Kathrein CA5-300 237 MHz YAGI ANTENNA

Optimize Your Communications with Kathrein's Yagi Antenna
Introducing the Kathrein CA5-300 237 MHz Yagi Antenna, meticulously designed for the professional fixed-station applications across the broad 216—398 MHz band. This antenna is a powerhouse of performance, featuring a five-element yagi array that ensures unparalleled signal clarity and reach, making it an ideal choice for professionals seeking reliable communication solutions.

Unmatched Durability for Uncompromised Performance
The Kathrein CA5-300 is built to last, incorporating a heavy wall of anodized aluminum pipe and tubing along with heavy cast aluminum and stainless steel hardware. Its balanced driven element is specifically engineered to offer superior performance under challenging icing conditions, ensuring that your communications remain clear and uninterrupted, regardless of the weather.

Innovative Design for Optimal Functionality
Central to its design, this antenna includes an internal balun and dipole feedpoint, both sealed within the boom assembly to protect against environmental elements. This thoughtful design not only enhances the durability of the antenna but also ensures consistent performance by preventing moisture ingress and the resultant damage.

Versatile Installation Options
Flexibility is at the core of the Kathrein CA5-300, which supports both horizontal and vertical polarization. This feature, coupled with its compatibility with masts of 2.375 inches (60mm) OD, provides users with multiple installation options to maximize signal coverage and effectiveness across various settings.

A Commitment to Safety
Safety is paramount in the design of the Kathrein CA5-300, with the entire antenna maintained at DC ground potential to minimize the risks associated with electrical surges. This feature not only extends the lifespan of the antenna but also ensures the safety of the equipment and personnel involved in its operation.

Applications That Benefit From Superior Signal Quality
The Kathrein CA5-300 transcends its role as a mere antenna, serving as a critical component in enhancing communication for emergency services, public safety, broadcasting, and other sectors that rely on clear, reliable communication. Its exceptional signal performance is crucial for supporting operations that demand efficiency and responsiveness.