UHF Long Range Reader - ID BOX

Highlights

UHF (EPC C1 GEN2 / ISO 18000-63)
New Generation IMPINJ Reader IC
33dBm RF Power Output
4 / 8 / 16 External Antennas
GPIO (4x Input / 4x Output)
Reserved WIA Antenna Interfaces
Ethernet, RS232, RJ45
PoE (Power over Ethernet)

Specifications

Electrical Specifications
Power SupplyDC 12V / 3A, PoE
Power RatingStandby 2.5W Work
13.5 (MAX) @ +30 dBm
PoE Power Supply802.3af or 802.3at (optional)
Operating Frequency840 – 960 MHz,
software programmable
Output Power5 dBm – 33dBm (± 1dB) adjustable
Operating Distanceup to 12 meters*
AntennasTNC – Male:
4 external (50 Ω)

SMA – Male:
8 external (50 Ω)
16 external (50 Ω
ChipsetImpinj E710
Max. Reading Rate≥ 900 tags/s
StatusPower Indicatior,
Status Indicator
I / O PortsGPIO (4 IN and 4 OUT)
Communication InterfaceUART serial port (RS232 / RS485)
USB 2.0, RJ45, Ethernet (10 – 100m)
WiFi
Mechanical Conditions
MaterialAluminium / Plastic
Dimensions209 × 156 × 27.5 mm
Protection ClassIP40
(Additional Housing option
available with IP67)
Environmental Conditions
Operating Temperature-20°C up to 60°C
Storage Temperature-40°C up to +8°C
Humidityup tp 90%, non condensing
SDK Information
Standard ISO 18000-6C, EPC Class 1 Generation 2
Applicable Standards
EMCEN 301 489-3
Radio RegulationEN 302 208-2
SafetyCEI EN 60950-1
CEI EN 50364
Supported Standards / Tags
Supported OSWindows 7 or higher
Supported LanguagesC, C#/.NET, Java
SCertifications
CertificationsCE

*Reading distance depends on tag, antenna and environmental conditions

Description

Powered by the innovative Impinj E710 reader chip, the UHF Long Range Reader ID BOX is able to read up to 900 RFID tags per second.

The compact design, multiple communication interfaces, and a PoE power supply mode facilitate the installation and allows for rapid deployment, high performance, and long reading distances.

The durable housing is made of all-aluminum alloy, which has good heat dissipation and is resistant to rough and demanding environments in the industrial sector.

The four-corner installation method is stable and reliable. The front panel is designed with multiple indicators to clarify prompt information. RJ45, RS232, and other communication modes can meet the needs of various industrial applications.

Through these communication channels, it is also possible to configure the functional parameters and to upgrade the firmware. We offer a software development kit especially for our UHF Reader series


Application areas

  • Machine Authentification
  • Automotive Production
  • Logistics Applications
  • Data Collection (IoT)
  • Robotics

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