Trylon TSF - Building The Global Communications Infrastructure

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The Trylon TSF Engineering Team offers experienced Engineers supported by state of the art software tools to provide Site Design, Tower or Roof Top Design, Tower Mapping, Tower Analysis and Reinforcing Design to support the development and extension of Wireless telecommunications infrastructure.

The design and analysis capabilities of Trylon TSF are international in scope providing Engineering Services for any country in North America, South America, Europe and Africa.

Our Engineers and software tools are capable of designing to the following most commonly referenced codes:

USA - EIA/TIA-222-F, UBC-1997

Canada - S37

UK - BS8100

Europe - Eurocode 1 (Part 2.4) and Eurocode 3 (Part 3.1)

Romania - STAS10101/20-90

Other codes will be added as required

Trylon TSF provides the following Engineering Services products:

	Site Design and Project Management
	Trylon TSF will visit a green field site and develop the drawings necessary for construction of the site or if required, project manage the site to completion. More...

	Tower, Rooftop and Foundation Design
	Trylon TSF has experienced engineers and optimizing software to provide the most cost effective tower, foundation or rooftop designs allowable under the code specified. Self Support, Guyed, Monopole and Tripole towers can all be designed as may be required. More...

	Tower Inspection
	Trylon TSF Engineers will climb your tower, undertake a thorough inspection and then provide you with a report precisely providing the information required for a tower analysis required before additional loading is added. Unless very accurate records have been kept Tower Mapping is an essential source of information prior to tower analysis. More...

	Tower Analysis
	Trylon TSF has the tools to quickly analyze any Telecommunications tower for any set of loading condition to all the common International Standards. More...

	Tower and Foundation Reinforcement
	Trylon TSF engineers can provide cost effective reinforcement designs that will pull new utility from old tower sites when cost or local regulations make a new tower impractical. More...