LCD-SVC SERIES INTELLIGENT CONTROL STABILIZER

The SVC-LCD series servo single/three-phase AC voltage stabilizer is designed by single chip microcomputer control circuit. It consists of a contact autotransformer, a servo motor and an automatic control circuit. When the grid voltage is unstable or the load changes, the automatic control circuit drives the servo motor according to the change of the output voltage and adjusts the position of the carbon brush on the contact autotransformer to make the output voltage stable. The stabilizer has the following characteristics: wide stability range; intelligent delay; over-voltage protection; overload protection; intelligent power-off delay; microcomputer automatic countdown; inverse time overload protection; strong load capacity. It can realize intelligent control, strong protection function and high precision. The LCD screen will display corresponding prompt and warning in case of abnormal operation of the machine.

Read More>>


Product Detail

Product Tags

Product Features

designed by single chip microcomputer control circuit wide stability range; intelligent delay; over-voltage Protection overload protection;

intelligent power-off delay; microcomputer automatic countdown; inverse time strong load capacity;intelligent control, strong protection

function and high precision rompt and warning in case of abnormal operation of the machine. 

Product specification

图片1

Technical Feature

图片2

Single phase performance table

图片3

Three phase performance table

图片4
图片5

Overcurrent protection hysteresis time: Considering the load carrying capacity of the regulator itself and the starting characteristics of the

motor (compressor), the inverse current overcurrent protection characteristic is adopted. The relationship between the output current and

the protection hysteresis time is as follows: If the output current is greater than the current rated current, the overcurrent alarm display

indicates that the output current has been greater than the current rated current. When the output current continuously exceeds the

current rated current to reach the protection hysteresis time, the overcurrent protection action. The relationship between the overcurrent

protection current value Ig and the input voltage Vin is as follows

图片6
图片7

  • Previous:
  • Next: