SGE-225-0-3560 05000C-05000C

SGE-225-0-3560 05000C-05000C is an industrial equipment with a wide application field and varied working principle. Specifically, it is a high-end intelligent phase-shift regulator used to regulate load and improve system stability. It consists of a main box, a control board and a three-phase current transformer. It is widely used in power systems and industrial automation fields.

Before appl ying the SGE-225-0-3560 05000C-05000C, the output capability of the main box should be adjusted according to the actual needs and installed in the correct position. The control boards balance the load among multiple circuits and reduce load fluctuations. The three-phase current transformer measures the current of each phase of the circuit and sends it to the control board. This input is used by the board to adjust the output of the regulator and to protect the system from excessive current.

The working principle of SGE-225-0-3560 05000C-05000C is based on the principle of phase shifting. When its output capacity is adjusted to the highest, it produces significant phase lag or phase lead. It can ensure that the output of the regulator matches the power requirements of the system. It is a better way of controlling the input and output of the system than using a standard to control the voltage reductions. The regulator also provides a more reliable and consistent output, even with wide fluctuations in the input of the system.

The SGE-225-0-3560 05000C-05000C industrial equipment is mainly used in power systems and industrial automation fields, such as in the monitoring and control of motor speed, the regulation of temperature, the stabilization of frequency and the control of electronic loads. It is particularly useful in large power systems to reduce the risk of instability, overloads and system failure. Additionally, it is also used to reduce losses in transmission lines and to improve the quality of power supply.

SGE-225-0-3560 05000C-05000C is a versatile and powerful industrial equipment that is capable of providing excellent control of loads and system stability. It offers reliable and consistent output, even with wide fluctuations in the input of the system. This makes it an ideal regulator for many power systems and industrial automation applications.