PLED13S Circuit Protection

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Lightning is one of the most severe external causes of machine failure and losses. It is of vital importance for industry and production that equipment and facilities be adequately protected from excessive lightning currents and induced voltages. Thus, the application field and working principle of PLED13S lightning protection system are essential for machine and system operations.

PLED13S lightning protection technology is a scientifically sound lightning protection system. It is designed to protect the whole system by preventing lightning from entering the premises directly or indirectly. The system consists of several components, such as the voltage followers, air terminals, conductors, arresters and grounding network. All these components can be connected together to form a complete protection system, aiming at minimizing the risk of lightning-induced damage.

The working principle of PLED13S lightning protection technology mainly relies on the concept of interception probability. As lightning enters the system, the air terminals are among the first components to gain the energy from the lightning while the voltage followers immediately follow to intercept and absorb the remaining lightning current. The lightning current then travels along the conductors and is transferred to the arresters.

The arresters are the most important components of the PLED13S lightning protection system and can effectively limit the voltage increase in the system. They provide a discharging route for the excessively high lightning voltage, which is then grounded safely by the grounding network. As the conductor conduct lightning properly, the whole system of PLED13S lightning protection system is kept safe from the risks posed by lightning.

Generally speaking, the PLED13S lightning protection system has proven to be a satisfactory option for protecting against lightning-induced faults. It has an excellent performance compared to other lightning protection systems and can reliably protect machines, equipments and components from the impact of lightning. Furthermore, it is also useful in controlling transient overvoltages originated from lightning strokes. Therefore, PLED13S has widely been employed in different industrial fields, especially those related to power supplies, telecommunications, renewable energy and transportation.

The specific data is subject to PDF, and the above content is for reference