If the wind pushes your kite near a power line, let go of it. Flying kites near power lines and electrical facilities is dangerous and can disrupt electric service if kites get tangled in power lines. … Fly your kite in an open area, far away from overhead power lines and electricity facilities.
Why should we not fly kites near overhead electric cables?
“If you are flying a kite and it gets caught in the overhead power lines, the electricity can travel down the cord and potentially cause serious injury. … Don’t attempt to pull the kite free, high voltage electricity can travel down the string; Keep yourself and other people well away; and.
Can you get electrocuted by flying a kite?
Every year in this country, children are electrocuted when their kite strings come in contact with a power line. Even though kite string is not a conductor of electricity, it can easily become contaminated with dirt and sweat, which will conduct the electrical current down the kite string.
Why kite flying is dangerous?
Flying your kite near roads or freeways is dangerous because your kite may accidentally land on the road causing an accident. … If your kite strikes a vehicle, it will cause serious damage to the vehicle and your kite, causing a large expense and/or personal injury. Avoid other kites, kite lines and kite flyers.
What is a safe distance from a power line?
Why can birds sit on power lines?
Birds can sit on power lines and not get electric shocks because the electricity is always looking for a way to get to the ground. The birds are not touching the ground or anything in contact with the ground, so the electricity will stay in the power line.
What do you do if there is a downed power line?
Avoid touching anything, such as a car, object or equipment, or anyone who is in contact with a fallen power line. Keep children and pets away from fallen electric lines. Avoid driving over a fallen power line. Call 9-1-1 immediately to report a fallen power line.
What is the best weather to fly a kite?
Experts agree that most average kites will fly well in light breezes of 4-10 miles per hour. As a general rule, there’s probably enough wind to fly a kite if you can feel a breeze on your face. Another good way to measure the wind is to look for rustling leaves and waving flags.
Did Franklin really fly kite?
On June 10, 1752, Benjamin Franklin flies a kite during a thunderstorm and collects ambient electrical charge in a Leyden jar, enabling him to demonstrate the connection between lightning and electricity. … He also invented the lightning rod, used to protect buildings and ships.
How high can you fly a kite?
Why do kites attack humans?
A new study has found that the probability of attack by kites, birds of prey that inhabit urban areas, increases in neighbourhoods where human population is high and conditions are unhygienic. The birds also get more aggressive when they have eggs in their nests.
What precautions should one take while flying kites?
- Don’t fly near people, especially young children.
- Don’t fly close to roads. …
- Keep clear of electric power lines, electrical signs, and TV and radio aerials.
- Don’t fly near airports.
- Don’t fly your kite in winds stronger than recommended.
- Never fly in stormy weather. …
- Don’t underestimate the power of the wind.
Can I fly a kite in the rain?
Never fly a kite in the rain because the kite’s string can carry electricity. Do not fly a kite if there is a risk of thunderstorms or lighting. … Do not use wire or fishing line as kite flying line. Know the wind conditions that you and your kite can handle.
What are the dangers of living near power lines?
In conclusion, there are no known health risks that have been conclusively demonstrated to be caused by living near high-voltage power lines. But science is unable to prove a negative, including whether low-level EMFs are completely risk free.
What is the safe distance from 11kV power lines?
How far away should you live from a transformer?
Generally, homes that are more than 50 m from a high voltage powerline are not expected to have higher than typical magnetic fields. For substations and transformers the magnetic fields at distances of 5-10m away are generally indistinguishable from typical background levels in the home.