2035-47-SMLF

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Gas discharge tube arresters (GDT) are protective devices used for the safe operation of electrical equipment. They are used to reduce the risk of power surge and provide overload protection. GDTs work by utilizing a gas-filled discharge tube as its core component. A gas discharge tube is a device with a gas-filled tube and two electrodes, one positive and one negative. The tube is filled with a gas that is capable of conducting an electrical current. When a high voltage pulse arises, an electrical arc is created between the two electrodes, creating an opening in the gas that creates a discharge current.

GDTs are used to absorb spikes and surges of energy and short-circuit the line, allowing them to protect the electrical equipment on the line. This protection is achieved by the principle of dynamic current limiting, which involves the GDT to rapidly draw off the energy of the surge and immediately cut off the power surge. The GDT is designed to handle high surge currents and release them from the system without danger.

The application of GDTs varies by type and application requirements. In general, GDTs are used for over-voltage protection, overload protection, phase-to-ground protection, phase-to-phase protection, and lightning protection. In particular, GDTs are very useful for high-voltage, high-power, short-duration circuit applications such as electric power transmission lines, UPS systems, and main control systems. Beside these, GDTs can also be used in low-power, low-voltage applications, such as for electronic boards, automated control systems, and communication systems.

The technology of GDTs has been further improved and their application field further expanded over the years. To date, GDTs are widely used in the aerospace, military, industrial, scientific, automotive, and home appliance industries. They are also used in medical applications such as X-ray machines and MRI scanners.

2035-47-SMLF is a type of GDT, typically used for the applications requiring the highest levels of performance and reliability. These arresters are manufactured in accordance with the latest IEC standards and can effectively protect against high-voltage spikes, surges, and short-circuits. They are designed with high insulation resistance to protect against tracking, and a high voltage withstand rating to be able to protect sensitive electronic equipment. The use of this type of arrester can greatly extend the life of equipment used in areas subject to high levels of lightning and voltage fluctuations.

The working principle of the 2035-47-SMLF arrester is fairly simple and effective. It utilizes the triggering voltage of the gas inside the tube to activate the arrester when it reaches a certain threshold. The gas inside the tube will ionize when the voltage reaches a certain level and the electrical current will be diverted away by the arrester. As a result, the damage to the main power system is prevented.

In conclusion, 2035-47-SMLF GDTs are an effective and reliable solution for volatile, high-voltage conditions. They are designed to handle high-voltage fluctuations while protecting the sensitive electronic equipment. As they are designed strictly according to the international standards, they offer a long-term benefit in terms of performance and reliability. With their cost-effective operation, 2035-47-SMLF GDTs are a great investment for any setup requiring reliable protection against high-voltage surges, spikes, and short-circuits.

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