What are the design and planning of the ASRS system?

The design of each automated warehouse is divided into several major stages, each stage has its objectives to achieve.

the design of the preparatory work before

the choice and planning of the warehouse

the design of the preparatory work before

1. To understand the site conditions for the construction of the warehouse, including meteorology, terrain, geological conditions, ground bearing capacity, wind and snow loads, earthquake conditions, and other environmental impacts.

2. In the overall design of the automated warehouse, mechanical, structural, electrical, civil engineering, and other multi-disciplinary intersection, mutual constraints, which requires third-party logistics companies in the design must take into account the needs of each profession. For example, the movement accuracy of the machinery should be selected according to the accuracy of the structure fabrication and the settlement accuracy of the civil construction.

3. To work out the third-party logistics enterprises on the storage system investment, staffing, and other plans to determine the size of the storage system and the degree of mechanization and automation.

4. To investigate and understand the conditions of other aspects related to the third-party logistics enterprise warehousing system, for example, the source of goods, linking the traffic situation of the depot, the packaging of goods, the method of handling goods, the final destination of goods and means of transport, etc.

the choice and planning of the warehouse

Determine the form of the warehouse, the mode of operation, and mechanical equipment parameters: The automated three-dimensional warehouse used in a variety of mechanical equipment, generally includes aisle stacker cranes, continuous conveyors, high-level shelves, a high degree of automation, and automatic guided vehicles. In the overall design of the warehouse, according to the size of the warehouse, the variety of goods, access frequency, etc. to choose the most suitable mechanical equipment, and determine the main parameters of these devices.

Determine the form and specifications of the unit of the good: As the premise of the automated three-dimensional warehouse is unitized handling, so determine the form, size, and weight of the cargo unit is a very important issue. It will affect the third-party logistics enterprises to the warehouse investment and will affect the entire storage system is equipped, facilities, and other issues. Therefore, to reasonably determine the form, size, and weight of the cargo unit, all possible cargo unit forms and specifications should be listed and reasonable choices made based on the results of surveys and statistics. For those goods with special shapes and sizes or very heavy, they can be handled separately.

Determine the library capacity (including cache area): the area of the warehouse and the allocation of other areas. personnel and equipment matching the transmission of system data. Because the data transmission path is not smooth or data redundancy, etc., will cause the system data transmission speed is slow, or even can not transmit the phenomenon, so consider the automated three-dimensional warehouse and the problem of information transfer between the upper and lower management system with the third-party logistics enterprises. the overall operational capacity

Automated three-dimensional warehouse upstream, downstream and the coordination of its internal subsystems, there is a barrel effect problem, that is, the shortest piece of wood to determine the capacity of the barrel. Some warehouses use a lot of high-tech products, a variety of facilities and equipment is also very complete, but due to the coordination between the subsystems, compatibility is not good, resulting in the overall operating capacity than expected much worse.