CG40.8SM Circuit Protection

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Gas Discharge Tube Arresters (GDT) are a vital form of surge protection technology. They are designed to provide optimal protection and help ensure longevity of equipment, systems and structures. The CG40.8SM GDT arresters are specifically designed to protect against direct and indirect lightning strikes and provide effective protection against overvoltage transients.

The CG40.8SM GDT arrester is widely used in voltage lightning protection due to its superior performance. It features a direct metal-oxide, non-linear voltage dependent resistor network with two symmetrical, non-linear sections connected in series. It is an ideal choice for overvoltage protection particularly in applications where high energy pulses occur. The arrester also provides a wide voltage protection range.

The CG40.8SM GDT arrester is designed to limit the electrical current that can be conducted by a circuit, thus protecting equipment, systems and structures from a direct or indirect lightning strike. It operates by allowing only a preset voltage to pass through the arrester, while blocking anything higher to pass through. When the arrester detects an overvoltage, it quickly intercepts the current and rapidly dissipates it. This helps to ensure the safety of the environment and the equipment, systems and structures.

The CG40.8SM GDT GDT arrester is an efficient and cost-effective way to protect equipment, systems and structures against overvoltage. It is designed to provide superior protection and is also suitable for lightning protection. It is easy to install and requires minimal maintenance. Its robust design offers robust protection and has been proven to provide reliable and effective protection for long periods of time.

The CG40.8SM GDT arrester is an ideal choice for lightning protection applications. It is designed to provide superior protection from both direct and indirect lightning strikes. It is suitable for a wide range of applications including residential, commercial, industrial, and transportation. Its robust design and superior protection makes it an ideal choice for overvoltage protection applications.

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