Trylon 5.94.H210.110

The Trylon TSF 5.94.H210.110 SuperTITAN self-supporting tower kit comes complete with all of the hardware you'll need to construct a 110-ft self-supporting tower. The Trylon SuperTITAN is compliant with both EIA 222-F and EIA 222-G design standards and is constructed of standard 10-ft sections. Each section is comprised of 100% hot-dip galvanized 60° angle and 90° bracing on a diagonal pattern.The 5.94.H210.110 SuperTITAN tower ships…The Trylon TSF 5.94.H210.110 SuperTITAN self-supporting tower kit comes complete with all of the hardware you'll need to construct a 110-ft self-supporting tower. The Trylon SuperTITAN is compliant with both EIA 222-F and EIA 222-G design standards and is constructed of standard 10-ft sections. Each section is comprised of 100% hot-dip galvanized 60° angle and 90° bracing on a diagonal pattern.The 5.94.H210.110 SuperTITAN tower ships knocked-down and requires field assembly by an experienced tower professional. This kit includes all 10-ft sections, 5-ft embedment section for concrete, splice hardware and pipe anchor brackets for antenna mounting pipe. Tower sections included with this kit are as follows:5.94.0012.000 Knocked-down top section #25.94.0031.000 Knocked-down section #35.94.0041.000 Knocked-down section #45.94.0051.000 Knocked-down section #55.94.0061.000 Knocked-down section #65.94.0071.000 Knocked-down section #75.94.0081.000 Knocked-down section #85.94.0091.000 Knocked-down section #95.94.0101.0HD Knocked-down heavy-duty section #10HD5.94.0111.0HD Knocked-down heavy-duty section #11HD5.94.0121.0HD Knocked-down heavy-duty section #12HDNormal soil foundation designs are found below in the Attachments section. Geotechnical surveys are always recommended prior to any tower installation. If you would like for to recommend a tower for your particular application please fill out and submit a Tower Design Questionnaire. If you choose to purchase a tower from (as a kit or in parts) without submitting a Tower Design Questionnaire, you do so at your own risk. Read More