SL1002A800SM

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Gas Discharge Tube Arresters (GDT) are commonly used to protect electrical circuits from voltage surges and lightning-induced transients. GDTs are designed to divert high-voltage currents away from delicate equipment and provide protection from damaging voltage spikes. The SL1002A800SM GDT is specifically designed to provide efficient and reliable protection against overvoltage, transients and power changes.

The SL1002A800SM GDT is a 2-pole with a maximum voltage rating of 6,000V, and a maximum transmission current of 800A. It is designed for use in residential and commercial applications with both AC and DC circuits, and can be used in installations up to 3-phase, 4- and 6-wire systems. The GDT also comes with a variety of mounting options, including a wall-mount or in-panel mount, and it is suitable for both indoor and outdoor use.

The working principle of an SL1002A800SM GDT is fairly simple and straightforward. In the event of an overvoltage on the power line, the GDT\'s metal oxide varistor temporarily changes state, allowing a much higher current to pass through the device. This high current discharges the voltage, protecting the power system and any equipment connected to it.

The SL1002A800SM GDT is designed for use in many different applications, including residential and commercial electrical systems, industrial electrical systems, telecom systems, and railway power systems. In all of these applications, the GDT provides efficient and effective protection against overvoltage, transients, and power surges.

The SL1002A800SM GDT is also designed for use in surge protective devices (SPDs). SPDs typically incorporate multiple GDTs placed in series or in parallel, depending on the type of application. Each GDT acts as an independent protection element that will divert excessive voltage away from the protected system.

The SL1002A800SM GDT is manufactured with high-quality materials and components, ensuring a long service life. The solid brass rods used in the construction of the GDT are corrosion-resistant, and the varistors used in the GDT are highly resistant to thermal shock and UV radiation. The GDT also features an optimized design, ensuring a low inductance and consequently improved performance.

In conclusion, the SL1002A800SM GDT is a highly reliable and efficient electric surge protection device. It is designed to provide robust protection against overvoltage, transients, and power surges for domestic and commercial applications. Furthermore, the GDT is suitable for use in a variety of surge protection devices, providing electrical systems with efficient and reliable protection.

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