Can A Contactless Voltage Regulator Really Produce No Sparks

Can a contactless voltage regulator really not produce sparks?

Recently, many people use contactless voltage regulators and think that contactless voltage regulators are better and do not produce sparks. Therefore, they are safer and more convenient to use. But can a contactless voltage regulator really not produce sparks?

First of all, we need to know that there are two reasons for sparks. One is that at the moment of contact, sparks are generated between the two wires due to the potential difference. The second is that the other end of the plug is loaded, and there are turned on lighting or electrical appliances. Sparks will be generated when power is turned on. If only the plug and the socket are in contact, sparks will not be generated. In addition, the sparks generated are harmful to the human body in two ways. One is that it will burn people's limbs. The other is that if the sparks are too large, it will also hurt people's eyes and cause accidents.

In the process of using Automatic Voltage Stabilizer, it can effectively stabilize these voltages and will not cause these potential differences to be too large, so it also avoids the generation of these electric sparks. Therefore, compared with the carbon brush type voltage regulator, the safety factor of the contactless voltage regulator will be higher. Moreover, the voltage stabilizer is connected to nowhere, because it uses thyristor to control, no human control is required, so it can effectively protect the safety of the human body during use. Electric pulse, CNC computer gong processing and other enterprise equipment are very suitable for the use of contactless voltage stabilizers.

In short, the safety factor of contactless voltage stabilizers is relatively high, so in the process of use, if you encounter the situation that the voltage is too low or too high, or the voltage is unstable, you can use contactless voltage stabilizers. But I remind you that you must go to those regular manufacturers to choose when choosing, because if the contactless voltage stabilizer is not selected well, it is no different from those ordinary voltage stabilizers, and there will even be greater safety hazards.