How To Choose A Three-phase Voltage Stabilizer Correctly

How to choose a three-phase voltage stabilizer correctly?

The voltage stabilization effect of Static Voltage Stabilizer is really good, especially when the power requirements are relatively high. Using a three-phase voltage stabilizer is a very good choice. However, before choosing a three-phase voltage stabilizer, you must also clarify the type of your electrical equipment, so that you can really choose the one that suits you. So how should you choose a three-phase voltage stabilizer?

When choosing a three-phase voltage stabilizer, you must select it according to the rated power, load type and other parameters of the electrical equipment. For example, when choosing a three-phase voltage stabilizer for storage load equipment such as incandescent lamps and resistance wire furnaces, its power should be between 1.5 and 2 times the power of the load equipment. If it is a three-phase voltage stabilizer used for inductive and capacitive loads such as fluorescent lamps, motors and water pumps, then its power should be three times that of the load equipment. If it is a three-phase voltage stabilizer used in a large inductive and capacitive load environment, the load power should be more than three times.

In addition, after starting the three-phase voltage stabilizer, you must not disassemble the voltage stabilizer at will, or pull the input and output connections of the voltage stabilizer to prevent electric shock and other electrical accidents. The input and output connections of the three-phase voltage stabilizer must be reasonably laid out to prevent stepping on and wearing, which may cause leakage accidents. Check the input and output connections of the voltage stabilizer regularly to prevent loosening or falling off, which will affect the normal use and power consumption of the three-phase power supply.

From here we can see that the three-phase voltage stabilizer must be selected according to the power when it is selected. In some large factories, the power equipment used in different factories should be different. Therefore, the selected three-phase voltage stabilizer must be suitable for the factory, production and operation of the equipment to truly play its role.