2036-42-C2LF

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Gas Discharge Tube Arresters (GDT), or spark gaps, are devices used for protection from a voltage surge, such as that caused by a lightning strike. The device consists of a pair of electrodes separated by a dielectric material. The device works by forming a path for the discharged energy to be safely bled to ground, and away from the protected equipment.

The 2036-42-C2LF GDT is a low-voltage arrester designed to protect electronic equipment against surges in the low-voltage power network. It is UL recognized and CSA certified.

The 2036-42-C2LF arrester consists of two sections, a gas gap spark plug and a surge-current dependent resistor. The spark plug is a type of spark gap with an enclosed, non-flammable gas. When the arrester is exposed to surge voltages, the spark gap begins to break down, allowing the current to flow through the arrester. This current is then diverted around the protected equipment through the resistor.

The spark gap has two separate electrodes that act as an air gap between the two sections of the arrester. The gap between the electrodes is filled with a special gas that will breakdown at a certain voltage, thus allowing the current to flow through the arrester.

The surge-current dependent resistor then directs the current away from the protected equipment and towards the ground. The resistor works by creating a voltage drop across it, thus limiting the flow of current.

The 2036-42-C2LF arrester also includes an integrated snubber network. This network works by limiting the amount of current and voltage that flows through the arrester when it is hit by a surge. By limiting the current and voltage, the chances of damage to the protected equipment are greatly reduced.

The 2036-42-C2LF arrester is suitable for use in a variety of applications, such as in the automotive, industrial, and telecommunications industries. It can be used in both non-electrical and electrical equipment applications, such as solar cell protection, data transmission, and telephone systems. The arrester can also be utilized in biomedical applications, such as in MRI systems and for MRI power line protection.

In conclusion, the 2036-42-C2LF is an effective and reliable low-voltage arrester designed to protect electronic equipment from voltage surges. The arrester incorporates a spark gap, a surge-current dependent resistor, and an integrated snubber network, which work together to limit current and voltage and thus reduce the chances of damaging the protected equipment. The device is suitable for a variety of applications, and its UL and CSA certifications ensure its quality and performance.

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