AGV Network Cabling Technical Standard

In modern large-scale manufacturing workshops, in order to save manpower and improve workshop work efficiency, a large number of enterprises have introduced AGV systems for production workshops and three-dimensional warehouses.

In modern large-scale manufacturing workshops, in order to save manpower and improve workshop work efficiency, a large number of enterprises have introduced burner for production workshops and three-dimensional warehouses.

AGV is characterized by wheeled movement and has advantages such as fast action, high work efficiency, simple structure, strong controllability, and good safety compared to walking, crawling, or other non-wheeled mobile robots. Compared with other commonly used equipment in material conveying, the activity area of AGV does not require fixed devices such as tracks and support frames, and is not limited by the site, roads, and space. Therefore, in automated logistics systems, automation and flexibility can be fully reflected, achieving efficient, economical, and flexible unmanned production. According to different adaptation scenarios and technologies, AGVs can also be divided into traction latent AGVs, platform-mounted AGVs, forklift-type AGVs, omnidirectional AGVs, etc.

 

AGV And AS/RS

 

Mobile terminals and robots run through the entire production management process in factory workshops and warehouse environments. The normal operation of mobile terminals and robots is highly dependent on wireless networks.

At present, it seems that the best choice is still the local wireless network. With the arrival of the 5G era, the quality of AGV signal transmission has made tremendous progress and can fully meet the needs of actual industrial production.

 

AGV Network

 

1. Basic network physical layer construction

 

The basic network requires equipment and engineering construction, which is the most important step. The first step is the selection of equipment, which is actually the quality of construction. These two factors determine the quality of network signals and the later use experience of AGV. It is reasonable to choose industrial grade APs and switches. Network construction mainly focuses on AP allocation areas, network cable connectors and connections, and network cable layout;

 

2. Physical networking

 

After installing the basic equipment, assign fixed IP addresses to some devices on the network for easy unified management, and handle the reserved ports of each system. This is also a basic requirement for the IT department.

 

HULKMAN agv pallet truck

 

3. Network debugging and testing

 

Network debugging is very simple, ensuring that all network devices communicate normally without any network latency exceeding 10ms. Network testing requires simulating the communication between AGV and the central control system in different areas to ensure that there is no network delay of more than 30 seconds during AGV travel. This requires professional testing software and equipment, which can be easily replaced by a regular laptop.

 

AGV VNA Forklift

 

As intelligent conveying and handling equipment for warehouses and workshops, AGV and other handling robots can efficiently complete material transfer and solve the problem of intensive handling. The fast and stable operation of AGV equipment is highly dependent on the wireless communication network between dispatch centers. The preliminary work needs to be done carefully and well by professional personnel!!!

If you would like more information about this product, please feel free to contact us. Recommend other popular products for you: Agv Forklift, agv truck, agv forklifts, pallet truck agv, agv pallet jack, pallet jack agv, agv forklift factory, agv forklifts factory