How to Use 13.56 mhz RFID Reader Long Range

RFID technology has been applied in many industries in recent years due to its characteristics of non-contact identification, long-distance identification, and strong environmental adaptability. The 13.56 mhz RFID reader long range communicates wirelessly with the RFID electronic tag through the antenna, and can read or write the tag identification code and memory data.
 

Recognition Distance of 13.56 mhz RFID Reader Long Range

The recognition distance between tags and readers is an important issue in RFID applications. The recognition distance of 13.56 mhz RFID reader long range is also dynamic and related to antennas, reader power, tags, etc., as well as environmental factors. For example, the transmission power of the RFID reader affects the reading and writing distance. The greater the transmitting power of the reader, the reading and writing distance will also increase; the antenna gain and beam width affect the reading and writing distance and range. The greater the antenna gain and the smaller the beam width. , the farther the reading and writing distance is, the narrower the range.
 

The RD52XX 13.56 mhz RFID reader long range can be used with 30 external antennas. It is a reading and writing device with high-sensitivity reading and writing performance and fast anti-collision processing algorithm. It supports multiple communication interfaces such as Ethernet, USB, RS232 and RS485. The product has stable performance and is suitable for RFID integration projects with high reading and writing requirements, such as areas that require intensive reading of large quantities of electronic tags and long-distance reading. The products have been widely used in jewelry management, chip management, production automation, personnel access control and other applications.
 

How to use 13.56 mhz RFID Reader Long Range

Before using the RFID reader, you first need to configure the device wiring. Here is a simple wiring guide for reference:

Step 1: Connect the antenna Connect the antenna of the RFID reader to the standard SMA interface. Make sure the connection is secure to ensure stable signal transmission.

Step 2: Power supply connection Connect the power supply cable of the RFID reader to the power adapter. Choose the appropriate power adapter according to actual needs, and ensure that the power connection is normal.

Step 3: Data connection Connect the interface of the RFID reader to the computer and select the appropriate interface method according to the usage scenario. Open the software or platform supporting the RFID reader and writer, and wait for the software or platform to automatically recognize the reader and writer and add it to the device list.

Step 4: Reading and Writing Test Set the reader parameters on the software or platform, pick up the tag and test it on the antenna to ensure that the reader can read and write tag information normally.
 

13.56 mhz RFID Reader Long Range RFID Application Scenarios

High-frequency long-distance readers can be widely used in warehousing, logistics, retail and other fields. Among them, the following are several typical application scenarios:
 

Warehousing and Logistics

The management and tracking of goods has always been a problem for enterprises such as warehousing and logistics, because during the actual movement of goods, information and direction often change in space and time with actual activities. Therefore, in order to ensure that enterprises can accurately grasp the relevant information of goods in real time, many enterprises adopt RFID technology. For example, by attaching RFID tags to goods, full tracking and management of goods can be achieved.

Using RFID channel readers, tag information can be read in real time at the entrance of the logistics center or on the conveyor belt, thereby enabling automatic identification, counting, sorting, and outbound operations. In addition, in warehouse management, fixed readers and portable readers can also be used for inventory counting, cargo positioning and anti-theft management to improve warehousing efficiency and safety.
 

Retail Field

For the new retail industry, RFID technology is of critical significance in providing personalized shopping guide services, reducing labor costs, improving convenience and product management efficiency.

Write product information into corresponding tags, and combine with smart shelves to achieve intelligent display and data processing of products. If an RFID channel reader is installed at the checkout counter or at the exit, the convenience and efficiency of the shopping experience will be greatly improved by taking advantage of the batch identification advantages of the UHF RFID reader to automatically identify goods and complete settlement.