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Antenna Navilock 60555 network SMA 30 dBi
The Navilock 60555 network SMA antenna delivers a maximum gain of 30 dBi and is designed for 50 Ω systems. The antenna uses circular polarization and connects via a male SMA connector. It requires a supply voltage in the range of 2.8 V to 5.0 V and draws approximately 13.5 mA. The compact housing measures 36 mm (width) × 44 mm (depth) × 14.5 mm (height) and is finished in black, providing a small-form solution for improving network link performance where higher directional gain and circular polarization are needed.
The Navilock 60555 offers high directional gain up to 30 dBi, which can extend range and improve signal strength for compatible 50 Ω wireless equipment. Circular polarization helps mitigate polarization mismatch between devices and can reduce the impact of multipath reflections in certain deployment scenarios. Its SMA male connector ensures straightforward mechanical and electrical connection to devices that accept SMA interfaces. The low current consumption (about 13.5 mA) and modest supply voltage requirement make it suitable for integration with a variety of powered network devices.
Mount the Navilock 60555 antenna where a clear line of sight or the desired coverage pattern can be achieved, and ensure the mating SMA connector on the host device is compatible and properly tightened by hand to provide a secure electrical connection. Supply the antenna with the required voltage between 2.8 V and 5.0 V following the host device’s power provisions. Position and orient the antenna to achieve optimal signal level and check link performance; due to its directional characteristics and high gain, small changes in aim can materially affect received and transmitted signal quality.
Use the Navilock 60555 on equipment designed for 50 Ω antennas and with SMA-compatible connectors. For best results in point-to-point links, mount the antenna with clear mounting azimuth and elevation and verify polarization alignment. Avoid exposing the antenna module to conditions beyond the host equipment’s specified environmental ratings and follow local regulations for antenna placement and maximum allowed transmit power.
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