Industrial RFID Tag

Radiofrequency signals are used by industrial RFID tags, a contactless automated identification technology, to identify target items and gather pertinent data. There is no need for human involvement in the identifying process. The benefits of RFID technology, which is a wireless variation of barcodes, include being waterproof, anti-magnetic, resistant to high temperatures, having a long service life, having a big reading range, having data encryption on the tag, having a greater storage data capacity, and being simple to update stored information.

Industrial RFID tags are mostly used in the following areas:

1. Inventory and asset management: real-time tracking and location of items in the warehouse to ensure inventory accuracy and traceability.
2. Production process management: automatic identification and tracking of raw materials, semi-finished products, and finished products on the production line to optimize the production process.
3. Logistics and supply chain management: tracking the location and status of goods from the starting point to the endpoint to improve logistics efficiency and supply chain visualization.
4. Tool and equipment management: tracking and managing tools and equipment in the factory to ensure they are used and maintained correctly.
5. Safety management: real-time monitoring and tracking of personnel, kandaraan, and assets to improve the safety of factories or warehouses.
6. Medical and pharmaceutical industries: tracking and managing drugs and medical devices in the medical and pharmaceutical fields to ensure medical quality and safety.
7. Environmental monitoring and energy management: automatic collection and transmission of environmental data such as temperature and humidity, and optimization of energy utilization.
8. Smart retail and shelves: automatic identification and settlement of goods in the retail field, as well as optimization of product display and replenishment on smart shelves.

Functional Specifications:

RFID Protocol and Frequency:

Support EPC Class1 Gen2 and ISO18000-6C protocols.

Frékuénsi: AS (902-928MHZ), Uni Éropa (865-868MHZ).

IC Type and Memory:

IC Type: NXP UCODE 8.

Memory: EPC 128 bits, USER 0 bits, TID 96 bits.

Write Times and Data Retention:

Write Times: Minimum 100,000 times.

Data Retention: Up to 50 years.

Applicable Surface and Reading Range:

Applicable Surface: Metal surface.

Reading Range (Fixed Reader): AS (902-928MHZ) up to 20.0 meters, Uni Éropa (865-868MHZ) up to 20.0 meters.
Read range (handheld reader): Up to 7.0 meters in the United States (902-928MHZ), and up to 7.5 meters in the European Union (865-868MHZ).