SGE-125-2-0340 01000C

Introduction:

The SGE-125-2-0340 01000C is an industrial equipment manufactured by SGE, Inc. It is a two-stage electric voltage regulator that can be used to control the voltage of the motor drive of an electrical system. It is equipped with an isolated output and has a built-in galvanic isolation between the input and output voltage circuits.

Application Field:

The SGE-125-2-0340 01000C is generally used in industrial equipment applications such as electric motors, compressors, pumps, generators, alternators, and other supply systems. It is also suitable for use in electric drives, motor drives, and other related systems where precise voltage control is required. The SGE-125-2-0340 01000C can also be used in system load shedding applications.

Working Principle:

The SGE-125-2-0340 01000C works based on the principle of phase-shift and load-sharing control. It uses two stages of voltage regulators to provide precise control over the voltage of the motor drive. The first stage of the regulator provides voltage regulation of the motor drive, while the second stage provides load-sharing control of the drive voltage.

In the first stage, the voltage regulator ensures that the voltage of the motor drive is maintained within a specific band. It also provides a fast response to rapid load changes. In the second stage, the voltage regulator adjusts the drive voltage to a different level as required to provide a load-sharing control. This ensures that the system load is kept equally distributed between different motors.

Conclusion:

The SGE-125-2-0340 01000C is an advanced industrial equipment designed to provide precise voltage control to electric motors, compressors, pumps, generators, and alternators. It uses two stages of voltage regulators to provide precise voltage regulation of the motor drive. It also has a built-in galvanic isolation between the input and output voltage circuits. This makes it an ideal industrial equipment for systems and applications that require precise voltage control.