SL1010A230SMF

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The SL1010A230SMF is a Gas Discharge Tube (GDT) Arrestor designed specifically for power systems that require higher surge capacity and fast reaction time. This GDT Arrestor has wide applications fields, such as power substations and even commercial buildings, due to its reliability and performance. The SL1010A230SMF is composed of a base insulator and a high voltage gas discharge tube, which is filled with noble gas. In a GDT Arrestor, the gas filled inside the device provides excellent quenching and arc extinguishing properties.

Installation Requirements of SL1010A230SMF GDT Arrestor

Installation of SL1010A230SMF GDT Arrestor must meet the following basic requirements:

• Ensure all parts are installed in a clean environment.
• The cable should be connected to the base insulator with a soldered metal joint.
• The mounting bolts should be tightened with a proper torque.
• The correct phase position should be ensured.
• The GDT Arrestor should be installed at least 2 m away from other metal parts.
• The GDT Arrestor should be firmly clamped to its designated position.

Working Principle of SL1010A230SMF GDT Arrestor

The SL1010A230SMF GDT Arrestor is designed to work within its specified parameters and it is subjected to a number of protection tests. The SL1010A230SMF GDT Arrestor is protected by a metal housing and encapsulated cover. The metal housing provides mechanical protection and corrosion protection. The encapsulated cover provides dust and moisture protection.The working principle of GDT Arrestors relies on the flow of high energy current through the tube. The parameters of the metal parts, such as the size of the electrodes and the diameter of the tube, are carefully chosen to ensure that the proper amount of current is able to flow through the tube and be quenched by the noble gas. The internal insulation and voltage clearance of the GDT Arrestor are tested and verified, and the device is inspected for any possible damages.When the SL1010A230SMF GDT Arrestor is exposed to an overvoltage condition, a high energy current will flow through the device. The current will be quenched within a few microseconds due to the arc extinguishing properties of the noble gas and the device will remain in its passive state. The GDT Arrestor will remain in its dormant state until it is exposed to the next overvoltage condition.The SL1010A230SMF GDT Arrestor is designed to provide protection to power systems from transient overvoltage conditions caused by lightning, switching operations, and inductive loads. The device is capable of withstanding up to 30 kA of peak current and is designed to preserve the insulation integrity of connected equipment.

Conclusion

The SL1010A230SMF is a Gas Discharge Tube Arrestor designed for power systems requiring higher surge capacity and fast reaction time. The device is capable of withstanding up to 30 kA of peak current and is designed to preserve the insulation integrity of connected equipment. The working principle of GDT Arrestors relies on the flow of high energy current through the tube and the noble gas within the device provides excellent quenching and arc extinguishing properties. The SL1010A230SMF is a reliable and safe device suitable for a wide range of applications, including power substations and commercial buildings.

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