2095-500-CLF

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A Gas Discharge Tube Arresters (GDT) is used in many power equipment applications as a protective device to prevent electric shock or destruction of delicate electronic components due to an overload, short-circuit or accidentally induced voltage surge. The 2095-500-CLF application field and working principle, are a good example of such protective device.

The 2095-500-CLF is a multipurpose GDT device which is designed to protect a wide variety of devices, including voltage regulators, transformers, pumps, and other power control systems. It is typically used in combination with other protection devices such as fuses, relays, circuit breakers, and other power control devices. The 2095-500-CLF is designed to provide superior surge protection for both AC and DC power applications.

The 2095-500-CLF GDT is composed of a ceramic tube and two electrodes. The ceramic tube contains a special gas mixture of helium and other rare gasses which helps the device to function. The electrodes make contact with the ceramic tube when a surge or overload occurs. When the electrodes detect an increase in voltage, they will quickly open up and allow the gas to flow through the tube, thereby releasing the built up energy.

The function of the 2095-500-CLF GDT is to clamped the surge voltage in order to limit the voltage to a safe level. This is accomplished by quickly dissipating the surge energy into the air via the electrical breakdown of the gas filled in the tube. Multiple poles in the device combined with a wide range of resistivity values help create an optimal protective response to rapid voltage shifts in power systems.

The operating principle of the 2095-500-CLF GDT is based on two opposing forces, the Voltage Coefficient (VC) and the Current Coefficient (CC). The VC is the ratio between the normal voltage caused by an overload condition and the voltage at which breakdown occurs in the GDT. The CC is the ratio between the current created by an overload and the current at which breakdown occurs in the GDT. The combination of these two coefficients creates the optimal protective response.

The 2095-500-CLF GDT is extremely well-suited for high speed applications where response times are critical such as AC/DC inverters, solenoids, and other power supply applications. The device is also designed to provide excellent protection against transients and harmonics associated with variable speed motors and drives. GDTs can be used in single- or three-phase systems for non-transformers, switching regulators, computer systems, and other sensitive electronic equipment.

In summary, the 2095-500-CLF GDT is designed to protect a variety of electric, electronic, and other power control systems from damage due to surges, overloads, and short-circuits. The device is composed of a ceramic tube and two electrodes, with a special gas mixture of helium and other rare gasses, and its protection is achieved through two operating coefficients, the Voltage Coefficient and the Current Coefficient. The 2095-500-CLF is particularly suitable for high speed applications such as AC/DC inverters, solenoids, and other power supply equipment.

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