860~960MHz High-Performance Four-Channel UHF Gen 2 Reader Writer
860~960MHz High-Performance Four-Channel UHF Gen 2 Reader Writer
Description
Overview
GAORFID 216002 high-performance four-channel fixed UHF reader/writer adopts Impinj R2000 module with features of high integration and excellent performance. It operates in the software adjustable 860 to 960 MHz frequency ranges. GAORFID 216002 possesses diverse features including an RF module, digital signal management, versatile interfaces such as built-in RS-232 and RJ45 Ethernet, 2 x channels of optical coupling inputs, 1 x channel of dry contact relay output, etc. Its stylish (fully aluminum alloy) and compact design (only 10cm in length and width) make itself one of the smallest finished products that have built-in multiple antenna ports, and also make the 216002 easy to install and use. It is an ideal solution for applications such as warehousing, parking system, distribution, shop floor, harsh manufacturing or processing environments, outdoors.
Applications
Warehousing, parking system, distribution, shop floor, harsh manufacturing or processing environments, outdoors
Technical Specifications
Operating frequency | Software adjustable 860~960MHz |
RFID tag compatibility | EPC C1 GEN2 / ISO18000-6C |
Communication Interface | Built-in RS-232 and RJ45 Ethernet |
Output Power | 30dBm |
Output Power Precision | +/- 1dB |
Receive Sensitivity | < -88dBm |
Reading Rate | >700 tags/s |
GPIO | 2 channel input optical coupling, 1 channel output electric relay, 1 channel output optical coupling (in reserve) |
RSSI | Supported |
Ambient Temp Monitor | Supported |
Antenna Detector | Supported |
Antenna Port | 4 channel 50Ω SMA port |
Dimensions | 102.8mm(L) x 102.8mm(W) x 28mm(H) |
Weight | 329g/11.6oz(without antenna) |
Material | Aluminium alloy |
Input Voltage | DC 9V – 12V |
Standby Current | <30mA |
Work Current | 800mA +/-5% @ DC 12V Input |
Cooling Mode | Air cooling |
Working temperature | -25 °C to 70 °C |
Storage temperature | -40 °C to 85 °C |
Humidity | 10%- 95% |