Industrial Commercial Load Protection Automatic Voltage Controller AVC System

Automatic voltage Controller (AVCs) play a crucial role in power supply systems because they can increase/decrease the voltage from the power supply to the load. Another key function of AVC is to stabilize noise interference from the power supply so that the power supply does not interfere with or even damage the end device. It eliminates voltage spikes, surges of unstable voltage and so on. Depending on the type of load the AVC is connected to, the device has different Settings and requirements. That said, almost every type of AVC uses a voltage regulator to handle the input power and protect the device itself. When selecting the input voltage, the input voltage range and the ability to minimize voltage stability should be considered. ARK has been manufacturing voltage regulators for various types of equipment.

1. Intelligent logic voltage regulation mode: It can adjust the rate and range of voltage regulation according to the field voltage fluctuation amplitude and load characteristics, and achieve the best voltage regulation effect by logical pulse circuit control mode.

2. Separate voltage regulator design: When the power input three-phase imbalance, or nonlinear power supply, and heavy load can still maintain pure and accurate output voltage.

3. Clear meter design: With the design of this smart super regulator, the user can easily understand the condition of the regulator by the color of the panel light. All green lights mean that the machine is in normal condition, and any red light means that there is an abnormal phenomenon.

4. Modular design: This machine with modular design separation assembly, and with high precision parts master board, more with the computer automatic testing and trust test, to provide the best quality assurance.

5. A wide range of over-high and low-voltage protection devices: regardless of precision equipment or heavy-duty equipment, as well as areas with large changes in the power end, the device has a multi-level and wide range of design, which can be the most accurate and suitable setting according to the power demand of the equipment.

6. Underphase protection: When the power input is underphase, the regulator immediately trips after detection and displays the underphase phase to protect the device.