2087-200-SM-RPLF

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The Gas Discharge Tube Arresters (GDT) are surge protectors that can provide superior protection to electrical and electronic systems from lightning strikes and other high-voltage transients. They are capable of storing and releasing energy into the system to limit the voltage excursion and protect the electronics from damage. The 2087-200-SM-RPLF is an example of a GDT which is specifically designed for fast response and fast, reliable protection against over-voltage.

The 2087-200-SM-RPLF is designed to meet the requirements of OVU2 requirements and protect small-to-medium sized equipment from both direct lightning strikes and indirect lighting strikes via the electrical power lines. The GDT is rated for up to 80kV of protection and has a maximum discharge current of 40 amperes, making it suitable for protection of telecommunications and telemetry systems, scientific computers, television receivers, and other smaller industrial applications. The GDT is designed with an internal gas-filled tube to prevent any electronic components from being damaged due to high-voltage electrical surges.

The working principle of the 2087-200-SM-RPLF is based on the threshold voltage principle. A threshold voltage is the voltage at which the GDT will start conducting current. Once the voltage reaches this threshold, the GDT will start conducting, and the excess energy will be conducted to the ground, thus protecting the equipment from the effects of lightning or other transients.

The 2087-200-SM-RPLF is designed with two components: an electrical component and a mechanical component. The electrical component is made up of a gas-filled tube, an oxide layer, and a spark gap. In normal conditions, a voltage is created across the oxide layer, which prevents the spark gap from conducting current. However, when the voltage reaches the threshold, the spark gap will conduct, resulting in a high-voltage discharge which will protect the equipment. The mechanical component ensures that the spark gap is securely held in place in order to provide consistent protection.

The 2087-200-SM-RPLF can provide superior protection for sensitive electronic components and systems, as it is designed to respond quickly to transients conditions. In addition, the high-precision spark gap ensures reliable protection against surges and lightning strikes without the need for additional components. The GDT is a cost-effective solution for many industrial and commercial applications, as it can provide reliable protection at a low cost.

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