AC/DC voltage dividers are widely used in power systems, including power plants, substations, manufacturing of high-voltage electrical equipment, and high-voltage power testing departments. The main function of AC/DC voltage dividers is to measure different types of high-voltage signals such as pulse high voltage, lightning high voltage, and power frequency high voltage. In a nutshell, an AC/DC voltage divider is a high-voltage measurement device that uses a resistance capacitance equipotential shielding voltage divider method for high-voltage detection.
The AC/DC voltage divider has the advantage of easy operation and testing. During the testing process, the instrument only needs to be connected to the high-voltage measurement end through the instrument line to perform detection, and the readings from a long distance can be clearly and intuitively seen. This design ensures both safety and convenience for users to operate. In addition, this series of AC voltage dividers also adopts special shielding technology, which can effectively reduce the influence of high voltage on the indication, thereby achieving high stability and high linearity measurement results.
In order to improve the reliability and service life of the equipment, the AC/DC voltage divider adopts imported filling materials, making the structure smaller and lighter, and minimizing the internal partial discharge. This design makes the equipment more compact, lightweight, and very convenient to carry, bringing great convenience to on-site construction site inspection work.
Based on the above content, we can know that the use of AC/DC voltage dividers in power systems plays a very important role and has many advantages for high-voltage measurement. For example, AC/DC voltage dividers have advantages such as easy operation, high testing accuracy, small equipment volume, intuitive degree display, and light weight. Therefore, AC/DC voltage dividers are welcomed by testers in various on-site power construction inspection work.