Electricity is like a river, stability is necessary to protect equipment operation. The three-phase automatic voltage regulator accurately scales the voltage within ± 1%, resists voltage fluctuations, harmonics, and faults, safeguards the safety and lifespan of industrial equipment, and is an indispensable power guardian in the field of automation.

In the field of industrial automation, the stability of electricity is very important. We all know that electricity is like a river, and stable water flow is necessary to ensure the smooth operation of industrial equipment. In this river, the three-phase automatic pressure regulator is like a water gate, controlling the intensity and direction of the water flow, ensuring that every link can operate normally.

A.Adapt to voltage fluctuations:

In the field of industrial automation, the voltage of the power grid often fluctuates. For example, in some large factories, when large equipment starts or stops, it can cause instantaneous changes in the grid voltage, with voltage fluctuations ranging from ± 15% or even higher. The three-phase automatic voltage regulator can monitor the changes in input voltage in real time and stabilize the output voltage within the rated range required by the equipment through its own adjustment mechanism. Generally, the output voltage accuracy can be controlled within ± 1%.

B.Prevent equipment damage:

Unstable voltage can cause serious damage to industrial automation equipment. Taking CNC machine tools as an example, if the voltage is too high, it may cause the servo motor of the machine tool to overheat, cause insulation damage, and even burn out the motor; If the voltage is too low, the motor output power will be insufficient, affecting the machining accuracy and efficiency of the machine tool. Long term operation at low voltage may also damage the motor winding. Three phase Automatic Voltage Regulators can avoid these situations, provide stable power supply for equipment, extend the service life of equipment, and reduce the cost of equipment maintenance and replacement.

C.Dealing with harmonic interference:

There are a large number of nonlinear loads in the industrial automation environment, such as frequency converters, rectifiers, etc. These devices can generate harmonic currents, pollute the power grid, and also affect the normal operation of other equipment. The three-phase automatic voltage regulator adjusts the relationship between input voltage and output voltage to maintain the output voltage within a constant range. This stable output characteristic helps reduce voltage fluctuations and mitigate the impact of harmonics on power equipment.

D.Ensure equipment safety:

In the field of industrial automation, fluctuations and failures in power supply often cause damage to equipment. Excessive or insufficient voltage can lead to equipment burnout, short circuits, and other malfunctions, seriously affecting the service life and production safety of the equipment. Automatic Voltage Regulators can quickly adjust the output voltage during voltage fluctuations, avoiding damage to the equipment and ensuring its safe operation.

Three phase Automatic Voltage Regulators play an irreplaceable role in the field of industrial automation. They can adapt to voltage fluctuations, prevent equipment damage, cope with harmonic interference, and ensure equipment safety. Therefore, in the field of industrial automation, we should fully value the role of Automatic Voltage Regulators to ensure the stability and reliability of power supply.

CNKHZ focuses on power products such as transformers, fully Automatic Voltage Regulators, and uninterruptible power supplies (UPS).