Round Tapered Composite Direct Burial

The lighting standards listed here are designed for direct burial applications. Items mounted on structures require factory consultation — contact our Project Management team for product configuration and pricing.

Our round tapered poles are constructed of thermosetting resin reinforced with glass or other fibers to meet or exceed the performance requirement set forth in ANSI C136.20-2012. Low-angle, pre-tensioned glass fibers provide stiffness and strength; higher-angle hoop fibers provide the buckling resistance needed in lower area of the poles.

Composite poles

These poles are available in a Natural, Smooth or Semi-Smooth surface. The use of UV-resistant, pigmented resin and a highly UV- and weather-resistant top coat provide the ideal surface finish for all applications.

 

Product Line

  • RTF-1-EMB-15
  • 12
  • RTF-1-EMB-18
  • 14
  • RTF-1-EMB-19
  • 15
  • RTF-1-EMB-20
  • 16
  • RTF-2-EMB-22
  • 18
  • RTF-2-EMB-24
  • 20
  • RTF-2-EMB-26
  • 22
  • RTF-2-EMB-30
  • 25
  • RTF-2-EMB-35
  • 30
Catalog NumberMounting HeightEffective Projected AreaShaft O.D. (in.)Burial Depth (ft)CutsheetTemplate
90100110120130140150TipGroundline
RTF-1-EMB-151210.28.06.55.34.43.73.24.56.23View
RTF-1-EMB-18148.76.85.54.53.73.12.64.56.54View
RTF-1-EMB-19159.286.55.34.43.73.14.56.64View
RTF-1-EMB-20169.37.35.94.84.03.32.84.56.84View
RTF-2-EMB-221818.014.311.79.78.16.95.94.67.14View
RTF-2-EMB-242016.913.510.99.07.66.45.54.67.34View
RTF-2-EMB-262213.310.58.57.05.84.94.14.77.64View
RTF-2-EMB-302510.98.66.95.64.63.83.14.785View
RTF-2-EMB-35307.96.14.83.83.12.51.94.78.45View
 

About Us

United Lighting Standards has been committed to designing, fabricating, finishing, and packaging high-quality steel and aluminum poles since 1971. We adhere to standards set forth by AASHTO, ASTM International, and NEMA. All of our products are built using fabricating and welding procedures outlined in the American Welding Society (AWS) manual for steel and aluminum to eliminate welding defects and ensure structural integrity.

Read more about ULS