T050014

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 (GDT) are a type of electric protection device used to protect electrical wiring, data lines, and other electronic components from lightning or voltage transients. T050014 GDT arresters are designed to provide a reliable protection from over-voltage transient in low voltage applications, such as lightning protection networks, telecommunications, etc. The GDT arrester works on the principle of dissipating the extra surge energy to the ground.

The operation of a T050014 GDT arrester is based on the principle of allowing a controlled stream of current to pass through a spark gap, thereby creating an arc in a gas-filled tube. When a surge of voltage enters the GDT, the voltage builds up until it reaches a predetermined threshold. This causes a spark to form, creating an ionized path for the energy to pass through. Once the surge has passed, the spark dissipates, resulting in a controlled release of energy, or discharge, that is safely released to the ground.

The surge arresters protect the device or system from substations and distribution networks by diverting the transient surge current through the arrester to a safe ground and dissipating it in the form of heat. The arrester has a simple 2-pole structure, consisting of an outer and an inner (core) layer. The outer layer is composed of a metal housing, which houses the gas-filled spark gap, and a spark gap shield (an insulating material). The inner (core) layer is composed of a high-resistance material.

T050014 gas discharge tube arresters are designed to be used in a wide variety of applications, including lightning protection networks, telecommunications, railways, smart grids, high-speed rail networks, etc. They provide a reliable surge protection for electrical wiring, data lines, and other electronic components from lightning and voltage transients. The application of GDT arresters depends on the nature of application. Some typical applications where the T050014 GDT arresters can be used are:

• Lightning protection systems in industrial and residential buildings.
• Telecommunications and digital networks.
• Overhead power networks.
• Power supply networks.
• Smart grid systems.
• High-speed rail networks.

The T050014 GDT arrester is a safe and reliable device to protect electrical system from over-voltage transients. It works on the principle of dissipating the extra surge energy to the ground, through the spark gap present in the GDT. GDT arresters can be used in a variety of applications, including lightning protection networks, telecommunications, railways, smart grids, and high-speed rail networks.

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