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Flagpole Guides

Flagpole safety in Italy

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This page is an English translation of the Italian original. Where the two versions differ, the Italian text is the original.

A flagpole is a tall, slender structure exposed to the wind all year round. The main risks are the wind, nearby power lines, buried cables when digging the foundation and work at height during installation and maintenance. This guide brings together the information from Italian rules and bodies on these risks.

Wind

The wind load on a pole grows with its height and the size of the flag. A flag of 200 × 300 cm has four times the area of one of 100 × 150 cm, and a larger flag greatly increases the area exposed. The manufacturer states the largest flag and the wind speed the pole is designed for.

The 2018 Technical Standards for Construction divide Italy into nine wind zones. The basic reference speed at sea level ranges from 25 m/s in the northern regions to 27 m/s in much of the centre and south, 28 m/s in Sicily, Sardinia and Liguria, 30 m/s in the province of Trieste and 31 m/s on the smaller islands and the open sea, and rises with altitude. The zones are described in the guide to flagpole materials.

Weather bulletins

The Civil Protection Department publishes the national weather surveillance bulletin every day, reporting the phenomena relevant to the territory, including strong winds. Many owners lower the flag when strong wind is forecast: the fabric wears less on the fly and the load on the pole and foundation is reduced.

Overhead power lines

For non-electrical work near power lines, article 83 of legislative decree no. 81/2008 refers to the safety distances in table 1 of annex IX:

Nominal voltage of the lineDistance
Up to 1 kV3 metres
Above 1 and up to 30 kV3.5 metres
Above 30 and up to 132 kV5 metres
Above 132 kV7 metres

The distances are net of the space taken up by the work, the equipment and the materials handled, and of the conductors' sway in the wind. A pole raised near a line, or falling onto it, can enter the danger zone. According to E-Distribuzione, when the safety distance cannot be kept, the distributor is contacted to ask whether the line can be switched off. It is common to place the pole further from the line than its own length.

Buried cables

When digging the foundation, the risk lies in buried cables. E-Distribuzione provides, on request, the route of its buried electrical infrastructure to anyone carrying out work nearby. According to E-Distribuzione, the indication may not be exact, which is why trial digs are carried out, including by hand, with the support of an expert where needed. The subject is covered in the guide to flagpole installation.

Work at height

Replacing the halyard or pulley on a fixed pole is work at height. A hinged base allows the pole to be lowered and maintained from the ground. For poles on roofs and staffs on façades, installation and maintenance take place at height, with fall protection. Maintenance is covered in the guide to flagpole maintenance.

Children and public spaces

At schools, in parks and in public spaces an external halyard can be pulled or cut. A pole with an internal halyard and a lockable box reduces this risk as well as theft of the flag. The difference is described in the guide to flagpole mechanics.

Warning signs

Cracks in the base or foundation, loose bolts, corrosion at the joints, a leaning pole or unusual noises in the wind are signs of wear or damage to the structure. The most common problems are described in the guide to flagpole repair.

Frequently asked questions

How far from a power line does a flagpole stand?

Legislative decree no. 81/2008 sets safety distances for non-electrical work near power lines of 3 metres up to 1 kV, 3.5 metres up to 30 kV, 5 metres up to 132 kV and 7 metres above. It is common to place the pole further from the line than its own length, so that it cannot touch the line even if it falls.

Does the flag stay up in strong wind?

Many owners lower the flag when strong wind is forecast: the fabric wears less and the load on the pole and foundation is reduced. The Civil Protection Department publishes the national weather surveillance bulletin every day, which also reports strong winds.

Who calculates a flagpole's wind resistance?

The manufacturer states the wind speed and the largest flag the pole is designed for, and the foundation dimensions. The 2018 Technical Standards for Construction define the wind action by zone, and for major structures the calculation is done by a qualified engineer.

Sources

This guide is based on the following sources, most of them in Italian: