UHF split reader can connect multiple antennas at the same time and be installed in different areas to read and write RFID tags. It is also often used in large-scale intensive reading scenes such as warehousing and shelves. The configuration and use of UHF split reader involves many steps. The following is a general guide.As a representative of the industry, rfid tag It is necessary to set a certain example for peers and lead the way in product quality. https://www.vanchrfid.com/
First, the preparation stage
Determine the position and support:
Determine the installation position of UHF split reader and select the appropriate bracket type to ensure the stable installation and maximum function of the equipment.
Check equipment integrity:
Check whether the reader body, antenna, cable, power supply and other accessories are complete and intact.
Prepare necessary tools:
Prepare screwdriver, cable tie, network cable and other tools needed for installation and connection.
Second, the installation and connection
Install the reader:
Fix the reader in the selected position and fix it with screws or tie straps.
Connect antenna:
Connect the antenna with the antenna interface of the reader to ensure that the connection is firm and not loose.
Connect the power supply:
Connect the reader to the power socket with the provided power cord to ensure that the voltage and current meet the equipment requirements.
Network connection:
If the reader supports network connection (such as Ethernet, Wi-Fi, etc.), configure the network according to the equipment manual to ensure that the reader can access the network.
Third, the configuration software
Install configuration software:
Install the necessary configuration software according to the equipment manual or the information provided by the supplier. For example, for Siemens PLC configuration, Broadcom software may be required.
Add device:
Create a new project in the configuration software, and add UHF split reader as a new device. Input device parameters such as IP address and port number according to the software prompts.
Configuration parameters:
Configure various parameters of the reader, such as reading frequency, reading range, data format, etc. The setting of these parameters will directly affect the performance and stability of the reader.
Testing and debugging:
After the configuration is completed, the reader is tested with the test tag to check whether it can read and write data normally. Make necessary debugging and optimization according to the test results.
IV. Use and Maintenance
Daily use:
In daily use, operate according to the equipment manual or operation manual to ensure the correct use of the reader.
Data management:
Manage and analyze the data collected by the reader to meet the business needs.
Regular maintenance:
Regularly clean and check the reader to ensure that it is in good working condition. Pay attention to check the antenna connection and cable wear, and replace the damaged parts in time.
Software update:
Pay attention to the software update information released by equipment suppliers, and update the configuration software and firmware versions in time to improve the performance and security of equipment.
V. Matters needing attention
Safe operation:
In the process of installation, configuration and use, strictly abide by the safety operation rules to prevent electric shock, short circuit and other safety accidents.
Electromagnetic interference:
Pay attention to the interference between the reader and the surrounding electromagnetic equipment and avoid placing the reader in a strong electromagnetic field environment.
Label compatibility:
Confirm the compatibility of the selected tag with the reader before use to ensure the correct reading and writing of data.
Technical support:
In case of technical problems, contact equipment suppliers or professional technicians for help in time.
Through the above steps, users can complete the configuration and use process of UHF split reader. However, the specific steps may vary depending on the equipment model and supplier, so you should refer to the equipment manual or the detailed information provided by the supplier in actual operation.