RF-UZMTC6018-U8
Superisys
Non Anti-Metal Tag
Availability: | |
---|---|
Quantity: | |
UHF RFID Tag with 1m rear range, made by TPU material , softer type ,meet ISO18000-6C Class 1 Gen2 protocol ,Adopt NXP UCODE8 chips, It has the characteristics of high temperature resistance and high sensitivity!
Minimum Order Quantity | Price | Delivery Time | Stock | Description | Payment Terms | Supply Ability |
one | Large quantity price negotiable | 5-8 Work Days | In Stock | Size(mm)41*29*9mm,High temperature bearing body,RFID carrier identified by 8k bit tool, | T/T, Western Union | 1000 per day |
Model | RF-UZMTC6018-U8 |
Air mouth agreement | ISO 18000-6C Class 1 Gen 2 |
Working frequency | 860~960 MHz |
Chip | NXP UCODE 8 |
EPC memory size | 128 Bits |
USER memory size | 0 Bits |
TID | 96 Bits |
Size (mm) | 60*18*6mm |
Canning material | TPU |
Way to install | Belt |
Class | IP65 |
Weight | 6.5g |
Operating temperature | -20℃~70℃ |
Storage temperature | -30℃~85℃ |
Metal resistance | Non Antimetal |
Read distance | 0-5m |
UHF RFID Tag with 1m rear range, made by TPU material , softer type ,meet ISO18000-6C Class 1 Gen2 protocol ,Adopt NXP UCODE8 chips, It has the characteristics of high temperature resistance and high sensitivity!
Minimum Order Quantity | Price | Delivery Time | Stock | Description | Payment Terms | Supply Ability |
one | Large quantity price negotiable | 5-8 Work Days | In Stock | Size(mm)41*29*9mm,High temperature bearing body,RFID carrier identified by 8k bit tool, | T/T, Western Union | 1000 per day |
Model | RF-UZMTC6018-U8 |
Air mouth agreement | ISO 18000-6C Class 1 Gen 2 |
Working frequency | 860~960 MHz |
Chip | NXP UCODE 8 |
EPC memory size | 128 Bits |
USER memory size | 0 Bits |
TID | 96 Bits |
Size (mm) | 60*18*6mm |
Canning material | TPU |
Way to install | Belt |
Class | IP65 |
Weight | 6.5g |
Operating temperature | -20℃~70℃ |
Storage temperature | -30℃~85℃ |
Metal resistance | Non Antimetal |
Read distance | 0-5m |
Product Applications
1. Use for Smart Manufacturing
(1) Material tracking and management: On complex production lines, non-metallic tags can be used to track the location and status of raw materials, semi-finished products, and finished products. By attaching RFID tags to materials, the system can obtain information such as the location, quantity, and batch of materials in real time, achieving full tracking.
(2)Pallet management: A large manufacturing company has achieved automated management of pallets by introducing non-metallic RFID tags. The tags are fixed on the pallets, and the readers are installed on the production line, which can quickly read the pallet information and improve management efficiency.
(3)Production process optimization: In the deburring process section of the shoe factory, RFID tags are fixed on the shoes, and the readers are installed on the production line. When the shoes pass through the reader, the reader quickly reads the information in the tag and transmits the data to the management system, realizing the automation of the production process.
2. Logistics and warehousing
Inventory management: In the warehouse, non-metallic tags can be used for rapid inventory counting and automatic in and out management. Combined with smart shelves and IoT technology, enterprises can build an efficient asset tracking system to significantly improve inventory turnover and management accuracy.
Product Applications
1. Use for Smart Manufacturing
(1) Material tracking and management: On complex production lines, non-metallic tags can be used to track the location and status of raw materials, semi-finished products, and finished products. By attaching RFID tags to materials, the system can obtain information such as the location, quantity, and batch of materials in real time, achieving full tracking.
(2)Pallet management: A large manufacturing company has achieved automated management of pallets by introducing non-metallic RFID tags. The tags are fixed on the pallets, and the readers are installed on the production line, which can quickly read the pallet information and improve management efficiency.
(3)Production process optimization: In the deburring process section of the shoe factory, RFID tags are fixed on the shoes, and the readers are installed on the production line. When the shoes pass through the reader, the reader quickly reads the information in the tag and transmits the data to the management system, realizing the automation of the production process.
2. Logistics and warehousing
Inventory management: In the warehouse, non-metallic tags can be used for rapid inventory counting and automatic in and out management. Combined with smart shelves and IoT technology, enterprises can build an efficient asset tracking system to significantly improve inventory turnover and management accuracy.