We are offering Lightning Protection System. is of high efficiency that helps in testing both high-voltage laboratories and real-life lightning conditions. the lighting system is of optimum quality and is good performance.
benefits :
5-model range offering customized solutions for each projectfully autonomous operation reliability robust design lightning conductor only becomes active when electrical field intensity rises straight forward installation high-voltage laboratory test results available on request real-life test results and scientific reports available on request ultra-safe iso 9001-2000 manufacturing process
applications :
industries residential commercial
working process :
the ionization device is charged via the lower electrodes using the ambient electrical field (several million volts/meter when storms are prevalent). this means the prevectron®2 is a fully autonomous system requiring no external power supply.the ionization phenomenon is controlled by a device which detects the appearance of a downward leader: the local electrical field increases rapidly when a discharge is imminent.the prevectron®2 detects changes within the field, making it the first e.s.e. air terminal to react at the precise moment the downward leader develops from the cloud to the ground.early triggering of the upward leader using a system of spark ionization between the upper electrodes and the central tip. the prevectron®2’s ability to trigger an upward leader ahead of any other protruding point within the protected area ensures it will be the preferential point of impact for the lightning discharge.
calculated protection area : gain in triggering time ∆t of the chosen prevectron®2 which allows the ∆l value to be determined according to the formula ∆l (m) =
v(m/_s) .∆t(_s).

We are offering Lightning Protection System. is of high efficiency that helps in testing both high-voltage laboratories and real-life lightning conditions. the lighting system is of optimum quality and is good performance.
benefits :
5-model range offering customized solutions for each projectfully autonomous operation reliability robust design lightning conductor only becomes active when electrical field intensity rises straight forward installation high-voltage laboratory test results available on request real-life test results and scientific reports available on request ultra-safe iso 9001-2000 manufacturing process
applications :
industries residential commercial
working process :
the ionization device is charged via the lower electrodes using the ambient electrical field (several million volts/meter when storms are prevalent). this means the prevectron®2 is a fully autonomous system requiring no external power supply.the ionization phenomenon is controlled by a device which detects the appearance of a downward leader: the local electrical field increases rapidly when a discharge is imminent.the prevectron®2 detects changes within the field, making it the first e.s.e. air terminal to react at the precise moment the downward leader develops from the cloud to the ground.early triggering of the upward leader using a system of spark ionization between the upper electrodes and the central tip. the prevectron®2’s ability to trigger an upward leader ahead of any other protruding point within the protected area ensures it will be the preferential point of impact for the lightning discharge.
calculated protection area : gain in triggering time ∆t of the chosen prevectron®2 which allows the ∆l value to be determined according to the formula ∆l (m) =
v(m/_s) .∆t(_s).