860-960MHz Fixed UHF RFID Reader
Impinj R2000 Chip
Up to 700 tags/s
RS-232 or TCP/IP
TTL Uart port
8 External Antenna Ports
Tag RSSI Supported
|Dimension||230mm(L) x 160mm(W) x 28mm(H)|
|Body Material||Die-cast aluminum|
|Input Voltage||DC 12V – 18V|
|Standby Mode Current||<30mA|
|Sleep Mode Current||<100uA|
|Max Operating Current||600mA +/-5% @ DC 12V Input|
|Operating Temperature||– 20 °C – + 55 °C|
|Storage Temperature||– 20 °C – + 85 °C|
|Humidity||< 95% ( + 25 °C)|
|Air Interface Protocol||EPC global UHF Class 1 Gen 2 / ISO 18000-6C
|Spectrum Range||860Mhz – 960Mhz|
|Supported Regions||US, Canada and other regions following U.S. FCC
Europe and other regions following ETSI EN 302 208 with & without LBT regulations
|Output Power||0 – 33dBm|
|Output Power Precision||+/- 1dB|
|Output Power Flatness||+/- 0.2dB|
|Receive Sensitivity||< -85 dBm|
|Peak Inventory Speed||>700 tags/sec|
|Tag Buffer Capacity||1000 tags @ 96 bit EPC|
|Ambient Temp Monitor||Supported|
|Host Communication||RS-232 or TCP/IP|
|GPIO||2 inputs optical coupling 2 outputs optical coupling|
|Max Baud Rate||115200 bps|
|Heat Dissipation||Air cooling|
|1. IUR800 Fixed uhf rfid reader adopts Indy R2000 chip:
◆RF transceiver uses Impinj Indy R2000.
|2. High performance anti-collision algorithm:|
|3. Optimized algorithm for a little of tags:
◆Better tag response time.
◆Optimized for small tag quantity applications.
|4. Dual CPU architecture:
◆Main CPU is responsible for tag inventory, assistant CPU
is responsible for data management.
◆Inventory and data transfer are parallel and simultaneous.
This feature improves the total performance significantly.
◆Assistant CPU is responsible for generating real random number.
◆Assistant CPU is responsible for system operating surveillance.
|5. Fast 4 antenna switch inventory:
◆High speed inventory therefore antennas could beswitched rapidly.
The minimum inventory duration for an antenna is 25ms.
◆Every antenna’s inventory duration is configurable.
|6. Two inventory modes:
◆Buffer mode and real time mode.
◆In buffer mode, inventoried tag will be stored in buffer.
This mode improves the efficiency of multi tag inventory.
◆In real time mode, inventoried tag will send the data in real time.
This mode allows user to get tag’s data instantly.
|7. Hardware system halt detection:
◆Hardware CPU status surveillance.
◆Run for 24 hours X 365 days without system halt.
|8.Low operation voltage:
◆Input voltage DC 12-18V.
|9. Low power consumption:
◆Maximum out power only needs 1.3A +/-10% (12V DC Input).
◆Low-power Mode, single tag only 300mA +/-10% (12V DCInput).
|10. PA health surveillance:
◆PA status surveillance.
◆Make sure PA never works under saturated state.Protected it for long term operation.
|11. 18000-6B/C full compatible:
◆100% 18000-6B/C compatible.
◆Can be switched rapidly between protocols.
|12. 18000-6B large data read/write:
◆Read 216 bytes in one time takes less than 500ms.
◆Write 216 bytes in one time takes less than 3.5s.
◆Can also read/write data with various lengths.
◆Extremely stable (approximate 100% success rate).
13. Antenna connection detection:
◆Detect antenna connection.
◆Protecting RF receiver.
◆Can be cancelled by command.
|14.Excellent industrial design:
◆Disposable cast aluminum body which is a classic model
in the industry.
|15.High quality connector system:
◆All the connector be used are famous brand products with bestquality. Ensure a reliable connection.
|16.Excellent onboard power system:
◆8 independent power supplies on board. Every unit issupplied independently.
◆All of the power supply has soft start function. Improvesthe stability of the power supply system.
|17.Multi-board temperature sensor:
◆Multi point surveillance, Accurate monitoring systemoperating temperature.
|18.Dual backup power output correction:
◆Make sure output power can be fine adjusted.
◆Two mutually backup power parity modules. Unless alsodamaged, the system can operate normally.
|19.Concise and effective command system:
◆Serial communication interface.
◆Simple, convenient and effective for easy integration.
|20.Excellent thermal design:
◆All heating devices have thermal structure.
◆A large area of heat sink contact surface.
◆Thermal coupling interface using high thermalconductivity solid materials which are non-volatile under high temperature.
◆Disposable cast aluminum body, long-term continuousoperation without heat.
Data Sheet & User Manuel