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RR-UANT-1616C
RR-UANT-1616C
RR-UANT-1616C
RR-UANT-1616C
RR-UANT-1616C
RR-UANT-1616C
RR-UANT-1616C
RR-UANT-1616C
RR-UANT-1616C
RR-UANT-1616C

UHF RFID 7dBi Circular Polarization Antenna

RR-UANT-1616C is a high performance UHF RFID antenna. It can be widely applied in many RFID application systems such as logistics, access control, anti-counterfeit and industrial production process control system, RFID New Retail, RFID Intelligent Cabinet.

Model

  • RR-UANT-1616C

Size

  • 165 x 165 x 20 mm

RR-UANT-1616C

Product Details

UHF RFID 7 dBi Circularly Polarized Antenna – RR‑UANT‑1616C

The RR‑UANT‑1616C is a high-performance UHF RFID antenna operating in the 902–928 MHz band, offering 7 dBi gain and circular polarization. Measuring 165 × 165 × 20 mm and weighing around 0.6 kg, it boasts an 80° horizontal × 70° vertical beamwidth, ensuring consistent tag reads regardless of orientation—ideal for logistics, access control, anti-counterfeiting, industrial automation, new retail, and intelligent cabinet applications (rr-rfid.com).


Key Technical Specifications


Frequency: 902–928 MHz (other ranges optional)

Gain: 7 dBi

Polarization: Circular

Connector: SMA‑Female

Beamwidth: ≈80° (H) / 70° (V)

VSWR: ≤ 1.4; Front‑to‑Back Ratio: ≥ 20 dB

Impedance: 50 Ω; Power Handling: Up to 100 W

Lightning Protection: DC‑grounded; Housing: ABS, IP65-rated

Dimensions/Weight: 165 × 165 × 20 mm; ~0.6 kg; Operating Temp: –20 °C to +60 °C (rr-rfid.com)



SPECIFICATIONS

ITEM

COMMENT

Frequency*

902-928MHz

Gain

7dBi

Polarization

Circular

Connector

SMA-Female

Beam width

Hor80°  Ver70°

VSWR

1.4

F/B Ratio

20

Impedance

50Ω

Maximum power

100W

Lightning protection

DC Ground

Radome materia

ABS

Waterproof Rate

IP65

*Other frequency range is optional.

 

LOBE DIAGRAM:

RR-UANT-1616C

MECHANICAL DATA (UNIT: mm)

RR-UANT-1616C 



Remark:

1. Specifications are subject to change, please pay attention to our latest version.

2. Shenzhen RoyalRay Science and Technology Co., Ltd. reserves the right to the final interpretation of the above terms.