It uses an aluminum reflector and ABS cover, has good waterproof and UV protection, and is suitable for indoor and outdoor use.
It supports a maximum wind load strength of 36.9 m/s, has strong wind resistance and good stability, and is suitable for outdoor high-altitude installation.
It is equipped with a TNC-N interface, compatible with mainstream RFID reader systems, and supports flexible docking and rapid deployment.
The horizontal and vertical beam widths are both 40°, which is suitable for scenes that require precise coverage, such as access control channels and channel identification areas.
Dimension(mm): 445*445*38mm
Antenna weight(kg): 2.0 kg
Frequency: 865-868Mhz
Connector: TNC-N
Wind loading area(㎡): ≤0.2 ㎡
Rated wind velocity(m/s): 36.9
Reflector material: Aluminum
Radome material: ABS
Beam Width(°): Hor:40 Ver:40
VSWR: ≤1.3
Impedance(Ω): 50 Ω
Front-to-back ratio(dB): ≥22 dB
MAX.Power(W): 50W

RFID Panel Antenna is a high-performance, industrial-grade UHF directional antenna designed for RFID fixed reading and writing systems. The antenna size is 445×445×38mm, weighs about 2.0kg, has a compact structure, is easy to install, and has an operating frequency of 865–868MHz, which complies with the UHF RFID frequency band standard in Europe. It has a TNC-N connector interface and can be connected to multiple types of RFID readers. It uses an aluminum reflector and a high-strength ABS cover, and has excellent wind resistance (rated wind speed up to 36.9 m/s, windward area ≤0.2㎡), ensuring stable operation outdoors or in high wind pressure scenarios.
RFID Panel Antenna has ±40° horizontal and vertical beam width, front-to-back ratio ≥22dB, standing wave ratio VSWR ≤1.3, impedance of 50Ω, maximum power handling capacity of 50W, good directivity, anti-interference and signal focusing capabilities. It is an ideal antenna solution for building precise identification areas and efficient multi-tag identification. It is suitable for complex environments such as warehousing, logistics, access control channels, production lines and outdoor deployment.