GUANGDONG XIEDA INTELLIGENT EQUIPMENT CO., LTD.
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Address: Foshan City, Nanhai District, Shishan Town, Guanyao Ligang Zixia Industrial Zone
High-bay warehouse
The company mainly produces and operates: various types of racking, product types range from unmanned fully automatic automated three-dimensional warehouses, semi-automatic shuttle racking systems, to small supermarket self-selection racking, and related logistics peripheral equipment (such as: storage cages, pallets, etc.).
Product Introduction
Project Overview
A high-bay warehouse is a highly automated warehousing system designed to achieve fast and accurate access to goods through intelligent control. This project will design and construct a high-bay warehouse to meet the enterprise's needs for efficient material management and reduced logistics costs.
Design Principles
1. Efficiency ：Ensure fast access to goods through advanced control systems and stacking equipment.
2. Stability ：Ensure continuous and stable operation of the system and reduce the occurrence of failures.
3. Safety ：Adopt various safety protection measures to ensure the safety of personnel and equipment.
4. Scalability ：The design should consider possible future expansion needs to facilitate later upgrades and maintenance.
Warehouse Structure Design
The warehouse structure is the foundation of the high-bay warehouse, and its design should consider factors such as strength, stability, and fire prevention. The structural design should include shelf layout, beam selection, and support structure.
Stacking System Planning
The stacking system is a key part of realizing goods access. The planning includes aisle width, stacker crane trajectory, and retrieval strategy. Ensure that the system can complete the storage and retrieval operations in the shortest time.
Control System Design
The control system is responsible for the operation and management of the entire high-bay warehouse. The design should include hardware selection, software programming, and data communication. The control system should have functions such as fault self-diagnosis, data recording, and analysis.
Equipment Selection and Configuration
Equipment selection should be based on actual needs, including stackers, conveying equipment, and handling equipment. The configuration of the equipment should meet the requirements of high efficiency, stability, and safety, and consider the possibility of later maintenance and upgrades.
Construction and Installation Requirements
Construction and installation are key links to ensuring the quality and performance of the high-bay warehouse. It is required that the construction unit strictly follow the design drawings and process requirements for construction to ensure the installation accuracy and stability of the equipment. At the same time, safety protection measures should be taken during the construction process to ensure personnel safety.
Through this design document, we have detailed the design ideas, principles, structure, system planning, control design, safety protection, equipment selection and configuration, and construction and installation requirements of the high-bay warehouse. In the actual implementation process, appropriate adjustments and optimizations should be made in combination with the actual on-site conditions and enterprise needs to ensure the efficient, stable, and safe operation of the high-bay warehouse.
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- Commodity name: High-bay warehouse
Project Overview
A high-bay warehouse is a highly automated warehousing system designed to achieve fast and accurate access to goods through intelligent control. This project will design and construct a high-bay warehouse to meet the enterprise's needs for efficient material management and reduced logistics costs.
Design Principles
1. Efficiency ：Ensure fast access to goods through advanced control systems and stacking equipment.
2. Stability ：Ensure continuous and stable operation of the system and reduce the occurrence of failures.
3. Safety ：Adopt various safety protection measures to ensure the safety of personnel and equipment.
4. Scalability ：The design should consider possible future expansion needs to facilitate later upgrades and maintenance.
Warehouse Structure Design
The warehouse structure is the foundation of the high-bay warehouse, and its design should consider factors such as strength, stability, and fire prevention. The structural design should include shelf layout, beam selection, and support structure.
Stacking System Planning
The stacking system is a key part of realizing goods access. The planning includes aisle width, stacker crane trajectory, and retrieval strategy. Ensure that the system can complete the storage and retrieval operations in the shortest time.
Control System Design
The control system is responsible for the operation and management of the entire high-bay warehouse. The design should include hardware selection, software programming, and data communication. The control system should have functions such as fault self-diagnosis, data recording, and analysis.
Equipment Selection and Configuration
Equipment selection should be based on actual needs, including stackers, conveying equipment, and handling equipment. The configuration of the equipment should meet the requirements of high efficiency, stability, and safety, and consider the possibility of later maintenance and upgrades.
Construction and Installation Requirements
Construction and installation are key links to ensuring the quality and performance of the high-bay warehouse. It is required that the construction unit strictly follow the design drawings and process requirements for construction to ensure the installation accuracy and stability of the equipment. At the same time, safety protection measures should be taken during the construction process to ensure personnel safety.
Through this design document, we have detailed the design ideas, principles, structure, system planning, control design, safety protection, equipment selection and configuration, and construction and installation requirements of the high-bay warehouse. In the actual implementation process, appropriate adjustments and optimizations should be made in combination with the actual on-site conditions and enterprise needs to ensure the efficient, stable, and safe operation of the high-bay warehouse.
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Foshan City, Nanhai District, Shishan Town, Guanyao Ligang Zixia Industrial Zone
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