GTCN38-900M-R10

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

Gas discharge tube arresters (GDTs) are surge protection devices used to protect a variety of electrical systems and equipment from surges caused by lightning and other sources of transient voltage. This type of arrester uses a GTCN38-900M-R10 as its main components, which is a device that is used to protect electronics from the damaging effects of excessive electric current. The main purpose of GTCN38-900M-R10 is to conduct current and limiting the voltage at the point of the connection to the equipment, thus avoiding the electrical arcing and consequent destruction of the connected electrical equipment.

A GTCN38-900M-R10 arrester is composed of a metal-oxide varistor, a DC voltage blocking component, a suppressor element, and a mounting or support structure. The varistor is composed of sintered aluminum-oxide, zinc-oxide, or ceramic material and is designed to respond quickly to electrical transients. The suppressor element is also composed of a sintered ceramic material, but this element is designed to provide slow-response current limiting. The DC voltage blocking component is typically composed of a diode or other semiconductor device which operates to prevent the passage of DC voltage through the arrester. Finally, the support or mounting structure is designed to ensure the proper assemblies and location of the components within the arrester housing.

When a surge occurs, the GTCN38-900M-R10 arrester operates by diverting the surge energy away from the connected equipment and instead dissipating it as harmless heat. This is achieved by the arrester having a lower resistance to lightening and other surge currents than the connected equipment. When the voltage reaches a certain threshold the suppressor element quickly begins to conduct, while the metal-oxide varistor starts to operate immediately and is able to limit the applied voltage to a safe level. The diode or other blocking component then operates to prevent the passage of DC voltage through the arrester, thus preventing further damage to the connected equipment.

The GTCN38-900M-R10 arrester is designed to be used in industrial, commercial, and military applications. It is commonly found in power plant substations, nuclear power plants, electronic systems, and communications systems. The arrester’s small size and high surge current capacity makes it ideal for small and powerful surge protection. The arrester features excellent surge current ratings, low inductance, and protection from both lightning and switching surges, making it a cost-effective and reliable protection for electronics.

GTCN38-900M-R10 arresters are also used in telecommunication applications. This type of arrester is able to protect telecommunication equipment from lightning induced transients, sustained over-voltages, and other surges. The arrester is designed to reduce a high voltage surge to a safe level, which prevents any damage to the connected equipment. In addition, the arrester features low insertion loss, which means that it does not affect the performance of the connected equipment in any way.

In conclusion, the GTCN38-900M-R10 arrester is an effective and reliable protection device for a wide range of electrical systems and equipment. The arrester is composed of multiple components, each offering a form of protection against over-voltage and current surges. Its small size and high surge current ratings make it an ideal choice for surge protection in a variety of applications.

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