Lightning rods can prevent fires and other dangers of a direct strike.
BUT what about near strikes and their destructive effects, which are 2,000 times more likely???
Surge Suppressors protect against unexpected electrical surges. A quality surge suppressor can withstand 30,000 amps of electrical current.
BUT lightning strikes produce up to 300,000 amps, how is a surge suppressor supposed to provide protection???
Lightning rods and surge suppressors can work together to divert a charge out of a building to ground. In other words, they attempt to send the charge to a neutral point.
BUT the ground is NOT neutral during a lightning strike.
Both lightning rods and surge suppressors have important and effective uses. BUT how are they supposed to protect electronic equipment from a lightning strike? Often they work against protection by providing a pathway from ground to electronic equipment.
It doesn’t add up.
Our system cannot prevent lightning strikes.
Our system cannot prevent lightning from striking your building.
Our system cannot do anything to change or control the way lightning occurs and behaves.
We have the technology to detect a lightning strike before it happens, disconnect pathways and isolate your electronic equipment during a lightning strike, and reconnect when the threat has passed.
This complicated procedure takes all of 400 milliseconds and
it happens automatically.
Your system will never cease operation and you can go on with your life.
Our system gives you peace of mind.
