CG2250LTR

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A Gas Discharge Tube Arrestor (GDT) is an important component used in a wide variety of industries, including data centers, telecommunications, and other communication applications. The purpose of the GDT is to protect against over-voltage surges created by electricity, lightning, static electricity, or other sources. CG2250LTR is a model of gas-filled arresters with clear turning control. It is ideally suited for the protection of sensitive electronic systems against transient over-voltages.

What is CG2250LTR used for? CG2250LTR is specifically designed to protect against lightning related high-energy/high-voltage transient events for sensitive electronic systems. It has been designed with current rating up to 40kA, short-circuit rating up to 6kA, and a voltage rating up to 10kV. CG2250LTR is especially suitable for protecting the electrically sensitive, low impedance, and high voltage lines from lightning surge or other types of transient events. CG2250LTR arresters are typically used in data centers, telecommunications, and other communication applications.

How does CG2250LTR work? This gas-filled arrester is based on proven design principles, combining a unique, patented, gas-filled dimethyl silicone (DMS) arrest, which limits the peak surge current to a safe level. Gas filled arresters provide superior electrical properties over traditional oil-filled solutions, and have the ability to provide a lower capacitance and inductance level, which reduces the possibility of oscillatory over-voltage. Gas-filled arresters also feature a quartz window which is designed to rapidly transfer heat and gases from the arrester to the environment, thereby providing superior thermal and electrical protection.

In summary, CG2250LTR is a model of gas-filled arresters with clear turning control. It is designed for the protection of sensitive electronic systems against transient over-voltages and is typically used in data centers, telecommunications, and other communication applications. It provides superior electrical properties over traditional oil-filled solutions, and has the ability to provide a lower capacitance and inductance level, which reduces the possibility of oscillatory over-voltage. Gas-filled arresters also feature a quartz window which is designed to rapidly transfer heat and gases from the arrester to the environment, thereby providing superior thermal and electrical protection.

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