Automatic Voltage Stabilizer Has Become A Must For Popular Products

Automatic Voltage Regulator, in simple terms, is a device that can stabilize the output voltage. It consists of a voltage regulator circuit, a control circuit, and a servo motor. When the input voltage or load changes, the control circuit samples, compares, and amplifies, and then drives the servo motor to rotate, so that the position of the voltage regulator carbon brush changes, and the output voltage is kept stable by automatically adjusting the coil turns ratio.

As society advances rapidly, electrical equipment is increasing day by day. However, the aging and lagging development of power transmission and distribution facilities, as well as poor design and insufficient power supply, have caused the voltage of end users to be too low, while the voltage of line users is often high, which is like a time bomb for electrical equipment, especially high-tech and precision equipment with strict voltage requirements.

As a public power grid, the mains system is connected to thousands of various loads, some of which are larger inductive, capacitive, switching power supplies, etc., which not only obtain electrical energy from the power grid, but also affect the power grid itself in turn, deteriorating the power supply quality of the power grid or local power grid, and causing the mains voltage waveform distortion or frequency drift. In addition, unexpected natural and man-made accidents, such as excessive load voltage, earthquakes, lightning strikes, and power transmission and transformation system disconnection or short circuits, will endanger the normal supply of electricity, thereby affecting the normal operation of the load.

The reason why voltage stabilizers are used at work is that they are indispensable for electrical equipment, especially high-tech and precision equipment with strict voltage requirements. Voltage stabilizers can not only save resources, but also play a certain protective role for some more precise instruments. Especially for some chemical sites that need to conduct experiments frequently, equipping laboratory equipment with certain voltage stabilizers can ensure more accurate mathematical data. Of course, important places such as schools and hospitals must also use voltage stabilizers to ensure that the equipment is stable and safe during operation. So what do we mainly focus on when choosing a voltage stabilizer?

First, the working mode of the voltage stabilizer. Generally speaking, there are two main modes: relays and servo motors. In comparison, the latter has a higher safety factor and a longer service life. The cost of the former will be lower.

Second, the material of the product. When buying a voltage stabilizer, you should pay attention to the product itself and don't choose some poor quality equipment for cheap prices. Otherwise, it will directly affect its safety performance during use. In general, the selection of voltage stabilizers should be based on both material and purpose.

For the current development of high technology and the use of various precision instruments and equipment. At the same time, we should be committed to researching voltage stabilizers that can better meet the requirements of most users. Of course, before that, we must have a comprehensive understanding of the role of the voltage stabilizer and the factors that affect its performance.