Kathrein CA5-300 317 MHz YAGI ANTENNA

Unleash the Power of Professional Communication
The Kathrein CA5-300 317 MHz Yagi Antenna is a masterpiece of engineering, designed to cater to the sophisticated needs of professional fixed-station applications within the 216–398 MHz band. This five-element yagi antenna stands out with its balanced driven element, ensuring unmatched performance even in challenging icing conditions. Its robust construction combines heavy-wall anodized aluminum pipe and tubing with heavy cast aluminum and stainless steel hardware, designed to withstand the tests of time and nature.

Innovation Sealed for Perfection
Innovation lies at the heart of the Kathrein CA5-300, featuring an internal balun and dipole feedpoint meticulously sealed within the boom assembly. This design not only enhances the antenna's resilience against environmental elements but also contributes to its sleek and efficient profile. The entire antenna operates at DC ground potential, a testament to its advanced safety features and electrical design.

Versatility in Installation and Use
Whether you're deploying this antenna for horizontal or vertical polarization, its versatility allows it to seamlessly integrate into your existing setup. The Kathrein CA5-300's design accommodates mounting on masts of 2.375 inches OD, ensuring easy installation across various sites. This adaptability, combined with its superior front-to-back ratio and wide beamwidths, makes it an ideal choice for a range of professional broadcasting and communication applications.

Applications That Transform Communication
Imagine a world where distance doesn't dilute the clarity of communication. The Kathrein CA5-300 317 MHz Yagi Antenna is the bridge to this reality, catering to broadcasters, communication service providers, and emergency response teams. Its impressive gain and robust design ensure reliable transmission and reception of signals over extensive distances, making it indispensable for critical communication infrastructures and professional broadcasting networks.