2036-25-C3LF

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The 2036-25-C3LF is an gas discharge tube arresters (GDT). As a form of lightning protection, GDTs provide surge and transient voltage protection for sensitive circuits and equipment from damaging lightning-created voltages. GDTs provide a unique combination of features for applications within the electric power industry and for other industrial, commercial, and residential applications, such as sensitive electronic circuits and control systems.

The design of the 2036-25-C3LF GDT consists of several critical elements. Its primary components are a spark gap along with multiple metal oxide varistors (MOVs) as well as a series of fuse elements. Together, these components passively absorb up to 3000A (8/20μs impulse), providing fast and robust protection. Its design also includes an integrated pressure arrester compartment, with an internal metal oxide varistor, which provides protection against fault current overvoltages.

The 2036-25-C3LF GDT is designed for reliable protection against surges and transient voltages in a wide variety of industrial, commercial, and residential applications. It can effectively protect control systems, lightning sensors, and other essential equipment from surges and transient voltages caused by lightning strikes and other sources of high-voltage spikes. It is especially well-suited for installations in the electric power industry, providing superior protection against direct and indirect lightening strikes.

The various components of the 2036-25-C3LF GDT work together to provide superior protection in difficult environments. The spark gap of the GDT provides the primary protection against the high-voltage spikes typically caused by lightning strikes. This spark gap is designed to fire only during a catastrophic event, such as a huge lightning strike, and is not prone to continuous or intermittent firing during normal conditions. It provides a robust barrier between the protected system and the potentially damaging transient voltage.

The integrated metal oxide varistor (MOV) in the pressure arrester compartment of the GDT also provides effective protection against surges and transient voltages. MOVs are semiconductor devices that conduct when exposed to a voltage above their breakdown voltage. An MOV\'s breakdown voltage can be tailored for specific applications by selecting an appropriate material, size, and number of layers. The MOVs in the 2036-25-C3LF GDT are designed to be highly responsive with a very fast recovery time.

The 2036-25-C3LF GDT also includes numerous fuse elements for further protection against high-voltage spikes. The fuse elements are designed to open and interrupt the circuit when voltages exceed a predetermined level. This feature ensures that no further damage is done to the protected system in case the spark gap or MOVs are unable to provide adequate protection.

In addition to providing superior protection from surges and transient voltages, the 2036-25-C3LF GDT is also designed for ease of installation. It is an external GDT unit, featuring a direct connection to the electrical system and requiring no additional mounting hardware. The GDT is designed with a plug-and-play installation process, meaning it can be quickly and easily installed with virtually no additional training or special tools.

Overall, the 2036-25-C3LF gas discharge tube arrester is an effective solution for providing surge and transient voltage protection for sensitive circuits and equipment from high-voltage lightning strikes and other power disturbances. Its unique combination of features ensures maximum transient protection and makes it ideal for a range of residential, commercial, and industrial applications. The plug-and-play installation process and robust protection capabilities make it an ideal choice for any application where surge protection is needed.

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