation and warehousing turnover. It is also one of the most frequently used warehousing equipment with warehousing rack. The use of metal pallets can be more convenient for the direct handling of goods in storage rack with forklift, which not only provides efficiency but also saves the cost of manual handling.   Then heavy duty rack, drive in rack, shuttle rack, etc. should be combined with their own characteristics, according to different storage needs, choose different materials of

There are two main forms of shuttle rack in warehousing and logistics equipment: shuttle in-out stock system and shuttle warehousing storage system. By means of reciprocating or looping, a trolley running on a fixed guide rail carries goods to a designated place or connecting equipment. Equipped with intelligent induction system, can automatically memorize the origin position, automatic deceleration system. Shuttle is an intelligent robot, which can realize the tasks of picking up, transporting and placing by programming. It can communicate with the host computer or WMS system, and realize the functions of