Kathrein CA5-300 247 MHz YAGI ANTENNA

Unmatched Reliability in Extreme Conditions
Discover the pinnacle of antenna technology with the Kathrein CA5-300 247 MHz Yagi Antenna, specifically designed for professional fixed-station applications within the 216—398 MHz band. This five-element yagi antenna stands out for its balanced driven element, ensuring superior performance even in the harshest icing conditions, making it an ideal choice for demanding environments.

Robust Construction for Long-Term Use
The Kathrein CA5-300 is built to last, featuring an internal balun and dipole feedpoint meticulously sealed within the boom assembly. Its construction utilizes heavy-wall anodized aluminum pipe and tubing, complemented by heavy cast aluminum and stainless steel hardware. This combination not only promises durability but also guarantees the antenna's longevity and resilience against physical stressors.

Safety and Grounding
Safety is paramount with the entire antenna structure at DC ground potential, minimizing the risks associated with electrical surges and lightning strikes. This feature is crucial for installations in exposed locations, providing operators with peace of mind regarding the safety of their equipment and personnel.

Adaptable Installation and Use
Versatility in installation is a key attribute of the Kathrein CA5-300, offering both horizontal and vertical polarization to meet diverse operational requirements. Whether it's for broadcast, communication, or surveillance, this antenna provides the flexibility needed for optimal performance in any setup.

Enduring Through the Elements
Engineered to withstand wind speeds up to 120 mph, the Kathrein CA5-300 ensures uninterrupted operation through severe weather conditions. Its robust design stands as a testament to its reliability, ensuring that critical communications remain active when it matters most.

Simple and Secure Mounting
Ease of installation is assured with compatibility for masts up to 2.375 inches in diameter, facilitating a quick and secure mounting process. This design consideration ensures that the antenna can be deployed efficiently in a variety of locations, from remote outposts to urban infrastructures.