2036-07-B2

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Gas discharge tube arresters (GDT) are an important part of electrical power system protection and one of the major components for protecting the power system from overvoltage and other potential problems. In this article we discuss the application fields and working principles of 2036-07-B2 in detail.

Applicable Fields of 2036-07-B2

2036-07-B2 is a special type of GDT, it belongs to the category of high-energy/high-voltage GDTs. It is used in diverse applications such as power plant surge protection, HV sub-stations, and communication networks. Its wide application fields are as follows.

• Power Plant Substation Surge Protection: 2036-07-B2 is widely used in power plant substations for providing overvoltage protection. It is an ideal solution for effectively protecting power systems from the damaging effects of transient overvoltage.
• High-Voltage Cable Distribution Systems: 2036-07-B2 is also suitable for high-voltage cable distribution systems, especially those carrying more than 10,000 volts. In this application, 2036-07-B2 provides effective overvoltage and transient protection to ensure that the aerial or underground cables remain undamaged during operation.
• Communication Networks: 2036-07-B2 can also be used in communication networks such as telephone, cellular, and wireless networks. It prevents damage to network components due to overvoltage or transient surges.

Working Principle of 2036-07-B2

The working principle of 2036-07-B2 is relatively simple. It is a gas-filled tube with a high-energy spark gap between two electrodes. When an abnormal voltage is detected, the spark gap will discharge, leading to a quick reduction in voltage and therefore, protecting the power system. The gas-filled tube absorbs the energy of the spark gap, preventing it from damaging the power systems components.

When the overvoltage dissipates, the spark gap will close automatically, restoring power throughput. The 2036-07-B2 is designed to automatically reset after being triggered so it can be ready for the next surge.

2036-07-B2 also has a resistance-capacitance (RC) element that helps limit the magnitude of the overvoltage. This helps in preventing the overvoltage from damaging the components in the power systems.

Conclusion

In conclusion, 2036-07-B2 gas discharge tube arresters are useful components for providing effective overvoltage protection in power plant substations, high-voltage cable systems, and communication networks. Its working principle is relatively straightforward and it can provide reliable protection from voltage spikes and transients.

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