Motor voltage stabilizer has become a popular demand word. Because although the power supply is quite developed so far, sufficient power supply cannot meet the current development speed of electrical appliances. Especially in the peak period of electricity consumption in summer and season, the large voltage fluctuations are just like regular meals, which is hard to prevent.
However, for ordinary urban life, household voltage fluctuations are not large, because general household voltage is dedicated to dedicated lines. But for industrial electricity, it has indeed become a big trouble.
Especially for some high-precision machine tools, if the voltage fluctuates greatly, it will have a great impact on the normal operation of production and equipment. The equipment produced by the light side has a large work difference and the effect is not ideal, and the heavy side is directly burned.
So the motor voltage regulator has become a popular product.
However, there are currently two types of hot-selling motor voltage regulators on the market for motor voltage regulators, carbon brush motor voltage regulators and non-contact motor voltage regulators. Both of these have been stabilized as high-precision motor regulators.
So there are different opinions about which of the carbon brush motor regulator or the non-contact motor regulator has higher voltage regulation accuracy. Then, to understand the voltage regulation accuracy of carbon brush motor regulators and non-contact motor regulators, let's first understand the working principle.
1. Working principle of carbon brush motor voltage stabilizer and non-contact motor voltage stabilizer
1. Carbon brush motor regulator:
Carbon brush type motor voltage regulator, whether it is SVC carbon brush type motor voltage regulator or SBW carbon brush type motor voltage regulator, is adjusted by the rotation of the servo machine and the contact point with the transformer coil.
2. Non-contact motor voltage regulator:
The non-contact motor voltage stabilizer uses the GPU central computing core to control the thyristor regulating circuit for voltage regulation.
2. Comparison of voltage stabilization speed between carbon brush motor voltage stabilizer and non-contact motor voltage stabilizer:
1. Stabilizing speed of carbon brush motor voltage stabilizer:
From the above, we can know that if the carbon brush motor regulator wants to change the voltage, it needs to adjust the transformer contact point. If the voltage fluctuates, the contact point needs to have a certain adjustment operation process. So there needs to be a running transmission process.
2. Voltage stabilization speed of non-contact motor voltage stabilizer:
The non-contact motor voltage stabilizer adopts GUP arithmetic chip and microcomputer control, so during operation, the response speed is calculated in milliseconds.
3. The relationship between the response speed and accuracy of the motor voltage stabilizer:
Whether the motor voltage stabilizer is a high-precision motor voltage stabilizer depends entirely on the response speed of the motor voltage stabilizer. The faster the response speed of the motor regulator, the higher the accuracy of the voltage regulation.
4. Summary: Which of the carbon brush motor regulators or non-contact motor regulators has high precision?
