FRM-150 Non-Penetrating Flat Roof Antenna Mount with 1.50 in. OD x 5 ft. Mast

3 Star Inc 3S-FRM-150 Non-Penetrating Flat Roof Antenna Mount with 1.50 in. OD x 5 ft. Mast
Made in the USA!
Slightly larger than the 1.25 inch DIA mast, the 1.50 inch is utilized for Residential and Commercial use for mounting Flat Panel, Small Parabolic 2.4/5.8 GHz. MIMO Link, Specialty Omni Reception, Specialty UHF, Fiberglass Whip and other Small yet solid or slightly weighty Antennas.
Non-Penetrating Roof Mounts can be utilized within various weight restrictions depending on the Structural Composition of your flat roof, and when set up on a Rubber Mat or Pad, will protect surfaces such as Shingle and Tar, Pea gravel, Membrane and bare concrete without puncturing or marring and help distribute the weight evenly.
Ideal for Light Off-Air TV and Wireless Internet Antenna mounting, is constructed of pre-galvanized 12 Gauge steel, uses 8 standard concrete blocks as Ballast on a 35.5" x 35.5" Base Frame. Mast pipe length may be 58" actual length for shipping purposes.

Height and Antenna Loading capability are dependent upon ballast weight. You need to Consult an Engineer to determine the Load Bearing Capability of the roof that you are entertaining such an Installation. It is Important to choose a Mount and Mounting Location with a Picture of the Finished Installation in Mind. Be Sure to First select a location that lends itself to applying a Load without Compromising the Integrity of the Material you affix to. Most Decorative Finishes most often do not have the Strength to Hold a Weight or Pressure without fail. Further, Think about what's underneath the exterior. Is it stronger, or will it yield to Pressure over time also? Weather Proof the Installation to Maintain the Integrity of your Home. Next consider the Location over a Lifetime of Adjustments, does it lend itself to modifications in Height or Direction? Larger Antennas increase the surface area presented to air movement, Hence, Wind-load does increase. As the length of the mast increases from Its last attached point on the structure, the torque applied in cantilever also increases with Weight and Wind-Load, requiring a more substantive attachment and Load-Bearing material. Keep the Distance Minimal from the Antenna to the TV's and Equipment you feed, as to minimize loss and the need for Amplification.