ST-0350-BLB-STD

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

A gas discharge tube (GDT) is an electrical protection and switching device commonly used in electrical power systems. They are commonly used to protect power equipment from lightning and other forms of electrical transients. GDTs are also known as spark gaps, or gas-filled surge arresters, and they work by creating an electrical circuit between two conductors. The circuit is designed to remain open until a voltage pulse is applied, at which point the GDT will break down due to ionization of the gas within. This breakdown then acts as a spark gap, creating a path for the pulse to travel through, while also limiting the voltage and current of the pulse.

The ST-0350-BLB-STD is a type of GDT commonly used in power systems. It is an economical choice for protection and switching applications, as it is lightweight, small in size, and relatively low cost. It is capable of handling high transient frequencies and lightning up to 900kA. The ST-0350-BLB-STD can be used to protect equipment from overvoltage and normal switching applications. It is commonly used for protection in telecommunications, railway, and industrial control applications.

The ST-0350-BLB-STD operates on the principle of gas ionization. When a voltage pulse is applied across the two conductors, the gas within the tube begins to ionize, forming an electrically conductive channel. The ionized channel then acts as a spark gap, allowing the voltage pulse to travel through. The spark gap limits the peak voltage and current of the pulse, thus protecting the equipment from damage.

The ST-0350-BLB-STD is an ideal device for protecting equipment from high transient frequencies and lightning strikes. It is relatively small and lightweight, making it easy to install and maintain. Additionally, it is highly reliable and cost effective. The ST-0350-BLB-STD is a versatile and reliable solution for various power protection and switching applications.

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