2035-09-BT1

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Gas Discharge Tube Arresters (GDT) are a unique type of surge protection device that is designed to protect equipment and wiring from sudden and unexpected increases in electrical current. GDTs are particularly useful for protecting circuits from the effects of lightning strikes and other power surges. GDTs are designed to limit the voltage to the protected equipment and wiring while still providing a high degree of protection against harmful electrical surges.

The 2035-09-BT1 GDT is a dual-zone GDT, in which two separate zones are used. The first zone is designed to reduce or eliminate any surge that might enter the system from outside sources, while the second zone is designed to protect the equipment from any surge that may occur within the system. The 2035-09-BT1 GDT is designed to provide superior performance in terms of surge protection, and is suitable for applications in residential, commercial, utility, and industrial environments.

The 2035-09-BT1 GDT consists of two components: a metal oxide varistor (MOV) and a gas tube. The MOV is a semiconductor that is made up of two separate layers. The first layer is composed of metal oxides such as zinc oxide and aluminum oxide, while the second layer is made up of an insulating material, such as polyester or polyimide. The MOV is connected in series between the protected equipment and the GDT. The MOV works by limiting the voltage to the protected equipment and stays in the “high” state until high levels of surge current is present in the system. The MOV then switches to the “low” state, limiting the current and preventing any resulting damage.

The GDTs gas tube is made up of a gas filled tube. When current passes through the tube, it produces an electrical spark which breaks down the air particles in the tube, creating an ionized path between the electrodes. This ionized path is known as the arc gap, and provides effective protection from surges by allowing current to flow harmlessly to ground. The 2035-09-BT1 GDT is designed to provide superior surge protection performance by extending the arc gap to provide additional protection from high-energy lightning strikes.

The 2035-09-BT1 GDT is designed to provide superior surge protection performance in residential, commercial, utility, and industrial applications. In residential applications, the 2035-09-BT1 GDT is designed to provide protection from lightning strikes, power surges, power outages, and brownouts. In commercial applications, the 2035-09-BT1 GDT is designed to protect sensitive electronic equipment, data networks, fire alarm systems, and security systems. In utility applications, the 2035-09-BT1 GDT is designed to protect overhead and underground distribution lines, and substations from lightning strikes and other power surges. In industrial applications, the 2035-09-BT1 GDT is designed to protect sensitive process control equipment, motor control centers, and renewable energy systems.

The 2035-09-BT1 GDT is an important component of any surge protection system. It is designed to provide superior levels of surge protection in residential, commercial, utility, and industrial applications, while still providing a high degree of reliability and performance. The 2035-09-BT1 GDT is an ideal solution for protecting sensitive electronic equipment, data networks, fire alarm systems, and security systems from the effects of lightning strikes and other power surges.

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