Non-Penetrating and Penetrating Support SystemThe AFC HD is designed to handle up to and including a 4.5M antenna. Larger antennas may be used, but each installation must be reviewed by Baird to determine if the mount can withstand the loads. The mount is available in four footprints ranging rom 16' x 16' (shown) to 24' x 24' to spread the ballast load over a greater area. The AFC HD must be used in conjunction with an adapter kit (not pictured) which allows the antenna support structure to attach to the AFC HD base. The maximum length of any part of the AFC HD is 8' to allow for easier shipping and handling.

1. Handles up to a 4.5M antenna. Larger antenna may be used on the AFC HD. However, each installation must be examined to determine if the mount can withstand the wind loads it may be subjected to at the site.
2. Footprints
a. 16' = 16' = 256 sq.ft.
b. 18'8" x 18'8" = 349 sq.ft.
c. 21'4" x 21'4" = 454 sq.ft.
d. 24' x 24' = 576 sq.ft.

Finish - Hot dip galvanized

The AFC HD requires and adapter kit (not shown) to mount the antenna. Each adapter kit is designed to handle a specific antenna, based on the antenna diameter and antenna manufacturer.

Ballast required will be recommended based on antenna diameter, type and survival requirements.

It is the customer’s responsibility to see that all applicable codes are satisfied. it is suggested that a structural engineer review the application of this product.

A pad can be supplied to isolate the mount from the roof surface.

Under extreme wind conditions the mount should be tethered with cable.

Our mounts are used to support satellite dishes ranging from 18” DSS up to 6 meter antennas.
Baird mounts have also been used to support:
•Microwave antennas
•Cameras (weather,news, surveillance..)
•Cellular antennas
•Off-air antennas (vhf,uhf….)
•Weather instruments
•Laser communications

Also contact SEG for Baird custom mounts, in ground poles, mast adapters, penetrating mounts, ridgemount – non penetrating mounts and other custom fabricated mounts for your communications systems.