Why Do High-precision Equipment Use Frequency Converters?

The use of Frequency Converter is originally to improve the efficiency of the equipment during use and reduce the damage caused by current and voltage fluctuations to the equipment, thereby increasing the service life of the equipment. However, with the continuous development of equipment, the continuous emergence of high-precision equipment has directly led to the inability of traditional frequency converters to meet the use requirements of these equipment, so frequency converters have only appeared now.

Frequency converters have the advantages of high resolution, clear and accurate, safe and reliable, high-speed response, very strong diffusion ability, no distortion, three-phase striping, etc. Compared with traditional frequency converters, the efficiency and use effect of frequency converters will be better.

Moreover, frequency converters also have strong anti-interference ability, which can effectively control the power supply and sampling of circuit boards. The drive circuit of the controllable silicon is also output by optical coupling clutch, which can see pulse interference signals above 2 kilovolts. For example, if the grid voltage waveform has spikes, interference signals can be handled calmly, but traditional frequency converters do not have this function, so the previous confidential equipment often burns out during use.

However, with the inverter, these problems have been solved, and the equipment can be more stable and safer during operation, thereby extending the service life of the equipment.

So if you have high requirements for voltage, then the inverter is a good choice. However, when choosing an inverter, you must choose the type that suits you according to your actual needs.