2036-23-CLF

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Gas Discharge Tube Arresters (GDT) are a type of surge arresters most commonly used in electrical power systems and electrical distribution systems to protect against the damage caused by lightning strikes. GDTs, also known as Gas Surge Arresters, are self-contained units that contain a number of gas filled cells. GDTs operate on the differential pressure principle to provide lightning protection. When the normal system pressure is exceeded, the gas cells expand or contract, which influences the voltage across the terminals of the GDT in such a way that the current from the strike is safely dissipated.

The 2036-23-CLF GDT is a high-voltage type GDT with an Impulse Withstand Voltage (IWV) of 70 kV (positive and negative) and a Maximum Continuous Operating Voltage (MCOV) of 59 kV. It is designed to protect sensitive components and circuits from lightning-induced transients, direct lightning strikes, power system switching transients, and inductive transients. It has a short response time of 4 to 5 microseconds and a low operating current of 0.5 microamps.

The 2036-23-CLF GDT is designed for installations where space is limited. It has a vertical mounting design and a slim case which makes it easy to install in tight spaces. It can also be installed in both outdoors and indoors environments. The slim case is designed to withstand extreme temperature changes, high humidity, moisture, and other environmental conditions.

The 2036-23-CLF GDT works by utilizing a metal oxide varistor (MOV), which is capacitively coupled across two brushes. When the voltage across the MOV exceeds a certain level, the MOV begins to break down, allowing a low DC voltage to flow through the GDT. This low voltage creates a high-frequency ripple, which is then dissipated via inductive coupling. This ripple works to neutralize and dissipate the current from the lightning strike, thus preventing damage to the sensitive components and circuits connected to the GDT.

The components of the 2036-23-CLF GDT are the high-temperature spring-loaded dome, silicon jelly, high-precision resistor, MOV, and terminals. The terminals are used to connect the MOV with the components that are to be protected from lightning-induced transients. The MOV and the resistor are connected in parallel to protect the MOV from excessive current and heat. The silicon jelly is used to protect the MOV from mechanical damage and to provide insulation. The high-temperature spring-loaded dome is designed to absorb abnormal stresses due to strong electric fields or to high-temperature environments.

The 2036-23-CLF GDT is a highly effective surge protection device for installation in electrical power systems and electrical distribution systems. It is designed for maximum protection from lightning-induced transients, direct lightning strikes, power system switching transients, and inductive transients. It has a short response time of 4 to 5 microseconds and a low operating current of 0.5 microamps. It is easy to install due to its slim case design and may be used indoors and outdoors.

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