2035-09-C5

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Gas Discharge Tube Arresters (GDT) are a form of overvoltage protection designed to safeguard electrical and electronic systems against high-energy transients. For over a century now, their popularity in mitigating power surges has been constantly increasing due to their capability to deliver reliable protection in a cost-effective manner. In this article, we will focus on a specific type of GDT, the 2035-09-C5, discussing its application area and how it works.

The 2035-09-C5 GDT is specifically designed to guard circuits against destructive electrical overstress, including large and destructive inductive switching operations such as motor start-ups, thumps and short-circuit conditions. On the industrial and commercial side, this kind of arrester is often employed by manufacturers of pumps, fans, and other motor-driven machines to prevent damage to their machines, as well as their control devices. With its efficient capabilities, the 2035-09-C5 GDT has become increasingly popular among these organizations looking for reliable overvoltage protection.

The 2035-09-C5 has a rated voltage of 1000 volts, and some of its key performance features include peak surge current ratings up to 10kA, low spark gap voltage of 80V, and response time of just 10 nanoseconds. While giving outstanding overvoltage protection, one of the major advantages of this arrestor is its long life expectancy. It has a guaranteed 25kA peak surge rating over more than 100,000 operations, and its stress characteristics remain stable after those operations.

The primary reason for the efficiency of the 2035-09-C5 GDT is its working principle, where two electrodes are enclosed within an insulating gas-filled ceramic tube, acting as an artificial lightning arrester. During normal operation, a small amount of current flows through the gap between the electrodes, creating an arc. When the gap experiences a high-energy transient, the tube fills up with electrons and acts like a fuse, blocking the surge current and protecting the system. This allows the 2035-09-C5 to maintain a low capacitance rating, which in turn ensures its superior short-circuit protection.

The 2035-09-C5 GDT has been engineered with several unique design features that place it above traditional arresters in terms of protection and performance. The most notable of these features is its zener power diode, which enables it to handle higher surge current ratings than traditional arresters and provides superior lightning protection. In addition, its two-pole design gives it a wide frequency response range, allowing it to handle a wide range of transient frequencies.

The 2035-09-C5 GDT is an ideal choice for applications that require efficient and reliable transient overvoltage protection. It has been developed to provide exceptional protection against destructive surges, and its long-term performance and operational life give it tremendous value for industries and commercial organizations seeking reliable and cost-effective surge protection solutions.

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