Last Chance 10x10 Inch Ip54 Rhcp Antenna For Fcc Rfid Readers: Impinj R420 & Zebra Fx7500 Collection [oV9XIez2]

10x10 inch IP54 RHCP Antenna for FCC RFID Readers

The RFMAX RCPR-902-8-RTM-8 antenna is a top-tier solution for FCC RFID readers, designed to deliver unparalleled performance and reliability. This robust 10x10 inch antenna is specifically tailored for Impinj R420 and Zebra FX7500 readers, ensuring seamless integration and optimal functionality.

Advanced Specifications and Performance

Crafted for the 902-928 MHz frequency band, this antenna boasts an impressive 8.5 dBic gain and circular polarization, providing both exceptional reception and transmission capabilities. The antenna's heavy-duty radome enclosure not only protects it from environmental elements but also allows for easy wall mounting with four threaded mounting studs. An optional articulating mount is also available for wall or mast mounting, offering maximum flexibility. Key features include:

• Integrated Coaxial Pigtail: The antenna comes with a 96-inch coax pigtail and RPTNC male connector, ensuring a seamless connection to your RFID reader.
• HERO Standards Certification: This antenna is the only series certified to the US Navy's HERO standards, making it suitable for military projects and ensuring compliance with hazardous electromagnetic radiation standards (MIL-STD-464A).

Practical Applications and Target Audience

The RFMAX RCPR-902-8-RTM-8 antenna is ideal for a wide range of applications, including inventory management, asset tracking, and supply chain optimization. Its exceptional performance and durability make it a perfect choice for industries that require reliable RFID technology. Whether you are a small business owner or a large enterprise, this antenna offers the following benefits:

• Maximum Efficiency: Achieve optimal performance across the entire 902-928 MHz frequency band with maximum efficiency.
• Excellent VSWR and Axial Ratios: Experience superior signal quality and stability, thanks to the antenna's excellent VSWR and axial ratios.