CA230S2+

The CompleTech CA230S2+ is a directional stacked yagi array engineered for reliable communication in the 221-239 MHz frequency range. With an impressive 11 dBi gain, this antenna delivers strong signal reception and transmission, making it an ideal choice for demanding industrial, telecom, and security applications where signal integrity is paramount. The core of the CA230S2+ features a radiator constructed from high-conductivity copper, ensuring efficient signal transfer and long-term durability. Protecting this robust radiator is a radome constructed from a combination of ABS and FG PU foam, designed to provide excellent resistance against various weather conditions and environmental factors, ensuring consistent performance in outdoor deployments. The CA230S2+ offers significant deployment flexibility by supporting both vertical and horizontal polarization, allowing users to adapt the antenna's orientation to meet specific operational needs and optimize signal propagation for diverse communication scenarios. For secure and stable connections, the antenna is equipped with N-/TNC-female connectors, ensuring compatibility with a wide range of standard RF equipment and minimizing the risk of signal degradation at the connection point. Installation is straightforward, with a mounting system designed to accommodate poles with diameters ranging from 35 mm to 60 mm, facilitating integration into existing infrastructure. Furthermore, the CA230S2+ is built to withstand challenging environmental conditions, boasting a wind load capacity of up to 220 N, which is crucial for outdoor installations exposed to varying wind speeds. The antenna's performance is further enhanced by a very low VSWR of less than 1.5, a critical specification that guarantees optimal power transfer between the antenna and the connected radio, thereby minimizing signal loss and maximizing overall system efficiency. This combination of high gain, robust construction, polarization flexibility, and low VSWR makes the CA230S2+ a dependable and high-performance solution for point-to-point and point-to-multipoint communication systems that require precise directional control and superior signal strength.