Brand New 406 Mhz - 512 Mhz 1 Folded Dipole Antenna, 4.6 Dbi Gain, 1/4 Wave Offset Pattern, V-pol, Type N Female Connector A Gift They'll Love [BPf3v5ON]

Superior Performance 406-512 MHz Antenna

The L-com LCANED1009 is a state-of-the-art antenna designed for exceptional performance in the UHF frequency band. With its wide bandwidth covering 406 to 512 MHz, it is ideal for various communication systems. This high-gain, single-element folded dipole antenna boasts a remarkable 4.6 dBi gain, ensuring strong and clear signals over long distances. Its 1/4 wave offset pattern provides excellent V-pol coverage, making it suitable for diverse applications in radar, GPR/WPR, FM Radio, TV broadcasts, and public safety.

Robust and Easy to Install

Crafted from high-grade aluminum alloys, the LCANED1009 is a robust and durable outdoor antenna. It is weatherproof and designed to withstand high velocity winds, ensuring years of reliable performance. The antenna features a simple and quick installation process with its included mounting kit. Its pre-tuned quarter wave design means no further field adjustments are required, saving time and effort during installation. Additionally, the antenna is side mounted and includes a pigtail terminated with a Type N female connector for seamless integration with your equipment.

Extensive Application Range

The L-com LCANED1009 antenna is versatile and suitable for a wide range of applications. Whether it's for point-to-point or point-to-multipoint communications, UHF radio systems, or advanced applications like Tetra and P-25, this antenna delivers exceptional performance. It supports wireless LAN systems, IoT and IIoT low data high coverage applications, and even TV broadcasts and FM radio. With its 100 W maximum power handling capability, this antenna is an essential tool for public safety, emergency services, marine communications, and land mobile radio (LMR) and private mobile radio (PMR) networks. The LCANED1009 antenna is your reliable choice for robust and efficient UHF communication.