Freewave Antennas

FreeWave antennas are tailored for long-range, industrial-strength wireless communication, making them a preferred choice across many sectors. The company was an early pioneer in the IIoT space and now offers several antennas capable of being part of a wireless network run by FreeWave equipment.
These antennas cover a variety of types—whip, coil, directional, and omni-directional—as well as complete kits with mounts and cables for just about any application. Some schematics accompanying the description of the antennas show them capable of being installed in a horizontally polarized position—a setup that might be required for certain signal-path configurations. The whip antennas employ a long, slim form factor and are suitable for applications where an omnidirectional setup close to the antenna is necessary.
The directional antennas offer high gain and good front-to-back ratio performance that make them useful for establishing line-of-sight communication—that is, communication in a straight line from one antenna to another, as opposed to around in a circle, inside a sphere, or through a series of reflectors. FreeWave antennas are vitally important to the operation of industrial communication networks. They enable uninterrupted data flow between the individual parts of a system, which is crucial for "edge" automation; that is, for smart systems in remote, hard-to-reach places.
FAQs
What are FreeWave antennas used for in industrial applications?
FreeWave antennas are used to transmit and receive wireless data between FreeWave radios in industrial automation, SCADA, telemetry, and remote monitoring systems where reliable long-distance communication is required.
Which FreeWave antenna is best for long-range communication?
Directional Yagi and high-gain panel FreeWave antennas are best for long-range communication, while omni-directional antennas are ideal for shorter-range or multi-direction coverage in plant and facility environments.
Are FreeWave antennas compatible with all FreeWave radios?
Most FreeWave antennas are designed to work with specific FreeWave radio frequency ranges, so it is important to match the antenna frequency and connector type with the radio model for optimal performance.
Where are FreeWave antennas commonly installed?
FreeWave antennas are commonly installed in water and wastewater facilities, oil and gas sites, manufacturing plants, energy infrastructure, and remote monitoring locations requiring dependable wireless data transmission.
How do I choose the right FreeWave antenna for my system?
Choose a FreeWave antenna based on frequency range, communication distance, mounting location, and coverage requirements, ensuring compatibility with your radio and network design.