Audited Supplier
UHF Metal Tag-27
Glass Break Detector
Wireless
860MHz~960MHz
Identification
Available
DAILY
100PCS/Bag or Other by Customized
101*18mm
Guangzhou, China
Product Description
This UHF RFID tag for metal is a good solution for industries that want to track products containing metal or liquid. This mount on metal UHF RFID tag can perform stably around metal condition, and is designed for international deployment. Its operating frequency could be customized to vary in different countries, for instance, 902-928MHz in USA, 868MHz in Europe and 950MHz in Japan.
Besides, with Gen 2 RFID technology, this UHF metal tag promises fast read rate and long read range from 1 meter to 5 meters. With 3M Glue on the back side, it can be easily mounted on any metal surfaces, such as on metal pallets, engine parts, metal containers, etc.
Type: Contactless read & write UHF metal tag
Operating frequency: UHF (860MHz ~ 960MHz )
USA FCC: 902-928MHz
Europe etsi: 868MHz
Japan: 950MHz
Support protocol: ISO18000-6c epc class 1 gen 2
Read / write range: 1m ~ 5m
Adapted speed < 100 km/h
Storage capability: 512bit or 96 bit(2k bit)
Data maintenance: 10years, EMS memory can be wiped or written over 100k times
Operating mode: Fhss or regular frequency
Operating temp: -40 degree to +90 degree
Physical characteristics
Standard color: Yellow, green, black (other on request)
Housing material: Special material, 3m glue, can use direct on metal
about US:
DAILY RFID is able to design and develop RFID tags and RFID readers in different sizes and different shapes for your different requirement. For more info about RFID products please kindly visit our website china-rfid.en.made-in-china.com , we will contact you as soon as possible.
Remark:
1. Specifications are subject to change, please pay attention to our latest one.
2. DAILY RFID reserve the right to the final interpretation of the above terms.
Remark:
1. Specifications are subject to change, please pay attention to our latest one.
2. DAILY RFID reserve the right to the final interpretation of the above terms.
