Application of RFID industrial readers and writers on AGV cars

Under the influence of various policies such as "Made in China 2025" and smart logistics, coupled with the increase in labor costs, more and more companies are choosing to use AGV vehicles in factories and warehouses to replace previous logistics and transportation methods. In terms of speed, Not only is it faster than manual work, but the quality is also guaranteed. It effectively solves the problem of slow supply of the production line in the factory, saves a lot of labor costs, and makes the company take a step forward in the development of intelligence and automation.

However, AGV cars also have their shortcomings. The navigation and positioning of the site is not accurate enough. Commonly used navigation and positioning methods on the market include laser induction, electromagnetic induction, machine vision, etc. However, these technologies each have their own advantages and disadvantages, and some technologies require a major transformation of the factory environment to achieve accurate positioning, which is time-consuming and costly. , The investment cost is relatively large and it is not suitable for large-scale promotion and use.

The use of RFID technology on AGV cars can not only solve the problem of difficult positioning of AGV cars, but also eliminates the need to modify the factory environment. Just install our company's RFID industrial card reader at the bottom of the AGV car, and install the RFID tag next to the track line of the AGV car. It can not only achieve the precise positioning of the AGV car, but also monitor the car's position dynamics in real time, which facilitates management. The personnel dispatch the AGV cars and issue instructions.

RFID industrial card readers have good environmental resistance and anti-interference properties, and can adapt to various harsh industrial production environments. The free protocol and modbus protocol are integrated internally, which can be connected to various PLC control systems to facilitate the automatic upload and transmission of data. Through the system's algorithm comparison, the working status, working position and other information of the AGV car are determined, thereby controlling the driving status of the AGV car. It can accelerate, turn, or park, etc. to improve the efficiency of the car. It is widely used in AGV cars, warehouse management, assembly line production, Logistics Management and other fields, and has mature product solutions.