Antenna Mounts

More information about Antenna Mounts

The type of mounting chosen will often depend on the installation location and the antenna's size and weight. Some common types include:

J Mount

This type of mount is shaped like the letter 'J', hence its name. The J mount is often used for smaller antennas and is typically installed on the roof or side of a building. It's perfect for surfaces where a straight vertical mount would not be suitable.

Pole Mount

This mount is designed to attach antennas to an existing pole or mast. They typically accept poles of varying diameters and are usually secured with bolts for enhanced stability.

Flat Surface Mount

As the name suggests, these mounts are ideal for installation on flat surfaces, such as roofs or walls. They usually come with a bracket that can be bolted to the surface, and a stand or mast where the antenna is mounted.

Roof Mount

These mounts are specifically designed for roof installation. Some roof mounts are designed to install on horizontal surfaces, while others can be fitted to pitched or flat roofs.

Mast Mounts

These are used to attach antennas to masts or other vertical structures. These are often used for larger antennas or those requiring higher elevation.

FAQs

What antenna mount is recommended for a wide diameter antenna?

For a wide diameter antenna, a sturdy mount with a high load capacity is typically recommended. The specific type of mount will depend on where the antenna is installed and the physical conditions of the installation site. Here are a few types that could be suitable: tripod mount, non-penetrating roof mount, tower mount and mast mount.

UHF Frequency Basics

Ultra High Frequency (UHF) is the designation that has been assigned for any radio frequency in the range between 300 megahertz and 3 gigahertz. This designation was assigned by the International Telecommunication Union. Here are some basic facts about UHF:

- The frequency range is directly related to the wavelength range, which will range from 1 meter up to 1 dm.

- The size of the antennas used for this frequency range are dictated by the wavelength.

- Depending on the frequency being used, it is possible to see the behavior of specific wavelengths vary from other frequencies in the UHF spectrum.

- In most cases wavelengths in UHF spectrum propagate by line of sight.

- Used in medium range radio transmission signals such as: cell phones, walkie talkies, wireless networks, FM radio stations, TV broadcasting, etc.

- The higher the frequency, the more important line of sight in transmitting and receiving radio communications.

- In most cases, UHF radio transmission is limited to about 30-40 miles, often shorter depending on local terrain.

- The Federal Communications Commission has allocated that different ranges within the UHF spectrum be used only for certain purposes.