MT-32/3K-40

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

MT-32/3K-40 is an intermediate-frequency regulator commonly used in interconnected power systems. It is designed to regulate transmission parameters such as voltage, current, frequency, and phase angle over wide ranges and provide step regulation. The application field of MT-32/3K-40 includes auxiliary services, breaker transfer, load shedding, power systems restoration, and voltage/frequency stabilization. In addition to manual operation, it is also capable of remote control and combined operation.

The working principle of MT-32/3K-40 is based on the conventional static or rotary machine excitation system. First, it uses a voltage regulator and transformer to adjust the voltage of the incoming signal. The transformer acts similarly to convert the signal voltage, along with other factors, to a fixed current. This process is repeated several times to maintain the required reaction characteristics over the full rated range of the regulator’s operation. Then, the error between the measured and set point is compared and adjusted by the output voltage-controlled transformer. Lastly, the output voltage is further monitored using a voltage/current detector which operates the deviation lights.

MT-32/3K-40 provides excellent power factor control, steady output voltage, the flexibility and reliability of an adjustable speed drive, and the ability to control and maintain voltage and frequency accurately. It also features a broad selection of overcurrent/undercurrent protection, loading control, and the ability to adjust the voltage output depending on load conditions. Moreover, it has a wide range of features for synchronism and control of several power distribution grids.

Overall, MT-32/3K-40 is an intermediate-frequency regulator used in interconnected power systems for auxiliary services, breaker transfer, load shedding, power systems restoration, and voltage/frequency stabilization. Its working principle is based on the combination of conventional static or rotary machine excitation systems, voltage regulator/transformer, volt-amperes-reactive detector, and voltage/current detector. These features enable it to provide excellent power factor control, reliable output voltage, adjustable speed drive, and load control.

The specific data is subject to PDF, and the above content is for reference