Kathrein CA5-300 246 MHz YAGI ANTENNA

Enhanced Performance in Harsh Conditions
The Kathrein CA5-300 at 246 MHz is a pinnacle of design for professional fixed-station applications, spanning the 216—398 MHz frequency band. This yagi antenna is crafted with precision to ensure outstanding performance, even in the most challenging icing conditions. Its balanced driven element is a testament to its reliability and efficiency in diverse environments.

Durability and Strength
A core feature of this antenna is its robust construction. The internal balun and dipole feedpoint are meticulously sealed within the boom assembly, safeguarding against the elements. Heavy-wall anodized aluminum pipe and tubing, coupled with heavy cast aluminum and stainless steel hardware, provide a foundation of strength and longevity. This design choice ensures that the antenna can withstand the rigors of extended outdoor use.

Safety and Stability
The entire antenna structure is maintained at DC ground potential, a critical safety feature that minimizes the risk of electrical hazards. This design consideration is essential for installations in areas prone to lightning or static electricity buildup, offering peace of mind to operators and installers alike.

Versatile Installation Options
Flexibility is at the forefront with the CA5-300, supporting both horizontal and vertical polarization. This versatility allows for tailored installation to meet specific site requirements or signal propagation needs. Whether for broadcast, communication, or monitoring applications, this antenna adapts to your operational demands.

Engineered for Endurance
Prepared to face the challenges of severe weather, the Kathrein CA5-300 is engineered to withstand wind speeds up to 120 mph. This resilience ensures that the antenna remains operational and stable, even in adverse conditions, making it a reliable choice for critical communication infrastructures.

Ease of Installation
Mounting is made straightforward, accommodating standard masts up to 2.375 inches in diameter. This feature simplifies the installation process, allowing for quick and secure deployment in a variety of settings, from remote sites to urban rooftops.