RFID Antennas are responsible for emitting and receiving waves that allow us to detect RFID chips. When an RFID chip crosses the antenna field, it is activated and emits a signal. The antennas create different wave fields and cover different distances.
Antenna Type: Circular polarization antennas work best in environments where the orientation of the tag varies. Linear polarization antennas are used when the orientation of the tags is known and controlled and is always the same. NF (Near Field) antennas are used to read RFID tags within a few centimeters.
Dual frequencies RFID+RF.
Item track and trace.
EAS RFID system alarm.
Loss prevention visualization.
Replenish stolen items to reduce out-of-stocks.
People counting and flow statistics.
Product name | UHF RFID System-PG506L |
Tag chip | Impinj Indy ™R2000 |
Installation distance (Max.) | ≤1.8m (RF only) ≤2.0m (RFID only) |
Function | Infrared people counting, EAS/RFID anti-theft |
Interface | RS-232, RJ45 |
Operation mode | Connect to cash server through protocol interface |
Protocol | ISO 18000-6C/EPC Global C1G2 |
Transmitting power | 0dBm~+30dBm |
Receiving sensitivity | -83dBm (R2000) |
Modulation mode | BSD_ASK/M0/40KHz; PR_ASK/M2/250KHz |
PR_ASK/M2/300KHz; BSD_ASK/M0/400KHz | |
Power supply | |
Power adaptor | |
Frequency | ETSI, 865~867MHz |
FCC, 902~928MHz | |
CCC, 920~925MHz,840~845MHz | |
NCC, 924~927MHz | |
Material | Acrylic |
Size | 1517*326*141MM |
Detection range | 1.8m (depneds on the tag & enviornment at site) |
Working model | Master+Slave |
Opreation voltag | 110-230v 50-60hz |
Input | 24V |
Working temperature | -20℃~+70℃ |
Storage temperature | -40℃~+70℃ |
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