2. Tower Design
Jason Little

3. Location, Location, Location Every design starts with location.
Latitude and longitude coordinates are used to determine the precise location of the tower site.
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Jason Little

4. These factors all play significant roles in determining how much wind load the tower will experience:
What state and county is the tower in?
Is it coastal, in a hurricane-prone area, or inland?
Is it within a flat site, or on a mountain-top?
How much ice is to be expected?
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Jason Little

5. What is going on the tower?
Whether a customer ends up with the correct tower is determined by whether the customer knows what’s going on it.
What is going on the tower?
This is the single most important part of any tower calculation. Some antennas have comparatively low effective projected area (EPA), like a fiberglass omni, for example. An antenna like this puts a light load on the tower, and is more forgiving of tower twist and sway because of its wide beamwidth. Others, like parabolic dish antennas, “collect” a lot more wind, put a lot more force on the tower, and are far less tolerant of twist and sway. Whether a customer ends up with the correct tower is determined by whether the customer knows what’s going on it.
Jason Little

6. Paperwork
Most sites require some form of permitting to be issued before putting the tower in place.
Tessco’s Online Design Form ensures correct information to run analysis and provides a tracked paper trail.
Paperwork
Most sites require some form of permitting to be issued before putting the tower in place. PE (Professional Engineer) Stamped Drawings serve that purpose. When a tower drawing is PE Stamped, it certifies that a licensed, professional engineer approves of tower being used for the specified application. Tessco augments this process via the use of our online design form. The form ensures we are collecting the correct information to run an analysis, as well as providing a tracked paper trail, should questions arise later.
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Jason Little

7. Thank you Jason Little What is going on the tower?
This is the single most important part of any tower calculation. Some antennas have comparatively low effective projected area (EPA), like a fiberglass omni, for example. An antenna like this puts a light load on the tower, and is more forgiving of tower twist and sway because of its wide beamwidth. Others, like parabolic dish antennas, “collect” a lot more wind, put a lot more force on the tower, and are far less tolerant of twist and sway. Whether a customer ends up with the correct tower is determined by whether the customer knows what’s going on it.
Jason Little