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Items For Sale |
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SOLD For Sale Heights Tower 61’ self-supporting motorized fold-over aluminum tower. How would you like to have a 61' tower that supports 23 square feet of antennas at 80MPH but be able to work on the antennas and tower with nothing more than a step ladder? And be able to do this all within 15 minutes! You can't get a tower system easier than this that supports this much antenna, and has no guy wires! The key is the hinge section, Dayton motor and screw drive system.
My tower is the "new style" aluminum 61' self-supporting Heights Tower (www.heightstowers.com)
that has a motorized fold-over mechanism (Dayton ½ HP with screw drive, motor
never kept outside) and a 5' heavy duty hinged tower section. The tower is in very nice condition. With the motorized fold over mechanism all tower and antenna work is done from the ground! You cant imaging how nice it is to do tower work at anytime by yourself, no waiting for helpers or the weather! To fold over the tower for work all you have to do is attach the motor with a few quick bolts, plug it into an extension cord, remove 1 big bolt (easy) and flip the switch. In about 10 min the tower is folded over for easy antenna work.
Also, this is truly a tower a single person can install, I know as I did, twice. The only special equipment
was a backhoe (or soil boring drill that the local septic company did for a small fee),
and the concrete truck to pour straight into the hole. Some pics of the
tower and the install process for both times are below. The tower is comprised of the following major components:
Also includes:
Top Shelf 18-131
Actual tower pictures ay my Davidsonville QTH. Click on image for larger picture:
My first install of the tower in 2006 was done with a backhoe, it was not as neat as the septic bore (which was actually cheaper to do) but worked just fine. This was also done with a concrete snorkle truck: Manufacturer's pictures of the heavy duty fold-over mechanism and motor, the fold-over system can lift about 300 lbs of dead weight at the top of the tower. Click on image for larger picture:
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