Y-Tex 949 HDX EID Ear Tags (100/box)
Y-Tex 949 FDX EID Ear Tags (100/box)
Description of White Y-Tex 949 FDX EID Ear Tags (100/box):
Y-Tex 949 EID Half Duplex (HDX) tags with button back sold in bags of 20.
The Y-TEX RFID Tag is ISO 117845 compliant employing full duplex and half duplex technology. The transponder is encapsulated in a weather-resistant polyurethane material. The female cattle RFID tags weighs only 6 grams.
Key Benefit of Y-Tex 949 FDX EID Ear Tags (100/box):
Y-TEX RFID tags provide superior read distance, retention and durability.
- HDX (half duplex) Read Distance up to100cm (39.37") Antenna & reading system dependent
Size: The female cattle RFID tag weighs only 6 grams and the sheep/swine weighs only 4.2 grams.
APPLY WITH: the Y-TEX Ultra Tagger Plus Applicator for 2pc Ear Tags that Applies all Y-TEX RFID and Tamper Evident tags.
Ideal for use in management systems where Electronic ID (EID) is required/needed. Lets you identify animals quickly and accurately.
Reading these EID Tags: These tags can be read by a Y-TEX® Bluetooth® Reader or any ISO-Compliant EID/RFID tag reading device.
EID tags have a transponder that is encapsulated in a weather-resistant polyurethane material. Each transponder chip number is also printed on the outside of the tag. Y-Tex RFID tags approved for livestock identification are passive tags. They have no battery or power source of their own. Each tag contains a transponder that is activated when introduced into an electromagnetic field produced by an RFID reader. When activated, it will send the transponderʼs unique chip number to the reader which in turn sends it to the software contained in a computer, electronic scale head or PDA, etc. The unique transponder chip number contained in each ear tag is also printed on the outside of the tag. The Y-TEX RFID Tag is ISO 11784 compliant employing full-duplex technology. The transponder is encapsulated in a weather-resistant polyurethane material. The female RFID tag weighs only 6.42 grams. The new Y-TEX RFID tag provides superior read distance, retention and durability.