2036-60-SM-RP

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Since the invention of electricity, ways to protect against its destructive nature have been developed. One of the most reliable methods of protecting sensitive equipment from the effects of electrical power disruption is via a gas discharge tube arrester (GDT). GDTs have been used to protect electrical circuits and equipment from over voltages and other electrical disturbances since the beginning of the 20th century.

A gas discharge tube arrester (GDT) is a voltage-limiting device comprised of six components. There’s the arrester enclosure, which house the other essential components. There is a holding bracket, which secures the GDT to the enclosure. Within the arrester enclosure, there is a glass-to-metal sealed GDT vacuum housing. A gap control element and gap contacts keep the GDT separated until the appropriate high voltage is applied. Inside the GDT vacuum is a non-flammable gas, typically sulfur hexafluoride or compressed nitrogen, which functions as the dielectric between the electrodes.

The 2036-60-SM-RP application field and working principle is a high-voltage arrester designed to protect electronics, communications, medical equipment, and other sensitive circuits from harmful overvoltage surge conditions. It incorporates a symmetrically controlled thyrister gap overvoltage protection system into a compact shielded metal enclosure. The surge arrestor is designed to limit high-voltage surges up to 20 volts, providing dependable and durable protection from harmful static surges.

The 2036-60-SM-RP specifically works by controlling the motion of the gap control element. The gap control element is triggered by a combination of voltage, time, and current. When a specified voltage is applied, the gap control element rapidly opens the gap to allow the current to flow, thus allowing current to pass from the gap element to the cathode of the device. The gap control element provides a stable low impedance path that limits the voltage to a safe level.

The gap control element also has an integral thermistor, which can detect surge currents and rapidly react by opening the gap control element to protect the device. This operation helps to ensure that the device is not damaged by surge overvoltage currents. Finally, the device is encased in an anodised aluminium shielding to provide additional protection from electrostatic radiation.

The 2036-60-SM-RP is designed for use in a variety of applications, such as automotive, industrial, medical, and data communications. Its reliable operation in these environments makes it an ideal surge protection solution for protecting sensitive equipment from external electrical disturbances. Moreover, the device is RoHS compliant and UL certified to meet all applicable standards, ensuring the highest quality protection for your applications.

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