CA860S4

The CompleTech CA860S4 is a directional stacked yagi array designed for reliable wireless communication within the 830-890 MHz frequency range. This antenna offers a significant 12 dBi gain, ensuring robust signal reception and transmission for applications requiring focused directional coverage. The CA860S4 supports both vertical and horizontal polarization, providing deployment flexibility to adapt to various system requirements. Constructed with a copper radiator for optimal conductivity and an ABS/FG PU foam radome for environmental protection, this antenna is built for durability. It features a low VSWR of less than 1.5, which guarantees efficient power transfer and minimizes signal reflection. The N-female connector ensures a secure and stable connection. Designed for pole mounting, the CA860S4 is compatible with poles ranging from 35 mm to 60 mm in diameter. It is engineered to withstand a wind load of 112 N, making it suitable for outdoor installations. The UNSPSC code for this product is 43221706. The CompleTech CA860S4 is an ideal choice for industrial, telecommunications, and security sectors where precise and dependable directional antenna performance is critical. Its specifications are derived from the manufacturer's catalog, ensuring accuracy for your system design. The stacked yagi array design enhances directivity and gain, making it effective for point-to-point or point-to-multipoint communication links. The materials used, copper for the radiator and a durable radome, contribute to its longevity and performance in challenging conditions. The low VSWR is a key indicator of the antenna's efficiency and impedance matching capabilities, crucial for maximizing transmitted power and minimizing receiver noise. The N-female connector is a standard interface in many RF systems, facilitating easy integration with existing equipment. Mounting compatibility with common pole diameters simplifies installation logistics. The wind load rating is an important consideration for outdoor antennas, ensuring structural integrity during adverse weather.