CG2600MS

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Gas Discharge Tube Arresters (GDT) provide a cost effective solution for protecting live equipment from potentially dangerous voltage surges. The CG2600MS is one such GDT device which offers superior performance and reliability for medium voltage applications. This article will discuss the application field and working principle of the CG2600MS.

CG2600MS Application Field

The CG2600MS is designed to be used in medium voltage applications, providing protection against surges up to 25kV. It is suitable for use in mid-span, near-end, and far-end locations, as well as with direct strike installations. The device is UL listed and has been tested to strict UL standards.

The CG2600MS is suitable for use in low impedance and medium impedance systems, and offers both fast and slow response times. It is an excellent choice for use in medical facilities, oil rigs, substations, and other industrial applications. The device is also able to provide protection against high voltage surges caused by lightning.

CG2600MS Working Principle

The CG2600MS has a two-stage mechanism, which is designed to provide superior protection against voltage surges. The first stage consists of an array of gas discharge tubes (GDTs). These GDTs are filled with a noble gas, which becomes electrically conductive when exposed to a high voltage. This causes the GDTs to rapidly discharge any excess voltage, thereby protecting the equipment from damage.

The second stage of the CG2600MS consists of a re-settable, thermal-sensitive fuse. This works in conjunction with the GDTs to provide additional protection against short circuits and current spikes. The thermal fuse will activate when the current exceeds a certain limit, cutting off the current and protecting the equipment from further damage.

The CG2600MS is an effective and reliable solution for medium voltage applications. Its two-stage protection system is designed to provide superior protection from voltage surges and current overloads. The device is UL listed and has been tested to strict quality standards, ensuring reliable and dependable performance.

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