2035-60-SMLF

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Gas Discharge Tube Arresters (GDT) are a family of components used to protect electrical equipment from damage due to lightning and other voltage spikes. The components are specifically designed to reduce the duration and intensity of high voltages during a lightning strike and effectively absorb these shocks. GDTs have been around for decades, but the evolution of technology has allowed for smaller, more reliable, and more efficient designs. One such device is the 2035-60-SMLF.

The 2035-60-SMLF is a Resistive Voltage Dependent GDT developed to be used in medium voltage power supply networks. It is capable of operating over a wide range of frequencies, from 50 Hz to 1 MHz, and can handle voltages up to 600 V. It is typically used in applications such as power supplies, high power converters, and electrical motors. The device is designed with a ceramic type dielectric material and a sparking gap which includes a zinc oxide element. The zinc oxide element is used to convert the high-voltage pulse to a safe, low-voltage impulse, thus protecting the downstream equipment.

The working principle behind the 2035-60-SMLF is fairly simple. When faced with a high-voltage pulse, the device triggers a spark gap which works to reduce the voltage level. The spark gap is made up of two electrodes, one of which is charged with a high-voltage pulse. When the pulse reaches the other electrode, the spark gap is triggered, thus allowing a low-voltage pulse through. This low voltage pulse is then used to reduce the damage caused by the high-voltage spike.

As the 2035-60-SMLF is designed for medium voltage power supplies, it is ideal for applications such as: power systems, including industrial areas and public grids; remote line-sensor applications; high-power converters; and motor control centers. It is also used in high voltage military applications and commercial aircraft. This device is designed to provide high reliability in extreme weather and environmental conditions.

In addition to its standard surge suppression characteristics, the 2035-60-SMLF also offers a degree of reliability. This is due to its effective spark gap design, which is far more reliable than conventional spark gap designs. This makes the device a reliable choice for areas that are likely to experience lighting strikes and other large voltage pulses. Furthermore, the device is designed to be able to operate continuously, hence providing an invaluable layer of protection to the system.

The 2035-60-SMLF is also highly efficient, as it is designed to be able to handle the most complex and demanding applications. This includes applications that demand extremely fast response times, high current DC surges, and other challenging industrial conditions. Furthermore, the device is designed to be able to operate over a wide temperature range, making it suitable for use even in extreme environmental conditions.

In conclusion, the 2035-60-SMLF is a highly reliable, efficient, and highly functional GDT. It is designed to be used in medium voltage power supplies, remote line-sensor applications, high-power converters, motor control centers, and other areas that experience hazardous voltage spikes. By providing effective spark gap technology, and an impressive range of operating temperatures, the device guarantees effective protection from unpredictable lightning strikes and other extreme voltage pulses, thus ensuring the safety of individuals and equipment.

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