2036-42-SMLF

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GDTs have been developed as an effective means of providing electrical protection to many types of electrical and electronic devices and systems. They can be used to protect various types of electrical or electronic equipment from lightning, power surges, overvoltages, and over currents. Gas Discharge Tube Arresters (GDT), also known as spark gaps, are devices designed to protect electrical circuits from high voltage and/or high energy surges. A typical GDT consists of an insulated metal casing and a gas-filled glass tube with a metal core. The tube is connected to the casing, which is then connected to the protected circuit. GDTs function by conducting a spark between the metal core and the glass tube when an overvoltage is applied across the terminals of the devices. When the spark is conducted, the current is diverted away from the protected circuit, thus providing protection for the circuit.

The 2036-42-SMLF is a split metal oxide cartridge arrestor and surge protective device design based on bipolar transient over-voltage technology. This device is able to react to rapidly changing over-voltage impulses up to 42kV and provide up to 1.75kV of surge protection. The semi-block design of the 2036-42-SMLF is intended to reduce the total amount of energy that passes through the protected circuits by allowing part of the surge to be diverted to the ground. As a type of GDT, this device utilizes a metal oxide core surrounded by an insulating gas-filled glass tube, both of which are enclosed in a metal housing. The metal oxide core of the 2036-42-SMLF has two terminals that are connected to the protected circuit. When an overvoltage occurs, the gas inside the tube ionizes, creating a spark path between the terminals, which diverts the energy away from the protected circuit.

The 2036-42-SMLF is most commonly used in telecommunications, power distribution, and industrial control applications where medium- to high-voltage transient protection is necessary. In these applications, the gas-filled glass tube of the 2036-42-SMLF can absorb large amounts of energy without failure, while providing a good level of protection to the protected circuits. Additionally, the metal oxide core of the device helps to dissipate the energy more quickly, ensuring that the device is able to respond quickly to high-energy transient events.

The 2036-42-SMLF GDT is most commonly installed in an exposed environment, such as outside of a building or in a cabinet exposed to the elements. This is mainly due to the fact that the device needs to be in contact with the protected circuit in order to provide its protection. However, the 2036-42-SMLF can also be used in an enclosed environment, as long as the metal housing of the device is grounded and the device is protected from dirt and debris. In any case, the 2036-42-SMLF should always be tested after installation to ensure proper operation.

The 2036-42-SMLF is a reliable and effective GDT that can be used to protect electrical and electronic systems from overvoltages and overcurrents. It is designed to provide robust protection and quick response to high-energy transient events. Additionally, it can be used in both enclosed and exposed environments, and can be relied upon for a long service life.

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